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\begin{flushleft}
{\bf Table 1.} Target levels of Fe XVII and their threshold energies (in Ryd).
\newline 
\end{flushleft}

\begin{tabular}{rllccc} \hline
& & & & & \\
Index & Configuration &   Level &  Expt.$^a$ & GRASP$^b$ & GRASP$^c$\\
& & & & & \\ \hline
& & & & & \\
   1 & 2s$^2$2p$^6$	&   $^1$S$_0$	         & 00.0000 & 00.0000  &    0.0000 \\
   2 & 2s$^2$2p$^5$3s	&   $^3$P$_2^{\rm o}$    & 53.2966 & 53.1622  &   53.1706 \\
   3 &       .......	&   $^1$P$_1^{\rm o}$    & 53.4367 & 53.3059  &   53.3143 \\
   4 &       .......	&   $^3$P$_0^{\rm o}$    & 54.2269 & 54.0917  &   54.0986 \\
   5 &       .......	&   $^3$P$_1^{\rm o}$    & 54.3140 & 54.1813  &   54.1897 \\
   6 & 2s$^2$2p$^5$3p	&   $^3$S$_1$	         & 55.5218 & 55.3881  &   55.3951 \\
   7 &       .......	&   $^3$D$_2$	    	 & 55.7788 & 55.6551  &   55.6636 \\
   8 &       .......	&   $^3$D$_3$	    	 & 55.8974 & 55.7720  &   55.7804 \\
   9 &       .......	&   $^1$P$_1$	    	 & 55.9804 & 55.8596  &   55.8682 \\
  10 &       .......	&   $^3$P$_2$	    	 & 56.1137 & 55.9902  &   55.9989 \\
  11 &       .......	&   $^3$P$_0$	    	 & 56.5155 & 56.4021  &   56.4098 \\
  12 &       .......	&   $^3$D$_1$	    	 & 56.6672 & 56.5441  &   56.5526 \\
  13 &       .......	&   $^3$P$_1$	    	 & 56.9061 & 56.7801  &   56.7885 \\
  14 &       .......	&   $^1$D$_2$	    	 & 56.9337 & 56.8086  &   56.8171 \\
  15 &       .......	&   $^1$S$_0$	    	 & 57.8894 & 57.9529  &   57.9419 \\
  16 & 2s$^2$2p$^5$3d	&   $^3$P$_0^{\rm o}$    & 58.8983 & 58.7676  &   58.7755 \\
  17 &       .......	&   $^3$P$_1^{\rm o}$    & 58.9818 & 58.8392  &   58.8470 \\
  18 &       .......	&   $^3$P$_2^{\rm o}$    & 59.0977 & 58.9758  &   58.9838 \\
  19 &       .......	&   $^3$F$_4^{\rm o}$    & 59.1042 & 58.9842  &   58.9913 \\
  20 &       .......	&   $^3$F$_3^{\rm o}$    & 59.1612 & 59.0447  &   59.0521 \\
  21 &       .......	&   $^1$D$_2^{\rm o}$    & 59.2876 & 59.1739  &   59.1821 \\
  22 &       .......	&   $^3$D$_3^{\rm o}$    & 59.3666 & 59.2541  &   59.2625 \\
  23 &       .......	&   $^3$D$_1^{\rm o}$    & 59.7080 & 59.6062  &   59.6131 \\
  24 &       .......	&   $^3$F$_2^{\rm o}$    & 60.0877 & 59.9701  &   59.9778 \\
  25 &       .......	&   $^3$D$_2^{\rm o}$    & 60.1618 & 60.0286  &   60.0370 \\
  26 &       .......	&   $^1$F$_3^{\rm o}$    & 60.1974 & 60.0705  &   60.0784 \\
  27 &       .......	&   $^1$P$_1^{\rm o}$    & 60.6004 & 60.6356  &   60.6368 \\
  28 & 2s2p$^6$3s	&   $^3$S$_1$	         & ....... & 63.2048  &   63.2124 \\
  29 &       .......	&   $^1$S$_0$	         & ....... & 63.6956  &   63.6988 \\
  30 & 2s2p$^6$3p	&   $^3$P$_0^{\rm o}$    & ....... & 65.6263  &   65.6342 \\
  31 &       .......	&   $^3$P$_1^{\rm o}$    & 65.6012 & 65.6594  &   65.6674 \\
  32 &       .......	&   $^3$P$_2^{\rm o}$    & ....... & 65.8295  &   65.8373 \\
  33 &       .......	&   $^1$P$_1^{\rm o}$    & 65.9238 & 65.9717  &   65.9800 \\
  34 & 2s2p$^6$3d	&   $^3$D$_1$	         & ....... & 68.9168  &   68.9199 \\
  35 &       .......	&   $^3$D$_2$	    	 & ....... & 68.9268  &   68.9299 \\
  36 &       .......	&   $^3$D$_3$	    	 & ....... & 68.9459  &   68.9492 \\
  37 &       .......	&   $^1$D$_2$	    	 & ....... & 69.3192  &   69.3246 \\
  38 & 2s$^2$2p$^5$4s	&   $^3$P$_2^{\rm o}$    & ....... & 71.6515  &   71.6597 \\
  39 &       .......	&   $^1$P$_1^{\rm o}$    & 71.8607 & 71.6987  &   71.7069 \\
  40 &       .......	&   $^3$S$_1$	         & ....... & 72.5806  &   72.5874 \\
  41 & 2s$^2$2p$^5$4p	&   $^3$P$_0^{\rm o}$    & ....... & 72.5829  &   72.5911 \\
  42 & 2s$^2$2p$^5$4s	&   $^3$P$_1^{\rm o}$    & 72.7465 & 72.6071  &   72.6153 \\
  43 & 2s$^2$2p$^5$4p	&   $^3$D$_2$	         & ....... & 72.6448  &   72.6530 \\
  44 &       .......	&   $^3$D$_3$	    	 & ....... & 72.6937  &   72.7022 \\
  45 &       .......	&   $^1$P$_1$	    	 & ....... & 72.7239  &   72.7323 \\
& & & & & \\ \hline
\end{tabular}
\newpage

\begin{flushleft}
{\bf Table 1.} Target levels of Fe XVII and their threshold energies (in Ryd).
\newline
\end{flushleft}

\begin{tabular}{rllccc} \hline
& & & & \\
Index & Configuration &   Level &  Expt.$^a$ & GRASP$^b$ & GRASP$^c$\\
& & & & & \\ \hline
& & & & & \\
  46 & 2s$^2$2p$^5$4p	&   $^3$P$_2$	         & .......  & 72.7669  &   72.7756 \\
  47 &       .......	&   $^3$P$_0$	    	 & .......  & 73.0629  &   73.0634 \\
  48 &       .......	&   $^3$D$_1$	    	 & .......  & 73.5564  &   73.5649 \\
  49 &       .......	&   $^3$P$_1$	    	 & .......  & 73.6435  &   73.6515 \\
  50 &       .......	&   $^1$D$_2$	    	 & .......  & 73.6597  &   73.6682 \\
  51 & 2s$^2$2p$^5$4d	&   $^3$P$_0^{\rm o}$    & .......  & 73.8051  &   73.8125 \\
  52 &       .......	&   $^3$P$_1^{\rm o}$    & 73.9584  & 73.8374  &   73.8449 \\
  53 &       .......	&   $^3$F$_4^{\rm o}$    & .......  & 73.8771  &   73.8853 \\
  54 &       .......	&   $^3$P$_2^{\rm o}$    & .......  & 73.8903  &   73.8982 \\
  55 &       .......	&   $^3$F$_3^{\rm o}$    & .......  & 73.8992  &   73.9075 \\
  56 & 2s$^2$2p$^5$4p	&   $^1$S$_0$	         & .......  & 73.9250  &   73.9148 \\
  57 & 2s$^2$2p$^5$4d	&   $^1$D$_2^{\rm o}$    & .......  & 73.9453  &   73.9538 \\
  58 &       .......	&   $^3$D$_3^{\rm o}$    & .......  & 73.9733  &   73.9819 \\
  59 &       .......	&   $^3$D$_1^{\rm o}$    & 74.3047  & 74.1736  &   74.1765 \\
  60 & 2s$^2$2p$^5$4f	&   $^3$D$_1$	         & .......  & 74.4536  &   74.4623 \\
  61 &       .......	&   $^1$G$_4$	    	 & .......  & 74.4546  &   74.4625 \\
  62 &       .......	&   $^3$G$_5$	    	 & .......  & 74.4559  &   74.4638 \\
  63 &       .......	&   $^3$D$_2$	    	 & .......  & 74.4639  &   74.4726 \\
  64 &       .......	&   $^3$F$_3$	    	 & .......  & 74.4888  &   74.4975 \\
  65 &       .......	&   $^1$D$_2$	    	 & .......  & 74.4929  &   74.5015 \\
  66 &       .......	&   $^1$F$_3$	    	 & .......  & 74.4955  &   74.5040 \\
  67 &       .......	&   $^3$F$_4$	    	 & .......  & 74.5012  &   74.5096 \\
  68 & 2s$^2$2p$^5$4d	&   $^3$F$_2^{\rm o}$    & .......  & 74.8209  &   74.8292 \\
  69 &       .......	&   $^3$D$_2^{\rm o}$    & .......  & 74.8396  &   74.8476 \\
  70 &       .......	&   $^1$F$_3^{\rm o}$    & .......  & 74.8622  &   74.8705 \\
  71 &       .......	&   $^1$P$_1^{\rm o}$    & 75.1704  & 75.0349  &   75.0358 \\
  72 & 2s$^2$2p$^5$4f	&   $^3$G$_3$	         & .......  & 75.4005  &   75.4086 \\
  73 &       .......	&   $^3$G$_4$	    	 & .......  & 75.4087  &   75.4168 \\
  74 &       .......	&   $^3$D$_3$	    	 & .......  & 75.4171  &   75.4258 \\
  75 &       .......	&   $^3$F$_2$	    	 & .......  & 75.4180  &   75.4267 \\
  76 & 2s$^2$2p$^5$ 5s  &   $^3$P$_2^{\rm o}$    & .......  & .......  &   79.6047 \\
  77 &        .......	&   $^1$P$_1^{\rm o}$    & 79.79    & .......  &   79.6289 \\
  78 & 2s$^2$2p$^5$5p	&   $^3$S$_1$ 	         & .......  & .......  &   80.0630 \\
  79 &       .......	&   $^3$D$_2$	    	 & .......  & .......  &   80.0985 \\
  80 &        .......	&   $^3$D$_3$	    	 & .......  & .......  &   80.1230 \\
  81 &        .......	&   $^1$P$_1$	    	 & .......  & .......  &   80.1382 \\
  82 &       .......	&   $^3$P$_2$	    	 & .......  & .......  &   80.1593 \\
  83 &       .......	&   $^1$S$_0$	    	 & .......  & .......  &   80.3254 \\
  84 & 2s$^2$2p$^5$ 5s  &   $^3$P$_0^{\rm o}$    & .......  & .......  &   80.5357 \\
  85 &       .......	&   $^3$P$_1^{\rm o}$    & 80.70    & .......  &   80.5468 \\
& & & & & \\ \hline				
\end{tabular}
\newpage

\begin{flushleft}
{\bf Table 1.} Target levels of Fe XVII and their threshold energies (in Ryd).
\newline
\end{flushleft}

\begin{tabular}{rllccc} \hline
& & & & \\
Index & Configuration &   Level &  Expt.$^a$ & GRASP$^b$ & GRASP$^c$\\
& & & & & \\ \hline
& & & & & \\
  86 & 2s$^2$2p$^5$ 5d  &   $^3$P$_0^{\rm o}$    & ....... & .......  &   80.6646 \\
  87 &       .......	&   $^3$P$_1^{\rm o}$    & 80.70   & .......  &   80.6813 \\
  88 &        .......	&   $^3$F$_4^{\rm o}$    & ....... & .......  &   80.6989 \\
  89 &        .......	&   $^3$P$_2^{\rm o}$    & ....... & .......  &   80.7066 \\
  90 &       .......	&   $^3$F$_3^{\rm o}$    & ....... & .......  &   80.7092 \\
  91 &       .......	&   $^1$D$_2^{\rm o}$    & ....... & .......  &   80.7310 \\
  92 &       .......	&   $^3$D$_3^{\rm o}$    & ....... & .......  &   80.7445 \\
  93 &       .......	&   $^1$P$_1^{\rm o}$    & 81.85   & .......  &   80.8554 \\
  94 &  2s$^2$2p$^5$ 5f &   $^3$D$_1$	         & ....... & .......  &   80.9757 \\
  95 &       .......	&   $^3$D$_2$ 	    	 & ....... & .......  &   80.9842 \\
  96 &       .......	&   $^3$G$_5$	    	 & ....... & .......  &   80.9868 \\
  97 &       .......	&   $^1$G$_4$	    	 & ....... & .......  &   80.9869 \\
  98 &       .......	&   $^3$F$_3$ 	    	 & ....... & .......  &   80.9997 \\
  99 &       .......	&   $^1$D$_2$ 	    	 & ....... & .......  &   81.0059 \\
 100 &       .......	&   $^1$F$_3$ 	    	 & ....... & .......  &   81.0067 \\
 101 &       .......	&   $^3$G$_4$	    	 & ....... & .......  &   81.0099 \\
 102 &  2s$^2$2p$^5$ 5g &   $^3$F$_2^{\rm o}$    & ....... & .......  &   81.0102 \\
 103 &       .......	&   $^3$F$_3^{\rm o}$    & ....... & .......  &   81.0121 \\
 104 &        .......	&   $^1$H$_5^{\rm o}$    & ....... & .......  &   81.0189 \\
 105 &       .......	&   $^3$H$_6^{\rm o}$    & ....... & .......  &   81.0206 \\
 106 &       .......	&   $^3$G$_3^{\rm o}$    & ....... & .......  &   81.0243 \\
 107 &       .......	&   $^3$G$_4^{\rm o}$    & ....... & .......  &   81.0256 \\
 108 &       .......	&   $^1$G$_4^{\rm o}$    & ....... & .......  &   81.0301 \\
 109 &        .......	&   $^3$G$_5^{\rm o}$    & ....... & .......  &   81.0317 \\
 110 &  2s$^2$2p$^5$ 5p &   $^3$D$_1$	         & ....... & .......  &   81.0215 \\
 111 &       .......	&   $^3$P$_1$ 	    	 & ....... & .......  &   81.0539 \\
 112 &       .......	&   $^1$D$_2$ 	    	 & ....... & .......  &   81.0729 \\
 113 &       .......	&   $^3$P$_0$	    	 & ....... & .......  &   81.1638 \\
 114 & 2s2p$^6$4s	&   $^3$S$_1$	    	 & ....... & 81.5593  &   81.5934 \\
 115 &  2s$^2$2p$^5$ 5d &   $^3$F$_2^{\rm o}$    & ....... & .......  &   81.6362 \\
 116 &       .......	&   $^3$D$_2^{\rm o}$    & ....... & .......  &   81.6441 \\
 117 &       .......	&   $^1$F$_3^{\rm o}$    & ....... & .......  &   81.6568 \\
 118 &       .......	&   $^3$D$_1^{\rm o}$    & 80.98   & .......  &   81.7289 \\
 119 & 2s2p$^6$4s	&   $^1$S$_0$	         & ....... & 81.7322  &   81.7463 \\
 120 &  2s$^2$2p$^5$ 5f &   $^3$G$_3$ 	    	 & ....... & .......  &   81.9260 \\
 121 &      .......	&   $^3$D$_3$ 	    	 & ....... & .......  &   81.9298 \\
 122 &      .......	&   $^3$G$_4$ 	    	 & ....... & .......  &   81.9307 \\
 123 &       .......	&   $^3$F$_2$	    	 & ....... & .......  &   81.9337 \\
 124 &  2s$^2$2p$^5$ 5g &   $^1$F$_3^{\rm o}$    & ....... & .......  &   81.9537 \\
 125 &      .......	&   $^3$F$_4^{\rm o}$    & ....... & .......  &   81.9551 \\
 126 &       .......	&   $^3$H$_4^{\rm o}$    & ....... & .......  &   81.9574 \\
 127 &       .......	&   $^3$H$_5^{\rm o}$    & ....... & .......  &   81.9592 \\
 128 & 2s2p$^6$4p	&   $^3$P$_0^{\rm o}$    & ....... & 82.5375  &   82.5523 \\
 129 &       .......	&   $^3$P$_1^{\rm o}$    & 82.5244 & 82.5493  &   82.5635 \\
 130 &       .......	&   $^3$P$_2^{\rm o}$    & ....... & 82.6183  &   82.6321 \\
 131 &       .......	&   $^1$P$_1^{\rm o}$    & 82.6702 & 82.6654  &   82.6771 \\
& & & & & \\ \hline					  
\end{tabular}						
\newpage						

\begin{flushleft}
{\bf Table 1.} Target levels of Fe XVII and their threshold energies (in Ryd).
\newline
\end{flushleft}

\begin{tabular}{rllccc} \hline			
& & & & \\					
Index & Configuration &   Level &  Expt.$^a$ & GRASP$^b$ & GRASP$^c$\\
& & & & & \\ \hline				
& & & & & \\
 132 & 2s2p$^6$4d	&   $^3$D$_1$	         & ....... & 83.7747  &   83.7876 \\
 133 &       .......	&   $^3$D$_2$	    	 & ....... & 83.7793  &   83.7923 \\
 134 &       .......	&   $^3$D$_3$	    	 & ....... & 83.7880  &   83.8011 \\
 135 &       .......	&   $^1$D$_2$	    	 & ....... & 83.9205  &   83.9300 \\
 136 & 2s2p$^6$4f	&   $^3$F$_2^{\rm o}$    & ....... & 84.3381  &   84.3522 \\
 137 &       .......	&   $^3$F$_3^{\rm o}$    & ....... & 84.3394  &   84.3541 \\
 138 &       .......	&   $^3$F$_4^{\rm o}$    & ....... & 84.3430  &   84.3581 \\
 139 &       .......	&   $^1$F$_3^{\rm o}$    & ....... & 84.3538  &   84.3681 \\
 140 & 2s2p$^6$5s	&   $^3$S$_1$	         & ....... & .......  &   89.4930 \\
 141 &       .......	&   $^1$S$_0$	         & ....... & .......  &   89.5737 \\
 142 & 2s2p$^6$5p	&   $^3$P$_0^{\rm o}$    & ....... & .......  &   89.9790 \\
 143 &       .......	&   $^3$P$_1^{\rm o}$    & 90.01   & .......  &   89.9847 \\
 144 &        .......	&   $^3$P$_2^{\rm o}$    & ....... & .......  &   90.0191 \\
 145 &        .......	&   $^1$P$_1^{\rm o}$    & 90.01   & .......  &   90.0413 \\
 146 & 2s2p$^6$5d	&   $^3$D$_1$	         & ....... & .......  &   90.5803 \\
 147 &        .......	&   $^3$D$_2$	    	 & ....... & .......  &   90.5827 \\
 148 &        .......	&   $^3$D$_3$	    	 & ....... & .......  &   90.5873 \\
 149 &       .......	&   $^1$D$_2$	    	 & ....... & .......  &   90.6501 \\
 150 &  2s2p$^6$5f	&   $^3$F$_2^{\rm o}$    & ....... & .......  &   90.8618 \\
 151 &        .......	&   $^3$F$_3^{\rm o}$    & ....... & .......  &   90.8625 \\
 152 &       .......	&   $^3$F$_4^{\rm o}$    & ....... & .......  &   90.8642 \\
 153 &       .......	&   $^1$F$_3^{\rm o}$    & ....... & .......  &   90.8719 \\
 154 & 2s2p$^6$5g	&   $^3$G$_3$	         & ....... & .......  &   90.8915 \\
 155 &       .......	&   $^3$G$_4$	    	 & ....... & .......  &   90.8914 \\
 156 &       .......	&   $^3$G$_5$	    	 & ....... & .......  &   90.8931 \\
 157 &       .......	&   $^1$G$_4$	    	 & ....... & .......  &   90.8934 \\
& & & & & \\ \hline
\end{tabular}
\begin{flushleft}
$a$: NIST ({\tt http://www.physics.nist.gov/PhysRefData}) \\
$b$: GRASP results of Aggarwal et al. (2003a) for 89 levels\\
$c$: Present results from GRASP for 157 levels\\ 
\end{flushleft}

\clearpage

\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\    
   1 &   3 & 1.709+01 & 9.520+11 & 1.251-01 & 7.039-03 &   2 &  66 & 4.272+01 & 1.189+07 & 4.554-06 & 3.202-06 \\
   1 &   5 & 1.682+01 & 8.358+11 & 1.063-01 & 5.885-03 &   2 &  72 & 4.098+01 & 4.980+05 & 1.755-07 & 1.184-07 \\
   1 &  17 & 1.548+01 & 9.231+10 & 9.955-03 & 5.075-04 &   2 &  74 & 4.095+01 & 1.628+08 & 5.727-05 & 3.860-05 \\
   1 &  23 & 1.529+01 & 5.892+12 & 6.192-01 & 3.116-02 &   2 &  75 & 4.094+01 & 1.642+07 & 4.127-06 & 2.781-06 \\
   1 &  27 & 1.503+01 & 2.476+13 & 2.515-00 & 1.244-01 &   2 &  78 & 3.389+01 & 1.351+11 & 1.395-02 & 7.782-03 \\
   1 &  31 & 1.388+01 & 4.074+11 & 3.529-02 & 1.612-03 &   2 &  79 & 3.384+01 & 6.404+10 & 1.099-02 & 6.124-03 \\
   1 &  33 & 1.381+01 & 3.315+12 & 2.844-01 & 1.293-02 &   2 &  80 & 3.381+01 & 1.382+11 & 3.317-02 & 1.846-02 \\
   1 &  39 & 1.271+01 & 3.488+11 & 2.534-02 & 1.060-03 &   2 &  81 & 3.379+01 & 2.911+09 & 2.990-04 & 1.663-04 \\
   1 &  42 & 1.255+01 & 2.465+11 & 1.746-02 & 7.214-04 &   2 &  82 & 3.376+01 & 6.902+10 & 1.180-02 & 6.557-03 \\
   1 &  52 & 1.234+01 & 5.659+10 & 3.876-03 & 1.575-04 &   2 &  94 & 3.277+01 & 6.285+06 & 6.073-07 & 3.276-07 \\
   1 &  59 & 1.228+01 & 5.747+12 & 3.901-01 & 1.578-02 &   2 &  95 & 3.276+01 & 6.258+07 & 1.007-05 & 5.431-06 \\
   1 &  71 & 1.214+01 & 7.003+12 & 4.645-01 & 1.857-02 &   2 &  98 & 3.274+01 & 1.457+08 & 3.279-05 & 1.768-05 \\
   1 &  77 & 1.144+01 & 2.106+11 & 1.240-02 & 4.673-04 &   2 &  99 & 3.274+01 & 7.501+05 & 1.205-07 & 6.495-08 \\
   1 &  85 & 1.131+01 & 2.494+11 & 1.436-02 & 5.348-04 &   2 & 100 & 3.274+01 & 1.894+06 & 4.261-07 & 2.296-07 \\
   1 &  87 & 1.130+01 & 2.186+10 & 1.254-03 & 4.663-05 &   2 & 110 & 3.272+01 & 4.168+07 & 4.014-06 & 2.162-06 \\
   1 &  93 & 1.127+01 & 4.154+12 & 2.373-01 & 8.805-03 &   2 & 111 & 3.268+01 & 1.510+08 & 1.451-05 & 7.807-06 \\
   1 & 118 & 1.115+01 & 3.437+12 & 1.922-01 & 7.054-03 &   2 & 112 & 3.266+01 & 6.726+05 & 1.076-07 & 5.783-08 \\
   1 & 129 & 1.104+01 & 2.392+11 & 1.310-02 & 4.762-04 &   2 & 114 & 3.206+01 & 3.129+08 & 2.893-05 & 1.527-05 \\
   1 & 131 & 1.102+01 & 1.645+12 & 8.986-02 & 3.261-03 &   2 & 120 & 3.169+01 & 1.417+06 & 2.987-07 & 1.558-07 \\
   1 & 143 & 1.013+01 & 1.855+11 & 8.556-03 & 2.852-04 &   2 & 121 & 3.169+01 & 1.087+08 & 2.291-05 & 1.195-05 \\
   1 & 145 & 1.012+01 & 1.174+12 & 5.409-02 & 1.802-03 &   2 & 123 & 3.168+01 & 1.104+07 & 1.661-06 & 8.664-07 \\
   2 &   6 & 4.096+02 & 3.366+09 & 5.082-02 & 3.426-01 &   2 & 132 & 2.976+01 & 3.509+06 & 2.796-07 & 1.370-07 \\
   2 &   7 & 3.655+02 & 2.597+09 & 5.203-02 & 3.130-01 &   2 & 133 & 2.976+01 & 3.314+07 & 4.400-06 & 2.155-06 \\
   2 &   8 & 3.492+02 & 6.427+09 & 1.645-01 & 9.453-01 &   2 & 134 & 2.975+01 & 1.396+08 & 2.593-05 & 1.270-05 \\
   2 &   9 & 3.378+02 & 3.760+08 & 3.860-03 & 2.146-02 &   2 & 135 & 2.963+01 & 1.468+05 & 1.932-08 & 9.420-09 \\
   2 &  10 & 3.222+02 & 4.522+09 & 7.038-02 & 3.733-01 &   2 & 140 & 2.509+01 & 1.090+06 & 6.169-08 & 2.547-08 \\
   2 &  12 & 2.695+02 & 1.190+07 & 7.774-05 & 3.448-04 &   2 & 146 & 2.436+01 & 2.406+06 & 1.284-07 & 5.149-08 \\
   2 &  13 & 2.519+02 & 9.110+08 & 5.199-03 & 2.156-02 &   2 & 147 & 2.436+01 & 2.320+07 & 2.064-06 & 8.275-07 \\
   2 &  14 & 2.499+02 & 1.178+08 & 1.103-03 & 4.537-03 &   2 & 148 & 2.435+01 & 9.125+07 & 1.136-05 & 4.554-06 \\
   2 &  28 & 9.075+01 & 9.640+10 & 7.141-02 & 1.067-01 &   2 & 149 & 2.431+01 & 8.327+04 & 7.380-09 & 2.954-09 \\
   2 &  34 & 5.786+01 & 2.012+06 & 6.058-07 & 5.770-07 &   2 & 154 & 2.416+01 & 3.852-01 & 4.718-14 & 1.876-14 \\
   2 &  35 & 5.782+01 & 1.621+07 & 8.125-06 & 7.733-06 &   3 &   6 & 4.379+02 & 1.282+08 & 3.687-03 & 1.595-02 \\
   2 &  36 & 5.775+01 & 4.132+07 & 2.893-05 & 2.750-05 &   3 &   7 & 3.879+02 & 2.531+09 & 9.514-02 & 3.645-01 \\
   2 &  37 & 5.641+01 & 1.196+05 & 5.706-08 & 5.298-08 &   3 &   9 & 3.568+02 & 5.683+09 & 1.085-01 & 3.823-01 \\
   2 &  40 & 4.693+01 & 2.380+11 & 4.715-02 & 3.642-02 &   3 &  10 & 3.394+02 & 3.273+09 & 9.424-02 & 3.160-01 \\
   2 &  43 & 4.677+01 & 1.167+11 & 3.829-02 & 2.948-02 &   3 &  11 & 2.944+02 & 7.859+09 & 3.404-02 & 9.896-02 \\
   2 &  44 & 4.666+01 & 2.452+11 & 1.120-01 & 8.602-02 &   3 &  12 & 2.814+02 & 3.986+07 & 4.732-04 & 1.315-03 \\
   2 &  45 & 4.658+01 & 4.390+09 & 8.569-04 & 6.571-04 &   3 &  13 & 2.623+02 & 4.435+06 & 4.574-05 & 1.185-04 \\
   2 &  46 & 4.648+01 & 1.191+11 & 3.858-02 & 2.952-02 &   3 &  14 & 2.601+02 & 8.851+07 & 1.497-03 & 3.846-03 \\
   2 &  48 & 4.468+01 & 7.772+07 & 1.396-05 & 1.027-05 &   3 &  15 & 1.969+02 & 1.375+10 & 2.665-02 & 5.183-02 \\
   2 &  49 & 4.449+01 & 1.042+09 & 1.856-04 & 1.359-04 &   3 &  28 & 9.207+01 & 2.570+10 & 3.265-02 & 2.969-02 \\
   2 &  50 & 4.446+01 & 3.068+07 & 9.091-06 & 6.653-06 &   3 &  29 & 8.775+01 & 6.684+10 & 2.572-02 & 2.229-02 \\
   2 &  60 & 4.280+01 & 1.138+07 & 1.875-06 & 1.321-06 &   3 &  34 & 5.839+01 & 1.019+07 & 5.207-06 & 3.003-06 \\
   2 &  63 & 4.278+01 & 7.864+07 & 2.158-05 & 1.519-05 &   3 &  35 & 5.836+01 & 1.780+07 & 1.515-05 & 8.729-06 \\
   2 &  64 & 4.273+01 & 1.816+08 & 6.958-05 & 4.894-05 &   3 &  37 & 5.692+01 & 4.564+08 & 3.695-04 & 2.077-04 \\
   2 &  65 & 4.272+01 & 3.226+06 & 8.827-07 & 6.207-07 &   3 &  40 & 4.728+01 & 4.000+09 & 1.340-03 & 6.260-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   3 &  43 & 4.712+01 & 1.375+11 & 7.627-02 & 3.549-02 &   4 &  78 & 3.510+01 & 2.760+08 & 1.529-04 & 1.767-05 \\
   3 &  45 & 4.693+01 & 2.360+11 & 7.791-02 & 3.611-02 &   4 &  81 & 3.499+01 & 2.088+07 & 1.150-05 & 1.325-06 \\
   3 &  46 & 4.683+01 & 1.078+11 & 5.908-02 & 2.732-02 &   4 &  94 & 3.390+01 & 1.136+09 & 5.875-04 & 6.558-05 \\
   3 &  47 & 4.614+01 & 1.994+11 & 2.122-02 & 9.670-03 &   4 & 110 & 3.385+01 & 3.511+10 & 1.809-02 & 2.016-03 \\
   3 &  48 & 4.500+01 & 1.071+09 & 3.252-04 & 1.445-04 &   4 & 111 & 3.381+01 & 9.924+10 & 5.101-02 & 5.677-03 \\
   3 &  49 & 4.481+01 & 3.079+08 & 9.268-05 & 4.101-05 &   4 & 114 & 3.314+01 & 8.422+08 & 4.161-04 & 4.540-05 \\
   3 &  50 & 4.477+01 & 2.608+09 & 1.306-03 & 5.775-04 &   4 & 132 & 3.069+01 & 7.211+07 & 3.055-05 & 3.088-06 \\
   3 &  56 & 4.424+01 & 5.227+09 & 5.112-04 & 2.233-04 &   4 & 140 & 2.575+01 & 8.406+05 & 2.506-07 & 2.124-08 \\
   3 &  60 & 4.309+01 & 8.820+07 & 2.455-05 & 1.045-05 &   4 & 146 & 2.498+01 & 7.382+07 & 2.072-05 & 1.704-06 \\
   3 &  63 & 4.307+01 & 2.396+07 & 1.111-05 & 4.724-06 &   5 &   6 & 7.560+02 & 1.100+07 & 9.420-04 & 7.033-03 \\
   3 &  65 & 4.301+01 & 7.254+08 & 3.353-04 & 1.424-04 &   5 &   7 & 6.183+02 & 2.031+05 & 1.940-05 & 1.184-04 \\
   3 &  75 & 4.121+01 & 5.326+08 & 2.260-04 & 9.199-05 &   5 &   9 & 5.429+02 & 2.886+05 & 1.275-05 & 6.838-05 \\
   3 &  78 & 3.407+01 & 3.026+09 & 5.265-04 & 1.771-04 &   5 &  10 & 5.037+02 & 2.464+07 & 1.562-03 & 7.769-03 \\
   3 &  79 & 3.402+01 & 7.984+10 & 2.309-02 & 7.759-03 &   5 &  11 & 4.105+02 & 1.214+09 & 1.022-02 & 4.144-02 \\
   3 &  81 & 3.397+01 & 1.393+11 & 2.410-02 & 8.085-03 &   5 &  12 & 3.857+02 & 2.822+09 & 6.291-02 & 2.396-01 \\
   3 &  82 & 3.395+01 & 6.148+10 & 1.770-02 & 5.934-03 &   5 &  13 & 3.506+02 & 2.334+09 & 4.302-02 & 1.490-01 \\
   3 &  83 & 3.374+01 & 1.295+11 & 7.365-03 & 2.454-03 &   5 &  14 & 3.468+02 & 6.574+09 & 1.976-01 & 6.769-01 \\
   3 &  94 & 3.294+01 & 1.361+07 & 2.214-06 & 7.204-07 &   5 &  15 & 2.429+02 & 1.515+10 & 4.466-02 & 1.071-01 \\
   3 &  95 & 3.293+01 & 3.238+06 & 8.776-07 & 2.854-07 &   5 &  28 & 1.010+02 & 2.307+10 & 3.528-02 & 3.519-02 \\
   3 &  99 & 3.291+01 & 2.878+08 & 7.787-05 & 2.531-05 &   5 &  29 & 9.583+01 & 4.166+10 & 1.912-02 & 1.809-02 \\
   3 & 110 & 3.289+01 & 8.328+08 & 1.351-04 & 4.387-05 &   5 &  34 & 6.186+01 & 2.090+06 & 1.199-06 & 7.325-07 \\
   3 & 111 & 3.285+01 & 9.274+07 & 1.500-05 & 4.868-06 &   5 &  35 & 6.182+01 & 1.386+06 & 1.324-06 & 8.084-07 \\
   3 & 112 & 3.283+01 & 1.506+09 & 4.054-04 & 1.314-04 &   5 &  37 & 6.021+01 & 3.352+08 & 3.036-04 & 1.806-04 \\
   3 & 113 & 3.272+01 & 8.036+07 & 4.300-06 & 1.389-06 &   5 &  40 & 4.953+01 & 8.324+08 & 3.062-04 & 1.498-04 \\
   3 & 114 & 3.222+01 & 1.437+08 & 2.237-05 & 7.118-06 &   5 &  43 & 4.936+01 & 7.292+08 & 4.439-04 & 2.164-04 \\
   3 & 119 & 3.205+01 & 4.714+08 & 2.420-05 & 7.660-06 &   5 &  45 & 4.914+01 & 1.735+09 & 6.283-04 & 3.050-04 \\
   3 & 123 & 3.184+01 & 2.343+08 & 5.934-05 & 1.866-05 &   5 &  46 & 4.903+01 & 2.691+09 & 1.616-03 & 7.827-04 \\
   3 & 132 & 2.990+01 & 2.689+07 & 3.605-06 & 1.065-06 &   5 &  47 & 4.828+01 & 1.405+10 & 1.637-03 & 7.805-04 \\
   3 & 133 & 2.990+01 & 5.573+07 & 1.245-05 & 3.676-06 &   5 &  48 & 4.703+01 & 1.661+11 & 5.507-02 & 2.558-02 \\
   3 & 135 & 2.976+01 & 1.099+08 & 2.432-05 & 7.149-06 &   5 &  49 & 4.682+01 & 7.960+10 & 2.616-02 & 1.210-02 \\
   3 & 140 & 2.519+01 & 6.712+05 & 6.384-08 & 1.588-08 &   5 &  50 & 4.678+01 & 2.378+11 & 1.300-01 & 6.008-02 \\
   3 & 141 & 2.513+01 & 1.787+07 & 5.639-07 & 1.400-07 &   5 &  56 & 4.620+01 & 2.049+11 & 2.185-02 & 9.971-03 \\
   3 & 146 & 2.445+01 & 2.003+07 & 1.796-06 & 4.336-07 &   5 &  60 & 4.495+01 & 1.472+08 & 4.460-05 & 1.980-05 \\
   3 & 147 & 2.445+01 & 4.408+07 & 6.585-06 & 1.590-06 &   5 &  63 & 4.493+01 & 9.323+08 & 4.702-04 & 2.087-04 \\
   3 & 149 & 2.441+01 & 1.305+08 & 1.943-05 & 4.684-06 &   5 &  65 & 4.486+01 & 4.958+08 & 2.493-04 & 1.105-04 \\
   4 &   6 & 7.028+02 & 1.003+07 & 2.229-03 & 5.157-03 &   5 &  75 & 4.291+01 & 1.566+08 & 7.206-05 & 3.054-05 \\
   4 &   9 & 5.150+02 & 5.809+06 & 6.928-04 & 1.175-03 &   5 &  78 & 3.522+01 & 1.037+08 & 1.929-05 & 6.710-06 \\
   4 &  12 & 3.713+02 & 2.107+09 & 1.307-01 & 1.597-01 &   5 &  79 & 3.517+01 & 9.191+08 & 2.841-04 & 9.868-05 \\
   4 &  13 & 3.388+02 & 4.111+09 & 2.122-01 & 2.366-01 &   5 &  81 & 3.512+01 & 2.298+09 & 4.248-04 & 1.473-04 \\
   4 &  28 & 9.999+01 & 1.474+10 & 6.630-02 & 2.182-02 &   5 &  82 & 3.509+01 & 1.657+09 & 5.098-04 & 1.767-04 \\
   4 &  34 & 6.148+01 & 5.434+06 & 9.239-06 & 1.870-06 &   5 &  83 & 3.487+01 & 3.320+07 & 2.017-06 & 6.945-07 \\
   4 &  40 & 4.929+01 & 1.078+09 & 1.178-03 & 1.911-04 &   5 &  94 & 3.402+01 & 1.584+09 & 2.748-04 & 9.233-05 \\
   4 &  45 & 4.890+01 & 9.566+07 & 1.029-04 & 1.657-05 &   5 &  95 & 3.401+01 & 3.037+07 & 8.778-06 & 2.948-06 \\
   4 &  48 & 4.681+01 & 9.023+10 & 8.893-02 & 1.371-02 &   5 &  99 & 3.398+01 & 3.402+08 & 9.817-05 & 3.295-05 \\
   4 &  49 & 4.660+01 & 1.507+11 & 1.472-01 & 2.259-02 &   5 & 110 & 3.396+01 & 1.080+11 & 1.868-02 & 6.266-03 \\
   4 &  60 & 4.475+01 & 3.584+08 & 3.228-04 & 4.755-05 &   5 & 111 & 3.392+01 & 3.158+10 & 5.449-03 & 1.825-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   5 & 112 & 3.390+01 & 1.366+11 & 3.921-02 & 1.313-02 &   6 & 102 & 3.558+01 & 2.052+03 & 6.489-10 & 2.280-10 \\
   5 & 113 & 3.378+01 & 1.338+11 & 7.634-03 & 2.547-03 &   6 & 115 & 3.473+01 & 3.666+08 & 1.105-04 & 3.789-05 \\
   5 & 114 & 3.325+01 & 1.492+09 & 2.473-04 & 8.123-05 &   6 & 116 & 3.472+01 & 8.198+09 & 2.469-03 & 8.465-04 \\
   5 & 119 & 3.307+01 & 1.613+09 & 8.815-05 & 2.879-05 &   6 & 118 & 3.460+01 & 1.774+09 & 3.185-04 & 1.089-04 \\
   5 & 123 & 3.285+01 & 4.144+07 & 1.117-05 & 3.624-06 &   6 & 128 & 3.356+01 & 1.575+08 & 8.864-06 & 2.938-06 \\
   5 & 132 & 3.079+01 & 2.654+07 & 3.772-06 & 1.147-06 &   6 & 129 & 3.354+01 & 1.457+08 & 2.458-05 & 8.142-06 \\
   5 & 133 & 3.078+01 & 4.604+07 & 1.090-05 & 3.314-06 &   6 & 130 & 3.346+01 & 2.814+08 & 7.871-05 & 2.601-05 \\
   5 & 135 & 3.064+01 & 9.450+07 & 2.217-05 & 6.708-06 &   6 & 131 & 3.340+01 & 2.750+07 & 4.599-06 & 1.517-06 \\
   5 & 140 & 2.581+01 & 1.112+06 & 1.110-07 & 2.831-08 &   6 & 136 & 3.147+01 & 6.582+06 & 1.629-06 & 5.062-07 \\
   5 & 141 & 2.575+01 & 1.710+07 & 5.667-07 & 1.441-07 &   6 & 142 & 2.635+01 & 1.885+08 & 6.539-06 & 1.702-06 \\
   5 & 146 & 2.504+01 & 2.944+07 & 2.768-06 & 6.845-07 &   6 & 143 & 2.634+01 & 1.117+08 & 1.162-05 & 3.024-06 \\
   5 & 147 & 2.504+01 & 4.384+07 & 6.868-06 & 1.698-06 &   6 & 144 & 2.632+01 & 1.754+08 & 3.035-05 & 7.889-06 \\
   5 & 149 & 2.499+01 & 1.347+08 & 2.102-05 & 5.188-06 &   6 & 145 & 2.630+01 & 1.118+07 & 1.159-06 & 3.011-07 \\
   6 &  16 & 2.696+02 & 1.132+10 & 4.111-02 & 1.094-01 &   6 & 150 & 2.569+01 & 4.355+06 & 7.184-07 & 1.823-07 \\
   6 &  17 & 2.640+02 & 9.599+09 & 1.003-01 & 2.615-01 &   7 &  17 & 2.862+02 & 7.932+08 & 5.847-03 & 2.755-02 \\
   6 &  18 & 2.539+02 & 5.524+09 & 8.899-02 & 2.232-01 &   7 &  18 & 2.745+02 & 8.919+08 & 1.007-02 & 4.550-02 \\
   6 &  21 & 2.406+02 & 3.338+08 & 4.830-03 & 1.148-02 &   7 &  20 & 2.689+02 & 1.116+10 & 1.693-01 & 7.495-01 \\
   6 &  23 & 2.160+02 & 5.554+07 & 3.886-04 & 8.293-04 &   7 &  21 & 2.590+02 & 5.068+09 & 5.096-02 & 2.173-01 \\
   6 &  24 & 1.989+02 & 2.435+07 & 2.406-04 & 4.725-04 &   7 &  22 & 2.532+02 & 1.225+08 & 1.649-03 & 6.872-03 \\
   6 &  25 & 1.963+02 & 7.724+07 & 7.438-04 & 1.442-03 &   7 &  23 & 2.307+02 & 7.272+08 & 3.482-03 & 1.323-02 \\
   6 &  27 & 1.739+02 & 1.144+07 & 5.182-05 & 8.897-05 &   7 &  24 & 2.112+02 & 1.145+08 & 7.658-04 & 2.663-03 \\
   6 &  30 & 8.900+01 & 5.037+10 & 1.994-02 & 1.753-02 &   7 &  25 & 2.084+02 & 2.230+08 & 1.451-03 & 4.978-03 \\
   6 &  31 & 8.871+01 & 1.530+10 & 1.806-02 & 1.582-02 &   7 &  26 & 2.064+02 & 8.866+06 & 7.928-05 & 2.694-04 \\
   6 &  32 & 8.727+01 & 3.587+09 & 6.825-03 & 5.882-03 &   7 &  27 & 1.832+02 & 4.253+07 & 1.285-04 & 3.874-04 \\
   6 &  33 & 8.609+01 & 3.485+09 & 3.873-03 & 3.293-03 &   7 &  31 & 9.109+01 & 8.497+10 & 6.342-02 & 9.510-02 \\
   6 &  38 & 5.603+01 & 6.765+10 & 5.306-02 & 2.936-02 &   7 &  32 & 8.957+01 & 7.822+08 & 9.409-04 & 1.387-03 \\
   6 &  39 & 5.587+01 & 5.165+09 & 2.417-03 & 1.334-03 &   7 &  33 & 8.833+01 & 5.161+09 & 3.622-03 & 5.267-03 \\
   6 &  41 & 5.299+01 & 6.725+09 & 9.438-04 & 4.940-04 &   7 &  38 & 5.697+01 & 5.449+10 & 2.651-02 & 2.486-02 \\
   6 &  42 & 5.292+01 & 4.357+09 & 1.829-03 & 9.560-04 &   7 &  39 & 5.680+01 & 1.019+11 & 2.956-02 & 2.764-02 \\
   6 &  51 & 4.948+01 & 5.049+11 & 6.177-02 & 3.019-02 &   7 &  42 & 5.376+01 & 3.437+08 & 8.934-05 & 7.905-05 \\
   6 &  52 & 4.939+01 & 3.896+11 & 1.425-01 & 6.950-02 &   7 &  52 & 5.012+01 & 5.694+10 & 1.287-02 & 1.062-02 \\
   6 &  54 & 4.925+01 & 1.916+11 & 1.161-01 & 5.647-02 &   7 &  54 & 4.997+01 & 4.420+10 & 1.655-02 & 1.361-02 \\
   6 &  57 & 4.910+01 & 6.457+09 & 3.890-03 & 1.886-03 &   7 &  55 & 4.995+01 & 4.618+11 & 2.418-01 & 1.988-01 \\
   6 &  59 & 4.852+01 & 4.288+08 & 1.514-04 & 7.253-05 &   7 &  57 & 4.982+01 & 1.722+11 & 6.408-02 & 5.255-02 \\
   6 &  68 & 4.689+01 & 4.237+08 & 2.328-04 & 1.078-04 &   7 &  58 & 4.975+01 & 3.909+09 & 2.031-03 & 1.663-03 \\
   6 &  69 & 4.685+01 & 1.249+10 & 6.849-03 & 3.169-03 &   7 &  59 & 4.922+01 & 1.406+10 & 3.063-03 & 2.482-03 \\
   6 &  71 & 4.640+01 & 1.753+09 & 5.657-04 & 2.592-04 &   7 &  68 & 4.755+01 & 8.377+07 & 2.839-05 & 2.222-05 \\
   6 &  76 & 3.764+01 & 2.896+10 & 1.025-02 & 3.811-03 &   7 &  69 & 4.750+01 & 1.264+09 & 4.274-04 & 3.342-04 \\
   6 &  77 & 3.760+01 & 2.014+09 & 4.269-04 & 1.586-04 &   7 &  70 & 4.744+01 & 1.474+09 & 6.963-04 & 5.438-04 \\
   6 &  84 & 3.625+01 & 7.559+09 & 4.963-04 & 1.777-04 &   7 &  71 & 4.704+01 & 6.917+05 & 1.377-07 & 1.066-07 \\
   6 &  85 & 3.623+01 & 4.933+09 & 9.709-04 & 3.474-04 &   7 &  76 & 3.806+01 & 2.441+10 & 5.302-03 & 3.322-03 \\
   6 &  86 & 3.606+01 & 2.706+11 & 1.759-02 & 6.264-03 &   7 &  77 & 3.802+01 & 4.668+10 & 6.071-03 & 3.800-03 \\
   6 &  87 & 3.604+01 & 2.074+11 & 4.038-02 & 1.437-02 &   7 &  85 & 3.662+01 & 4.153+08 & 5.010-05 & 3.020-05 \\
   6 &  89 & 3.600+01 & 1.029+11 & 3.334-02 & 1.185-02 &   7 &  87 & 3.642+01 & 3.535+10 & 4.219-03 & 2.530-03 \\
   6 &  91 & 3.597+01 & 3.256+09 & 1.053-03 & 3.739-04 &   7 &  89 & 3.639+01 & 2.624+10 & 5.209-03 & 3.120-03 \\
   6 &  93 & 3.579+01 & 4.964+08 & 9.533-05 & 3.370-05 &   7 &  90 & 3.638+01 & 2.607+11 & 7.245-02 & 4.339-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   7 &  91 & 3.635+01 & 9.592+10 & 1.900-02 & 1.137-02 &   8 &  92 & 3.650+01 & 5.406+10 & 1.080-02 & 9.085-03 \\
   7 &  92 & 3.633+01 & 2.253+09 & 6.244-04 & 3.734-04 &   8 & 102 & 3.612+01 & 1.776+03 & 2.480-10 & 2.065-10 \\
   7 &  93 & 3.617+01 & 7.879+09 & 9.274-04 & 5.522-04 &   8 & 103 & 3.612+01 & 3.639+02 & 7.115-11 & 5.922-11 \\
   7 & 102 & 3.595+01 & 7.404+04 & 1.435-08 & 8.490-09 &   8 & 106 & 3.610+01 & 7.854+04 & 1.534-08 & 1.276-08 \\
   7 & 103 & 3.595+01 & 1.014+07 & 2.751-06 & 1.628-06 &   8 & 107 & 3.610+01 & 5.893+05 & 1.480-07 & 1.231-07 \\
   7 & 106 & 3.593+01 & 2.737+06 & 7.416-07 & 4.386-07 &   8 & 108 & 3.609+01 & 5.078+03 & 1.275-09 & 1.060-09 \\
   7 & 115 & 3.509+01 & 1.901+08 & 3.508-05 & 2.026-05 &   8 & 115 & 3.524+01 & 5.762+06 & 7.665-07 & 6.225-07 \\
   7 & 116 & 3.508+01 & 5.090+08 & 9.387-05 & 5.420-05 &   8 & 116 & 3.523+01 & 3.542+07 & 4.708-06 & 3.823-06 \\
   7 & 117 & 3.506+01 & 1.152+09 & 2.971-04 & 1.714-04 &   8 & 117 & 3.522+01 & 1.684+07 & 3.131-06 & 2.541-06 \\
   7 & 118 & 3.496+01 & 2.715+07 & 2.985-06 & 1.718-06 &   8 & 124 & 3.482+01 & 3.094+05 & 5.622-08 & 4.511-08 \\
   7 & 124 & 3.466+01 & 2.130+06 & 5.370-07 & 3.064-07 &   8 & 125 & 3.481+01 & 6.551+06 & 1.530-06 & 1.228-06 \\
   7 & 129 & 3.388+01 & 3.818+06 & 3.941-07 & 2.198-07 &   8 & 126 & 3.481+01 & 5.261+04 & 1.229-08 & 9.858-09 \\
   7 & 130 & 3.379+01 & 2.384+07 & 4.080-06 & 2.269-06 &   8 & 130 & 3.394+01 & 4.378+07 & 5.399-06 & 4.223-06 \\
   7 & 131 & 3.373+01 & 3.613+02 & 3.698-11 & 2.053-11 &   8 & 136 & 3.189+01 & 4.524+06 & 4.928-07 & 3.622-07 \\
   7 & 136 & 3.176+01 & 9.541+07 & 1.443-05 & 7.546-06 &   8 & 137 & 3.189+01 & 1.105+08 & 1.685-05 & 1.239-05 \\
   7 & 137 & 3.176+01 & 6.842+08 & 1.449-04 & 7.574-05 &   8 & 138 & 3.189+01 & 1.051+09 & 2.059-04 & 1.513-04 \\
   7 & 139 & 3.175+01 & 1.134+08 & 2.398-05 & 1.253-05 &   8 & 139 & 3.188+01 & 3.717+06 & 5.662-07 & 4.159-07 \\
   7 & 143 & 2.655+01 & 2.474+08 & 1.569-05 & 6.858-06 &   8 & 144 & 2.661+01 & 4.764+08 & 3.614-05 & 2.217-05 \\
   7 & 144 & 2.652+01 & 7.134+07 & 7.525-06 & 3.286-06 &   8 & 150 & 2.598+01 & 3.080+06 & 2.225-07 & 1.332-07 \\
   7 & 145 & 2.651+01 & 1.824+06 & 1.153-07 & 5.030-08 &   8 & 151 & 2.598+01 & 7.364+07 & 7.449-06 & 4.459-06 \\
   7 & 150 & 2.589+01 & 6.281+07 & 6.312-06 & 2.690-06 &   8 & 152 & 2.597+01 & 6.927+08 & 9.008-05 & 5.392-05 \\
   7 & 151 & 2.589+01 & 4.457+08 & 6.269-05 & 2.672-05 &   8 & 153 & 2.597+01 & 2.088+06 & 2.110-07 & 1.263-07 \\
   7 & 153 & 2.588+01 & 9.539+07 & 1.341-05 & 5.714-06 &   9 &  16 & 3.134+02 & 3.049+08 & 1.497-03 & 4.634-03 \\
   8 &  18 & 2.845+02 & 3.376+08 & 2.926-03 & 1.918-02 &   9 &  17 & 3.059+02 & 4.432+07 & 6.218-04 & 1.879-03 \\
   8 &  19 & 2.838+02 & 1.129+10 & 1.752-01 & 1.146-00 &   9 &  18 & 2.925+02 & 1.002+09 & 2.141-02 & 6.185-02 \\
   8 &  20 & 2.785+02 & 1.826+09 & 2.124-02 & 1.363-01 &   9 &  21 & 2.750+02 & 8.017+09 & 1.515-01 & 4.114-01 \\
   8 &  21 & 2.679+02 & 2.402+08 & 1.846-03 & 1.140-02 &   9 &  23 & 2.433+02 & 7.420+09 & 6.587-02 & 1.583-01 \\
   8 &  22 & 2.617+02 & 2.710+09 & 2.783-02 & 1.678-01 &   9 &  24 & 2.217+02 & 4.462+06 & 5.482-05 & 1.200-04 \\
   8 &  24 & 2.171+02 & 5.928+06 & 2.992-05 & 1.497-04 &   9 &  25 & 2.186+02 & 3.043+07 & 3.633-04 & 7.843-04 \\
   8 &  25 & 2.141+02 & 1.972+08 & 9.679-04 & 4.775-03 &   9 &  27 & 1.911+02 & 2.002+09 & 1.096-02 & 2.069-02 \\
   8 &  26 & 2.120+02 & 1.635+08 & 1.102-03 & 5.384-03 &   9 &  30 & 9.331+01 & 5.049+10 & 2.197-02 & 2.024-02 \\
   8 &  32 & 9.061+01 & 8.145+10 & 7.161-02 & 1.495-01 &   9 &  31 & 9.299+01 & 2.683+07 & 3.478-05 & 3.194-05 \\
   8 &  38 & 5.739+01 & 1.615+11 & 5.696-02 & 7.533-02 &   9 &  32 & 9.141+01 & 2.900+09 & 6.056-03 & 5.467-03 \\
   8 &  53 & 5.033+01 & 5.609+11 & 2.739-01 & 3.177-01 &   9 &  33 & 9.012+01 & 3.130+10 & 3.811-02 & 3.392-02 \\
   8 &  54 & 5.030+01 & 2.900+10 & 7.855-03 & 9.105-03 &   9 &  38 & 5.771+01 & 3.446+09 & 2.867-03 & 1.634-03 \\
   8 &  55 & 5.027+01 & 8.468+10 & 3.208-02 & 3.717-02 &   9 &  39 & 5.753+01 & 1.069+11 & 5.307-02 & 3.015-02 \\
   8 &  57 & 5.014+01 & 7.873+09 & 2.120-03 & 2.450-03 &   9 &  41 & 5.449+01 & 4.546+08 & 6.746-05 & 3.631-05 \\
   8 &  58 & 5.007+01 & 9.665+10 & 3.632-02 & 4.191-02 &   9 &  42 & 5.441+01 & 2.415+09 & 1.072-03 & 5.761-04 \\
   8 &  68 & 4.784+01 & 5.621+06 & 1.377-06 & 1.519-06 &   9 &  51 & 5.078+01 & 2.760+10 & 3.557-03 & 1.784-03 \\
   8 &  69 & 4.779+01 & 9.969+07 & 2.438-05 & 2.685-05 &   9 &  52 & 5.069+01 & 5.344+09 & 2.059-03 & 1.031-03 \\
   8 &  70 & 4.774+01 & 1.921+08 & 6.561-05 & 7.217-05 &   9 &  54 & 5.054+01 & 4.375+10 & 2.793-02 & 1.394-02 \\
   8 &  76 & 3.825+01 & 7.207+10 & 1.129-02 & 9.953-03 &   9 &  57 & 5.039+01 & 3.565+11 & 2.262-01 & 1.125-01 \\
   8 &  88 & 3.657+01 & 3.086+11 & 7.954-02 & 6.704-02 &   9 &  59 & 4.977+01 & 2.122+11 & 7.881-02 & 3.874-02 \\
   8 &  89 & 3.656+01 & 1.875+10 & 2.684-03 & 2.261-03 &   9 &  68 & 4.806+01 & 4.273+09 & 2.466-03 & 1.171-03 \\
   8 &  90 & 3.656+01 & 4.677+10 & 9.370-03 & 7.893-03 &   9 &  69 & 4.801+01 & 1.500+08 & 8.643-05 & 4.098-05 \\
   8 &  91 & 3.652+01 & 3.932+09 & 5.617-04 & 4.728-04 &   9 &  71 & 4.754+01 & 7.681+07 & 2.603-05 & 1.222-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   9 &  76 & 3.839+01 & 1.628+09 & 5.995-04 & 2.273-04 &  10 &  69 & 4.835+01 & 1.571+09 & 5.505-04 & 4.381-04 \\
   9 &  77 & 3.835+01 & 4.863+10 & 1.072-02 & 4.062-03 &  10 &  70 & 4.829+01 & 7.543+07 & 3.692-05 & 2.934-05 \\
   9 &  84 & 3.694+01 & 5.568+08 & 3.797-05 & 1.385-05 &  10 &  71 & 4.787+01 & 7.177+08 & 1.479-04 & 1.165-04 \\
   9 &  85 & 3.692+01 & 2.431+09 & 4.969-04 & 1.812-04 &  10 &  76 & 3.860+01 & 3.147+10 & 7.032-03 & 4.468-03 \\
   9 &  86 & 3.675+01 & 1.731+10 & 1.169-03 & 4.241-04 &  10 &  77 & 3.856+01 & 4.520+10 & 6.047-03 & 3.839-03 \\
   9 &  87 & 3.672+01 & 4.652+09 & 9.407-04 & 3.412-04 &  10 &  85 & 3.712+01 & 6.390+08 & 7.921-05 & 4.840-05 \\
   9 &  89 & 3.669+01 & 2.086+10 & 7.015-03 & 2.542-03 &  10 &  87 & 3.692+01 & 4.492+10 & 5.508-03 & 3.347-03 \\
   9 &  91 & 3.665+01 & 2.051+11 & 6.885-02 & 2.492-02 &  10 &  89 & 3.688+01 & 1.347+11 & 2.747-02 & 1.668-02 \\
   9 &  93 & 3.647+01 & 1.309+11 & 2.610-02 & 9.400-03 &  10 &  90 & 3.688+01 & 3.119+09 & 8.904-04 & 5.405-04 \\
   9 & 102 & 3.624+01 & 4.638+05 & 1.522-07 & 5.449-08 &  10 &  91 & 3.685+01 & 8.285+08 & 1.686-04 & 1.023-04 \\
   9 & 115 & 3.536+01 & 3.289+09 & 1.028-03 & 3.590-04 &  10 &  92 & 3.683+01 & 2.579+11 & 7.340-02 & 4.450-02 \\
   9 & 116 & 3.535+01 & 1.448+08 & 4.521-05 & 1.579-05 &  10 &  93 & 3.666+01 & 1.913+09 & 2.313-04 & 1.396-04 \\
   9 & 118 & 3.524+01 & 1.825+08 & 3.398-05 & 1.183-05 &  10 & 102 & 3.643+01 & 1.472+03 & 2.929-10 & 1.756-10 \\
   9 & 128 & 3.415+01 & 4.408+07 & 2.569-06 & 8.665-07 &  10 & 103 & 3.643+01 & 6.430+06 & 1.791-06 & 1.074-06 \\
   9 & 129 & 3.414+01 & 8.267+07 & 1.444-05 & 4.869-06 &  10 & 106 & 3.641+01 & 4.209+06 & 1.171-06 & 7.021-07 \\
   9 & 130 & 3.405+01 & 9.388+05 & 2.719-07 & 9.144-08 &  10 & 115 & 3.554+01 & 3.716+07 & 7.039-06 & 4.118-06 \\
   9 & 131 & 3.399+01 & 1.658+06 & 2.872-07 & 9.641-08 &  10 & 116 & 3.553+01 & 2.848+08 & 5.392-05 & 3.154-05 \\
   9 & 136 & 3.199+01 & 2.356+08 & 6.026-05 & 1.904-05 &  10 & 117 & 3.552+01 & 8.616+07 & 2.281-05 & 1.334-05 \\
   9 & 142 & 2.672+01 & 3.054+07 & 1.089-06 & 2.874-07 &  10 & 118 & 3.542+01 & 3.263+08 & 3.681-05 & 2.146-05 \\
   9 & 143 & 2.671+01 & 1.028+08 & 1.099-05 & 2.900-06 &  10 & 124 & 3.511+01 & 7.233+03 & 1.871-09 & 1.082-09 \\
   9 & 144 & 2.668+01 & 8.390+05 & 1.493-07 & 3.934-08 &  10 & 129 & 3.430+01 & 2.942+07 & 3.115-06 & 1.759-06 \\
   9 & 145 & 2.667+01 & 1.247+07 & 1.329-06 & 3.501-07 &  10 & 130 & 3.422+01 & 5.831+07 & 1.023-05 & 5.764-06 \\
   9 & 150 & 2.604+01 & 1.546+08 & 2.619-05 & 6.735-06 &  10 & 131 & 3.416+01 & 1.965+06 & 2.062-07 & 1.159-07 \\
  10 &  17 & 3.200+02 & 1.077+09 & 9.916-03 & 5.223-02 &  10 & 136 & 3.214+01 & 2.507+05 & 3.882-08 & 2.054-08 \\
  10 &  18 & 3.053+02 & 3.703+09 & 5.174-02 & 2.600-01 &  10 & 137 & 3.214+01 & 4.126+06 & 8.945-07 & 4.732-07 \\
  10 &  20 & 2.985+02 & 8.694+07 & 1.626-03 & 7.986-03 &  10 & 139 & 3.212+01 & 2.629+08 & 5.693-05 & 3.010-05 \\
  10 &  21 & 2.863+02 & 2.666+06 & 3.276-05 & 1.544-04 &  10 & 143 & 2.681+01 & 2.075+07 & 1.342-06 & 5.923-07 \\
  10 &  22 & 2.792+02 & 9.896+09 & 1.619-01 & 7.443-01 &  10 & 144 & 2.679+01 & 1.826+07 & 1.965-06 & 8.662-07 \\
  10 &  23 & 2.521+02 & 6.309+06 & 3.608-05 & 1.497-04 &  10 & 145 & 2.677+01 & 3.481+07 & 2.244-06 & 9.886-07 \\
  10 &  24 & 2.290+02 & 1.267+07 & 9.965-05 & 3.757-04 &  10 & 150 & 2.614+01 & 1.580+05 & 1.619-08 & 6.964-09 \\
  10 &  25 & 2.257+02 & 6.854+08 & 5.233-03 & 1.944-02 &  10 & 151 & 2.614+01 & 2.355+06 & 3.377-07 & 1.453-07 \\
  10 &  26 & 2.234+02 & 1.305+07 & 1.367-04 & 5.025-04 &  10 & 153 & 2.613+01 & 1.953+08 & 2.799-05 & 1.204-05 \\
  10 &  27 & 1.965+02 & 3.766+07 & 1.308-04 & 4.230-04 &  11 &  17 & 3.739+02 & 1.674+08 & 1.053-02 & 1.296-02 \\
  10 &  31 & 9.425+01 & 3.774+09 & 3.016-03 & 4.679-03 &  11 &  23 & 2.845+02 & 5.636+09 & 2.051-01 & 1.921-01 \\
  10 &  32 & 9.262+01 & 2.140+10 & 2.753-02 & 4.197-02 &  11 &  27 & 2.156+02 & 7.734+08 & 1.617-02 & 1.147-02 \\
  10 &  33 & 9.130+01 & 3.916+10 & 2.936-02 & 4.413-02 &  11 &  31 & 9.843+01 & 8.340+09 & 3.635-02 & 1.178-02 \\
  10 &  38 & 5.819+01 & 7.051+10 & 3.579-02 & 3.428-02 &  11 &  33 & 9.522+01 & 5.614+09 & 2.289-02 & 7.176-03 \\
  10 &  39 & 5.801+01 & 9.842+10 & 2.979-02 & 2.845-02 &  11 &  39 & 5.957+01 & 2.991+10 & 4.774-02 & 9.362-03 \\
  10 &  42 & 5.484+01 & 3.355+08 & 9.077-05 & 8.194-05 &  11 &  42 & 5.623+01 & 1.380+10 & 1.963-02 & 3.634-03 \\
  10 &  52 & 5.106+01 & 8.175+10 & 1.917-02 & 1.612-02 &  11 &  52 & 5.227+01 & 7.973+09 & 9.796-03 & 1.686-03 \\
  10 &  54 & 5.091+01 & 2.394+11 & 9.301-02 & 7.795-02 &  11 &  59 & 5.129+01 & 2.293+11 & 2.713-01 & 4.582-02 \\
  10 &  55 & 5.088+01 & 5.340+09 & 2.902-03 & 2.431-03 &  11 &  71 & 4.892+01 & 7.133+10 & 7.679-02 & 1.237-02 \\
  10 &  57 & 5.075+01 & 8.791+08 & 3.395-04 & 2.836-04 &  11 &  77 & 3.925+01 & 1.431+10 & 9.911-03 & 1.280-03 \\
  10 &  58 & 5.067+01 & 4.474+11 & 2.411-01 & 2.011-01 &  11 &  85 & 3.775+01 & 3.211+09 & 2.058-03 & 2.558-04 \\
  10 &  59 & 5.013+01 & 1.503+09 & 3.398-04 & 2.804-04 &  11 &  87 & 3.754+01 & 2.358+09 & 1.495-03 & 1.848-04 \\
  10 &  68 & 4.839+01 & 1.086+08 & 3.814-05 & 3.038-05 &  11 &  93 & 3.728+01 & 1.248+11 & 7.799-02 & 9.571-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  11 & 118 & 3.599+01 & 5.430+10 & 3.164-02 & 3.748-03 &  12 & 136 & 3.278+01 & 6.528+08 & 1.753-04 & 5.675-05 \\
  11 & 129 & 3.484+01 & 5.655+07 & 3.088-05 & 3.542-06 &  12 & 142 & 2.726+01 & 3.070+08 & 1.140-05 & 3.070-06 \\
  11 & 131 & 3.469+01 & 2.560+07 & 1.386-05 & 1.582-06 &  12 & 143 & 2.726+01 & 9.945+07 & 1.108-05 & 2.982-06 \\
  11 & 143 & 2.714+01 & 1.583+07 & 5.244-06 & 4.685-07 &  12 & 144 & 2.723+01 & 1.094+04 & 2.027-09 & 5.452-10 \\
  11 & 145 & 2.710+01 & 3.672+06 & 1.212-06 & 1.081-07 &  12 & 145 & 2.721+01 & 1.718+07 & 1.907-06 & 5.125-07 \\
  12 &  16 & 4.100+02 & 2.413+06 & 2.027-05 & 8.206-05 &  12 & 150 & 2.656+01 & 4.262+08 & 7.512-05 & 1.971-05 \\
  12 &  17 & 3.972+02 & 3.258+05 & 7.705-06 & 3.022-05 &  13 &  16 & 4.586+02 & 1.395+08 & 1.466-03 & 6.642-03 \\
  12 &  18 & 3.748+02 & 1.320+07 & 4.635-04 & 1.716-03 &  13 &  17 & 4.427+02 & 4.253+07 & 1.249-03 & 5.462-03 \\
  12 &  21 & 3.466+02 & 5.583+06 & 1.675-04 & 5.735-04 &  13 &  18 & 4.151+02 & 1.344+07 & 5.788-04 & 2.373-03 \\
  12 &  23 & 2.978+02 & 1.660+08 & 2.206-03 & 6.486-03 &  13 &  21 & 3.807+02 & 4.407+06 & 1.596-04 & 6.002-04 \\
  12 &  24 & 2.660+02 & 1.166+10 & 2.062-01 & 5.420-01 &  13 &  23 & 3.226+02 & 1.988+08 & 3.101-03 & 9.882-03 \\
  12 &  25 & 2.615+02 & 2.432+07 & 4.156-04 & 1.073-03 &  13 &  24 & 2.857+02 & 3.101+08 & 6.326-03 & 1.785-02 \\
  12 &  27 & 2.231+02 & 5.862+09 & 4.375-02 & 9.641-02 &  13 &  25 & 2.805+02 & 9.990+09 & 1.964-01 & 5.442-01 \\
  12 &  30 & 1.003+02 & 3.824+10 & 1.924-02 & 1.907-02 &  13 &  27 & 2.368+02 & 3.130+09 & 2.631-02 & 6.154-02 \\
  12 &  31 & 9.998+01 & 2.424+10 & 3.633-02 & 3.587-02 &  13 &  30 & 1.030+02 & 2.531+09 & 1.342-03 & 1.366-03 \\
  12 &  32 & 9.815+01 & 5.134+08 & 1.236-03 & 1.198-03 &  13 &  31 & 1.026+02 & 1.846+09 & 2.916-03 & 2.956-03 \\
  12 &  33 & 9.666+01 & 5.306+09 & 7.432-03 & 7.095-03 &  13 &  32 & 1.007+02 & 1.254+10 & 3.179-02 & 3.162-02 \\
  12 &  38 & 6.032+01 & 3.068+07 & 2.790-05 & 1.662-05 &  13 &  33 & 9.914+01 & 1.188+10 & 1.751-02 & 1.714-02 \\
  12 &  39 & 6.013+01 & 1.580+09 & 8.566-04 & 5.087-04 &  13 &  38 & 6.128+01 & 3.571+09 & 3.351-03 & 2.028-03 \\
  12 &  41 & 5.682+01 & 1.347+11 & 2.173-02 & 1.220-02 &  13 &  39 & 6.108+01 & 2.061+08 & 1.153-04 & 6.955-05 \\
  12 &  42 & 5.673+01 & 6.399+10 & 3.088-02 & 1.730-02 &  13 &  41 & 5.767+01 & 2.218+11 & 3.686-02 & 2.099-02 \\
  12 &  51 & 5.280+01 & 3.121+08 & 4.348-05 & 2.267-05 &  13 &  42 & 5.758+01 & 4.526+10 & 2.249-02 & 1.279-02 \\
  12 &  52 & 5.270+01 & 4.114+06 & 1.713-06 & 8.914-07 &  13 &  51 & 5.353+01 & 2.676+10 & 3.831-03 & 2.025-03 \\
  12 &  54 & 5.254+01 & 2.767+09 & 1.908-03 & 9.900-04 &  13 &  52 & 5.343+01 & 1.420+10 & 6.077-03 & 3.207-03 \\
  12 &  57 & 5.237+01 & 1.912+09 & 1.310-03 & 6.777-04 &  13 &  54 & 5.326+01 & 1.730+09 & 1.226-03 & 6.448-04 \\
  12 &  59 & 5.171+01 & 1.857+08 & 7.443-05 & 3.801-05 &  13 &  57 & 5.309+01 & 1.938+08 & 1.365-04 & 7.156-05 \\
  12 &  68 & 4.986+01 & 4.611+11 & 2.864-01 & 1.410-01 &  13 &  59 & 5.241+01 & 1.778+09 & 7.321-04 & 3.789-04 \\
  12 &  69 & 4.981+01 & 4.243+08 & 2.630-04 & 1.294-04 &  13 &  68 & 5.051+01 & 7.106+09 & 4.530-03 & 2.260-03 \\
  12 &  71 & 4.930+01 & 1.253+11 & 4.567-02 & 2.224-02 &  13 &  69 & 5.046+01 & 4.786+11 & 3.045-01 & 1.517-01 \\
  12 &  76 & 3.953+01 & 1.648+07 & 6.434-06 & 2.512-06 &  13 &  71 & 4.994+01 & 8.217+10 & 3.072-02 & 1.515-02 \\
  12 &  77 & 3.949+01 & 1.178+09 & 2.754-04 & 1.074-04 &  13 &  76 & 3.994+01 & 1.794+09 & 7.150-04 & 2.820-04 \\
  12 &  84 & 3.800+01 & 6.047+10 & 4.363-03 & 1.637-03 &  13 &  77 & 3.990+01 & 2.628+08 & 6.273-05 & 2.472-05 \\
  12 &  85 & 3.798+01 & 2.783+10 & 6.018-03 & 2.258-03 &  13 &  84 & 3.837+01 & 9.261+10 & 6.815-03 & 2.583-03 \\
  12 &  86 & 3.779+01 & 5.485+07 & 3.915-06 & 1.461-06 &  13 &  85 & 3.836+01 & 1.830+10 & 4.036-03 & 1.529-03 \\
  12 &  87 & 3.777+01 & 1.941+08 & 4.150-05 & 1.548-05 &  13 &  86 & 3.817+01 & 1.994+10 & 1.451-03 & 5.471-04 \\
  12 &  89 & 3.773+01 & 1.801+09 & 6.406-04 & 2.387-04 &  13 &  87 & 3.814+01 & 1.226+10 & 2.674-03 & 1.007-03 \\
  12 &  91 & 3.769+01 & 2.746+09 & 9.746-04 & 3.628-04 &  13 &  89 & 3.810+01 & 3.838+09 & 1.392-03 & 5.238-04 \\
  12 &  93 & 3.750+01 & 1.761+09 & 3.712-04 & 1.375-04 &  13 &  91 & 3.806+01 & 8.670+07 & 3.138-05 & 1.180-05 \\
  12 & 102 & 3.726+01 & 1.538+07 & 5.335-06 & 1.963-06 &  13 &  93 & 3.786+01 & 1.440+08 & 3.096-05 & 1.158-05 \\
  12 & 115 & 3.633+01 & 2.565+11 & 8.459-02 & 3.035-02 &  13 & 102 & 3.762+01 & 1.295+06 & 4.581-07 & 1.702-07 \\
  12 & 116 & 3.632+01 & 1.336+09 & 4.402-04 & 1.579-04 &  13 & 115 & 3.667+01 & 1.758+09 & 5.907-04 & 2.139-04 \\
  12 & 118 & 3.619+01 & 7.866+10 & 1.545-02 & 5.523-03 &  13 & 116 & 3.666+01 & 2.691+11 & 9.038-02 & 3.273-02 \\
  12 & 128 & 3.505+01 & 3.825+05 & 2.348-08 & 8.128-09 &  13 & 118 & 3.654+01 & 5.070+10 & 1.015-02 & 3.662-03 \\
  12 & 129 & 3.503+01 & 2.055+07 & 3.782-06 & 1.309-06 &  13 & 128 & 3.537+01 & 2.759+08 & 1.725-05 & 6.026-06 \\
  12 & 130 & 3.494+01 & 6.486+05 & 1.979-07 & 6.828-08 &  13 & 129 & 3.535+01 & 3.979+07 & 7.456-06 & 2.603-06 \\
  12 & 131 & 3.488+01 & 5.359+07 & 9.776-06 & 3.368-06 &  13 & 130 & 3.526+01 & 9.286+06 & 2.885-06 & 1.005-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  13 & 131 & 3.520+01 & 8.311+07 & 1.544-05 & 5.367-06 &  14 & 116 & 3.671+01 & 3.080+10 & 6.220-03 & 3.758-03 \\
  13 & 136 & 3.306+01 & 6.080+07 & 1.660-05 & 5.421-06 &  14 & 117 & 3.669+01 & 3.111+11 & 8.789-02 & 5.307-02 \\
  13 & 142 & 2.746+01 & 3.537+08 & 1.332-05 & 3.612-06 &  14 & 118 & 3.658+01 & 8.449+09 & 1.017-03 & 6.123-04 \\
  13 & 143 & 2.745+01 & 4.942+07 & 5.583-06 & 1.514-06 &  14 & 124 & 3.625+01 & 6.020+06 & 1.661-06 & 9.910-07 \\
  13 & 144 & 2.742+01 & 3.804+07 & 7.148-06 & 1.936-06 &  14 & 129 & 3.539+01 & 2.932+07 & 3.304-06 & 1.925-06 \\
  13 & 145 & 2.740+01 & 7.107+06 & 8.002-07 & 2.166-07 &  14 & 130 & 3.530+01 & 4.062+07 & 7.588-06 & 4.409-06 \\
  13 & 150 & 2.674+01 & 4.016+07 & 7.176-06 & 1.896-06 &  14 & 131 & 3.524+01 & 7.647+04 & 8.541-09 & 4.954-09 \\
  14 &  17 & 4.489+02 & 2.820+07 & 5.112-04 & 3.778-03 &  14 & 136 & 3.310+01 & 7.348+07 & 1.207-05 & 6.573-06 \\
  14 &  18 & 4.206+02 & 4.022+07 & 1.066-03 & 7.383-03 &  14 & 137 & 3.309+01 & 2.803+08 & 6.443-05 & 3.510-05 \\
  14 &  20 & 4.077+02 & 4.200+06 & 1.465-04 & 9.836-04 &  14 & 139 & 3.308+01 & 4.625+08 & 1.062-04 & 5.782-05 \\
  14 &  21 & 3.853+02 & 1.888+03 & 4.201-08 & 2.665-07 &  14 & 143 & 2.748+01 & 1.188+08 & 8.065-06 & 3.648-06 \\
  14 &  22 & 3.726+02 & 7.913+06 & 2.306-04 & 1.415-03 &  14 & 144 & 2.745+01 & 1.393+07 & 1.573-06 & 7.106-07 \\
  14 &  23 & 3.259+02 & 7.222+07 & 6.901-04 & 3.702-03 &  14 & 145 & 2.743+01 & 1.580+08 & 1.069-05 & 4.826-06 \\
  14 &  24 & 2.883+02 & 1.367+09 & 1.704-02 & 8.086-02 &  14 & 150 & 2.677+01 & 4.851+07 & 5.211-06 & 2.296-06 \\
  14 &  25 & 2.830+02 & 1.256+09 & 1.508-02 & 7.024-02 &  14 & 151 & 2.677+01 & 1.877+08 & 2.823-05 & 1.244-05 \\
  14 &  26 & 2.794+02 & 1.195+10 & 1.958-01 & 9.008-01 &  14 & 153 & 2.676+01 & 3.387+08 & 5.090-05 & 2.242-05 \\
  14 &  27 & 2.386+02 & 1.849+08 & 9.467-04 & 3.718-03 &  15 &  17 & 1.007+03 & 6.534+02 & 2.978-07 & 9.871-07 \\
  14 &  31 & 1.030+02 & 1.204+09 & 1.148-03 & 1.946-03 &  15 &  23 & 5.453+02 & 3.986+07 & 5.330-03 & 9.568-03 \\
  14 &  32 & 1.010+02 & 1.944+10 & 2.974-02 & 4.946-02 &  15 &  27 & 3.381+02 & 3.274+09 & 1.683-01 & 1.874-01 \\
  14 &  33 & 9.945+01 & 3.220+10 & 2.865-02 & 4.690-02 &  15 &  31 & 1.180+02 & 3.889+09 & 2.434-02 & 9.450-03 \\
  14 &  38 & 6.140+01 & 1.176+09 & 6.644-04 & 6.714-04 &  15 &  33 & 1.134+02 & 1.558+10 & 9.008-02 & 3.362-02 \\
  14 &  39 & 6.120+01 & 6.112+07 & 2.059-05 & 2.075-05 &  15 &  39 & 6.620+01 & 2.720+10 & 5.361-02 & 1.168-02 \\
  14 &  42 & 5.768+01 & 2.020+11 & 6.047-02 & 5.741-02 &  15 &  42 & 6.210+01 & 3.672+10 & 6.370-02 & 1.302-02 \\
  14 &  52 & 5.352+01 & 1.774+09 & 4.570-04 & 4.026-04 &  15 &  52 & 5.730+01 & 2.471+08 & 3.648-04 & 6.883-05 \\
  14 &  54 & 5.335+01 & 3.448+09 & 1.471-03 & 1.292-03 &  15 &  59 & 5.613+01 & 7.240+10 & 1.026-01 & 1.896-02 \\
  14 &  55 & 5.332+01 & 4.930+08 & 2.942-04 & 2.582-04 &  15 &  71 & 5.331+01 & 2.346+11 & 2.998-01 & 5.261-02 \\
  14 &  57 & 5.318+01 & 4.505+08 & 1.910-04 & 1.672-04 &  15 &  77 & 4.202+01 & 1.593+10 & 1.265-02 & 1.750-03 \\
  14 &  58 & 5.309+01 & 4.176+07 & 2.470-05 & 2.159-05 &  15 &  85 & 4.031+01 & 2.415+10 & 1.765-02 & 2.342-03 \\
  14 &  59 & 5.249+01 & 6.062+08 & 1.503-04 & 1.298-04 &  15 &  87 & 4.007+01 & 1.253+08 & 9.051-05 & 1.194-05 \\
  14 &  68 & 5.059+01 & 7.880+10 & 3.024-02 & 2.518-02 &  15 &  93 & 3.977+01 & 7.428+10 & 5.284-02 & 6.918-03 \\
  14 &  69 & 5.054+01 & 5.897+10 & 2.258-02 & 1.879-02 &  15 & 118 & 3.831+01 & 1.426+11 & 9.412-02 & 1.187-02 \\
  14 &  70 & 5.048+01 & 5.526+11 & 2.955-01 & 2.455-01 &  15 & 129 & 3.701+01 & 4.455+08 & 2.744-04 & 3.344-05 \\
  14 &  71 & 5.002+01 & 1.324+10 & 2.980-03 & 2.453-03 &  15 & 131 & 3.684+01 & 1.586+09 & 9.684-04 & 1.175-04 \\
  14 &  76 & 3.999+01 & 5.559+08 & 1.333-04 & 8.773-05 &  15 & 143 & 2.844+01 & 2.477+06 & 9.011-07 & 8.437-08 \\
  14 &  77 & 3.995+01 & 1.840+08 & 2.641-05 & 1.737-05 &  15 & 145 & 2.839+01 & 4.621+07 & 1.675-05 & 1.565-06 \\
  14 &  85 & 3.840+01 & 8.980+10 & 1.191-02 & 7.530-03 &  16 &  28 & 2.054+02 & 3.153+05 & 5.982-06 & 4.045-06 \\
  14 &  87 & 3.819+01 & 1.485+09 & 1.948-04 & 1.225-04 &  16 &  34 & 8.983+01 & 5.438+09 & 1.974-02 & 5.836-03 \\
  14 &  89 & 3.815+01 & 1.340+09 & 2.922-04 & 1.835-04 &  16 &  40 & 6.598+01 & 1.614+10 & 3.160-02 & 6.863-03 \\
  14 &  90 & 3.814+01 & 1.283+09 & 3.918-04 & 2.460-04 &  16 &  45 & 6.529+01 & 1.984+08 & 3.805-04 & 8.178-05 \\
  14 &  91 & 3.811+01 & 5.504+08 & 1.198-04 & 7.516-05 &  16 &  48 & 6.162+01 & 1.370+08 & 2.339-04 & 4.745-05 \\
  14 &  92 & 3.808+01 & 4.387+05 & 1.335-07 & 8.372-08 &  16 &  49 & 6.126+01 & 4.051+08 & 6.837-04 & 1.379-04 \\
  14 &  93 & 3.791+01 & 2.237+08 & 2.892-05 & 1.805-05 &  16 &  60 & 5.809+01 & 6.214+11 & 9.431-01 & 1.804-01 \\
  14 & 102 & 3.767+01 & 1.894+06 & 4.029-07 & 2.498-07 &  16 &  78 & 4.281+01 & 5.648+09 & 4.655-03 & 6.560-04 \\
  14 & 103 & 3.766+01 & 2.139+07 & 6.367-06 & 3.948-06 &  16 &  81 & 4.266+01 & 9.107+07 & 7.453-05 & 1.047-05 \\
  14 & 106 & 3.765+01 & 3.321+05 & 9.879-08 & 6.121-08 &  16 &  94 & 4.105+01 & 2.214+11 & 1.678-01 & 2.267-02 \\
  14 & 115 & 3.672+01 & 4.694+10 & 9.487-03 & 5.733-03 &  16 & 110 & 4.096+01 & 5.836+09 & 4.404-03 & 5.939-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  16 & 111 & 4.090+01 & 1.268+08 & 9.544-05 & 1.285-05 &  18 &  28 & 2.155+02 & 4.185+06 & 1.748-05 & 6.202-05 \\
  16 & 114 & 3.994+01 & 5.122+07 & 3.674-05 & 4.831-06 &  18 &  34 & 9.171+01 & 4.012+09 & 3.036-03 & 4.583-03 \\
  16 & 132 & 3.643+01 & 2.823+09 & 1.685-03 & 2.021-04 &  18 &  35 & 9.162+01 & 1.102+10 & 1.387-02 & 2.092-02 \\
  16 & 140 & 2.967+01 & 2.562+07 & 1.014-05 & 9.905-07 &  18 &  36 & 9.144+01 & 3.159+09 & 5.545-03 & 8.346-03 \\
  16 & 146 & 2.865+01 & 6.210+08 & 2.293-04 & 2.163-05 &  18 &  37 & 8.812+01 & 4.333+09 & 5.044-03 & 7.317-03 \\
  17 &  28 & 2.088+02 & 1.420+06 & 9.275-06 & 1.912-05 &  18 &  40 & 6.699+01 & 2.471+10 & 9.974-03 & 1.100-02 \\
  17 &  29 & 1.878+02 & 2.275+06 & 4.011-06 & 7.441-06 &  18 &  43 & 6.667+01 & 4.724+09 & 3.148-03 & 3.454-03 \\
  17 &  34 & 9.047+01 & 1.152+10 & 1.413-02 & 1.263-02 &  18 &  44 & 6.643+01 & 7.672+08 & 7.105-04 & 7.769-04 \\
  17 &  35 & 9.038+01 & 3.692+09 & 7.534-03 & 6.725-03 &  18 &  45 & 6.628+01 & 1.106+10 & 4.370-03 & 4.768-03 \\
  17 &  37 & 8.697+01 & 1.020+08 & 1.927-04 & 1.655-04 &  18 &  46 & 6.607+01 & 2.146+10 & 1.405-02 & 1.528-02 \\
  17 &  40 & 6.632+01 & 3.694+10 & 2.436-02 & 1.595-02 &  18 &  48 & 6.250+01 & 5.498+07 & 1.932-05 & 1.987-05 \\
  17 &  43 & 6.600+01 & 2.134+09 & 2.323-03 & 1.514-03 &  18 &  49 & 6.213+01 & 2.011+09 & 6.982-04 & 7.140-04 \\
  17 &  45 & 6.563+01 & 1.593+07 & 1.028-05 & 6.666-06 &  18 &  50 & 6.206+01 & 1.966+08 & 1.135-04 & 1.160-04 \\
  17 &  46 & 6.543+01 & 4.299+09 & 4.598-03 & 2.971-03 &  18 &  60 & 5.887+01 & 6.439+10 & 2.008-02 & 1.946-02 \\
  17 &  47 & 6.410+01 & 5.121+09 & 1.051-03 & 6.657-04 &  18 &  63 & 5.883+01 & 4.074+11 & 2.114-01 & 2.047-01 \\
  17 &  48 & 6.192+01 & 4.446+06 & 2.555-06 & 1.562-06 &  18 &  64 & 5.874+01 & 8.799+11 & 6.372-01 & 6.161-01 \\
  17 &  49 & 6.155+01 & 1.216+07 & 6.907-06 & 4.199-06 &  18 &  65 & 5.872+01 & 2.244+10 & 1.160-02 & 1.121-02 \\
  17 &  50 & 6.148+01 & 4.342+08 & 4.101-04 & 2.491-04 &  18 &  66 & 5.872+01 & 3.374+10 & 2.441-02 & 2.359-02 \\
  17 &  56 & 6.048+01 & 1.096+09 & 2.003-04 & 1.196-04 &  18 &  72 & 5.548+01 & 4.204+07 & 2.716-05 & 2.481-05 \\
  17 &  60 & 5.836+01 & 5.870+11 & 2.997-01 & 1.727-01 &  18 &  74 & 5.542+01 & 6.035+10 & 3.891-02 & 3.550-02 \\
  17 &  63 & 5.832+01 & 6.483+11 & 5.509-01 & 3.173-01 &  18 &  75 & 5.542+01 & 5.502+09 & 2.533-03 & 2.311-03 \\
  17 &  65 & 5.821+01 & 8.657+10 & 7.329-02 & 4.214-02 &  18 &  78 & 4.323+01 & 8.648+09 & 1.454-03 & 1.034-03 \\
  17 &  75 & 5.496+01 & 2.683+10 & 2.025-02 & 1.099-02 &  18 &  79 & 4.316+01 & 1.837+09 & 5.129-04 & 3.643-04 \\
  17 &  78 & 4.295+01 & 1.310+10 & 3.622-03 & 1.536-03 &  18 &  80 & 4.311+01 & 2.181+08 & 8.507-05 & 6.036-05 \\
  17 &  79 & 4.288+01 & 7.025+08 & 3.228-04 & 1.367-04 &  18 &  81 & 4.308+01 & 3.847+09 & 6.421-04 & 4.553-04 \\
  17 &  81 & 4.280+01 & 2.707+07 & 7.435-06 & 3.143-06 &  18 &  82 & 4.303+01 & 8.360+09 & 2.321-03 & 1.644-03 \\
  17 &  82 & 4.276+01 & 1.631+09 & 7.451-04 & 3.146-04 &  18 &  94 & 4.144+01 & 2.252+10 & 3.478-03 & 2.372-03 \\
  17 &  83 & 4.243+01 & 1.659+09 & 1.493-04 & 6.254-05 &  18 &  95 & 4.142+01 & 1.518+11 & 3.904-02 & 2.662-02 \\
  17 &  94 & 4.118+01 & 2.074+11 & 5.271-02 & 2.144-02 &  18 &  98 & 4.139+01 & 3.335+11 & 1.199-01 & 8.171-02 \\
  17 &  95 & 4.117+01 & 2.495+11 & 1.057-01 & 4.296-02 &  18 &  99 & 4.138+01 & 3.459+09 & 8.878-04 & 6.047-04 \\
  17 &  99 & 4.112+01 & 1.892+10 & 7.994-03 & 3.247-03 &  18 & 100 & 4.138+01 & 1.037+09 & 3.726-04 & 2.538-04 \\
  17 & 110 & 4.110+01 & 5.989+09 & 1.516-03 & 6.154-04 &  18 & 110 & 4.135+01 & 3.314+08 & 5.098-05 & 3.470-05 \\
  17 & 111 & 4.103+01 & 5.541+08 & 1.399-04 & 5.670-05 &  18 & 111 & 4.129+01 & 1.054+09 & 1.616-04 & 1.098-04 \\
  17 & 112 & 4.100+01 & 5.163+08 & 2.169-04 & 8.781-05 &  18 & 112 & 4.125+01 & 1.196+09 & 3.051-04 & 2.072-04 \\
  17 & 113 & 4.083+01 & 5.579+08 & 4.649-05 & 1.875-05 &  18 & 114 & 4.030+01 & 1.059+08 & 1.548-05 & 1.027-05 \\
  17 & 114 & 4.006+01 & 1.252+08 & 3.012-05 & 1.192-05 &  18 & 120 & 3.972+01 & 1.684+08 & 5.577-05 & 3.646-05 \\
  17 & 119 & 3.979+01 & 1.041+06 & 8.240-08 & 3.239-08 &  18 & 121 & 3.971+01 & 2.308+10 & 7.641-03 & 4.995-03 \\
  17 & 123 & 3.947+01 & 1.026+10 & 3.993-03 & 1.556-03 &  18 & 123 & 3.971+01 & 2.101+09 & 4.965-04 & 3.245-04 \\
  17 & 132 & 3.654+01 & 2.120+09 & 4.242-04 & 1.531-04 &  18 & 132 & 3.674+01 & 1.567+08 & 1.903-05 & 1.151-05 \\
  17 & 133 & 3.653+01 & 3.477+09 & 1.159-03 & 4.183-04 &  18 & 133 & 3.673+01 & 1.079+09 & 2.182-04 & 1.320-04 \\
  17 & 135 & 3.633+01 & 1.239+07 & 4.087-06 & 1.466-06 &  18 & 134 & 3.672+01 & 3.725+09 & 1.054-03 & 6.371-04 \\
  17 & 140 & 2.974+01 & 7.473+07 & 9.906-06 & 2.909-06 &  18 & 135 & 3.653+01 & 1.861+07 & 3.723-06 & 2.238-06 \\
  17 & 141 & 2.966+01 & 2.565+06 & 1.127-07 & 3.302-08 &  18 & 140 & 2.987+01 & 1.105+08 & 8.867-06 & 4.359-06 \\
  17 & 146 & 2.872+01 & 4.223+08 & 5.221-05 & 1.481-05 &  18 & 146 & 2.884+01 & 4.370+07 & 3.269-06 & 1.552-06 \\
  17 & 147 & 2.871+01 & 7.719+08 & 1.590-04 & 4.510-05 &  18 & 147 & 2.884+01 & 1.725+08 & 2.151-05 & 1.021-05 \\
  17 & 149 & 2.865+01 & 3.750+06 & 7.692-07 & 2.177-07 &  18 & 148 & 2.883+01 & 8.178+08 & 1.427-04 & 6.774-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  18 & 149 & 2.878+01 & 2.442+06 & 3.032-07 & 1.436-07 &  20 &  82 & 4.317+01 & 2.236+08 & 4.462-05 & 4.440-05 \\
  18 & 154 & 2.856+01 & 1.010+04 & 1.729-09 & 8.126-10 &  20 &  95 & 4.155+01 & 4.571+09 & 8.451-04 & 8.092-04 \\
  19 &  36 & 9.151+01 & 6.864+10 & 6.703-02 & 1.817-01 &  20 &  97 & 4.154+01 & 4.051+11 & 1.348-01 & 1.290-01 \\
  19 &  44 & 6.646+01 & 5.525+10 & 2.846-02 & 5.604-02 &  20 &  98 & 4.152+01 & 1.895+10 & 4.897-03 & 4.686-03 \\
  19 &  61 & 5.890+01 & 4.747+10 & 2.469-02 & 4.309-02 &  20 &  99 & 4.151+01 & 5.689+09 & 1.050-03 & 1.004-03 \\
  19 &  62 & 5.890+01 & 1.264+12 & 8.035-01 & 1.402-00 &  20 & 100 & 4.151+01 & 7.656+10 & 1.977-02 & 1.891-02 \\
  19 &  64 & 5.877+01 & 2.024+10 & 8.149-03 & 1.419-02 &  20 & 101 & 4.150+01 & 1.428+10 & 4.741-03 & 4.534-03 \\
  19 &  66 & 5.874+01 & 2.266+09 & 9.117-04 & 1.587-03 &  20 & 112 & 4.138+01 & 1.653+08 & 3.031-05 & 2.891-05 \\
  19 &  67 & 5.872+01 & 1.682+11 & 8.696-02 & 1.513-01 &  20 & 120 & 3.984+01 & 1.194+08 & 2.840-05 & 2.607-05 \\
  19 &  72 & 5.551+01 & 1.252+07 & 4.497-06 & 7.397-06 &  20 & 121 & 3.983+01 & 4.766+08 & 1.134-04 & 1.041-04 \\
  19 &  73 & 5.548+01 & 2.465+08 & 1.137-04 & 1.869-04 &  20 & 122 & 3.983+01 & 5.926+09 & 1.812-03 & 1.663-03 \\
  19 &  74 & 5.545+01 & 1.258+08 & 4.511-05 & 7.412-05 &  20 & 123 & 3.983+01 & 6.616+07 & 1.124-05 & 1.031-05 \\
  19 &  80 & 4.312+01 & 2.094+10 & 4.541-03 & 5.802-03 &  20 & 133 & 3.683+01 & 4.573+08 & 6.644-05 & 5.640-05 \\
  19 &  96 & 4.143+01 & 4.602+11 & 1.447-01 & 1.777-01 &  20 & 134 & 3.682+01 & 1.899+07 & 3.859-06 & 3.275-06 \\
  19 &  97 & 4.143+01 & 1.867+10 & 4.806-03 & 5.899-03 &  20 & 135 & 3.663+01 & 1.921+08 & 2.760-05 & 2.330-05 \\
  19 &  98 & 4.141+01 & 5.532+09 & 1.106-03 & 1.357-03 &  20 & 147 & 2.890+01 & 2.812+09 & 2.515-04 & 1.675-04 \\
  19 & 100 & 4.139+01 & 1.778+09 & 3.552-04 & 4.357-04 &  20 & 148 & 2.890+01 & 2.413+08 & 3.020-05 & 2.011-05 \\
  19 & 101 & 4.139+01 & 6.311+10 & 1.620-02 & 1.987-02 &  20 & 149 & 2.884+01 & 7.928+08 & 7.061-05 & 4.693-05 \\
  19 & 120 & 3.973+01 & 2.462+06 & 4.531-07 & 5.334-07 &  20 & 154 & 2.862+01 & 6.561+05 & 8.058-08 & 5.315-08 \\
  19 & 121 & 3.973+01 & 4.898+06 & 9.013-07 & 1.061-06 &  20 & 155 & 2.862+01 & 1.175+07 & 1.855-06 & 1.223-06 \\
  19 & 122 & 3.972+01 & 8.854+07 & 2.095-05 & 2.465-05 &  20 & 157 & 2.862+01 & 3.884+02 & 6.131-11 & 4.044-11 \\
  19 & 134 & 3.673+01 & 6.332+08 & 9.961-05 & 1.084-04 &  21 &  28 & 2.261+02 & 7.020+04 & 3.228-07 & 1.201-06 \\
  19 & 148 & 2.884+01 & 4.158+09 & 4.033-04 & 3.446-04 &  21 &  34 & 9.358+01 & 4.150+10 & 3.269-02 & 5.035-02 \\
  19 & 154 & 2.857+01 & 1.451+04 & 1.381-09 & 1.169-09 &  21 &  35 & 9.348+01 & 6.258+08 & 8.199-04 & 1.262-03 \\
  19 & 155 & 2.857+01 & 4.362+05 & 5.336-08 & 4.516-08 &  21 &  36 & 9.330+01 & 7.395+08 & 1.351-03 & 2.075-03 \\
  19 & 156 & 2.857+01 & 1.122+07 & 1.678-06 & 1.420-06 &  21 &  37 & 8.985+01 & 1.622+10 & 1.963-02 & 2.903-02 \\
  19 & 157 & 2.857+01 & 3.162+05 & 3.867-08 & 3.273-08 &  21 &  40 & 6.798+01 & 3.400+09 & 1.413-03 & 1.581-03 \\
  20 &  35 & 9.225+01 & 5.348+10 & 4.874-02 & 1.036-01 &  21 &  43 & 6.765+01 & 1.822+10 & 1.250-02 & 1.392-02 \\
  20 &  36 & 9.207+01 & 2.820+08 & 3.585-04 & 7.606-04 &  21 &  44 & 6.740+01 & 7.212+08 & 6.876-04 & 7.629-04 \\
  20 &  37 & 8.871+01 & 2.038+10 & 1.717-02 & 3.511-02 &  21 &  45 & 6.725+01 & 4.811+10 & 1.957-02 & 2.166-02 \\
  20 &  43 & 6.700+01 & 5.298+10 & 2.547-02 & 3.932-02 &  21 &  46 & 6.704+01 & 4.627+07 & 3.117-05 & 3.440-05 \\
  20 &  44 & 6.676+01 & 7.324+09 & 4.893-03 & 7.528-03 &  21 &  48 & 6.336+01 & 4.975+08 & 1.797-04 & 1.874-04 \\
  20 &  46 & 6.640+01 & 5.227+08 & 2.468-04 & 3.777-04 &  21 &  49 & 6.298+01 & 1.861+07 & 6.639-06 & 6.882-06 \\
  20 &  50 & 6.235+01 & 2.535+08 & 1.055-04 & 1.516-04 &  21 &  50 & 6.291+01 & 5.630+07 & 3.340-05 & 3.458-05 \\
  20 &  61 & 5.913+01 & 1.102+12 & 7.431-01 & 1.013-00 &  21 &  60 & 5.964+01 & 2.730+10 & 8.734-03 & 8.574-03 \\
  20 &  63 & 5.909+01 & 1.241+10 & 4.641-03 & 6.320-03 &  21 &  63 & 5.960+01 & 7.261+09 & 3.866-03 & 3.793-03 \\
  20 &  64 & 5.900+01 & 7.858+10 & 4.101-02 & 5.576-02 &  21 &  64 & 5.950+01 & 6.633+09 & 4.929-03 & 4.827-03 \\
  20 &  65 & 5.898+01 & 1.974+10 & 7.354-03 & 9.997-03 &  21 &  65 & 5.948+01 & 2.709+11 & 1.437-01 & 1.407-01 \\
  20 &  66 & 5.897+01 & 1.729+11 & 9.013-02 & 1.225-01 &  21 &  66 & 5.947+01 & 1.028+12 & 7.632-01 & 7.472-01 \\
  20 &  67 & 5.895+01 & 4.827+10 & 3.234-02 & 4.393-02 &  21 &  72 & 5.616+01 & 2.126+10 & 1.407-02 & 1.301-02 \\
  20 &  72 & 5.571+01 & 2.089+08 & 9.720-05 & 1.248-04 &  21 &  74 & 5.610+01 & 1.108+06 & 7.320-07 & 6.760-07 \\
  20 &  73 & 5.569+01 & 1.514+10 & 9.051-03 & 1.161-02 &  21 &  75 & 5.610+01 & 3.191+09 & 1.505-03 & 1.390-03 \\
  20 &  74 & 5.565+01 & 1.539+09 & 7.147-04 & 9.166-04 &  21 &  78 & 4.364+01 & 1.251+09 & 2.144-04 & 1.540-04 \\
  20 &  75 & 5.565+01 & 5.730+05 & 1.901-07 & 2.437-07 &  21 &  79 & 4.357+01 & 7.135+09 & 2.030-03 & 1.456-03 \\
  20 &  79 & 4.330+01 & 2.136+10 & 4.288-03 & 4.279-03 &  21 &  80 & 4.352+01 & 2.866+08 & 1.139-04 & 8.159-05 \\
  20 &  80 & 4.325+01 & 2.820+09 & 7.908-04 & 7.881-04 &  21 &  81 & 4.348+01 & 1.950+10 & 3.316-03 & 2.374-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  21 &  82 & 4.344+01 & 7.260+06 & 2.054-06 & 1.469-06 &  22 &  99 & 4.191+01 & 4.522+08 & 8.505-05 & 8.214-05 \\
  21 &  94 & 4.181+01 & 7.741+09 & 1.217-03 & 8.379-04 &  22 & 100 & 4.191+01 & 5.891+05 & 1.551-07 & 1.498-07 \\
  21 &  95 & 4.180+01 & 6.468+09 & 1.694-03 & 1.166-03 &  22 & 101 & 4.190+01 & 3.875+11 & 1.312-01 & 1.267-01 \\
  21 &  98 & 4.177+01 & 1.261+09 & 4.616-04 & 3.173-04 &  22 & 112 & 4.178+01 & 1.616+08 & 3.021-05 & 2.909-05 \\
  21 &  99 & 4.176+01 & 9.799+10 & 2.561-02 & 1.760-02 &  22 & 120 & 4.021+01 & 1.038+08 & 2.517-05 & 2.332-05 \\
  21 & 100 & 4.175+01 & 3.794+11 & 1.388-01 & 9.542-02 &  22 & 121 & 4.020+01 & 1.402+08 & 3.397-05 & 3.147-05 \\
  21 & 110 & 4.173+01 & 8.506+08 & 1.332-04 & 9.150-05 &  22 & 122 & 4.020+01 & 8.346+08 & 2.600-04 & 2.409-04 \\
  21 & 111 & 4.166+01 & 6.744+07 & 1.053-05 & 7.222-06 &  22 & 123 & 4.019+01 & 6.203+06 & 1.073-06 & 9.942-07 \\
  21 & 112 & 4.163+01 & 1.246+07 & 3.238-06 & 2.219-06 &  22 & 133 & 3.715+01 & 2.176+07 & 3.216-06 & 2.753-06 \\
  21 & 114 & 4.066+01 & 3.925+05 & 5.837-08 & 3.907-08 &  22 & 134 & 3.714+01 & 1.828+07 & 3.780-06 & 3.235-06 \\
  21 & 120 & 4.007+01 & 8.885+09 & 2.994-03 & 1.974-03 &  22 & 135 & 3.694+01 & 2.707+08 & 3.956-05 & 3.368-05 \\
  21 & 121 & 4.006+01 & 3.930+07 & 1.324-05 & 8.730-06 &  22 & 147 & 2.909+01 & 3.966+07 & 3.595-06 & 2.411-06 \\
  21 & 123 & 4.005+01 & 1.113+09 & 2.678-04 & 1.765-04 &  22 & 148 & 2.909+01 & 1.187+07 & 1.506-06 & 1.010-06 \\
  21 & 132 & 3.703+01 & 2.729+08 & 3.367-05 & 2.052-05 &  22 & 149 & 2.903+01 & 1.199+09 & 1.082-04 & 7.240-05 \\
  21 & 133 & 3.703+01 & 1.475+07 & 3.032-06 & 1.848-06 &  22 & 154 & 2.881+01 & 1.587+04 & 1.975-09 & 1.311-09 \\
  21 & 134 & 3.701+01 & 1.605+07 & 4.614-06 & 2.811-06 &  22 & 155 & 2.881+01 & 1.305+06 & 2.088-07 & 1.386-07 \\
  21 & 135 & 3.682+01 & 3.265+07 & 6.636-06 & 4.022-06 &  22 & 157 & 2.881+01 & 4.686+06 & 7.497-07 & 4.978-07 \\
  21 & 140 & 3.006+01 & 5.256+05 & 4.273-08 & 2.115-08 &  23 &  28 & 2.532+02 & 7.428+04 & 7.139-07 & 1.785-06 \\
  21 & 146 & 2.902+01 & 1.566+09 & 1.187-04 & 5.669-05 &  23 &  29 & 2.230+02 & 1.519+08 & 3.776-04 & 8.317-04 \\
  21 & 147 & 2.902+01 & 2.125+08 & 2.683-05 & 1.282-05 &  23 &  34 & 9.792+01 & 1.414+10 & 2.033-02 & 1.966-02 \\
  21 & 148 & 2.902+01 & 1.620+05 & 2.862-08 & 1.367-08 &  23 &  35 & 9.781+01 & 5.405+09 & 1.292-02 & 1.248-02 \\
  21 & 149 & 2.896+01 & 6.029+06 & 7.580-07 & 3.613-07 &  23 &  37 & 9.383+01 & 2.196+09 & 4.832-03 & 4.478-03 \\
  21 & 154 & 2.874+01 & 3.943+06 & 6.834-07 & 3.233-07 &  23 &  40 & 7.024+01 & 7.926+08 & 5.862-04 & 4.067-04 \\
  22 &  35 & 9.426+01 & 7.309+09 & 6.954-03 & 1.511-02 &  23 &  43 & 6.988+01 & 1.084+09 & 1.322-03 & 9.128-04 \\
  22 &  36 & 9.407+01 & 1.659+10 & 2.201-02 & 4.772-02 &  23 &  45 & 6.946+01 & 2.414+10 & 1.746-02 & 1.198-02 \\
  22 &  37 & 9.056+01 & 2.831+10 & 2.487-02 & 5.190-02 &  23 &  46 & 6.923+01 & 1.770+07 & 2.119-05 & 1.449-05 \\
  22 &  43 & 6.805+01 & 5.530+08 & 2.743-04 & 4.301-04 &  23 &  47 & 6.775+01 & 7.521+10 & 1.725-02 & 1.154-02 \\
  22 &  44 & 6.780+01 & 1.093+10 & 7.533-03 & 1.177-02 &  23 &  48 & 6.532+01 & 1.726+09 & 1.104-03 & 7.119-04 \\
  22 &  46 & 6.744+01 & 5.483+10 & 2.670-02 & 4.149-02 &  23 &  49 & 6.491+01 & 6.308+08 & 3.985-04 & 2.554-04 \\
  22 &  50 & 6.326+01 & 3.433+07 & 1.471-05 & 2.144-05 &  23 &  50 & 6.483+01 & 5.584+08 & 5.865-04 & 3.756-04 \\
  22 &  61 & 5.995+01 & 9.930+10 & 6.880-02 & 9.505-02 &  23 &  56 & 6.372+01 & 2.690+09 & 5.459-04 & 3.435-04 \\
  22 &  63 & 5.991+01 & 3.197+10 & 1.229-02 & 1.697-02 &  23 &  60 & 6.137+01 & 4.012+10 & 2.265-02 & 1.373-02 \\
  22 &  64 & 5.981+01 & 2.742+11 & 1.471-01 & 2.027-01 &  23 &  63 & 6.133+01 & 1.085+11 & 1.020-01 & 6.176-02 \\
  22 &  65 & 5.980+01 & 1.819+09 & 6.964-04 & 9.596-04 &  23 &  65 & 6.121+01 & 6.879+11 & 6.439-01 & 3.892-01 \\
  22 &  66 & 5.979+01 & 4.789+09 & 2.567-03 & 3.536-03 &  23 &  75 & 5.763+01 & 2.357+11 & 1.955-01 & 1.113-01 \\
  22 &  67 & 5.977+01 & 1.037+12 & 7.142-01 & 9.836-01 &  23 &  78 & 4.456+01 & 3.124+08 & 9.300-05 & 4.093-05 \\
  22 &  72 & 5.644+01 & 2.028+08 & 9.686-05 & 1.260-04 &  23 &  79 & 4.448+01 & 4.002+08 & 1.979-04 & 8.694-05 \\
  22 &  73 & 5.641+01 & 1.483+09 & 9.096-04 & 1.182-03 &  23 &  81 & 4.440+01 & 1.211+10 & 3.579-03 & 1.569-03 \\
  22 &  74 & 5.638+01 & 4.456+08 & 2.123-04 & 2.759-04 &  23 &  82 & 4.435+01 & 1.556+07 & 7.646-06 & 3.349-06 \\
  22 &  75 & 5.638+01 & 6.960+07 & 2.369-05 & 3.077-05 &  23 &  83 & 4.400+01 & 3.479+10 & 3.365-03 & 1.462-03 \\
  22 &  79 & 4.374+01 & 3.491+08 & 7.151-05 & 7.207-05 &  23 &  94 & 4.266+01 & 1.451+10 & 3.958-03 & 1.667-03 \\
  22 &  80 & 4.368+01 & 4.279+09 & 1.224-03 & 1.232-03 &  23 &  95 & 4.264+01 & 2.358+10 & 1.071-02 & 4.511-03 \\
  22 &  82 & 4.361+01 & 2.310+10 & 4.704-03 & 4.727-03 &  23 &  99 & 4.260+01 & 2.712+11 & 1.229-01 & 5.172-02 \\
  22 &  95 & 4.195+01 & 1.100+10 & 2.072-03 & 2.004-03 &  23 & 110 & 4.257+01 & 4.622+05 & 1.256-07 & 5.278-08 \\
  22 &  97 & 4.195+01 & 3.174+10 & 1.077-02 & 1.041-02 &  23 & 111 & 4.250+01 & 2.044+08 & 5.534-05 & 2.323-05 \\
  22 &  98 & 4.192+01 & 1.030+11 & 2.715-02 & 2.623-02 &  23 & 112 & 4.246+01 & 1.013+08 & 4.566-05 & 1.915-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  23 & 113 & 4.228+01 & 2.125+09 & 1.899-04 & 7.930-05 &  24 & 114 & 4.216+01 & 2.451+04 & 3.918-09 & 2.719-09 \\
  23 & 114 & 4.146+01 & 1.847+06 & 4.760-07 & 1.949-07 &  24 & 120 & 4.152+01 & 4.275+11 & 1.547-01 & 1.057-01 \\
  23 & 119 & 4.117+01 & 4.275+08 & 3.622-05 & 1.473-05 &  24 & 121 & 4.151+01 & 2.051+09 & 7.418-04 & 5.069-04 \\
  23 & 123 & 4.083+01 & 8.567+10 & 3.568-02 & 1.439-02 &  24 & 123 & 4.150+01 & 3.855+10 & 9.955-03 & 6.801-03 \\
  23 & 132 & 3.769+01 & 3.226+07 & 6.872-06 & 2.558-06 &  24 & 132 & 3.827+01 & 3.059+08 & 4.031-05 & 2.539-05 \\
  23 & 133 & 3.769+01 & 3.222+08 & 1.144-04 & 4.257-05 &  24 & 133 & 3.826+01 & 1.415+08 & 3.107-05 & 1.957-05 \\
  23 & 135 & 3.747+01 & 1.661+08 & 5.827-05 & 2.157-05 &  24 & 134 & 3.825+01 & 5.912+06 & 1.815-06 & 1.143-06 \\
  23 & 140 & 3.050+01 & 5.583+06 & 7.785-07 & 2.345-07 &  24 & 135 & 3.804+01 & 1.875+07 & 4.069-06 & 2.548-06 \\
  23 & 141 & 3.042+01 & 1.687+08 & 7.799-06 & 2.343-06 &  24 & 140 & 3.087+01 & 4.642+05 & 3.980-08 & 2.023-08 \\
  23 & 146 & 2.943+01 & 3.992+07 & 5.183-06 & 1.506-06 &  24 & 146 & 2.978+01 & 2.698+09 & 2.152-04 & 1.055-04 \\
  23 & 147 & 2.942+01 & 3.630+07 & 7.852-06 & 2.282-06 &  24 & 147 & 2.977+01 & 3.257+08 & 4.330-05 & 2.122-05 \\
  23 & 149 & 2.936+01 & 7.907+07 & 1.703-05 & 4.939-06 &  24 & 148 & 2.977+01 & 1.771+05 & 3.294-08 & 1.614-08 \\
  24 &  28 & 2.817+02 & 1.255+03 & 8.959-09 & 4.155-08 &  24 & 149 & 2.971+01 & 1.362+01 & 1.802-12 & 8.815-13 \\
  24 &  34 & 1.019+02 & 2.465+10 & 2.303-02 & 3.863-02 &  24 & 154 & 2.948+01 & 6.960+06 & 1.269-06 & 6.159-07 \\
  24 &  35 & 1.018+02 & 1.203+10 & 1.869-02 & 3.131-02 &  25 &  28 & 2.870+02 & 8.427+05 & 6.243-06 & 2.949-05 \\
  24 &  36 & 1.016+02 & 4.812+08 & 1.042-03 & 1.742-03 &  25 &  34 & 1.026+02 & 9.593+08 & 9.081-04 & 1.534-03 \\
  24 &  37 & 9.750+01 & 7.859+09 & 1.120-02 & 1.797-02 &  25 &  35 & 1.025+02 & 5.862+09 & 9.228-03 & 1.557-02 \\
  24 &  40 & 7.227+01 & 6.716+07 & 3.155-05 & 3.753-05 &  25 &  36 & 1.022+02 & 6.475+09 & 1.421-02 & 2.392-02 \\
  24 &  43 & 7.189+01 & 6.657+08 & 5.159-04 & 6.105-04 &  25 &  37 & 9.812+01 & 8.375+09 & 1.209-02 & 1.952-02 \\
  24 &  44 & 7.161+01 & 1.826+07 & 1.966-05 & 2.318-05 &  25 &  40 & 7.261+01 & 3.782+08 & 1.793-04 & 2.144-04 \\
  24 &  45 & 7.145+01 & 1.080+09 & 4.959-04 & 5.832-04 &  25 &  43 & 7.223+01 & 2.871+08 & 2.245-04 & 2.670-04 \\
  24 &  46 & 7.121+01 & 3.304+07 & 2.511-05 & 2.943-05 &  25 &  44 & 7.195+01 & 4.424+08 & 4.807-04 & 5.693-04 \\
  24 &  48 & 6.707+01 & 6.613+10 & 2.676-02 & 2.954-02 &  25 &  45 & 7.178+01 & 4.139+08 & 1.918-04 & 2.266-04 \\
  24 &  49 & 6.664+01 & 3.266+09 & 1.305-03 & 1.431-03 &  25 &  46 & 7.154+01 & 1.305+09 & 1.001-03 & 1.179-03 \\
  24 &  50 & 6.656+01 & 5.610+09 & 3.726-03 & 4.083-03 &  25 &  48 & 6.736+01 & 4.468+08 & 1.824-04 & 2.022-04 \\
  24 &  60 & 6.291+01 & 8.463+06 & 3.013-06 & 3.120-06 &  25 &  49 & 6.693+01 & 7.006+10 & 2.823-02 & 3.111-02 \\
  24 &  63 & 6.287+01 & 1.517+08 & 8.989-05 & 9.302-05 &  25 &  50 & 6.685+01 & 6.616+09 & 4.433-03 & 4.878-03 \\
  24 &  64 & 6.276+01 & 1.098+08 & 9.077-05 & 9.378-05 &  25 &  60 & 6.317+01 & 3.924+09 & 1.408-03 & 1.464-03 \\
  24 &  65 & 6.274+01 & 7.956+09 & 4.695-03 & 4.849-03 &  25 &  63 & 6.313+01 & 2.421+10 & 1.446-02 & 1.503-02 \\
  24 &  66 & 6.273+01 & 1.753+10 & 1.448-02 & 1.495-02 &  25 &  64 & 6.302+01 & 3.157+10 & 2.631-02 & 2.729-02 \\
  24 &  72 & 5.906+01 & 1.172+12 & 8.583-01 & 8.343-01 &  25 &  65 & 6.300+01 & 5.237+08 & 3.116-04 & 3.232-04 \\
  24 &  74 & 5.899+01 & 8.996+07 & 6.570-05 & 6.379-05 &  25 &  66 & 6.299+01 & 1.348+09 & 1.123-03 & 1.164-03 \\
  24 &  75 & 5.899+01 & 1.031+11 & 5.380-02 & 5.224-02 &  25 &  72 & 5.928+01 & 3.435+09 & 2.534-03 & 2.473-03 \\
  24 &  78 & 4.537+01 & 2.328+07 & 4.311-06 & 3.220-06 &  25 &  74 & 5.922+01 & 1.156+12 & 8.506-01 & 8.291-01 \\
  24 &  79 & 4.529+01 & 3.034+08 & 9.330-05 & 6.955-05 &  25 &  75 & 5.921+01 & 9.421+10 & 4.952-02 & 4.827-02 \\
  24 &  80 & 4.524+01 & 7.442+06 & 3.196-06 & 2.380-06 &  25 &  78 & 4.550+01 & 5.425+08 & 1.010-04 & 7.569-05 \\
  24 &  81 & 4.520+01 & 7.189+08 & 1.321-04 & 9.831-05 &  25 &  79 & 4.542+01 & 1.013+08 & 3.133-05 & 2.343-05 \\
  24 &  82 & 4.515+01 & 8.689+06 & 2.656-06 & 1.974-06 &  25 &  80 & 4.537+01 & 1.641+08 & 7.090-05 & 5.294-05 \\
  24 &  94 & 4.340+01 & 1.598+09 & 2.707-04 & 1.934-04 &  25 &  81 & 4.533+01 & 2.538+08 & 4.692-05 & 3.501-05 \\
  24 &  95 & 4.338+01 & 1.165+07 & 3.287-06 & 2.347-06 &  25 &  82 & 4.529+01 & 5.920+08 & 1.820-04 & 1.357-04 \\
  24 &  98 & 4.335+01 & 2.280+08 & 8.992-05 & 6.416-05 &  25 &  94 & 4.352+01 & 1.566+09 & 2.669-04 & 1.912-04 \\
  24 &  99 & 4.334+01 & 2.193+09 & 6.175-04 & 4.405-04 &  25 &  95 & 4.350+01 & 9.513+09 & 2.699-03 & 1.933-03 \\
  24 & 100 & 4.333+01 & 8.525+09 & 3.360-03 & 2.397-03 &  25 &  98 & 4.347+01 & 1.468+10 & 5.823-03 & 4.167-03 \\
  24 & 110 & 4.330+01 & 2.230+10 & 3.762-03 & 2.682-03 &  25 &  99 & 4.346+01 & 8.729+07 & 2.472-05 & 1.768-05 \\
  24 & 111 & 4.324+01 & 2.739+09 & 4.605-04 & 3.277-04 &  25 & 100 & 4.346+01 & 5.208+07 & 2.064-05 & 1.476-05 \\
  24 & 112 & 4.320+01 & 2.203+09 & 6.162-04 & 4.381-04 &  25 & 110 & 4.343+01 & 1.544+09 & 2.618-04 & 1.872-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  25 & 111 & 4.336+01 & 2.554+10 & 4.319-03 & 3.082-03 &  26 & 123 & 4.169+01 & 2.138+09 & 3.980-04 & 3.824-04 \\
  25 & 112 & 4.332+01 & 1.878+09 & 5.285-04 & 3.768-04 &  26 & 133 & 3.843+01 & 1.036+08 & 1.638-05 & 1.450-05 \\
  25 & 114 & 4.227+01 & 2.990+07 & 4.806-06 & 3.344-06 &  26 & 134 & 3.841+01 & 9.467+07 & 2.094-05 & 1.854-05 \\
  25 & 120 & 4.163+01 & 1.456+07 & 5.295-06 & 3.629-06 &  26 & 135 & 3.821+01 & 2.676+08 & 4.183-05 & 3.683-05 \\
  25 & 121 & 4.162+01 & 4.254+11 & 1.547-01 & 1.060-01 &  26 & 147 & 2.987+01 & 1.101+09 & 1.052-04 & 7.241-05 \\
  25 & 123 & 4.162+01 & 3.466+10 & 9.000-03 & 6.165-03 &  26 & 148 & 2.987+01 & 9.950+07 & 1.331-05 & 9.160-06 \\
  25 & 132 & 3.837+01 & 3.824+07 & 5.063-06 & 3.198-06 &  26 & 149 & 2.981+01 & 1.354+09 & 1.288-04 & 8.848-05 \\
  25 & 133 & 3.836+01 & 2.861+08 & 6.312-05 & 3.986-05 &  26 & 154 & 2.957+01 & 3.117+05 & 4.087-08 & 2.785-08 \\
  25 & 134 & 3.835+01 & 2.444+09 & 7.542-04 & 4.761-04 &  26 & 155 & 2.957+01 & 1.257+04 & 2.119-09 & 1.444-09 \\
  25 & 135 & 3.814+01 & 1.456+07 & 3.175-06 & 1.993-06 &  26 & 157 & 2.957+01 & 1.006+07 & 1.696-06 & 1.156-06 \\
  25 & 140 & 3.094+01 & 6.636+07 & 5.713-06 & 2.909-06 &  27 &  28 & 3.538+02 & 6.802+03 & 1.276-07 & 4.461-07 \\
  25 & 146 & 2.983+01 & 8.407+07 & 6.732-06 & 3.306-06 &  27 &  29 & 2.976+02 & 3.473+08 & 1.537-03 & 4.518-03 \\
  25 & 147 & 2.983+01 & 8.495+07 & 1.133-05 & 5.566-06 &  27 &  34 & 1.100+02 & 2.035+09 & 3.693-03 & 4.013-03 \\
  25 & 148 & 2.983+01 & 4.254+08 & 7.944-05 & 3.900-05 &  27 &  35 & 1.099+02 & 1.319+09 & 3.978-03 & 4.317-03 \\
  25 & 149 & 2.977+01 & 2.410+05 & 3.202-08 & 1.569-08 &  27 &  37 & 1.049+02 & 4.798+09 & 1.319-02 & 1.366-02 \\
  25 & 154 & 2.953+01 & 7.277+04 & 1.332-08 & 6.477-09 &  27 &  40 & 7.625+01 & 2.192+08 & 1.911-04 & 1.439-04 \\
  26 &  35 & 1.029+02 & 6.519+09 & 7.399-03 & 1.755-02 &  27 &  43 & 7.584+01 & 7.418+07 & 1.066-04 & 7.984-05 \\
  26 &  36 & 1.027+02 & 1.462+10 & 2.313-02 & 5.476-02 &  27 &  45 & 7.534+01 & 9.258+09 & 7.878-03 & 5.862-03 \\
  26 &  37 & 9.856+01 & 2.350+10 & 2.445-02 & 5.552-02 &  27 &  46 & 7.507+01 & 3.043+06 & 4.285-06 & 3.177-06 \\
  26 &  43 & 7.247+01 & 3.730+08 & 2.098-04 & 3.503-04 &  27 &  47 & 7.333+01 & 1.099+09 & 2.953-04 & 2.138-04 \\
  26 &  44 & 7.219+01 & 6.262+08 & 4.892-04 & 8.137-04 &  27 &  48 & 7.049+01 & 1.804+10 & 1.343-02 & 9.353-03 \\
  26 &  46 & 7.177+01 & 1.724+08 & 9.507-05 & 1.572-04 &  27 &  49 & 7.002+01 & 8.827+09 & 6.487-03 & 4.486-03 \\
  26 &  50 & 6.706+01 & 6.545+10 & 3.152-02 & 4.870-02 &  27 &  50 & 6.993+01 & 2.531+08 & 3.092-04 & 2.135-04 \\
  26 &  61 & 6.335+01 & 9.285+09 & 7.183-03 & 1.049-02 &  27 &  56 & 6.863+01 & 7.480+10 & 1.761-02 & 1.193-02 \\
  26 &  63 & 6.331+01 & 1.049+08 & 4.502-05 & 6.568-05 &  27 &  60 & 6.591+01 & 2.397+09 & 1.561-03 & 1.016-03 \\
  26 &  64 & 6.320+01 & 5.533+09 & 3.313-03 & 4.825-03 &  27 &  63 & 6.586+01 & 7.892+10 & 8.554-02 & 5.565-02 \\
  26 &  65 & 6.318+01 & 5.257+08 & 2.247-04 & 3.272-04 &  27 &  65 & 6.573+01 & 1.504+11 & 1.624-01 & 1.054-01 \\
  26 &  66 & 6.317+01 & 1.096+09 & 6.554-04 & 9.541-04 &  27 &  75 & 6.161+01 & 7.906+11 & 7.500-01 & 4.564-01 \\
  26 &  67 & 6.315+01 & 2.929+09 & 2.251-03 & 3.275-03 &  27 &  78 & 4.691+01 & 3.116+08 & 1.028-04 & 4.762-05 \\
  26 &  72 & 5.944+01 & 6.636+10 & 3.515-02 & 4.815-02 &  27 &  79 & 4.682+01 & 2.891+07 & 1.584-05 & 7.324-06 \\
  26 &  73 & 5.941+01 & 1.241+12 & 8.440-01 & 1.156-00 &  27 &  81 & 4.673+01 & 7.561+09 & 2.475-03 & 1.142-03 \\
  26 &  74 & 5.938+01 & 7.889+10 & 4.169-02 & 5.705-02 &  27 &  82 & 4.668+01 & 8.746+05 & 4.761-07 & 2.195-07 \\
  26 &  75 & 5.937+01 & 5.812+09 & 2.194-03 & 3.002-03 &  27 &  83 & 4.628+01 & 8.849+09 & 9.473-04 & 4.330-04 \\
  26 &  79 & 4.552+01 & 3.862+08 & 8.569-05 & 8.988-05 &  27 &  94 & 4.480+01 & 1.917+09 & 5.768-04 & 2.552-04 \\
  26 &  80 & 4.546+01 & 2.456+08 & 7.611-05 & 7.974-05 &  27 &  95 & 4.478+01 & 2.240+10 & 1.123-02 & 4.965-03 \\
  26 &  82 & 4.538+01 & 5.536+07 & 1.221-05 & 1.277-05 &  27 &  99 & 4.474+01 & 5.552+10 & 2.776-02 & 1.227-02 \\
  26 &  95 & 4.359+01 & 6.432+08 & 1.309-04 & 1.315-04 &  27 & 110 & 4.470+01 & 9.751+09 & 2.921-03 & 1.290-03 \\
  26 &  97 & 4.358+01 & 3.710+09 & 1.358-03 & 1.364-03 &  27 & 111 & 4.463+01 & 3.543+09 & 1.058-03 & 4.664-04 \\
  26 &  98 & 4.356+01 & 1.225+09 & 3.485-04 & 3.498-04 &  27 & 112 & 4.459+01 & 3.193+08 & 1.586-04 & 6.986-05 \\
  26 &  99 & 4.354+01 & 9.731+07 & 1.976-05 & 1.983-05 &  27 & 113 & 4.439+01 & 4.129+10 & 4.066-03 & 1.783-03 \\
  26 & 100 & 4.354+01 & 8.812+08 & 2.505-04 & 2.513-04 &  27 & 114 & 4.348+01 & 3.101+07 & 8.789-06 & 3.775-06 \\
  26 & 101 & 4.354+01 & 2.035+09 & 7.434-04 & 7.459-04 &  27 & 119 & 4.317+01 & 4.330+09 & 4.032-04 & 1.719-04 \\
  26 & 112 & 4.340+01 & 2.579+10 & 5.202-03 & 5.204-03 &  27 & 123 & 4.279+01 & 2.897+11 & 1.325-01 & 5.601-02 \\
  26 & 120 & 4.171+01 & 2.737+10 & 7.138-03 & 6.861-03 &  27 & 132 & 3.936+01 & 4.114+07 & 9.557-06 & 3.716-06 \\
  26 & 121 & 4.170+01 & 2.603+10 & 6.788-03 & 6.523-03 &  27 & 133 & 3.935+01 & 4.501+08 & 1.742-04 & 6.770-05 \\
  26 & 122 & 4.170+01 & 4.546+11 & 1.524-01 & 1.464-01 &  27 & 135 & 3.912+01 & 1.213+09 & 4.638-04 & 1.792-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  27 & 140 & 3.158+01 & 7.375+06 & 1.103-06 & 3.439-07 &  29 &  39 & 1.138+02 & 3.876+08 & 2.257-03 & 8.457-04 \\
  27 & 141 & 3.149+01 & 9.497+08 & 4.707-05 & 1.464-05 &  29 &  42 & 1.022+02 & 2.962+08 & 1.391-03 & 4.681-04 \\
  27 & 146 & 3.043+01 & 3.128+07 & 4.343-06 & 1.305-06 &  29 &  52 & 8.981+01 & 6.229+06 & 2.260-05 & 6.682-06 \\
  27 & 147 & 3.043+01 & 8.330+07 & 1.927-05 & 5.792-06 &  29 &  59 & 8.697+01 & 1.007+09 & 3.425-03 & 9.807-04 \\
  27 & 149 & 3.036+01 & 5.466+08 & 1.259-04 & 3.776-05 &  29 &  71 & 8.038+01 & 1.517+09 & 4.407-03 & 1.166-03 \\
  28 &  30 & 3.763+02 & 5.646+09 & 3.995-02 & 1.485-01 &  29 &  77 & 5.720+01 & 5.797+08 & 8.531-04 & 1.607-04 \\
  28 &  31 & 3.712+02 & 5.271+09 & 1.089-01 & 3.991-01 &  29 &  85 & 5.409+01 & 5.414+08 & 7.123-04 & 1.268-04 \\
  28 &  32 & 3.472+02 & 7.275+09 & 2.191-01 & 7.512-01 &  29 &  87 & 5.366+01 & 3.350+05 & 4.338-07 & 7.664-08 \\
  28 &  33 & 3.293+02 & 9.084+08 & 1.476-02 & 4.801-02 &  29 &  93 & 5.312+01 & 1.261+09 & 1.600-03 & 2.799-04 \\
  28 &  38 & 1.079+02 & 1.956+07 & 5.689-05 & 6.061-05 &  29 & 118 & 5.054+01 & 2.045+09 & 2.350-03 & 3.910-04 \\
  28 &  39 & 1.073+02 & 1.226+07 & 2.116-05 & 2.242-05 &  29 & 129 & 4.831+01 & 3.415+10 & 3.584-02 & 5.699-03 \\
  28 &  41 & 9.716+01 & 8.119+07 & 3.830-05 & 3.676-05 &  29 & 131 & 4.802+01 & 2.087+11 & 2.164-01 & 3.420-02 \\
  28 &  42 & 9.691+01 & 4.446+07 & 6.260-05 & 5.992-05 &  29 & 143 & 3.467+01 & 2.174+10 & 1.175-02 & 1.341-03 \\
  28 &  51 & 8.597+01 & 1.957+09 & 7.226-04 & 6.135-04 &  29 & 145 & 3.459+01 & 1.356+11 & 7.299-02 & 8.313-03 \\
  28 &  52 & 8.571+01 & 1.721+09 & 1.895-03 & 1.604-03 &  30 &  34 & 2.773+02 & 7.213+09 & 2.495-01 & 2.278-01 \\
  28 &  54 & 8.528+01 & 1.262+09 & 2.293-03 & 1.931-03 &  30 &  40 & 1.311+02 & 5.322+06 & 4.112-05 & 1.774-05 \\
  28 &  57 & 8.484+01 & 1.707+07 & 3.070-05 & 2.572-05 &  30 &  45 & 1.284+02 & 3.245+06 & 2.406-05 & 1.017-05 \\
  28 &  59 & 8.311+01 & 1.410+08 & 1.460-04 & 1.199-04 &  30 &  48 & 1.149+02 & 4.127+07 & 2.451-04 & 9.270-05 \\
  28 &  68 & 7.844+01 & 2.486+07 & 3.821-05 & 2.961-05 &  30 &  49 & 1.137+02 & 1.407+08 & 8.174-04 & 3.059-04 \\
  28 &  69 & 7.832+01 & 1.204+09 & 1.845-03 & 1.427-03 &  30 &  60 & 1.032+02 & 2.170+09 & 1.040-02 & 3.534-03 \\
  28 &  71 & 7.707+01 & 2.668+08 & 2.376-04 & 1.808-04 &  30 &  78 & 6.316+01 & 4.764+08 & 8.546-04 & 1.777-04 \\
  28 &  76 & 5.559+01 & 5.156+07 & 3.982-05 & 2.186-05 &  30 &  81 & 6.283+01 & 5.971+03 & 1.060-08 & 2.193-09 \\
  28 &  77 & 5.551+01 & 2.047+07 & 9.454-06 & 5.183-06 &  30 &  94 & 5.940+01 & 1.599+09 & 2.537-03 & 4.961-04 \\
  28 &  84 & 5.260+01 & 1.089+08 & 1.505-05 & 7.821-06 &  30 & 110 & 5.922+01 & 2.247+08 & 3.544-04 & 6.911-05 \\
  28 &  85 & 5.257+01 & 6.079+07 & 2.519-05 & 1.308-05 &  30 & 111 & 5.910+01 & 3.283+08 & 5.157-04 & 1.003-04 \\
  28 &  86 & 5.222+01 & 5.185+08 & 7.064-05 & 3.643-05 &  30 & 114 & 5.710+01 & 4.141+10 & 6.072-02 & 1.141-02 \\
  28 &  87 & 5.217+01 & 4.432+08 & 1.808-04 & 9.315-05 &  30 & 132 & 5.020+01 & 3.044+11 & 3.450-01 & 5.702-02 \\
  28 &  89 & 5.209+01 & 3.188+08 & 2.161-04 & 1.112-04 &  30 & 140 & 3.819+01 & 1.897+10 & 1.245-02 & 1.565-03 \\
  28 &  91 & 5.202+01 & 6.170+06 & 4.171-06 & 2.143-06 &  30 & 146 & 3.653+01 & 1.736+11 & 1.042-01 & 1.253-02 \\
  28 &  93 & 5.165+01 & 4.392+07 & 1.757-05 & 8.961-06 &  31 &  34 & 2.802+02 & 4.673+09 & 5.499-02 & 1.522-01 \\
  28 & 102 & 5.120+01 & 2.807+02 & 1.839-10 & 9.299-11 &  31 &  35 & 2.793+02 & 8.815+09 & 1.718-01 & 4.740-01 \\
  28 & 115 & 4.946+01 & 4.927+06 & 3.012-06 & 1.471-06 &  31 &  37 & 2.492+02 & 1.576+09 & 2.445-02 & 6.017-02 \\
  28 & 116 & 4.944+01 & 1.661+08 & 1.014-04 & 4.953-05 &  31 &  40 & 1.317+02 & 1.672+06 & 4.347-06 & 5.654-06 \\
  28 & 118 & 4.921+01 & 1.251+07 & 4.543-06 & 2.208-06 &  31 &  43 & 1.304+02 & 2.242+06 & 9.533-06 & 1.228-05 \\
  28 & 128 & 4.712+01 & 2.575+11 & 2.857-02 & 1.329-02 &  31 &  45 & 1.290+02 & 4.684+07 & 1.168-04 & 1.488-04 \\
  28 & 129 & 4.709+01 & 2.217+11 & 7.369-02 & 3.427-02 &  31 &  46 & 1.282+02 & 4.020+07 & 1.651-04 & 2.090-04 \\
  28 & 130 & 4.692+01 & 2.437+11 & 1.341-01 & 6.215-02 &  31 &  47 & 1.232+02 & 4.306+08 & 3.266-04 & 3.975-04 \\
  28 & 131 & 4.682+01 & 3.129+10 & 1.028-02 & 4.753-03 &  31 &  48 & 1.154+02 & 4.205+07 & 8.393-05 & 9.565-05 \\
  28 & 136 & 4.311+01 & 9.322+03 & 4.328-09 & 1.843-09 &  31 &  49 & 1.141+02 & 5.027+07 & 9.817-05 & 1.107-04 \\
  28 & 142 & 3.404+01 & 1.463+11 & 8.475-03 & 2.850-03 &  31 &  50 & 1.139+02 & 1.054+08 & 3.416-04 & 3.842-04 \\
  28 & 143 & 3.404+01 & 1.262+11 & 2.191-02 & 7.366-03 &  31 &  56 & 1.105+02 & 1.139+06 & 6.951-07 & 7.585-07 \\
  28 & 144 & 3.399+01 & 1.400+11 & 4.042-02 & 1.357-02 &  31 &  60 & 1.036+02 & 1.414+09 & 2.276-03 & 2.329-03 \\
  28 & 145 & 3.397+01 & 1.807+10 & 3.125-03 & 1.048-03 &  31 &  63 & 1.035+02 & 1.253+09 & 3.353-03 & 3.428-03 \\
  28 & 150 & 3.296+01 & 4.944+03 & 1.342-09 & 4.367-10 &  31 &  65 & 1.032+02 & 5.378+08 & 1.430-03 & 1.457-03 \\
  29 &  31 & 4.629+02 & 2.964+08 & 2.856-02 & 4.352-02 &  31 &  75 & 9.337+01 & 1.632+09 & 3.556-03 & 3.280-03 \\
  29 &  33 & 3.995+02 & 3.929+09 & 2.820-01 & 3.708-01 &  31 &  78 & 6.330+01 & 9.370+08 & 5.629-04 & 3.519-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  31 &  79 & 6.315+01 & 4.729+07 & 4.712-05 & 2.939-05 &  32 &  82 & 6.363+01 & 1.730+08 & 1.050-04 & 1.100-04 \\
  31 &  81 & 6.297+01 & 3.010+07 & 1.790-05 & 1.113-05 &  32 &  94 & 6.020+01 & 5.404+07 & 1.761-05 & 1.745-05 \\
  31 &  82 & 6.288+01 & 2.904+07 & 2.869-05 & 1.782-05 &  32 &  95 & 6.016+01 & 5.780+08 & 3.136-04 & 3.106-04 \\
  31 &  83 & 6.217+01 & 6.182+08 & 1.194-04 & 7.331-05 &  32 &  98 & 6.010+01 & 1.313+09 & 9.956-04 & 9.849-04 \\
  31 &  94 & 5.953+01 & 1.212+09 & 6.436-04 & 3.784-04 &  32 &  99 & 6.008+01 & 8.153+06 & 4.411-06 & 4.362-06 \\
  31 &  95 & 5.949+01 & 1.164+09 & 1.029-03 & 6.048-04 &  32 & 100 & 6.007+01 & 1.753+07 & 1.328-05 & 1.313-05 \\
  31 &  99 & 5.941+01 & 2.104+08 & 1.855-04 & 1.088-04 &  32 & 110 & 6.001+01 & 8.253+08 & 2.674-04 & 2.642-04 \\
  31 & 110 & 5.935+01 & 2.329+08 & 1.230-04 & 7.209-05 &  32 & 111 & 5.989+01 & 5.119+09 & 1.651-03 & 1.628-03 \\
  31 & 111 & 5.922+01 & 1.470+09 & 7.729-04 & 4.521-04 &  32 & 112 & 5.981+01 & 5.196+07 & 2.787-05 & 2.744-05 \\
  31 & 112 & 5.915+01 & 3.925+07 & 3.431-05 & 2.005-05 &  32 & 114 & 5.784+01 & 2.135+11 & 6.423-02 & 6.115-02 \\
  31 & 113 & 5.881+01 & 1.150+08 & 1.988-05 & 1.154-05 &  32 & 120 & 5.664+01 & 2.984+07 & 2.009-05 & 1.873-05 \\
  31 & 114 & 5.722+01 & 1.115+11 & 5.475-02 & 3.094-02 &  32 & 121 & 5.663+01 & 2.615+09 & 1.760-03 & 1.641-03 \\
  31 & 119 & 5.667+01 & 3.771+10 & 6.053-03 & 3.388-03 &  32 & 123 & 5.661+01 & 2.627+08 & 1.262-04 & 1.176-04 \\
  31 & 123 & 5.602+01 & 1.402+09 & 1.099-03 & 6.083-04 &  32 & 132 & 5.077+01 & 1.548+10 & 3.587-03 & 2.998-03 \\
  31 & 132 & 5.029+01 & 2.044+11 & 7.751-02 & 3.850-02 &  32 & 133 & 5.075+01 & 1.385+11 & 5.349-02 & 4.469-02 \\
  31 & 133 & 5.028+01 & 3.821+11 & 2.413-01 & 1.198-01 &  32 & 134 & 5.073+01 & 5.532+11 & 2.988-01 & 2.495-01 \\
  31 & 135 & 4.990+01 & 4.131+10 & 2.570-02 & 1.266-02 &  32 & 135 & 5.037+01 & 4.025+08 & 1.531-04 & 1.269-04 \\
  31 & 140 & 3.825+01 & 5.111+10 & 1.121-02 & 4.234-03 &  32 & 140 & 3.852+01 & 9.776+10 & 1.305-02 & 8.274-03 \\
  31 & 141 & 3.812+01 & 1.878+10 & 1.364-03 & 5.134-04 &  32 & 146 & 3.683+01 & 8.715+09 & 1.063-03 & 6.446-04 \\
  31 & 146 & 3.658+01 & 1.163+11 & 2.333-02 & 8.427-03 &  32 & 147 & 3.683+01 & 7.811+10 & 1.588-02 & 9.626-03 \\
  31 & 147 & 3.657+01 & 2.186+11 & 7.305-02 & 2.639-02 &  32 & 148 & 3.682+01 & 3.128+11 & 8.900-02 & 5.394-02 \\
  31 & 149 & 3.648+01 & 2.504+10 & 8.325-03 & 2.999-03 &  32 & 149 & 3.673+01 & 2.621+08 & 5.300-05 & 3.204-05 \\
  32 &  34 & 2.956+02 & 2.967+08 & 2.332-03 & 1.135-02 &  32 & 154 & 3.637+01 & 7.713+01 & 2.142-11 & 1.282-11 \\
  32 &  35 & 2.946+02 & 2.700+09 & 3.514-02 & 1.704-01 &  33 &  34 & 3.100+02 & 4.162+08 & 5.995-03 & 1.835-02 \\
  32 &  36 & 2.928+02 & 1.108+10 & 1.995-01 & 9.614-01 &  33 &  35 & 3.089+02 & 5.520+08 & 1.316-02 & 4.015-02 \\
  32 &  37 & 2.613+02 & 6.556+06 & 6.711-05 & 2.887-04 &  33 &  37 & 2.725+02 & 1.285+10 & 2.384-01 & 6.414-01 \\
  32 &  40 & 1.350+02 & 1.273+08 & 2.087-04 & 4.637-04 &  33 &  40 & 1.379+02 & 7.323+05 & 2.088-06 & 2.844-06 \\
  32 &  43 & 1.337+02 & 8.101+07 & 2.171-04 & 4.778-04 &  33 &  43 & 1.366+02 & 5.311+06 & 2.475-05 & 3.338-05 \\
  32 &  44 & 1.327+02 & 8.216+07 & 3.039-04 & 6.639-04 &  33 &  45 & 1.350+02 & 2.835+06 & 7.741-06 & 1.032-05 \\
  32 &  45 & 1.322+02 & 1.444+07 & 2.269-05 & 4.936-05 &  33 &  46 & 1.341+02 & 1.603+07 & 7.201-05 & 9.538-05 \\
  32 &  46 & 1.313+02 & 1.786+08 & 4.618-04 & 9.985-04 &  33 &  47 & 1.286+02 & 1.822+08 & 1.506-04 & 1.914-04 \\
  32 &  48 & 1.179+02 & 6.962+04 & 8.709-08 & 1.690-07 &  33 &  48 & 1.201+02 & 3.420+06 & 7.401-06 & 8.782-06 \\
  32 &  49 & 1.166+02 & 3.165+07 & 3.871-05 & 7.432-05 &  33 &  49 & 1.188+02 & 4.686+06 & 9.914-06 & 1.163-05 \\
  32 &  50 & 1.164+02 & 9.643+06 & 1.958-05 & 3.750-05 &  33 &  50 & 1.185+02 & 6.175+06 & 2.168-05 & 2.538-05 \\
  32 &  60 & 1.057+02 & 9.315+07 & 9.353-05 & 1.627-04 &  33 &  56 & 1.148+02 & 1.142+09 & 7.531-04 & 8.542-04 \\
  32 &  63 & 1.055+02 & 6.455+08 & 1.078-03 & 1.872-03 &  33 &  60 & 1.074+02 & 1.383+08 & 2.392-04 & 2.538-04 \\
  32 &  64 & 1.052+02 & 1.541+09 & 3.581-03 & 6.202-03 &  33 &  63 & 1.073+02 & 1.402+09 & 4.033-03 & 4.273-03 \\
  32 &  65 & 1.052+02 & 2.779+07 & 4.609-05 & 7.979-05 &  33 &  65 & 1.069+02 & 1.195+09 & 3.415-03 & 3.607-03 \\
  32 &  66 & 1.052+02 & 1.030+08 & 2.389-04 & 4.135-04 &  33 &  75 & 9.646+01 & 7.628+08 & 1.774-03 & 1.690-03 \\
  32 &  72 & 9.521+01 & 5.278+06 & 1.004-05 & 1.574-05 &  33 &  78 & 6.471+01 & 1.251+08 & 7.854-05 & 5.019-05 \\
  32 &  74 & 9.504+01 & 2.429+09 & 4.605-03 & 7.205-03 &  33 &  79 & 6.454+01 & 1.471+07 & 1.531-05 & 9.761-06 \\
  32 &  75 & 9.503+01 & 2.392+08 & 3.238-04 & 5.065-04 &  33 &  81 & 6.436+01 & 6.306+06 & 3.917-06 & 2.490-06 \\
  32 &  78 & 6.406+01 & 9.494+08 & 3.504-04 & 3.695-04 &  33 &  82 & 6.427+01 & 6.358+07 & 6.561-05 & 4.165-05 \\
  32 &  79 & 6.390+01 & 1.810+07 & 1.108-05 & 1.166-05 &  33 &  83 & 6.352+01 & 1.049+09 & 2.115-04 & 1.327-04 \\
  32 &  80 & 6.379+01 & 8.566+06 & 7.316-06 & 7.682-06 &  33 &  94 & 6.077+01 & 1.338+08 & 7.410-05 & 4.448-05 \\
  32 &  81 & 6.372+01 & 2.436+08 & 8.899-05 & 9.334-05 &  33 &  95 & 6.073+01 & 7.594+08 & 6.999-04 & 4.198-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  33 &  99 & 6.065+01 & 6.350+08 & 5.835-04 & 3.495-04 &  34 & 142 & 4.327+01 & 3.348+10 & 3.133-03 & 1.339-03 \\
  33 & 110 & 6.058+01 & 3.454+07 & 1.901-05 & 1.137-05 &  34 & 143 & 4.326+01 & 7.186+09 & 2.016-03 & 8.614-04 \\
  33 & 111 & 6.045+01 & 1.878+08 & 1.029-04 & 6.143-05 &  34 & 144 & 4.319+01 & 3.196+08 & 1.490-04 & 6.354-05 \\
  33 & 112 & 6.038+01 & 2.780+07 & 2.532-05 & 1.510-05 &  34 & 145 & 4.314+01 & 1.033+09 & 2.882-04 & 1.228-04 \\
  33 & 113 & 6.002+01 & 5.413+09 & 9.744-04 & 5.775-04 &  34 & 150 & 4.153+01 & 3.834+11 & 1.652-01 & 6.777-02 \\
  33 & 114 & 5.836+01 & 1.398+10 & 7.141-03 & 4.116-03 &  35 &  38 & 3.338+02 & 2.609+06 & 4.358-05 & 2.395-04 \\
  33 & 119 & 5.780+01 & 3.241+11 & 5.411-02 & 3.089-02 &  35 &  39 & 3.282+02 & 6.328+06 & 6.129-05 & 3.311-04 \\
  33 & 123 & 5.712+01 & 3.467+08 & 2.827-04 & 1.595-04 &  35 &  42 & 2.473+02 & 8.243+06 & 4.534-05 & 1.845-04 \\
  33 & 132 & 5.117+01 & 2.514+10 & 9.871-03 & 4.989-03 &  35 &  52 & 1.854+02 & 1.461+08 & 4.519-04 & 1.379-03 \\
  33 & 133 & 5.116+01 & 3.002+10 & 1.963-02 & 9.920-03 &  35 &  54 & 1.834+02 & 1.704+08 & 8.596-04 & 2.595-03 \\
  33 & 135 & 5.077+01 & 4.954+11 & 3.190-01 & 1.600-01 &  35 &  55 & 1.831+02 & 1.161+08 & 8.166-04 & 2.461-03 \\
  33 & 140 & 3.876+01 & 6.380+09 & 1.437-03 & 5.499-04 &  35 &  57 & 1.814+02 & 9.781+07 & 4.824-04 & 1.441-03 \\
  33 & 141 & 3.862+01 & 1.626+11 & 1.212-02 & 4.625-03 &  35 &  58 & 1.804+02 & 9.185+06 & 6.272-05 & 1.862-04 \\
  33 & 146 & 3.704+01 & 1.406+10 & 2.893-03 & 1.058-03 &  35 &  59 & 1.737+02 & 8.672+07 & 2.353-04 & 6.728-04 \\
  33 & 147 & 3.704+01 & 1.601+10 & 5.489-03 & 2.008-03 &  35 &  68 & 1.545+02 & 2.042+06 & 7.304-06 & 1.857-05 \\
  33 & 149 & 3.694+01 & 2.983+11 & 1.017-01 & 3.711-02 &  35 &  69 & 1.540+02 & 8.192+06 & 2.912-05 & 7.383-05 \\
  34 &  38 & 3.326+02 & 1.702+05 & 4.703-06 & 1.545-05 &  35 &  70 & 1.534+02 & 1.622+08 & 8.009-04 & 2.022-03 \\
  34 &  39 & 3.270+02 & 1.565+06 & 2.508-05 & 8.099-05 &  35 &  71 & 1.492+02 & 1.328+08 & 2.662-04 & 6.539-04 \\
  34 &  41 & 2.482+02 & 2.224+07 & 6.849-05 & 1.679-04 &  35 &  76 & 8.537+01 & 1.230+07 & 1.344-05 & 1.888-05 \\
  34 &  42 & 2.466+02 & 3.820+06 & 3.483-05 & 8.482-05 &  35 &  77 & 8.517+01 & 2.325+07 & 1.517-05 & 2.127-05 \\
  34 &  51 & 1.862+02 & 3.621+08 & 6.277-04 & 1.155-03 &  35 &  85 & 7.844+01 & 1.170+08 & 6.473-05 & 8.358-05 \\
  34 &  52 & 1.850+02 & 1.963+08 & 1.008-03 & 1.841-03 &  35 &  87 & 7.755+01 & 1.110+09 & 6.001-04 & 7.661-04 \\
  34 &  54 & 1.831+02 & 1.703+07 & 1.426-04 & 2.578-04 &  35 &  89 & 7.738+01 & 4.926+08 & 4.421-04 & 5.632-04 \\
  34 &  57 & 1.810+02 & 2.275+07 & 1.862-04 & 3.330-04 &  35 &  90 & 7.736+01 & 5.572+05 & 6.999-07 & 8.913-07 \\
  34 &  59 & 1.734+02 & 5.872+07 & 2.646-04 & 4.530-04 &  35 &  91 & 7.722+01 & 4.160+07 & 3.719-05 & 4.727-05 \\
  34 &  68 & 1.542+02 & 2.380+08 & 1.414-03 & 2.154-03 &  35 &  92 & 7.713+01 & 2.499+07 & 3.121-05 & 3.962-05 \\
  34 &  69 & 1.537+02 & 2.639+07 & 1.558-04 & 2.366-04 &  35 &  93 & 7.641+01 & 1.872+08 & 9.834-05 & 1.237-04 \\
  34 &  71 & 1.490+02 & 3.716+07 & 1.237-04 & 1.820-04 &  35 & 102 & 7.543+01 & 1.112+09 & 9.483-04 & 1.178-03 \\
  34 &  76 & 8.529+01 & 8.256+05 & 1.501-06 & 1.264-06 &  35 & 103 & 7.542+01 & 3.596+09 & 4.293-03 & 5.329-03 \\
  34 &  77 & 8.509+01 & 8.225+06 & 8.929-06 & 7.504-06 &  35 & 106 & 7.535+01 & 1.069+09 & 1.274-03 & 1.580-03 \\
  34 &  84 & 7.845+01 & 2.269+08 & 6.978-05 & 5.406-05 &  35 & 115 & 7.172+01 & 2.444+07 & 1.884-05 & 2.224-05 \\
  34 &  85 & 7.838+01 & 3.528+07 & 3.250-05 & 2.515-05 &  35 & 116 & 7.167+01 & 1.970+07 & 1.518-05 & 1.791-05 \\
  34 &  86 & 7.759+01 & 2.256+09 & 6.788-04 & 5.202-04 &  35 & 117 & 7.160+01 & 4.320+07 & 4.649-05 & 5.479-05 \\
  34 &  87 & 7.748+01 & 7.878+08 & 7.090-04 & 5.425-04 &  35 & 118 & 7.120+01 & 7.706+08 & 3.514-04 & 4.118-04 \\
  34 &  89 & 7.731+01 & 5.670+07 & 8.469-05 & 6.466-05 &  35 & 124 & 6.997+01 & 2.152+09 & 2.211-03 & 2.546-03 \\
  34 &  91 & 7.715+01 & 6.122+06 & 9.106-06 & 6.939-06 &  35 & 129 & 6.684+01 & 6.035+10 & 2.425-02 & 2.668-02 \\
  34 &  93 & 7.635+01 & 2.059+07 & 1.800-05 & 1.357-05 &  35 & 130 & 6.650+01 & 1.266+10 & 8.397-03 & 9.192-03 \\
  34 & 102 & 7.537+01 & 5.996+09 & 8.511-03 & 6.336-03 &  35 & 131 & 6.629+01 & 6.122+09 & 2.420-03 & 2.640-03 \\
  34 & 115 & 7.166+01 & 3.869+07 & 4.964-05 & 3.513-05 &  35 & 136 & 5.909+01 & 1.884+11 & 9.863-02 & 9.593-02 \\
  34 & 116 & 7.162+01 & 4.068+06 & 5.214-06 & 3.688-06 &  35 & 137 & 5.908+01 & 1.063+12 & 7.787-01 & 7.573-01 \\
  34 & 118 & 7.114+01 & 1.370+06 & 1.040-06 & 7.306-07 &  35 & 139 & 5.903+01 & 2.279+10 & 1.666-02 & 1.619-02 \\
  34 & 128 & 6.685+01 & 8.904+10 & 1.988-02 & 1.313-02 &  35 & 143 & 4.328+01 & 2.264+10 & 3.814-03 & 2.718-03 \\
  34 & 129 & 6.679+01 & 1.898+10 & 1.269-02 & 8.374-03 &  35 & 144 & 4.321+01 & 4.778+09 & 1.337-03 & 9.512-04 \\
  34 & 130 & 6.646+01 & 8.367+08 & 9.233-04 & 6.060-04 &  35 & 145 & 4.317+01 & 2.233+09 & 3.742-04 & 2.659-04 \\
  34 & 131 & 6.624+01 & 2.787+09 & 1.833-03 & 1.199-03 &  35 & 150 & 4.155+01 & 7.061+10 & 1.828-02 & 1.250-02 \\
  34 & 136 & 5.905+01 & 1.025+12 & 8.927-01 & 5.206-01 &  35 & 151 & 4.155+01 & 3.992+11 & 1.446-01 & 9.892-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  35 & 153 & 4.153+01 & 6.568+09 & 2.378-03 & 1.626-03 &  37 &  68 & 1.656+02 & 3.455+07 & 1.420-04 & 3.869-04 \\
  36 &  38 & 3.362+02 & 1.331+07 & 1.610-04 & 1.248-03 &  37 &  69 & 1.650+02 & 2.760+07 & 1.126-04 & 3.059-04 \\
  36 &  53 & 1.846+02 & 2.566+08 & 1.686-03 & 7.172-03 &  37 &  70 & 1.643+02 & 9.004+07 & 5.102-04 & 1.380-03 \\
  36 &  54 & 1.841+02 & 9.432+07 & 3.424-04 & 1.453-03 &  37 &  71 & 1.596+02 & 2.178+08 & 4.987-04 & 1.310-03 \\
  36 &  55 & 1.838+02 & 7.057+07 & 3.573-04 & 1.513-03 &  37 &  76 & 8.864+01 & 3.014+04 & 3.550-08 & 5.181-08 \\
  36 &  57 & 1.821+02 & 2.439+07 & 8.661-05 & 3.634-04 &  37 &  77 & 8.844+01 & 1.077+07 & 7.580-06 & 1.103-05 \\
  36 &  58 & 1.811+02 & 1.698+08 & 8.348-04 & 3.483-03 &  37 &  85 & 8.120+01 & 2.253+07 & 1.336-05 & 1.786-05 \\
  36 &  68 & 1.550+02 & 2.011+06 & 5.173-06 & 1.847-05 &  37 &  87 & 8.024+01 & 9.550+06 & 5.531-06 & 7.305-06 \\
  36 &  69 & 1.545+02 & 2.643+08 & 6.756-04 & 2.405-03 &  37 &  89 & 8.006+01 & 1.556+07 & 1.495-05 & 1.970-05 \\
  36 &  70 & 1.539+02 & 1.976+07 & 7.015-05 & 2.488-04 &  37 &  90 & 8.004+01 & 4.345+06 & 5.843-06 & 7.699-06 \\
  36 &  76 & 8.552+01 & 7.302+07 & 5.718-05 & 1.127-04 &  37 &  91 & 7.989+01 & 3.826+07 & 3.661-05 & 4.814-05 \\
  36 &  88 & 7.756+01 & 1.594+06 & 1.848-06 & 3.302-06 &  37 &  92 & 7.980+01 & 5.159+06 & 6.895-06 & 9.056-06 \\
  36 &  89 & 7.751+01 & 7.707+08 & 4.958-04 & 8.855-04 &  37 &  93 & 7.903+01 & 9.682+08 & 5.440-04 & 7.076-04 \\
  36 &  90 & 7.749+01 & 2.901+07 & 2.612-05 & 4.664-05 &  37 & 102 & 7.798+01 & 1.981+06 & 1.806-06 & 2.319-06 \\
  36 &  91 & 7.735+01 & 5.214+07 & 3.340-05 & 5.953-05 &  37 & 103 & 7.797+01 & 2.289+09 & 2.921-03 & 3.748-03 \\
  36 &  92 & 7.726+01 & 1.998+08 & 1.788-04 & 3.183-04 &  37 & 106 & 7.789+01 & 1.365+09 & 1.738-03 & 2.228-03 \\
  36 & 102 & 7.556+01 & 3.194+07 & 1.953-05 & 3.400-05 &  37 & 115 & 7.402+01 & 2.426+07 & 1.992-05 & 2.427-05 \\
  36 & 103 & 7.554+01 & 4.840+08 & 4.140-04 & 7.208-04 &  37 & 116 & 7.397+01 & 1.638+07 & 1.344-05 & 1.636-05 \\
  36 & 106 & 7.547+01 & 1.197+08 & 1.022-04 & 1.778-04 &  37 & 117 & 7.389+01 & 2.355+05 & 2.699-07 & 3.283-07 \\
  36 & 107 & 7.546+01 & 3.062+09 & 3.360-03 & 5.844-03 &  37 & 118 & 7.346+01 & 1.092+09 & 5.299-04 & 6.408-04 \\
  36 & 108 & 7.543+01 & 2.367+07 & 2.596-05 & 4.512-05 &  37 & 124 & 7.216+01 & 2.101+09 & 2.296-03 & 2.727-03 \\
  36 & 115 & 7.183+01 & 3.373+07 & 1.864-05 & 3.084-05 &  37 & 129 & 6.883+01 & 1.094+10 & 4.664-03 & 5.284-03 \\
  36 & 116 & 7.178+01 & 1.588+09 & 8.765-04 & 1.450-03 &  37 & 130 & 6.848+01 & 1.629+07 & 1.146-05 & 1.291-05 \\
  36 & 117 & 7.171+01 & 7.004+07 & 5.400-05 & 8.924-05 &  37 & 131 & 6.825+01 & 8.414+10 & 3.525-02 & 3.960-02 \\
  36 & 124 & 7.007+01 & 2.474+08 & 1.821-04 & 2.941-04 &  37 & 136 & 6.064+01 & 3.571+08 & 1.969-04 & 1.965-04 \\
  36 & 125 & 7.007+01 & 5.126+09 & 4.851-03 & 7.832-03 &  37 & 137 & 6.063+01 & 2.760+10 & 2.130-02 & 2.126-02 \\
  36 & 126 & 7.005+01 & 4.106+07 & 3.884-05 & 6.269-05 &  37 & 139 & 6.058+01 & 1.175+12 & 9.051-01 & 9.025-01 \\
  36 & 130 & 6.660+01 & 7.261+10 & 3.449-02 & 5.293-02 &  37 & 143 & 4.411+01 & 5.107+09 & 8.938-04 & 6.489-04 \\
  36 & 136 & 5.916+01 & 5.353+09 & 2.007-03 & 2.736-03 &  37 & 144 & 4.403+01 & 8.186+06 & 2.380-06 & 1.725-06 \\
  36 & 137 & 5.915+01 & 1.300+11 & 6.818-02 & 9.294-02 &  37 & 145 & 4.399+01 & 3.889+10 & 6.769-03 & 4.901-03 \\
  36 & 138 & 5.914+01 & 1.222+12 & 8.235-01 & 1.122-00 &  37 & 150 & 4.231+01 & 1.222+08 & 3.280-05 & 2.285-05 \\
  36 & 139 & 5.910+01 & 4.687+09 & 2.454-03 & 3.342-03 &  37 & 151 & 4.231+01 & 8.031+09 & 3.018-03 & 2.102-03 \\
  36 & 144 & 4.325+01 & 2.701+10 & 5.411-03 & 5.393-03 &  37 & 153 & 4.229+01 & 4.402+11 & 1.653-01 & 1.150-01 \\
  36 & 150 & 4.159+01 & 2.011+09 & 3.725-04 & 3.569-04 &  38 &  40 & 9.824+02 & 1.034+09 & 8.973-02 & 1.451-00 \\
  36 & 151 & 4.158+01 & 4.894+10 & 1.269-02 & 1.216-02 &  38 &  43 & 9.174+02 & 6.083+08 & 7.676-02 & 1.159-00 \\
  36 & 152 & 4.158+01 & 4.559+11 & 1.519-01 & 1.456-01 &  38 &  44 & 8.741+02 & 1.509+09 & 2.421-01 & 3.483-00 \\
  36 & 153 & 4.157+01 & 1.478+09 & 3.827-04 & 3.666-04 &  38 &  45 & 8.496+02 & 2.668+07 & 1.733-03 & 2.423-02 \\
  37 &  38 & 3.902+02 & 2.032+03 & 4.640-08 & 2.981-07 &  38 &  46 & 8.167+02 & 9.792+08 & 9.792-02 & 1.316-00 \\
  37 &  39 & 3.825+02 & 1.420+07 & 1.869-04 & 1.177-03 &  38 &  48 & 4.783+02 & 2.616+06 & 5.384-05 & 4.239-04 \\
  37 &  42 & 2.769+02 & 1.353+07 & 9.331-05 & 4.253-04 &  38 &  49 & 4.575+02 & 7.414+07 & 1.396-03 & 1.051-02 \\
  37 &  52 & 2.016+02 & 2.469+06 & 9.026-06 & 2.995-05 &  38 &  50 & 4.537+02 & 8.167+06 & 2.521-04 & 1.883-03 \\
  37 &  54 & 1.992+02 & 1.988+07 & 1.183-04 & 3.880-04 &  38 &  60 & 3.251+02 & 8.269+04 & 7.864-07 & 4.209-06 \\
  37 &  55 & 1.988+02 & 5.693+07 & 4.724-04 & 1.546-03 &  38 &  63 & 3.240+02 & 6.456+05 & 1.016-05 & 5.417-05 \\
  37 &  57 & 1.969+02 & 6.006+07 & 3.489-04 & 1.131-03 &  38 &  64 & 3.211+02 & 1.586+06 & 3.432-05 & 1.814-04 \\
  37 &  58 & 1.957+02 & 6.037+07 & 4.851-04 & 1.562-03 &  38 &  65 & 3.207+02 & 2.205+04 & 3.399-07 & 1.794-06 \\
  37 &  59 & 1.878+02 & 1.656+08 & 5.256-04 & 1.625-03 &  38 &  66 & 3.204+02 & 1.055+05 & 2.273-06 & 1.199-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  38 &  72 & 2.431+02 & 8.707+03 & 1.080-07 & 4.320-07 &  39 &  82 & 1.078+02 & 2.194+10 & 6.373-02 & 6.785-02 \\
  38 &  74 & 2.420+02 & 2.399+06 & 2.948-05 & 1.174-04 &  39 &  83 & 1.057+02 & 3.464+10 & 1.935-02 & 2.021-02 \\
  38 &  75 & 2.419+02 & 2.167+05 & 1.902-06 & 7.572-06 &  39 &  94 & 9.832+01 & 3.527+06 & 5.111-06 & 4.962-06 \\
  38 &  78 & 1.084+02 & 5.881+10 & 6.221-02 & 1.110-01 &  39 &  95 & 9.822+01 & 1.768+06 & 4.263-06 & 4.136-06 \\
  38 &  79 & 1.080+02 & 2.299+10 & 4.019-02 & 7.144-02 &  39 &  99 & 9.800+01 & 6.543+07 & 1.570-04 & 1.520-04 \\
  38 &  80 & 1.077+02 & 4.842+10 & 1.178-01 & 2.088-01 &  39 & 110 & 9.783+01 & 7.510+07 & 1.077-04 & 1.041-04 \\
  38 &  81 & 1.075+02 & 6.872+08 & 7.141-04 & 1.263-03 &  39 & 111 & 9.749+01 & 2.367+08 & 3.373-04 & 3.248-04 \\
  38 &  82 & 1.072+02 & 2.466+10 & 4.249-02 & 7.499-02 &  39 & 112 & 9.729+01 & 1.398+07 & 3.307-05 & 3.178-05 \\
  38 &  94 & 9.782+01 & 3.692+06 & 3.178-06 & 5.116-06 &  39 & 113 & 9.636+01 & 3.056+08 & 1.418-04 & 1.350-04 \\
  38 &  95 & 9.773+01 & 8.668+06 & 1.241-05 & 1.997-05 &  39 & 114 & 9.217+01 & 1.436+10 & 1.828-02 & 1.664-02 \\
  38 &  98 & 9.757+01 & 1.923+07 & 3.842-05 & 6.170-05 &  39 & 119 & 9.077+01 & 8.704+10 & 3.584-02 & 3.213-02 \\
  38 &  99 & 9.750+01 & 1.070+05 & 1.526-07 & 2.449-07 &  39 & 123 & 8.911+01 & 2.229+07 & 4.421-05 & 3.891-05 \\
  38 & 100 & 9.749+01 & 2.475+05 & 4.938-07 & 7.924-07 &  39 & 132 & 7.543+01 & 7.299+07 & 6.226-05 & 4.639-05 \\
  38 & 110 & 9.734+01 & 1.535+08 & 1.308-04 & 2.096-04 &  39 & 133 & 7.540+01 & 1.845+08 & 2.621-04 & 1.952-04 \\
  38 & 111 & 9.700+01 & 8.292+08 & 7.019-04 & 1.121-03 &  39 & 135 & 7.455+01 & 1.053+06 & 1.463-06 & 1.077-06 \\
  38 & 112 & 9.681+01 & 3.124+05 & 4.390-07 & 6.995-07 &  39 & 140 & 5.124+01 & 5.659+06 & 2.227-06 & 1.127-06 \\
  38 & 114 & 9.174+01 & 6.583+10 & 4.983-02 & 7.524-02 &  39 & 141 & 5.100+01 & 3.679+07 & 4.783-06 & 2.409-06 \\
  38 & 120 & 8.876+01 & 1.247+05 & 2.062-07 & 3.013-07 &  39 & 146 & 4.828+01 & 3.539+07 & 1.237-05 & 5.899-06 \\
  38 & 121 & 8.873+01 & 9.836+06 & 1.625-05 & 2.374-05 &  39 & 147 & 4.828+01 & 6.600+07 & 3.843-05 & 1.832-05 \\
  38 & 123 & 8.870+01 & 1.010+06 & 1.191-06 & 1.738-06 &  39 & 149 & 4.810+01 & 4.016+04 & 2.322-08 & 1.103-08 \\
  38 & 132 & 7.514+01 & 1.559+07 & 7.918-06 & 9.793-06 &  40 &  41 & 2.444+05 & 7.631-01 & 2.277-06 & 5.495-03 \\
  38 & 133 & 7.511+01 & 1.443+08 & 1.221-04 & 1.509-04 &  40 &  42 & 3.266+04 & 1.426+02 & 2.281-05 & 7.357-03 \\
  38 & 134 & 7.506+01 & 6.072+08 & 7.179-04 & 8.869-04 &  40 &  51 & 7.438+02 & 2.655+09 & 7.342-02 & 5.394-01 \\
  38 & 135 & 7.427+01 & 8.389+04 & 6.937-08 & 8.480-08 &  40 &  52 & 7.246+02 & 2.187+09 & 1.722-01 & 1.232-00 \\
  38 & 140 & 5.110+01 & 2.753+07 & 6.467-06 & 5.439-06 &  40 &  54 & 6.952+02 & 1.085+09 & 1.310-01 & 8.995-01 \\
  38 & 146 & 4.816+01 & 6.876+06 & 1.435-06 & 1.138-06 &  40 &  57 & 6.669+02 & 1.196+08 & 1.329-02 & 8.752-02 \\
  38 & 147 & 4.816+01 & 6.074+07 & 2.112-05 & 1.674-05 &  40 &  59 & 5.735+02 & 8.167+06 & 4.026-04 & 2.280-03 \\
  38 & 148 & 4.815+01 & 2.482+08 & 1.208-04 & 9.570-05 &  40 &  68 & 4.065+02 & 1.575+06 & 6.501-05 & 2.610-04 \\
  38 & 149 & 4.799+01 & 1.960+05 & 6.766-08 & 5.344-08 &  40 &  69 & 4.032+02 & 1.088+07 & 4.420-04 & 1.760-03 \\
  38 & 154 & 4.738+01 & 3.608-00 & 1.700-12 & 1.326-12 &  40 &  71 & 3.722+02 & 5.260+06 & 1.092-04 & 4.015-04 \\
  39 &  40 & 1.035+03 & 1.492+07 & 2.396-03 & 2.449-02 &  40 &  76 & 1.299+02 & 2.300+10 & 9.693-02 & 1.243-01 \\
  39 &  43 & 9.631+02 & 6.014+08 & 1.394-01 & 1.326-00 &  40 &  77 & 1.294+02 & 7.392+08 & 1.856-03 & 2.372-03 \\
  39 &  45 & 8.886+02 & 1.373+09 & 1.625-01 & 1.426-00 &  40 &  84 & 1.147+02 & 2.508+09 & 1.647-03 & 1.866-03 \\
  39 &  46 & 8.527+02 & 7.668+08 & 1.393-01 & 1.173-00 &  40 &  85 & 1.145+02 & 1.151+09 & 2.261-03 & 2.557-03 \\
  39 &  47 & 6.718+02 & 3.195+09 & 7.205-02 & 4.780-01 &  40 &  86 & 1.128+02 & 9.319+10 & 5.927-02 & 6.604-02 \\
  39 &  48 & 4.905+02 & 5.348+05 & 1.929-05 & 9.343-05 &  40 &  87 & 1.126+02 & 6.887+10 & 1.309-01 & 1.455-01 \\
  39 &  49 & 4.686+02 & 1.945+05 & 6.403-06 & 2.964-05 &  40 &  89 & 1.122+02 & 2.977+10 & 9.369-02 & 1.038-01 \\
  39 &  50 & 4.646+02 & 2.167+06 & 1.169-04 & 5.364-04 &  40 &  91 & 1.119+02 & 2.501+09 & 7.826-03 & 8.649-03 \\
  39 &  56 & 4.127+02 & 1.552+09 & 1.321-02 & 5.386-02 &  40 &  93 & 1.102+02 & 6.297+06 & 1.147-05 & 1.248-05 \\
  39 &  60 & 3.307+02 & 5.340+05 & 8.757-06 & 2.860-05 &  40 & 102 & 1.082+02 & 1.324+05 & 3.871-07 & 4.137-07 \\
  39 &  63 & 3.295+02 & 1.030+06 & 2.794-05 & 9.090-05 &  40 & 115 & 1.007+02 & 5.905+06 & 1.496-05 & 1.488-05 \\
  39 &  65 & 3.261+02 & 9.874+06 & 2.623-04 & 8.448-04 &  40 & 116 & 1.006+02 & 1.874+08 & 4.742-04 & 4.712-04 \\
  39 &  75 & 2.450+02 & 1.144+07 & 1.715-04 & 4.149-04 &  40 & 118 & 9.968+01 & 3.587+07 & 5.343-05 & 5.260-05 \\
  39 &  78 & 1.091+02 & 1.695+09 & 3.022-03 & 3.255-03 &  40 & 128 & 9.145+01 & 5.477+10 & 2.289-02 & 2.067-02 \\
  39 &  79 & 1.086+02 & 2.841+10 & 8.370-02 & 8.976-02 &  40 & 129 & 9.134+01 & 1.215+10 & 1.520-02 & 1.371-02 \\
  39 &  81 & 1.081+02 & 4.947+10 & 8.663-02 & 9.247-02 &  40 & 130 & 9.072+01 & 6.179+08 & 1.271-03 & 1.138-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  40 & 131 & 9.032+01 & 3.555+09 & 4.348-03 & 3.878-03 &  42 & 123 & 9.779+01 & 4.995+06 & 1.194-05 & 1.153-05 \\
  40 & 136 & 7.746+01 & 1.894+07 & 2.839-05 & 2.172-05 &  42 & 132 & 8.157+01 & 1.283+08 & 1.280-04 & 1.031-04 \\
  40 & 142 & 5.240+01 & 1.055+08 & 1.448-05 & 7.492-06 &  42 & 133 & 8.153+01 & 1.747+08 & 2.901-04 & 2.336-04 \\
  40 & 143 & 5.238+01 & 9.292+07 & 3.822-05 & 1.977-05 &  42 & 135 & 8.054+01 & 1.076+05 & 1.744-07 & 1.388-07 \\
  40 & 144 & 5.228+01 & 8.522+07 & 5.819-05 & 3.004-05 &  42 & 140 & 5.399+01 & 3.730+06 & 1.630-06 & 8.693-07 \\
  40 & 145 & 5.221+01 & 1.465+07 & 5.988-06 & 3.087-06 &  42 & 141 & 5.374+01 & 2.251+07 & 3.249-06 & 1.724-06 \\
  40 & 150 & 4.987+01 & 3.902+06 & 2.424-06 & 1.194-06 &  42 & 146 & 5.072+01 & 4.147+07 & 1.600-05 & 8.013-06 \\
  41 &  45 & 6.452+03 & 3.336+02 & 6.247-06 & 1.327-04 &  42 & 147 & 5.072+01 & 7.457+07 & 4.793-05 & 2.401-05 \\
  41 &  48 & 9.358+02 & 4.272+08 & 1.683-01 & 5.184-01 &  42 & 149 & 5.053+01 & 3.608+05 & 2.302-07 & 1.149-07 \\
  41 &  49 & 8.594+02 & 1.026+09 & 3.408-01 & 9.642-01 &  43 &  52 & 7.645+02 & 2.500+08 & 1.315-02 & 1.654-01 \\
  41 &  60 & 4.870+02 & 2.024+06 & 2.158-04 & 3.461-04 &  43 &  54 & 7.318+02 & 2.566+08 & 2.060-02 & 2.482-01 \\
  41 &  78 & 1.220+02 & 3.525+08 & 2.358-03 & 9.467-04 &  43 &  55 & 7.264+02 & 2.474+09 & 2.740-01 & 3.276-00 \\
  41 &  81 & 1.207+02 & 1.323+05 & 8.674-07 & 3.448-07 &  43 &  57 & 7.006+02 & 1.062+09 & 7.815-02 & 9.012-01 \\
  41 &  94 & 1.087+02 & 4.516+08 & 2.399-03 & 8.584-04 &  43 &  58 & 6.858+02 & 2.359+07 & 2.329-03 & 2.629-02 \\
  41 & 110 & 1.081+02 & 1.108+10 & 5.822-02 & 2.072-02 &  43 &  59 & 5.982+02 & 1.219+08 & 3.923-03 & 3.863-02 \\
  41 & 111 & 1.077+02 & 4.070+10 & 2.123-01 & 7.525-02 &  43 &  68 & 4.188+02 & 3.477+06 & 9.140-05 & 6.300-04 \\
  41 & 114 & 1.012+02 & 7.283+09 & 3.356-02 & 1.118-02 &  43 &  69 & 4.152+02 & 1.762+07 & 4.555-04 & 3.113-03 \\
  41 & 132 & 8.139+01 & 2.376+08 & 7.079-04 & 1.897-04 &  43 &  70 & 4.109+02 & 7.892+05 & 2.797-05 & 1.892-04 \\
  41 & 140 & 5.392+01 & 2.063+06 & 2.697-06 & 4.787-07 &  43 &  71 & 3.824+02 & 5.309+06 & 6.984-05 & 4.397-04 \\
  41 & 146 & 5.066+01 & 8.804+07 & 1.016-04 & 1.694-05 &  43 &  76 & 1.311+02 & 1.812+10 & 4.669-02 & 1.007-01 \\
  42 &  43 & 2.414+04 & 1.893-00 & 2.756-07 & 6.571-05 &  43 &  77 & 1.306+02 & 3.622+10 & 5.560-02 & 1.196-01 \\
  42 &  45 & 7.785+03 & 1.374+03 & 1.248-05 & 9.596-04 &  43 &  85 & 1.154+02 & 1.444+08 & 1.731-04 & 3.289-04 \\
  42 &  46 & 5.686+03 & 7.209+03 & 5.823-05 & 3.270-03 &  43 &  87 & 1.135+02 & 1.123+10 & 1.302-02 & 2.432-02 \\
  42 &  47 & 2.034+03 & 8.332+06 & 1.722-03 & 3.459-02 &  43 &  89 & 1.132+02 & 8.563+09 & 1.644-02 & 3.061-02 \\
  42 &  48 & 9.597+02 & 7.261+08 & 1.002-01 & 9.501-01 &  43 &  90 & 1.131+02 & 7.908+10 & 2.124-01 & 3.954-01 \\
  42 &  49 & 8.794+02 & 5.018+08 & 5.819-02 & 5.054-01 &  43 &  91 & 1.128+02 & 2.883+10 & 5.501-02 & 1.021-01 \\
  42 &  50 & 8.655+02 & 1.557+09 & 2.914-01 & 2.491-00 &  43 &  92 & 1.126+02 & 5.996+08 & 1.596-03 & 2.959-03 \\
  42 &  56 & 7.012+02 & 2.819+09 & 6.927-02 & 4.798-01 &  43 &  93 & 1.111+02 & 2.046+09 & 2.272-03 & 4.155-03 \\
  42 &  60 & 4.934+02 & 9.209+05 & 3.360-05 & 1.637-04 &  43 & 102 & 1.090+02 & 6.980+05 & 1.244-06 & 2.233-06 \\
  42 &  63 & 4.906+02 & 5.357+06 & 3.222-04 & 1.561-03 &  43 & 103 & 1.090+02 & 3.827+06 & 9.546-06 & 1.713-05 \\
  42 &  65 & 4.831+02 & 2.384+06 & 1.391-04 & 6.635-04 &  43 & 106 & 1.089+02 & 1.267+07 & 3.150-05 & 5.645-05 \\
  42 &  75 & 3.241+02 & 1.227+06 & 3.222-05 & 1.031-04 &  43 & 115 & 1.014+02 & 2.255+06 & 3.479-06 & 5.809-06 \\
  42 &  78 & 1.223+02 & 4.881+08 & 1.095-03 & 1.324-03 &  43 & 116 & 1.013+02 & 2.456+07 & 3.783-05 & 6.311-05 \\
  42 &  79 & 1.218+02 & 5.057+06 & 1.874-05 & 2.254-05 &  43 & 117 & 1.012+02 & 1.312+07 & 2.821-05 & 4.700-05 \\
  42 &  81 & 1.211+02 & 2.034+05 & 4.473-07 & 5.352-07 &  43 & 118 & 1.004+02 & 1.180+08 & 1.070-04 & 1.768-04 \\
  42 &  82 & 1.208+02 & 9.356+07 & 3.411-04 & 4.069-04 &  43 & 124 & 9.798+01 & 6.344+06 & 1.278-05 & 2.062-05 \\
  42 &  83 & 1.182+02 & 1.731+09 & 1.208-03 & 1.410-03 &  43 & 129 & 9.195+01 & 6.953+10 & 5.288-02 & 8.003-02 \\
  42 &  94 & 1.090+02 & 6.070+08 & 1.081-03 & 1.164-03 &  43 & 130 & 9.132+01 & 4.251+07 & 5.314-05 & 7.988-05 \\
  42 &  95 & 1.089+02 & 1.448+07 & 4.288-05 & 4.612-05 &  43 & 131 & 9.091+01 & 4.143+09 & 3.080-03 & 4.608-03 \\
  42 &  99 & 1.086+02 & 1.268+08 & 3.736-04 & 4.007-04 &  43 & 136 & 7.789+01 & 1.216+08 & 1.106-04 & 1.418-04 \\
  42 & 110 & 1.084+02 & 4.126+10 & 7.269-02 & 7.782-02 &  43 & 137 & 7.788+01 & 8.925+08 & 1.136-03 & 1.457-03 \\
  42 & 111 & 1.080+02 & 1.545+10 & 2.701-02 & 2.881-02 &  43 & 139 & 7.779+01 & 2.005+08 & 2.547-04 & 3.261-04 \\
  42 & 112 & 1.078+02 & 4.825+10 & 1.400-01 & 1.489-01 &  43 & 143 & 5.258+01 & 5.468+05 & 1.360-07 & 1.177-07 \\
  42 & 113 & 1.066+02 & 3.601+10 & 2.045-02 & 2.153-02 &  43 & 144 & 5.247+01 & 3.067+06 & 1.266-06 & 1.094-06 \\
  42 & 114 & 1.015+02 & 1.367+10 & 2.111-02 & 2.116-02 &  43 & 145 & 5.241+01 & 1.875+06 & 4.632-07 & 3.996-07 \\
  42 & 119 & 9.980+01 & 4.192+10 & 2.087-02 & 2.056-02 &  43 & 150 & 5.005+01 & 2.533+07 & 9.512-06 & 7.836-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  43 & 151 & 5.004+01 & 1.729+08 & 9.088-05 & 7.486-05 &  45 &  77 & 1.321+02 & 3.586+10 & 9.387-02 & 1.225-01 \\
  43 & 153 & 5.002+01 & 3.512+07 & 1.844-05 & 1.518-05 &  45 &  84 & 1.168+02 & 1.340+08 & 9.134-05 & 1.054-04 \\
  44 &  53 & 7.702+02 & 2.482+09 & 2.838-01 & 5.037-00 &  45 &  85 & 1.166+02 & 5.901+08 & 1.203-03 & 1.386-03 \\
  44 &  54 & 7.619+02 & 1.174+08 & 7.300-03 & 1.282-01 &  45 &  86 & 1.149+02 & 2.072+09 & 1.366-03 & 1.550-03 \\
  44 &  55 & 7.560+02 & 4.022+08 & 3.447-02 & 6.005-01 &  45 &  87 & 1.146+02 & 2.133+08 & 4.202-04 & 4.758-04 \\
  44 &  57 & 7.281+02 & 4.410+07 & 2.504-03 & 4.201-02 &  45 &  89 & 1.143+02 & 9.885+09 & 3.226-02 & 3.641-02 \\
  44 &  58 & 7.121+02 & 5.750+08 & 4.371-02 & 7.174-01 &  45 &  91 & 1.139+02 & 6.155+10 & 1.996-01 & 2.246-01 \\
  44 &  68 & 4.284+02 & 8.357+04 & 1.643-06 & 1.622-05 &  45 &  93 & 1.122+02 & 3.773+10 & 7.118-02 & 7.887-02 \\
  44 &  69 & 4.248+02 & 1.414+07 & 2.732-04 & 2.674-03 &  45 & 102 & 1.101+02 & 1.057+06 & 3.202-06 & 3.481-06 \\
  44 &  70 & 4.203+02 & 1.073+07 & 2.841-04 & 2.752-03 &  45 & 115 & 1.023+02 & 2.239+07 & 5.860-05 & 5.923-05 \\
  44 &  76 & 1.320+02 & 5.779+10 & 1.079-01 & 3.282-01 &  45 & 116 & 1.022+02 & 9.508+06 & 2.484-05 & 2.509-05 \\
  44 &  88 & 1.140+02 & 9.627+10 & 2.410-01 & 6.328-01 &  45 & 118 & 1.013+02 & 1.146+08 & 1.763-04 & 1.764-04 \\
  44 &  89 & 1.138+02 & 5.666+09 & 7.865-03 & 2.063-02 &  45 & 128 & 9.280+01 & 2.911+10 & 1.253-02 & 1.148-02 \\
  44 &  90 & 1.138+02 & 1.453+10 & 2.821-02 & 7.398-02 &  45 & 129 & 9.269+01 & 6.694+08 & 8.622-04 & 7.893-04 \\
  44 &  91 & 1.135+02 & 1.216+09 & 1.677-03 & 4.386-03 &  45 & 130 & 9.205+01 & 2.966+09 & 6.279-03 & 5.708-03 \\
  44 &  92 & 1.133+02 & 1.647+10 & 3.170-02 & 8.279-02 &  45 & 131 & 9.163+01 & 3.078+10 & 3.874-02 & 3.506-02 \\
  44 & 102 & 1.097+02 & 3.499+04 & 4.508-08 & 1.139-07 &  45 & 136 & 7.842+01 & 2.093+08 & 3.217-04 & 2.491-04 \\
  44 & 103 & 1.097+02 & 6.362+05 & 1.147-06 & 2.899-06 &  45 & 142 & 5.284+01 & 8.067+06 & 1.125-06 & 5.873-07 \\
  44 & 106 & 1.095+02 & 7.012+04 & 1.260-07 & 3.181-07 &  45 & 143 & 5.282+01 & 3.510+06 & 1.468-06 & 7.660-07 \\
  44 & 107 & 1.095+02 & 2.721+06 & 6.287-06 & 1.586-05 &  45 & 144 & 5.272+01 & 1.437+07 & 9.975-06 & 5.193-06 \\
  44 & 108 & 1.094+02 & 1.868+04 & 4.311-08 & 1.087-07 &  45 & 145 & 5.265+01 & 1.412+05 & 5.869-08 & 3.052-08 \\
  44 & 115 & 1.020+02 & 3.780+06 & 4.211-06 & 9.899-06 &  45 & 150 & 5.026+01 & 4.123+07 & 2.603-05 & 1.292-05 \\
  44 & 116 & 1.019+02 & 5.558+07 & 6.181-05 & 1.451-04 &  46 &  52 & 8.521+02 & 2.598+08 & 1.697-02 & 2.380-01 \\
  44 & 117 & 1.018+02 & 2.134+06 & 3.313-06 & 7.770-06 &  46 &  54 & 8.117+02 & 9.109+08 & 8.998-02 & 1.202-00 \\
  44 & 124 & 9.850+01 & 1.352+05 & 1.966-07 & 4.463-07 &  46 &  55 & 8.050+02 & 2.192+07 & 2.981-03 & 3.950-02 \\
  44 & 125 & 9.848+01 & 2.809+06 & 5.252-06 & 1.192-05 &  46 &  57 & 7.734+02 & 4.665+06 & 4.183-04 & 5.326-03 \\
  44 & 126 & 9.846+01 & 2.531+04 & 4.729-08 & 1.073-07 &  46 &  58 & 7.554+02 & 2.157+09 & 2.584-01 & 3.213-00 \\
  44 & 130 & 9.177+01 & 6.186+10 & 5.579-02 & 1.180-01 &  46 &  59 & 6.505+02 & 5.795+06 & 2.206-04 & 2.362-03 \\
  44 & 136 & 7.822+01 & 6.274+06 & 4.110-06 & 7.410-06 &  46 &  68 & 4.437+02 & 1.457+06 & 4.300-05 & 3.141-04 \\
  44 & 137 & 7.821+01 & 1.509+08 & 1.384-04 & 2.494-04 &  46 &  69 & 4.398+02 & 4.525+07 & 1.312-03 & 9.498-03 \\
  44 & 138 & 7.818+01 & 1.404+09 & 1.655-03 & 2.981-03 &  46 &  70 & 4.350+02 & 4.723+05 & 1.875-05 & 1.343-04 \\
  44 & 139 & 7.811+01 & 5.775+06 & 5.283-06 & 9.509-06 &  46 &  71 & 4.032+02 & 9.124+06 & 1.334-04 & 8.853-04 \\
  44 & 144 & 5.262+01 & 1.068+07 & 3.166-06 & 3.839-06 &  46 &  76 & 1.334+02 & 2.040+10 & 5.447-02 & 1.196-01 \\
  44 & 150 & 5.018+01 & 1.245+06 & 3.358-07 & 3.883-07 &  46 &  77 & 1.330+02 & 3.179+10 & 5.055-02 & 1.107-01 \\
  44 & 151 & 5.018+01 & 3.016+07 & 1.139-05 & 1.317-05 &  46 &  85 & 1.173+02 & 3.950+08 & 4.885-04 & 9.429-04 \\
  44 & 152 & 5.017+01 & 2.765+08 & 1.342-04 & 1.551-04 &  46 &  87 & 1.153+02 & 1.455+10 & 1.739-02 & 3.300-02 \\
  44 & 153 & 5.015+01 & 1.018+06 & 3.840-07 & 4.438-07 &  46 &  89 & 1.149+02 & 4.300+10 & 8.511-02 & 1.610-01 \\
  45 &  51 & 8.437+02 & 2.930+07 & 1.042-03 & 8.683-03 &  46 &  90 & 1.149+02 & 1.034+09 & 2.865-03 & 5.416-03 \\
  45 &  52 & 8.190+02 & 1.703+06 & 1.712-04 & 1.385-03 &  46 &  91 & 1.146+02 & 2.973+08 & 5.848-04 & 1.103-03 \\
  45 &  54 & 7.816+02 & 2.668+08 & 4.072-02 & 3.144-01 &  46 &  92 & 1.143+02 & 7.840+10 & 2.152-01 & 4.050-01 \\
  45 &  57 & 7.460+02 & 1.737+09 & 2.416-01 & 1.780-00 &  46 &  93 & 1.128+02 & 5.064+08 & 5.794-04 & 1.076-03 \\
  45 &  59 & 6.310+02 & 1.997+09 & 1.192-01 & 7.430-01 &  46 & 102 & 1.107+02 & 7.895+02 & 1.449-09 & 2.640-09 \\
  45 &  68 & 4.346+02 & 1.444+06 & 6.813-05 & 2.924-04 &  46 & 103 & 1.106+02 & 1.248+07 & 3.207-05 & 5.841-05 \\
  45 &  69 & 4.308+02 & 1.988+06 & 9.218-05 & 3.922-04 &  46 & 106 & 1.105+02 & 7.916+06 & 2.028-05 & 3.687-05 \\
  45 &  71 & 3.956+02 & 2.891+08 & 6.783-03 & 2.650-02 &  46 & 115 & 1.028+02 & 1.428+05 & 2.265-07 & 3.834-07 \\
  45 &  76 & 1.326+02 & 3.175+08 & 1.395-03 & 1.827-03 &  46 & 116 & 1.028+02 & 9.480+05 & 1.501-06 & 2.538-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  46 & 117 & 1.026+02 & 5.717+05 & 1.263-06 & 2.133-06 &  48 & 116 & 1.128+02 & 2.545+07 & 8.089-05 & 9.011-05 \\
  46 & 118 & 1.018+02 & 4.684+07 & 4.364-05 & 7.312-05 &  48 & 118 & 1.116+02 & 2.534+10 & 4.733-02 & 5.218-02 \\
  46 & 124 & 9.929+01 & 2.574+06 & 5.326-06 & 8.705-06 &  48 & 128 & 1.014+02 & 3.203+10 & 1.646-02 & 1.648-02 \\
  46 & 129 & 9.310+01 & 3.413+09 & 2.661-03 & 4.078-03 &  48 & 129 & 1.013+02 & 1.822+10 & 2.801-02 & 2.801-02 \\
  46 & 130 & 9.245+01 & 2.336+10 & 2.993-02 & 4.555-02 &  48 & 130 & 1.005+02 & 8.878+07 & 2.241-04 & 2.224-04 \\
  46 & 131 & 9.203+01 & 3.442+10 & 2.623-02 & 3.973-02 &  48 & 131 & 1.000+02 & 2.244+09 & 3.364-03 & 3.323-03 \\
  46 & 136 & 7.872+01 & 1.862+05 & 1.730-07 & 2.242-07 &  48 & 136 & 8.448+01 & 5.874+08 & 1.047-03 & 8.739-04 \\
  46 & 137 & 7.870+01 & 8.134+06 & 1.057-05 & 1.370-05 &  48 & 142 & 5.552+01 & 2.645+07 & 4.074-06 & 2.234-06 \\
  46 & 139 & 7.861+01 & 3.450+08 & 4.475-04 & 5.790-04 &  48 & 143 & 5.550+01 & 3.883+05 & 1.793-07 & 9.829-08 \\
  46 & 143 & 5.295+01 & 1.131+06 & 2.852-07 & 2.486-07 &  48 & 144 & 5.538+01 & 3.223+06 & 2.470-06 & 1.351-06 \\
  46 & 144 & 5.285+01 & 5.403+06 & 2.262-06 & 1.968-06 &  48 & 145 & 5.531+01 & 1.706+05 & 7.825-08 & 4.274-08 \\
  46 & 145 & 5.278+01 & 2.672+06 & 6.695-07 & 5.816-07 &  48 & 150 & 5.268+01 & 8.746+07 & 6.066-05 & 3.156-05 \\
  46 & 150 & 5.038+01 & 1.982+04 & 7.542-09 & 6.256-09 &  49 &  51 & 5.659+03 & 7.463+04 & 1.194-04 & 6.676-03 \\
  46 & 151 & 5.038+01 & 8.996+05 & 4.793-07 & 3.975-07 &  49 &  52 & 4.710+03 & 3.119+04 & 1.037-04 & 4.826-03 \\
  46 & 153 & 5.036+01 & 5.751+07 & 3.061-05 & 2.537-05 &  49 &  54 & 3.693+03 & 1.076+04 & 3.668-05 & 1.338-03 \\
  47 &  52 & 1.166+03 & 9.349+06 & 5.716-03 & 2.194-02 &  49 &  57 & 3.014+03 & 1.715+03 & 3.894-06 & 1.159-04 \\
  47 &  59 & 8.187+02 & 1.094+09 & 3.296-01 & 8.883-01 &  49 &  59 & 1.736+03 & 5.866+05 & 2.649-04 & 4.542-03 \\
  47 &  71 & 4.620+02 & 1.196+08 & 1.148-02 & 1.746-02 &  49 &  68 & 7.738+02 & 5.668+07 & 8.478-03 & 6.479-02 \\
  47 &  77 & 1.388+02 & 1.549+10 & 1.342-01 & 6.132-02 &  49 &  69 & 7.618+02 & 2.281+09 & 3.308-01 & 2.489-00 \\
  47 &  85 & 1.218+02 & 1.668+07 & 1.113-04 & 4.461-05 &  49 &  71 & 6.583+02 & 6.020+08 & 3.911-02 & 2.542-01 \\
  47 &  87 & 1.196+02 & 9.801+08 & 6.308-03 & 2.484-03 &  49 &  76 & 1.531+02 & 1.230+08 & 7.203-04 & 1.089-03 \\
  47 &  93 & 1.169+02 & 5.530+10 & 3.401-01 & 1.310-01 &  49 &  77 & 1.524+02 & 2.883+06 & 1.004-05 & 1.512-05 \\
  47 & 118 & 1.052+02 & 1.898+09 & 9.439-03 & 3.268-03 &  49 &  84 & 1.324+02 & 7.513+10 & 6.578-02 & 8.600-02 \\
  47 & 129 & 9.592+01 & 3.754+09 & 1.553-02 & 4.905-03 &  49 &  85 & 1.322+02 & 1.236+10 & 3.237-02 & 4.225-02 \\
  47 & 131 & 9.479+01 & 1.223+10 & 4.943-02 & 1.542-02 &  49 &  86 & 1.299+02 & 2.939+09 & 2.480-03 & 3.182-03 \\
  47 & 143 & 5.385+01 & 2.090+07 & 2.726-05 & 4.832-06 &  49 &  87 & 1.296+02 & 9.874+08 & 2.487-03 & 3.185-03 \\
  47 & 145 & 5.367+01 & 4.512+07 & 5.845-05 & 1.033-05 &  49 &  89 & 1.292+02 & 9.560+06 & 3.985-05 & 5.084-05 \\
  48 &  51 & 3.680+03 & 2.570+03 & 1.739-06 & 6.322-05 &  49 &  91 & 1.287+02 & 1.620+06 & 6.707-06 & 8.526-06 \\
  48 &  52 & 3.254+03 & 1.870+01 & 2.968-08 & 9.538-07 &  49 &  93 & 1.265+02 & 3.731+06 & 8.951-06 & 1.118-05 \\
  48 &  54 & 2.734+03 & 1.182+04 & 2.207-05 & 5.957-04 &  49 & 102 & 1.238+02 & 3.333+05 & 1.277-06 & 1.562-06 \\
  48 &  57 & 2.343+03 & 1.716+04 & 2.354-05 & 5.448-04 &  49 & 115 & 1.141+02 & 1.228+09 & 3.996-03 & 4.504-03 \\
  48 &  59 & 1.490+03 & 1.164+06 & 3.873-04 & 5.699-03 &  49 & 116 & 1.140+02 & 8.783+10 & 2.853-01 & 3.212-01 \\
  48 &  68 & 7.208+02 & 2.533+09 & 3.288-01 & 2.341-00 &  49 & 118 & 1.128+02 & 1.339+10 & 2.556-02 & 2.848-02 \\
  48 &  69 & 7.104+02 & 1.484+06 & 1.871-04 & 1.313-03 &  49 & 128 & 1.024+02 & 1.600+09 & 8.383-04 & 8.476-04 \\
  48 &  71 & 6.195+02 & 1.338+09 & 7.702-02 & 4.712-01 &  49 & 129 & 1.022+02 & 1.563+09 & 2.449-03 & 2.474-03 \\
  48 &  76 & 1.509+02 & 7.176+06 & 4.081-05 & 6.082-05 &  49 & 130 & 1.015+02 & 1.210+10 & 3.114-02 & 3.120-02 \\
  48 &  77 & 1.503+02 & 6.108+05 & 2.068-06 & 3.069-06 &  49 & 131 & 1.010+02 & 7.732+09 & 1.182-02 & 1.178-02 \\
  48 &  84 & 1.307+02 & 4.271+10 & 3.648-02 & 4.709-02 &  49 & 136 & 8.516+01 & 6.363+07 & 1.153-04 & 9.697-05 \\
  48 &  85 & 1.305+02 & 2.460+10 & 6.284-02 & 8.100-02 &  49 & 142 & 5.581+01 & 1.567+05 & 2.439-08 & 1.344-08 \\
  48 &  86 & 1.284+02 & 2.732+07 & 2.249-05 & 2.851-05 &  49 & 143 & 5.579+01 & 1.103+07 & 5.148-06 & 2.837-06 \\
  48 &  87 & 1.281+02 & 4.082+07 & 1.003-04 & 1.269-04 &  49 & 144 & 5.567+01 & 3.114+07 & 2.412-05 & 1.326-05 \\
  48 &  89 & 1.276+02 & 6.502+07 & 2.645-04 & 3.334-04 &  49 & 145 & 5.560+01 & 3.363+06 & 1.559-06 & 8.558-07 \\
  48 &  91 & 1.272+02 & 3.966+06 & 1.602-05 & 2.012-05 &  49 & 150 & 5.295+01 & 8.907+06 & 6.239-06 & 3.263-06 \\
  48 &  93 & 1.250+02 & 5.892+05 & 1.380-06 & 1.704-06 &  50 &  52 & 5.156+03 & 2.153+04 & 5.147-05 & 4.368-03 \\
  48 & 102 & 1.224+02 & 1.575+06 & 5.896-06 & 7.127-06 &  50 &  54 & 3.962+03 & 3.166+04 & 7.448-05 & 4.857-03 \\
  48 & 115 & 1.129+02 & 7.827+10 & 2.493-01 & 2.780-01 &  50 &  55 & 3.807+03 & 3.283+03 & 9.988-06 & 6.260-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  50 &  57 & 3.191+03 & 4.678-01 & 7.140-10 & 3.750-08 &  52 &  56 & 1.305+04 & 9.101+02 & 7.746-06 & 9.985-04 \\
  50 &  58 & 2.905+03 & 6.604+03 & 1.170-05 & 5.594-04 &  52 &  60 & 1.476+03 & 1.113+08 & 3.634-02 & 5.298-01 \\
  50 &  59 & 1.793+03 & 8.789+05 & 2.541-04 & 7.499-03 &  52 &  63 & 1.452+03 & 1.209+08 & 6.366-02 & 9.128-01 \\
  50 &  68 & 7.849+02 & 3.287+08 & 3.035-02 & 3.922-01 &  52 &  65 & 1.388+03 & 2.792+07 & 1.344-02 & 1.842-01 \\
  50 &  69 & 7.726+02 & 2.654+08 & 2.375-02 & 3.020-01 &  52 &  75 & 5.761+02 & 1.065+07 & 8.834-04 & 5.026-03 \\
  50 &  70 & 7.579+02 & 2.615+09 & 3.153-01 & 3.934-00 &  52 &  78 & 1.466+02 & 1.729+10 & 5.568-02 & 8.059-02 \\
  50 &  71 & 6.663+02 & 7.852+07 & 3.136-03 & 3.440-02 &  52 &  79 & 1.457+02 & 1.271+09 & 6.744-03 & 9.706-03 \\
  50 &  76 & 1.535+02 & 1.262+07 & 4.458-05 & 1.126-04 &  52 &  81 & 1.448+02 & 5.807+07 & 1.825-04 & 2.611-04 \\
  50 &  77 & 1.529+02 & 3.637+06 & 7.646-06 & 1.924-05 &  52 &  82 & 1.443+02 & 1.947+09 & 1.013-02 & 1.444-02 \\
  50 &  85 & 1.325+02 & 6.780+10 & 1.070-01 & 2.334-01 &  52 &  83 & 1.406+02 & 7.722+08 & 7.630-04 & 1.060-03 \\
  50 &  87 & 1.299+02 & 5.586+08 & 8.483-04 & 1.814-03 &  52 &  94 & 1.278+02 & 9.091+10 & 2.226-01 & 2.809-01 \\
  50 &  89 & 1.295+02 & 2.075+08 & 5.214-04 & 1.111-03 &  52 &  95 & 1.276+02 & 1.041+11 & 4.239-01 & 5.344-01 \\
  50 &  90 & 1.294+02 & 6.474+06 & 2.276-05 & 4.849-05 &  52 &  99 & 1.272+02 & 1.291+10 & 5.223-02 & 6.564-02 \\
  50 &  91 & 1.290+02 & 8.943+06 & 2.232-05 & 4.740-05 &  52 & 110 & 1.270+02 & 2.584+09 & 6.246-03 & 7.833-03 \\
  50 &  92 & 1.288+02 & 6.703+06 & 2.333-05 & 4.946-05 &  52 & 111 & 1.264+02 & 4.461+08 & 1.069-03 & 1.334-03 \\
  50 &  93 & 1.268+02 & 4.186+08 & 6.053-04 & 1.263-03 &  52 & 112 & 1.261+02 & 2.753+08 & 1.093-03 & 1.362-03 \\
  50 & 102 & 1.241+02 & 3.720+05 & 8.590-07 & 1.755-06 &  52 & 113 & 1.245+02 & 1.067+08 & 8.266-05 & 1.017-04 \\
  50 & 103 & 1.241+02 & 1.649+05 & 5.330-07 & 1.089-06 &  52 & 114 & 1.176+02 & 1.374+08 & 2.850-04 & 3.311-04 \\
  50 & 106 & 1.239+02 & 3.290+06 & 1.060-05 & 2.161-05 &  52 & 119 & 1.153+02 & 6.728+06 & 4.472-06 & 5.094-06 \\
  50 & 115 & 1.144+02 & 1.487+10 & 2.915-02 & 5.488-02 &  52 & 123 & 1.127+02 & 4.818+08 & 1.528-03 & 1.700-03 \\
  50 & 116 & 1.142+02 & 1.031+10 & 2.018-02 & 3.796-02 &  52 & 132 & 9.165+01 & 3.058+10 & 3.851-02 & 3.486-02 \\
  50 & 117 & 1.141+02 & 9.601+10 & 2.622-01 & 4.923-01 &  52 & 133 & 9.161+01 & 1.045+10 & 2.192-02 & 1.983-02 \\
  50 & 118 & 1.131+02 & 2.541+09 & 2.921-03 & 5.435-03 &  52 & 135 & 9.036+01 & 3.072+08 & 6.267-04 & 5.593-04 \\
  50 & 124 & 1.100+02 & 5.488+06 & 1.393-05 & 2.522-05 &  52 & 140 & 5.824+01 & 3.740+06 & 1.902-06 & 1.094-06 \\
  50 & 129 & 1.024+02 & 7.718+08 & 7.286-04 & 1.229-03 &  52 & 141 & 5.794+01 & 6.814+04 & 1.143-08 & 6.540-09 \\
  50 & 130 & 1.017+02 & 1.642+10 & 2.543-02 & 4.256-02 &  52 & 146 & 5.445+01 & 9.335+06 & 4.150-06 & 2.232-06 \\
  50 & 131 & 1.012+02 & 2.464+10 & 2.268-02 & 3.777-02 &  52 & 147 & 5.444+01 & 3.518+06 & 2.606-06 & 1.401-06 \\
  50 & 136 & 8.529+01 & 6.983+07 & 7.616-05 & 1.069-04 &  52 & 149 & 5.422+01 & 3.364+05 & 2.472-07 & 1.324-07 \\
  50 & 137 & 8.528+01 & 2.460+08 & 3.755-04 & 5.270-04 &  53 &  61 & 1.579+03 & 7.483+06 & 2.796-03 & 1.308-01 \\
  50 & 139 & 8.517+01 & 3.494+08 & 5.318-04 & 7.456-04 &  53 &  62 & 1.576+03 & 2.013+08 & 9.157-02 & 4.274-00 \\
  50 & 143 & 5.585+01 & 1.344+07 & 3.771-06 & 3.467-06 &  53 &  64 & 1.489+03 & 3.051+06 & 7.883-04 & 3.477-02 \\
  50 & 144 & 5.573+01 & 3.820+04 & 1.779-08 & 1.632-08 &  53 &  66 & 1.473+03 & 4.970+05 & 1.257-04 & 5.487-03 \\
  50 & 145 & 5.566+01 & 9.946+05 & 2.771-07 & 2.539-07 &  53 &  67 & 1.460+03 & 3.292+07 & 1.052-02 & 4.548-01 \\
  50 & 150 & 5.300+01 & 9.060+06 & 3.816-06 & 3.329-06 &  53 &  72 & 5.982+02 & 1.684+04 & 7.027-07 & 1.246-05 \\
  50 & 151 & 5.300+01 & 3.836+07 & 2.261-05 & 1.973-05 &  53 &  73 & 5.950+02 & 4.853+05 & 2.576-05 & 4.542-04 \\
  50 & 153 & 5.297+01 & 3.933+07 & 2.316-05 & 2.020-05 &  53 &  74 & 5.915+02 & 9.728+03 & 3.969-07 & 6.957-06 \\
  51 &  60 & 1.402+03 & 1.332+08 & 1.178-01 & 5.439-01 &  53 &  80 & 1.461+02 & 3.029+10 & 7.537-02 & 3.262-01 \\
  51 &  78 & 1.458+02 & 7.434+09 & 7.106-02 & 3.411-02 &  53 &  96 & 1.283+02 & 2.104+11 & 6.348-01 & 2.414-00 \\
  51 &  81 & 1.441+02 & 1.455+08 & 1.358-03 & 6.439-04 &  53 &  97 & 1.283+02 & 8.457+09 & 2.088-02 & 7.937-02 \\
  51 &  94 & 1.272+02 & 9.366+10 & 6.817-01 & 2.855-01 &  53 &  98 & 1.281+02 & 2.023+09 & 3.871-03 & 1.469-02 \\
  51 & 110 & 1.264+02 & 2.756+09 & 1.981-02 & 8.243-03 &  53 & 100 & 1.280+02 & 7.783+08 & 1.486-03 & 5.634-03 \\
  51 & 111 & 1.258+02 & 4.291+07 & 3.056-04 & 1.266-04 &  53 & 101 & 1.279+02 & 2.669+10 & 6.546-02 & 2.481-01 \\
  51 & 114 & 1.171+02 & 5.444+07 & 3.358-04 & 1.295-04 &  53 & 120 & 1.133+02 & 6.339+04 & 9.494-08 & 3.188-07 \\
  51 & 132 & 9.135+01 & 1.610+10 & 6.044-02 & 1.818-02 &  53 & 121 & 1.133+02 & 4.836+07 & 7.235-05 & 2.428-04 \\
  51 & 140 & 5.812+01 & 1.183+06 & 1.796-06 & 3.437-07 &  53 & 122 & 1.133+02 & 6.345+06 & 1.220-05 & 4.096-05 \\
  51 & 146 & 5.435+01 & 5.661+06 & 7.519-06 & 1.345-06 &  53 & 134 & 9.190+01 & 6.548+10 & 6.448-02 & 1.756-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  53 & 148 & 5.456+01 & 6.120+08 & 2.124-04 & 3.434-04 &  55 &  72 & 6.071+02 & 1.250+04 & 6.905-07 & 9.660-06 \\
  53 & 154 & 5.358+01 & 1.045+04 & 3.499-09 & 5.556-09 &  55 &  73 & 6.038+02 & 4.552+06 & 3.199-04 & 4.451-03 \\
  53 & 155 & 5.358+01 & 3.571+05 & 1.537-07 & 2.440-07 &  55 &  74 & 6.002+02 & 1.145+06 & 6.183-05 & 8.552-04 \\
  53 & 156 & 5.358+01 & 9.620+06 & 5.061-06 & 8.034-06 &  55 &  75 & 5.998+02 & 2.552+05 & 9.832-06 & 1.359-04 \\
  53 & 157 & 5.358+01 & 1.920+05 & 8.265-08 & 1.312-07 &  55 &  79 & 1.472+02 & 2.913+10 & 6.759-02 & 2.293-01 \\
  54 &  60 & 1.615+03 & 9.581+06 & 2.249-03 & 5.980-02 &  55 &  80 & 1.466+02 & 3.628+09 & 1.169-02 & 3.950-02 \\
  54 &  63 & 1.586+03 & 6.296+07 & 2.376-02 & 6.203-01 &  55 &  82 & 1.458+02 & 2.981+08 & 6.782-04 & 2.278-03 \\
  54 &  64 & 1.520+03 & 1.597+08 & 7.751-02 & 1.940-00 &  55 &  95 & 1.288+02 & 1.676+09 & 2.976-03 & 8.832-03 \\
  54 &  65 & 1.510+03 & 5.394+06 & 1.845-03 & 4.587-02 &  55 &  97 & 1.287+02 & 1.884+11 & 6.016-01 & 1.785-00 \\
  54 &  66 & 1.504+03 & 3.844+06 & 1.826-03 & 4.521-02 &  55 &  98 & 1.285+02 & 8.157+09 & 2.019-02 & 5.978-02 \\
  54 &  72 & 6.033+02 & 2.467+03 & 1.885-07 & 1.872-06 &  55 &  99 & 1.284+02 & 2.363+09 & 4.170-03 & 1.234-02 \\
  54 &  74 & 5.965+02 & 1.259+07 & 9.401-04 & 9.231-03 &  55 & 100 & 1.284+02 & 3.356+10 & 8.290-02 & 2.452-01 \\
  54 &  75 & 5.962+02 & 6.470+05 & 3.448-05 & 3.383-04 &  55 & 101 & 1.283+02 & 6.638+09 & 2.106-02 & 6.228-02 \\
  54 &  78 & 1.478+02 & 1.274+10 & 2.505-02 & 6.095-02 &  55 & 112 & 1.272+02 & 4.853+07 & 8.406-05 & 2.464-04 \\
  54 &  79 & 1.470+02 & 2.205+09 & 7.142-03 & 1.728-02 &  55 & 120 & 1.137+02 & 4.322+06 & 8.369-06 & 2.192-05 \\
  54 &  80 & 1.464+02 & 6.338+08 & 2.851-03 & 6.870-03 &  55 & 121 & 1.136+02 & 3.716+07 & 7.189-05 & 1.882-04 \\
  54 &  81 & 1.460+02 & 4.035+09 & 7.740-03 & 1.861-02 &  55 & 122 & 1.136+02 & 2.689+08 & 6.687-04 & 1.750-03 \\
  54 &  82 & 1.456+02 & 1.000+10 & 3.177-02 & 7.610-02 &  55 & 123 & 1.135+02 & 4.341+07 & 5.992-05 & 1.568-04 \\
  54 &  94 & 1.288+02 & 1.015+10 & 1.514-02 & 3.209-02 &  55 & 133 & 9.219+01 & 5.079+10 & 4.622-02 & 9.820-02 \\
  54 &  95 & 1.286+02 & 6.829+10 & 1.693-01 & 3.584-01 &  55 & 134 & 9.211+01 & 8.559+06 & 1.089-05 & 2.310-05 \\
  54 &  98 & 1.283+02 & 1.524+11 & 5.268-01 & 1.113-00 &  55 & 135 & 9.092+01 & 2.019+10 & 1.787-02 & 3.745-02 \\
  54 &  99 & 1.282+02 & 2.396+09 & 5.904-03 & 1.246-02 &  55 & 147 & 5.465+01 & 3.546+08 & 1.134-04 & 1.428-04 \\
  54 & 100 & 1.282+02 & 2.850+07 & 9.830-05 & 2.074-04 &  55 & 148 & 5.463+01 & 4.395+07 & 1.967-05 & 2.476-05 \\
  54 & 110 & 1.279+02 & 3.497+08 & 5.148-04 & 1.084-03 &  55 & 149 & 5.443+01 & 1.643+08 & 5.212-05 & 6.538-05 \\
  54 & 111 & 1.273+02 & 9.549+07 & 1.393-04 & 2.920-04 &  55 & 154 & 5.365+01 & 3.912+05 & 1.688-07 & 2.088-07 \\
  54 & 112 & 1.270+02 & 5.591+08 & 1.352-03 & 2.827-03 &  55 & 155 & 5.365+01 & 1.249+07 & 6.929-06 & 8.568-06 \\
  54 & 114 & 1.184+02 & 1.536+08 & 1.938-04 & 3.777-04 &  55 & 157 & 5.365+01 & 4.986+05 & 2.766-07 & 3.420-07 \\
  54 & 120 & 1.135+02 & 2.434+06 & 6.583-06 & 1.230-05 &  56 &  59 & 3.482+03 & 1.689+05 & 9.211-04 & 1.056-02 \\
  54 & 121 & 1.135+02 & 7.110+08 & 1.921-03 & 3.588-03 &  56 &  71 & 8.129+02 & 1.119+09 & 3.326-01 & 8.900-01 \\
  54 & 123 & 1.134+02 & 3.125+07 & 6.026-05 & 1.125-04 &  56 &  77 & 1.595+02 & 3.055+09 & 3.494-02 & 1.835-02 \\
  54 & 132 & 9.215+01 & 9.101+09 & 6.951-03 & 1.054-02 &  56 &  85 & 1.374+02 & 1.609+10 & 1.367-01 & 6.182-02 \\
  54 & 133 & 9.210+01 & 2.491+10 & 3.168-02 & 4.803-02 &  56 &  87 & 1.347+02 & 1.095+08 & 8.931-04 & 3.959-04 \\
  54 & 134 & 9.202+01 & 7.926+09 & 1.409-02 & 2.134-02 &  56 &  93 & 1.313+02 & 3.351+09 & 2.598-02 & 1.123-02 \\
  54 & 135 & 9.084+01 & 7.440+09 & 9.203-03 & 1.376-02 &  56 & 118 & 1.166+02 & 5.707+10 & 3.490-01 & 1.340-01 \\
  54 & 140 & 5.843+01 & 6.914+06 & 2.124-06 & 2.043-06 &  56 & 129 & 1.054+02 & 7.451+09 & 3.720-02 & 1.290-02 \\
  54 & 146 & 5.462+01 & 6.399+04 & 1.718-08 & 1.544-08 &  56 & 131 & 1.040+02 & 4.364+09 & 2.123-02 & 7.268-03 \\
  54 & 147 & 5.462+01 & 1.145+07 & 5.121-06 & 4.604-06 &  56 & 143 & 5.671+01 & 9.735+06 & 1.408-05 & 2.628-06 \\
  54 & 148 & 5.460+01 & 1.823+06 & 1.141-06 & 1.025-06 &  56 & 145 & 5.651+01 & 7.336+07 & 1.054-04 & 1.960-05 \\
  54 & 149 & 5.440+01 & 3.831+05 & 1.700-07 & 1.522-07 &  57 &  60 & 1.792+03 & 2.014+06 & 5.818-04 & 1.716-02 \\
  54 & 154 & 5.362+01 & 1.983+04 & 1.197-08 & 1.056-08 &  57 &  63 & 1.756+03 & 4.017+05 & 1.858-04 & 5.371-03 \\
  55 &  61 & 1.642+03 & 1.567+08 & 8.141-02 & 3.081-00 &  57 &  64 & 1.676+03 & 2.883+05 & 1.700-04 & 4.690-03 \\
  55 &  63 & 1.613+03 & 1.514+06 & 4.215-04 & 1.566-02 &  57 &  65 & 1.664+03 & 3.509+07 & 1.456-02 & 3.988-01 \\
  55 &  64 & 1.545+03 & 1.322+07 & 4.727-03 & 1.683-01 &  57 &  66 & 1.656+03 & 1.460+08 & 8.406-02 & 2.292-00 \\
  55 &  65 & 1.534+03 & 2.776+06 & 6.997-04 & 2.474-02 &  57 &  72 & 6.264+02 & 1.510+06 & 1.244-04 & 1.282-03 \\
  55 &  66 & 1.528+03 & 3.000+07 & 1.050-02 & 3.696-01 &  57 &  74 & 6.191+02 & 1.172+04 & 9.431-07 & 9.610-06 \\
  55 &  67 & 1.514+03 & 8.833+06 & 3.900-03 & 1.360-01 &  57 &  75 & 6.187+02 & 2.500+06 & 1.435-04 & 1.461-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  57 &  78 & 1.492+02 & 1.208+09 & 2.417-03 & 5.936-03 &  58 & 112 & 1.285+02 & 7.470+07 & 1.321-04 & 3.912-04 \\
  57 &  79 & 1.483+02 & 7.848+09 & 2.588-02 & 6.317-02 &  58 & 120 & 1.147+02 & 5.084+06 & 1.003-05 & 2.651-05 \\
  57 &  80 & 1.477+02 & 2.650+08 & 1.213-03 & 2.950-03 &  58 & 121 & 1.147+02 & 9.072+07 & 1.788-04 & 4.724-04 \\
  57 &  81 & 1.474+02 & 2.567+10 & 5.013-02 & 1.216-01 &  58 & 122 & 1.146+02 & 7.021+06 & 1.778-05 & 4.699-05 \\
  57 &  82 & 1.469+02 & 2.490+07 & 8.050-05 & 1.946-04 &  58 & 123 & 1.146+02 & 3.645+06 & 5.126-06 & 1.354-05 \\
  57 &  94 & 1.298+02 & 2.568+09 & 3.890-03 & 8.310-03 &  58 & 133 & 9.289+01 & 8.425+09 & 7.785-03 & 1.666-02 \\
  57 &  95 & 1.296+02 & 1.752+09 & 4.412-03 & 9.414-03 &  58 & 134 & 9.280+01 & 2.633+10 & 3.399-02 & 7.270-02 \\
  57 &  98 & 1.293+02 & 1.472+09 & 5.168-03 & 1.100-02 &  58 & 135 & 9.160+01 & 2.406+10 & 2.162-02 & 4.564-02 \\
  57 &  99 & 1.292+02 & 4.203+10 & 1.052-01 & 2.238-01 &  58 & 147 & 5.489+01 & 2.252+05 & 7.268-08 & 9.194-08 \\
  57 & 100 & 1.292+02 & 1.772+11 & 6.209-01 & 1.321-00 &  58 & 148 & 5.488+01 & 1.874+07 & 8.460-06 & 1.070-05 \\
  57 & 110 & 1.289+02 & 2.261+08 & 3.381-04 & 7.175-04 &  58 & 149 & 5.467+01 & 1.784+08 & 5.710-05 & 7.194-05 \\
  57 & 111 & 1.284+02 & 2.346+07 & 3.476-05 & 7.344-05 &  58 & 154 & 5.389+01 & 1.448+04 & 6.303-09 & 7.828-09 \\
  57 & 112 & 1.280+02 & 5.122+06 & 1.258-05 & 2.651-05 &  58 & 155 & 5.389+01 & 2.041+06 & 1.143-06 & 1.419-06 \\
  57 & 114 & 1.193+02 & 1.362+06 & 1.743-06 & 3.423-06 &  58 & 157 & 5.388+01 & 5.299+06 & 2.966-06 & 3.683-06 \\
  57 & 120 & 1.143+02 & 2.205+08 & 6.047-04 & 1.138-03 &  59 &  60 & 3.188+03 & 2.266+05 & 3.453-04 & 1.087-02 \\
  57 & 121 & 1.142+02 & 3.160+06 & 8.658-06 & 1.628-05 &  59 &  63 & 3.077+03 & 4.150+06 & 9.817-03 & 2.983-01 \\
  57 & 123 & 1.142+02 & 1.158+08 & 2.263-04 & 4.255-04 &  59 &  65 & 2.804+03 & 2.204+07 & 4.328-02 & 1.198-00 \\
  57 & 132 & 9.267+01 & 3.520+10 & 2.719-02 & 4.147-02 &  59 &  75 & 7.289+02 & 8.887+07 & 1.180-02 & 8.493-02 \\
  57 & 133 & 9.262+01 & 2.377+09 & 3.057-03 & 4.661-03 &  59 &  78 & 1.548+02 & 2.119+07 & 7.612-05 & 1.164-04 \\
  57 & 134 & 9.254+01 & 1.788+09 & 3.214-03 & 4.897-03 &  59 &  79 & 1.539+02 & 2.952+08 & 1.747-03 & 2.654-03 \\
  57 & 135 & 9.134+01 & 2.375+10 & 2.971-02 & 4.467-02 &  59 &  81 & 1.529+02 & 1.352+10 & 4.737-02 & 7.151-02 \\
  57 & 140 & 5.864+01 & 1.074+05 & 3.324-08 & 3.209-08 &  59 &  82 & 1.523+02 & 5.216+06 & 3.023-05 & 4.548-05 \\
  57 & 146 & 5.481+01 & 1.388+08 & 3.752-05 & 3.385-05 &  59 &  83 & 1.482+02 & 3.874+10 & 4.252-02 & 6.224-02 \\
  57 & 147 & 5.480+01 & 3.569+07 & 1.607-05 & 1.449-05 &  59 &  94 & 1.340+02 & 1.889+09 & 5.087-03 & 6.733-03 \\
  57 & 148 & 5.478+01 & 2.422+06 & 1.526-06 & 1.376-06 &  59 &  95 & 1.339+02 & 2.368+10 & 1.060-01 & 1.401-01 \\
  57 & 149 & 5.458+01 & 2.920+06 & 1.304-06 & 1.171-06 &  59 &  99 & 1.334+02 & 1.492+11 & 6.635-01 & 8.744-01 \\
  57 & 154 & 5.380+01 & 2.288+06 & 1.390-06 & 1.231-06 &  59 & 110 & 1.331+02 & 4.740+07 & 1.259-04 & 1.656-04 \\
  58 &  61 & 1.896+03 & 8.874+06 & 6.148-03 & 2.686-01 &  59 & 111 & 1.325+02 & 1.055+07 & 2.778-05 & 3.635-05 \\
  58 &  63 & 1.857+03 & 2.581+06 & 9.529-04 & 4.077-02 &  59 & 112 & 1.321+02 & 8.871+06 & 3.870-05 & 5.051-05 \\
  58 &  64 & 1.767+03 & 2.966+07 & 1.389-02 & 5.656-01 &  59 & 113 & 1.304+02 & 1.843+08 & 1.567-04 & 2.018-04 \\
  58 &  65 & 1.754+03 & 3.069+05 & 1.011-04 & 4.085-03 &  59 & 114 & 1.229+02 & 1.819+07 & 4.116-05 & 4.994-05 \\
  58 &  66 & 1.745+03 & 4.562+05 & 2.083-04 & 8.379-03 &  59 & 119 & 1.204+02 & 2.129+08 & 1.542-04 & 1.833-04 \\
  58 &  67 & 1.727+03 & 1.271+08 & 7.305-02 & 2.907-00 &  59 & 123 & 1.175+02 & 6.883+09 & 2.373-02 & 2.754-02 \\
  58 &  72 & 6.387+02 & 2.584+04 & 1.581-06 & 2.327-05 &  59 & 132 & 9.481+01 & 1.112+10 & 1.499-02 & 1.404-02 \\
  58 &  73 & 6.351+02 & 1.794+05 & 1.394-05 & 2.041-04 &  59 & 133 & 9.477+01 & 7.402+09 & 1.661-02 & 1.555-02 \\
  58 &  74 & 6.311+02 & 1.383+06 & 8.259-05 & 1.201-03 &  59 & 135 & 9.343+01 & 1.278+10 & 2.787-02 & 2.572-02 \\
  58 &  75 & 6.307+02 & 2.678+04 & 1.141-06 & 1.658-05 &  59 & 140 & 5.950+01 & 1.290+05 & 6.849-08 & 4.024-08 \\
  58 &  79 & 1.490+02 & 3.208+08 & 7.625-04 & 2.618-03 &  59 & 141 & 5.918+01 & 8.046+05 & 1.409-07 & 8.233-08 \\
  58 &  80 & 1.484+02 & 4.420+09 & 1.459-02 & 4.989-02 &  59 & 146 & 5.555+01 & 7.825+06 & 3.620-06 & 1.986-06 \\
  58 &  82 & 1.475+02 & 2.759+10 & 6.430-02 & 2.186-01 &  59 & 147 & 5.554+01 & 3.087+06 & 2.379-06 & 1.305-06 \\
  58 &  95 & 1.301+02 & 4.518+09 & 8.194-03 & 2.457-02 &  59 & 149 & 5.532+01 & 8.885+07 & 6.793-05 & 3.711-05 \\
  58 &  97 & 1.301+02 & 1.457+10 & 4.753-02 & 1.425-01 &  60 &  68 & 2.484+03 & 3.004+02 & 4.630-07 & 1.136-05 \\
  58 &  98 & 1.299+02 & 4.437+10 & 1.122-01 & 3.356-01 &  60 &  69 & 2.365+03 & 9.664+03 & 1.351-05 & 3.154-04 \\
  58 &  99 & 1.297+02 & 2.118+08 & 3.818-04 & 1.141-03 &  60 &  71 & 1.589+03 & 1.328+05 & 5.029-05 & 7.893-04 \\
  58 & 100 & 1.297+02 & 1.236+07 & 3.117-05 & 9.319-05 &  60 &  76 & 1.772+02 & 8.438+04 & 6.621-07 & 1.159-06 \\
  58 & 101 & 1.297+02 & 1.788+11 & 5.795-01 & 1.732-00 &  60 &  77 & 1.764+02 & 9.080+05 & 4.235-06 & 7.377-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  60 &  84 & 1.500+02 & 1.274+08 & 1.434-04 & 2.125-04 &  62 & 108 & 1.388+02 & 5.469+08 & 1.292-03 & 6.493-03 \\
  60 &  85 & 1.498+02 & 2.301+07 & 7.737-05 & 1.144-04 &  62 & 109 & 1.387+02 & 2.885+10 & 8.326-02 & 4.183-01 \\
  60 &  86 & 1.469+02 & 8.265+09 & 8.916-03 & 1.294-02 &  62 & 125 & 1.216+02 & 7.962+07 & 1.445-04 & 6.366-04 \\
  60 &  87 & 1.465+02 & 2.643+09 & 8.508-03 & 1.231-02 &  62 & 126 & 1.216+02 & 1.249+06 & 2.265-06 & 9.975-06 \\
  60 &  89 & 1.459+02 & 1.722+08 & 9.163-04 & 1.321-03 &  62 & 127 & 1.216+02 & 4.519+06 & 1.001-05 & 4.409-05 \\
  60 &  91 & 1.454+02 & 3.536+07 & 1.867-04 & 2.681-04 &  62 & 138 & 9.210+01 & 5.983+10 & 6.225-02 & 2.076-01 \\
  60 &  93 & 1.425+02 & 2.043+07 & 6.224-05 & 8.762-05 &  62 & 152 & 5.556+01 & 5.463+08 & 2.069-04 & 4.163-04 \\
  60 & 102 & 1.392+02 & 2.696+11 & 1.305-00 & 1.793-00 &  63 &  68 & 2.556+03 & 1.802+02 & 1.765-07 & 7.424-06 \\
  60 & 115 & 1.270+02 & 1.085+07 & 4.373-05 & 5.486-05 &  63 &  69 & 2.430+03 & 1.020+05 & 9.028-05 & 3.611-03 \\
  60 & 116 & 1.269+02 & 8.896+05 & 3.579-06 & 4.485-06 &  63 &  70 & 2.290+03 & 1.188+03 & 1.308-06 & 4.932-05 \\
  60 & 118 & 1.254+02 & 4.187+05 & 9.872-07 & 1.223-06 &  63 &  71 & 1.618+03 & 4.085+06 & 9.622-04 & 2.563-02 \\
  60 & 128 & 1.126+02 & 3.067+08 & 1.944-04 & 2.163-04 &  63 &  76 & 1.776+02 & 1.105+06 & 5.224-06 & 1.527-05 \\
  60 & 129 & 1.125+02 & 6.898+07 & 1.309-04 & 1.454-04 &  63 &  77 & 1.767+02 & 2.200+05 & 6.179-07 & 1.798-06 \\
  60 & 130 & 1.115+02 & 3.293+06 & 1.024-05 & 1.128-05 &  63 &  85 & 1.500+02 & 1.142+08 & 2.312-04 & 5.709-04 \\
  60 & 131 & 1.109+02 & 9.624+06 & 1.775-05 & 1.945-05 &  63 &  87 & 1.468+02 & 4.429+09 & 8.583-03 & 2.074-02 \\
  60 & 136 & 9.214+01 & 5.694+10 & 1.208-01 & 1.099-01 &  63 &  89 & 1.462+02 & 1.826+09 & 5.850-03 & 1.408-02 \\
  60 & 142 & 5.873+01 & 1.714+08 & 2.953-05 & 1.713-05 &  63 &  90 & 1.461+02 & 5.140+07 & 2.303-04 & 5.540-04 \\
  60 & 143 & 5.871+01 & 3.718+07 & 1.921-05 & 1.114-05 &  63 &  91 & 1.456+02 & 7.888+06 & 2.507-05 & 6.010-05 \\
  60 & 144 & 5.858+01 & 1.628+06 & 1.396-06 & 8.076-07 &  63 &  92 & 1.453+02 & 4.063+07 & 1.800-04 & 4.306-04 \\
  60 & 145 & 5.849+01 & 5.139+06 & 2.636-06 & 1.523-06 &  63 &  93 & 1.428+02 & 1.374+09 & 2.519-03 & 5.919-03 \\
  60 & 150 & 5.557+01 & 9.158+08 & 7.066-04 & 3.878-04 &  63 & 102 & 1.394+02 & 5.183+10 & 1.510-01 & 3.464-01 \\
  61 &  70 & 2.233+03 & 8.488+04 & 4.936-05 & 3.266-03 &  63 & 103 & 1.394+02 & 2.660+11 & 1.084-00 & 2.487-00 \\
  61 &  88 & 1.461+02 & 2.099+08 & 6.720-04 & 2.910-03 &  63 & 106 & 1.391+02 & 1.796+10 & 7.290-02 & 1.669-01 \\
  61 &  90 & 1.459+02 & 6.307+09 & 1.565-02 & 6.765-02 &  63 & 115 & 1.272+02 & 8.082+05 & 1.961-06 & 4.106-06 \\
  61 &  92 & 1.451+02 & 5.276+08 & 1.294-03 & 5.564-03 &  63 & 116 & 1.271+02 & 3.866+04 & 9.358-08 & 1.957-07 \\
  61 & 103 & 1.391+02 & 1.581+07 & 3.569-05 & 1.471-04 &  63 & 117 & 1.268+02 & 1.121+07 & 3.784-05 & 7.902-05 \\
  61 & 104 & 1.390+02 & 3.494+11 & 1.237-00 & 5.093-00 &  63 & 118 & 1.256+02 & 2.369+06 & 3.361-06 & 6.949-06 \\
  61 & 106 & 1.389+02 & 9.757+08 & 2.194-03 & 9.029-03 &  63 & 124 & 1.218+02 & 2.351+07 & 7.322-05 & 1.468-04 \\
  61 & 107 & 1.389+02 & 7.361+08 & 2.127-03 & 8.752-03 &  63 & 129 & 1.126+02 & 1.128+08 & 1.287-04 & 2.386-04 \\
  61 & 108 & 1.388+02 & 3.126+10 & 9.021-02 & 3.709-01 &  63 & 130 & 1.117+02 & 3.488+07 & 6.521-05 & 1.199-04 \\
  61 & 109 & 1.387+02 & 1.308+06 & 4.612-06 & 1.895-05 &  63 & 131 & 1.111+02 & 7.599+07 & 8.433-05 & 1.542-04 \\
  61 & 117 & 1.267+02 & 8.429+05 & 1.577-06 & 5.918-06 &  63 & 136 & 9.224+01 & 1.827+10 & 2.330-02 & 3.538-02 \\
  61 & 124 & 1.217+02 & 8.491+07 & 1.465-04 & 5.280-04 &  63 & 137 & 9.222+01 & 3.098+10 & 5.529-02 & 8.393-02 \\
  61 & 125 & 1.216+02 & 7.257+04 & 1.609-07 & 5.799-07 &  63 & 139 & 9.209+01 & 2.106+10 & 3.748-02 & 5.681-02 \\
  61 & 126 & 1.216+02 & 2.456+06 & 5.443-06 & 1.961-05 &  63 & 143 & 5.875+01 & 6.526+07 & 2.026-05 & 1.959-05 \\
  61 & 127 & 1.216+02 & 1.147+07 & 3.105-05 & 1.118-04 &  63 & 144 & 5.862+01 & 1.861+07 & 9.586-06 & 9.249-06 \\
  61 & 137 & 9.213+01 & 4.156+10 & 4.113-02 & 1.123-01 &  63 & 145 & 5.853+01 & 3.731+07 & 1.150-05 & 1.108-05 \\
  61 & 138 & 9.209+01 & 6.315+08 & 8.029-04 & 2.191-03 &  63 & 150 & 5.560+01 & 1.245+08 & 5.772-05 & 5.282-05 \\
  61 & 139 & 9.200+01 & 2.083+10 & 2.056-02 & 5.604-02 &  63 & 151 & 5.560+01 & 6.132+08 & 3.979-04 & 3.641-04 \\
  61 & 151 & 5.556+01 & 3.591+08 & 1.293-04 & 2.129-04 &  63 & 153 & 5.557+01 & 2.638+08 & 1.710-04 & 1.564-04 \\
  61 & 152 & 5.556+01 & 1.385+07 & 6.409-06 & 1.055-05 &  64 &  68 & 2.747+03 & 4.808+03 & 3.887-06 & 2.461-04 \\
  61 & 153 & 5.553+01 & 2.179+08 & 7.836-05 & 1.289-04 &  64 &  69 & 2.603+03 & 1.173+05 & 8.507-05 & 5.102-03 \\
  62 &  88 & 1.461+02 & 6.795+09 & 1.780-02 & 9.422-02 &  64 &  70 & 2.443+03 & 2.943+04 & 2.633-05 & 1.482-03 \\
  62 & 104 & 1.390+02 & 7.326+09 & 2.123-02 & 1.068-01 &  64 &  76 & 1.784+02 & 3.689+06 & 1.258-05 & 5.172-05 \\
  62 & 105 & 1.390+02 & 3.573+11 & 1.223-00 & 6.155-00 &  64 &  88 & 1.469+02 & 5.145+07 & 2.141-04 & 7.251-04 \\
  62 & 107 & 1.389+02 & 9.006+08 & 2.131-03 & 1.072-02 &  64 &  89 & 1.468+02 & 5.885+09 & 1.357-02 & 4.591-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  64 &  90 & 1.467+02 & 3.613+08 & 1.166-03 & 3.941-03 &  65 & 130 & 1.121+02 & 1.937+06 & 3.649-06 & 6.731-06 \\
  64 &  91 & 1.462+02 & 5.115+06 & 1.171-05 & 3.943-05 &  65 & 131 & 1.115+02 & 2.312+07 & 2.583-05 & 4.740-05 \\
  64 &  92 & 1.459+02 & 1.162+09 & 3.707-03 & 1.246-02 &  65 & 136 & 9.251+01 & 2.798+10 & 3.590-02 & 5.467-02 \\
  64 & 102 & 1.399+02 & 4.042+09 & 8.475-03 & 2.733-02 &  65 & 137 & 9.249+01 & 1.029+09 & 1.848-03 & 2.813-03 \\
  64 & 103 & 1.399+02 & 4.475+10 & 1.313-01 & 4.232-01 &  65 & 139 & 9.236+01 & 2.822+10 & 5.053-02 & 7.682-02 \\
  64 & 106 & 1.396+02 & 2.523+10 & 7.375-02 & 2.373-01 &  65 & 143 & 5.885+01 & 1.300+07 & 4.051-06 & 3.925-06 \\
  64 & 107 & 1.396+02 & 2.866+11 & 1.077-00 & 3.463-00 &  65 & 144 & 5.872+01 & 8.207+05 & 4.243-07 & 4.101-07 \\
  64 & 108 & 1.395+02 & 8.747+09 & 3.281-02 & 1.055-01 &  65 & 145 & 5.864+01 & 1.150+07 & 3.556-06 & 3.432-06 \\
  64 & 115 & 1.277+02 & 7.242+04 & 1.264-07 & 3.717-07 &  65 & 150 & 5.570+01 & 2.428+06 & 1.129-06 & 1.036-06 \\
  64 & 116 & 1.275+02 & 1.728+04 & 3.009-08 & 8.842-08 &  65 & 151 & 5.570+01 & 7.798+07 & 5.077-05 & 4.655-05 \\
  64 & 117 & 1.273+02 & 1.423+06 & 3.456-06 & 1.014-05 &  65 & 153 & 5.567+01 & 2.872+08 & 1.868-04 & 1.711-04 \\
  64 & 124 & 1.222+02 & 1.691+06 & 3.787-06 & 1.067-05 &  66 &  68 & 2.802+03 & 1.940+04 & 1.631-05 & 1.053-03 \\
  64 & 125 & 1.222+02 & 5.289+07 & 1.522-04 & 4.286-04 &  66 &  69 & 2.652+03 & 4.580+03 & 3.448-06 & 2.107-04 \\
  64 & 126 & 1.222+02 & 1.536+07 & 4.419-05 & 1.244-04 &  66 &  70 & 2.486+03 & 3.034+03 & 2.812-06 & 1.611-04 \\
  64 & 130 & 1.120+02 & 1.099+08 & 1.477-04 & 3.813-04 &  66 &  76 & 1.786+02 & 2.459+05 & 8.406-07 & 3.461-06 \\
  64 & 136 & 9.247+01 & 8.938+09 & 8.184-03 & 1.744-02 &  66 &  88 & 1.471+02 & 1.058+07 & 4.414-05 & 1.496-04 \\
  64 & 137 & 9.245+01 & 2.971+10 & 3.807-02 & 8.112-02 &  66 &  89 & 1.469+02 & 1.021+08 & 2.359-04 & 7.987-04 \\
  64 & 138 & 9.242+01 & 1.861+10 & 3.064-02 & 6.525-02 &  66 &  90 & 1.469+02 & 8.490+08 & 2.745-03 & 9.290-03 \\
  64 & 139 & 9.232+01 & 1.051+10 & 1.343-02 & 2.858-02 &  66 &  91 & 1.463+02 & 6.743+09 & 1.546-02 & 5.215-02 \\
  64 & 144 & 5.871+01 & 6.081+07 & 2.244-05 & 3.036-05 &  66 &  92 & 1.460+02 & 2.340+07 & 7.479-05 & 2.517-04 \\
  64 & 150 & 5.569+01 & 1.841+07 & 6.113-06 & 7.845-06 &  66 & 102 & 1.401+02 & 5.245+08 & 1.102-03 & 3.556-03 \\
  64 & 151 & 5.568+01 & 3.373+07 & 1.568-05 & 2.012-05 &  66 & 103 & 1.400+02 & 2.492+09 & 7.323-03 & 2.363-02 \\
  64 & 152 & 5.568+01 & 4.920+08 & 2.940-04 & 3.772-04 &  66 & 106 & 1.398+02 & 3.258+10 & 9.539-02 & 3.072-01 \\
  64 & 153 & 5.565+01 & 6.501+05 & 3.019-07 & 3.871-07 &  66 & 107 & 1.397+02 & 1.531+10 & 5.762-02 & 1.855-01 \\
  65 &  68 & 2.781+03 & 2.790+04 & 3.235-05 & 1.481-03 &  66 & 108 & 1.396+02 & 3.121+11 & 1.173-00 & 3.774-00 \\
  65 &  69 & 2.633+03 & 1.547+03 & 1.608-06 & 6.968-05 &  66 & 115 & 1.278+02 & 5.229+03 & 9.141-09 & 2.691-08 \\
  65 &  70 & 2.469+03 & 2.257+01 & 2.888-08 & 1.174-06 &  66 & 116 & 1.276+02 & 1.514+02 & 2.641-10 & 7.766-10 \\
  65 &  71 & 1.706+03 & 6.224+06 & 1.629-03 & 4.573-02 &  66 & 117 & 1.274+02 & 9.575+05 & 2.330-06 & 6.840-06 \\
  65 &  76 & 1.786+02 & 3.507+04 & 1.676-07 & 4.927-07 &  66 & 124 & 1.223+02 & 1.238+08 & 2.777-04 & 7.830-04 \\
  65 &  77 & 1.777+02 & 1.059+07 & 3.008-05 & 8.801-05 &  66 & 125 & 1.223+02 & 1.370+06 & 3.950-06 & 1.113-05 \\
  65 &  85 & 1.507+02 & 1.301+07 & 2.660-05 & 6.600-05 &  66 & 126 & 1.223+02 & 1.646+08 & 4.741-04 & 1.336-03 \\
  65 &  87 & 1.475+02 & 1.129+09 & 2.208-03 & 5.360-03 &  66 & 130 & 1.121+02 & 7.240+06 & 9.744-06 & 2.518-05 \\
  65 &  89 & 1.469+02 & 1.495+08 & 4.834-04 & 1.169-03 &  66 & 136 & 9.253+01 & 2.376+10 & 2.178-02 & 4.645-02 \\
  65 &  90 & 1.468+02 & 1.640+07 & 7.417-05 & 1.792-04 &  66 & 137 & 9.251+01 & 4.700+09 & 6.031-03 & 1.286-02 \\
  65 &  91 & 1.463+02 & 1.216+09 & 3.899-03 & 9.389-03 &  66 & 138 & 9.248+01 & 4.072+09 & 6.712-03 & 1.430-02 \\
  65 &  92 & 1.460+02 & 3.987+07 & 1.783-04 & 4.284-04 &  66 & 139 & 9.238+01 & 2.487+10 & 3.182-02 & 6.774-02 \\
  65 &  93 & 1.434+02 & 5.034+09 & 9.314-03 & 2.199-02 &  66 & 144 & 5.873+01 & 4.016+06 & 1.484-06 & 2.008-06 \\
  65 & 102 & 1.400+02 & 2.190+10 & 6.437-02 & 1.484-01 &  66 & 150 & 5.571+01 & 1.317+08 & 4.378-05 & 5.620-05 \\
  65 & 103 & 1.400+02 & 3.293+10 & 1.354-01 & 3.120-01 &  66 & 151 & 5.571+01 & 2.833+07 & 1.318-05 & 1.692-05 \\
  65 & 106 & 1.397+02 & 2.747+11 & 1.125-00 & 2.588-00 &  66 & 152 & 5.570+01 & 2.670+07 & 1.597-05 & 2.050-05 \\
  65 & 115 & 1.277+02 & 2.516+06 & 6.152-06 & 1.294-05 &  66 & 153 & 5.567+01 & 1.167+05 & 5.422-08 & 6.957-08 \\
  65 & 116 & 1.276+02 & 2.972+05 & 7.252-07 & 1.523-06 &  67 &  70 & 2.525+03 & 1.394+02 & 1.036-07 & 7.750-06 \\
  65 & 117 & 1.274+02 & 1.096+06 & 3.731-06 & 7.821-06 &  67 &  88 & 1.472+02 & 8.008+08 & 2.602-03 & 1.135-02 \\
  65 & 118 & 1.261+02 & 6.878+06 & 9.836-06 & 2.041-05 &  67 &  90 & 1.470+02 & 2.828+08 & 7.124-04 & 3.102-03 \\
  65 & 124 & 1.223+02 & 6.582+06 & 2.066-05 & 4.158-05 &  67 &  92 & 1.462+02 & 6.015+09 & 1.498-02 & 6.488-02 \\
  65 & 129 & 1.130+02 & 2.403+07 & 2.762-05 & 5.139-05 &  67 & 103 & 1.401+02 & 1.554+09 & 3.558-03 & 1.477-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  67 & 104 & 1.400+02 & 6.984+08 & 2.508-03 & 1.040-02 &  69 &  72 & 1.625+03 & 2.303+06 & 1.276-03 & 3.412-02 \\
  67 & 106 & 1.399+02 & 1.356+09 & 3.093-03 & 1.282-02 &  69 &  74 & 1.576+03 & 1.881+08 & 9.805-02 & 2.544-00 \\
  67 & 107 & 1.399+02 & 4.888+10 & 1.433-01 & 5.939-01 &  69 &  75 & 1.574+03 & 1.385+07 & 5.143-03 & 1.332-01 \\
  67 & 108 & 1.398+02 & 4.006+09 & 1.173-02 & 4.857-02 &  69 &  78 & 1.747+02 & 8.751+06 & 2.403-05 & 6.912-05 \\
  67 & 109 & 1.397+02 & 3.275+11 & 1.172-00 & 4.850-00 &  69 &  79 & 1.736+02 & 2.201+07 & 9.937-05 & 2.839-04 \\
  67 & 117 & 1.275+02 & 3.915+05 & 7.421-07 & 2.804-06 &  69 &  80 & 1.727+02 & 2.472+07 & 1.548-04 & 4.401-04 \\
  67 & 124 & 1.224+02 & 2.271+06 & 3.969-06 & 1.440-05 &  69 &  81 & 1.722+02 & 2.080+07 & 5.550-05 & 1.574-04 \\
  67 & 125 & 1.224+02 & 1.260+08 & 2.831-04 & 1.026-03 &  69 &  82 & 1.716+02 & 8.932+07 & 3.941-04 & 1.113-03 \\
  67 & 126 & 1.223+02 & 1.396+06 & 3.133-06 & 1.136-05 &  69 &  94 & 1.487+02 & 1.723+08 & 3.427-04 & 8.389-04 \\
  67 & 127 & 1.223+02 & 1.474+08 & 4.042-04 & 1.465-03 &  69 &  95 & 1.485+02 & 5.879+08 & 1.944-03 & 4.751-03 \\
  67 & 137 & 9.257+01 & 1.321+10 & 1.319-02 & 3.619-02 &  69 &  98 & 1.481+02 & 7.542+08 & 3.473-03 & 8.469-03 \\
  67 & 138 & 9.253+01 & 2.814+10 & 3.612-02 & 9.902-02 &  69 &  99 & 1.480+02 & 1.262+07 & 4.141-05 & 1.009-04 \\
  67 & 139 & 9.243+01 & 1.558+10 & 1.552-02 & 4.250-02 &  69 & 100 & 1.480+02 & 9.872+05 & 4.536-06 & 1.105-05 \\
  67 & 151 & 5.572+01 & 3.230+07 & 1.169-05 & 1.931-05 &  69 & 110 & 1.476+02 & 7.484+08 & 1.466-03 & 3.563-03 \\
  67 & 152 & 5.572+01 & 7.352+06 & 3.422-06 & 5.650-06 &  69 & 111 & 1.468+02 & 3.310+10 & 6.420-02 & 1.552-01 \\
  67 & 153 & 5.569+01 & 1.211+08 & 4.379-05 & 7.226-05 &  69 & 112 & 1.464+02 & 2.233+09 & 7.174-03 & 1.729-02 \\
  68 &  72 & 1.573+03 & 1.891+08 & 9.817-02 & 2.542-00 &  69 & 114 & 1.351+02 & 7.060+08 & 1.159-03 & 2.577-03 \\
  68 &  74 & 1.527+03 & 6.624+05 & 3.243-04 & 8.155-03 &  69 & 120 & 1.287+02 & 6.233+08 & 2.168-03 & 4.595-03 \\
  68 &  75 & 1.525+03 & 1.936+07 & 6.751-03 & 1.695-01 &  69 & 121 & 1.287+02 & 1.966+11 & 6.830-01 & 1.447-00 \\
  68 &  78 & 1.741+02 & 1.399+06 & 3.816-06 & 1.094-05 &  69 & 123 & 1.286+02 & 1.447+10 & 3.588-02 & 7.596-02 \\
  68 &  79 & 1.729+02 & 9.276+06 & 4.159-05 & 1.184-04 &  69 & 132 & 1.019+02 & 2.174+08 & 2.032-04 & 3.410-04 \\
  68 &  80 & 1.721+02 & 2.854+04 & 1.775-07 & 5.029-07 &  69 & 133 & 1.019+02 & 3.814+09 & 5.935-03 & 9.953-03 \\
  68 &  81 & 1.716+02 & 3.624+07 & 9.603-05 & 2.713-04 &  69 & 134 & 1.018+02 & 1.923+10 & 4.181-02 & 7.004-02 \\
  68 &  82 & 1.710+02 & 1.362+06 & 5.970-06 & 1.680-05 &  69 & 135 & 1.003+02 & 7.131+09 & 1.076-02 & 1.777-02 \\
  68 &  94 & 1.483+02 & 1.418+09 & 2.804-03 & 6.843-03 &  69 & 140 & 6.222+01 & 7.027+06 & 2.447-06 & 2.506-06 \\
  68 &  95 & 1.481+02 & 1.611+07 & 5.293-05 & 1.290-04 &  69 & 146 & 5.792+01 & 2.292+07 & 6.918-06 & 6.596-06 \\
  68 &  98 & 1.477+02 & 3.065+07 & 1.403-04 & 3.411-04 &  69 & 147 & 5.791+01 & 9.495+05 & 4.774-07 & 4.551-07 \\
  68 &  99 & 1.475+02 & 1.045+08 & 3.410-04 & 8.282-04 &  69 & 148 & 5.790+01 & 2.503+06 & 1.761-06 & 1.678-06 \\
  68 & 100 & 1.475+02 & 2.345+08 & 1.071-03 & 2.600-03 &  69 & 149 & 5.767+01 & 1.656+05 & 8.255-08 & 7.835-08 \\
  68 & 110 & 1.472+02 & 3.131+10 & 6.100-02 & 1.478-01 &  69 & 154 & 5.680+01 & 1.675+05 & 1.134-07 & 1.061-07 \\
  68 & 111 & 1.464+02 & 2.616+09 & 5.044-03 & 1.215-02 &  70 &  72 & 1.694+03 & 8.553+06 & 3.678-03 & 1.436-01 \\
  68 & 112 & 1.459+02 & 3.208+09 & 1.024-02 & 2.461-02 &  70 &  73 & 1.668+03 & 1.690+08 & 9.067-02 & 3.486-00 \\
  68 & 114 & 1.347+02 & 1.441+07 & 2.352-05 & 5.215-05 &  70 &  74 & 1.641+03 & 1.028+07 & 4.152-03 & 1.570-01 \\
  68 & 120 & 1.284+02 & 1.975+11 & 6.834-01 & 1.444-00 &  70 &  75 & 1.638+03 & 7.036+05 & 2.023-04 & 7.638-03 \\
  68 & 121 & 1.283+02 & 2.076+06 & 7.177-06 & 1.516-05 &  70 &  79 & 1.743+02 & 2.998+07 & 9.755-05 & 3.918-04 \\
  68 & 123 & 1.283+02 & 1.781+10 & 4.393-02 & 9.274-02 &  70 &  80 & 1.735+02 & 1.760+07 & 7.942-05 & 3.175-04 \\
  68 & 132 & 1.017+02 & 2.815+10 & 2.620-02 & 4.387-02 &  70 &  82 & 1.723+02 & 6.916+05 & 2.199-06 & 8.730-06 \\
  68 & 133 & 1.017+02 & 1.288+10 & 1.996-02 & 3.340-02 &  70 &  95 & 1.491+02 & 3.060+08 & 7.281-04 & 2.501-03 \\
  68 & 134 & 1.016+02 & 6.769+07 & 1.466-04 & 2.450-04 &  70 &  97 & 1.490+02 & 2.761+08 & 1.181-03 & 4.056-03 \\
  68 & 135 & 1.001+02 & 7.375+09 & 1.108-02 & 1.827-02 &  70 &  98 & 1.487+02 & 6.944+07 & 2.301-04 & 7.885-04 \\
  68 & 140 & 6.214+01 & 1.333+05 & 4.630-08 & 4.736-08 &  70 &  99 & 1.485+02 & 1.424+07 & 3.364-05 & 1.151-04 \\
  68 & 146 & 5.785+01 & 4.663+08 & 1.404-04 & 1.337-04 &  70 & 100 & 1.485+02 & 4.944+07 & 1.635-04 & 5.594-04 \\
  68 & 147 & 5.785+01 & 3.681+07 & 1.846-05 & 1.758-05 &  70 & 101 & 1.484+02 & 2.485+07 & 1.056-04 & 3.610-04 \\
  68 & 148 & 5.783+01 & 6.364+05 & 4.467-07 & 4.252-07 &  70 & 112 & 1.469+02 & 3.356+10 & 7.757-02 & 2.626-01 \\
  68 & 149 & 5.760+01 & 2.562+04 & 1.274-08 & 1.208-08 &  70 & 120 & 1.292+02 & 1.252+10 & 3.131-02 & 9.320-02 \\
  68 & 154 & 5.673+01 & 6.323+06 & 4.271-06 & 3.989-06 &  70 & 121 & 1.291+02 & 1.030+10 & 2.574-02 & 7.656-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  70 & 122 & 1.291+02 & 2.113+11 & 6.786-01 & 2.019-00 &  72 & 115 & 1.463+02 & 7.350+09 & 1.685-02 & 5.682-02 \\
  70 & 123 & 1.290+02 & 9.516+08 & 1.696-03 & 5.043-03 &  72 & 116 & 1.461+02 & 1.764+08 & 4.034-04 & 1.359-03 \\
  70 & 133 & 1.021+02 & 7.878+09 & 8.801-03 & 2.072-02 &  72 & 117 & 1.458+02 & 2.982+08 & 9.511-04 & 3.197-03 \\
  70 & 134 & 1.020+02 & 1.730+10 & 2.700-02 & 6.349-02 &  72 & 124 & 1.392+02 & 1.294+10 & 3.762-02 & 1.207-01 \\
  70 & 135 & 1.006+02 & 1.999+10 & 2.166-02 & 5.020-02 &  72 & 125 & 1.392+02 & 3.762+09 & 1.405-02 & 4.507-02 \\
  70 & 147 & 5.800+01 & 2.230+08 & 8.031-05 & 1.073-04 &  72 & 126 & 1.391+02 & 3.428+11 & 1.279-00 & 4.102-00 \\
  70 & 148 & 5.798+01 & 5.606+06 & 2.825-06 & 3.775-06 &  72 & 130 & 1.262+02 & 1.304+05 & 2.222-07 & 6.461-07 \\
  70 & 149 & 5.775+01 & 2.018+08 & 7.205-05 & 9.589-05 &  72 & 136 & 1.019+02 & 2.588+10 & 2.877-02 & 6.755-02 \\
  70 & 154 & 5.688+01 & 3.169+05 & 1.537-07 & 2.015-07 &  72 & 137 & 1.019+02 & 1.437+10 & 2.235-02 & 5.248-02 \\
  70 & 155 & 5.688+01 & 1.250+05 & 7.797-08 & 1.022-07 &  72 & 138 & 1.018+02 & 1.692+08 & 3.382-04 & 7.935-04 \\
  70 & 157 & 5.687+01 & 1.189+07 & 7.415-06 & 9.719-06 &  72 & 139 & 1.017+02 & 3.727+09 & 5.779-03 & 1.355-02 \\
  71 &  75 & 2.331+03 & 4.846+07 & 6.580-02 & 1.515-00 &  72 & 144 & 6.237+01 & 1.095+05 & 4.563-08 & 6.558-08 \\
  71 &  78 & 1.813+02 & 5.803+07 & 2.859-04 & 5.118-04 &  72 & 150 & 5.897+01 & 3.822+08 & 1.423-04 & 1.934-04 \\
  71 &  79 & 1.800+02 & 1.201+07 & 9.720-05 & 1.728-04 &  72 & 151 & 5.897+01 & 2.167+07 & 1.130-05 & 1.535-05 \\
  71 &  81 & 1.786+02 & 1.163+09 & 5.560-03 & 9.807-03 &  72 & 152 & 5.896+01 & 2.227+05 & 1.492-07 & 2.027-07 \\
  71 &  82 & 1.779+02 & 2.016+06 & 1.594-05 & 2.799-05 &  72 & 153 & 5.893+01 & 1.503+06 & 7.824-07 & 1.063-06 \\
  71 &  83 & 1.723+02 & 1.078+08 & 1.598-04 & 2.720-04 &  73 &  88 & 1.725+02 & 1.860+06 & 8.300-06 & 4.243-05 \\
  71 &  94 & 1.534+02 & 7.118+08 & 2.512-03 & 3.806-03 &  73 &  90 & 1.722+02 & 1.717+06 & 5.936-06 & 3.029-05 \\
  71 &  95 & 1.532+02 & 2.828+09 & 1.658-02 & 2.509-02 &  73 &  92 & 1.710+02 & 3.738+06 & 1.275-05 & 6.462-05 \\
  71 &  99 & 1.526+02 & 6.294+09 & 3.664-02 & 5.523-02 &  73 & 103 & 1.629+02 & 3.685+07 & 1.140-04 & 5.500-04 \\
  71 & 110 & 1.522+02 & 8.905+09 & 3.094-02 & 4.652-02 &  73 & 104 & 1.627+02 & 5.062+06 & 2.454-05 & 1.183-04 \\
  71 & 111 & 1.514+02 & 3.080+09 & 1.059-02 & 1.584-02 &  73 & 106 & 1.625+02 & 1.597+05 & 4.918-07 & 2.368-06 \\
  71 & 112 & 1.509+02 & 3.544+08 & 2.017-03 & 3.007-03 &  73 & 107 & 1.625+02 & 1.869+07 & 7.395-05 & 3.560-04 \\
  71 & 113 & 1.487+02 & 4.035+10 & 4.459-02 & 6.548-02 &  73 & 108 & 1.623+02 & 3.818+06 & 1.509-05 & 7.256-05 \\
  71 & 114 & 1.390+02 & 1.355+08 & 3.923-04 & 5.384-04 &  73 & 109 & 1.623+02 & 1.080+08 & 5.214-04 & 2.507-03 \\
  71 & 119 & 1.358+02 & 3.127+05 & 2.882-07 & 3.865-07 &  73 & 117 & 1.460+02 & 7.165+09 & 1.782-02 & 7.710-02 \\
  71 & 123 & 1.321+02 & 1.715+11 & 7.481-01 & 9.761-01 &  73 & 124 & 1.394+02 & 4.425+08 & 1.003-03 & 4.141-03 \\
  71 & 132 & 1.041+02 & 5.021+09 & 8.161-03 & 8.393-03 &  73 & 125 & 1.394+02 & 1.363+10 & 3.969-02 & 1.639-01 \\
  71 & 133 & 1.041+02 & 7.749+09 & 2.097-02 & 2.155-02 &  73 & 126 & 1.393+02 & 8.010+09 & 2.331-02 & 9.622-02 \\
  71 & 135 & 1.025+02 & 9.793+09 & 2.569-02 & 2.599-02 &  73 & 127 & 1.393+02 & 3.567+11 & 1.268-00 & 5.233-00 \\
  71 & 140 & 6.303+01 & 1.401+06 & 8.344-07 & 5.194-07 &  73 & 137 & 1.020+02 & 5.899+09 & 7.151-03 & 2.160-02 \\
  71 & 141 & 6.268+01 & 6.205+03 & 1.218-09 & 7.542-10 &  73 & 138 & 1.019+02 & 1.697+10 & 2.642-02 & 7.978-02 \\
  71 & 146 & 5.862+01 & 2.603+06 & 1.341-06 & 7.765-07 &  73 & 139 & 1.018+02 & 1.965+10 & 2.375-02 & 7.163-02 \\
  71 & 147 & 5.861+01 & 1.245+06 & 1.068-06 & 6.185-07 &  73 & 151 & 5.900+01 & 1.364+08 & 5.535-05 & 9.675-05 \\
  71 & 149 & 5.836+01 & 1.069+08 & 9.099-05 & 5.245-05 &  73 & 152 & 5.899+01 & 6.600+06 & 3.444-06 & 6.019-06 \\
  72 &  76 & 2.172+02 & 7.668+03 & 3.873-08 & 1.938-07 &  73 & 153 & 5.896+01 & 2.481+08 & 1.006-04 & 1.757-04 \\
  72 &  88 & 1.722+02 & 6.486+04 & 3.709-07 & 1.472-06 &  74 &  76 & 2.181+02 & 2.473+06 & 1.259-05 & 6.329-05 \\
  72 &  89 & 1.720+02 & 2.758+04 & 8.737-08 & 3.463-07 &  74 &  88 & 1.728+02 & 1.423+05 & 8.191-07 & 3.262-06 \\
  72 &  90 & 1.719+02 & 7.356+05 & 3.260-06 & 1.291-05 &  74 &  89 & 1.726+02 & 4.770+06 & 1.521-05 & 6.048-05 \\
  72 &  91 & 1.712+02 & 4.548+05 & 1.428-06 & 5.632-06 &  74 &  90 & 1.725+02 & 2.702+06 & 1.205-05 & 4.789-05 \\
  72 &  92 & 1.708+02 & 1.172+04 & 5.124-08 & 2.017-07 &  74 &  91 & 1.718+02 & 2.790+05 & 8.816-07 & 3.489-06 \\
  72 & 102 & 1.627+02 & 3.537+07 & 1.002-04 & 3.758-04 &  74 &  92 & 1.713+02 & 5.812+06 & 2.558-05 & 1.010-04 \\
  72 & 103 & 1.626+02 & 1.378+06 & 5.463-06 & 2.047-05 &  74 & 102 & 1.632+02 & 2.280+06 & 6.501-06 & 2.445-05 \\
  72 & 106 & 1.623+02 & 1.990+07 & 7.855-05 & 2.937-04 &  74 & 103 & 1.631+02 & 2.291+07 & 9.139-05 & 3.436-04 \\
  72 & 107 & 1.622+02 & 1.268+05 & 6.433-07 & 2.405-06 &  74 & 106 & 1.628+02 & 6.170+06 & 2.451-05 & 9.193-05 \\
  72 & 108 & 1.621+02 & 1.299+08 & 6.581-04 & 2.458-03 &  74 & 107 & 1.627+02 & 1.381+08 & 7.051-04 & 2.644-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  74 & 108 & 1.626+02 & 2.838+05 & 1.447-06 & 5.420-06 &  76 &  78 & 1.988+03 & 3.307+08 & 1.176-01 & 3.849-00 \\
  74 & 115 & 1.467+02 & 7.250+07 & 1.672-04 & 5.652-04 &  76 &  79 & 1.845+03 & 1.916+08 & 9.782-02 & 2.971-00 \\
  74 & 116 & 1.466+02 & 7.527+09 & 1.731-02 & 5.846-02 &  76 &  80 & 1.758+03 & 4.878+08 & 3.165-01 & 9.158-00 \\
  74 & 117 & 1.462+02 & 3.341+08 & 1.071-03 & 3.611-03 &  76 &  81 & 1.708+03 & 1.026+07 & 2.692-03 & 7.570-02 \\
  74 & 124 & 1.396+02 & 1.477+10 & 4.316-02 & 1.389-01 &  76 &  82 & 1.643+03 & 3.182+08 & 1.288-01 & 3.484-00 \\
  74 & 125 & 1.396+02 & 3.324+11 & 1.248-00 & 4.014-00 &  76 &  94 & 6.647+02 & 5.491+04 & 2.182-06 & 2.388-05 \\
  74 & 126 & 1.395+02 & 6.276+09 & 2.355-02 & 7.571-02 &  76 &  95 & 6.606+02 & 8.014+05 & 5.243-05 & 5.701-04 \\
  74 & 130 & 1.264+02 & 6.102+07 & 1.045-04 & 3.045-04 &  76 &  98 & 6.532+02 & 1.593+06 & 1.427-04 & 1.534-03 \\
  74 & 136 & 1.021+02 & 2.464+08 & 2.750-04 & 6.469-04 &  76 &  99 & 6.503+02 & 7.939+03 & 5.034-07 & 5.389-06 \\
  74 & 137 & 1.021+02 & 7.208+08 & 1.126-03 & 2.648-03 &  76 & 100 & 6.500+02 & 2.118+04 & 1.879-06 & 2.010-05 \\
  74 & 138 & 1.020+02 & 3.760+10 & 7.544-02 & 1.774-01 &  76 & 110 & 6.432+02 & 2.856+06 & 1.063-04 & 1.125-03 \\
  74 & 139 & 1.019+02 & 8.529+09 & 1.328-02 & 3.118-02 &  76 & 111 & 6.288+02 & 2.377+07 & 8.453-04 & 8.750-03 \\
  74 & 144 & 6.244+01 & 5.212+07 & 2.176-05 & 3.132-05 &  76 & 112 & 6.207+02 & 1.574+06 & 9.090-05 & 9.287-04 \\
  74 & 150 & 5.903+01 & 5.877+06 & 2.193-06 & 2.984-06 &  76 & 114 & 4.582+02 & 4.813+07 & 9.090-04 & 6.856-03 \\
  74 & 151 & 5.903+01 & 4.462+07 & 2.331-05 & 3.171-05 &  76 & 120 & 3.926+02 & 3.359+04 & 1.086-06 & 7.021-06 \\
  74 & 152 & 5.903+01 & 3.749+08 & 2.518-04 & 3.425-04 &  76 & 121 & 3.919+02 & 2.475+06 & 7.980-05 & 5.148-04 \\
  74 & 153 & 5.900+01 & 2.439+06 & 1.273-06 & 1.731-06 &  76 & 123 & 3.913+02 & 2.302+05 & 5.284-06 & 3.403-05 \\
  75 &  76 & 2.181+02 & 1.552+05 & 1.107-06 & 3.974-06 &  76 & 132 & 2.179+02 & 1.662+05 & 7.096-07 & 2.545-06 \\
  75 &  77 & 2.169+02 & 5.390+06 & 2.280-05 & 8.139-05 &  76 & 133 & 2.176+02 & 1.399+06 & 9.932-06 & 3.558-05 \\
  75 &  85 & 1.780+02 & 6.060+04 & 1.727-07 & 5.059-07 &  76 & 134 & 2.171+02 & 6.140+06 & 6.077-05 & 2.172-04 \\
  75 &  87 & 1.734+02 & 7.502+06 & 2.029-05 & 5.793-05 &  76 & 135 & 2.107+02 & 1.811+03 & 1.205-08 & 4.180-08 \\
  75 &  89 & 1.726+02 & 8.967+04 & 4.004-07 & 1.138-06 &  76 & 140 & 9.216+01 & 8.694+10 & 6.641-02 & 1.007-01 \\
  75 &  90 & 1.725+02 & 7.317+05 & 4.570-06 & 1.298-05 &  76 & 146 & 8.303+01 & 2.567+06 & 1.592-06 & 2.176-06 \\
  75 &  91 & 1.718+02 & 3.802+06 & 1.682-05 & 4.757-05 &  76 & 147 & 8.301+01 & 1.988+07 & 2.054-05 & 2.807-05 \\
  75 &  92 & 1.714+02 & 1.592+04 & 9.813-08 & 2.768-07 &  76 & 148 & 8.297+01 & 6.124+07 & 8.849-05 & 1.209-04 \\
  75 &  93 & 1.679+02 & 2.429+08 & 6.157-04 & 1.701-03 &  76 & 149 & 8.250+01 & 3.184+05 & 3.249-07 & 4.412-07 \\
  75 & 102 & 1.632+02 & 2.110+07 & 8.428-05 & 2.264-04 &  76 & 154 & 8.074+01 & 1.234+01 & 1.688-11 & 2.243-11 \\
  75 & 103 & 1.631+02 & 1.322+07 & 7.388-05 & 1.984-04 &  77 &  78 & 2.099+03 & 6.008+06 & 3.969-03 & 8.229-02 \\
  75 & 106 & 1.628+02 & 6.457+07 & 3.592-04 & 9.626-04 &  77 &  79 & 1.940+03 & 1.968+08 & 1.852-01 & 3.549-00 \\
  75 & 115 & 1.468+02 & 5.685+08 & 1.835-03 & 4.434-03 &  77 &  81 & 1.789+03 & 4.335+08 & 2.081-01 & 3.677-00 \\
  75 & 116 & 1.466+02 & 3.789+08 & 1.220-03 & 2.944-03 &  77 &  82 & 1.718+03 & 2.391+08 & 1.764-01 & 2.993-00 \\
  75 & 117 & 1.463+02 & 2.586+06 & 1.161-05 & 2.795-05 &  77 &  83 & 1.308+03 & 1.211+09 & 1.036-01 & 1.338-00 \\
  75 & 118 & 1.446+02 & 7.100+09 & 1.335-02 & 3.178-02 &  77 &  94 & 6.766+02 & 4.452+05 & 3.056-05 & 2.042-04 \\
  75 & 124 & 1.396+02 & 3.220+11 & 1.317-00 & 3.027-00 &  77 &  95 & 6.724+02 & 2.464+05 & 2.783-05 & 1.848-04 \\
  75 & 129 & 1.277+02 & 2.604+07 & 3.818-05 & 8.025-05 &  77 &  99 & 6.618+02 & 6.231+06 & 6.819-04 & 4.457-03 \\
  75 & 130 & 1.265+02 & 4.472+06 & 1.072-05 & 2.232-05 &  77 & 110 & 6.544+02 & 3.738+04 & 2.400-06 & 1.551-05 \\
  75 & 131 & 1.257+02 & 9.825+05 & 1.396-06 & 2.888-06 &  77 & 111 & 6.395+02 & 1.377+05 & 8.441-06 & 5.331-05 \\
  75 & 136 & 1.021+02 & 7.460+09 & 1.166-02 & 1.959-02 &  77 & 112 & 6.311+02 & 6.485+05 & 6.453-05 & 4.022-04 \\
  75 & 137 & 1.021+02 & 2.509+10 & 5.486-02 & 9.218-02 &  77 & 113 & 5.937+02 & 2.736+08 & 4.820-03 & 2.826-02 \\
  75 & 139 & 1.019+02 & 9.346+09 & 2.037-02 & 3.418-02 &  77 & 114 & 4.639+02 & 1.319+07 & 4.255-04 & 1.949-03 \\
  75 & 143 & 6.260+01 & 2.723+07 & 9.597-06 & 9.888-06 &  77 & 119 & 4.304+02 & 1.532+08 & 1.418-03 & 6.029-03 \\
  75 & 144 & 6.245+01 & 3.765+06 & 2.201-06 & 2.263-06 &  77 & 123 & 3.954+02 & 9.382+06 & 3.665-04 & 1.431-03 \\
  75 & 145 & 6.235+01 & 1.359+06 & 4.751-07 & 4.877-07 &  77 & 132 & 2.191+02 & 9.923+05 & 7.143-06 & 1.546-05 \\
  75 & 150 & 5.904+01 & 3.083+07 & 1.611-05 & 1.566-05 &  77 & 133 & 2.189+02 & 1.679+06 & 2.010-05 & 4.344-05 \\
  75 & 151 & 5.904+01 & 1.771+08 & 1.296-04 & 1.259-04 &  77 & 135 & 2.119+02 & 6.909+05 & 7.749-06 & 1.622-05 \\
  75 & 153 & 5.900+01 & 1.054+08 & 7.698-05 & 7.476-05 &  77 & 140 & 9.238+01 & 1.819+10 & 2.327-02 & 2.123-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  77 & 141 & 9.163+01 & 9.043+10 & 3.794-02 & 3.434-02 &  79 & 143 & 9.218+01 & 7.840+10 & 5.992-02 & 9.091-02 \\
  77 & 146 & 8.321+01 & 1.900+07 & 1.973-05 & 1.621-05 &  79 & 144 & 9.186+01 & 1.791+08 & 2.266-04 & 3.426-04 \\
  77 & 147 & 8.319+01 & 1.478+07 & 2.555-05 & 2.100-05 &  79 & 145 & 9.165+01 & 5.558+09 & 4.200-03 & 6.336-03 \\
  77 & 149 & 8.268+01 & 1.114+08 & 1.903-04 & 1.554-04 &  79 & 150 & 8.467+01 & 2.856+05 & 3.069-07 & 4.277-07 \\
  78 &  84 & 1.928+03 & 8.145+06 & 1.512-03 & 2.879-02 &  79 & 151 & 8.466+01 & 6.673+06 & 1.004-05 & 1.399-05 \\
  78 &  85 & 1.884+03 & 4.578+06 & 2.435-03 & 4.530-02 &  79 & 153 & 8.458+01 & 1.328+07 & 1.994-05 & 2.777-05 \\
  78 &  86 & 1.515+03 & 8.661+08 & 9.931-02 & 1.486-00 &  80 &  88 & 1.582+03 & 7.944+08 & 3.835-01 & 1.398+01 \\
  78 &  87 & 1.474+03 & 7.198+08 & 2.344-01 & 3.412-00 &  80 &  89 & 1.562+03 & 3.822+07 & 9.980-03 & 3.591-01 \\
  78 &  89 & 1.416+03 & 3.647+08 & 1.827-01 & 2.555-00 &  80 &  90 & 1.555+03 & 1.286+08 & 4.660-02 & 1.669-00 \\
  78 &  91 & 1.364+03 & 2.878+07 & 1.338-02 & 1.803-01 &  80 &  91 & 1.499+03 & 1.317+07 & 3.168-03 & 1.094-01 \\
  78 &  93 & 1.150+03 & 8.543+02 & 1.694-07 & 1.924-06 &  80 &  92 & 1.466+03 & 1.831+08 & 5.901-02 & 1.994-00 \\
  78 & 102 & 9.621+02 & 1.091+02 & 2.522-08 & 2.397-07 &  80 & 102 & 1.027+03 & 6.265+01 & 7.078-09 & 1.675-07 \\
  78 & 115 & 5.792+02 & 5.343+05 & 4.479-05 & 2.562-04 &  80 & 103 & 1.025+03 & 2.443+02 & 3.847-08 & 9.087-07 \\
  78 & 116 & 5.763+02 & 8.404+06 & 6.976-04 & 3.971-03 &  80 & 106 & 1.011+03 & 1.484+03 & 2.275-07 & 5.301-06 \\
  78 & 118 & 5.470+02 & 6.000+05 & 2.692-05 & 1.454-04 &  80 & 107 & 1.010+03 & 1.424+04 & 2.798-06 & 6.510-05 \\
  78 & 128 & 3.661+02 & 2.713+07 & 1.817-04 & 6.569-04 &  80 & 108 & 1.005+03 & 1.253+02 & 2.438-08 & 5.644-07 \\
  78 & 129 & 3.644+02 & 2.859+07 & 5.692-04 & 2.049-03 &  80 & 115 & 6.022+02 & 2.258+03 & 8.767-08 & 1.217-06 \\
  78 & 130 & 3.547+02 & 1.991+07 & 6.259-04 & 2.193-03 &  80 & 116 & 5.991+02 & 5.167+06 & 1.986-04 & 2.742-03 \\
  78 & 131 & 3.486+02 & 6.299+06 & 1.148-04 & 3.951-04 &  80 & 117 & 5.941+02 & 2.378+06 & 1.258-04 & 1.723-03 \\
  78 & 136 & 2.125+02 & 3.373+05 & 3.805-06 & 7.983-06 &  80 & 124 & 4.978+02 & 7.678+03 & 2.852-07 & 3.272-06 \\
  78 & 142 & 9.190+01 & 7.495+10 & 3.163-02 & 2.871-02 &  80 & 125 & 4.974+02 & 1.726+05 & 8.232-06 & 9.435-05 \\
  78 & 143 & 9.185+01 & 2.062+10 & 2.608-02 & 2.365-02 &  80 & 126 & 4.968+02 & 1.290+03 & 6.137-08 & 7.025-07 \\
  78 & 144 & 9.153+01 & 3.624+09 & 7.587-03 & 6.858-03 &  80 & 130 & 3.632+02 & 2.812+07 & 3.971-04 & 3.324-03 \\
  78 & 145 & 9.132+01 & 6.059+09 & 7.576-03 & 6.834-03 &  80 & 136 & 2.155+02 & 1.277+05 & 6.348-07 & 3.152-06 \\
  78 & 150 & 8.439+01 & 7.230+04 & 1.287-07 & 1.072-07 &  80 & 137 & 2.154+02 & 3.163+06 & 2.200-05 & 1.092-04 \\
  79 &  85 & 2.033+03 & 9.976+04 & 3.708-05 & 1.241-03 &  80 & 138 & 2.152+02 & 2.971+07 & 2.651-04 & 1.315-03 \\
  79 &  87 & 1.564+03 & 8.086+07 & 1.778-02 & 4.578-01 &  80 & 139 & 2.147+02 & 1.180+05 & 8.155-07 & 4.034-06 \\
  79 &  89 & 1.499+03 & 8.650+07 & 2.912-02 & 7.184-01 &  80 & 144 & 9.208+01 & 7.288+10 & 6.618-02 & 1.404-01 \\
  79 &  90 & 1.492+03 & 7.898+08 & 3.692-01 & 9.068-00 &  80 & 150 & 8.486+01 & 3.045+03 & 2.348-09 & 4.592-09 \\
  79 &  91 & 1.441+03 & 3.306+08 & 1.029-01 & 2.440-00 &  80 & 151 & 8.485+01 & 4.303+05 & 4.645-07 & 9.083-07 \\
  79 &  92 & 1.411+03 & 9.323+06 & 3.894-03 & 9.042-02 &  80 & 152 & 8.484+01 & 9.886+06 & 1.372-05 & 2.681-05 \\
  79 &  93 & 1.204+03 & 3.461+07 & 4.513-03 & 8.945-02 &  80 & 153 & 8.478+01 & 8.635+04 & 9.304-08 & 1.818-07 \\
  79 & 102 & 9.996+02 & 1.281+03 & 1.919-07 & 3.157-06 &  81 &  84 & 2.292+03 & 7.297+04 & 1.916-05 & 4.338-04 \\
  79 & 103 & 9.975+02 & 1.645+05 & 3.436-05 & 5.641-04 &  81 &  85 & 2.230+03 & 8.661+05 & 6.458-04 & 1.422-02 \\
  79 & 106 & 9.844+02 & 4.758+04 & 9.678-06 & 1.568-04 &  81 &  86 & 1.731+03 & 1.119+07 & 1.676-03 & 2.865-02 \\
  79 & 115 & 5.926+02 & 4.197+05 & 2.210-05 & 2.156-04 &  81 &  87 & 1.678+03 & 2.791+06 & 1.178-03 & 1.952-02 \\
  79 & 116 & 5.896+02 & 3.211+06 & 1.673-04 & 1.624-03 &  81 &  89 & 1.603+03 & 7.419+07 & 4.765-02 & 7.544-01 \\
  79 & 117 & 5.848+02 & 6.214+03 & 4.460-07 & 4.293-06 &  81 &  91 & 1.537+03 & 5.570+08 & 3.289-01 & 4.993-00 \\
  79 & 118 & 5.589+02 & 3.536+06 & 9.937-05 & 9.142-04 &  81 &  93 & 1.271+03 & 6.699+08 & 1.621-01 & 2.035-00 \\
  79 & 124 & 4.912+02 & 1.314+02 & 6.652-09 & 5.379-08 &  81 & 102 & 1.045+03 & 2.867+03 & 7.823-07 & 8.074-06 \\
  79 & 129 & 3.697+02 & 1.160+07 & 1.426-04 & 8.676-04 &  81 & 115 & 6.083+02 & 6.699+04 & 6.194-06 & 3.721-05 \\
  79 & 130 & 3.597+02 & 6.460+06 & 1.253-04 & 7.418-04 &  81 & 116 & 6.051+02 & 1.034+05 & 9.457-06 & 5.652-05 \\
  79 & 131 & 3.534+02 & 6.408+04 & 7.199-07 & 4.188-06 &  81 & 118 & 5.729+02 & 5.863+07 & 2.885-03 & 1.632-02 \\
  79 & 136 & 2.142+02 & 2.502+06 & 1.722-05 & 6.071-05 &  81 & 128 & 3.775+02 & 8.677+06 & 6.178-05 & 2.303-04 \\
  79 & 137 & 2.141+02 & 1.633+07 & 1.572-04 & 5.540-04 &  81 & 129 & 3.757+02 & 1.447+04 & 3.062-07 & 1.136-06 \\
  79 & 139 & 2.134+02 & 8.035+05 & 7.682-06 & 2.699-05 &  81 & 130 & 3.654+02 & 6.042+06 & 2.016-04 & 7.275-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  81 & 131 & 3.589+02 & 1.088+05 & 2.101-06 & 7.446-06 &  84 & 132 & 2.802+02 & 9.642+06 & 3.406-04 & 3.142-04 \\
  81 & 136 & 2.162+02 & 4.199+06 & 4.906-05 & 1.048-04 &  84 & 140 & 1.017+02 & 1.333+10 & 6.205-02 & 2.078-02 \\
  81 & 142 & 9.260+01 & 2.797+10 & 1.199-02 & 1.096-02 &  84 & 146 & 9.072+01 & 3.768+08 & 1.395-03 & 4.166-04 \\
  81 & 143 & 9.255+01 & 1.945+08 & 2.498-04 & 2.283-04 &  85 &  94 & 2.125+03 & 1.594+06 & 1.079-03 & 2.265-02 \\
  81 & 144 & 9.222+01 & 3.987+09 & 8.473-03 & 7.718-03 &  85 &  95 & 2.084+03 & 1.392+05 & 1.510-04 & 3.107-03 \\
  81 & 145 & 9.202+01 & 3.268+10 & 4.148-02 & 3.770-02 &  85 &  99 & 1.985+03 & 1.164+06 & 1.146-03 & 2.247-02 \\
  81 & 150 & 8.498+01 & 9.215+05 & 1.663-06 & 1.395-06 &  85 & 110 & 1.920+03 & 2.721+08 & 1.504-01 & 2.851-00 \\
  82 &  85 & 2.351+03 & 6.358+05 & 3.162-04 & 1.224-02 &  85 & 111 & 1.797+03 & 1.039+08 & 5.029-02 & 8.926-01 \\
  82 &  87 & 1.746+03 & 8.373+07 & 2.295-02 & 6.595-01 &  85 & 112 & 1.732+03 & 5.046+08 & 3.783-01 & 6.472-00 \\
  82 &  89 & 1.665+03 & 2.951+08 & 1.226-01 & 3.361-00 &  85 & 113 & 1.477+03 & 8.116+08 & 8.849-02 & 1.291-00 \\
  82 &  90 & 1.657+03 & 5.807+06 & 3.347-03 & 9.130-02 &  85 & 114 & 8.707+02 & 4.088+07 & 4.646-03 & 3.995-02 \\
  82 &  91 & 1.594+03 & 2.012+06 & 7.662-04 & 2.010-02 &  85 & 119 & 7.597+02 & 6.947+07 & 2.004-03 & 1.503-02 \\
  82 &  92 & 1.557+03 & 6.738+08 & 3.429-01 & 8.789-00 &  85 & 123 & 6.571+02 & 1.946+04 & 2.099-06 & 1.362-05 \\
  82 &  93 & 1.309+03 & 3.385+06 & 5.218-04 & 1.124-02 &  85 & 132 & 2.812+02 & 4.325+06 & 5.127-05 & 1.424-04 \\
  82 & 102 & 1.071+03 & 6.965-00 & 1.198-09 & 2.111-08 &  85 & 133 & 2.808+02 & 8.839+06 & 1.741-04 & 4.829-04 \\
  82 & 103 & 1.068+03 & 8.681+04 & 2.080-05 & 3.659-04 &  85 & 135 & 2.694+02 & 2.446+03 & 4.433-08 & 1.179-07 \\
  82 & 106 & 1.054+03 & 5.868+04 & 1.367-05 & 2.370-04 &  85 & 140 & 1.019+02 & 2.581+10 & 4.015-02 & 4.039-02 \\
  82 & 115 & 6.170+02 & 4.604+05 & 2.628-05 & 2.669-04 &  85 & 141 & 1.009+02 & 3.569+10 & 1.818-02 & 1.812-02 \\
  82 & 116 & 6.137+02 & 8.645+06 & 4.882-04 & 4.932-03 &  85 & 146 & 9.082+01 & 1.676+08 & 2.073-04 & 1.859-04 \\
  82 & 117 & 6.085+02 & 1.822+04 & 1.416-06 & 1.419-05 &  85 & 147 & 9.080+01 & 3.820+08 & 7.870-04 & 7.057-04 \\
  82 & 118 & 5.806+02 & 1.283+06 & 3.890-05 & 3.718-04 &  85 & 149 & 9.019+01 & 3.916+08 & 7.960-04 & 7.091-04 \\
  82 & 124 & 5.078+02 & 3.094+04 & 1.675-06 & 1.400-05 &  86 &  94 & 2.930+03 & 5.147+07 & 1.987-01 & 1.916-00 \\
  82 & 129 & 3.790+02 & 2.406+06 & 3.109-05 & 1.939-04 &  86 & 110 & 2.554+03 & 1.154+06 & 3.384-03 & 2.845-02 \\
  82 & 130 & 3.685+02 & 4.253+06 & 8.658-05 & 5.252-04 &  86 & 111 & 2.341+03 & 1.172+06 & 2.888-03 & 2.225-02 \\
  82 & 131 & 3.619+02 & 4.998+05 & 5.889-06 & 3.509-05 &  86 & 114 & 9.811+02 & 1.738+06 & 7.522-04 & 2.430-03 \\
  82 & 136 & 2.173+02 & 4.023+03 & 2.849-08 & 1.019-07 &  86 & 132 & 2.918+02 & 1.097+08 & 4.202-03 & 4.037-03 \\
  82 & 137 & 2.172+02 & 2.304+04 & 2.282-07 & 8.159-07 &  86 & 140 & 1.032+02 & 9.717+06 & 4.656-05 & 1.582-05 \\
  82 & 139 & 2.165+02 & 2.357+06 & 2.319-05 & 8.266-05 &  86 & 146 & 9.190+01 & 1.511+10 & 5.738-02 & 1.736-02 \\
  82 & 143 & 9.275+01 & 3.147+09 & 2.435-03 & 3.718-03 &  87 &  94 & 3.096+03 & 4.244+07 & 6.097-02 & 1.864-00 \\
  82 & 144 & 9.242+01 & 2.264+10 & 2.900-02 & 4.411-02 &  87 &  95 & 3.009+03 & 5.018+07 & 1.135-01 & 3.372-00 \\
  82 & 145 & 9.221+01 & 3.763+10 & 2.878-02 & 4.369-02 &  87 &  99 & 2.807+03 & 9.636+06 & 1.897-02 & 5.260-01 \\
  82 & 150 & 8.514+01 & 2.957+02 & 3.214-10 & 4.504-10 &  87 & 110 & 2.679+03 & 4.218+05 & 4.538-04 & 1.201-02 \\
  82 & 151 & 8.514+01 & 3.155+05 & 4.800-07 & 6.727-07 &  87 & 111 & 2.446+03 & 1.933+06 & 1.733-03 & 4.187-02 \\
  82 & 153 & 8.506+01 & 1.321+07 & 2.007-05 & 2.810-05 &  87 & 112 & 2.327+03 & 3.127+05 & 4.231-04 & 9.725-03 \\
  83 &  85 & 4.116+03 & 6.030+03 & 4.595-05 & 6.227-04 &  87 & 113 & 1.889+03 & 4.265+06 & 7.603-04 & 1.418-02 \\
  83 &  87 & 2.561+03 & 1.331+06 & 3.926-03 & 3.310-02 &  87 & 114 & 9.991+02 & 5.158+06 & 7.718-04 & 7.615-03 \\
  83 &  93 & 1.720+03 & 3.199+08 & 4.255-01 & 2.409-00 &  87 & 119 & 8.556+02 & 8.522+04 & 3.118-06 & 2.635-05 \\
  83 & 118 & 6.493+02 & 3.474+07 & 6.588-03 & 1.408-02 &  87 & 123 & 7.276+02 & 4.602+06 & 6.088-04 & 4.376-03 \\
  83 & 129 & 4.072+02 & 1.806+07 & 1.347-03 & 1.805-03 &  87 & 132 & 2.934+02 & 1.082+08 & 1.396-03 & 4.044-03 \\
  83 & 131 & 3.875+02 & 7.930+07 & 5.355-03 & 6.832-03 &  87 & 133 & 2.929+02 & 9.837+07 & 2.109-03 & 6.101-03 \\
  83 & 143 & 9.434+01 & 2.054+09 & 8.222-03 & 2.554-03 &  87 & 135 & 2.805+02 & 5.347+05 & 1.051-05 & 2.912-05 \\
  83 & 145 & 9.379+01 & 1.328+10 & 5.253-02 & 1.622-02 &  87 & 140 & 1.034+02 & 2.844+06 & 4.560-06 & 4.657-06 \\
  84 &  94 & 2.071+03 & 1.134+06 & 2.189-03 & 1.493-02 &  87 & 141 & 1.025+02 & 1.881+08 & 9.871-05 & 9.990-05 \\
  84 & 110 & 1.876+03 & 9.691+07 & 1.534-01 & 9.475-01 &  87 & 146 & 9.206+01 & 3.029+10 & 3.848-02 & 3.499-02 \\
  84 & 111 & 1.759+03 & 3.590+08 & 4.994-01 & 2.891-00 &  87 & 147 & 9.203+01 & 8.763+09 & 1.855-02 & 1.686-02 \\
  84 & 114 & 8.616+02 & 2.404+07 & 8.027-03 & 2.277-02 &  87 & 149 & 9.141+01 & 2.399+08 & 5.010-04 & 4.523-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  88 &  96 & 3.165+03 & 8.780+07 & 1.612-01 & 1.511+01 &  90 & 123 & 7.442+02 & 1.140+05 & 6.764-06 & 1.160-04 \\
  88 &  97 & 3.164+03 & 3.528+06 & 5.293-03 & 4.961-01 &  90 & 133 & 2.956+02 & 1.225+07 & 1.146-04 & 7.807-04 \\
  88 &  98 & 3.029+03 & 1.177+06 & 1.260-03 & 1.131-01 &  90 & 134 & 2.947+02 & 8.704+06 & 1.133-04 & 7.698-04 \\
  88 & 100 & 2.960+03 & 3.814+05 & 3.898-04 & 3.419-02 &  90 & 135 & 2.829+02 & 6.680+06 & 5.726-05 & 3.733-04 \\
  88 & 101 & 2.930+03 & 1.407+07 & 1.811-02 & 1.572-00 &  90 & 147 & 9.229+01 & 5.119+10 & 4.670-02 & 9.932-02 \\
  88 & 120 & 7.426+02 & 8.951+03 & 5.756-07 & 1.266-05 &  90 & 148 & 9.225+01 & 5.141+06 & 6.559-06 & 1.395-05 \\
  88 & 121 & 7.403+02 & 7.312+03 & 4.672-07 & 1.025-05 &  90 & 149 & 9.167+01 & 2.153+10 & 1.937-02 & 4.092-02 \\
  88 & 122 & 7.398+02 & 1.938+05 & 1.590-05 & 3.485-04 &  90 & 154 & 8.950+01 & 5.572+05 & 6.691-07 & 1.380-06 \\
  88 & 134 & 2.937+02 & 2.998+07 & 3.016-04 & 2.625-03 &  90 & 155 & 8.950+01 & 4.681+05 & 7.227-07 & 1.491-06 \\
  88 & 148 & 9.215+01 & 6.780+10 & 6.714-02 & 1.833-01 &  90 & 157 & 8.948+01 & 6.546+05 & 1.010-06 & 2.083-06 \\
  88 & 154 & 8.940+01 & 7.729+03 & 7.204-09 & 1.908-08 &  91 &  94 & 3.724+03 & 7.024+05 & 8.764-04 & 5.373-02 \\
  88 & 155 & 8.941+01 & 1.716+04 & 2.056-08 & 5.447-08 &  91 &  95 & 3.599+03 & 3.565+05 & 6.923-04 & 4.101-02 \\
  88 & 156 & 8.939+01 & 1.235+05 & 1.808-07 & 4.790-07 &  91 &  98 & 3.392+03 & 7.242+05 & 1.749-03 & 9.763-02 \\
  88 & 157 & 8.939+01 & 1.748+05 & 2.094-07 & 5.546-07 &  91 &  99 & 3.315+03 & 1.504+07 & 2.477-02 & 1.352-00 \\
  89 &  94 & 3.387+03 & 3.557+06 & 3.670-03 & 2.046-01 &  91 & 100 & 3.306+03 & 6.406+07 & 1.469-01 & 7.994-00 \\
  89 &  95 & 3.283+03 & 2.596+07 & 4.194-02 & 2.266-00 &  91 & 110 & 3.137+03 & 7.460+04 & 6.604-05 & 3.410-03 \\
  89 &  98 & 3.109+03 & 6.727+07 & 1.365-01 & 6.987-00 &  91 & 111 & 2.822+03 & 1.632+04 & 1.169-05 & 5.432-04 \\
  89 &  99 & 3.044+03 & 1.294+06 & 1.799-03 & 9.014-02 &  91 & 112 & 2.665+03 & 9.682+03 & 1.031-05 & 4.524-04 \\
  89 & 100 & 3.037+03 & 2.469+03 & 4.780-06 & 2.389-04 &  91 & 114 & 1.057+03 & 1.537+05 & 1.544-05 & 2.686-04 \\
  89 & 110 & 2.894+03 & 2.948+05 & 2.221-04 & 1.058-02 &  91 & 120 & 7.626+02 & 7.599+05 & 9.275-05 & 1.164-03 \\
  89 & 111 & 2.624+03 & 3.870+04 & 2.397-05 & 1.035-03 &  91 & 121 & 7.601+02 & 2.883+04 & 3.497-06 & 4.375-05 \\
  89 & 112 & 2.488+03 & 6.740+05 & 6.254-04 & 2.561-02 &  91 & 123 & 7.577+02 & 1.289+06 & 1.109-04 & 1.384-03 \\
  89 & 114 & 1.028+03 & 8.364+06 & 7.944-04 & 1.344-02 &  91 & 132 & 2.981+02 & 2.047+06 & 1.636-05 & 8.031-05 \\
  89 & 120 & 7.473+02 & 1.502+04 & 1.761-06 & 2.166-05 &  91 & 133 & 2.977+02 & 9.622+06 & 1.278-04 & 6.263-04 \\
  89 & 121 & 7.450+02 & 4.689+06 & 5.462-04 & 6.698-03 &  91 & 134 & 2.968+02 & 5.339+06 & 9.872-05 & 4.823-04 \\
  89 & 123 & 7.427+02 & 1.143+05 & 9.450-06 & 1.155-04 &  91 & 135 & 2.849+02 & 1.097+07 & 1.334-04 & 6.256-04 \\
  89 & 132 & 2.958+02 & 1.016+07 & 7.996-05 & 3.893-04 &  91 & 140 & 1.040+02 & 1.254+06 & 1.221-06 & 2.089-06 \\
  89 & 133 & 2.953+02 & 6.522+07 & 8.527-04 & 4.145-03 &  91 & 146 & 9.252+01 & 3.285+10 & 2.530-02 & 3.852-02 \\
  89 & 134 & 2.945+02 & 7.905+07 & 1.439-03 & 6.974-03 &  91 & 147 & 9.250+01 & 1.982+09 & 2.542-03 & 3.871-03 \\
  89 & 135 & 2.827+02 & 4.637+06 & 5.556-05 & 2.586-04 &  91 & 148 & 9.246+01 & 1.765+09 & 3.167-03 & 4.819-03 \\
  89 & 140 & 1.037+02 & 8.383+07 & 8.111-05 & 1.385-04 &  91 & 149 & 9.187+01 & 2.350+10 & 2.973-02 & 4.496-02 \\
  89 & 146 & 9.229+01 & 9.466+09 & 7.252-03 & 1.102-02 &  91 & 154 & 8.969+01 & 1.317+05 & 2.224-07 & 3.283-07 \\
  89 & 147 & 9.227+01 & 2.378+10 & 3.035-02 & 4.610-02 &  92 &  95 & 3.802+03 & 1.064+06 & 1.647-03 & 1.443-01 \\
  89 & 148 & 9.223+01 & 6.409+09 & 1.144-02 & 1.737-02 &  92 &  97 & 3.759+03 & 3.511+06 & 9.562-03 & 8.283-01 \\
  89 & 149 & 9.164+01 & 7.276+09 & 9.162-03 & 1.382-02 &  92 &  98 & 3.571+03 & 1.281+07 & 2.450-02 & 2.016-00 \\
  89 & 154 & 8.947+01 & 1.603+03 & 2.693-09 & 3.966-09 &  92 &  99 & 3.486+03 & 8.902+04 & 1.158-04 & 9.302-03 \\
  90 &  95 & 3.313+03 & 7.902+05 & 9.290-04 & 7.094-02 &  92 & 100 & 3.476+03 & 2.722+03 & 4.930-06 & 3.949-04 \\
  90 &  97 & 3.281+03 & 6.999+07 & 1.452-01 & 1.098+01 &  92 & 101 & 3.434+03 & 5.738+07 & 1.304-01 & 1.032+01 \\
  90 &  98 & 3.137+03 & 3.403+06 & 5.021-03 & 3.629-01 &  92 & 112 & 2.775+03 & 3.444+04 & 2.840-05 & 1.816-03 \\
  90 &  99 & 3.071+03 & 1.005+06 & 1.015-03 & 7.184-02 &  92 & 120 & 7.713+02 & 3.920+04 & 3.496-06 & 6.213-05 \\
  90 & 100 & 3.063+03 & 1.548+07 & 2.177-02 & 1.537-00 &  92 & 121 & 7.688+02 & 1.048+06 & 9.282-05 & 1.644-03 \\
  90 & 101 & 3.030+03 & 3.144+06 & 5.565-03 & 3.887-01 &  92 & 122 & 7.682+02 & 4.052+04 & 4.609-06 & 8.160-05 \\
  90 & 112 & 2.505+03 & 4.940+04 & 3.321-05 & 1.917-03 &  92 & 123 & 7.663+02 & 1.402+04 & 8.814-07 & 1.556-05 \\
  90 & 120 & 7.489+02 & 1.536+02 & 1.291-08 & 2.229-07 &  92 & 133 & 2.990+02 & 2.582+06 & 2.471-05 & 1.703-04 \\
  90 & 121 & 7.465+02 & 6.926+05 & 5.786-05 & 9.955-04 &  92 & 134 & 2.981+02 & 2.530+07 & 3.371-04 & 2.316-03 \\
  90 & 122 & 7.460+02 & 2.210+06 & 2.370-04 & 4.075-03 &  92 & 135 & 2.861+02 & 6.434+06 & 5.638-05 & 3.717-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  92 & 147 & 9.262+01 & 7.714+09 & 7.087-03 & 1.513-02 &  95 & 129 & 5.770+02 & 1.194+07 & 3.576-04 & 3.396-03 \\
  92 & 148 & 9.258+01 & 2.435+10 & 3.128-02 & 6.675-02 &  95 & 130 & 5.530+02 & 4.057+06 & 1.860-04 & 1.693-03 \\
  92 & 149 & 9.200+01 & 2.437+10 & 2.208-02 & 4.682-02 &  95 & 131 & 5.383+02 & 1.075+07 & 2.802-04 & 2.483-03 \\
  92 & 154 & 8.981+01 & 1.777+05 & 2.148-07 & 4.446-07 &  95 & 136 & 2.706+02 & 2.469+06 & 2.710-05 & 1.207-04 \\
  92 & 155 & 8.981+01 & 8.054+05 & 1.252-06 & 2.591-06 &  95 & 137 & 2.704+02 & 1.389+06 & 2.132-05 & 9.491-05 \\
  92 & 157 & 8.979+01 & 7.394+04 & 1.149-07 & 2.378-07 &  95 & 139 & 2.693+02 & 5.945+06 & 9.049-05 & 4.011-04 \\
  93 &  94 & 7.574+03 & 2.816+04 & 2.421-04 & 1.811-02 &  95 & 143 & 1.012+02 & 2.560+04 & 2.360-08 & 3.934-08 \\
  93 &  95 & 7.073+03 & 1.026+06 & 1.283-02 & 8.961-01 &  95 & 144 & 1.009+02 & 6.676+07 & 1.018-04 & 1.690-04 \\
  93 &  99 & 6.052+03 & 8.354+06 & 7.646-02 & 4.570-00 &  95 & 145 & 1.006+02 & 1.334+08 & 1.215-04 & 2.012-04 \\
  93 & 110 & 5.485+03 & 1.680+04 & 7.580-05 & 4.107-03 &  95 & 150 & 9.226+01 & 1.248+10 & 1.593-02 & 2.419-02 \\
  93 & 111 & 4.590+03 & 1.427+03 & 4.506-06 & 2.042-04 &  95 & 151 & 9.225+01 & 1.114+10 & 1.990-02 & 3.022-02 \\
  93 & 112 & 4.189+03 & 2.242+05 & 9.833-04 & 4.068-02 &  95 & 153 & 9.216+01 & 7.030+09 & 1.253-02 & 1.901-02 \\
  93 & 113 & 2.955+03 & 1.250+05 & 5.455-05 & 1.592-03 &  96 & 104 & 2.835+04 & 1.429+03 & 1.722-04 & 1.768-01 \\
  93 & 114 & 1.235+03 & 2.093+05 & 4.783-05 & 5.833-04 &  96 & 105 & 2.695+04 & 8.122+04 & 1.045-02 & 1.020+01 \\
  93 & 119 & 1.023+03 & 1.099+07 & 5.745-04 & 5.803-03 &  96 & 107 & 2.349+04 & 4.604+02 & 3.117-05 & 2.651-02 \\
  93 & 123 & 8.451+02 & 5.285+07 & 9.431-03 & 7.871-02 &  96 & 108 & 2.104+04 & 2.439+02 & 1.324-05 & 1.009-02 \\
  93 & 132 & 3.108+02 & 2.032+06 & 2.943-05 & 9.032-05 &  96 & 109 & 2.028+04 & 1.514+04 & 9.340-04 & 6.861-01 \\
  93 & 133 & 3.103+02 & 1.533+07 & 3.687-04 & 1.130-03 &  96 & 125 & 9.410+02 & 4.262+01 & 4.629-09 & 1.577-07 \\
  93 & 135 & 2.964+02 & 3.591+07 & 7.881-04 & 2.307-03 &  96 & 126 & 9.388+02 & 1.705+02 & 1.843-08 & 6.267-07 \\
  93 & 140 & 1.055+02 & 5.262+07 & 8.779-05 & 9.148-05 &  96 & 127 & 9.371+02 & 7.910+03 & 1.041-06 & 3.534-05 \\
  93 & 141 & 1.045+02 & 6.376+08 & 3.481-04 & 3.593-04 &  96 & 138 & 2.703+02 & 3.968+03 & 3.556-08 & 3.480-07 \\
  93 & 146 & 9.370+01 & 7.691+09 & 1.012-02 & 9.369-03 &  96 & 152 & 9.226+01 & 6.234+10 & 6.509-02 & 2.174-01 \\
  93 & 147 & 9.368+01 & 5.536+09 & 1.214-02 & 1.123-02 &  97 & 103 & 3.615+04 & 3.820-01 & 5.822-08 & 6.237-05 \\
  93 & 149 & 9.304+01 & 1.698+10 & 3.673-02 & 3.375-02 &  97 & 104 & 2.846+04 & 6.719+04 & 9.973-03 & 8.410-00 \\
  94 & 102 & 2.641+04 & 6.470+04 & 1.128-02 & 2.942-00 &  97 & 106 & 2.440+04 & 5.331+02 & 3.700-05 & 2.675-02 \\
  94 & 115 & 1.380+03 & 3.056+07 & 1.453-02 & 1.980-01 &  97 & 107 & 2.357+04 & 3.121+02 & 2.599-05 & 1.815-02 \\
  94 & 116 & 1.363+03 & 1.363+06 & 6.328-04 & 8.520-03 &  97 & 108 & 2.110+04 & 1.477+04 & 9.862-04 & 6.167-01 \\
  94 & 118 & 1.210+03 & 1.629+07 & 3.574-03 & 4.271-02 &  97 & 109 & 2.034+04 & 7.962+01 & 6.038-06 & 3.639-03 \\
  94 & 128 & 5.780+02 & 2.508+07 & 4.187-04 & 2.390-03 &  97 & 117 & 1.360+03 & 2.460+05 & 5.309-05 & 2.140-03 \\
  94 & 129 & 5.739+02 & 6.198+06 & 3.060-04 & 1.735-03 &  97 & 124 & 9.426+02 & 3.719+03 & 3.852-07 & 1.076-05 \\
  94 & 130 & 5.501+02 & 1.239+05 & 9.371-06 & 5.092-05 &  97 & 125 & 9.412+02 & 2.564+03 & 3.405-07 & 9.494-06 \\
  94 & 131 & 5.356+02 & 1.333+06 & 5.731-05 & 3.032-04 &  97 & 126 & 9.390+02 & 4.413+03 & 5.833-07 & 1.623-05 \\
  94 & 136 & 2.699+02 & 2.330+06 & 4.241-05 & 1.130-04 &  97 & 127 & 9.372+02 & 2.828+04 & 4.552-06 & 1.264-04 \\
  94 & 142 & 1.012+02 & 9.336+08 & 4.780-04 & 4.778-04 &  97 & 137 & 2.706+02 & 3.078+04 & 2.629-07 & 2.108-06 \\
  94 & 143 & 1.012+02 & 7.269+08 & 1.115-03 & 1.114-03 &  97 & 138 & 2.703+02 & 5.871+04 & 6.431-07 & 5.151-06 \\
  94 & 144 & 1.008+02 & 1.142+07 & 2.897-05 & 2.883-05 &  97 & 139 & 2.695+02 & 1.089+06 & 9.225-06 & 7.367-05 \\
  94 & 145 & 1.005+02 & 2.586+07 & 3.917-05 & 3.889-05 &  97 & 151 & 9.228+01 & 4.296+10 & 4.265-02 & 1.166-01 \\
  94 & 150 & 9.218+01 & 2.139+10 & 4.541-02 & 4.134-02 &  97 & 152 & 9.226+01 & 5.402+08 & 6.894-04 & 1.885-03 \\
  95 & 102 & 3.507+04 & 6.031+03 & 1.112-03 & 6.421-01 &  97 & 153 & 9.219+01 & 2.230+10 & 2.210-02 & 6.037-02 \\
  95 & 103 & 3.263+04 & 3.251+04 & 7.264-03 & 3.901-00 &  98 & 102 & 8.677+04 & 2.576+01 & 2.077-05 & 4.154-02 \\
  95 & 106 & 2.274+04 & 1.183+04 & 1.284-03 & 4.805-01 &  98 & 103 & 7.320+04 & 5.440+02 & 4.371-04 & 7.374-01 \\
  95 & 115 & 1.398+03 & 5.846+05 & 1.712-04 & 3.938-03 &  98 & 106 & 3.705+04 & 1.565+03 & 3.221-04 & 2.751-01 \\
  95 & 116 & 1.381+03 & 1.764+06 & 5.042-04 & 1.146-02 &  98 & 107 & 3.518+04 & 3.084+04 & 7.358-03 & 5.965-00 \\
  95 & 117 & 1.355+03 & 5.531+06 & 2.131-03 & 4.752-02 &  98 & 108 & 2.996+04 & 4.197+01 & 7.260-06 & 5.012-03 \\
  95 & 118 & 1.224+03 & 3.696+06 & 4.979-04 & 1.003-02 &  98 & 115 & 1.432+03 & 4.263+04 & 9.356-06 & 3.086-04 \\
  95 & 124 & 9.400+02 & 1.608+05 & 2.982-05 & 4.614-04 &  98 & 116 & 1.414+03 & 2.647+05 & 5.668-05 & 1.847-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  98 & 117 & 1.387+03 & 1.524+05 & 4.394-05 & 1.404-03 & 100 & 136 & 2.724+02 & 2.240+05 & 1.780-06 & 1.117-05 \\
  98 & 124 & 9.552+02 & 3.567+03 & 4.879-07 & 1.074-05 & 100 & 137 & 2.722+02 & 3.240+06 & 3.600-05 & 2.258-04 \\
  98 & 125 & 9.537+02 & 1.819+05 & 3.189-05 & 7.010-04 & 100 & 138 & 2.719+02 & 3.384+05 & 4.822-06 & 3.021-05 \\
  98 & 126 & 9.515+02 & 6.677+03 & 1.165-06 & 2.554-05 & 100 & 139 & 2.711+02 & 4.712+06 & 5.191-05 & 3.243-04 \\
  98 & 130 & 5.582+02 & 1.430+07 & 4.771-04 & 6.138-03 & 100 & 144 & 1.011+02 & 9.390+04 & 1.028-07 & 2.395-07 \\
  98 & 136 & 2.718+02 & 5.607+05 & 4.436-06 & 2.779-05 & 100 & 150 & 9.247+01 & 2.707+10 & 2.478-02 & 5.281-02 \\
  98 & 137 & 2.717+02 & 4.034+06 & 4.463-05 & 2.794-04 & 100 & 151 & 9.246+01 & 7.427+09 & 9.518-03 & 2.028-02 \\
  98 & 138 & 2.713+02 & 1.520+06 & 2.157-05 & 1.349-04 & 100 & 152 & 9.244+01 & 1.270+09 & 2.092-03 & 4.456-03 \\
  98 & 139 & 2.705+02 & 3.357+06 & 3.684-05 & 2.296-04 & 100 & 153 & 9.237+01 & 1.894+10 & 2.423-02 & 5.159-02 \\
  98 & 144 & 1.010+02 & 7.007+06 & 7.659-06 & 1.783-05 & 101 & 103 & 4.044+05 & 1.560-01 & 2.975-06 & 3.564-02 \\
  98 & 150 & 9.240+01 & 4.384+09 & 4.008-03 & 8.535-03 & 101 & 104 & 1.005+05 & 6.233-00 & 1.154-05 & 3.438-02 \\
  98 & 151 & 9.239+01 & 1.873+10 & 2.397-02 & 5.105-02 & 101 & 106 & 6.329+04 & 1.948+01 & 9.100-06 & 1.706-02 \\
  98 & 152 & 9.238+01 & 5.991+09 & 9.854-03 & 2.098-02 & 101 & 107 & 5.801+04 & 1.118+03 & 5.638-04 & 9.691-01 \\
  98 & 153 & 9.231+01 & 1.253+10 & 1.600-02 & 3.404-02 & 101 & 108 & 4.505+04 & 1.741+02 & 5.299-05 & 7.073-02 \\
  99 & 102 & 2.146+05 & 7.752-00 & 5.350-05 & 1.889-01 & 101 & 109 & 4.172+04 & 2.001+04 & 6.383-03 & 7.891-00 \\
  99 & 103 & 1.471+05 & 7.130+01 & 3.239-04 & 7.846-01 & 101 & 117 & 1.409+03 & 9.150+03 & 2.117-06 & 8.836-05 \\
  99 & 106 & 4.969+04 & 9.527+03 & 4.937-03 & 4.038-00 & 101 & 124 & 9.655+02 & 1.026+04 & 1.115-06 & 3.191-05 \\
  99 & 115 & 1.446+03 & 7.440+04 & 2.331-05 & 5.548-04 & 101 & 125 & 9.640+02 & 1.126+05 & 1.569-05 & 4.482-04 \\
  99 & 116 & 1.428+03 & 1.680+04 & 5.136-06 & 1.207-04 & 101 & 126 & 9.617+02 & 9.066+02 & 1.257-07 & 3.582-06 \\
  99 & 117 & 1.400+03 & 1.284+05 & 5.284-05 & 1.218-03 & 101 & 127 & 9.599+02 & 9.738+04 & 1.644-05 & 4.676-04 \\
  99 & 118 & 1.260+03 & 1.375+07 & 1.965-03 & 4.078-02 & 101 & 137 & 2.725+02 & 7.098+05 & 6.146-06 & 4.962-05 \\
  99 & 124 & 9.615+02 & 8.123+01 & 1.576-08 & 2.495-07 & 101 & 138 & 2.722+02 & 6.650+06 & 7.385-05 & 5.955-04 \\
  99 & 129 & 5.850+02 & 3.203+06 & 9.863-05 & 9.498-04 & 101 & 139 & 2.714+02 & 2.008+05 & 1.724-06 & 1.386-05 \\
  99 & 130 & 5.604+02 & 5.564+04 & 2.620-06 & 2.416-05 & 101 & 151 & 9.249+01 & 1.223+10 & 1.220-02 & 3.344-02 \\
  99 & 131 & 5.453+02 & 9.639+06 & 2.578-04 & 2.314-03 & 101 & 152 & 9.247+01 & 2.575+10 & 3.301-02 & 9.044-02 \\
  99 & 136 & 2.723+02 & 4.418+06 & 4.913-05 & 2.202-04 & 101 & 153 & 9.240+01 & 1.581+10 & 1.574-02 & 4.309-02 \\
  99 & 137 & 2.722+02 & 1.936+05 & 3.010-06 & 1.349-05 & 102 & 110 & 8.056+04 & 1.044+02 & 6.094-05 & 8.082-02 \\
  99 & 139 & 2.710+02 & 1.832+07 & 2.825-04 & 1.260-03 & 102 & 111 & 2.084+04 & 4.257+02 & 1.662-05 & 5.701-03 \\
  99 & 143 & 1.015+02 & 5.305+04 & 4.915-08 & 8.212-08 & 102 & 112 & 1.453+04 & 3.584+02 & 1.135-05 & 2.714-03 \\
  99 & 144 & 1.011+02 & 6.697+05 & 1.026-06 & 1.708-06 & 102 & 114 & 1.562+03 & 6.193-00 & 1.360-09 & 3.497-08 \\
  99 & 145 & 1.009+02 & 3.699+05 & 3.384-07 & 5.618-07 & 102 & 120 & 9.950+02 & 2.230+04 & 4.634-06 & 7.590-05 \\
  99 & 150 & 9.246+01 & 2.111+10 & 2.706-02 & 4.118-02 & 102 & 121 & 9.909+02 & 6.612+03 & 1.363-06 & 2.222-05 \\
  99 & 151 & 9.245+01 & 1.992+07 & 3.573-05 & 5.437-05 & 102 & 123 & 9.868+02 & 8.397+04 & 1.226-05 & 1.991-04 \\
  99 & 153 & 9.236+01 & 1.536+10 & 2.751-02 & 4.182-02 & 102 & 132 & 3.281+02 & 5.016+05 & 4.858-06 & 2.624-05 \\
 100 & 102 & 2.602+05 & 3.609-01 & 2.617-06 & 1.569-02 & 102 & 133 & 3.275+02 & 4.878+04 & 7.846-07 & 4.230-06 \\
 100 & 103 & 1.672+05 & 4.209-01 & 1.765-06 & 6.803-03 & 102 & 134 & 3.265+02 & 7.252+02 & 1.623-08 & 8.721-08 \\
 100 & 106 & 5.180+04 & 1.285+03 & 5.168-04 & 6.168-01 & 102 & 135 & 3.121+02 & 3.826+02 & 5.586-09 & 2.870-08 \\
 100 & 107 & 4.821+04 & 9.888+01 & 4.429-05 & 4.920-02 & 102 & 140 & 1.074+02 & 1.580+01 & 1.640-11 & 2.901-11 \\
 100 & 108 & 3.891+04 & 2.415+04 & 7.047-03 & 6.318-00 & 102 & 146 & 9.522+01 & 1.563+07 & 1.275-05 & 1.999-05 \\
 100 & 115 & 1.447+03 & 3.945+04 & 8.851-06 & 2.952-04 & 102 & 147 & 9.520+01 & 3.080+06 & 4.185-06 & 6.558-06 \\
 100 & 116 & 1.430+03 & 6.448+02 & 1.411-07 & 4.649-06 & 102 & 148 & 9.515+01 & 1.123+05 & 2.134-07 & 3.342-07 \\
 100 & 117 & 1.402+03 & 1.530+04 & 4.508-06 & 1.456-04 & 102 & 149 & 9.453+01 & 1.868+05 & 2.502-07 & 3.894-07 \\
 100 & 124 & 9.623+02 & 1.365+05 & 1.894-05 & 4.201-04 & 102 & 154 & 9.222+01 & 2.034+10 & 3.632-02 & 5.513-02 \\
 100 & 125 & 9.608+02 & 5.570+02 & 9.911-08 & 2.194-06 & 103 & 112 & 1.500+04 & 1.380+03 & 3.323-05 & 1.149-02 \\
 100 & 126 & 9.585+02 & 1.408+05 & 2.494-05 & 5.508-04 & 103 & 120 & 9.971+02 & 5.354+03 & 7.980-07 & 1.834-05 \\
 100 & 130 & 5.606+02 & 1.931+05 & 6.501-06 & 8.399-05 & 103 & 121 & 9.930+02 & 9.521+04 & 1.407-05 & 3.220-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 103 & 122 & 9.920+02 & 7.166+04 & 1.359-05 & 3.108-04 & 108 & 156 & 9.239+01 & 8.090+08 & 1.265-03 & 3.464-03 \\
 103 & 123 & 9.889+02 & 5.057+04 & 5.295-06 & 1.207-04 & 108 & 157 & 9.239+01 & 4.285+09 & 5.484-03 & 1.501-02 \\
 103 & 133 & 3.278+02 & 3.816+05 & 4.390-06 & 3.316-05 & 109 & 122 & 1.014+03 & 2.359+04 & 2.973-06 & 1.091-04 \\
 103 & 134 & 3.267+02 & 1.349+04 & 2.159-07 & 1.626-06 & 109 & 155 & 9.242+01 & 1.879+09 & 1.969-03 & 6.589-03 \\
 103 & 135 & 3.123+02 & 1.886+06 & 1.970-05 & 1.418-04 & 109 & 156 & 9.241+01 & 2.681+10 & 3.432-02 & 1.148-01 \\
 103 & 147 & 9.521+01 & 1.120+07 & 1.088-05 & 2.387-05 & 109 & 157 & 9.240+01 & 2.378+10 & 2.490-02 & 8.333-02 \\
 103 & 148 & 9.517+01 & 5.644+06 & 7.663-06 & 1.681-05 & 110 & 115 & 1.482+03 & 7.482+08 & 4.108-01 & 6.014-00 \\
 103 & 149 & 9.455+01 & 3.399+05 & 3.254-07 & 7.090-07 & 110 & 116 & 1.464+03 & 9.218+06 & 4.934-03 & 7.131-02 \\
 103 & 154 & 9.224+01 & 1.689+09 & 2.154-03 & 4.580-03 & 110 & 118 & 1.288+03 & 4.575+08 & 1.138-01 & 1.448-00 \\
 103 & 155 & 9.224+01 & 7.526+08 & 1.234-03 & 2.624-03 & 110 & 128 & 5.953+02 & 5.402+07 & 9.566-04 & 5.624-03 \\
 103 & 157 & 9.222+01 & 2.020+10 & 3.311-02 & 7.036-02 & 110 & 129 & 5.909+02 & 3.236+05 & 1.694-05 & 9.889-05 \\
 104 & 122 & 9.994+02 & 9.653+03 & 1.183-06 & 4.281-05 & 110 & 130 & 5.658+02 & 1.072+07 & 8.574-04 & 4.791-03 \\
 104 & 155 & 9.230+01 & 6.042+10 & 6.314-02 & 2.111-01 & 110 & 131 & 5.504+02 & 8.135+05 & 3.694-05 & 2.008-04 \\
 104 & 156 & 9.229+01 & 6.615+08 & 8.446-04 & 2.823-03 & 110 & 136 & 2.736+02 & 1.572+07 & 2.940-04 & 7.946-04 \\
 104 & 157 & 9.229+01 & 1.337+09 & 1.397-03 & 4.669-03 & 110 & 142 & 1.017+02 & 3.351+10 & 1.733-02 & 1.741-02 \\
 105 & 156 & 9.230+01 & 6.048+10 & 6.537-02 & 2.582-01 & 110 & 143 & 1.017+02 & 2.498+10 & 3.872-02 & 3.887-02 \\
 106 & 112 & 1.874+04 & 2.461+02 & 9.257-06 & 3.998-03 & 110 & 144 & 1.013+02 & 4.966+08 & 1.273-03 & 1.273-03 \\
 106 & 120 & 1.011+03 & 7.949+04 & 1.217-05 & 2.834-04 & 110 & 145 & 1.010+02 & 1.781+09 & 2.725-03 & 2.719-03 \\
 106 & 121 & 1.006+03 & 9.490+02 & 1.441-07 & 3.341-06 & 110 & 150 & 9.261+01 & 9.260+08 & 1.984-03 & 1.815-03 \\
 106 & 122 & 1.005+03 & 3.140+03 & 6.117-07 & 1.417-05 & 111 & 115 & 1.565+03 & 3.891+07 & 2.381-02 & 3.679-01 \\
 106 & 123 & 1.002+03 & 2.532+03 & 2.723-07 & 6.288-06 & 111 & 116 & 1.544+03 & 7.489+08 & 4.461-01 & 6.802-00 \\
 106 & 133 & 3.292+02 & 3.020+04 & 3.505-07 & 2.659-06 & 111 & 118 & 1.350+03 & 1.319+08 & 3.605-02 & 4.807-01 \\
 106 & 134 & 3.282+02 & 7.316+03 & 1.181-07 & 8.932-07 & 111 & 128 & 6.082+02 & 8.759+06 & 1.619-04 & 9.724-04 \\
 106 & 135 & 3.136+02 & 1.415+06 & 1.490-05 & 1.077-04 & 111 & 129 & 6.036+02 & 3.358+07 & 1.834-03 & 1.094-02 \\
 106 & 147 & 9.534+01 & 2.326+05 & 2.264-07 & 4.974-07 & 111 & 130 & 5.774+02 & 4.227+07 & 3.522-03 & 2.008-02 \\
 106 & 148 & 9.529+01 & 2.241+05 & 3.051-07 & 6.699-07 & 111 & 131 & 5.614+02 & 9.894+06 & 4.675-04 & 2.592-03 \\
 106 & 149 & 9.467+01 & 1.068+05 & 1.025-07 & 2.237-07 & 111 & 136 & 2.763+02 & 3.153+06 & 6.014-05 & 1.641-04 \\
 106 & 154 & 9.235+01 & 3.032+10 & 3.877-02 & 8.251-02 & 111 & 142 & 1.021+02 & 1.961+09 & 1.021-03 & 1.030-03 \\
 106 & 155 & 9.235+01 & 4.189+09 & 6.887-03 & 1.466-02 & 111 & 143 & 1.020+02 & 1.764+08 & 2.754-04 & 2.775-04 \\
 106 & 157 & 9.233+01 & 2.417+09 & 3.972-03 & 8.452-03 & 111 & 144 & 1.017+02 & 2.406+10 & 6.212-02 & 6.236-02 \\
 107 & 120 & 1.012+03 & 2.730+03 & 3.261-07 & 9.777-06 & 111 & 145 & 1.014+02 & 4.276+09 & 6.591-03 & 6.600-03 \\
 107 & 121 & 1.008+03 & 3.232+04 & 3.827-06 & 1.143-04 & 111 & 150 & 9.291+01 & 8.766+07 & 1.891-04 & 1.735-04 \\
 107 & 122 & 1.007+03 & 6.480+04 & 9.847-06 & 2.937-04 & 112 & 115 & 1.618+03 & 1.106+08 & 4.338-02 & 1.155-00 \\
 107 & 134 & 3.283+02 & 1.839+05 & 2.312-06 & 2.249-05 & 112 & 116 & 1.595+03 & 7.582+07 & 2.893-02 & 7.596-01 \\
 107 & 148 & 9.530+01 & 3.259+06 & 3.452-06 & 9.746-06 & 112 & 117 & 1.561+03 & 8.233+08 & 4.209-01 & 1.081+01 \\
 107 & 154 & 9.236+01 & 2.287+09 & 2.275-03 & 6.225-03 & 112 & 118 & 1.389+03 & 2.792+07 & 4.847-03 & 1.108-01 \\
 107 & 155 & 9.237+01 & 2.999+09 & 3.836-03 & 1.050-02 & 112 & 124 & 1.035+03 & 9.335+04 & 2.097-05 & 3.572-04 \\
 107 & 156 & 9.235+01 & 4.998+09 & 7.810-03 & 2.137-02 & 112 & 129 & 6.113+02 & 6.555+06 & 2.204-04 & 2.217-03 \\
 107 & 157 & 9.235+01 & 2.796+10 & 3.575-02 & 9.782-02 & 112 & 130 & 5.844+02 & 1.178+06 & 6.033-05 & 5.804-04 \\
 108 & 120 & 1.017+03 & 4.316+04 & 5.207-06 & 1.569-04 & 112 & 131 & 5.680+02 & 6.797+06 & 1.973-04 & 1.845-03 \\
 108 & 121 & 1.013+03 & 3.316+01 & 3.967-09 & 1.190-07 & 112 & 136 & 2.779+02 & 1.980+06 & 2.292-05 & 1.048-04 \\
 108 & 122 & 1.012+03 & 7.371+02 & 1.131-07 & 3.392-06 & 112 & 137 & 2.777+02 & 8.140+06 & 1.318-04 & 6.024-04 \\
 108 & 134 & 3.289+02 & 1.432+03 & 1.805-08 & 1.759-07 & 112 & 139 & 2.765+02 & 3.983+06 & 6.393-05 & 2.910-04 \\
 108 & 148 & 9.535+01 & 2.608+04 & 2.764-08 & 7.809-08 & 112 & 143 & 1.022+02 & 1.878+09 & 1.767-03 & 2.974-03 \\
 108 & 154 & 9.241+01 & 2.482+10 & 2.471-02 & 6.765-02 & 112 & 144 & 1.019+02 & 1.807+10 & 2.810-02 & 4.712-02 \\
 108 & 155 & 9.241+01 & 2.314+10 & 2.963-02 & 8.112-02 & 112 & 145 & 1.016+02 & 3.010+10 & 2.795-02 & 4.676-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 112 & 150 & 9.309+01 & 1.106+08 & 1.436-04 & 2.201-04 & 116 & 154 & 9.854+01 & 5.385+03 & 1.097-08 & 1.780-08 \\
 112 & 151 & 9.308+01 & 1.062+08 & 1.932-04 & 2.960-04 & 117 & 120 & 3.385+03 & 4.270+06 & 7.334-03 & 5.721-01 \\
 112 & 153 & 9.300+01 & 1.224+08 & 2.222-04 & 3.402-04 & 117 & 121 & 3.337+03 & 3.853+06 & 6.433-03 & 4.947-01 \\
 113 & 118 & 1.613+03 & 3.888+08 & 4.547-01 & 2.414-00 & 117 & 122 & 3.327+03 & 7.524+07 & 1.605-01 & 1.230+01 \\
 113 & 129 & 6.510+02 & 1.191+07 & 2.270-03 & 4.866-03 & 117 & 123 & 3.291+03 & 2.720+05 & 3.156-04 & 2.393-02 \\
 113 & 131 & 6.022+02 & 9.768+07 & 1.593-02 & 3.158-02 & 117 & 133 & 4.267+02 & 1.304+07 & 2.542-04 & 2.500-03 \\
 113 & 143 & 1.033+02 & 8.374+09 & 4.020-02 & 1.367-02 & 117 & 134 & 4.250+02 & 2.560+06 & 6.930-05 & 6.786-04 \\
 113 & 145 & 1.027+02 & 1.023+09 & 4.848-03 & 1.638-03 & 117 & 135 & 4.009+02 & 6.171+06 & 1.062-04 & 9.809-04 \\
 114 & 115 & 2.128+04 & 1.217+02 & 1.377-05 & 2.895-03 & 117 & 147 & 1.021+02 & 9.911+09 & 1.106-02 & 2.603-02 \\
 114 & 116 & 1.798+04 & 7.085+03 & 5.722-04 & 1.016-01 & 117 & 148 & 1.020+02 & 1.569+10 & 2.449-02 & 5.760-02 \\
 114 & 118 & 6.728+03 & 3.853+04 & 2.615-04 & 1.737-02 & 117 & 149 & 1.013+02 & 2.041+10 & 2.244-02 & 5.241-02 \\
 114 & 128 & 9.503+02 & 1.190+09 & 5.371-02 & 5.041-01 & 117 & 154 & 9.868+01 & 2.434+05 & 3.554-07 & 8.081-07 \\
 114 & 129 & 9.393+02 & 1.071+09 & 1.417-01 & 1.314-00 & 117 & 155 & 9.868+01 & 1.256+06 & 2.358-06 & 5.363-06 \\
 114 & 130 & 8.773+02 & 1.514+09 & 2.912-01 & 2.523-00 & 117 & 157 & 9.866+01 & 6.954+06 & 1.305-05 & 2.966-05 \\
 114 & 131 & 8.409+02 & 2.259+08 & 2.395-02 & 1.989-01 & 118 & 119 & 5.224+04 & 4.610+02 & 6.287-05 & 3.244-02 \\
 114 & 136 & 3.303+02 & 5.663+02 & 1.544-08 & 5.037-08 & 118 & 123 & 4.450+03 & 2.554+07 & 1.264-01 & 5.553-00 \\
 114 & 142 & 1.087+02 & 4.740+10 & 2.797-02 & 3.002-02 & 118 & 132 & 4.426+02 & 1.484+05 & 4.360-06 & 1.906-05 \\
 114 & 143 & 1.086+02 & 3.805+10 & 6.727-02 & 7.215-02 & 118 & 133 & 4.416+02 & 3.699+07 & 1.803-03 & 7.862-03 \\
 114 & 144 & 1.082+02 & 3.798+10 & 1.110-01 & 1.186-01 & 118 & 135 & 4.140+02 & 3.308+07 & 1.417-03 & 5.792-03 \\
 114 & 145 & 1.079+02 & 6.521+09 & 1.137-02 & 1.212-02 & 118 & 140 & 1.174+02 & 5.144+07 & 1.062-04 & 1.231-04 \\
 114 & 150 & 9.832+01 & 4.772+03 & 1.153-08 & 1.119-08 & 118 & 141 & 1.162+02 & 6.928+06 & 4.672-06 & 5.360-06 \\
 115 & 120 & 3.145+03 & 8.323+07 & 1.728-01 & 8.943-00 & 118 & 146 & 1.029+02 & 4.625+09 & 7.349-03 & 7.473-03 \\
 115 & 121 & 3.104+03 & 1.145+05 & 2.315-04 & 1.183-02 & 118 & 147 & 1.029+02 & 9.598+09 & 2.540-02 & 2.582-02 \\
 115 & 123 & 3.064+03 & 9.063+06 & 1.276-02 & 6.434-01 & 118 & 149 & 1.022+02 & 9.312+09 & 2.428-02 & 2.449-02 \\
 115 & 132 & 4.236+02 & 2.186+07 & 3.528-04 & 2.460-03 & 119 & 129 & 1.115+03 & 9.382+07 & 5.247-02 & 1.926-01 \\
 115 & 133 & 4.227+02 & 3.373+05 & 9.034-06 & 6.285-05 & 119 & 131 & 9.790+02 & 9.220+08 & 3.974-01 & 1.281-00 \\
 115 & 134 & 4.209+02 & 2.790+06 & 1.038-04 & 7.189-04 & 119 & 143 & 1.106+02 & 8.874+09 & 4.883-02 & 1.778-02 \\
 115 & 135 & 3.973+02 & 3.443+06 & 8.146-05 & 5.327-04 & 119 & 145 & 1.099+02 & 4.993+10 & 2.710-01 & 9.801-02 \\
 115 & 140 & 1.160+02 & 6.969+06 & 8.433-06 & 1.610-05 & 120 & 124 & 3.294+04 & 1.883+03 & 3.063-04 & 2.325-01 \\
 115 & 146 & 1.019+02 & 3.183+10 & 2.972-02 & 4.984-02 & 120 & 125 & 3.128+04 & 1.334+03 & 2.517-04 & 1.814-01 \\
 115 & 147 & 1.019+02 & 1.211+10 & 1.884-02 & 3.159-02 & 120 & 126 & 2.900+04 & 6.116+04 & 9.916-03 & 6.628-00 \\
 115 & 148 & 1.018+02 & 5.922+05 & 1.288-06 & 2.159-06 & 120 & 130 & 1.291+03 & 5.045+04 & 8.998-06 & 2.676-04 \\
 115 & 149 & 1.011+02 & 6.430+09 & 9.853-03 & 1.640-02 & 120 & 136 & 3.756+02 & 7.712+04 & 1.165-06 & 1.009-05 \\
 115 & 154 & 9.846+01 & 1.582+05 & 3.218-07 & 5.215-07 & 120 & 137 & 3.753+02 & 9.517+05 & 2.010-05 & 1.738-04 \\
 116 & 120 & 3.233+03 & 7.007+05 & 1.537-03 & 8.178-02 & 120 & 138 & 3.747+02 & 2.557-01 & 6.919-12 & 5.974-11 \\
 116 & 121 & 3.189+03 & 8.076+07 & 1.724-01 & 9.050-00 & 120 & 139 & 3.731+02 & 1.316+06 & 2.747-05 & 2.362-04 \\
 116 & 123 & 3.147+03 & 5.558+06 & 8.254-03 & 4.276-01 & 120 & 144 & 1.126+02 & 6.707+02 & 9.105-10 & 2.363-09 \\
 116 & 132 & 4.251+02 & 9.186+05 & 1.493-05 & 1.045-04 & 120 & 150 & 1.020+02 & 2.870+10 & 3.197-02 & 7.513-02 \\
 116 & 133 & 4.242+02 & 4.124+06 & 1.113-04 & 7.769-04 & 120 & 151 & 1.020+02 & 1.196+10 & 1.865-02 & 4.382-02 \\
 116 & 134 & 4.225+02 & 9.983+07 & 3.740-03 & 2.600-02 & 120 & 152 & 1.019+02 & 6.245+07 & 1.251-04 & 2.939-04 \\
 116 & 135 & 3.986+02 & 1.987+06 & 4.733-05 & 3.106-04 & 120 & 153 & 1.019+02 & 3.801+09 & 5.913-03 & 1.388-02 \\
 116 & 140 & 1.161+02 & 1.732+08 & 2.100-04 & 4.014-04 & 121 & 124 & 3.824+04 & 1.044+03 & 2.289-04 & 2.017-01 \\
 116 & 146 & 1.020+02 & 6.644+05 & 6.215-07 & 1.043-06 & 121 & 125 & 3.603+04 & 3.163+04 & 7.913-03 & 6.569-00 \\
 116 & 147 & 1.019+02 & 2.901+09 & 4.520-03 & 7.585-03 & 121 & 126 & 3.304+04 & 1.622+03 & 3.413-04 & 2.598-01 \\
 116 & 148 & 1.019+02 & 1.912+10 & 4.167-02 & 6.989-02 & 121 & 130 & 1.298+03 & 4.365+06 & 7.871-04 & 2.354-02 \\
 116 & 149 & 1.012+02 & 5.459+09 & 8.378-03 & 1.395-02 & 121 & 136 & 3.762+02 & 1.402+05 & 2.125-06 & 1.842-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 121 & 137 & 3.759+02 & 2.810+05 & 5.952-06 & 5.156-05 & 126 & 134 & 4.943+02 & 3.349+03 & 9.540-08 & 1.397-06 \\
 121 & 138 & 3.753+02 & 4.222+06 & 1.146-04 & 9.911-04 & 126 & 148 & 1.056+02 & 1.071+05 & 1.392-07 & 4.356-07 \\
 121 & 139 & 3.737+02 & 1.807+06 & 3.785-05 & 3.260-04 & 126 & 154 & 1.020+02 & 2.692+10 & 3.266-02 & 9.870-02 \\
 121 & 144 & 1.127+02 & 7.300+04 & 9.921-08 & 2.575-07 & 126 & 155 & 1.020+02 & 1.455+10 & 2.269-02 & 6.857-02 \\
 121 & 150 & 1.020+02 & 5.261+07 & 5.865-05 & 1.379-04 & 126 & 156 & 1.020+02 & 6.379+08 & 1.216-03 & 3.673-03 \\
 121 & 151 & 1.020+02 & 2.760+09 & 4.306-03 & 1.012-02 & 126 & 157 & 1.020+02 & 1.956+08 & 3.049-04 & 9.214-04 \\
 121 & 152 & 1.020+02 & 1.430+10 & 2.867-02 & 6.738-02 & 127 & 155 & 1.020+02 & 9.193+07 & 1.174-04 & 4.336-04 \\
 121 & 153 & 1.019+02 & 7.112+09 & 1.107-02 & 2.600-02 & 127 & 156 & 1.020+02 & 1.413+10 & 2.203-02 & 8.139-02 \\
 122 & 124 & 3.967+04 & 4.295+01 & 7.883-06 & 9.266-03 & 127 & 157 & 1.020+02 & 2.734+10 & 3.489-02 & 1.289-01 \\
 122 & 125 & 3.729+04 & 1.225+03 & 2.553-04 & 2.822-01 & 128 & 132 & 7.377+02 & 1.591+09 & 3.894-01 & 9.458-01 \\
 122 & 126 & 3.410+04 & 8.927+02 & 1.556-04 & 1.572-01 & 128 & 140 & 1.313+02 & 1.210+10 & 9.381-02 & 4.055-02 \\
 122 & 127 & 3.194+04 & 4.864+04 & 9.094-03 & 8.607-00 & 128 & 146 & 1.135+02 & 5.148+10 & 2.984-01 & 1.115-01 \\
 122 & 137 & 3.760+02 & 6.517+04 & 1.075-06 & 1.197-05 & 129 & 132 & 7.445+02 & 1.008+09 & 8.373-02 & 6.156-01 \\
 122 & 138 & 3.754+02 & 1.736+06 & 3.669-05 & 4.081-04 & 129 & 133 & 7.416+02 & 1.918+09 & 2.635-01 & 1.930-00 \\
 122 & 139 & 3.739+02 & 6.112+05 & 9.961-06 & 1.103-04 & 129 & 135 & 6.669+02 & 3.926+08 & 4.363-02 & 2.873-01 \\
 122 & 151 & 1.020+02 & 7.287+09 & 8.845-03 & 2.674-02 & 129 & 140 & 1.315+02 & 3.193+10 & 8.278-02 & 1.075-01 \\
 122 & 152 & 1.020+02 & 1.487+10 & 2.319-02 & 7.009-02 & 129 & 141 & 1.300+02 & 1.492+10 & 1.259-02 & 1.617-02 \\
 122 & 153 & 1.019+02 & 2.069+10 & 2.506-02 & 7.566-02 & 129 & 146 & 1.137+02 & 3.410+10 & 6.606-02 & 7.416-02 \\
 123 & 124 & 4.551+04 & 1.540+04 & 6.697-03 & 5.017-00 & 129 & 147 & 1.136+02 & 6.274+10 & 2.025-01 & 2.272-01 \\
 123 & 129 & 1.447+03 & 2.635+06 & 4.961-04 & 1.181-02 & 129 & 149 & 1.127+02 & 8.600+09 & 2.729-02 & 3.037-02 \\
 123 & 130 & 1.305+03 & 3.097+05 & 7.903-05 & 1.697-03 & 130 & 132 & 7.887+02 & 6.526+07 & 3.651-03 & 4.740-02 \\
 123 & 131 & 1.226+03 & 1.040+06 & 1.405-04 & 2.834-03 & 130 & 133 & 7.855+02 & 5.916+08 & 5.471-02 & 7.074-01 \\
 123 & 136 & 3.768+02 & 1.640+06 & 3.491-05 & 2.165-04 & 130 & 134 & 7.795+02 & 2.426+09 & 3.094-01 & 3.970-00 \\
 123 & 137 & 3.765+02 & 4.240+06 & 1.262-04 & 7.818-04 & 130 & 135 & 7.021+02 & 2.619+06 & 1.935-04 & 2.237-03 \\
 123 & 139 & 3.743+02 & 7.336+06 & 2.157-04 & 1.329-03 & 130 & 140 & 1.328+02 & 6.374+10 & 1.011-01 & 2.211-01 \\
 123 & 143 & 1.132+02 & 3.213+05 & 3.702-07 & 6.898-07 & 130 & 146 & 1.147+02 & 2.717+09 & 3.213-03 & 6.063-03 \\
 123 & 144 & 1.127+02 & 1.255+04 & 2.389-08 & 4.433-08 & 130 & 147 & 1.146+02 & 2.397+10 & 4.720-02 & 8.906-02 \\
 123 & 145 & 1.124+02 & 1.622+06 & 1.844-06 & 3.411-06 & 130 & 148 & 1.146+02 & 9.398+10 & 2.588-01 & 4.880-01 \\
 123 & 150 & 1.021+02 & 8.846+09 & 1.382-02 & 2.321-02 & 130 & 149 & 1.137+02 & 9.996+07 & 1.936-04 & 3.621-04 \\
 123 & 151 & 1.021+02 & 1.064+10 & 2.325-02 & 3.906-02 & 130 & 154 & 1.103+02 & 6.092+01 & 1.557-10 & 2.827-10 \\
 123 & 153 & 1.019+02 & 3.932+09 & 8.579-03 & 1.440-02 & 131 & 132 & 8.206+02 & 1.146+08 & 1.157-02 & 9.378-02 \\
 124 & 133 & 4.956+02 & 1.329+05 & 3.497-06 & 3.994-05 & 131 & 133 & 8.172+02 & 1.466+08 & 2.446-02 & 1.974-01 \\
 124 & 134 & 4.932+02 & 1.281+04 & 4.674-07 & 5.313-06 & 131 & 135 & 7.273+02 & 2.708+09 & 3.579-01 & 2.571-00 \\
 124 & 135 & 4.611+02 & 1.066+06 & 2.426-05 & 2.578-04 & 131 & 140 & 1.337+02 & 5.039+09 & 1.350-02 & 1.783-02 \\
 124 & 147 & 1.056+02 & 7.506+06 & 8.964-06 & 2.182-05 & 131 & 141 & 1.321+02 & 1.003+11 & 8.749-02 & 1.142-01 \\
 124 & 148 & 1.056+02 & 1.088+06 & 1.818-06 & 4.421-06 & 131 & 146 & 1.153+02 & 5.276+09 & 1.051-02 & 1.197-02 \\
 124 & 149 & 1.048+02 & 6.178+05 & 7.264-07 & 1.754-06 & 131 & 147 & 1.153+02 & 6.643+09 & 2.205-02 & 2.511-02 \\
 124 & 154 & 1.020+02 & 1.029+10 & 1.604-02 & 3.768-02 & 131 & 149 & 1.143+02 & 8.338+10 & 2.722-01 & 3.072-01 \\
 124 & 155 & 1.020+02 & 1.066+10 & 2.136-02 & 5.018-02 & 132 & 136 & 1.614+03 & 1.576+08 & 1.026-01 & 1.636-00 \\
 124 & 157 & 1.019+02 & 8.477+04 & 1.698-07 & 3.988-07 & 132 & 142 & 1.472+02 & 3.862+10 & 4.181-02 & 6.078-02 \\
 125 & 134 & 4.936+02 & 3.808+05 & 1.082-05 & 1.583-04 & 132 & 143 & 1.471+02 & 8.290+09 & 2.687-02 & 3.903-02 \\
 125 & 148 & 1.056+02 & 1.344+07 & 1.746-05 & 5.463-05 & 132 & 144 & 1.462+02 & 3.684+08 & 1.968-03 & 2.843-03 \\
 125 & 154 & 1.020+02 & 1.172+09 & 1.421-03 & 4.295-03 & 132 & 145 & 1.457+02 & 1.198+09 & 3.813-03 & 5.488-03 \\
 125 & 155 & 1.020+02 & 1.169+08 & 1.823-04 & 5.507-04 & 132 & 150 & 1.288+02 & 1.804+11 & 7.480-01 & 9.517-01 \\
 125 & 156 & 1.020+02 & 1.023+10 & 1.948-02 & 5.886-02 & 133 & 136 & 1.628+03 & 2.837+07 & 1.127-02 & 3.018-01 \\
 125 & 157 & 1.019+02 & 1.050+10 & 1.636-02 & 4.942-02 & 133 & 137 & 1.622+03 & 1.616+08 & 8.925-02 & 2.383-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric dipole (E1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                                       
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 133 & 139 & 1.582+03 & 3.090+06 & 1.624-03 & 4.231-02 & 139 & 154 & 1.397+02 & 1.071+09 & 3.133-03 & 1.008-02 \\
 133 & 143 & 1.472+02 & 2.637+10 & 5.136-02 & 1.244-01 & 139 & 155 & 1.397+02 & 7.994+10 & 3.007-01 & 9.680-01 \\
 133 & 144 & 1.464+02 & 5.528+09 & 1.775-02 & 4.276-02 & 139 & 157 & 1.396+02 & 2.808+11 & 1.056-00 & 3.397-00 \\
 133 & 145 & 1.458+02 & 2.438+09 & 4.664-03 & 1.120-02 & 140 & 142 & 1.875+03 & 4.015+08 & 7.054-02 & 1.306-00 \\
 133 & 150 & 1.289+02 & 3.316+10 & 8.260-02 & 1.752-01 & 140 & 143 & 1.853+03 & 3.611+08 & 1.860-01 & 3.405-00 \\
 133 & 151 & 1.289+02 & 1.889+11 & 6.587-01 & 1.397-00 & 140 & 144 & 1.732+03 & 5.108+08 & 3.830-01 & 6.552-00 \\
 133 & 153 & 1.287+02 & 2.455+09 & 8.536-03 & 1.809-02 & 140 & 145 & 1.662+03 & 7.644+07 & 3.165-02 & 5.196-01 \\
 134 & 136 & 1.654+03 & 7.734+05 & 2.265-04 & 8.633-03 & 140 & 150 & 6.658+02 & 8.238+01 & 9.124-09 & 5.999-08 \\
 134 & 137 & 1.648+03 & 1.887+07 & 7.685-03 & 2.919-01 & 141 & 143 & 2.217+03 & 3.165+07 & 6.997-02 & 5.107-01 \\
 134 & 138 & 1.636+03 & 1.804+08 & 9.306-02 & 3.508-00 & 141 & 145 & 1.949+03 & 3.079+08 & 5.259-01 & 3.374-00 \\
 134 & 139 & 1.607+03 & 7.603+05 & 2.944-04 & 1.091-02 & 142 & 146 & 1.516+03 & 5.021+08 & 5.186-01 & 2.588-00 \\
 134 & 144 & 1.466+02 & 3.143+10 & 7.228-02 & 2.441-01 & 143 & 146 & 1.530+03 & 3.177+08 & 1.115-01 & 1.685-00 \\
 134 & 150 & 1.291+02 & 9.442+08 & 1.684-03 & 5.009-03 & 143 & 147 & 1.524+03 & 6.082+08 & 3.528-01 & 5.309-00 \\
 134 & 151 & 1.291+02 & 2.308+10 & 5.762-02 & 1.714-01 & 143 & 149 & 1.369+03 & 1.203+08 & 5.635-02 & 7.622-01 \\
 134 & 152 & 1.290+02 & 2.155+11 & 6.914-01 & 2.056-00 & 144 & 146 & 1.624+03 & 2.048+07 & 4.856-03 & 1.298-01 \\
 134 & 153 & 1.289+02 & 6.741+08 & 1.678-03 & 4.985-03 & 144 & 147 & 1.617+03 & 1.859+08 & 7.284-02 & 1.939-00 \\
 135 & 136 & 2.159+03 & 3.706+04 & 2.589-05 & 9.202-04 & 144 & 148 & 1.604+03 & 7.652+08 & 4.130-01 & 1.090+01 \\
 135 & 137 & 2.149+03 & 1.506+06 & 1.460-03 & 5.166-02 & 144 & 149 & 1.444+03 & 9.196+05 & 2.875-04 & 6.834-03 \\
 135 & 139 & 2.080+03 & 8.530+07 & 7.747-02 & 2.653-00 & 144 & 154 & 1.044+03 & 6.581-04 & 1.507-13 & 2.591-12 \\
 135 & 143 & 1.505+02 & 4.469+09 & 9.105-03 & 2.256-02 & 145 & 146 & 1.691+03 & 3.590+07 & 1.538-02 & 2.569-01 \\
 135 & 144 & 1.497+02 & 1.620+07 & 5.438-05 & 1.340-04 & 145 & 147 & 1.683+03 & 4.461+07 & 3.158-02 & 5.249-01 \\
 135 & 145 & 1.491+02 & 3.700+10 & 7.401-02 & 1.816-01 & 145 & 149 & 1.497+03 & 8.401+08 & 4.703-01 & 6.952-00 \\
 135 & 150 & 1.315+02 & 1.064+08 & 2.757-04 & 5.965-04 & 146 & 150 & 3.238+03 & 6.868+07 & 1.799-01 & 5.753-00 \\
 135 & 151 & 1.314+02 & 3.207+09 & 1.163-02 & 2.516-02 & 147 & 150 & 3.266+03 & 1.235+07 & 1.974-02 & 1.061-00 \\
 135 & 153 & 1.313+02 & 2.136+11 & 7.725-01 & 1.669-00 & 147 & 151 & 3.258+03 & 7.051+07 & 1.571-01 & 8.423-00 \\
 136 & 140 & 1.773+02 & 3.715+02 & 1.050-09 & 3.064-09 & 147 & 153 & 3.151+03 & 9.697+05 & 2.021-03 & 1.048-01 \\
 136 & 146 & 1.463+02 & 7.815+09 & 1.505-02 & 3.624-02 & 148 & 150 & 3.321+03 & 3.365+05 & 3.973-04 & 3.041-02 \\
 136 & 147 & 1.463+02 & 8.615+08 & 2.763-03 & 6.651-03 & 148 & 151 & 3.312+03 & 8.231+06 & 1.354-02 & 1.033-00 \\
 136 & 148 & 1.461+02 & 1.750+07 & 7.846-05 & 1.888-04 & 148 & 152 & 3.291+03 & 7.789+07 & 1.626-01 & 1.233+01 \\
 136 & 149 & 1.447+02 & 2.670+06 & 8.382-06 & 1.996-05 & 148 & 153 & 3.202+03 & 2.799+05 & 4.302-04 & 3.174-02 \\
 136 & 154 & 1.394+02 & 3.326+11 & 1.356-00 & 3.110-00 & 149 & 150 & 4.306+03 & 1.873+04 & 5.208-05 & 3.691-03 \\
 137 & 147 & 1.463+02 & 6.811+09 & 1.561-02 & 5.264-02 & 149 & 151 & 4.292+03 & 4.743+05 & 1.833-03 & 1.295-01 \\
 137 & 148 & 1.462+02 & 5.906+08 & 1.892-03 & 6.376-03 & 149 & 153 & 4.108+03 & 3.899+07 & 1.381-01 & 9.340-00 \\
 137 & 149 & 1.447+02 & 1.280+08 & 2.872-04 & 9.578-04 & 150 & 154 & 3.060+04 & 5.079+04 & 9.983-03 & 5.029-00 \\
 137 & 154 & 1.394+02 & 2.787+10 & 8.117-02 & 2.607-01 & 151 & 154 & 3.135+04 & 4.011+03 & 5.910-04 & 4.269-01 \\
 137 & 155 & 1.394+02 & 2.689+11 & 1.007-00 & 3.235-00 & 151 & 155 & 3.152+04 & 3.679+04 & 7.044-03 & 5.116-00 \\
 137 & 157 & 1.394+02 & 7.188+10 & 2.691-01 & 8.641-01 & 151 & 157 & 2.943+04 & 1.323+04 & 2.209-03 & 1.498-00 \\
 138 & 148 & 1.463+02 & 7.106+09 & 1.773-02 & 7.686-02 & 152 & 154 & 3.339+04 & 5.419+01 & 7.044-06 & 6.969-03 \\
 138 & 154 & 1.395+02 & 4.558+08 & 1.034-03 & 4.273-03 & 152 & 155 & 3.358+04 & 1.595+03 & 2.696-04 & 2.682-01 \\
 138 & 155 & 1.395+02 & 1.378+10 & 4.020-02 & 1.661-01 & 152 & 156 & 3.162+04 & 5.016+04 & 9.188-03 & 8.607-00 \\
 138 & 156 & 1.394+02 & 3.626+11 & 1.292-00 & 5.338-00 & 152 & 157 & 3.122+04 & 1.270+03 & 1.856-04 & 1.717-01 \\
 138 & 157 & 1.394+02 & 8.695+09 & 2.535-02 & 1.047-01 & 153 & 154 & 4.652+04 & 3.754+01 & 1.218-05 & 1.305-02 \\
 139 & 147 & 1.466+02 & 1.133+08 & 2.609-04 & 8.818-04 & 153 & 155 & 4.689+04 & 3.605+03 & 1.528-03 & 1.651-00 \\
 139 & 148 & 1.465+02 & 2.179+07 & 7.014-05 & 2.368-04 & 153 & 157 & 4.242+04 & 1.581+04 & 5.485-03 & 5.362-00 \\
 139 & 149 & 1.451+02 & 6.969+09 & 1.570-02 & 5.249-02 &     &     &          &          &          &          \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}

\clearpage

\begin{flushleft}
 Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\          
   1 &   6 & 1.645+01 & 1.799+05 & 2.190-08 & 8.908-05 &   2 &  70 & 4.199+01 & 3.245-03 & 1.201-15 & 6.235-11 \\
   1 &   9 & 1.631+01 & 7.125+03 & 8.526-10 & 3.439-06 &   2 &  71 & 4.168+01 & 1.020+01 & 1.594-12 & 8.212-08 \\
   1 &  12 & 1.611+01 & 4.172+03 & 4.872-10 & 1.941-06 &   2 &  76 & 3.447+01 & 9.147+01 & 1.630-11 & 6.946-07 \\
   1 &  13 & 1.605+01 & 2.046+05 & 2.370-08 & 9.404-05 &   2 &  77 & 3.444+01 & 1.782+02 & 1.901-11 & 8.097-07 \\
   1 &  28 & 1.442+01 & 1.935+04 & 1.809-09 & 6.448-06 &   2 &  85 & 3.329+01 & 1.091-00 & 1.087-13 & 4.475-09 \\
   1 &  34 & 1.322+01 & 2.095+03 & 1.647-10 & 5.386-07 &   2 &  87 & 3.312+01 & 1.842-00 & 1.818-13 & 7.445-09 \\
   1 &  40 & 1.255+01 & 1.216+05 & 8.617-09 & 2.675-05 &   2 &  89 & 3.309+01 & 1.608-02 & 2.640-15 & 1.080-10 \\
   1 &  45 & 1.253+01 & 3.083-00 & 2.177-13 & 6.743-10 &   2 &  90 & 3.309+01 & 2.849-00 & 6.549-13 & 2.679-08 \\
   1 &  48 & 1.239+01 & 4.599+03 & 3.174-10 & 9.721-07 &   2 &  91 & 3.306+01 & 1.552-00 & 2.544-13 & 1.040-08 \\
   1 &  49 & 1.237+01 & 7.676+04 & 5.285-09 & 1.617-05 &   2 &  92 & 3.305+01 & 6.649-03 & 1.524-15 & 6.228-11 \\
   1 &  60 & 1.224+01 & 2.334+02 & 1.572-11 & 4.757-08 &   2 &  93 & 3.292+01 & 5.314-00 & 5.179-13 & 2.107-08 \\
   1 &  78 & 1.138+01 & 5.954+04 & 3.469-09 & 9.763-06 &   2 & 102 & 3.273+01 & 5.806-03 & 9.326-16 & 3.774-11 \\
   1 &  81 & 1.137+01 & 2.164+02 & 1.258-11 & 3.538-08 &   2 & 103 & 3.273+01 & 2.633-04 & 5.921-17 & 2.396-12 \\
   1 &  94 & 1.125+01 & 3.700+02 & 2.108-11 & 5.865-08 &   2 & 106 & 3.272+01 & 7.324-06 & 1.645-18 & 6.656-14 \\
   1 & 110 & 1.125+01 & 5.393+03 & 3.068-10 & 8.534-07 &   2 & 115 & 3.201+01 & 2.114-01 & 3.248-14 & 1.285-09 \\
   1 & 111 & 1.124+01 & 3.198+04 & 1.818-09 & 5.054-06 &   2 & 116 & 3.200+01 & 1.026-01 & 1.576-14 & 6.237-10 \\
   1 & 114 & 1.117+01 & 1.673+04 & 9.386-10 & 2.592-06 &   2 & 117 & 3.199+01 & 4.065-03 & 8.731-16 & 3.453-11 \\
   1 & 132 & 1.088+01 & 1.115+03 & 5.930-11 & 1.595-07 &   2 & 118 & 3.191+01 & 5.048-00 & 4.623-13 & 1.824-08 \\
   1 & 140 & 1.018+01 & 5.085+03 & 2.371-10 & 5.970-07 &   2 & 124 & 3.166+01 & 6.270-08 & 1.319-20 & 5.163-16 \\
   1 & 146 & 1.006+01 & 3.381+02 & 1.539-11 & 3.828-08 &   2 & 129 & 3.100+01 & 3.562+01 & 3.080-12 & 1.181-07 \\
   2 &   3 & 6.342+03 & 4.061+01 & 1.469-07 & 1.152-00 &   2 & 130 & 3.093+01 & 1.693-02 & 2.428-15 & 9.286-11 \\
   2 &   5 & 8.942+02 & 1.694+04 & 1.218-06 & 1.347-00 &   2 & 131 & 3.088+01 & 3.763-01 & 3.229-14 & 1.233-09 \\
   2 &  17 & 1.605+02 & 5.884+01 & 1.364-10 & 2.707-05 &   2 & 136 & 2.923+01 & 1.147-01 & 1.469-14 & 5.307-10 \\
   2 &  18 & 1.568+02 & 1.469-00 & 5.413-12 & 1.049-06 &   2 & 137 & 2.922+01 & 8.445-03 & 1.514-15 & 5.469-11 \\
   2 &  20 & 1.549+02 & 4.696-01 & 2.366-12 & 4.533-07 &   2 & 139 & 2.921+01 & 3.239-03 & 5.801-16 & 2.095-11 \\
   2 &  21 & 1.516+02 & 7.758-01 & 2.673-12 & 5.009-07 &   2 & 143 & 2.475+01 & 2.718+01 & 1.498-12 & 4.584-08 \\
   2 &  22 & 1.496+02 & 2.323-00 & 1.091-11 & 2.018-06 &   2 & 144 & 2.473+01 & 3.185-00 & 2.920-13 & 8.929-09 \\
   2 &  23 & 1.414+02 & 7.189+01 & 1.294-10 & 2.263-05 &   2 & 145 & 2.472+01 & 8.986-01 & 4.938-14 & 1.509-09 \\
   2 &  24 & 1.339+02 & 9.961-02 & 2.676-13 & 4.429-08 &   2 & 150 & 2.418+01 & 1.141-01 & 9.995-15 & 2.988-10 \\
   2 &  25 & 1.327+02 & 1.043+01 & 2.755-11 & 4.521-06 &   2 & 151 & 2.418+01 & 2.998-03 & 3.678-16 & 1.099-11 \\
   2 &  26 & 1.319+02 & 2.124-00 & 7.759-12 & 1.266-06 &   2 & 153 & 2.417+01 & 1.656-02 & 2.031-15 & 6.070-11 \\
   2 &  27 & 1.221+02 & 7.760+01 & 1.040-10 & 1.569-05 &   3 &   4 & 1.162+03 & 1.574+04 & 1.062-06 & 9.153-01 \\
   2 &  31 & 7.292+01 & 2.404+02 & 1.150-10 & 1.036-05 &   3 &   5 & 1.041+03 & 2.962+03 & 4.812-07 & 3.716-01 \\
   2 &  32 & 7.194+01 & 1.304-01 & 1.012-13 & 9.003-09 &   3 &  16 & 1.669+02 & 1.113+02 & 1.549-10 & 1.917-05 \\
   2 &  33 & 7.114+01 & 8.447+01 & 3.845-11 & 3.382-06 &   3 &  17 & 1.647+02 & 2.773+01 & 1.128-10 & 1.378-05 \\
   2 &  38 & 4.929+01 & 7.742+01 & 2.820-11 & 1.718-06 &   3 &  18 & 1.607+02 & 2.385-00 & 1.539-11 & 1.836-06 \\
   2 &  39 & 4.916+01 & 1.625+02 & 3.533-11 & 2.148-06 &   3 &  21 & 1.553+02 & 5.299-00 & 3.194-11 & 3.679-06 \\
   2 &  42 & 4.687+01 & 5.377-02 & 1.062-14 & 6.155-10 &   3 &  23 & 1.447+02 & 1.042-00 & 3.269-12 & 3.508-07 \\
   2 &  52 & 4.408+01 & 1.201-00 & 2.098-13 & 1.143-08 &   3 &  24 & 1.368+02 & 3.213-00 & 1.501-11 & 1.523-06 \\
   2 &  54 & 4.396+01 & 1.053-01 & 3.051-14 & 1.659-09 &   3 &  25 & 1.356+02 & 8.773-00 & 4.028-11 & 4.050-06 \\
   2 &  55 & 4.394+01 & 1.768-00 & 7.167-13 & 3.894-08 &   3 &  27 & 1.244+02 & 6.880+01 & 1.597-10 & 1.475-05 \\
   2 &  57 & 4.385+01 & 8.449-01 & 2.435-13 & 1.320-08 &   3 &  30 & 7.397+01 & 3.282+02 & 8.973-11 & 4.924-06 \\
   2 &  58 & 4.379+01 & 4.531-03 & 1.823-15 & 9.872-11 &   3 &  31 & 7.377+01 & 1.008+01 & 8.222-12 & 4.499-07 \\
   2 &  59 & 4.338+01 & 7.600-00 & 1.286-12 & 6.900-08 &   3 &  32 & 7.277+01 & 1.471+01 & 1.946-11 & 1.051-06 \\
   2 &  68 & 4.207+01 & 3.100-01 & 8.228-14 & 4.280-09 &   3 &  33 & 7.195+01 & 9.392-00 & 7.289-12 & 3.890-07 \\
   2 &  69 & 4.204+01 & 1.735-01 & 4.598-14 & 2.390-09 &   3 &  38 & 4.967+01 & 9.996+01 & 6.163-11 & 2.271-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   3 &  39 & 4.954+01 & 1.039+01 & 3.822-12 & 1.405-07 &   4 &  85 & 3.446+01 & 5.696+01 & 3.041-11 & 2.591-07 \\
   3 &  41 & 4.727+01 & 3.186+01 & 3.558-12 & 1.248-07 &   4 &  87 & 3.428+01 & 2.250-01 & 1.189-13 & 1.008-09 \\
   3 &  42 & 4.721+01 & 8.058-00 & 2.693-12 & 9.431-08 &   4 &  93 & 3.406+01 & 2.340-00 & 1.221-12 & 1.028-08 \\
   3 &  51 & 4.446+01 & 1.090-02 & 1.076-15 & 3.549-11 &   4 & 118 & 3.298+01 & 4.657-03 & 2.278-15 & 1.858-11 \\
   3 &  52 & 4.439+01 & 9.037-01 & 2.669-13 & 8.788-09 &   4 & 129 & 3.201+01 & 5.042-00 & 2.324-12 & 1.840-08 \\
   3 &  54 & 4.427+01 & 7.114-01 & 3.484-13 & 1.144-08 &   4 & 131 & 3.189+01 & 6.002-00 & 2.745-12 & 2.164-08 \\
   3 &  57 & 4.415+01 & 1.037-00 & 5.052-13 & 1.655-08 &   4 & 143 & 2.539+01 & 1.471-00 & 4.266-13 & 2.678-09 \\
   3 &  59 & 4.368+01 & 2.478-00 & 7.088-13 & 2.297-08 &   4 & 145 & 2.535+01 & 3.694-00 & 1.068-12 & 6.696-09 \\
   3 &  68 & 4.235+01 & 2.376-02 & 1.065-14 & 3.346-10 &   5 &  16 & 1.987+02 & 4.626-00 & 9.128-12 & 1.345-06 \\
   3 &  69 & 4.232+01 & 4.091-01 & 1.830-13 & 5.747-09 &   5 &  17 & 1.957+02 & 7.978-00 & 4.579-11 & 6.647-06 \\
   3 &  71 & 4.195+01 & 3.758-00 & 9.916-13 & 3.086-08 &   5 &  18 & 1.901+02 & 1.210+01 & 1.092-10 & 1.540-05 \\
   3 &  76 & 3.466+01 & 9.697+01 & 2.911-11 & 7.485-07 &   5 &  21 & 1.825+02 & 1.963-00 & 1.634-11 & 2.213-06 \\
   3 &  77 & 3.463+01 & 1.924+01 & 3.460-12 & 8.887-08 &   5 &  23 & 1.680+02 & 6.772-00 & 2.866-11 & 3.573-06 \\
   3 &  84 & 3.348+01 & 2.387+01 & 1.337-12 & 3.320-08 &   5 &  24 & 1.574+02 & 6.816-01 & 4.222-12 & 4.931-07 \\
   3 &  85 & 3.346+01 & 7.285-00 & 1.223-12 & 3.036-08 &   5 &  25 & 1.558+02 & 6.216+01 & 3.772-10 & 4.361-05 \\
   3 &  86 & 3.332+01 & 1.629-01 & 9.036-15 & 2.233-10 &   5 &  27 & 1.414+02 & 2.421+01 & 7.250-11 & 7.602-06 \\
   3 &  87 & 3.330+01 & 3.915-00 & 6.508-13 & 1.608-08 &   5 &  30 & 7.962+01 & 1.001+01 & 3.171-12 & 1.873-07 \\
   3 &  89 & 3.327+01 & 3.449-01 & 9.537-14 & 2.354-09 &   5 &  31 & 7.939+01 & 1.529+01 & 1.445-11 & 8.508-07 \\
   3 &  91 & 3.324+01 & 9.936-01 & 2.743-13 & 6.763-09 &   5 &  32 & 7.824+01 & 1.451+02 & 2.220-10 & 1.288-05 \\
   3 &  93 & 3.309+01 & 9.081-01 & 1.491-13 & 3.658-09 &   5 &  33 & 7.729+01 & 6.923-02 & 6.200-14 & 3.555-09 \\
   3 & 102 & 3.290+01 & 6.307-05 & 1.706-17 & 4.164-13 &   5 &  38 & 5.216+01 & 1.211+01 & 8.235-12 & 3.186-07 \\
   3 & 115 & 3.217+01 & 3.370-02 & 8.717-15 & 2.081-10 &   5 &  39 & 5.202+01 & 2.253-01 & 9.142-14 & 3.528-09 \\
   3 & 116 & 3.217+01 & 4.914-02 & 1.270-14 & 3.031-10 &   5 &  41 & 4.952+01 & 7.207+01 & 8.832-12 & 3.245-07 \\
   3 & 118 & 3.207+01 & 7.059-01 & 1.089-13 & 2.590-09 &   5 &  42 & 4.946+01 & 6.707+01 & 2.459-11 & 9.023-07 \\
   3 & 128 & 3.117+01 & 5.469-00 & 2.655-13 & 6.138-09 &   5 &  51 & 4.644+01 & 2.964-02 & 3.194-15 & 1.100-10 \\
   3 & 129 & 3.116+01 & 2.686-01 & 3.909-14 & 9.034-10 &   5 &  52 & 4.636+01 & 7.965-02 & 2.567-14 & 8.827-10 \\
   3 & 130 & 3.108+01 & 1.211+01 & 2.924-12 & 6.742-08 &   5 &  54 & 4.624+01 & 5.021-01 & 2.682-13 & 9.199-09 \\
   3 & 131 & 3.103+01 & 1.024-00 & 1.479-13 & 3.405-09 &   5 &  57 & 4.611+01 & 3.626-01 & 1.926-13 & 6.587-09 \\
   3 & 136 & 2.936+01 & 6.057-03 & 1.304-15 & 2.841-11 &   5 &  59 & 4.559+01 & 2.889-00 & 9.005-13 & 3.046-08 \\
   3 & 142 & 2.485+01 & 1.776-00 & 5.484-14 & 1.011-09 &   5 &  68 & 4.415+01 & 7.368-01 & 3.589-13 & 1.175-08 \\
   3 & 143 & 2.485+01 & 8.482-02 & 7.852-15 & 1.448-10 &   5 &  69 & 4.411+01 & 2.079-03 & 1.011-15 & 3.308-11 \\
   3 & 144 & 2.483+01 & 6.429-00 & 9.901-13 & 1.823-08 &   5 &  71 & 4.371+01 & 2.436-00 & 6.978-13 & 2.263-08 \\
   3 & 145 & 2.481+01 & 4.703-01 & 4.341-14 & 7.990-10 &   5 &  76 & 3.585+01 & 9.113-00 & 2.928-12 & 7.787-08 \\
   3 & 150 & 2.427+01 & 8.864-03 & 1.305-15 & 2.349-11 &   5 &  77 & 3.582+01 & 5.083-02 & 9.778-15 & 2.598-10 \\
   4 &   5 & 1.000+04 & 9.777-00 & 4.398-07 & 1.088-00 &   5 &  84 & 3.459+01 & 1.196+02 & 7.153-12 & 1.835-07 \\
   4 &  17 & 1.919+02 & 2.492-00 & 4.128-11 & 1.959-06 &   5 &  85 & 3.457+01 & 9.695+01 & 1.738-11 & 4.456-07 \\
   4 &  23 & 1.652+02 & 3.422-00 & 4.203-11 & 1.717-06 &   5 &  86 & 3.442+01 & 3.876-01 & 2.295-14 & 5.860-10 \\
   4 &  27 & 1.394+02 & 1.108+02 & 9.678-10 & 3.335-05 &   5 &  87 & 3.440+01 & 1.406-02 & 2.495-15 & 6.365-11 \\
   4 &  31 & 7.877+01 & 4.441+01 & 1.239-10 & 2.414-06 &   5 &  89 & 3.437+01 & 1.530-01 & 4.514-14 & 1.151-09 \\
   4 &  33 & 7.670+01 & 9.399-02 & 2.487-13 & 4.716-09 &   5 &  91 & 3.433+01 & 2.188-01 & 6.444-14 & 1.641-09 \\
   4 &  39 & 5.175+01 & 1.462-00 & 1.761-12 & 2.253-08 &   5 &  93 & 3.417+01 & 6.819-01 & 1.194-13 & 3.027-09 \\
   4 &  42 & 4.921+01 & 4.283+01 & 4.665-11 & 5.677-07 &   5 & 102 & 3.398+01 & 3.835-03 & 1.106-15 & 2.788-11 \\
   4 &  52 & 4.615+01 & 5.007-02 & 4.796-14 & 5.473-10 &   5 & 115 & 3.320+01 & 1.470-00 & 4.049-13 & 9.973-09 \\
   4 &  59 & 4.539+01 & 7.410-00 & 6.865-12 & 7.705-08 &   5 & 116 & 3.319+01 & 8.969-02 & 2.469-14 & 6.080-10 \\
   4 &  71 & 4.352+01 & 2.128-00 & 1.813-12 & 1.951-08 &   5 & 118 & 3.309+01 & 1.405-00 & 2.306-13 & 5.659-09 \\
   4 &  77 & 3.569+01 & 8.451-02 & 4.843-14 & 4.274-10 &   5 & 128 & 3.213+01 & 1.297+01 & 6.689-13 & 1.594-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   5 & 129 & 3.212+01 & 1.585-01 & 2.451-14 & 5.839-10 &   6 & 113 & 3.536+01 & 3.074+02 & 1.921-11 & 5.040-07 \\
   5 & 130 & 3.204+01 & 1.078+01 & 2.764-12 & 6.570-08 &   6 & 114 & 3.478+01 & 7.369-00 & 1.337-12 & 3.449-08 \\
   5 & 131 & 3.199+01 & 9.027-01 & 1.385-13 & 3.286-09 &   6 & 119 & 3.458+01 & 3.610+01 & 2.158-12 & 5.535-08 \\
   5 & 136 & 3.021+01 & 1.771-02 & 4.040-15 & 9.054-11 &   6 & 123 & 3.434+01 & 2.917-01 & 8.594-14 & 2.189-09 \\
   5 & 142 & 2.546+01 & 1.609+01 & 5.214-13 & 9.849-09 &   6 & 132 & 3.210+01 & 3.221-01 & 4.974-14 & 1.184-09 \\
   5 & 143 & 2.546+01 & 1.545-00 & 1.501-13 & 2.835-09 &   6 & 133 & 3.209+01 & 4.177-01 & 1.075-13 & 2.559-09 \\
   5 & 144 & 2.543+01 & 5.221-00 & 8.439-13 & 1.592-08 &   6 & 135 & 3.193+01 & 2.801-02 & 7.137-15 & 1.691-10 \\
   5 & 145 & 2.542+01 & 2.901-02 & 2.810-15 & 5.298-11 &   6 & 140 & 2.673+01 & 1.173+01 & 1.256-12 & 2.490-08 \\
   5 & 150 & 2.485+01 & 3.916-02 & 6.042-15 & 1.114-10 &   6 & 141 & 2.666+01 & 3.719+01 & 1.321-12 & 2.613-08 \\
   6 &   7 & 3.394+03 & 1.824+01 & 5.250-08 & 1.322-01 &   6 & 146 & 2.590+01 & 1.046-02 & 1.052-15 & 2.021-11 \\
   6 &   9 & 1.926+03 & 1.069+02 & 5.947-08 & 8.498-02 &   6 & 147 & 2.590+01 & 5.058-01 & 8.476-14 & 1.628-09 \\
   6 &  10 & 1.509+03 & 4.508+02 & 2.566-07 & 2.873-01 &   6 & 149 & 2.585+01 & 6.374-02 & 1.064-14 & 2.040-10 \\
   6 &  11 & 8.981+02 & 1.188+04 & 4.789-07 & 3.191-01 &   7 &   8 & 7.800+03 & 2.221+01 & 2.836-07 & 2.734-00 \\
   6 &  12 & 7.873+02 & 1.720+03 & 1.599-07 & 9.337-02 &   7 &   9 & 4.454+03 & 1.155+02 & 2.062-07 & 1.135-00 \\
   6 &  13 & 6.540+02 & 4.540+03 & 2.911-07 & 1.412-01 &   7 &  10 & 2.718+03 & 1.694+02 & 1.876-07 & 6.303-01 \\
   6 &  14 & 6.408+02 & 6.149+02 & 6.309-08 & 2.999-02 &   7 &  12 & 1.025+03 & 1.378+04 & 1.303-06 & 1.651-00 \\
   6 &  15 & 3.578+02 & 1.015+04 & 6.494-08 & 1.724-02 &   7 &  13 & 8.101+02 & 6.858-00 & 4.048-10 & 4.055-04 \\
   6 &  28 & 1.166+02 & 8.286+01 & 1.688-10 & 1.460-05 &   7 &  14 & 7.900+02 & 5.591-00 & 5.231-10 & 5.109-04 \\
   6 &  29 & 1.097+02 & 2.765+01 & 1.664-11 & 1.355-06 &   7 &  28 & 1.207+02 & 6.210+01 & 8.141-11 & 1.215-05 \\
   6 &  34 & 6.738+01 & 7.726-00 & 5.258-12 & 2.628-07 &   7 &  34 & 6.874+01 & 9.856+01 & 4.189-11 & 3.560-06 \\
   6 &  35 & 6.733+01 & 2.907-01 & 3.293-13 & 1.645-08 &   7 &  35 & 6.869+01 & 2.542-01 & 1.798-13 & 1.527-08 \\
   6 &  37 & 6.542+01 & 3.470-01 & 3.711-13 & 1.801-08 &   7 &  36 & 6.859+01 & 1.461+01 & 1.443-11 & 1.224-06 \\
   6 &  40 & 5.301+01 & 9.699+01 & 4.085-11 & 1.606-06 &   7 &  37 & 6.671+01 & 4.045-01 & 2.698-13 & 2.225-08 \\
   6 &  43 & 5.280+01 & 1.989+02 & 1.386-10 & 5.429-06 &   7 &  40 & 5.385+01 & 1.356+01 & 3.536-12 & 2.354-07 \\
   6 &  45 & 5.256+01 & 1.953+03 & 8.090-10 & 3.155-05 &   7 &  43 & 5.364+01 & 1.857+01 & 8.008-12 & 5.310-07 \\
   6 &  46 & 5.243+01 & 1.520+03 & 1.044-09 & 4.060-05 &   7 &  44 & 5.348+01 & 2.860+03 & 1.717-09 & 1.135-04 \\
   6 &  47 & 5.158+01 & 1.338+03 & 1.778-10 & 6.804-06 &   7 &  45 & 5.339+01 & 5.207+02 & 1.335-10 & 8.812-06 \\
   6 &  48 & 5.015+01 & 8.820+01 & 3.326-11 & 1.237-06 &   7 &  46 & 5.325+01 & 1.663+03 & 7.069-10 & 4.654-05 \\
   6 &  49 & 4.992+01 & 1.800-00 & 6.723-13 & 2.489-08 &   7 &  48 & 5.090+01 & 1.409+02 & 3.283-11 & 2.066-06 \\
   6 &  50 & 4.987+01 & 3.914+01 & 2.432-11 & 8.997-07 &   7 &  49 & 5.066+01 & 3.480-01 & 8.033-14 & 5.032-09 \\
   6 &  56 & 4.921+01 & 3.113+02 & 3.766-11 & 1.375-06 &   7 &  50 & 5.061+01 & 2.220-00 & 8.527-13 & 5.336-08 \\
   6 &  60 & 4.779+01 & 3.420-00 & 1.171-12 & 4.152-08 &   7 &  60 & 4.847+01 & 7.215-00 & 1.525-12 & 9.139-08 \\
   6 &  63 & 4.777+01 & 3.748-01 & 2.137-13 & 7.571-09 &   7 &  63 & 4.845+01 & 4.363-01 & 1.535-13 & 9.196-09 \\
   6 &  65 & 4.769+01 & 1.135-00 & 6.453-13 & 2.283-08 &   7 &  64 & 4.838+01 & 1.185-01 & 5.822-14 & 3.483-09 \\
   6 &  75 & 4.549+01 & 4.394-01 & 2.272-13 & 7.668-09 &   7 &  65 & 4.837+01 & 7.278-01 & 2.553-13 & 1.527-08 \\
   6 &  78 & 3.694+01 & 6.387+01 & 1.307-11 & 3.581-07 &   7 &  66 & 4.837+01 & 6.594-01 & 3.238-13 & 1.936-08 \\
   6 &  79 & 3.689+01 & 1.530+02 & 5.203-11 & 1.424-06 &   7 &  72 & 4.615+01 & 3.972-02 & 1.776-14 & 1.013-09 \\
   6 &  81 & 3.683+01 & 1.401+03 & 2.850-10 & 7.786-06 &   7 &  74 & 4.611+01 & 1.459-01 & 6.509-14 & 3.711-09 \\
   6 &  82 & 3.680+01 & 1.124+03 & 3.803-10 & 1.038-05 &   7 &  75 & 4.611+01 & 3.216-00 & 1.025-12 & 5.844-08 \\
   6 &  83 & 3.655+01 & 6.703+02 & 4.475-11 & 1.214-06 &   7 &  78 & 3.735+01 & 5.459-00 & 6.849-13 & 3.163-08 \\
   6 &  94 & 3.562+01 & 9.578-00 & 1.822-12 & 4.815-08 &   7 &  79 & 3.729+01 & 2.462+01 & 5.135-12 & 2.367-07 \\
   6 &  95 & 3.561+01 & 3.229-03 & 1.023-15 & 2.703-11 &   7 &  80 & 3.726+01 & 1.979+03 & 5.764-10 & 2.655-05 \\
   6 &  99 & 3.558+01 & 6.920-01 & 2.189-13 & 5.778-09 &   7 &  81 & 3.723+01 & 4.142+02 & 5.165-11 & 2.378-06 \\
   6 & 110 & 3.556+01 & 6.395+01 & 1.212-11 & 3.198-07 &   7 &  82 & 3.720+01 & 1.131+03 & 2.347-10 & 1.079-05 \\
   6 & 111 & 3.551+01 & 3.374-01 & 6.379-14 & 1.681-09 &   7 &  94 & 3.600+01 & 1.121+01 & 1.307-12 & 5.816-08 \\
   6 & 112 & 3.549+01 & 2.695+01 & 8.482-12 & 2.233-07 &   7 &  95 & 3.599+01 & 4.847-01 & 9.411-14 & 4.188-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   7 &  98 & 3.597+01 & 5.675-03 & 1.541-15 & 6.852-11 &   8 & 100 & 3.612+01 & 2.080-00 & 4.069-13 & 2.544-08 \\
   7 &  99 & 3.596+01 & 1.424-01 & 2.760-14 & 1.227-09 &   8 & 101 & 3.612+01 & 9.520-01 & 2.394-13 & 1.497-08 \\
   7 & 100 & 3.596+01 & 3.583-01 & 9.722-14 & 4.322-09 &   8 & 112 & 3.603+01 & 1.359-01 & 1.888-14 & 1.178-09 \\
   7 & 110 & 3.594+01 & 8.898+01 & 1.034-11 & 4.592-07 &   8 & 120 & 3.485+01 & 4.520-04 & 8.232-17 & 4.966-12 \\
   7 & 111 & 3.589+01 & 4.743-01 & 5.495-14 & 2.438-09 &   8 & 121 & 3.485+01 & 7.472-01 & 1.360-13 & 8.205-09 \\
   7 & 112 & 3.586+01 & 2.987-00 & 5.759-13 & 2.553-08 &   8 & 122 & 3.485+01 & 2.664-01 & 6.236-14 & 3.762-09 \\
   7 & 114 & 3.514+01 & 3.888-00 & 4.320-13 & 1.877-08 &   8 & 123 & 3.484+01 & 2.375-03 & 3.088-16 & 1.863-11 \\
   7 & 120 & 3.470+01 & 1.677-03 & 4.237-16 & 1.818-11 &   8 & 133 & 3.253+01 & 4.726-03 & 5.355-16 & 3.016-11 \\
   7 & 121 & 3.469+01 & 2.120-02 & 5.357-15 & 2.298-10 &   8 & 134 & 3.252+01 & 2.819-02 & 4.470-15 & 2.516-10 \\
   7 & 123 & 3.469+01 & 1.314-00 & 2.369-13 & 1.016-08 &   8 & 135 & 3.237+01 & 2.178-00 & 2.444-13 & 1.370-08 \\
   7 & 132 & 3.240+01 & 9.576-01 & 9.044-14 & 3.623-09 &   8 & 147 & 2.618+01 & 3.563-01 & 2.616-14 & 1.186-09 \\
   7 & 133 & 3.240+01 & 3.389-02 & 5.332-15 & 2.136-10 &   8 & 148 & 2.618+01 & 1.272-01 & 1.307-14 & 5.923-10 \\
   7 & 134 & 3.239+01 & 1.444-00 & 3.179-13 & 1.273-08 &   8 & 149 & 2.613+01 & 1.139-01 & 8.330-15 & 3.768-10 \\
   7 & 135 & 3.224+01 & 3.038-01 & 4.733-14 & 1.887-09 &   8 & 154 & 2.595+01 & 7.859-03 & 7.937-16 & 3.565-11 \\
   7 & 140 & 2.694+01 & 8.664-01 & 5.655-14 & 1.883-09 &   8 & 155 & 2.595+01 & 6.937-07 & 9.008-20 & 4.047-15 \\
   7 & 146 & 2.610+01 & 1.646-00 & 1.008-13 & 3.254-09 &   8 & 157 & 2.595+01 & 7.116-04 & 9.239-17 & 4.150-12 \\
   7 & 147 & 2.610+01 & 9.874-03 & 1.008-15 & 3.253-11 &   9 &  10 & 6.970+03 & 6.177-00 & 7.498-08 & 3.877-01 \\
   7 & 148 & 2.609+01 & 3.852-00 & 5.504-13 & 1.776-08 &   9 &  11 & 1.682+03 & 2.088+03 & 2.954-07 & 3.687-01 \\
   7 & 149 & 2.605+01 & 2.746-02 & 2.792-15 & 8.992-11 &   9 &  12 & 1.331+03 & 1.001+03 & 2.661-07 & 2.628-01 \\
   7 & 154 & 2.587+01 & 9.142-04 & 1.284-16 & 4.106-12 &   9 &  13 & 9.902+02 & 5.464+03 & 8.031-07 & 5.899-01 \\
   8 &  10 & 4.171+03 & 4.533-01 & 8.444-10 & 6.096-03 &   9 &  14 & 9.603+02 & 8.472+02 & 1.952-07 & 1.391-01 \\
   8 &  14 & 8.790+02 & 1.521+04 & 1.258-06 & 1.914-00 &   9 &  15 & 4.395+02 & 6.788+03 & 6.551-08 & 2.136-02 \\
   8 &  35 & 6.930+01 & 1.061+02 & 5.456-11 & 6.545-06 &   9 &  28 & 1.241+02 & 2.594+01 & 5.988-11 & 5.512-06 \\
   8 &  36 & 6.920+01 & 3.182-02 & 2.285-14 & 2.736-09 &   9 &  29 & 1.164+02 & 4.638+01 & 3.139-11 & 2.710-06 \\
   8 &  37 & 6.728+01 & 4.380+01 & 2.123-11 & 2.473-06 &   9 &  34 & 6.982+01 & 2.052+01 & 1.500-11 & 7.768-07 \\
   8 &  43 & 5.401+01 & 5.465+03 & 1.707-09 & 1.596-04 &   9 &  35 & 6.977+01 & 2.066-01 & 2.512-13 & 1.300-08 \\
   8 &  44 & 5.385+01 & 2.067+02 & 8.985-11 & 8.375-06 &   9 &  37 & 6.772+01 & 5.119-00 & 5.866-12 & 2.947-07 \\
   8 &  46 & 5.362+01 & 3.971+01 & 1.222-11 & 1.135-06 &   9 &  40 & 5.450+01 & 3.307+03 & 1.473-09 & 5.954-05 \\
   8 &  50 & 5.094+01 & 4.015-00 & 1.116-12 & 9.838-08 &   9 &  43 & 5.429+01 & 2.274+02 & 1.675-10 & 6.744-06 \\
   8 &  61 & 4.878+01 & 7.467-00 & 3.424-12 & 2.891-07 &   9 &  45 & 5.404+01 & 2.753+01 & 1.205-11 & 4.830-07 \\
   8 &  63 & 4.875+01 & 9.350-00 & 2.380-12 & 2.008-07 &   9 &  46 & 5.390+01 & 2.340+02 & 1.698-10 & 6.790-06 \\
   8 &  64 & 4.869+01 & 3.118-01 & 1.108-13 & 9.337-09 &   9 &  47 & 5.300+01 & 1.016+03 & 1.426-10 & 5.604-06 \\
   8 &  65 & 4.868+01 & 1.089-00 & 2.764-13 & 2.329-08 &   9 &  48 & 5.149+01 & 3.784-00 & 1.504-12 & 5.746-08 \\
   8 &  66 & 4.867+01 & 3.622-00 & 1.286-12 & 1.084-07 &   9 &  49 & 5.124+01 & 6.847+01 & 2.695-11 & 1.025-06 \\
   8 &  67 & 4.865+01 & 1.884-00 & 8.597-13 & 7.240-08 &   9 &  50 & 5.119+01 & 6.870+01 & 4.499-11 & 1.709-06 \\
   8 &  72 & 4.643+01 & 1.376-06 & 4.446-19 & 3.573-14 &   9 &  56 & 5.049+01 & 5.935+01 & 7.562-12 & 2.833-07 \\
   8 &  73 & 4.641+01 & 5.500-01 & 2.283-13 & 1.834-08 &   9 &  60 & 4.901+01 & 8.350-01 & 3.007-13 & 1.093-08 \\
   8 &  74 & 4.639+01 & 3.416-00 & 1.102-12 & 8.848-08 &   9 &  63 & 4.898+01 & 1.409-00 & 8.445-13 & 3.068-08 \\
   8 &  75 & 4.638+01 & 1.344-02 & 3.097-15 & 2.486-10 &   9 &  65 & 4.890+01 & 1.380-00 & 8.249-13 & 2.993-08 \\
   8 &  79 & 3.747+01 & 3.986+03 & 5.994-10 & 3.888-05 &   9 &  75 & 4.659+01 & 1.839-00 & 9.972-13 & 3.446-08 \\
   8 &  80 & 3.744+01 & 2.427+02 & 5.098-11 & 3.303-06 &   9 &  78 & 3.766+01 & 2.350+03 & 4.999-10 & 1.397-05 \\
   8 &  82 & 3.738+01 & 4.496+01 & 6.727-12 & 4.353-07 &   9 &  79 & 3.761+01 & 1.414+02 & 4.997-11 & 1.394-06 \\
   8 &  95 & 3.616+01 & 2.810-00 & 3.934-13 & 2.462-08 &   9 &  81 & 3.755+01 & 1.305+01 & 2.757-12 & 7.680-08 \\
   8 &  97 & 3.615+01 & 4.873-00 & 1.227-12 & 7.681-08 &   9 &  82 & 3.751+01 & 1.160+02 & 4.079-11 & 1.135-06 \\
   8 &  98 & 3.613+01 & 3.661-01 & 7.167-14 & 4.483-09 &   9 &  83 & 3.726+01 & 1.219+03 & 8.455-11 & 2.337-06 \\
   8 &  99 & 3.612+01 & 7.834-01 & 1.095-13 & 6.846-09 &   9 &  94 & 3.629+01 & 9.584-01 & 1.893-13 & 5.096-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   9 &  95 & 3.628+01 & 2.749-01 & 9.044-14 & 2.434-09 &  10 &  94 & 3.649+01 & 2.736-02 & 3.276-15 & 1.478-10 \\
   9 &  99 & 3.625+01 & 4.676-01 & 1.535-13 & 4.129-09 &  10 &  95 & 3.647+01 & 3.074-00 & 6.131-13 & 2.765-08 \\
   9 & 110 & 3.623+01 & 3.051-00 & 6.003-13 & 1.613-08 &  10 &  98 & 3.645+01 & 3.127-01 & 8.720-14 & 3.929-09 \\
   9 & 111 & 3.618+01 & 3.644+01 & 7.152-12 & 1.920-07 &  10 &  99 & 3.644+01 & 1.979-00 & 3.940-13 & 1.775-08 \\
   9 & 112 & 3.615+01 & 4.665+01 & 1.524-11 & 4.086-07 &  10 & 100 & 3.644+01 & 2.619-00 & 7.298-13 & 3.288-08 \\
   9 & 113 & 3.603+01 & 3.424+01 & 2.221-12 & 5.934-08 &  10 & 110 & 3.642+01 & 3.622-00 & 4.321-13 & 1.945-08 \\
   9 & 114 & 3.542+01 & 2.252+01 & 4.237-12 & 1.113-07 &  10 & 111 & 3.637+01 & 2.197+01 & 2.615-12 & 1.176-07 \\
   9 & 119 & 3.521+01 & 2.180-00 & 1.351-13 & 3.528-09 &  10 & 112 & 3.634+01 & 6.983-00 & 1.383-12 & 6.213-08 \\
   9 & 123 & 3.496+01 & 9.063-01 & 2.768-13 & 7.178-09 &  10 & 114 & 3.560+01 & 3.529+01 & 4.024-12 & 1.771-07 \\
   9 & 132 & 3.264+01 & 6.265-01 & 1.001-13 & 2.422-09 &  10 & 120 & 3.515+01 & 1.112-02 & 2.882-15 & 1.253-10 \\
   9 & 133 & 3.263+01 & 3.384-01 & 9.006-14 & 2.180-09 &  10 & 121 & 3.514+01 & 1.465-01 & 3.797-14 & 1.650-09 \\
   9 & 135 & 3.247+01 & 4.632-01 & 1.220-13 & 2.940-09 &  10 & 123 & 3.514+01 & 8.079-03 & 1.495-15 & 6.496-11 \\
   9 & 140 & 2.710+01 & 2.175-01 & 2.395-14 & 4.816-10 &  10 & 132 & 3.279+01 & 5.794-01 & 5.605-14 & 2.272-09 \\
   9 & 141 & 2.704+01 & 2.702-00 & 9.869-14 & 1.979-09 &  10 & 133 & 3.279+01 & 3.843-01 & 6.193-14 & 2.511-09 \\
   9 & 146 & 2.625+01 & 6.787-01 & 7.013-14 & 1.366-09 &  10 & 134 & 3.278+01 & 3.647-01 & 8.224-14 & 3.333-09 \\
   9 & 147 & 2.625+01 & 2.678-01 & 4.611-14 & 8.979-10 &  10 & 135 & 3.263+01 & 3.913-01 & 6.244-14 & 2.519-09 \\
   9 & 149 & 2.620+01 & 1.225-03 & 2.101-16 & 4.084-12 &  10 & 140 & 2.721+01 & 7.225-00 & 4.811-13 & 1.618-08 \\
  10 &  12 & 1.646+03 & 2.568-00 & 6.258-10 & 1.273-03 &  10 & 146 & 2.635+01 & 1.050-00 & 6.561-14 & 2.137-09 \\
  10 &  13 & 1.154+03 & 5.932+03 & 7.107-07 & 1.014-00 &  10 & 147 & 2.635+01 & 1.295-00 & 1.347-13 & 4.390-09 \\
  10 &  14 & 1.114+03 & 3.930+03 & 7.308-07 & 1.006-00 &  10 & 148 & 2.635+01 & 1.235-01 & 1.799-14 & 5.859-10 \\
  10 &  28 & 1.263+02 & 3.894+02 & 5.591-10 & 8.732-05 &  10 & 149 & 2.630+01 & 1.099-01 & 1.140-14 & 3.705-10 \\
  10 &  34 & 7.053+01 & 4.432-01 & 1.983-13 & 1.729-08 &  10 & 154 & 2.612+01 & 1.357-04 & 1.943-17 & 6.273-13 \\
  10 &  35 & 7.047+01 & 9.839-00 & 7.325-12 & 6.382-07 &  11 &  12 & 6.381+03 & 4.115-01 & 7.534-09 & 1.189-02 \\
  10 &  36 & 7.037+01 & 9.144-02 & 9.504-14 & 8.268-09 &  11 &  13 & 2.406+03 & 7.677+02 & 1.999-06 & 1.189-00 \\
  10 &  37 & 6.838+01 & 1.733+01 & 1.215-11 & 1.027-06 &  11 &  28 & 1.340+02 & 3.202+02 & 2.584-09 & 8.559-05 \\
  10 &  40 & 5.493+01 & 1.399+03 & 3.798-10 & 2.579-05 &  11 &  34 & 7.284+01 & 5.990-00 & 1.429-11 & 2.575-07 \\
  10 &  43 & 5.472+01 & 1.750+03 & 7.856-10 & 5.314-05 &  11 &  40 & 5.633+01 & 6.507+02 & 9.286-10 & 1.293-05 \\
  10 &  44 & 5.456+01 & 8.318+01 & 5.196-11 & 3.505-06 &  11 &  45 & 5.583+01 & 5.592+01 & 7.839-11 & 1.082-06 \\
  10 &  45 & 5.446+01 & 1.474+03 & 3.933-10 & 2.648-05 &  11 &  48 & 5.312+01 & 2.926-00 & 3.713-12 & 4.877-08 \\
  10 &  46 & 5.432+01 & 9.968+01 & 4.409-11 & 2.961-06 &  11 &  49 & 5.285+01 & 5.487+02 & 6.893-10 & 9.008-06 \\
  10 &  48 & 5.188+01 & 1.083-00 & 2.623-13 & 1.682-08 &  11 &  60 & 5.048+01 & 8.412-01 & 9.640-13 & 1.203-08 \\
  10 &  49 & 5.162+01 & 4.142+01 & 9.928-12 & 6.337-07 &  11 &  78 & 3.853+01 & 4.264+02 & 2.847-10 & 2.712-06 \\
  10 &  50 & 5.157+01 & 1.831+01 & 7.302-12 & 4.656-07 &  11 &  81 & 3.840+01 & 2.975+01 & 1.974-11 & 1.874-07 \\
  10 &  60 & 4.935+01 & 9.550-03 & 2.093-15 & 1.277-10 &  11 &  94 & 3.710+01 & 8.865-01 & 5.486-13 & 5.032-09 \\
  10 &  63 & 4.933+01 & 4.287-00 & 1.564-12 & 9.538-08 &  11 & 110 & 3.703+01 & 1.660+01 & 1.024-11 & 9.372-08 \\
  10 &  64 & 4.926+01 & 9.678-01 & 4.929-13 & 3.002-08 &  11 & 111 & 3.698+01 & 3.902+02 & 2.400-10 & 2.194-06 \\
  10 &  65 & 4.925+01 & 3.052-00 & 1.110-12 & 6.758-08 &  11 & 114 & 3.619+01 & 9.332+01 & 5.496-11 & 4.917-07 \\
  10 &  66 & 4.924+01 & 3.417-00 & 1.739-12 & 1.059-07 &  11 & 132 & 3.328+01 & 9.304-02 & 4.636-14 & 3.816-10 \\
  10 &  72 & 4.695+01 & 3.045-02 & 1.409-14 & 8.177-10 &  11 & 140 & 2.755+01 & 8.217-00 & 2.804-12 & 1.910-08 \\
  10 &  74 & 4.691+01 & 5.623-01 & 2.597-13 & 1.506-08 &  11 & 146 & 2.667+01 & 5.995-01 & 1.918-13 & 1.265-09 \\
  10 &  75 & 4.690+01 & 9.632-02 & 3.177-14 & 1.842-09 &  12 &  13 & 3.863+03 & 9.373-00 & 2.097-08 & 6.009-02 \\
  10 &  78 & 3.787+01 & 9.301+02 & 1.200-10 & 5.617-06 &  12 &  14 & 3.445+03 & 1.807+02 & 5.358-07 & 1.369-00 \\
  10 &  79 & 3.781+01 & 1.284+03 & 2.751-10 & 1.286-05 &  12 &  15 & 6.559+02 & 7.386+01 & 1.588-09 & 7.727-04 \\
  10 &  80 & 3.777+01 & 8.611+01 & 2.579-11 & 1.204-06 &  12 &  28 & 1.368+02 & 3.761+01 & 1.056-10 & 1.071-05 \\
  10 &  81 & 3.775+01 & 1.252+03 & 1.605-10 & 7.489-06 &  12 &  29 & 1.275+02 & 1.160-00 & 9.429-13 & 8.919-08 \\
  10 &  82 & 3.772+01 & 1.245+02 & 2.655-11 & 1.238-06 &  12 &  34 & 7.368+01 & 3.119-00 & 2.539-12 & 1.388-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  12 &  35 & 7.362+01 & 5.579+01 & 7.556-11 & 4.127-06 &  13 &  43 & 5.744+01 & 1.770+01 & 1.460-11 & 6.219-07 \\
  12 &  37 & 7.135+01 & 2.090+01 & 2.659-11 & 1.407-06 &  13 &  45 & 5.715+01 & 9.623+01 & 4.713-11 & 1.998-06 \\
  12 &  40 & 5.683+01 & 1.433+02 & 6.938-11 & 2.925-06 &  13 &  46 & 5.700+01 & 4.888+01 & 3.968-11 & 1.678-06 \\
  12 &  43 & 5.660+01 & 2.567+01 & 2.055-11 & 8.628-07 &  13 &  47 & 5.599+01 & 1.368+03 & 2.143-10 & 8.901-06 \\
  12 &  45 & 5.632+01 & 3.453-00 & 1.642-12 & 6.861-08 &  13 &  48 & 5.432+01 & 1.007+03 & 4.455-10 & 1.795-05 \\
  12 &  46 & 5.617+01 & 5.369-01 & 4.233-13 & 1.764-08 &  13 &  49 & 5.404+01 & 9.774+01 & 4.279-11 & 1.715-06 \\
  12 &  47 & 5.519+01 & 5.727-00 & 8.719-13 & 3.570-08 &  13 &  50 & 5.399+01 & 8.173+01 & 5.952-11 & 2.384-06 \\
  12 &  48 & 5.356+01 & 1.368+01 & 5.884-12 & 2.338-07 &  13 &  56 & 5.321+01 & 4.248+03 & 6.010-10 & 2.372-05 \\
  12 &  49 & 5.329+01 & 1.167+03 & 4.968-10 & 1.964-05 &  13 &  60 & 5.156+01 & 4.645-01 & 1.851-13 & 7.081-09 \\
  12 &  50 & 5.324+01 & 3.110+03 & 2.203-09 & 8.701-05 &  13 &  63 & 5.153+01 & 3.124-01 & 2.073-13 & 7.924-09 \\
  12 &  56 & 5.249+01 & 1.236+02 & 1.702-11 & 6.627-07 &  13 &  65 & 5.145+01 & 9.437-04 & 6.241-16 & 2.382-11 \\
  12 &  60 & 5.088+01 & 1.478-01 & 5.738-14 & 2.166-09 &  13 &  75 & 4.889+01 & 1.097+01 & 6.554-12 & 2.377-07 \\
  12 &  63 & 5.085+01 & 1.374-02 & 8.879-15 & 3.349-10 &  13 &  78 & 3.915+01 & 1.826+01 & 4.196-12 & 1.219-07 \\
  12 &  65 & 5.077+01 & 4.211-01 & 2.712-13 & 1.022-08 &  13 &  79 & 3.909+01 & 1.141+01 & 4.357-12 & 1.264-07 \\
  12 &  75 & 4.828+01 & 6.931-00 & 4.037-12 & 1.446-07 &  13 &  81 & 3.903+01 & 5.090+01 & 1.162-11 & 3.365-07 \\
  12 &  78 & 3.876+01 & 6.951+01 & 1.566-11 & 4.502-07 &  13 &  82 & 3.899+01 & 4.125+01 & 1.567-11 & 4.532-07 \\
  12 &  79 & 3.870+01 & 1.320+01 & 4.940-12 & 1.418-07 &  13 &  83 & 3.872+01 & 2.113+02 & 1.583-11 & 4.546-07 \\
  12 &  81 & 3.864+01 & 5.125-00 & 1.147-12 & 3.288-08 &  13 &  94 & 3.768+01 & 1.636+01 & 3.482-12 & 9.732-08 \\
  12 &  82 & 3.860+01 & 4.465-01 & 1.662-13 & 4.760-09 &  13 &  95 & 3.766+01 & 9.227-01 & 3.270-13 & 9.136-09 \\
  12 &  83 & 3.833+01 & 1.349-00 & 9.906-14 & 2.817-09 &  13 &  99 & 3.763+01 & 1.011-02 & 3.577-15 & 9.983-11 \\
  12 &  94 & 3.731+01 & 1.381-00 & 2.883-13 & 7.978-09 &  13 & 110 & 3.760+01 & 8.237+02 & 1.746-10 & 4.871-06 \\
  12 &  95 & 3.730+01 & 8.772-00 & 3.049-12 & 8.437-08 &  13 & 111 & 3.755+01 & 7.780+01 & 1.645-11 & 4.583-07 \\
  12 &  99 & 3.727+01 & 1.044-00 & 3.623-13 & 1.002-08 &  13 & 112 & 3.753+01 & 7.348+01 & 2.585-11 & 7.197-07 \\
  12 & 110 & 3.724+01 & 7.845-01 & 1.631-13 & 4.506-09 &  13 & 113 & 3.738+01 & 4.367+03 & 3.050-10 & 8.458-06 \\
  12 & 111 & 3.719+01 & 7.820+02 & 1.622-10 & 4.475-06 &  13 & 114 & 3.674+01 & 3.673+01 & 7.431-12 & 2.025-07 \\
  12 & 112 & 3.716+01 & 2.083+03 & 7.190-10 & 1.982-05 &  13 & 119 & 3.651+01 & 1.407-01 & 9.370-15 & 2.538-10 \\
  12 & 113 & 3.703+01 & 1.495+02 & 1.024-11 & 2.813-07 &  13 & 123 & 3.624+01 & 6.617-00 & 2.171-12 & 5.838-08 \\
  12 & 114 & 3.639+01 & 2.827+01 & 5.613-12 & 1.515-07 &  13 & 132 & 3.375+01 & 1.494-01 & 2.551-14 & 6.387-10 \\
  12 & 119 & 3.617+01 & 1.142-01 & 7.468-15 & 2.004-10 &  13 & 133 & 3.375+01 & 5.477-02 & 1.558-14 & 3.901-10 \\
  12 & 123 & 3.590+01 & 2.860-00 & 9.211-13 & 2.453-08 &  13 & 135 & 3.358+01 & 1.508-02 & 4.248-15 & 1.058-10 \\
  12 & 132 & 3.346+01 & 3.127-02 & 5.247-15 & 1.302-10 &  13 & 140 & 2.786+01 & 9.301-01 & 1.083-13 & 2.238-09 \\
  12 & 133 & 3.345+01 & 4.837-06 & 1.353-18 & 3.357-14 &  13 & 141 & 2.780+01 & 9.646-00 & 3.724-13 & 7.678-09 \\
  12 & 135 & 3.328+01 & 1.524-00 & 4.219-13 & 1.042-08 &  13 & 146 & 2.697+01 & 9.994-01 & 1.090-13 & 2.180-09 \\
  12 & 140 & 2.766+01 & 7.086-01 & 8.130-14 & 1.668-09 &  13 & 147 & 2.697+01 & 4.348-04 & 7.900-17 & 1.580-12 \\
  12 & 141 & 2.760+01 & 3.815-01 & 1.452-14 & 2.973-10 &  13 & 149 & 2.691+01 & 6.924-02 & 1.253-14 & 2.501-10 \\
  12 & 146 & 2.678+01 & 2.296-02 & 2.469-15 & 4.904-11 &  14 &  28 & 1.425+02 & 1.008+02 & 1.840-10 & 3.241-05 \\
  12 & 147 & 2.678+01 & 4.649-01 & 8.330-14 & 1.655-09 &  14 &  34 & 7.529+01 & 2.544-00 & 1.297-12 & 1.208-07 \\
  12 & 149 & 2.673+01 & 7.875-05 & 1.405-17 & 2.786-13 &  14 &  35 & 7.523+01 & 6.182-04 & 5.245-16 & 4.879-11 \\
  13 &  14 & 3.182+04 & 1.409-01 & 3.565-08 & 8.416-01 &  14 &  36 & 7.511+01 & 5.647+01 & 6.687-11 & 6.210-06 \\
  13 &  15 & 7.901+02 & 3.637+03 & 1.135-07 & 6.651-02 &  14 &  37 & 7.286+01 & 9.868-00 & 7.853-12 & 7.074-07 \\
  13 &  28 & 1.419+02 & 3.099+02 & 9.349-10 & 9.838-05 &  14 &  40 & 5.778+01 & 3.453-02 & 1.037-14 & 7.409-10 \\
  13 &  29 & 1.319+02 & 9.601+01 & 8.343-11 & 8.162-06 &  14 &  43 & 5.754+01 & 2.540-01 & 1.261-13 & 8.971-09 \\
  13 &  34 & 7.512+01 & 1.205-00 & 1.019-12 & 5.679-08 &  14 &  44 & 5.737+01 & 2.588-00 & 1.787-12 & 1.268-07 \\
  13 &  35 & 7.505+01 & 9.145-01 & 1.287-12 & 7.167-08 &  14 &  45 & 5.726+01 & 5.547-00 & 1.636-12 & 1.158-07 \\
  13 &  37 & 7.269+01 & 1.506+01 & 1.988-11 & 1.072-06 &  14 &  46 & 5.710+01 & 1.665+01 & 8.141-12 & 5.748-07 \\
  13 &  40 & 5.768+01 & 2.460+01 & 1.227-11 & 5.250-07 &  14 &  48 & 5.441+01 & 5.613+03 & 1.495-09 & 1.006-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  14 &  49 & 5.413+01 & 2.570+01 & 6.774-12 & 4.533-07 &  15 &  94 & 3.956+01 & 1.362-01 & 9.586-14 & 9.378-10 \\
  14 &  50 & 5.408+01 & 2.267+02 & 9.939-11 & 6.645-06 &  15 & 110 & 3.948+01 & 4.445+01 & 3.116-11 & 3.043-07 \\
  14 &  60 & 5.164+01 & 2.967-01 & 7.119-14 & 4.545-09 &  15 & 111 & 3.943+01 & 9.009+02 & 6.299-10 & 6.141-06 \\
  14 &  63 & 5.161+01 & 1.151-02 & 4.597-15 & 2.933-10 &  15 & 114 & 3.853+01 & 2.526+01 & 1.687-11 & 1.607-07 \\
  14 &  64 & 5.154+01 & 5.446-01 & 3.037-13 & 1.935-08 &  15 & 132 & 3.526+01 & 1.253-01 & 7.005-14 & 6.108-10 \\
  14 &  65 & 5.153+01 & 3.992-05 & 1.589-17 & 1.012-12 &  15 & 140 & 2.888+01 & 2.471-01 & 9.270-14 & 6.620-10 \\
  14 &  66 & 5.152+01 & 1.818-03 & 1.013-15 & 6.451-11 &  15 & 146 & 2.792+01 & 1.002-02 & 3.513-15 & 2.425-11 \\
  14 &  72 & 4.901+01 & 6.969-00 & 3.514-12 & 2.130-07 &  16 &  17 & 1.274+04 & 7.972-00 & 5.817-07 & 1.832-00 \\
  14 &  74 & 4.897+01 & 4.934-00 & 2.483-12 & 1.504-07 &  16 &  23 & 1.088+03 & 6.881+02 & 3.663-07 & 9.854-02 \\
  14 &  75 & 4.897+01 & 4.087-03 & 1.469-15 & 8.894-11 &  16 &  27 & 4.896+02 & 4.406+03 & 4.750-07 & 5.751-02 \\
  14 &  78 & 3.920+01 & 2.461-01 & 3.402-14 & 1.649-09 &  16 &  31 & 1.322+02 & 3.217+01 & 2.530-10 & 8.271-06 \\
  14 &  79 & 3.914+01 & 7.864-01 & 1.806-13 & 8.741-09 &  16 &  33 & 1.265+02 & 1.199+02 & 8.630-10 & 2.699-05 \\
  14 &  80 & 3.910+01 & 2.048-00 & 6.572-13 & 3.177-08 &  16 &  39 & 7.047+01 & 5.568-00 & 1.244-11 & 2.167-07 \\
  14 &  81 & 3.908+01 & 1.943-01 & 2.669-14 & 1.289-09 &  16 &  42 & 6.584+01 & 9.524-01 & 1.857-12 & 3.023-08 \\
  14 &  82 & 3.904+01 & 1.248+01 & 2.852-12 & 1.377-07 &  16 &  52 & 6.047+01 & 1.482+01 & 2.437-11 & 3.644-07 \\
  14 &  94 & 3.772+01 & 1.264+02 & 1.618-11 & 7.543-07 &  16 &  59 & 5.917+01 & 6.008-02 & 9.461-14 & 1.384-09 \\
  14 &  95 & 3.771+01 & 2.006-00 & 4.276-13 & 1.993-08 &  16 &  71 & 5.604+01 & 9.516-00 & 1.344-11 & 1.863-07 \\
  14 &  98 & 3.768+01 & 2.581-01 & 7.691-14 & 3.583-09 &  16 &  77 & 4.370+01 & 2.151-00 & 1.847-12 & 1.996-08 \\
  14 &  99 & 3.767+01 & 2.282-03 & 4.856-16 & 2.262-11 &  16 &  85 & 4.186+01 & 1.252-00 & 9.864-13 & 1.021-08 \\
  14 & 100 & 3.767+01 & 7.681-03 & 2.288-15 & 1.066-10 &  16 &  87 & 4.160+01 & 1.852+01 & 1.441-11 & 1.482-07 \\
  14 & 110 & 3.765+01 & 3.900+03 & 4.973-10 & 2.315-05 &  16 &  93 & 4.127+01 & 2.684-01 & 2.056-13 & 2.098-09 \\
  14 & 111 & 3.760+01 & 1.788+02 & 2.273-11 & 1.057-06 &  16 & 118 & 3.970+01 & 5.880-01 & 4.169-13 & 4.092-09 \\
  14 & 112 & 3.757+01 & 2.621+02 & 5.547-11 & 2.577-06 &  16 & 129 & 3.831+01 & 5.959-03 & 3.933-15 & 3.726-11 \\
  14 & 114 & 3.678+01 & 2.636+01 & 3.208-12 & 1.459-07 &  16 & 131 & 3.813+01 & 5.031+01 & 3.289-11 & 3.101-07 \\
  14 & 120 & 3.629+01 & 4.257-00 & 1.177-12 & 5.281-08 &  16 & 143 & 2.920+01 & 2.116-01 & 8.113-14 & 5.858-10 \\
  14 & 121 & 3.629+01 & 1.870-00 & 5.169-13 & 2.319-08 &  16 & 145 & 2.915+01 & 3.277+01 & 1.252-11 & 9.023-08 \\
  14 & 123 & 3.628+01 & 3.048-03 & 6.016-16 & 2.699-11 &  17 &  18 & 6.661+03 & 4.328+01 & 4.797-07 & 2.370-00 \\
  14 & 132 & 3.379+01 & 6.317-01 & 6.487-14 & 2.710-09 &  17 &  21 & 2.720+03 & 1.124+01 & 2.079-08 & 4.194-02 \\
  14 & 133 & 3.378+01 & 5.911-07 & 1.011-19 & 4.224-15 &  17 &  23 & 1.190+03 & 1.633+03 & 3.463-07 & 3.056-01 \\
  14 & 134 & 3.377+01 & 4.934-01 & 1.181-13 & 4.931-09 &  17 &  24 & 8.059+02 & 6.685+02 & 1.085-07 & 6.485-02 \\
  14 & 135 & 3.361+01 & 2.052-02 & 3.474-15 & 1.444-10 &  17 &  25 & 7.658+02 & 1.732+03 & 2.537-07 & 1.441-01 \\
  14 & 140 & 2.789+01 & 3.138-00 & 2.195-13 & 7.570-09 &  17 &  27 & 5.092+02 & 7.693+03 & 2.990-07 & 1.129-01 \\
  14 & 146 & 2.699+01 & 4.193-00 & 2.747-13 & 9.167-09 &  17 &  30 & 1.343+02 & 1.301-00 & 1.172-12 & 1.167-07 \\
  14 & 147 & 2.699+01 & 3.261-03 & 3.561-16 & 1.188-11 &  17 &  31 & 1.336+02 & 7.650+01 & 2.047-10 & 2.029-05 \\
  14 & 148 & 2.698+01 & 1.002-00 & 1.531-13 & 5.109-09 &  17 &  32 & 1.304+02 & 1.581-00 & 6.715-12 & 6.494-07 \\
  14 & 149 & 2.693+01 & 4.895-02 & 5.324-15 & 1.773-10 &  17 &  33 & 1.278+02 & 1.189+02 & 2.909-10 & 2.757-05 \\
  14 & 154 & 2.674+01 & 2.015-03 & 3.025-16 & 1.000-11 &  17 &  38 & 7.112+01 & 1.998-00 & 2.526-12 & 1.333-07 \\
  15 &  28 & 1.729+02 & 1.304+01 & 1.754-10 & 7.497-06 &  17 &  39 & 7.086+01 & 4.739-00 & 3.568-12 & 1.875-07 \\
  15 &  34 & 8.301+01 & 2.197-01 & 6.808-13 & 1.397-08 &  17 &  41 & 6.630+01 & 2.815-00 & 6.185-13 & 3.042-08 \\
  15 &  40 & 6.222+01 & 7.393+02 & 1.287-09 & 1.981-05 &  17 &  42 & 6.619+01 & 1.623-00 & 1.066-12 & 5.234-08 \\
  15 &  45 & 6.161+01 & 1.091+02 & 1.863-10 & 2.838-06 &  17 &  51 & 6.089+01 & 1.002-01 & 1.857-14 & 8.388-10 \\
  15 &  48 & 5.833+01 & 8.262-00 & 1.264-11 & 1.823-07 &  17 &  52 & 6.076+01 & 9.653+01 & 5.343-11 & 2.408-06 \\
  15 &  49 & 5.801+01 & 1.881+03 & 2.847-09 & 4.083-05 &  17 &  54 & 6.054+01 & 7.425+01 & 6.800-11 & 3.054-06 \\
  15 &  60 & 5.516+01 & 1.479-00 & 2.024-12 & 2.760-08 &  17 &  57 & 6.032+01 & 4.836-00 & 4.397-12 & 1.967-07 \\
  15 &  78 & 4.119+01 & 4.375+02 & 3.339-10 & 3.401-06 &  17 &  59 & 5.945+01 & 2.629-01 & 1.393-13 & 6.142-09 \\
  15 &  81 & 4.106+01 & 3.776+01 & 2.863-11 & 2.906-07 &  17 &  68 & 5.702+01 & 4.533-01 & 3.682-13 & 1.557-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  17 &  69 & 5.695+01 & 1.040-00 & 8.427-13 & 3.560-08 &  18 &  69 & 5.744+01 & 2.487-00 & 1.231-12 & 8.739-08 \\
  17 &  71 & 5.629+01 & 1.880+01 & 8.932-12 & 3.730-07 &  18 &  70 & 5.736+01 & 1.401-00 & 9.676-13 & 6.862-08 \\
  17 &  76 & 4.390+01 & 3.573-01 & 1.721-13 & 5.603-09 &  18 &  71 & 5.677+01 & 2.494+01 & 7.229-12 & 5.074-07 \\
  17 &  77 & 4.385+01 & 1.835-00 & 5.289-13 & 1.720-08 &  18 &  76 & 4.419+01 & 7.933-02 & 2.323-14 & 1.269-09 \\
  17 &  84 & 4.202+01 & 8.199-01 & 7.233-14 & 2.254-09 &  18 &  77 & 4.414+01 & 5.129-02 & 8.989-15 & 4.906-10 \\
  17 &  85 & 4.199+01 & 4.809-02 & 1.271-14 & 3.961-10 &  18 &  85 & 4.226+01 & 2.234-00 & 3.589-13 & 1.875-08 \\
  17 &  86 & 4.177+01 & 2.258-00 & 1.969-13 & 6.100-09 &  18 &  87 & 4.200+01 & 9.095-00 & 1.443-12 & 7.493-08 \\
  17 &  87 & 4.174+01 & 6.987+01 & 1.825-11 & 5.649-07 &  18 &  89 & 4.195+01 & 1.747+02 & 4.610-11 & 2.391-06 \\
  17 &  89 & 4.169+01 & 6.625+01 & 2.877-11 & 8.896-07 &  18 &  90 & 4.194+01 & 1.198+01 & 4.423-12 & 2.294-07 \\
  17 &  91 & 4.164+01 & 2.637-00 & 1.143-12 & 3.529-08 &  18 &  91 & 4.190+01 & 1.868-00 & 4.916-13 & 2.547-08 \\
  17 &  93 & 4.141+01 & 1.374-00 & 3.532-13 & 1.085-08 &  18 &  92 & 4.188+01 & 6.709+01 & 2.469-11 & 1.279-06 \\
  17 & 102 & 4.112+01 & 7.755-01 & 3.276-13 & 9.991-09 &  18 &  93 & 4.167+01 & 5.711+01 & 8.918-12 & 4.594-07 \\
  17 & 115 & 3.999+01 & 2.557-01 & 1.021-13 & 3.030-09 &  18 & 102 & 4.137+01 & 6.837-01 & 1.754-13 & 8.974-09 \\
  17 & 116 & 3.997+01 & 7.012-01 & 2.799-13 & 8.301-09 &  18 & 103 & 4.137+01 & 2.908-01 & 1.044-13 & 5.342-09 \\
  17 & 118 & 3.983+01 & 8.778-01 & 2.087-13 & 6.166-09 &  18 & 106 & 4.135+01 & 1.630-00 & 5.848-13 & 2.989-08 \\
  17 & 128 & 3.844+01 & 2.257+01 & 1.667-12 & 4.753-08 &  18 & 115 & 4.023+01 & 1.226-00 & 2.974-13 & 1.479-08 \\
  17 & 129 & 3.842+01 & 1.064+01 & 2.354-12 & 6.710-08 &  18 & 116 & 4.021+01 & 9.744-00 & 2.362-12 & 1.175-07 \\
  17 & 130 & 3.831+01 & 2.403+01 & 8.812-12 & 2.505-07 &  18 & 117 & 4.019+01 & 7.592-01 & 2.574-13 & 1.279-08 \\
  17 & 131 & 3.824+01 & 2.511+01 & 5.504-12 & 1.561-07 &  18 & 118 & 4.006+01 & 2.073+01 & 2.992-12 & 1.482-07 \\
  17 & 136 & 3.573+01 & 6.187-01 & 1.974-13 & 5.231-09 &  18 & 124 & 3.967+01 & 1.374-01 & 4.540-14 & 2.227-09 \\
  17 & 142 & 2.927+01 & 2.127+01 & 9.108-13 & 1.978-08 &  18 & 129 & 3.865+01 & 5.184+01 & 6.964-12 & 3.328-07 \\
  17 & 143 & 2.927+01 & 8.266-00 & 1.061-12 & 2.304-08 &  18 & 130 & 3.853+01 & 3.959-00 & 8.813-13 & 4.199-08 \\
  17 & 144 & 2.923+01 & 2.234+01 & 4.771-12 & 1.035-07 &  18 & 131 & 3.846+01 & 9.095-00 & 1.210-12 & 5.755-08 \\
  17 & 145 & 2.921+01 & 1.038+01 & 1.328-12 & 2.879-08 &  18 & 136 & 3.592+01 & 5.397-01 & 1.044-13 & 4.637-09 \\
  17 & 150 & 2.846+01 & 3.236-01 & 6.552-14 & 1.383-09 &  18 & 137 & 3.592+01 & 7.479-01 & 2.025-13 & 8.994-09 \\
  18 &  20 & 1.335+04 & 1.389-01 & 5.195-09 & 8.574-02 &  18 & 139 & 3.590+01 & 8.051-01 & 2.178-13 & 9.665-09 \\
  18 &  21 & 4.597+03 & 9.133-02 & 2.894-10 & 1.645-03 &  18 & 143 & 2.940+01 & 5.024+01 & 3.905-12 & 1.419-07 \\
  18 &  22 & 3.270+03 & 6.072+01 & 1.363-07 & 5.511-01 &  18 & 144 & 2.936+01 & 6.511-00 & 8.415-13 & 3.055-08 \\
  18 &  23 & 1.448+03 & 7.262+02 & 1.370-07 & 2.453-01 &  18 & 145 & 2.934+01 & 1.077+01 & 8.343-13 & 3.027-08 \\
  18 &  24 & 9.168+02 & 5.537+02 & 6.978-08 & 7.910-02 &  18 & 150 & 2.859+01 & 2.407-01 & 2.949-14 & 1.042-09 \\
  18 &  25 & 8.652+02 & 7.172+03 & 8.050-07 & 8.611-01 &  18 & 151 & 2.859+01 & 3.954-01 & 6.782-14 & 2.397-09 \\
  18 &  26 & 8.326+02 & 1.422+03 & 2.068-07 & 2.129-01 &  18 & 153 & 2.858+01 & 1.871-01 & 3.207-14 & 1.133-09 \\
  18 &  27 & 5.513+02 & 1.073+03 & 2.934-08 & 2.000-02 &  19 &  20 & 1.500+04 & 5.053-00 & 1.326-07 & 4.425-00 \\
  18 &  31 & 1.364+02 & 1.635-01 & 2.734-13 & 4.608-08 &  19 &  22 & 3.361+03 & 1.268+01 & 1.670-08 & 1.249-01 \\
  18 &  32 & 1.330+02 & 7.787+01 & 2.064-10 & 3.393-05 &  19 &  26 & 8.383+02 & 1.426+04 & 1.168-06 & 2.180-00 \\
  18 &  33 & 1.302+02 & 9.276-00 & 1.416-11 & 2.280-06 &  19 &  53 & 6.118+01 & 1.827+02 & 1.025-10 & 1.396-05 \\
  18 &  38 & 7.189+01 & 1.139-01 & 8.824-14 & 7.843-09 &  19 &  55 & 6.109+01 & 1.967+02 & 8.559-11 & 1.164-05 \\
  18 &  39 & 7.162+01 & 2.860-02 & 1.320-14 & 1.169-09 &  19 &  58 & 6.079+01 & 3.448+01 & 1.486-11 & 2.010-06 \\
  18 &  42 & 6.685+01 & 4.969-00 & 1.998-12 & 1.651-07 &  19 &  70 & 5.739+01 & 4.185-00 & 1.607-12 & 2.052-07 \\
  18 &  52 & 6.132+01 & 1.579+01 & 5.341-12 & 4.049-07 &  19 &  88 & 4.198+01 & 1.971+02 & 5.207-11 & 4.865-06 \\
  18 &  54 & 6.110+01 & 2.269+02 & 1.270-10 & 9.591-06 &  19 &  90 & 4.196+01 & 1.397+02 & 2.868-11 & 2.678-06 \\
  18 &  55 & 6.106+01 & 1.643+01 & 1.286-11 & 9.710-07 &  19 &  92 & 4.189+01 & 3.913+01 & 8.007-12 & 7.465-07 \\
  18 &  57 & 6.087+01 & 3.117-00 & 1.732-12 & 1.303-07 &  19 & 103 & 4.138+01 & 1.215-00 & 2.427-13 & 2.235-08 \\
  18 &  58 & 6.076+01 & 8.900+01 & 6.896-11 & 5.180-06 &  19 & 104 & 4.137+01 & 2.800-00 & 8.781-13 & 8.084-08 \\
  18 &  59 & 5.998+01 & 3.449+01 & 1.116-11 & 8.277-07 &  19 & 106 & 4.136+01 & 5.752-02 & 1.147-14 & 1.056-09 \\
  18 &  68 & 5.751+01 & 8.436-01 & 4.183-13 & 2.974-08 &  19 & 107 & 4.136+01 & 1.502-01 & 3.852-14 & 3.545-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  19 & 108 & 4.135+01 & 5.390-01 & 1.381-13 & 1.271-08 &  20 & 136 & 3.602+01 & 2.351+01 & 3.267-12 & 2.037-07 \\
  19 & 109 & 4.135+01 & 2.996-01 & 9.385-14 & 8.635-09 &  20 & 137 & 3.602+01 & 5.039-01 & 9.800-14 & 6.109-09 \\
  19 & 117 & 4.021+01 & 6.894-01 & 1.300-13 & 1.163-08 &  20 & 138 & 3.601+01 & 3.039-01 & 7.595-14 & 4.734-09 \\
  19 & 124 & 3.969+01 & 6.425-02 & 1.180-14 & 1.042-09 &  20 & 139 & 3.600+01 & 4.636-03 & 9.005-16 & 5.611-11 \\
  19 & 125 & 3.968+01 & 1.290-01 & 3.046-14 & 2.690-09 &  20 & 144 & 2.943+01 & 8.020-01 & 7.437-14 & 3.788-09 \\
  19 & 126 & 3.968+01 & 1.500-03 & 3.539-16 & 3.125-11 &  20 & 150 & 2.865+01 & 8.087-00 & 7.107-13 & 3.524-08 \\
  19 & 127 & 3.968+01 & 4.506-02 & 1.300-14 & 1.148-09 &  20 & 151 & 2.865+01 & 2.425-01 & 2.984-14 & 1.480-09 \\
  19 & 137 & 3.593+01 & 1.210+01 & 1.821-12 & 1.456-07 &  20 & 152 & 2.865+01 & 1.428-02 & 2.259-15 & 1.120-10 \\
  19 & 138 & 3.592+01 & 1.382-01 & 2.673-14 & 2.137-09 &  20 & 153 & 2.864+01 & 1.312-01 & 1.613-14 & 7.993-10 \\
  19 & 139 & 3.591+01 & 1.013+01 & 1.524-12 & 1.218-07 &  21 &  22 & 1.133+04 & 2.943-00 & 7.927-08 & 1.110-00 \\
  19 & 151 & 2.859+01 & 7.176-00 & 6.841-13 & 4.353-08 &  21 &  23 & 2.114+03 & 7.793+02 & 3.133-07 & 8.188-01 \\
  19 & 152 & 2.859+01 & 7.817-00 & 9.580-13 & 6.095-08 &  21 &  24 & 1.145+03 & 3.612+03 & 7.102-07 & 1.006-00 \\
  19 & 153 & 2.858+01 & 6.087-01 & 5.799-14 & 3.689-09 &  21 &  25 & 1.066+03 & 9.637+02 & 1.641-07 & 2.163-01 \\
  20 &  21 & 7.012+03 & 3.600+01 & 1.896-07 & 2.301-00 &  21 &  26 & 1.017+03 & 3.514+02 & 7.625-08 & 9.584-02 \\
  20 &  22 & 4.331+03 & 2.285+01 & 6.428-08 & 4.819-01 &  21 &  27 & 6.264+02 & 6.979+03 & 2.463-07 & 1.908-01 \\
  20 &  24 & 9.844+02 & 1.254+04 & 1.301-06 & 2.218-00 &  21 &  31 & 1.405+02 & 8.050+01 & 1.430-10 & 2.484-05 \\
  20 &  25 & 9.252+02 & 2.763+02 & 2.533-08 & 4.056-02 &  21 &  32 & 1.369+02 & 7.547-00 & 2.121-11 & 3.591-06 \\
  20 &  26 & 8.880+02 & 2.432+01 & 2.875-09 & 4.418-03 &  21 &  33 & 1.341+02 & 5.626+01 & 9.094-11 & 1.507-05 \\
  20 &  32 & 1.343+02 & 1.160+01 & 2.240-11 & 5.209-06 &  21 &  38 & 7.303+01 & 3.142-03 & 2.512-15 & 2.268-10 \\
  20 &  38 & 7.228+01 & 1.016-01 & 5.686-14 & 7.114-09 &  21 &  39 & 7.276+01 & 2.725-00 & 1.297-12 & 1.167-07 \\
  20 &  53 & 6.143+01 & 3.111+01 & 2.263-11 & 2.407-06 &  21 &  42 & 6.784+01 & 1.249-00 & 5.169-13 & 4.336-08 \\
  20 &  54 & 6.138+01 & 6.180-00 & 2.493-12 & 2.649-07 &  21 &  52 & 6.215+01 & 8.922+01 & 3.100-11 & 2.382-06 \\
  20 &  55 & 6.134+01 & 4.960+01 & 2.798-11 & 2.971-06 &  21 &  54 & 6.192+01 & 5.962+01 & 3.427-11 & 2.624-06 \\
  20 &  57 & 6.115+01 & 4.763-00 & 1.907-12 & 2.019-07 &  21 &  55 & 6.188+01 & 1.568-02 & 1.260-14 & 9.642-10 \\
  20 &  58 & 6.104+01 & 2.017+01 & 1.126-11 & 1.190-06 &  21 &  57 & 6.169+01 & 1.101+01 & 6.283-12 & 4.792-07 \\
  20 &  68 & 5.776+01 & 8.939-00 & 3.193-12 & 3.193-07 &  21 &  58 & 6.157+01 & 7.809-00 & 6.214-12 & 4.730-07 \\
  20 &  69 & 5.769+01 & 3.981-01 & 1.419-13 & 1.417-08 &  21 &  59 & 6.077+01 & 1.580+01 & 5.250-12 & 3.945-07 \\
  20 &  70 & 5.761+01 & 2.201-00 & 1.095-12 & 1.092-07 &  21 &  68 & 5.824+01 & 2.259-00 & 1.149-12 & 8.271-08 \\
  20 &  76 & 4.434+01 & 6.381-02 & 1.343-14 & 1.031-09 &  21 &  69 & 5.817+01 & 6.625-02 & 3.361-14 & 2.417-09 \\
  20 &  88 & 4.210+01 & 2.310+01 & 7.891-12 & 5.750-07 &  21 &  70 & 5.808+01 & 7.967-01 & 5.642-13 & 4.051-08 \\
  20 &  89 & 4.208+01 & 4.915-00 & 9.321-13 & 6.790-08 &  21 &  71 & 5.748+01 & 1.166+01 & 3.466-12 & 2.463-07 \\
  20 &  90 & 4.208+01 & 5.299+01 & 1.407-11 & 1.024-06 &  21 &  76 & 4.462+01 & 6.448-04 & 1.925-16 & 1.062-11 \\
  20 &  91 & 4.203+01 & 9.846-00 & 1.863-12 & 1.355-07 &  21 &  77 & 4.457+01 & 1.026-00 & 1.833-13 & 1.010-08 \\
  20 &  92 & 4.201+01 & 9.926-00 & 2.626-12 & 1.910-07 &  21 &  85 & 4.265+01 & 2.338-01 & 3.825-14 & 2.017-09 \\
  20 & 102 & 4.150+01 & 1.197-00 & 2.207-13 & 1.585-08 &  21 &  87 & 4.239+01 & 6.532+01 & 1.055-11 & 5.531-07 \\
  20 & 103 & 4.150+01 & 4.764-04 & 1.230-16 & 8.833-12 &  21 &  89 & 4.234+01 & 3.929+01 & 1.056-11 & 5.526-07 \\
  20 & 106 & 4.147+01 & 1.283-01 & 3.309-14 & 2.375-09 &  21 &  90 & 4.233+01 & 9.932-01 & 3.735-13 & 1.955-08 \\
  20 & 107 & 4.147+01 & 3.224-02 & 1.069-14 & 7.672-10 &  21 &  91 & 4.229+01 & 2.145+01 & 5.752-12 & 3.007-07 \\
  20 & 108 & 4.146+01 & 1.556-01 & 5.156-14 & 3.700-09 &  21 &  92 & 4.226+01 & 2.302-00 & 8.630-13 & 4.509-08 \\
  20 & 115 & 4.035+01 & 6.687-00 & 1.166-12 & 8.142-08 &  21 &  93 & 4.205+01 & 2.901+01 & 4.614-12 & 2.399-07 \\
  20 & 116 & 4.034+01 & 4.441-01 & 7.737-14 & 5.402-09 &  21 & 102 & 4.175+01 & 1.114-02 & 2.910-15 & 1.502-10 \\
  20 & 117 & 4.031+01 & 3.147-00 & 7.668-13 & 5.350-08 &  21 & 103 & 4.174+01 & 7.626-02 & 2.789-14 & 1.439-09 \\
  20 & 124 & 3.979+01 & 1.706-01 & 4.049-14 & 2.789-09 &  21 & 106 & 4.172+01 & 3.729-01 & 1.362-13 & 7.026-09 \\
  20 & 125 & 3.979+01 & 4.765-02 & 1.454-14 & 1.001-09 &  21 & 115 & 4.058+01 & 3.362-01 & 8.302-14 & 4.166-09 \\
  20 & 126 & 3.978+01 & 3.448-03 & 1.052-15 & 7.244-11 &  21 & 116 & 4.057+01 & 2.132-02 & 5.261-15 & 2.639-10 \\
  20 & 130 & 3.865+01 & 4.091-01 & 6.543-14 & 4.376-09 &  21 & 117 & 4.055+01 & 4.096-01 & 1.413-13 & 7.085-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  21 & 118 & 4.042+01 & 2.819-00 & 4.143-13 & 2.070-08 &  22 & 137 & 3.632+01 & 4.203-00 & 8.311-13 & 5.225-08 \\
  21 & 124 & 4.002+01 & 2.312-01 & 7.772-14 & 3.845-09 &  22 & 138 & 3.631+01 & 2.132-01 & 5.418-14 & 3.405-09 \\
  21 & 129 & 3.897+01 & 2.255-00 & 3.081-13 & 1.485-08 &  22 & 139 & 3.630+01 & 6.788-00 & 1.341-12 & 8.424-08 \\
  21 & 130 & 3.886+01 & 2.861-02 & 6.477-15 & 3.112-10 &  22 & 144 & 2.963+01 & 6.981-01 & 6.563-14 & 3.366-09 \\
  21 & 131 & 3.878+01 & 1.274-00 & 1.724-13 & 8.268-09 &  22 & 150 & 2.884+01 & 2.266-03 & 2.018-16 & 1.007-11 \\
  21 & 136 & 3.620+01 & 1.258+01 & 2.472-12 & 1.106-07 &  22 & 151 & 2.884+01 & 4.055-01 & 5.055-14 & 2.523-09 \\
  21 & 137 & 3.620+01 & 1.564-02 & 4.302-15 & 1.925-10 &  22 & 152 & 2.884+01 & 3.830-01 & 6.138-14 & 3.064-09 \\
  21 & 139 & 3.618+01 & 8.077-01 & 2.219-13 & 9.927-09 &  22 & 153 & 2.883+01 & 2.084-01 & 2.597-14 & 1.296-09 \\
  21 & 143 & 2.958+01 & 1.228-00 & 9.668-14 & 3.536-09 &  23 &  24 & 2.499+03 & 1.083+02 & 1.689-07 & 3.131-01 \\
  21 & 144 & 2.955+01 & 8.660-02 & 1.134-14 & 4.142-10 &  23 &  25 & 2.150+03 & 1.160+03 & 1.339-06 & 2.135-00 \\
  21 & 145 & 2.953+01 & 1.270-01 & 9.963-15 & 3.638-10 &  23 &  27 & 8.902+02 & 1.966+03 & 2.336-07 & 1.542-01 \\
  21 & 150 & 2.876+01 & 3.191-00 & 3.959-13 & 1.408-08 &  23 &  30 & 1.514+02 & 2.855+01 & 3.269-11 & 3.670-06 \\
  21 & 151 & 2.876+01 & 8.962-02 & 1.556-14 & 5.535-10 &  23 &  31 & 1.505+02 & 9.144+01 & 3.106-10 & 3.468-05 \\
  21 & 153 & 2.876+01 & 7.481-01 & 1.298-13 & 4.616-09 &  23 &  32 & 1.464+02 & 5.520+01 & 2.956-10 & 3.211-05 \\
  22 &  24 & 1.274+03 & 1.684+02 & 2.928-08 & 6.456-02 &  23 &  33 & 1.431+02 & 1.381+01 & 4.242-11 & 4.504-06 \\
  22 &  25 & 1.176+03 & 4.488+03 & 6.652-07 & 1.355-00 &  23 &  38 & 7.564+01 & 1.591-00 & 2.275-12 & 1.276-07 \\
  22 &  26 & 1.117+03 & 4.507+03 & 8.429-07 & 1.630-00 &  23 &  39 & 7.535+01 & 9.817-01 & 8.356-13 & 4.671-08 \\
  22 &  32 & 1.386+02 & 1.038+02 & 2.135-10 & 5.121-05 &  23 &  41 & 7.022+01 & 8.010-01 & 1.974-13 & 1.028-08 \\
  22 &  38 & 7.351+01 & 1.023-01 & 5.921-14 & 7.533-09 &  23 &  42 & 7.009+01 & 1.954-00 & 1.439-12 & 7.483-08 \\
  22 &  53 & 6.232+01 & 1.512+01 & 1.132-11 & 1.221-06 &  23 &  51 & 6.418+01 & 2.420+02 & 4.980-11 & 2.371-06 \\
  22 &  54 & 6.226+01 & 1.124+01 & 4.666-12 & 5.029-07 &  23 &  52 & 6.403+01 & 8.309+01 & 5.107-11 & 2.426-06 \\
  22 &  55 & 6.222+01 & 1.716+01 & 9.960-12 & 1.073-06 &  23 &  54 & 6.379+01 & 3.341-01 & 3.397-13 & 1.607-08 \\
  22 &  57 & 6.203+01 & 1.793+02 & 7.388-11 & 7.932-06 &  23 &  57 & 6.354+01 & 2.302-02 & 2.322-14 & 1.095-09 \\
  22 &  58 & 6.191+01 & 1.220+02 & 7.012-11 & 7.514-06 &  23 &  59 & 6.257+01 & 2.766-00 & 1.623-12 & 7.535-08 \\
  22 &  68 & 5.854+01 & 2.894-01 & 1.062-13 & 1.076-08 &  23 &  68 & 5.989+01 & 1.152+01 & 1.032-11 & 4.586-07 \\
  22 &  69 & 5.847+01 & 7.256-00 & 2.656-12 & 2.688-07 &  23 &  69 & 5.982+01 & 1.577+01 & 1.410-11 & 6.256-07 \\
  22 &  70 & 5.838+01 & 4.693-00 & 2.398-12 & 2.423-07 &  23 &  71 & 5.909+01 & 1.464-00 & 7.664-13 & 3.359-08 \\
  22 &  76 & 4.480+01 & 5.771-02 & 1.240-14 & 9.616-10 &  23 &  76 & 4.558+01 & 3.160-01 & 1.641-13 & 5.548-09 \\
  22 &  88 & 4.251+01 & 1.758+01 & 6.124-12 & 4.506-07 &  23 &  77 & 4.553+01 & 5.913-01 & 1.837-13 & 6.205-09 \\
  22 &  89 & 4.249+01 & 6.170-00 & 1.193-12 & 8.776-08 &  23 &  84 & 4.355+01 & 1.381-00 & 1.309-13 & 4.230-09 \\
  22 &  90 & 4.249+01 & 1.699+01 & 4.598-12 & 3.382-07 &  23 &  85 & 4.353+01 & 1.825-00 & 5.186-13 & 1.675-08 \\
  22 &  91 & 4.245+01 & 1.528+02 & 2.949-11 & 2.166-06 &  23 &  86 & 4.329+01 & 1.718+02 & 1.608-11 & 5.165-07 \\
  22 &  92 & 4.242+01 & 1.368+02 & 3.689-11 & 2.709-06 &  23 &  87 & 4.325+01 & 5.659+01 & 1.587-11 & 5.093-07 \\
  22 & 102 & 4.190+01 & 4.763-04 & 8.955-17 & 6.495-12 &  23 &  89 & 4.320+01 & 1.603-00 & 7.477-13 & 2.396-08 \\
  22 & 103 & 4.190+01 & 2.887-01 & 7.599-14 & 5.511-09 &  23 &  91 & 4.315+01 & 1.042-00 & 4.847-13 & 1.552-08 \\
  22 & 106 & 4.188+01 & 8.153-01 & 2.143-13 & 1.554-08 &  23 &  93 & 4.290+01 & 2.078+01 & 5.732-12 & 1.824-07 \\
  22 & 107 & 4.187+01 & 2.435-01 & 8.230-14 & 5.965-09 &  23 & 102 & 4.259+01 & 6.879-01 & 3.117-13 & 9.849-09 \\
  22 & 108 & 4.186+01 & 2.122-00 & 7.169-13 & 5.195-08 &  23 & 115 & 4.138+01 & 5.425-00 & 2.321-12 & 7.123-08 \\
  22 & 115 & 4.073+01 & 8.319-04 & 1.478-16 & 1.042-11 &  23 & 116 & 4.136+01 & 3.684-00 & 1.575-12 & 4.833-08 \\
  22 & 116 & 4.072+01 & 2.747-00 & 4.876-13 & 3.437-08 &  23 & 118 & 4.120+01 & 3.530-00 & 8.985-13 & 2.746-08 \\
  22 & 117 & 4.069+01 & 1.237-00 & 3.072-13 & 2.163-08 &  23 & 128 & 3.972+01 & 6.116-01 & 4.823-14 & 1.421-09 \\
  22 & 124 & 4.016+01 & 6.740-03 & 1.630-15 & 1.133-10 &  23 & 129 & 3.971+01 & 7.403-01 & 1.750-13 & 5.154-09 \\
  22 & 125 & 4.016+01 & 9.715-02 & 3.020-14 & 2.099-09 &  23 & 130 & 3.959+01 & 4.225-02 & 1.654-14 & 4.859-10 \\
  22 & 126 & 4.015+01 & 2.914-02 & 9.057-15 & 6.295-10 &  23 & 131 & 3.951+01 & 1.550-03 & 3.628-16 & 1.063-11 \\
  22 & 130 & 3.899+01 & 2.596-00 & 4.227-13 & 2.853-08 &  23 & 136 & 3.683+01 & 5.908-00 & 2.003-12 & 5.473-08 \\
  22 & 136 & 3.632+01 & 8.058-01 & 1.138-13 & 7.156-09 &  23 & 142 & 3.001+01 & 3.041-00 & 1.369-13 & 3.047-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  23 & 143 & 3.000+01 & 4.218-02 & 5.693-15 & 1.267-10 &  24 & 143 & 3.037+01 & 6.526-03 & 5.414-16 & 2.033-11 \\
  23 & 144 & 2.997+01 & 8.301-02 & 1.863-14 & 4.142-10 &  24 & 144 & 3.033+01 & 4.067-02 & 5.611-15 & 2.104-10 \\
  23 & 145 & 2.995+01 & 5.515-02 & 7.415-15 & 1.647-10 &  24 & 145 & 3.031+01 & 2.033-01 & 1.680-14 & 6.298-10 \\
  23 & 150 & 2.916+01 & 2.224-00 & 4.726-13 & 1.022-08 &  24 & 150 & 2.951+01 & 1.674-00 & 2.185-13 & 7.972-09 \\
  24 &  25 & 1.538+04 & 1.486-04 & 5.266-12 & 1.001-04 &  24 & 151 & 2.950+01 & 3.759-00 & 6.869-13 & 2.506-08 \\
  24 &  26 & 9.060+03 & 1.224+01 & 2.110-07 & 2.363-00 &  24 & 153 & 2.950+01 & 1.965-00 & 3.588-13 & 1.308-08 \\
  24 &  27 & 1.383+03 & 2.370+02 & 4.076-08 & 6.968-02 &  25 &  26 & 2.205+04 & 3.256-01 & 3.323-08 & 9.061-01 \\
  24 &  31 & 1.602+02 & 3.374+01 & 7.785-11 & 1.542-05 &  25 &  27 & 1.520+03 & 1.425+03 & 2.960-07 & 5.560-01 \\
  24 &  32 & 1.555+02 & 8.421-00 & 3.054-11 & 5.871-06 &  25 &  31 & 1.619+02 & 1.269-00 & 2.989-12 & 5.981-07 \\
  24 &  33 & 1.518+02 & 9.199-00 & 1.907-11 & 3.580-06 &  25 &  32 & 1.571+02 & 1.133+02 & 4.194-10 & 8.146-05 \\
  24 &  38 & 7.801+01 & 1.791-01 & 1.634-13 & 1.576-08 &  25 &  33 & 1.533+02 & 2.735+02 & 5.784-10 & 1.097-04 \\
  24 &  39 & 7.769+01 & 1.229-00 & 6.672-13 & 6.409-08 &  25 &  38 & 7.840+01 & 9.287-02 & 8.559-14 & 8.297-09 \\
  24 &  42 & 7.211+01 & 9.711-02 & 4.542-14 & 4.049-09 &  25 &  39 & 7.809+01 & 3.833-00 & 2.103-12 & 2.030-07 \\
  24 &  52 & 6.571+01 & 8.663-00 & 3.365-12 & 2.734-07 &  25 &  42 & 7.245+01 & 9.327-00 & 4.403-12 & 3.944-07 \\
  24 &  54 & 6.546+01 & 2.796-00 & 1.796-12 & 1.454-07 &  25 &  52 & 6.600+01 & 4.374-01 & 1.714-13 & 1.398-08 \\
  24 &  55 & 6.542+01 & 6.223-04 & 5.590-16 & 4.521-11 &  25 &  54 & 6.574+01 & 1.066+01 & 6.906-12 & 5.613-07 \\
  24 &  57 & 6.520+01 & 1.540-02 & 9.815-15 & 7.912-10 &  25 &  55 & 6.570+01 & 1.934-00 & 1.752-12 & 1.423-07 \\
  24 &  58 & 6.507+01 & 2.526-01 & 2.245-13 & 1.806-08 &  25 &  57 & 6.548+01 & 3.949-01 & 2.538-13 & 2.055-08 \\
  24 &  59 & 6.418+01 & 9.085-00 & 3.366-12 & 2.671-07 &  25 &  58 & 6.535+01 & 1.572-00 & 1.409-12 & 1.138-07 \\
  24 &  68 & 6.136+01 & 8.708+01 & 4.915-11 & 3.729-06 &  25 &  59 & 6.445+01 & 1.364+02 & 5.097-11 & 4.061-06 \\
  24 &  69 & 6.128+01 & 2.012+01 & 1.133-11 & 8.585-07 &  25 &  68 & 6.160+01 & 2.955-00 & 1.682-12 & 1.281-07 \\
  24 &  70 & 6.119+01 & 6.745+01 & 5.301-11 & 4.010-06 &  25 &  69 & 6.153+01 & 8.055+01 & 4.572-11 & 3.478-06 \\
  24 &  71 & 6.052+01 & 7.709-00 & 2.540-12 & 1.900-07 &  25 &  70 & 6.143+01 & 2.979+01 & 2.360-11 & 1.792-06 \\
  24 &  76 & 4.643+01 & 1.370-01 & 4.426-14 & 2.541-09 &  25 &  71 & 6.076+01 & 2.586+01 & 8.586-12 & 6.449-07 \\
  24 &  77 & 4.637+01 & 4.734-01 & 9.158-14 & 5.250-09 &  25 &  76 & 4.657+01 & 5.188-02 & 1.687-14 & 9.712-10 \\
  24 &  85 & 4.430+01 & 8.492-04 & 1.499-16 & 8.212-12 &  25 &  77 & 4.651+01 & 1.621-00 & 3.154-13 & 1.814-08 \\
  24 &  87 & 4.401+01 & 4.269-00 & 7.439-13 & 4.048-08 &  25 &  85 & 4.443+01 & 2.018-00 & 3.583-13 & 1.968-08 \\
  24 &  89 & 4.396+01 & 1.409-00 & 4.083-13 & 2.219-08 &  25 &  87 & 4.414+01 & 2.755-01 & 4.829-14 & 2.635-09 \\
  24 &  90 & 4.396+01 & 1.503-02 & 6.096-15 & 3.313-10 &  25 &  89 & 4.409+01 & 9.315-00 & 2.715-12 & 1.480-07 \\
  24 &  91 & 4.391+01 & 4.043-02 & 1.169-14 & 6.345-10 &  25 &  90 & 4.408+01 & 1.079-00 & 4.401-13 & 2.399-08 \\
  24 &  92 & 4.388+01 & 1.037-01 & 4.190-14 & 2.273-09 &  25 &  91 & 4.403+01 & 8.584-02 & 2.496-14 & 1.359-09 \\
  24 &  93 & 4.365+01 & 1.291-00 & 2.213-13 & 1.194-08 &  25 &  92 & 4.401+01 & 2.239-00 & 9.100-13 & 4.951-08 \\
  24 & 102 & 4.333+01 & 1.566-02 & 4.408-15 & 2.361-10 &  25 &  93 & 4.377+01 & 4.586+01 & 7.903-12 & 4.277-07 \\
  24 & 103 & 4.332+01 & 2.449-02 & 9.647-15 & 5.167-10 &  25 & 102 & 4.345+01 & 6.596-02 & 1.867-14 & 1.003-09 \\
  24 & 106 & 4.330+01 & 1.754-01 & 6.903-14 & 3.695-09 &  25 & 103 & 4.344+01 & 1.536-01 & 6.085-14 & 3.269-09 \\
  24 & 115 & 4.207+01 & 7.002+01 & 1.858-11 & 9.667-07 &  25 & 106 & 4.342+01 & 9.648-02 & 3.818-14 & 2.049-09 \\
  24 & 116 & 4.206+01 & 1.438+01 & 3.813-12 & 1.983-07 &  25 & 115 & 4.219+01 & 6.764-00 & 1.805-12 & 9.416-08 \\
  24 & 117 & 4.203+01 & 3.578+01 & 1.327-11 & 6.895-07 &  25 & 116 & 4.217+01 & 1.278+02 & 3.408-11 & 1.777-06 \\
  24 & 118 & 4.190+01 & 1.246+01 & 1.967-12 & 1.019-07 &  25 & 117 & 4.215+01 & 2.174+01 & 8.106-12 & 4.224-07 \\
  24 & 124 & 4.147+01 & 1.154-00 & 4.163-13 & 2.135-08 &  25 & 118 & 4.201+01 & 6.315+01 & 1.002-11 & 5.207-07 \\
  24 & 129 & 4.035+01 & 2.274-01 & 3.330-14 & 1.661-09 &  25 & 124 & 4.158+01 & 2.941-00 & 1.067-12 & 5.486-08 \\
  24 & 130 & 4.022+01 & 2.651-01 & 6.431-14 & 3.198-09 &  25 & 129 & 4.045+01 & 2.126+01 & 3.129-12 & 1.565-07 \\
  24 & 131 & 4.015+01 & 4.149-02 & 6.015-15 & 2.985-10 &  25 & 130 & 4.033+01 & 2.474-00 & 6.033-13 & 3.008-08 \\
  24 & 136 & 3.739+01 & 1.975-00 & 4.140-13 & 1.913-08 &  25 & 131 & 4.025+01 & 1.970+01 & 2.871-12 & 1.429-07 \\
  24 & 137 & 3.738+01 & 1.259+01 & 3.694-12 & 1.707-07 &  25 & 136 & 3.748+01 & 9.329-01 & 1.964-13 & 9.102-09 \\
  24 & 139 & 3.736+01 & 2.573-00 & 7.540-13 & 3.483-08 &  25 & 137 & 3.747+01 & 1.279-00 & 3.769-13 & 1.746-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  25 & 139 & 3.745+01 & 4.165-00 & 1.226-12 & 5.678-08 &  27 &  32 & 1.752+02 & 1.251+01 & 9.601-11 & 1.248-05 \\
  25 & 143 & 3.043+01 & 2.109+01 & 1.757-12 & 6.608-08 &  27 &  33 & 1.706+02 & 2.384-00 & 1.040-11 & 1.315-06 \\
  25 & 144 & 3.039+01 & 2.270-02 & 3.143-15 & 1.181-10 &  27 &  38 & 8.267+01 & 2.045-00 & 3.492-12 & 2.141-07 \\
  25 & 145 & 3.037+01 & 1.192+01 & 9.889-13 & 3.713-08 &  27 &  39 & 8.232+01 & 5.940-01 & 6.034-13 & 3.685-08 \\
  25 & 150 & 2.956+01 & 4.382-01 & 5.742-14 & 2.099-09 &  27 &  41 & 7.623+01 & 1.506+01 & 4.373-12 & 2.473-07 \\
  25 & 151 & 2.956+01 & 4.495-01 & 8.245-14 & 3.013-09 &  27 &  42 & 7.607+01 & 2.655-00 & 2.304-12 & 1.300-07 \\
  25 & 153 & 2.955+01 & 1.817-00 & 3.332-13 & 1.217-08 &  27 &  51 & 6.916+01 & 4.690+02 & 1.121-10 & 5.752-06 \\
  26 &  32 & 1.582+02 & 3.515+01 & 9.425-11 & 2.581-05 &  27 &  52 & 6.899+01 & 2.366+02 & 1.688-10 & 8.640-06 \\
  26 &  38 & 7.868+01 & 1.121-02 & 7.434-15 & 1.012-09 &  27 &  54 & 6.872+01 & 1.301+01 & 1.535-11 & 7.825-07 \\
  26 &  53 & 6.600+01 & 2.899-00 & 2.434-12 & 2.781-07 &  27 &  57 & 6.843+01 & 2.314+01 & 2.707-11 & 1.374-06 \\
  26 &  54 & 6.594+01 & 6.194-00 & 2.884-12 & 3.292-07 &  27 &  59 & 6.730+01 & 2.283-01 & 1.551-13 & 7.741-09 \\
  26 &  55 & 6.589+01 & 2.745-03 & 1.787-15 & 2.038-10 &  27 &  68 & 6.421+01 & 2.243-00 & 2.311-12 & 1.101-07 \\
  26 &  57 & 6.568+01 & 1.093-01 & 5.047-14 & 5.738-09 &  27 &  69 & 6.412+01 & 2.796+02 & 2.873-10 & 1.367-05 \\
  26 &  58 & 6.554+01 & 4.677-02 & 3.012-14 & 3.417-09 &  27 &  71 & 6.329+01 & 1.022+02 & 6.134-11 & 2.880-06 \\
  26 &  68 & 6.178+01 & 1.009+02 & 4.124-11 & 4.410-06 &  27 &  76 & 4.804+01 & 3.048-01 & 1.758-13 & 6.264-09 \\
  26 &  69 & 6.170+01 & 1.815+01 & 7.398-12 & 7.901-07 &  27 &  77 & 4.798+01 & 3.903-02 & 1.347-14 & 4.795-10 \\
  26 &  70 & 6.160+01 & 2.094+02 & 1.191-10 & 1.270-05 &  27 &  84 & 4.579+01 & 7.112-00 & 7.453-13 & 2.532-08 \\
  26 &  76 & 4.667+01 & 1.035-02 & 2.414-15 & 1.950-10 &  27 &  85 & 4.577+01 & 2.048-00 & 6.432-13 & 2.184-08 \\
  26 &  88 & 4.419+01 & 7.339-01 & 2.763-13 & 2.113-08 &  27 &  86 & 4.550+01 & 1.984+02 & 2.053-11 & 6.928-07 \\
  26 &  89 & 4.418+01 & 3.213-00 & 6.714-13 & 5.134-08 &  27 &  87 & 4.546+01 & 1.063+02 & 3.295-11 & 1.111-06 \\
  26 &  90 & 4.417+01 & 2.346-01 & 6.863-14 & 5.247-09 &  27 &  89 & 4.540+01 & 1.079+01 & 5.558-12 & 1.872-07 \\
  26 &  91 & 4.412+01 & 2.670-01 & 5.568-14 & 4.252-09 &  27 &  91 & 4.535+01 & 6.445-00 & 3.312-12 & 1.114-07 \\
  26 &  92 & 4.410+01 & 6.080-02 & 1.772-14 & 1.353-09 &  27 &  93 & 4.507+01 & 4.935-00 & 1.503-12 & 5.025-08 \\
  26 & 102 & 4.353+01 & 1.416-03 & 2.874-16 & 2.165-11 &  27 & 102 & 4.473+01 & 8.488-01 & 4.243-13 & 1.408-08 \\
  26 & 103 & 4.353+01 & 4.916-02 & 1.397-14 & 1.052-09 &  27 & 115 & 4.340+01 & 5.577-00 & 2.624-12 & 8.447-08 \\
  26 & 106 & 4.351+01 & 2.726-03 & 7.736-16 & 5.826-11 &  27 & 116 & 4.338+01 & 1.176+02 & 5.528-11 & 1.779-06 \\
  26 & 107 & 4.350+01 & 1.369-01 & 4.995-14 & 3.761-09 &  27 & 118 & 4.320+01 & 7.571+01 & 2.119-11 & 6.790-07 \\
  26 & 108 & 4.349+01 & 5.165-03 & 1.883-15 & 1.418-10 &  27 & 128 & 4.158+01 & 1.834+01 & 1.585-12 & 4.888-08 \\
  26 & 115 & 4.227+01 & 9.172+01 & 1.755-11 & 1.284-06 &  27 & 129 & 4.156+01 & 6.530-00 & 1.691-12 & 5.213-08 \\
  26 & 116 & 4.226+01 & 1.757+01 & 3.359-12 & 2.457-07 &  27 & 130 & 4.143+01 & 4.241-00 & 1.819-12 & 5.591-08 \\
  26 & 117 & 4.223+01 & 2.095+02 & 5.601-11 & 4.094-06 &  27 & 131 & 4.135+01 & 3.652-00 & 9.360-13 & 2.871-08 \\
  26 & 124 & 4.166+01 & 1.081-02 & 2.811-15 & 2.027-10 &  27 & 136 & 3.842+01 & 1.838-00 & 6.781-13 & 1.933-08 \\
  26 & 125 & 4.165+01 & 3.957-01 & 1.324-13 & 9.543-09 &  27 & 142 & 3.106+01 & 1.301+01 & 6.269-13 & 1.444-08 \\
  26 & 126 & 4.165+01 & 3.060-00 & 1.023-12 & 7.377-08 &  27 & 143 & 3.105+01 & 3.019-00 & 4.364-13 & 1.005-08 \\
  26 & 130 & 4.040+01 & 1.167-00 & 2.040-13 & 1.426-08 &  27 & 144 & 3.101+01 & 3.775-00 & 9.072-13 & 2.087-08 \\
  26 & 136 & 3.754+01 & 2.411-01 & 3.639-14 & 2.364-09 &  27 & 145 & 3.099+01 & 4.467-00 & 6.432-13 & 1.479-08 \\
  26 & 137 & 3.754+01 & 2.191-02 & 4.629-15 & 3.008-10 &  27 & 150 & 3.015+01 & 8.570-01 & 1.946-13 & 4.353-09 \\
  26 & 138 & 3.753+01 & 1.886+01 & 5.122-12 & 3.327-07 &  28 &  29 & 1.873+03 & 2.760-02 & 4.841-12 & 6.728-06 \\
  26 & 139 & 3.752+01 & 2.305-00 & 4.864-13 & 3.159-08 &  28 &  34 & 1.597+02 & 3.692-01 & 1.411-12 & 1.671-07 \\
  26 & 144 & 3.044+01 & 3.549-01 & 3.521-14 & 1.855-09 &  28 &  35 & 1.594+02 & 1.088-02 & 6.905-14 & 8.163-09 \\
  26 & 150 & 2.960+01 & 1.998-01 & 1.875-14 & 9.609-10 &  28 &  37 & 1.491+02 & 5.042-02 & 2.800-13 & 3.097-08 \\
  26 & 151 & 2.960+01 & 1.708-00 & 2.244-13 & 1.150-08 &  28 &  40 & 9.720+01 & 2.513-00 & 3.559-12 & 2.566-07 \\
  26 & 152 & 2.960+01 & 7.952-00 & 1.343-12 & 6.880-08 &  28 &  43 & 9.653+01 & 2.850-01 & 6.635-13 & 4.751-08 \\
  26 & 153 & 2.959+01 & 6.007-00 & 7.887-13 & 4.040-08 &  28 &  45 & 9.572+01 & 2.678+01 & 3.678-11 & 2.612-06 \\
  27 &  30 & 1.824+02 & 1.941+02 & 3.224-10 & 4.362-05 &  28 &  46 & 9.529+01 & 1.370-00 & 3.108-12 & 2.197-07 \\
  27 &  31 & 1.811+02 & 7.690+01 & 3.783-10 & 5.084-05 &  28 &  47 & 9.250+01 & 1.794+01 & 7.673-12 & 5.265-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  28 &  48 & 8.802+01 & 2.421+01 & 2.812-11 & 1.836-06 &  30 &  31 & 2.745+04 & 7.730-01 & 2.620-07 & 1.778-00 \\
  28 &  49 & 8.729+01 & 3.092+01 & 3.532-11 & 2.287-06 &  30 &  33 & 2.635+03 & 1.053+02 & 3.287-07 & 2.142-01 \\
  28 &  50 & 8.715+01 & 1.729-01 & 3.282-13 & 2.122-08 &  30 &  39 & 1.501+02 & 3.199+01 & 3.239-10 & 1.202-05 \\
  28 &  56 & 8.515+01 & 3.228-00 & 1.170-12 & 7.388-08 &  30 &  42 & 1.305+02 & 1.125-01 & 8.624-13 & 2.784-08 \\
  28 &  60 & 8.100+01 & 4.851-03 & 4.772-15 & 2.867-10 &  30 &  52 & 1.110+02 & 1.047-00 & 5.801-12 & 1.592-07 \\
  28 &  63 & 8.093+01 & 2.081-02 & 3.406-14 & 2.045-09 &  30 &  59 & 1.067+02 & 6.884-02 & 3.524-13 & 9.294-09 \\
  28 &  65 & 8.072+01 & 1.377-02 & 2.241-14 & 1.342-09 &  30 &  71 & 9.693+01 & 1.630-00 & 6.888-12 & 1.651-07 \\
  28 &  75 & 7.461+01 & 3.727-02 & 5.184-14 & 2.869-09 &  30 &  77 & 6.511+01 & 7.131-00 & 1.360-11 & 2.190-07 \\
  28 &  78 & 5.408+01 & 1.833-00 & 8.036-13 & 3.224-08 &  30 &  85 & 6.111+01 & 3.762-00 & 6.318-12 & 9.547-08 \\
  28 &  79 & 5.397+01 & 1.656-02 & 1.205-14 & 4.825-10 &  30 &  87 & 6.056+01 & 1.720-00 & 2.836-12 & 4.248-08 \\
  28 &  81 & 5.384+01 & 1.190+01 & 5.173-12 & 2.066-07 &  30 &  93 & 5.987+01 & 1.062-02 & 1.712-14 & 2.535-10 \\
  28 &  82 & 5.377+01 & 4.755-02 & 3.435-14 & 1.370-09 &  30 & 118 & 5.662+01 & 1.289-02 & 1.859-14 & 2.602-10 \\
  28 &  83 & 5.325+01 & 2.193-00 & 3.108-13 & 1.228-08 &  30 & 129 & 5.383+01 & 1.884+02 & 2.455-10 & 3.268-06 \\
  28 &  94 & 5.130+01 & 8.733-02 & 3.446-14 & 1.311-09 &  30 & 131 & 5.347+01 & 1.800+03 & 2.315-09 & 3.060-05 \\
  28 &  95 & 5.128+01 & 1.520-02 & 9.988-15 & 3.799-10 &  30 & 143 & 3.742+01 & 1.503+02 & 9.466-11 & 8.760-07 \\
  28 &  99 & 5.121+01 & 6.176-03 & 4.047-15 & 1.538-10 &  30 & 145 & 3.734+01 & 1.235+03 & 7.741-10 & 7.147-06 \\
  28 & 110 & 5.117+01 & 6.113-00 & 2.400-12 & 9.108-08 &  31 &  32 & 5.363+03 & 7.786+01 & 5.596-07 & 2.226-00 \\
  28 & 111 & 5.108+01 & 5.509-01 & 2.154-13 & 8.163-09 &  31 &  33 & 2.915+03 & 5.244+01 & 6.679-08 & 1.444-01 \\
  28 & 112 & 5.102+01 & 1.620-01 & 1.054-13 & 3.987-09 &  31 &  38 & 1.521+02 & 3.015+01 & 1.742-10 & 1.966-05 \\
  28 & 113 & 5.076+01 & 1.807-00 & 2.327-13 & 8.762-09 &  31 &  39 & 1.509+02 & 8.441-00 & 2.881-11 & 3.225-06 \\
  28 & 114 & 4.958+01 & 1.045+02 & 3.849-11 & 1.416-06 &  31 &  41 & 1.316+02 & 6.508+01 & 5.634-11 & 5.501-06 \\
  28 & 119 & 4.917+01 & 1.423+02 & 1.720-11 & 6.272-07 &  31 &  42 & 1.312+02 & 9.252-00 & 2.386-11 & 2.322-06 \\
  28 & 123 & 4.867+01 & 3.027-02 & 1.792-14 & 6.470-10 &  31 &  51 & 1.119+02 & 3.054-00 & 1.910-12 & 1.585-07 \\
  28 & 132 & 4.429+01 & 2.103-01 & 6.184-14 & 2.032-09 &  31 &  52 & 1.114+02 & 1.070-02 & 1.992-14 & 1.646-09 \\
  28 & 133 & 4.428+01 & 1.189-00 & 5.826-13 & 1.914-08 &  31 &  54 & 1.107+02 & 3.935-00 & 1.205-11 & 9.898-07 \\
  28 & 135 & 4.399+01 & 4.650-01 & 2.248-13 & 7.335-09 &  31 &  57 & 1.100+02 & 7.107-03 & 2.148-14 & 1.752-09 \\
  28 & 140 & 3.467+01 & 1.156+02 & 2.084-11 & 5.359-07 &  31 &  59 & 1.071+02 & 4.433-02 & 7.623-14 & 6.056-09 \\
  28 & 141 & 3.457+01 & 1.814+02 & 1.083-11 & 2.778-07 &  31 &  68 & 9.946+01 & 8.517-02 & 2.105-13 & 1.553-08 \\
  28 & 146 & 3.330+01 & 5.439-01 & 9.041-14 & 2.233-09 &  31 &  69 & 9.926+01 & 2.106-00 & 5.186-12 & 3.819-07 \\
  28 & 147 & 3.329+01 & 1.650-00 & 4.571-13 & 1.129-08 &  31 &  71 & 9.727+01 & 1.367-00 & 1.939-12 & 1.399-07 \\
  28 & 149 & 3.321+01 & 7.716-01 & 2.127-13 & 5.240-09 &  31 &  76 & 6.538+01 & 6.286-01 & 6.715-13 & 3.257-08 \\
  29 &  34 & 1.745+02 & 5.035-02 & 6.899-13 & 2.977-08 &  31 &  77 & 6.527+01 & 3.694-00 & 2.359-12 & 1.142-07 \\
  29 &  40 & 1.025+02 & 1.570+01 & 7.423-11 & 1.882-06 &  31 &  84 & 6.129+01 & 5.906-00 & 1.109-12 & 5.040-08 \\
  29 &  45 & 1.009+02 & 2.625-00 & 1.201-11 & 2.996-07 &  31 &  85 & 6.124+01 & 3.352-00 & 1.885-12 & 8.562-08 \\
  29 &  48 & 9.236+01 & 1.918-02 & 7.358-14 & 1.680-09 &  31 &  86 & 6.076+01 & 1.585-00 & 2.924-13 & 1.318-08 \\
  29 &  49 & 9.156+01 & 2.469+01 & 9.309-11 & 2.108-06 &  31 &  87 & 6.069+01 & 5.822-01 & 3.215-13 & 1.448-08 \\
  29 &  60 & 8.466+01 & 1.257-03 & 4.053-15 & 8.484-11 &  31 &  89 & 6.059+01 & 4.950-00 & 4.541-12 & 2.041-07 \\
  29 &  78 & 5.569+01 & 5.889-00 & 8.213-12 & 1.131-07 &  31 &  91 & 6.049+01 & 2.614-01 & 2.391-13 & 1.073-08 \\
  29 &  81 & 5.543+01 & 2.617-02 & 3.617-14 & 4.958-10 &  31 &  93 & 6.000+01 & 9.276-02 & 5.006-14 & 2.228-09 \\
  29 &  94 & 5.274+01 & 2.716-02 & 3.398-14 & 4.432-10 &  31 & 102 & 5.939+01 & 9.071-04 & 7.996-16 & 3.523-11 \\
  29 & 110 & 5.260+01 & 1.707-03 & 2.125-15 & 2.764-11 &  31 & 115 & 5.706+01 & 9.490-02 & 7.722-14 & 3.269-09 \\
  29 & 111 & 5.251+01 & 5.834-01 & 7.234-13 & 9.392-09 &  31 & 116 & 5.704+01 & 7.729-00 & 6.283-12 & 2.658-07 \\
  29 & 114 & 5.092+01 & 5.644+01 & 6.582-11 & 8.289-07 &  31 & 118 & 5.674+01 & 6.468-01 & 3.121-13 & 1.314-08 \\
  29 & 132 & 4.536+01 & 1.218-00 & 1.127-12 & 1.264-08 &  31 & 128 & 5.397+01 & 2.925+02 & 4.257-11 & 1.704-06 \\
  29 & 140 & 3.533+01 & 5.649+01 & 3.171-11 & 2.770-07 &  31 & 129 & 5.393+01 & 6.338+01 & 2.764-11 & 1.106-06 \\
  29 & 146 & 3.390+01 & 1.351-00 & 6.983-13 & 5.854-09 &  31 & 130 & 5.372+01 & 2.892+03 & 2.085-09 & 8.307-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  31 & 131 & 5.357+01 & 8.509+02 & 3.661-10 & 1.455-05 &  32 & 145 & 3.765+01 & 5.288+02 & 6.743-11 & 3.139-06 \\
  31 & 136 & 4.877+01 & 7.516-01 & 4.467-13 & 1.616-08 &  32 & 150 & 3.642+01 & 9.701-01 & 1.929-13 & 8.683-09 \\
  31 & 142 & 3.748+01 & 1.751+02 & 1.229-11 & 3.417-07 &  32 & 151 & 3.641+01 & 3.155-00 & 8.782-13 & 3.954-08 \\
  31 & 143 & 3.747+01 & 7.122+01 & 1.499-11 & 4.168-07 &  32 & 153 & 3.640+01 & 1.329-00 & 3.695-13 & 1.663-08 \\
  31 & 144 & 3.742+01 & 2.022+03 & 7.074-10 & 1.964-05 &  33 &  38 & 1.604+02 & 6.734-00 & 4.331-11 & 5.155-06 \\
  31 & 145 & 3.739+01 & 5.611+02 & 1.176-10 & 3.261-06 &  33 &  39 & 1.591+02 & 2.122-00 & 8.055-12 & 9.508-07 \\
  31 & 150 & 3.617+01 & 4.973-01 & 1.626-13 & 4.361-09 &  33 &  41 & 1.378+02 & 7.511-02 & 7.131-14 & 7.292-09 \\
  32 &  33 & 6.384+03 & 9.086-00 & 3.331-08 & 2.629-01 &  33 &  42 & 1.373+02 & 1.174-02 & 3.320-14 & 3.382-09 \\
  32 &  38 & 1.565+02 & 2.998-02 & 1.101-13 & 2.131-08 &  33 &  51 & 1.163+02 & 5.507-00 & 3.725-12 & 3.215-07 \\
  32 &  39 & 1.552+02 & 1.523-00 & 3.303-12 & 6.339-07 &  33 &  52 & 1.159+02 & 9.060-02 & 1.823-13 & 1.567-08 \\
  32 &  42 & 1.344+02 & 1.297+02 & 2.108-10 & 3.504-05 &  33 &  54 & 1.151+02 & 1.084-00 & 3.589-12 & 3.064-07 \\
  32 &  52 & 1.138+02 & 7.757-00 & 9.036-12 & 1.271-06 &  33 &  57 & 1.143+02 & 1.975-01 & 6.445-13 & 5.464-08 \\
  32 &  54 & 1.131+02 & 2.149-02 & 4.117-14 & 5.755-09 &  33 &  59 & 1.112+02 & 7.635-01 & 1.415-12 & 1.167-07 \\
  32 &  55 & 1.129+02 & 1.020-02 & 2.731-14 & 3.812-09 &  33 &  68 & 1.030+02 & 7.206-02 & 1.909-13 & 1.458-08 \\
  32 &  57 & 1.123+02 & 5.971-02 & 1.128-13 & 1.566-08 &  33 &  69 & 1.028+02 & 6.915-01 & 1.825-12 & 1.391-07 \\
  32 &  58 & 1.119+02 & 3.024-02 & 7.946-14 & 1.099-08 &  33 &  71 & 1.006+02 & 1.057-00 & 1.604-12 & 1.197-07 \\
  32 &  59 & 1.093+02 & 2.290-00 & 2.460-12 & 3.323-07 &  33 &  76 & 6.688+01 & 1.769-00 & 1.977-12 & 9.808-08 \\
  32 &  68 & 1.013+02 & 4.091-03 & 6.299-15 & 7.892-10 &  33 &  77 & 6.676+01 & 1.839-00 & 1.229-12 & 6.087-08 \\
  32 &  69 & 1.011+02 & 1.115-01 & 1.710-13 & 2.139-08 &  33 &  84 & 6.260+01 & 1.258+01 & 2.464-12 & 1.144-07 \\
  32 &  70 & 1.009+02 & 4.333-03 & 9.254-15 & 1.154-09 &  33 &  85 & 6.256+01 & 2.024-00 & 1.187-12 & 5.511-08 \\
  32 &  71 & 9.907+01 & 5.471-03 & 4.830-15 & 5.916-10 &  33 &  86 & 6.206+01 & 2.115+01 & 4.070-12 & 1.873-07 \\
  32 &  76 & 6.619+01 & 3.118-01 & 2.048-13 & 1.676-08 &  33 &  87 & 6.199+01 & 2.214-00 & 1.275-12 & 5.865-08 \\
  32 &  77 & 6.607+01 & 2.166-00 & 8.508-13 & 6.950-08 &  33 &  89 & 6.188+01 & 1.086-00 & 1.039-12 & 4.770-08 \\
  32 &  85 & 6.195+01 & 9.147-00 & 3.158-12 & 2.419-07 &  33 &  91 & 6.178+01 & 1.043-02 & 9.942-15 & 4.556-10 \\
  32 &  87 & 6.139+01 & 1.098+01 & 3.721-12 & 2.824-07 &  33 &  93 & 6.126+01 & 2.055-01 & 1.156-13 & 5.254-09 \\
  32 &  89 & 6.128+01 & 4.670-01 & 2.629-13 & 1.992-08 &  33 & 102 & 6.063+01 & 9.763-05 & 8.967-17 & 4.033-12 \\
  32 &  90 & 6.127+01 & 1.017-01 & 8.013-14 & 6.070-09 &  33 & 115 & 5.821+01 & 4.721-02 & 3.997-14 & 1.726-09 \\
  32 &  91 & 6.119+01 & 2.587-06 & 1.452-18 & 1.099-13 &  33 & 116 & 5.818+01 & 8.384-01 & 7.089-13 & 3.060-08 \\
  32 &  92 & 6.113+01 & 5.129-01 & 4.022-13 & 3.040-08 &  33 & 118 & 5.786+01 & 3.046-00 & 1.529-12 & 6.562-08 \\
  32 &  93 & 6.068+01 & 1.929-01 & 6.389-14 & 4.793-09 &  33 & 128 & 5.499+01 & 6.766+03 & 1.022-09 & 4.170-05 \\
  32 & 102 & 6.006+01 & 5.619-03 & 3.039-15 & 2.256-10 &  33 & 129 & 5.495+01 & 1.304+03 & 5.903-10 & 2.406-05 \\
  32 & 103 & 6.005+01 & 6.458-04 & 4.888-16 & 3.629-11 &  33 & 130 & 5.472+01 & 1.014+02 & 7.588-11 & 3.080-06 \\
  32 & 106 & 6.000+01 & 5.006-06 & 3.783-18 & 2.806-13 &  33 & 131 & 5.458+01 & 1.979+02 & 8.839-11 & 3.578-06 \\
  32 & 115 & 5.768+01 & 1.310-01 & 6.535-14 & 4.660-09 &  33 & 136 & 4.960+01 & 6.508-00 & 4.001-12 & 1.472-07 \\
  32 & 116 & 5.765+01 & 5.432-01 & 2.707-13 & 1.929-08 &  33 & 142 & 3.797+01 & 4.978+03 & 3.587-10 & 1.010-05 \\
  32 & 117 & 5.760+01 & 1.576-01 & 1.098-13 & 7.818-09 &  33 & 143 & 3.796+01 & 9.659+02 & 2.087-10 & 5.877-06 \\
  32 & 118 & 5.734+01 & 7.308-00 & 2.162-12 & 1.532-07 &  33 & 144 & 3.791+01 & 5.267+01 & 1.891-11 & 5.318-07 \\
  32 & 124 & 5.654+01 & 6.846-05 & 4.594-17 & 3.212-12 &  33 & 145 & 3.787+01 & 2.158+02 & 4.639-11 & 1.303-06 \\
  32 & 129 & 5.448+01 & 5.423+03 & 1.448-09 & 9.752-05 &  33 & 150 & 3.662+01 & 4.021-00 & 1.348-12 & 3.661-08 \\
  32 & 130 & 5.426+01 & 2.244+02 & 9.904-11 & 6.644-06 &  34 &  35 & 9.025+04 & 3.283-02 & 6.681-08 & 4.473-00 \\
  32 & 131 & 5.411+01 & 6.160+02 & 1.623-10 & 1.086-05 &  34 &  37 & 2.251+03 & 3.995-00 & 5.059-09 & 8.450-03 \\
  32 & 136 & 4.922+01 & 1.477-00 & 5.365-13 & 3.265-08 &  34 &  40 & 2.485+02 & 1.940-00 & 1.796-11 & 3.310-06 \\
  32 & 137 & 4.921+01 & 5.153-00 & 2.620-12 & 1.594-07 &  34 &  43 & 2.441+02 & 2.768+01 & 4.121-10 & 7.463-05 \\
  32 & 139 & 4.918+01 & 1.969-00 & 9.996-13 & 6.078-08 &  34 &  45 & 2.390+02 & 8.399-00 & 7.193-11 & 1.276-05 \\
  32 & 143 & 3.774+01 & 3.925+03 & 5.028-10 & 2.346-05 &  34 &  46 & 2.363+02 & 1.779-00 & 2.483-11 & 4.353-06 \\
  32 & 144 & 3.768+01 & 2.602+02 & 5.541-11 & 2.581-06 &  34 &  47 & 2.199+02 & 9.018-00 & 2.180-11 & 3.556-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  34 &  48 & 1.962+02 & 2.418-00 & 1.395-11 & 2.030-06 &  35 &  72 & 1.407+02 & 1.233+01 & 5.121-11 & 8.905-06 \\
  34 &  49 & 1.926+02 & 6.455-00 & 3.589-11 & 5.128-06 &  35 &  74 & 1.403+02 & 7.861+01 & 3.247-10 & 5.632-05 \\
  34 &  50 & 1.919+02 & 2.719-00 & 2.502-11 & 3.562-06 &  35 &  75 & 1.403+02 & 1.061+02 & 3.131-10 & 5.429-05 \\
  34 &  56 & 1.824+02 & 7.399-00 & 1.231-11 & 1.666-06 &  35 &  78 & 8.185+01 & 1.855-01 & 1.118-13 & 1.131-08 \\
  34 &  60 & 1.644+02 & 1.666-01 & 6.753-13 & 8.237-08 &  35 &  79 & 8.159+01 & 1.215-01 & 1.213-13 & 1.223-08 \\
  34 &  63 & 1.641+02 & 1.077-01 & 7.245-13 & 8.820-08 &  35 &  80 & 8.141+01 & 5.491-01 & 7.640-13 & 7.690-08 \\
  34 &  65 & 1.633+02 & 1.742-02 & 1.160-13 & 1.405-08 &  35 &  81 & 8.130+01 & 3.087-01 & 1.835-13 & 1.845-08 \\
  34 &  75 & 1.401+02 & 1.785+02 & 8.747-10 & 9.087-05 &  35 &  82 & 8.115+01 & 3.755-00 & 3.707-12 & 3.719-07 \\
  34 &  78 & 8.178+01 & 3.950-01 & 3.961-13 & 2.403-08 &  35 &  94 & 7.565+01 & 1.062+01 & 5.468-12 & 5.114-07 \\
  34 &  79 & 8.152+01 & 6.364-00 & 1.057-11 & 6.390-07 &  35 &  95 & 7.560+01 & 4.465-00 & 3.826-12 & 3.576-07 \\
  34 &  81 & 8.123+01 & 1.586-00 & 1.569-12 & 9.453-08 &  35 &  98 & 7.550+01 & 8.632-01 & 1.033-12 & 9.640-08 \\
  34 &  82 & 8.108+01 & 7.878-01 & 1.294-12 & 7.782-08 &  35 &  99 & 7.546+01 & 7.241-00 & 6.182-12 & 5.767-07 \\
  34 &  83 & 7.990+01 & 1.587-00 & 5.062-13 & 3.000-08 &  35 & 100 & 7.546+01 & 4.470-00 & 5.341-12 & 4.983-07 \\
  34 &  94 & 7.559+01 & 6.252-03 & 5.355-15 & 3.003-10 &  35 & 110 & 7.536+01 & 5.952-00 & 3.041-12 & 2.833-07 \\
  34 &  95 & 7.553+01 & 1.618-04 & 2.307-16 & 1.293-11 &  35 & 111 & 7.516+01 & 3.348-01 & 1.701-13 & 1.581-08 \\
  34 &  99 & 7.540+01 & 1.880-01 & 2.670-13 & 1.493-08 &  35 & 112 & 7.504+01 & 4.701-03 & 3.969-15 & 3.683-10 \\
  34 & 110 & 7.530+01 & 1.712-01 & 1.455-13 & 8.127-09 &  35 & 114 & 7.196+01 & 7.709-02 & 3.591-14 & 3.195-09 \\
  34 & 111 & 7.510+01 & 2.318-00 & 1.960-12 & 1.092-07 &  35 & 120 & 7.012+01 & 3.596-00 & 3.711-12 & 3.217-07 \\
  34 & 112 & 7.498+01 & 2.456-00 & 3.451-12 & 1.919-07 &  35 & 121 & 7.010+01 & 1.968+01 & 2.030-11 & 1.759-06 \\
  34 & 113 & 7.443+01 & 1.542-00 & 4.269-13 & 2.357-08 &  35 & 123 & 7.008+01 & 2.283+01 & 1.681-11 & 1.456-06 \\
  34 & 114 & 7.190+01 & 1.416-02 & 1.097-14 & 5.853-10 &  35 & 132 & 6.133+01 & 2.041+01 & 6.905-12 & 5.236-07 \\
  34 & 119 & 7.105+01 & 9.439-03 & 2.381-15 & 1.255-10 &  35 & 133 & 6.131+01 & 1.061+02 & 5.981-11 & 4.534-06 \\
  34 & 123 & 7.002+01 & 4.073+01 & 4.990-11 & 2.592-06 &  35 & 134 & 6.128+01 & 4.730+01 & 3.727-11 & 2.824-06 \\
  34 & 132 & 6.129+01 & 5.022+01 & 2.828-11 & 1.286-06 &  35 & 135 & 6.075+01 & 1.040-02 & 5.754-15 & 4.322-10 \\
  34 & 133 & 6.127+01 & 2.455+01 & 2.303-11 & 1.047-06 &  35 & 140 & 4.432+01 & 4.458-02 & 7.875-15 & 4.315-10 \\
  34 & 135 & 6.071+01 & 1.806+01 & 1.663-11 & 7.490-07 &  35 & 146 & 4.209+01 & 1.383+01 & 2.204-12 & 1.147-07 \\
  34 & 140 & 4.429+01 & 6.841-02 & 2.012-14 & 6.612-10 &  35 & 147 & 4.208+01 & 1.125+02 & 2.988-11 & 1.555-06 \\
  34 & 141 & 4.412+01 & 5.466-04 & 5.318-17 & 1.740-12 &  35 & 148 & 4.208+01 & 3.557+01 & 1.322-11 & 6.877-07 \\
  34 & 146 & 4.207+01 & 5.361+01 & 1.422-11 & 4.439-07 &  35 & 149 & 4.196+01 & 6.433-01 & 1.698-13 & 8.806-09 \\
  34 & 147 & 4.207+01 & 1.978+01 & 8.746-12 & 2.729-07 &  35 & 154 & 4.149+01 & 1.072-00 & 3.873-13 & 1.987-08 \\
  34 & 149 & 4.194+01 & 9.712-00 & 4.267-12 & 1.328-07 &  36 &  37 & 2.427+03 & 2.835-00 & 1.788-09 & 7.513-03 \\
  35 &  36 & 4.738+04 & 1.681-01 & 7.919-08 & 4.639-00 &  36 &  43 & 2.460+02 & 3.906-01 & 2.532-12 & 1.078-06 \\
  35 &  37 & 2.309+03 & 7.884-01 & 6.302-10 & 1.799-03 &  36 &  44 & 2.428+02 & 3.856-03 & 3.408-14 & 1.432-08 \\
  35 &  40 & 2.492+02 & 5.827-01 & 3.254-12 & 1.002-06 &  36 &  46 & 2.381+02 & 5.531-04 & 3.359-15 & 1.385-09 \\
  35 &  43 & 2.448+02 & 4.090-02 & 3.673-13 & 1.112-07 &  36 &  50 & 1.931+02 & 9.592+01 & 3.830-10 & 1.280-04 \\
  35 &  44 & 2.416+02 & 1.165+01 & 1.427-10 & 4.262-05 &  36 &  61 & 1.653+02 & 1.919-01 & 1.010-12 & 2.890-07 \\
  35 &  45 & 2.397+02 & 1.053-00 & 5.440-12 & 1.612-06 &  36 &  63 & 1.650+02 & 7.497+01 & 2.185-10 & 6.240-05 \\
  35 &  46 & 2.370+02 & 1.043+01 & 8.776-11 & 2.571-05 &  36 &  64 & 1.642+02 & 5.775+01 & 2.335-10 & 6.639-05 \\
  35 &  48 & 1.966+02 & 5.409+01 & 1.881-10 & 4.572-05 &  36 &  65 & 1.641+02 & 2.731+01 & 7.877-11 & 2.238-05 \\
  35 &  49 & 1.930+02 & 2.833-02 & 9.493-14 & 2.265-08 &  36 &  66 & 1.641+02 & 1.116+01 & 4.504-11 & 1.279-05 \\
  35 &  50 & 1.923+02 & 1.225-02 & 6.792-14 & 1.615-08 &  36 &  67 & 1.639+02 & 3.929+01 & 2.034-10 & 5.770-05 \\
  35 &  60 & 1.647+02 & 4.133+01 & 1.009-10 & 2.054-05 &  36 &  72 & 1.411+02 & 2.531-00 & 7.552-12 & 1.844-06 \\
  35 &  63 & 1.644+02 & 8.202-00 & 3.324-11 & 6.756-06 &  36 &  73 & 1.409+02 & 2.189+01 & 8.377-11 & 2.043-05 \\
  35 &  64 & 1.637+02 & 4.249-00 & 2.389-11 & 4.835-06 &  36 &  74 & 1.407+02 & 1.125+02 & 3.338-10 & 8.130-05 \\
  35 &  65 & 1.636+02 & 2.318+01 & 9.297-11 & 1.880-05 &  36 &  75 & 1.407+02 & 5.867-00 & 1.243-11 & 3.028-06 \\
  35 &  66 & 1.635+02 & 1.340+01 & 7.515-11 & 1.519-05 &  36 &  79 & 8.173+01 & 3.065-00 & 2.192-12 & 3.101-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  36 &  80 & 8.155+01 & 1.102-01 & 1.098-13 & 1.550-08 &  37 &  99 & 7.801+01 & 2.914-00 & 2.659-12 & 2.565-07 \\
  36 &  82 & 8.129+01 & 8.097-03 & 5.730-15 & 8.062-10 &  37 & 100 & 7.801+01 & 2.157-00 & 2.754-12 & 2.656-07 \\
  36 &  95 & 7.572+01 & 1.903+01 & 1.168-11 & 1.531-06 &  37 & 110 & 7.791+01 & 3.882-00 & 2.120-12 & 2.041-07 \\
  36 &  97 & 7.570+01 & 1.016-01 & 1.122-13 & 1.471-08 &  37 & 111 & 7.769+01 & 1.972-00 & 1.071-12 & 1.028-07 \\
  36 &  98 & 7.562+01 & 2.352+01 & 2.016-11 & 2.639-06 &  37 & 112 & 7.757+01 & 1.526-00 & 1.376-12 & 1.320-07 \\
  36 &  99 & 7.558+01 & 8.239-00 & 5.040-12 & 6.594-07 &  37 & 114 & 7.428+01 & 2.559-03 & 1.270-15 & 1.166-10 \\
  36 & 100 & 7.558+01 & 1.629-00 & 1.395-12 & 1.825-07 &  37 & 120 & 7.232+01 & 3.174-01 & 3.484-13 & 3.115-08 \\
  36 & 101 & 7.556+01 & 1.163+01 & 1.280-11 & 1.674-06 &  37 & 121 & 7.229+01 & 1.252+01 & 1.373-11 & 1.227-06 \\
  36 & 112 & 7.516+01 & 1.588+01 & 9.607-12 & 1.250-06 &  37 & 123 & 7.227+01 & 2.320-00 & 1.816-12 & 1.623-07 \\
  36 & 120 & 7.022+01 & 1.043-00 & 7.713-13 & 9.375-08 &  37 & 132 & 6.301+01 & 1.594+02 & 5.691-11 & 4.433-06 \\
  36 & 121 & 7.020+01 & 2.044+01 & 1.510-11 & 1.835-06 &  37 & 133 & 6.299+01 & 3.616+01 & 2.151-11 & 1.675-06 \\
  36 & 122 & 7.020+01 & 4.341-00 & 4.124-12 & 5.010-07 &  37 & 134 & 6.295+01 & 2.359-00 & 1.962-12 & 1.527-07 \\
  36 & 123 & 7.018+01 & 2.820-00 & 1.487-12 & 1.807-07 &  37 & 135 & 6.239+01 & 1.124+02 & 6.558-11 & 5.059-06 \\
  36 & 133 & 6.139+01 & 6.193+01 & 2.500-11 & 2.656-06 &  37 & 140 & 4.518+01 & 5.274-03 & 9.685-16 & 5.410-11 \\
  36 & 134 & 6.136+01 & 1.921+02 & 1.084-10 & 1.152-05 &  37 & 146 & 4.287+01 & 1.230+02 & 2.034-11 & 1.078-06 \\
  36 & 135 & 6.083+01 & 1.115+02 & 4.417-11 & 4.651-06 &  37 & 147 & 4.287+01 & 2.799+01 & 7.709-12 & 4.086-07 \\
  36 & 147 & 4.212+01 & 4.530+01 & 8.608-12 & 6.276-07 &  37 & 148 & 4.286+01 & 5.280-01 & 2.036-13 & 1.079-08 \\
  36 & 148 & 4.211+01 & 2.041+02 & 5.426-11 & 3.955-06 &  37 & 149 & 4.273+01 & 1.176+02 & 3.220-11 & 1.701-06 \\
  36 & 149 & 4.199+01 & 1.008+02 & 1.904-11 & 1.384-06 &  37 & 154 & 4.225+01 & 1.828-00 & 6.850-13 & 3.578-08 \\
  36 & 154 & 4.153+01 & 2.088-01 & 5.399-14 & 3.881-09 &  38 &  39 & 1.934+04 & 1.156-00 & 3.888-08 & 9.295-01 \\
  36 & 155 & 4.153+01 & 2.816-00 & 9.361-13 & 6.729-08 &  38 &  42 & 9.537+02 & 1.628+04 & 1.332-06 & 1.571-00 \\
  36 & 157 & 4.153+01 & 1.332-02 & 4.428-15 & 3.183-10 &  38 &  52 & 4.170+02 & 1.480+01 & 2.315-10 & 1.193-04 \\
  37 &  40 & 2.793+02 & 1.971-01 & 1.383-12 & 4.776-07 &  38 &  54 & 4.071+02 & 3.117-01 & 7.745-12 & 3.898-06 \\
  37 &  43 & 2.738+02 & 1.060-02 & 1.192-13 & 4.034-08 &  38 &  55 & 4.054+02 & 4.729-02 & 1.631-12 & 8.176-07 \\
  37 &  44 & 2.698+02 & 8.680-00 & 1.326-10 & 4.423-05 &  38 &  57 & 3.972+02 & 7.418-02 & 1.755-12 & 8.618-07 \\
  37 &  45 & 2.674+02 & 1.124-00 & 7.228-12 & 2.390-06 &  38 &  58 & 3.924+02 & 2.808-01 & 9.077-12 & 4.404-06 \\
  37 &  46 & 2.641+02 & 4.284-00 & 4.479-11 & 1.462-05 &  38 &  59 & 3.621+02 & 4.997+01 & 5.893-10 & 2.638-04 \\
  37 &  48 & 2.149+02 & 2.331+01 & 9.682-11 & 2.572-05 &  38 &  68 & 2.875+02 & 6.877-02 & 8.522-13 & 3.029-07 \\
  37 &  49 & 2.106+02 & 1.279+01 & 5.105-11 & 1.329-05 &  38 &  69 & 2.859+02 & 1.577-00 & 1.932-11 & 6.827-06 \\
  37 &  50 & 2.098+02 & 8.592-00 & 5.670-11 & 1.471-05 &  38 &  70 & 2.838+02 & 3.168-01 & 5.355-12 & 1.879-06 \\
  37 &  60 & 1.774+02 & 3.186+01 & 9.016-11 & 1.977-05 &  38 &  71 & 2.699+02 & 1.460+01 & 9.567-11 & 3.193-05 \\
  37 &  63 & 1.770+02 & 8.123-00 & 3.816-11 & 8.350-06 &  38 &  76 & 1.147+02 & 1.873-00 & 3.694-12 & 5.238-07 \\
  37 &  64 & 1.762+02 & 2.648-00 & 1.725-11 & 3.757-06 &  38 &  77 & 1.143+02 & 9.305-00 & 1.094-11 & 1.547-06 \\
  37 &  65 & 1.760+02 & 1.340+01 & 6.227-11 & 1.355-05 &  38 &  85 & 1.025+02 & 1.569-01 & 1.484-13 & 1.881-08 \\
  37 &  66 & 1.759+02 & 8.746-00 & 5.682-11 & 1.236-05 &  38 &  87 & 1.010+02 & 6.945-02 & 6.374-14 & 7.960-09 \\
  37 &  72 & 1.498+02 & 4.317-00 & 2.033-11 & 3.765-06 &  38 &  89 & 1.007+02 & 1.072-02 & 1.631-14 & 2.031-09 \\
  37 &  74 & 1.494+02 & 7.285+01 & 3.411-10 & 6.298-05 &  38 &  90 & 1.007+02 & 4.019-03 & 8.553-15 & 1.065-09 \\
  37 &  75 & 1.493+02 & 1.167+01 & 3.902-11 & 7.204-06 &  38 &  91 & 1.005+02 & 4.331-04 & 6.552-16 & 8.138-11 \\
  37 &  78 & 8.486+01 & 1.522-02 & 9.856-15 & 1.034-09 &  38 &  92 & 1.003+02 & 9.593-03 & 2.026-14 & 2.512-09 \\
  37 &  79 & 8.458+01 & 1.011-02 & 1.085-14 & 1.134-09 &  38 &  93 & 9.910+01 & 4.003-00 & 3.536-12 & 4.333-07 \\
  37 &  80 & 8.439+01 & 1.690-00 & 2.527-12 & 2.636-07 &  38 & 102 & 9.746+01 & 2.539-05 & 3.615-17 & 4.356-12 \\
  37 &  81 & 8.427+01 & 2.971-01 & 1.898-13 & 1.978-08 &  38 & 103 & 9.744+01 & 1.106-05 & 2.203-17 & 2.654-12 \\
  37 &  82 & 8.411+01 & 3.790-01 & 4.020-13 & 4.180-08 &  38 & 106 & 9.731+01 & 3.881-05 & 7.713-17 & 9.279-12 \\
  37 &  94 & 7.821+01 & 2.431-00 & 1.337-12 & 1.293-07 &  38 & 115 & 9.134+01 & 7.566-03 & 9.463-15 & 1.069-09 \\
  37 &  95 & 7.816+01 & 9.944-01 & 9.106-13 & 8.799-08 &  38 & 116 & 9.127+01 & 1.848-02 & 2.308-14 & 2.604-09 \\
  37 &  98 & 7.805+01 & 5.653-01 & 7.228-13 & 6.975-08 &  38 & 117 & 9.115+01 & 8.147-03 & 1.421-14 & 1.601-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  38 & 118 & 9.050+01 & 2.076-00 & 1.529-12 & 1.711-07 &  39 & 150 & 4.757+01 & 2.293-04 & 1.297-16 & 4.576-12 \\
  38 & 124 & 8.853+01 & 4.193-05 & 6.897-17 & 7.549-12 &  40 &  43 & 1.388+04 & 5.143-01 & 2.475-08 & 2.549-01 \\
  38 & 129 & 8.357+01 & 1.748+01 & 1.098-11 & 1.135-06 &  40 &  45 & 6.286+03 & 3.795-00 & 2.248-08 & 1.049-01 \\
  38 & 130 & 8.305+01 & 4.240-01 & 4.385-13 & 4.502-08 &  40 &  46 & 4.842+03 & 2.403+01 & 1.408-07 & 5.057-01 \\
  38 & 131 & 8.271+01 & 3.284+01 & 2.021-11 & 2.067-06 &  40 &  47 & 1.914+03 & 1.522+03 & 2.787-07 & 3.959-01 \\
  38 & 136 & 7.180+01 & 2.015-03 & 1.557-15 & 1.382-10 &  40 &  48 & 9.323+02 & 2.296+03 & 2.991-07 & 2.069-01 \\
  38 & 137 & 7.179+01 & 6.419-03 & 6.943-15 & 6.162-10 &  40 &  49 & 8.564+02 & 2.561+03 & 2.815-07 & 1.789-01 \\
  38 & 139 & 7.171+01 & 4.985-04 & 5.380-16 & 4.770-11 &  40 &  50 & 8.431+02 & 3.075+02 & 5.462-08 & 3.416-02 \\
  38 & 143 & 4.973+01 & 2.161-00 & 4.806-13 & 2.955-08 &  40 &  56 & 6.865+02 & 1.610+04 & 3.792-07 & 1.931-01 \\
  38 & 144 & 4.963+01 & 1.196-01 & 4.416-14 & 2.710-09 &  40 &  60 & 4.860+02 & 5.540-02 & 1.962-12 & 7.073-07 \\
  38 & 145 & 4.958+01 & 3.679-00 & 8.133-13 & 4.985-08 &  40 &  63 & 4.834+02 & 3.601-05 & 2.102-15 & 7.537-10 \\
  38 & 150 & 4.746+01 & 5.897-03 & 1.991-15 & 1.168-10 &  40 &  65 & 4.761+02 & 5.876-03 & 3.327-13 & 1.175-07 \\
  38 & 151 & 4.746+01 & 3.575-03 & 1.689-15 & 9.913-11 &  40 &  75 & 3.209+02 & 1.919-03 & 4.938-14 & 1.176-08 \\
  38 & 153 & 4.743+01 & 5.871-05 & 2.772-17 & 1.626-12 &  40 &  78 & 1.219+02 & 7.946-00 & 1.770-11 & 1.601-06 \\
  39 &  41 & 1.031+03 & 1.813+04 & 9.622-07 & 7.356-01 &  40 &  79 & 1.213+02 & 1.270+01 & 4.673-11 & 4.205-06 \\
  39 &  42 & 1.003+03 & 3.101+03 & 4.678-07 & 3.481-01 &  40 &  81 & 1.207+02 & 1.680+02 & 3.669-10 & 3.285-05 \\
  39 &  51 & 4.328+02 & 3.610+01 & 3.379-10 & 1.085-04 &  40 &  82 & 1.203+02 & 1.530+02 & 5.537-10 & 4.943-05 \\
  39 &  52 & 4.262+02 & 1.022+01 & 2.784-10 & 8.801-05 &  40 &  83 & 1.178+02 & 6.194+01 & 4.292-11 & 3.750-06 \\
  39 &  54 & 4.159+02 & 4.253-01 & 1.838-11 & 5.669-06 &  40 &  94 & 1.086+02 & 6.601-01 & 1.168-12 & 9.412-08 \\
  39 &  57 & 4.056+02 & 1.654-00 & 6.799-11 & 2.046-05 &  40 &  95 & 1.085+02 & 1.117-03 & 3.287-15 & 2.646-10 \\
  39 &  59 & 3.690+02 & 2.433-00 & 4.966-11 & 1.359-05 &  40 &  99 & 1.082+02 & 1.179-02 & 3.452-14 & 2.772-09 \\
  39 &  68 & 2.919+02 & 7.439-01 & 1.583-11 & 3.428-06 &  40 & 110 & 1.081+02 & 1.023-00 & 1.790-12 & 1.434-07 \\
  39 &  69 & 2.901+02 & 8.382-00 & 1.763-10 & 3.795-05 &  40 & 111 & 1.076+02 & 9.921-01 & 1.723-12 & 1.376-07 \\
  39 &  71 & 2.737+02 & 1.763+01 & 1.981-10 & 4.022-05 &  40 & 112 & 1.074+02 & 9.498-01 & 2.737-12 & 2.180-07 \\
  39 &  76 & 1.154+02 & 4.603-00 & 1.531-11 & 1.311-06 &  40 & 113 & 1.062+02 & 8.740+01 & 4.931-11 & 3.886-06 \\
  39 &  77 & 1.150+02 & 6.297-02 & 1.249-13 & 1.066-08 &  40 & 114 & 1.012+02 & 1.545+01 & 2.372-11 & 1.780-06 \\
  39 &  84 & 1.032+02 & 8.399-00 & 4.471-12 & 3.424-07 &  40 & 119 & 9.950+01 & 1.407-00 & 6.959-13 & 5.136-08 \\
  39 &  85 & 1.031+02 & 8.612-01 & 1.372-12 & 1.049-07 &  40 & 123 & 9.750+01 & 1.070-02 & 2.541-14 & 1.838-09 \\
  39 &  86 & 1.017+02 & 3.744-01 & 1.936-13 & 1.461-08 &  40 & 132 & 8.136+01 & 2.415-00 & 2.397-12 & 1.447-07 \\
  39 &  87 & 1.015+02 & 3.042-01 & 4.702-13 & 3.541-08 &  40 & 133 & 8.133+01 & 8.350-02 & 1.380-13 & 8.325-09 \\
  39 &  89 & 1.012+02 & 1.324-01 & 3.391-13 & 2.547-08 &  40 & 135 & 8.034+01 & 4.959-02 & 7.998-14 & 4.767-09 \\
  39 &  91 & 1.010+02 & 1.983-01 & 5.053-13 & 3.785-08 &  40 & 140 & 5.390+01 & 1.412-00 & 6.149-13 & 2.459-08 \\
  39 &  93 & 9.961+01 & 3.740-01 & 5.563-13 & 4.111-08 &  40 & 141 & 5.365+01 & 3.139-00 & 4.515-13 & 1.797-08 \\
  39 & 102 & 9.795+01 & 2.197-04 & 5.267-16 & 3.827-11 &  40 & 146 & 5.065+01 & 1.227-01 & 4.719-14 & 1.773-09 \\
  39 & 115 & 9.178+01 & 8.079-03 & 1.700-14 & 1.158-09 &  40 & 147 & 5.064+01 & 9.309-04 & 5.964-16 & 2.240-11 \\
  39 & 116 & 9.170+01 & 5.421-01 & 1.139-12 & 7.749-08 &  40 & 149 & 5.045+01 & 8.405-03 & 5.345-15 & 2.001-10 \\
  39 & 118 & 9.093+01 & 1.507-00 & 1.868-12 & 1.260-07 &  41 &  42 & 3.770+04 & 2.130-01 & 1.361-07 & 1.269-00 \\
  39 & 128 & 8.402+01 & 6.560+01 & 2.314-11 & 1.442-06 &  41 &  52 & 7.268+02 & 1.035-01 & 2.459-11 & 4.419-06 \\
  39 & 129 & 8.394+01 & 2.559-00 & 2.702-12 & 1.683-07 &  41 &  59 & 5.748+02 & 4.506-00 & 6.696-10 & 9.517-05 \\
  39 & 130 & 8.341+01 & 1.091-02 & 1.896-14 & 1.173-09 &  41 &  71 & 3.728+02 & 2.070+01 & 1.294-09 & 1.193-04 \\
  39 & 131 & 8.307+01 & 6.276-00 & 6.492-12 & 4.000-07 &  41 &  77 & 1.295+02 & 4.129-01 & 3.114-12 & 9.969-08 \\
  39 & 136 & 7.206+01 & 1.716-05 & 2.227-17 & 1.190-12 &  41 &  85 & 1.145+02 & 4.461-01 & 2.632-12 & 7.455-08 \\
  39 & 142 & 4.987+01 & 6.191-00 & 7.694-13 & 2.847-08 &  41 &  87 & 1.126+02 & 4.219-04 & 2.408-15 & 6.706-11 \\
  39 & 143 & 4.986+01 & 1.006-01 & 3.750-14 & 1.387-09 &  41 &  93 & 1.103+02 & 1.973-00 & 1.079-11 & 2.942-07 \\
  39 & 144 & 4.976+01 & 1.786-02 & 1.105-14 & 4.079-10 &  41 & 118 & 9.972+01 & 2.030-00 & 9.078-12 & 2.238-07 \\
  39 & 145 & 4.970+01 & 5.554-01 & 2.057-13 & 7.584-09 &  41 & 129 & 9.138+01 & 8.424-00 & 3.164-11 & 7.149-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  41 & 131 & 9.035+01 & 2.680-00 & 9.841-12 & 2.198-07 &  43 &  74 & 3.286+02 & 1.347-01 & 3.053-12 & 1.240-06 \\
  41 & 143 & 5.239+01 & 8.918-01 & 1.101-12 & 1.426-08 &  43 &  75 & 3.285+02 & 1.243-02 & 2.012-13 & 8.172-08 \\
  41 & 145 & 5.222+01 & 1.697-01 & 2.081-13 & 2.688-09 &  43 &  78 & 1.230+02 & 1.325-00 & 1.802-12 & 2.741-07 \\
  42 &  51 & 7.612+02 & 1.053-00 & 3.048-11 & 1.721-05 &  43 &  79 & 1.224+02 & 7.839-01 & 1.760-12 & 2.664-07 \\
  42 &  52 & 7.411+02 & 1.117-00 & 9.201-11 & 5.058-05 &  43 &  80 & 1.220+02 & 2.491+02 & 7.782-10 & 1.174-04 \\
  42 &  54 & 7.103+02 & 6.202-01 & 7.819-11 & 4.120-05 &  43 &  81 & 1.217+02 & 2.918+01 & 3.890-11 & 5.855-06 \\
  42 &  57 & 6.808+02 & 5.264-01 & 6.096-11 & 3.079-05 &  43 &  82 & 1.214+02 & 1.568+02 & 3.465-10 & 5.200-05 \\
  42 &  59 & 5.837+02 & 3.877-00 & 1.980-10 & 8.575-05 &  43 &  94 & 1.095+02 & 3.394-00 & 3.660-12 & 4.955-07 \\
  42 &  68 & 4.116+02 & 6.691-03 & 2.833-13 & 8.649-08 &  43 &  95 & 1.094+02 & 2.896-02 & 5.194-14 & 7.024-09 \\
  42 &  69 & 4.082+02 & 2.618+01 & 1.090-09 & 3.301-04 &  43 &  98 & 1.092+02 & 6.258-04 & 1.565-15 & 2.113-10 \\
  42 &  71 & 3.765+02 & 4.256-00 & 9.043-11 & 2.525-05 &  43 &  99 & 1.091+02 & 1.342-02 & 2.395-14 & 3.230-09 \\
  42 &  76 & 1.304+02 & 1.459-00 & 6.195-12 & 5.992-07 &  43 & 100 & 1.091+02 & 3.682-02 & 9.196-14 & 1.240-08 \\
  42 &  77 & 1.299+02 & 2.985-03 & 7.556-15 & 7.282-10 &  43 & 110 & 1.089+02 & 7.150-00 & 7.626-12 & 1.027-06 \\
  42 &  84 & 1.151+02 & 1.010-01 & 6.683-14 & 5.704-09 &  43 & 111 & 1.085+02 & 1.648-01 & 1.744-13 & 2.339-08 \\
  42 &  85 & 1.149+02 & 3.541-01 & 7.007-13 & 5.972-08 &  43 & 112 & 1.082+02 & 5.405-03 & 9.491-15 & 1.270-09 \\
  42 &  86 & 1.132+02 & 6.125-02 & 3.923-14 & 3.295-09 &  43 & 114 & 1.019+02 & 9.827-00 & 9.183-12 & 1.157-06 \\
  42 &  87 & 1.130+02 & 5.997-02 & 1.148-13 & 9.617-09 &  43 & 120 & 9.827+01 & 1.094-02 & 2.218-14 & 2.695-09 \\
  42 &  89 & 1.126+02 & 1.570-02 & 4.975-14 & 4.156-09 &  43 & 121 & 9.823+01 & 1.506-02 & 3.049-14 & 3.703-09 \\
  42 &  91 & 1.123+02 & 7.428-02 & 2.340-13 & 1.949-08 &  43 & 123 & 9.819+01 & 2.019-01 & 2.918-13 & 3.543-08 \\
  42 &  93 & 1.106+02 & 1.109-00 & 2.033-12 & 1.668-07 &  43 & 132 & 8.184+01 & 2.269+01 & 1.367-11 & 1.383-06 \\
  42 & 102 & 1.086+02 & 2.640-04 & 7.772-16 & 6.258-11 &  43 & 133 & 8.181+01 & 1.284-01 & 1.288-13 & 1.302-08 \\
  42 & 115 & 1.010+02 & 6.079-04 & 1.550-15 & 1.161-10 &  43 & 134 & 8.174+01 & 1.789-01 & 2.509-13 & 2.536-08 \\
  42 & 116 & 1.009+02 & 5.754-01 & 1.464-12 & 1.097-07 &  43 & 135 & 8.081+01 & 3.286-01 & 3.217-13 & 3.214-08 \\
  42 & 118 & 9.999+01 & 5.569-01 & 8.347-13 & 6.191-08 &  43 & 140 & 5.411+01 & 9.909-01 & 2.610-13 & 1.746-08 \\
  42 & 128 & 9.170+01 & 8.010-02 & 3.366-14 & 2.290-09 &  43 & 146 & 5.083+01 & 5.399-01 & 1.255-13 & 7.886-09 \\
  42 & 129 & 9.160+01 & 6.209-00 & 7.810-12 & 5.307-07 &  43 & 147 & 5.082+01 & 6.736-02 & 2.609-14 & 1.639-09 \\
  42 & 130 & 9.097+01 & 2.226+01 & 4.604-11 & 3.107-06 &  43 & 148 & 5.081+01 & 6.365-01 & 3.449-13 & 2.167-08 \\
  42 & 131 & 9.057+01 & 3.338-01 & 4.104-13 & 2.757-08 &  43 & 149 & 5.063+01 & 2.655-02 & 1.020-14 & 6.389-10 \\
  42 & 136 & 7.764+01 & 9.150-05 & 1.378-16 & 7.938-12 &  43 & 154 & 4.996+01 & 1.918-05 & 1.005-17 & 6.207-13 \\
  42 & 142 & 5.248+01 & 4.022-01 & 5.537-14 & 2.155-09 &  44 &  46 & 1.243+04 & 6.627-03 & 1.096-10 & 2.358-03 \\
  42 & 143 & 5.246+01 & 5.896-01 & 2.433-13 & 9.469-09 &  44 &  50 & 9.434+02 & 1.393+04 & 1.327-06 & 2.167-00 \\
  42 & 144 & 5.236+01 & 2.766-00 & 1.895-12 & 7.360-08 &  44 &  61 & 5.177+02 & 8.773-04 & 4.532-14 & 4.061-08 \\
  42 & 145 & 5.229+01 & 8.440-03 & 3.460-15 & 1.342-10 &  44 &  63 & 5.147+02 & 1.035-01 & 2.936-12 & 2.616-06 \\
  42 & 150 & 4.994+01 & 1.107-04 & 6.902-17 & 2.557-12 &  44 &  64 & 5.076+02 & 1.210-03 & 4.673-14 & 4.106-08 \\
  43 &  44 & 1.852+04 & 1.509-00 & 1.086-07 & 2.486-00 &  44 &  65 & 5.065+02 & 2.927-01 & 8.039-12 & 7.047-06 \\
  43 &  45 & 1.149+04 & 4.504-00 & 5.348-08 & 7.598-01 &  44 &  66 & 5.058+02 & 2.910-04 & 1.116-14 & 9.770-09 \\
  43 &  46 & 7.437+03 & 9.510-00 & 7.886-08 & 7.251-01 &  44 &  67 & 5.042+02 & 4.183-04 & 2.050-14 & 1.789-08 \\
  43 &  48 & 9.994+02 & 1.542+04 & 1.385-06 & 1.711-00 &  44 &  72 & 3.367+02 & 3.749-04 & 6.372-15 & 3.714-09 \\
  43 &  49 & 9.127+02 & 1.187-00 & 8.895-11 & 1.004-04 &  44 &  73 & 3.357+02 & 1.776-03 & 3.857-14 & 2.241-08 \\
  43 &  50 & 8.977+02 & 4.776-00 & 5.770-10 & 6.404-04 &  44 &  74 & 3.346+02 & 5.436-03 & 9.124-14 & 5.284-08 \\
  43 &  60 & 5.037+02 & 4.134-01 & 9.434-12 & 5.875-06 &  44 &  75 & 3.345+02 & 1.211-01 & 1.451-12 & 8.400-07 \\
  43 &  63 & 5.008+02 & 6.328-03 & 2.379-13 & 1.473-07 &  44 &  79 & 1.232+02 & 4.826+02 & 7.845-10 & 1.673-04 \\
  43 &  64 & 4.940+02 & 5.102-03 & 2.614-13 & 1.597-07 &  44 &  80 & 1.228+02 & 5.744-00 & 1.298-11 & 2.760-06 \\
  43 &  65 & 4.930+02 & 1.311-02 & 4.778-13 & 2.912-07 &  44 &  82 & 1.222+02 & 1.522-01 & 2.433-13 & 5.146-08 \\
  43 &  66 & 4.923+02 & 6.236-03 & 3.172-13 & 1.931-07 &  44 &  95 & 1.100+02 & 1.352-00 & 1.753-12 & 3.339-07 \\
  43 &  72 & 3.307+02 & 9.910-03 & 2.275-13 & 9.301-08 &  44 &  97 & 1.100+02 & 1.058-01 & 2.468-13 & 4.699-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  44 &  98 & 1.098+02 & 6.087-02 & 1.101-13 & 2.093-08 &  45 & 140 & 5.437+01 & 6.904-01 & 3.060-13 & 1.234-08 \\
  44 &  99 & 1.097+02 & 2.950-01 & 3.805-13 & 7.228-08 &  45 & 141 & 5.411+01 & 1.485-00 & 2.173-13 & 8.721-09 \\
  44 & 100 & 1.097+02 & 8.008-02 & 1.446-13 & 2.746-08 &  45 & 146 & 5.106+01 & 1.352-01 & 5.284-14 & 2.001-09 \\
  44 & 101 & 1.097+02 & 9.020-02 & 2.092-13 & 3.972-08 &  45 & 147 & 5.105+01 & 7.223-03 & 4.703-15 & 1.781-10 \\
  44 & 112 & 1.089+02 & 3.466-01 & 4.399-13 & 8.289-08 &  45 & 149 & 5.086+01 & 4.653-02 & 3.007-14 & 1.135-09 \\
  44 & 120 & 9.879+01 & 8.199-04 & 1.200-15 & 2.051-10 &  46 &  48 & 1.154+03 & 4.339-00 & 5.203-10 & 7.426-04 \\
  44 & 121 & 9.875+01 & 2.463-01 & 3.600-13 & 6.155-08 &  46 &  49 & 1.040+03 & 7.356+03 & 7.162-07 & 9.212-01 \\
  44 & 122 & 9.875+01 & 4.391-02 & 8.253-14 & 1.411-08 &  46 &  50 & 1.021+03 & 4.531+03 & 7.080-07 & 8.936-01 \\
  44 & 123 & 9.871+01 & 1.123-02 & 1.171-14 & 2.001-09 &  46 &  60 & 5.402+02 & 2.751-03 & 7.223-14 & 4.824-08 \\
  44 & 133 & 8.217+01 & 1.230+01 & 8.891-12 & 1.265-06 &  46 &  63 & 5.370+02 & 9.696-03 & 4.191-13 & 2.782-07 \\
  44 & 134 & 8.210+01 & 4.048-01 & 4.091-13 & 5.814-08 &  46 &  64 & 5.292+02 & 9.184-04 & 5.398-14 & 3.532-08 \\
  44 & 135 & 8.116+01 & 1.495+01 & 1.054-11 & 1.481-06 &  46 &  65 & 5.280+02 & 6.710-02 & 2.804-12 & 1.830-06 \\
  44 & 147 & 5.096+01 & 1.206-00 & 3.353-13 & 2.958-08 &  46 &  66 & 5.272+02 & 4.895-03 & 2.856-13 & 1.862-07 \\
  44 & 148 & 5.095+01 & 1.668-01 & 6.490-14 & 5.724-09 &  46 &  72 & 3.461+02 & 8.755-03 & 2.201-13 & 9.418-08 \\
  44 & 149 & 5.077+01 & 8.692-01 & 2.399-13 & 2.109-08 &  46 &  74 & 3.438+02 & 1.130-01 & 2.803-12 & 1.192-06 \\
  44 & 154 & 5.010+01 & 2.207-04 & 8.304-17 & 7.201-12 &  46 &  75 & 3.437+02 & 1.741-01 & 3.083-12 & 1.310-06 \\
  44 & 155 & 5.010+01 & 2.803-03 & 1.356-15 & 1.176-10 &  46 &  78 & 1.251+02 & 8.749+01 & 1.231-10 & 1.902-05 \\
  44 & 157 & 5.009+01 & 1.676-05 & 8.107-18 & 7.029-13 &  46 &  79 & 1.244+02 & 1.362+02 & 3.163-10 & 4.866-05 \\
  45 &  46 & 2.108+04 & 1.602-01 & 1.780-08 & 2.784-01 &  46 &  80 & 1.240+02 & 2.868-00 & 9.258-12 & 1.420-06 \\
  45 &  47 & 2.753+03 & 2.468+02 & 9.346-08 & 1.909-01 &  46 &  81 & 1.238+02 & 1.125+02 & 1.550-10 & 2.372-05 \\
  45 &  48 & 1.095+03 & 8.301+02 & 1.491-07 & 1.211-01 &  46 &  82 & 1.234+02 & 3.007-00 & 6.866-12 & 1.048-06 \\
  45 &  49 & 9.914+02 & 5.760+03 & 8.489-07 & 6.243-01 &  46 &  94 & 1.111+02 & 7.413-02 & 8.235-14 & 1.131-08 \\
  45 &  50 & 9.737+02 & 7.208+02 & 1.708-07 & 1.233-01 &  46 &  95 & 1.110+02 & 7.883-01 & 1.456-12 & 1.999-07 \\
  45 &  56 & 7.707+02 & 5.727+03 & 1.700-07 & 9.718-02 &  46 &  98 & 1.108+02 & 3.374-03 & 8.696-15 & 1.191-09 \\
  45 &  60 & 5.268+02 & 1.407-01 & 5.852-12 & 2.287-06 &  46 &  99 & 1.107+02 & 3.154-02 & 5.796-14 & 7.934-09 \\
  45 &  63 & 5.236+02 & 1.098-03 & 7.523-14 & 2.922-08 &  46 & 100 & 1.107+02 & 4.789-02 & 1.232-13 & 1.687-08 \\
  45 &  65 & 5.151+02 & 1.172-02 & 7.770-13 & 2.969-07 &  46 & 110 & 1.105+02 & 9.353-01 & 1.028-12 & 1.404-07 \\
  45 &  75 & 3.382+02 & 1.680-04 & 4.801-15 & 1.205-09 &  46 & 111 & 1.101+02 & 1.256+01 & 1.369-11 & 1.863-06 \\
  45 &  78 & 1.243+02 & 3.355+02 & 7.771-10 & 7.166-05 &  46 & 112 & 1.098+02 & 2.685-00 & 4.856-12 & 6.593-07 \\
  45 &  79 & 1.237+02 & 3.278+01 & 1.254-10 & 1.150-05 &  46 & 114 & 1.033+02 & 5.229+01 & 5.023-11 & 6.418-06 \\
  45 &  81 & 1.231+02 & 2.408-03 & 5.466-15 & 4.989-10 &  46 & 120 & 9.959+01 & 7.026-04 & 1.463-15 & 1.801-10 \\
  45 &  82 & 1.227+02 & 1.815+01 & 6.826-11 & 6.213-06 &  46 & 121 & 9.954+01 & 1.469-02 & 3.055-14 & 3.760-09 \\
  45 &  83 & 1.200+02 & 1.857+01 & 1.336-11 & 1.190-06 &  46 & 123 & 9.950+01 & 5.520-03 & 8.194-15 & 1.008-09 \\
  45 &  94 & 1.106+02 & 1.812-01 & 3.319-13 & 2.722-08 &  46 & 132 & 8.275+01 & 8.681-01 & 5.348-13 & 5.471-08 \\
  45 &  95 & 1.104+02 & 5.403-02 & 1.646-13 & 1.349-08 &  46 & 133 & 8.272+01 & 3.929-00 & 4.030-12 & 4.121-07 \\
  45 &  99 & 1.101+02 & 2.176-03 & 6.597-15 & 5.390-10 &  46 & 134 & 8.265+01 & 4.497-04 & 6.447-16 & 6.588-11 \\
  45 & 110 & 1.099+02 & 1.376-00 & 2.492-12 & 2.033-07 &  46 & 135 & 8.169+01 & 3.876-00 & 3.878-12 & 3.917-07 \\
  45 & 111 & 1.095+02 & 8.133-02 & 1.462-13 & 1.188-08 &  46 & 140 & 5.451+01 & 6.022-00 & 1.609-12 & 1.085-07 \\
  45 & 112 & 1.093+02 & 3.410-01 & 1.017-12 & 8.243-08 &  46 & 146 & 5.118+01 & 5.772-03 & 1.360-15 & 8.606-11 \\
  45 & 113 & 1.081+02 & 3.429-00 & 2.002-12 & 1.605-07 &  46 & 147 & 5.117+01 & 2.884-05 & 1.132-17 & 7.163-13 \\
  45 & 114 & 1.028+02 & 3.435-00 & 5.447-12 & 4.155-07 &  46 & 148 & 5.116+01 & 2.594-03 & 1.425-15 & 9.013-11 \\
  45 & 119 & 1.011+02 & 5.283-01 & 2.698-13 & 2.023-08 &  46 & 149 & 5.098+01 & 3.295-01 & 1.284-13 & 8.092-09 \\
  45 & 123 & 9.904+01 & 9.667-02 & 2.369-13 & 1.740-08 &  46 & 154 & 5.030+01 & 4.689-04 & 2.490-16 & 1.549-11 \\
  45 & 132 & 8.243+01 & 4.527-00 & 4.611-12 & 2.820-07 &  47 &  48 & 1.817+03 & 4.441-01 & 6.594-10 & 2.963-04 \\
  45 & 133 & 8.239+01 & 2.836-01 & 4.810-13 & 2.940-08 &  47 &  49 & 1.550+03 & 1.806+03 & 1.950-06 & 7.472-01 \\
  45 & 135 & 8.138+01 & 1.198-00 & 1.982-12 & 1.197-07 &  47 &  60 & 6.514+02 & 3.199-02 & 6.105-12 & 9.832-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  47 &  78 & 1.302+02 & 8.031+01 & 6.122-10 & 1.971-05 &  49 &  79 & 1.414+02 & 1.603-01 & 8.000-13 & 8.389-08 \\
  47 &  81 & 1.288+02 & 2.941+01 & 2.194-10 & 6.989-06 &  49 &  81 & 1.405+02 & 7.562-01 & 2.237-12 & 2.332-07 \\
  47 &  94 & 1.152+02 & 1.072-02 & 6.397-14 & 1.822-09 &  49 &  82 & 1.400+02 & 3.381-02 & 1.656-13 & 1.720-08 \\
  47 & 110 & 1.145+02 & 1.477-01 & 8.709-13 & 2.466-08 &  49 &  83 & 1.365+02 & 1.732+02 & 1.614-10 & 1.635-05 \\
  47 & 111 & 1.140+02 & 3.490-00 & 2.042-11 & 5.757-07 &  49 &  94 & 1.244+02 & 1.426-00 & 3.310-12 & 3.055-07 \\
  47 & 114 & 1.068+02 & 3.331+01 & 1.710-10 & 4.517-06 &  49 &  95 & 1.243+02 & 6.664-02 & 2.572-13 & 2.371-08 \\
  47 & 132 & 8.497+01 & 1.281-00 & 4.159-12 & 8.740-08 &  49 &  99 & 1.239+02 & 1.142-02 & 4.380-14 & 4.026-09 \\
  47 & 140 & 5.547+01 & 2.683-00 & 3.713-12 & 5.092-08 &  49 & 110 & 1.237+02 & 6.211+01 & 1.424-10 & 1.306-05 \\
  47 & 146 & 5.202+01 & 8.376-03 & 1.020-14 & 1.311-10 &  49 & 111 & 1.231+02 & 3.138-00 & 7.130-12 & 6.511-07 \\
  48 &  49 & 1.052+04 & 1.698-00 & 2.818-08 & 2.200-01 &  49 & 112 & 1.228+02 & 3.368-00 & 1.269-11 & 1.155-06 \\
  48 &  50 & 8.819+03 & 1.214+01 & 2.360-07 & 1.544-00 &  49 & 113 & 1.213+02 & 3.499+02 & 2.573-10 & 2.316-05 \\
  48 &  56 & 2.604+03 & 3.220-01 & 1.091-10 & 2.108-04 &  49 & 114 & 1.147+02 & 3.991+01 & 7.877-11 & 6.704-06 \\
  48 &  60 & 1.015+03 & 1.293-03 & 1.998-13 & 1.505-07 &  49 & 119 & 1.126+02 & 5.677-02 & 3.595-14 & 3.002-09 \\
  48 &  63 & 1.004+03 & 4.223-02 & 1.063-11 & 7.919-06 &  49 & 123 & 1.100+02 & 3.645-01 & 1.103-12 & 9.000-08 \\
  48 &  65 & 9.729+02 & 1.415-02 & 3.347-12 & 2.415-06 &  49 & 132 & 8.990+01 & 6.683-01 & 8.098-13 & 5.401-08 \\
  48 &  75 & 4.894+02 & 1.155-01 & 6.911-12 & 2.509-06 &  49 & 133 & 8.986+01 & 2.725-02 & 5.498-14 & 3.665-09 \\
  48 &  78 & 1.402+02 & 3.368-00 & 9.930-12 & 1.033-06 &  49 & 135 & 8.866+01 & 2.911-00 & 5.718-12 & 3.760-07 \\
  48 &  79 & 1.395+02 & 2.302-01 & 1.119-12 & 1.158-07 &  49 & 140 & 5.752+01 & 4.222-00 & 2.094-12 & 8.937-08 \\
  48 &  81 & 1.386+02 & 2.058-02 & 5.929-14 & 6.097-09 &  49 & 141 & 5.723+01 & 5.564-00 & 9.108-13 & 3.867-08 \\
  48 &  82 & 1.382+02 & 1.337-02 & 6.381-14 & 6.541-09 &  49 & 146 & 5.383+01 & 8.368-02 & 3.635-14 & 1.452-09 \\
  48 &  83 & 1.348+02 & 2.159-01 & 1.960-13 & 1.960-08 &  49 & 147 & 5.382+01 & 7.586-03 & 5.491-15 & 2.192-10 \\
  48 &  94 & 1.230+02 & 2.720-01 & 6.165-13 & 5.623-08 &  49 & 149 & 5.361+01 & 1.725-01 & 1.239-13 & 4.926-09 \\
  48 &  95 & 1.228+02 & 2.096-00 & 7.902-12 & 7.200-07 &  50 &  60 & 1.148+03 & 8.061-03 & 9.548-13 & 1.355-06 \\
  48 &  99 & 1.225+02 & 1.875-01 & 7.027-13 & 6.384-08 &  50 &  63 & 1.133+03 & 1.489-03 & 2.864-13 & 4.011-07 \\
  48 & 110 & 1.222+02 & 2.896-01 & 6.485-13 & 5.879-08 &  50 &  64 & 1.099+03 & 5.974-02 & 1.514-11 & 2.057-05 \\
  48 & 111 & 1.217+02 & 1.344+02 & 2.983-10 & 2.692-05 &  50 &  65 & 1.094+03 & 5.649-02 & 1.013-11 & 1.369-05 \\
  48 & 112 & 1.214+02 & 3.115+02 & 1.146-09 & 1.032-04 &  50 &  66 & 1.090+03 & 4.585-03 & 1.144-12 & 1.542-06 \\
  48 & 113 & 1.199+02 & 1.306-00 & 9.384-13 & 8.348-08 &  50 &  72 & 5.236+02 & 6.425-02 & 3.697-12 & 2.393-06 \\
  48 & 114 & 1.135+02 & 9.987-01 & 1.929-12 & 1.624-07 &  50 &  74 & 5.185+02 & 8.742-05 & 4.932-15 & 3.162-09 \\
  48 & 119 & 1.114+02 & 4.662-02 & 2.890-14 & 2.388-09 &  50 &  75 & 5.182+02 & 1.580-01 & 6.360-12 & 4.075-06 \\
  48 & 123 & 1.089+02 & 9.461-01 & 2.803-12 & 2.264-07 &  50 &  78 & 1.425+02 & 9.585-01 & 1.751-12 & 3.085-07 \\
  48 & 132 & 8.914+01 & 1.096-01 & 1.305-13 & 8.632-09 &  50 &  79 & 1.417+02 & 3.088-03 & 9.296-15 & 1.629-09 \\
  48 & 133 & 8.910+01 & 7.506-00 & 1.489-11 & 9.841-07 &  50 &  80 & 1.412+02 & 8.627-01 & 3.609-12 & 6.299-07 \\
  48 & 135 & 8.792+01 & 5.856-00 & 1.131-11 & 7.375-07 &  50 &  81 & 1.408+02 & 7.749-03 & 1.383-14 & 2.408-09 \\
  48 & 140 & 5.721+01 & 5.540-01 & 2.719-13 & 1.154-08 &  50 &  82 & 1.404+02 & 6.667-02 & 1.970-13 & 3.419-08 \\
  48 & 141 & 5.692+01 & 1.230-03 & 1.991-16 & 8.407-12 &  50 &  94 & 1.247+02 & 1.248+01 & 1.746-11 & 2.692-06 \\
  48 & 146 & 5.356+01 & 2.401-03 & 1.032-15 & 4.101-11 &  50 &  95 & 1.246+02 & 7.323-02 & 1.703-13 & 2.623-08 \\
  48 & 147 & 5.355+01 & 8.557-01 & 6.131-13 & 2.435-08 &  50 &  98 & 1.243+02 & 3.156-01 & 1.023-12 & 1.573-07 \\
  48 & 149 & 5.334+01 & 2.142-01 & 1.522-13 & 6.023-09 &  50 &  99 & 1.242+02 & 1.626-07 & 3.760-19 & 5.773-14 \\
  49 &  50 & 5.449+04 & 2.857-02 & 2.120-08 & 8.568-01 &  50 & 100 & 1.242+02 & 8.982-04 & 2.907-15 & 4.463-10 \\
  49 &  56 & 3.461+03 & 2.413+02 & 1.444-07 & 3.708-01 &  50 & 110 & 1.239+02 & 4.017+02 & 5.550-10 & 8.503-05 \\
  49 &  60 & 1.124+03 & 9.612-03 & 1.820-12 & 1.517-06 &  50 & 111 & 1.234+02 & 1.491+01 & 2.042-11 & 3.115-06 \\
  49 &  63 & 1.110+03 & 2.978-03 & 9.163-13 & 7.543-07 &  50 & 112 & 1.231+02 & 6.934-00 & 1.575-11 & 2.396-06 \\
  49 &  65 & 1.072+03 & 9.852-03 & 2.829-12 & 2.250-06 &  50 & 114 & 1.150+02 & 1.676+01 & 1.994-11 & 2.834-06 \\
  49 &  75 & 5.133+02 & 2.554-03 & 1.681-13 & 6.402-08 &  50 & 120 & 1.103+02 & 3.306-02 & 8.451-14 & 1.153-08 \\
  49 &  78 & 1.421+02 & 4.428-00 & 1.341-11 & 1.414-06 &  50 & 121 & 1.103+02 & 1.048-00 & 2.676-12 & 3.649-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  50 & 123 & 1.102+02 & 8.029-02 & 1.463-13 & 1.994-08 &  52 & 136 & 8.673+01 & 1.762-02 & 3.311-14 & 2.130-09 \\
  50 & 132 & 9.005+01 & 1.023-01 & 7.462-14 & 8.307-09 &  52 & 142 & 5.648+01 & 1.127-00 & 1.796-13 & 7.525-09 \\
  50 & 133 & 9.001+01 & 1.663-01 & 2.020-13 & 2.248-08 &  52 & 143 & 5.646+01 & 1.991-00 & 9.517-13 & 3.986-08 \\
  50 & 134 & 8.993+01 & 1.175+01 & 1.995-11 & 2.218-06 &  52 & 144 & 5.634+01 & 7.335-01 & 5.818-13 & 2.432-08 \\
  50 & 135 & 8.880+01 & 1.443-00 & 1.706-12 & 1.873-07 &  52 & 145 & 5.626+01 & 2.918-00 & 1.385-12 & 5.779-08 \\
  50 & 140 & 5.758+01 & 1.854-00 & 5.530-13 & 3.937-08 &  52 & 150 & 5.355+01 & 9.480-02 & 6.793-14 & 2.698-09 \\
  50 & 146 & 5.388+01 & 5.883-01 & 1.537-13 & 1.024-08 &  53 &  55 & 4.108+04 & 2.204-01 & 4.337-08 & 3.964-00 \\
  50 & 147 & 5.388+01 & 2.907-02 & 1.265-14 & 8.426-10 &  53 &  58 & 9.441+03 & 3.910-01 & 4.064-09 & 8.539-02 \\
  50 & 148 & 5.386+01 & 2.164-01 & 1.318-13 & 8.775-09 &  53 &  70 & 9.250+02 & 1.305+04 & 1.302-06 & 2.681-00 \\
  50 & 149 & 5.366+01 & 2.845-02 & 1.228-14 & 8.147-10 &  53 &  88 & 1.337+02 & 7.387-00 & 1.981-11 & 5.896-06 \\
  50 & 154 & 5.291+01 & 1.137-03 & 6.679-16 & 4.369-11 &  53 &  90 & 1.335+02 & 2.976+01 & 6.189-11 & 1.839-05 \\
  51 &  52 & 2.808+04 & 6.875-01 & 2.438-07 & 1.693-00 &  53 &  92 & 1.329+02 & 1.009-00 & 2.077-12 & 6.141-07 \\
  51 &  59 & 2.504+03 & 6.549+01 & 1.846-07 & 1.143-01 &  53 & 103 & 1.279+02 & 7.336-01 & 1.399-12 & 3.980-07 \\
  51 &  71 & 7.449+02 & 3.898+03 & 9.727-07 & 1.792-01 &  53 & 104 & 1.277+02 & 1.503-01 & 4.493-13 & 1.277-07 \\
  51 &  77 & 1.567+02 & 2.134-00 & 2.356-11 & 9.127-07 &  53 & 106 & 1.277+02 & 2.338-02 & 4.443-14 & 1.262-08 \\
  51 &  85 & 1.353+02 & 2.068-01 & 1.703-12 & 5.697-08 &  53 & 107 & 1.276+02 & 3.473-02 & 8.481-14 & 2.409-08 \\
  51 &  87 & 1.327+02 & 1.848-02 & 1.463-13 & 4.799-09 &  53 & 108 & 1.275+02 & 3.686-02 & 8.990-14 & 2.552-08 \\
  51 &  93 & 1.294+02 & 9.903-01 & 7.456-12 & 2.386-07 &  53 & 109 & 1.275+02 & 5.172-02 & 1.541-13 & 4.373-08 \\
  51 & 118 & 1.151+02 & 1.028+01 & 6.124-11 & 1.743-06 &  53 & 117 & 1.173+02 & 1.978-00 & 3.171-12 & 8.274-07 \\
  51 & 129 & 1.041+02 & 5.148-00 & 2.511-11 & 6.465-07 &  53 & 124 & 1.129+02 & 1.034-03 & 1.539-15 & 3.868-10 \\
  51 & 131 & 1.028+02 & 1.014+01 & 4.819-11 & 1.225-06 &  53 & 125 & 1.129+02 & 7.873-02 & 1.505-13 & 3.782-08 \\
  51 & 143 & 5.635+01 & 2.334-01 & 3.333-13 & 4.644-09 &  53 & 126 & 1.129+02 & 5.965-04 & 1.140-15 & 2.863-10 \\
  51 & 145 & 5.615+01 & 4.766-00 & 6.759-12 & 9.384-08 &  53 & 127 & 1.129+02 & 1.789-02 & 4.176-14 & 1.049-08 \\
  52 &  54 & 1.711+04 & 2.571-00 & 1.880-07 & 2.385-00 &  53 & 137 & 8.705+01 & 1.814-01 & 1.603-13 & 3.104-08 \\
  52 &  57 & 8.372+03 & 7.504-01 & 1.314-08 & 8.161-02 &  53 & 138 & 8.701+01 & 2.518-03 & 2.858-15 & 5.534-10 \\
  52 &  59 & 2.749+03 & 1.537+02 & 1.741-07 & 3.549-01 &  53 & 139 & 8.693+01 & 1.217-00 & 1.072-12 & 2.074-07 \\
  52 &  68 & 9.258+02 & 7.401+02 & 1.585-07 & 1.089-01 &  53 & 151 & 5.368+01 & 1.351-00 & 4.539-13 & 5.422-08 \\
  52 &  69 & 9.088+02 & 1.246+03 & 2.572-07 & 1.734-01 &  53 & 152 & 5.367+01 & 1.674-04 & 7.228-17 & 8.633-12 \\
  52 &  71 & 7.652+02 & 7.639+03 & 6.706-07 & 3.807-01 &  53 & 153 & 5.365+01 & 7.822-01 & 2.625-13 & 3.134-08 \\
  52 &  76 & 1.582+02 & 5.164-01 & 3.230-12 & 3.790-07 &  54 &  55 & 9.781+04 & 7.605-04 & 1.527-09 & 1.847-01 \\
  52 &  77 & 1.576+02 & 2.891-00 & 1.076-11 & 1.257-06 &  54 &  57 & 1.640+04 & 2.787-03 & 1.123-10 & 2.276-03 \\
  52 &  84 & 1.362+02 & 9.793-02 & 9.078-14 & 9.172-09 &  54 &  58 & 1.089+04 & 2.821-00 & 7.026-08 & 9.464-01 \\
  52 &  85 & 1.360+02 & 1.224-01 & 3.393-13 & 3.423-08 &  54 &  59 & 3.275+03 & 7.237+01 & 6.981-08 & 2.827-01 \\
  52 &  86 & 1.336+02 & 2.062-00 & 1.840-12 & 1.824-07 &  54 &  68 & 9.788+02 & 9.286+02 & 1.334-07 & 1.614-01 \\
  52 &  87 & 1.333+02 & 1.725+01 & 4.595-11 & 4.544-06 &  54 &  69 & 9.598+02 & 6.020+03 & 8.314-07 & 9.866-01 \\
  52 &  89 & 1.328+02 & 5.733-00 & 2.526-11 & 2.489-06 &  54 &  70 & 9.372+02 & 1.208+03 & 2.227-07 & 2.581-01 \\
  52 &  91 & 1.323+02 & 9.448-01 & 4.134-12 & 4.059-07 &  54 &  71 & 8.011+02 & 1.992+03 & 1.150-07 & 1.139-01 \\
  52 &  93 & 1.300+02 & 2.489-00 & 6.305-12 & 6.080-07 &  54 &  76 & 1.597+02 & 2.477-01 & 9.469-13 & 1.870-07 \\
  52 & 102 & 1.272+02 & 5.629-02 & 2.275-13 & 2.146-08 &  54 &  77 & 1.590+02 & 3.126-01 & 7.111-13 & 1.398-07 \\
  52 & 115 & 1.170+02 & 6.435-02 & 2.199-13 & 1.908-08 &  54 &  85 & 1.371+02 & 3.360-01 & 5.677-13 & 9.621-08 \\
  52 & 116 & 1.168+02 & 2.728-01 & 9.306-13 & 8.066-08 &  54 &  87 & 1.343+02 & 3.099-00 & 5.031-12 & 8.356-07 \\
  52 & 118 & 1.156+02 & 1.856+01 & 3.717-11 & 3.187-06 &  54 &  89 & 1.338+02 & 2.941+01 & 7.900-11 & 1.307-05 \\
  52 & 128 & 1.047+02 & 1.530-01 & 8.376-14 & 6.502-09 &  54 &  90 & 1.338+02 & 2.409-00 & 9.052-12 & 1.497-06 \\
  52 & 129 & 1.045+02 & 1.242+01 & 2.034-11 & 1.577-06 &  54 &  91 & 1.334+02 & 1.880-01 & 5.013-13 & 8.266-08 \\
  52 & 130 & 1.037+02 & 5.772-01 & 1.551-12 & 1.193-07 &  54 &  92 & 1.331+02 & 1.185+01 & 4.405-11 & 7.249-06 \\
  52 & 131 & 1.032+02 & 1.108+01 & 1.769-11 & 1.354-06 &  54 &  93 & 1.310+02 & 4.636-00 & 7.155-12 & 1.159-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  54 & 102 & 1.281+02 & 6.000-02 & 1.477-13 & 2.340-08 &  55 & 139 & 8.711+01 & 5.192-03 & 5.907-15 & 8.907-10 \\
  54 & 103 & 1.281+02 & 4.428-02 & 1.525-13 & 2.415-08 &  55 & 144 & 5.656+01 & 2.751-01 & 9.423-14 & 9.225-09 \\
  54 & 106 & 1.279+02 & 8.065-02 & 2.768-13 & 4.376-08 &  55 & 150 & 5.375+01 & 2.622-00 & 8.112-13 & 7.547-08 \\
  54 & 115 & 1.178+02 & 5.111-02 & 1.063-13 & 1.547-08 &  55 & 151 & 5.375+01 & 2.111-02 & 9.140-15 & 8.503-10 \\
  54 & 116 & 1.177+02 & 9.811-05 & 2.036-16 & 2.961-11 &  55 & 152 & 5.374+01 & 1.487-03 & 8.276-16 & 7.698-11 \\
  54 & 117 & 1.174+02 & 2.755-02 & 7.976-14 & 1.158-08 &  55 & 153 & 5.372+01 & 8.623-05 & 3.730-17 & 3.468-12 \\
  54 & 118 & 1.164+02 & 4.238-00 & 5.162-12 & 7.427-07 &  56 &  60 & 1.664+03 & 8.175-04 & 1.018-12 & 4.191-07 \\
  54 & 124 & 1.131+02 & 1.174-03 & 3.153-15 & 4.410-10 &  56 &  78 & 1.482+02 & 6.282+01 & 6.207-10 & 2.275-05 \\
  54 & 129 & 1.052+02 & 3.127-01 & 3.110-13 & 4.044-08 &  56 &  81 & 1.464+02 & 1.205+01 & 1.162-10 & 4.206-06 \\
  54 & 130 & 1.043+02 & 1.318+01 & 2.151-11 & 2.774-06 &  56 &  94 & 1.291+02 & 3.115-02 & 2.333-13 & 7.446-09 \\
  54 & 131 & 1.038+02 & 2.346-04 & 2.273-16 & 2.918-11 &  56 & 110 & 1.282+02 & 5.591-00 & 4.134-11 & 1.311-06 \\
  54 & 136 & 8.717+01 & 1.832-02 & 2.087-14 & 2.249-09 &  56 & 111 & 1.276+02 & 2.926+02 & 2.144-09 & 6.768-05 \\
  54 & 137 & 8.715+01 & 1.371-02 & 2.186-14 & 2.356-09 &  56 & 114 & 1.187+02 & 3.250+01 & 2.059-10 & 6.041-06 \\
  54 & 139 & 8.704+01 & 8.890-02 & 1.413-13 & 1.521-08 &  56 & 132 & 9.230+01 & 4.988-01 & 1.911-12 & 4.362-08 \\
  54 & 143 & 5.665+01 & 1.620-00 & 4.676-13 & 3.275-08 &  56 & 140 & 5.850+01 & 2.675-00 & 4.117-12 & 5.955-08 \\
  54 & 144 & 5.653+01 & 1.625-00 & 7.786-13 & 5.441-08 &  56 & 146 & 5.468+01 & 5.506-05 & 7.404-17 & 1.001-12 \\
  54 & 145 & 5.645+01 & 3.734-01 & 1.070-13 & 7.470-09 &  57 &  58 & 3.246+04 & 1.197-01 & 2.647-08 & 1.062-00 \\
  54 & 150 & 5.372+01 & 7.276-02 & 3.148-14 & 2.091-09 &  57 &  59 & 4.092+03 & 7.486+01 & 1.128-07 & 5.705-01 \\
  54 & 151 & 5.372+01 & 1.135-01 & 6.873-14 & 4.564-09 &  57 &  68 & 1.041+03 & 3.622+03 & 5.884-07 & 7.573-01 \\
  54 & 153 & 5.369+01 & 9.667-02 & 5.848-14 & 3.882-09 &  57 &  69 & 1.020+03 & 1.492+03 & 2.325-07 & 2.931-01 \\
  55 &  57 & 1.970+04 & 1.216-00 & 5.054-08 & 1.723-00 &  57 &  70 & 9.940+02 & 3.587+02 & 7.439-08 & 9.142-02 \\
  55 &  58 & 1.226+04 & 1.286-00 & 2.898-08 & 6.149-01 &  57 &  71 & 8.422+02 & 6.703+03 & 4.277-07 & 4.453-01 \\
  55 &  68 & 9.887+02 & 1.314+04 & 1.376-06 & 2.355-00 &  57 &  76 & 1.613+02 & 3.100-02 & 1.208-13 & 2.409-08 \\
  55 &  69 & 9.693+02 & 8.406+01 & 8.458-09 & 1.419-02 &  57 &  77 & 1.606+02 & 2.110-00 & 4.894-12 & 9.716-07 \\
  55 &  70 & 9.463+02 & 1.950+01 & 2.617-09 & 4.287-03 &  57 &  85 & 1.382+02 & 9.210-02 & 1.583-13 & 2.705-08 \\
  55 &  76 & 1.599+02 & 5.846-02 & 1.602-13 & 4.434-08 &  57 &  87 & 1.354+02 & 1.706+01 & 2.815-11 & 4.714-06 \\
  55 &  88 & 1.342+02 & 3.510-00 & 1.218-11 & 2.829-06 &  57 &  89 & 1.349+02 & 1.107+01 & 3.021-11 & 5.041-06 \\
  55 &  89 & 1.340+02 & 9.671-01 & 1.860-12 & 4.316-07 &  57 &  90 & 1.349+02 & 1.011-00 & 3.861-12 & 6.439-07 \\
  55 &  90 & 1.340+02 & 1.857-00 & 4.997-12 & 1.159-06 &  57 &  91 & 1.345+02 & 6.003-02 & 1.627-13 & 2.705-08 \\
  55 &  91 & 1.336+02 & 3.635-01 & 6.942-13 & 1.605-07 &  57 &  92 & 1.342+02 & 2.433-00 & 9.195-12 & 1.526-06 \\
  55 &  92 & 1.333+02 & 4.500-00 & 1.198-11 & 2.765-06 &  57 &  93 & 1.320+02 & 3.086-00 & 4.840-12 & 7.901-07 \\
  55 & 102 & 1.283+02 & 6.484-01 & 1.143-12 & 2.538-07 &  57 & 102 & 1.291+02 & 3.452-02 & 8.631-14 & 1.378-08 \\
  55 & 103 & 1.283+02 & 7.437-03 & 1.834-14 & 4.073-09 &  57 & 103 & 1.291+02 & 2.142-02 & 7.494-14 & 1.196-08 \\
  55 & 106 & 1.281+02 & 4.884-02 & 1.201-13 & 2.661-08 &  57 & 106 & 1.289+02 & 9.792-03 & 3.414-14 & 5.440-09 \\
  55 & 107 & 1.280+02 & 6.351-03 & 2.006-14 & 4.446-09 &  57 & 115 & 1.186+02 & 1.762-00 & 3.717-12 & 5.451-07 \\
  55 & 108 & 1.279+02 & 4.868-02 & 1.536-13 & 3.401-08 &  57 & 116 & 1.185+02 & 2.521-01 & 5.308-13 & 7.776-08 \\
  55 & 115 & 1.179+02 & 8.615-01 & 1.282-12 & 2.617-07 &  57 & 117 & 1.183+02 & 2.420-04 & 7.110-16 & 1.040-10 \\
  55 & 116 & 1.178+02 & 9.428-04 & 1.401-15 & 2.856-10 &  57 & 118 & 1.172+02 & 6.251-00 & 7.723-12 & 1.119-06 \\
  55 & 117 & 1.176+02 & 1.129-02 & 2.340-14 & 4.763-09 &  57 & 124 & 1.139+02 & 7.143-02 & 1.945-13 & 2.740-08 \\
  55 & 124 & 1.133+02 & 1.071-01 & 2.060-13 & 4.038-08 &  57 & 129 & 1.058+02 & 1.149+01 & 1.158-11 & 1.515-06 \\
  55 & 125 & 1.132+02 & 6.044-05 & 1.494-16 & 2.928-11 &  57 & 130 & 1.050+02 & 1.541-00 & 2.548-12 & 3.308-07 \\
  55 & 126 & 1.132+02 & 1.270-02 & 3.137-14 & 6.147-09 &  57 & 131 & 1.045+02 & 5.625-00 & 5.521-12 & 7.131-07 \\
  55 & 130 & 1.044+02 & 1.940-00 & 2.266-12 & 4.097-07 &  57 & 136 & 8.764+01 & 1.562-01 & 1.798-13 & 1.948-08 \\
  55 & 136 & 8.725+01 & 7.078-01 & 5.769-13 & 8.713-08 &  57 & 137 & 8.762+01 & 9.156-03 & 1.475-14 & 1.598-09 \\
  55 & 137 & 8.723+01 & 2.317-04 & 2.643-16 & 3.991-11 &  57 & 139 & 8.750+01 & 1.012-01 & 1.627-13 & 1.760-08 \\
  55 & 138 & 8.720+01 & 3.436-03 & 5.036-15 & 7.601-10 &  57 & 143 & 5.684+01 & 1.337-00 & 3.887-13 & 2.732-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  57 & 144 & 5.672+01 & 1.551-01 & 7.484-14 & 5.248-09 &  59 &  93 & 1.364+02 & 5.887-00 & 1.643-11 & 1.663-06 \\
  57 & 145 & 5.664+01 & 5.122-01 & 1.478-13 & 1.035-08 &  59 & 102 & 1.334+02 & 1.939-02 & 8.613-14 & 8.520-09 \\
  57 & 150 & 5.390+01 & 1.325-00 & 5.770-13 & 3.844-08 &  59 & 115 & 1.222+02 & 1.969-00 & 7.344-12 & 6.655-07 \\
  57 & 151 & 5.389+01 & 5.230-02 & 3.188-14 & 2.124-09 &  59 & 116 & 1.220+02 & 2.901+01 & 1.080-10 & 9.772-06 \\
  57 & 153 & 5.386+01 & 3.130-02 & 1.906-14 & 1.269-09 &  59 & 118 & 1.207+02 & 1.258-00 & 2.746-12 & 2.458-07 \\
  58 &  68 & 1.076+03 & 9.097+01 & 1.127-08 & 2.097-02 &  59 & 128 & 1.088+02 & 1.883-00 & 1.114-12 & 8.988-08 \\
  58 &  69 & 1.052+03 & 5.431+03 & 6.443-07 & 1.174-00 &  59 & 129 & 1.087+02 & 6.390-00 & 1.131-11 & 9.115-07 \\
  58 &  70 & 1.025+03 & 5.039+03 & 7.943-07 & 1.410-00 &  59 & 130 & 1.078+02 & 7.341-00 & 2.130-11 & 1.703-06 \\
  58 &  76 & 1.621+02 & 2.231-01 & 6.274-13 & 1.760-07 &  59 & 131 & 1.072+02 & 5.370-01 & 9.252-13 & 7.358-08 \\
  58 &  88 & 1.357+02 & 2.587-01 & 9.178-13 & 2.155-07 &  59 & 136 & 8.955+01 & 5.086-02 & 1.019-13 & 6.770-09 \\
  58 &  89 & 1.355+02 & 2.037-00 & 4.006-12 & 9.397-07 &  59 & 142 & 5.767+01 & 1.241-02 & 2.062-15 & 8.820-11 \\
  58 &  90 & 1.355+02 & 6.644-01 & 1.828-12 & 4.286-07 &  59 & 143 & 5.765+01 & 4.011-01 & 1.998-13 & 8.546-09 \\
  58 &  91 & 1.350+02 & 1.615+01 & 3.153-11 & 7.369-06 &  59 & 144 & 5.752+01 & 3.264-01 & 2.699-13 & 1.151-08 \\
  58 &  92 & 1.348+02 & 3.743-00 & 1.019-11 & 2.376-06 &  59 & 145 & 5.744+01 & 4.453-03 & 2.203-15 & 9.386-11 \\
  58 & 102 & 1.297+02 & 4.311-02 & 7.760-14 & 1.741-08 &  59 & 150 & 5.462+01 & 3.573-01 & 2.663-13 & 1.079-08 \\
  58 & 103 & 1.296+02 & 2.039-01 & 5.136-13 & 1.152-07 &  60 &  63 & 8.840+04 & 2.657-02 & 5.189-08 & 3.403-00 \\
  58 & 106 & 1.294+02 & 5.506-02 & 1.382-13 & 3.096-08 &  60 &  65 & 2.325+04 & 6.089-02 & 8.227-09 & 1.419-01 \\
  58 & 107 & 1.294+02 & 6.090-03 & 1.965-14 & 4.400-09 &  60 &  75 & 9.449+02 & 5.932+03 & 1.323-06 & 9.277-01 \\
  58 & 108 & 1.293+02 & 6.303-02 & 2.031-13 & 4.545-08 &  60 &  78 & 1.627+02 & 2.330-03 & 9.248-15 & 1.116-09 \\
  58 & 115 & 1.191+02 & 4.160-02 & 6.314-14 & 1.301-08 &  60 &  79 & 1.617+02 & 3.045-02 & 1.989-13 & 2.385-08 \\
  58 & 116 & 1.189+02 & 3.806-00 & 5.765-12 & 1.187-06 &  60 &  81 & 1.606+02 & 8.635-03 & 3.337-14 & 3.974-09 \\
  58 & 117 & 1.187+02 & 1.836-00 & 3.880-12 & 7.975-07 &  60 &  82 & 1.600+02 & 2.258-05 & 1.443-16 & 1.713-11 \\
  58 & 124 & 1.143+02 & 2.008-02 & 3.934-14 & 7.784-09 &  60 &  83 & 1.554+02 & 1.888-04 & 2.279-16 & 2.627-11 \\
  58 & 125 & 1.143+02 & 7.913-02 & 1.992-13 & 3.941-08 &  60 &  94 & 1.399+02 & 1.860-00 & 5.458-12 & 5.665-07 \\
  58 & 126 & 1.143+02 & 1.028-02 & 2.588-14 & 5.118-09 &  60 &  95 & 1.397+02 & 2.318-01 & 1.131-12 & 1.172-07 \\
  58 & 130 & 1.053+02 & 1.441+01 & 1.712-11 & 3.122-06 &  60 &  99 & 1.393+02 & 6.764-02 & 3.278-13 & 3.386-08 \\
  58 & 136 & 8.787+01 & 1.175-02 & 9.715-15 & 1.478-09 &  60 & 110 & 1.389+02 & 3.356-02 & 9.710-14 & 1.001-08 \\
  58 & 137 & 8.786+01 & 6.425-02 & 7.435-14 & 1.131-08 &  60 & 111 & 1.382+02 & 2.851-03 & 8.169-15 & 8.378-10 \\
  58 & 138 & 8.782+01 & 3.614-03 & 5.373-15 & 8.168-10 &  60 & 112 & 1.379+02 & 4.111-02 & 1.952-13 & 1.996-08 \\
  58 & 139 & 8.774+01 & 4.380-01 & 5.054-13 & 7.676-08 &  60 & 113 & 1.360+02 & 6.531-06 & 6.035-18 & 6.087-13 \\
  58 & 144 & 5.682+01 & 1.548-00 & 5.350-13 & 5.262-08 &  60 & 114 & 1.278+02 & 2.451-03 & 6.001-15 & 5.689-10 \\
  58 & 150 & 5.399+01 & 9.799-02 & 3.058-14 & 2.858-09 &  60 & 119 & 1.251+02 & 2.596-07 & 2.031-19 & 1.885-14 \\
  58 & 151 & 5.398+01 & 4.813-01 & 2.103-13 & 1.965-08 &  60 & 123 & 1.220+02 & 9.068-02 & 3.370-13 & 3.050-08 \\
  58 & 152 & 5.398+01 & 2.455-03 & 1.378-15 & 1.288-10 &  60 & 132 & 9.772+01 & 1.082-01 & 1.549-13 & 1.123-08 \\
  58 & 153 & 5.395+01 & 5.082-01 & 2.218-13 & 2.071-08 &  60 & 133 & 9.767+01 & 1.362-02 & 3.247-14 & 2.352-09 \\
  59 &  68 & 1.396+03 & 1.740+02 & 8.473-08 & 8.775-02 &  60 & 135 & 9.625+01 & 1.511-00 & 3.498-12 & 2.497-07 \\
  59 &  69 & 1.358+03 & 3.030+03 & 1.396-06 & 1.406-00 &  60 & 140 & 6.063+01 & 3.142-03 & 1.731-15 & 7.786-11 \\
  59 &  71 & 1.060+03 & 1.408+03 & 2.374-07 & 1.868-01 &  60 & 141 & 6.030+01 & 1.069-07 & 1.942-20 & 8.688-16 \\
  59 &  76 & 1.679+02 & 1.968-00 & 1.386-11 & 1.726-06 &  60 & 146 & 5.654+01 & 1.041-01 & 4.991-14 & 2.093-09 \\
  59 &  77 & 1.671+02 & 1.676-01 & 7.018-13 & 8.702-08 &  60 & 147 & 5.653+01 & 5.314-02 & 4.243-14 & 1.779-09 \\
  59 &  84 & 1.433+02 & 5.663-00 & 5.811-12 & 6.177-07 &  60 & 149 & 5.629+01 & 1.777-01 & 1.407-13 & 5.877-09 \\
  59 &  85 & 1.431+02 & 1.785-00 & 5.476-12 & 5.811-07 &  61 &  62 & 7.354+05 & 2.628-05 & 2.604-09 & 4.262-00 \\
  59 &  86 & 1.404+02 & 5.660+01 & 5.579-11 & 5.813-06 &  61 &  64 & 2.604+04 & 2.987-02 & 2.361-09 & 1.368-01 \\
  59 &  87 & 1.401+02 & 2.166+01 & 6.372-11 & 6.622-06 &  61 &  66 & 2.197+04 & 4.399-01 & 2.476-08 & 1.211-00 \\
  59 &  89 & 1.396+02 & 1.885-02 & 9.174-14 & 9.496-09 &  61 &  67 & 1.935+04 & 4.506-02 & 2.528-09 & 1.088-01 \\
  59 &  91 & 1.390+02 & 3.912-00 & 1.890-11 & 1.949-06 &  61 &  72 & 9.632+02 & 1.242+04 & 1.344-06 & 2.881-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  61 &  73 & 9.550+02 & 1.229+02 & 1.681-08 & 3.572-02 &  63 & 120 & 1.223+02 & 3.548-04 & 1.113-15 & 1.683-10 \\
  61 &  74 & 9.460+02 & 1.527-02 & 1.594-12 & 3.355-06 &  63 & 121 & 1.222+02 & 1.573-04 & 4.931-16 & 7.449-11 \\
  61 &  80 & 1.610+02 & 1.621-04 & 4.898-16 & 1.755-10 &  63 & 123 & 1.221+02 & 3.326-02 & 7.439-14 & 1.123-08 \\
  61 &  96 & 1.397+02 & 2.660-01 & 9.510-13 & 2.956-07 &  63 & 132 & 9.783+01 & 1.929-01 & 1.660-13 & 2.008-08 \\
  61 &  97 & 1.397+02 & 2.460-00 & 7.194-12 & 2.236-06 &  63 & 133 & 9.778+01 & 5.968-01 & 8.554-13 & 1.034-07 \\
  61 &  98 & 1.394+02 & 4.025-02 & 9.119-14 & 2.829-08 &  63 & 134 & 9.769+01 & 9.860-02 & 1.975-13 & 2.385-08 \\
  61 & 100 & 1.392+02 & 4.335-02 & 9.802-14 & 3.038-08 &  63 & 135 & 9.636+01 & 1.881-01 & 2.618-13 & 3.119-08 \\
  61 & 101 & 1.392+02 & 2.205-01 & 6.405-13 & 1.984-07 &  63 & 140 & 6.067+01 & 3.423-04 & 1.134-16 & 8.502-12 \\
  61 & 120 & 1.221+02 & 1.289-01 & 2.240-13 & 6.086-08 &  63 & 146 & 5.657+01 & 2.046-01 & 5.891-14 & 4.121-09 \\
  61 & 121 & 1.220+02 & 1.541-05 & 2.676-17 & 7.268-12 &  63 & 147 & 5.656+01 & 3.045-01 & 1.460-13 & 1.021-08 \\
  61 & 122 & 1.220+02 & 4.802-04 & 1.072-15 & 2.911-10 &  63 & 148 & 5.655+01 & 3.914-02 & 2.627-14 & 1.836-09 \\
  61 & 134 & 9.758+01 & 5.326-03 & 5.914-15 & 1.284-09 &  63 & 149 & 5.633+01 & 1.512-02 & 7.192-15 & 5.008-10 \\
  61 & 148 & 5.651+01 & 5.813-03 & 2.165-15 & 2.723-10 &  63 & 154 & 5.550+01 & 4.479-02 & 2.896-14 & 1.987-09 \\
  61 & 154 & 5.547+01 & 6.619-00 & 2.374-12 & 2.931-07 &  64 &  65 & 2.278+05 & 9.775-04 & 5.434-09 & 2.143-00 \\
  61 & 155 & 5.547+01 & 8.812-03 & 4.064-15 & 5.017-10 &  64 &  66 & 1.407+05 & 1.232-04 & 3.655-10 & 8.898-02 \\
  61 & 156 & 5.546+01 & 3.014-04 & 1.699-16 & 2.097-11 &  64 &  67 & 7.526+04 & 1.794-02 & 1.958-08 & 2.550-00 \\
  61 & 157 & 5.546+01 & 6.811-02 & 3.141-14 & 3.876-09 &  64 &  72 & 1.000+03 & 9.042+02 & 1.356-07 & 2.348-01 \\
  62 &  67 & 1.987+04 & 3.801-01 & 1.841-08 & 9.947-01 &  64 &  73 & 9.913+02 & 1.352+03 & 2.560-07 & 4.393-01 \\
  62 &  73 & 9.562+02 & 1.205+04 & 1.351-06 & 3.514-00 &  64 &  74 & 9.817+02 & 5.751+03 & 8.308-07 & 1.412-00 \\
  62 &  96 & 1.397+02 & 5.962-00 & 1.744-11 & 6.629-06 &  64 &  75 & 9.807+02 & 1.578+03 & 1.625-07 & 2.758-01 \\
  62 &  97 & 1.397+02 & 3.102-00 & 7.424-12 & 2.821-06 &  64 &  79 & 1.627+02 & 8.010-03 & 2.271-14 & 6.394-09 \\
  62 & 101 & 1.392+02 & 1.908-03 & 4.535-15 & 1.717-09 &  64 &  80 & 1.620+02 & 3.820-02 & 1.503-13 & 4.213-08 \\
  62 & 122 & 1.220+02 & 3.741-01 & 6.835-13 & 2.269-07 &  64 &  82 & 1.609+02 & 2.212-04 & 6.137-16 & 1.710-10 \\
  62 & 155 & 5.547+01 & 3.494-01 & 1.319-13 & 1.990-08 &  64 &  95 & 1.405+02 & 2.370-03 & 5.009-15 & 1.218-09 \\
  62 & 156 & 5.547+01 & 3.208-03 & 1.479-15 & 2.232-10 &  64 &  97 & 1.404+02 & 1.806-02 & 6.866-14 & 1.669-08 \\
  62 & 157 & 5.547+01 & 6.087-00 & 2.297-12 & 3.465-07 &  64 &  98 & 1.401+02 & 9.361-00 & 2.757-11 & 6.687-06 \\
  63 &  64 & 3.662+04 & 2.049-01 & 5.768-08 & 2.612-00 &  64 &  99 & 1.400+02 & 3.143-01 & 6.597-13 & 1.599-07 \\
  63 &  65 & 3.155+04 & 2.968-03 & 4.430-10 & 1.728-02 &  64 & 100 & 1.400+02 & 2.787-03 & 8.190-15 & 1.985-09 \\
  63 &  66 & 2.906+04 & 1.596-03 & 2.829-10 & 1.016-02 &  64 & 101 & 1.399+02 & 2.497-00 & 9.425-12 & 2.283-06 \\
  63 &  72 & 9.736+02 & 2.374+02 & 4.724-08 & 5.686-02 &  64 & 112 & 1.386+02 & 4.091-02 & 8.414-14 & 2.019-08 \\
  63 &  74 & 9.560+02 & 5.007+03 & 9.605-07 & 1.135-00 &  64 & 120 & 1.227+02 & 6.648-02 & 1.500-13 & 3.184-08 \\
  63 &  75 & 9.551+02 & 2.436+03 & 3.332-07 & 3.934-01 &  64 & 121 & 1.226+02 & 7.880-02 & 1.776-13 & 3.769-08 \\
  63 &  78 & 1.630+02 & 2.622-03 & 6.268-15 & 1.263-09 &  64 & 122 & 1.226+02 & 5.377-02 & 1.558-13 & 3.305-08 \\
  63 &  79 & 1.620+02 & 1.274-03 & 5.009-15 & 1.003-09 &  64 & 123 & 1.226+02 & 7.991-04 & 1.285-15 & 2.726-10 \\
  63 &  80 & 1.613+02 & 4.425-02 & 2.416-13 & 4.817-08 &  64 & 133 & 9.804+01 & 2.769-03 & 2.850-15 & 4.836-10 \\
  63 &  81 & 1.608+02 & 1.508-04 & 3.510-16 & 6.979-11 &  64 & 134 & 9.795+01 & 1.138-00 & 1.637-12 & 2.775-07 \\
  63 &  82 & 1.602+02 & 3.079-05 & 1.185-16 & 2.348-11 &  64 & 135 & 9.661+01 & 5.120-02 & 5.117-14 & 8.556-09 \\
  63 &  94 & 1.401+02 & 7.739-01 & 1.367-12 & 2.368-07 &  64 & 147 & 5.665+01 & 3.834-02 & 1.318-14 & 1.292-09 \\
  63 &  95 & 1.399+02 & 6.350-00 & 1.865-11 & 3.226-06 &  64 & 148 & 5.664+01 & 2.565-01 & 1.233-13 & 1.209-08 \\
  63 &  98 & 1.396+02 & 3.561-01 & 1.457-12 & 2.514-07 &  64 & 149 & 5.642+01 & 2.885-02 & 9.833-15 & 9.602-10 \\
  63 &  99 & 1.395+02 & 7.175-02 & 2.093-13 & 3.609-08 &  64 & 154 & 5.558+01 & 4.539-01 & 2.102-13 & 2.023-08 \\
  63 & 100 & 1.395+02 & 1.286-01 & 5.252-13 & 9.055-08 &  64 & 155 & 5.559+01 & 1.081-02 & 6.437-15 & 6.194-10 \\
  63 & 110 & 1.391+02 & 2.872-01 & 5.002-13 & 8.605-08 &  64 & 157 & 5.558+01 & 8.513-01 & 5.069-13 & 4.876-08 \\
  63 & 111 & 1.385+02 & 2.859-02 & 4.931-14 & 8.441-09 &  65 &  66 & 3.676+05 & 3.282-05 & 9.306-10 & 4.229-01 \\
  63 & 112 & 1.381+02 & 3.239-02 & 9.258-14 & 1.580-08 &  65 &  72 & 1.005+03 & 1.298+03 & 2.749-07 & 3.415-01 \\
  63 & 114 & 1.280+02 & 8.129-04 & 1.197-15 & 1.895-10 &  65 &  74 & 9.859+02 & 1.871+03 & 3.818-07 & 4.654-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  65 &  75 & 9.850+02 & 5.040+03 & 7.330-07 & 8.926-01 &  66 & 123 & 1.227+02 & 3.770-02 & 6.074-14 & 1.289-08 \\
  65 &  78 & 1.639+02 & 2.501-06 & 6.039-18 & 1.223-12 &  66 & 133 & 9.811+01 & 2.857-01 & 2.945-13 & 5.001-08 \\
  65 &  79 & 1.628+02 & 3.363-03 & 1.336-14 & 2.690-09 &  66 & 134 & 9.802+01 & 1.633-01 & 2.351-13 & 3.989-08 \\
  65 &  80 & 1.621+02 & 2.965-03 & 1.635-14 & 3.277-09 &  66 & 135 & 9.668+01 & 1.410-00 & 1.411-12 & 2.361-07 \\
  65 &  81 & 1.617+02 & 3.062-03 & 7.198-15 & 1.439-09 &  66 & 147 & 5.667+01 & 2.013-02 & 6.923-15 & 6.791-10 \\
  65 &  82 & 1.611+02 & 7.024-05 & 2.732-16 & 5.440-11 &  66 & 148 & 5.666+01 & 1.887-02 & 9.084-15 & 8.909-10 \\
  65 &  94 & 1.408+02 & 2.103-00 & 3.748-12 & 6.522-07 &  66 & 149 & 5.644+01 & 1.827-01 & 6.233-14 & 6.089-09 \\
  65 &  95 & 1.406+02 & 9.813-02 & 2.907-13 & 5.052-08 &  66 & 154 & 5.561+01 & 2.886-00 & 1.338-12 & 1.288-07 \\
  65 &  98 & 1.402+02 & 4.840-01 & 1.998-12 & 3.464-07 &  66 & 155 & 5.561+01 & 5.853-03 & 3.488-15 & 3.358-10 \\
  65 &  99 & 1.401+02 & 3.993-00 & 1.175-11 & 2.035-06 &  66 & 157 & 5.560+01 & 3.555-01 & 2.119-13 & 2.039-08 \\
  65 & 100 & 1.401+02 & 5.347-01 & 2.202-12 & 3.814-07 &  67 &  72 & 1.014+03 & 8.445+01 & 1.012-08 & 2.283-02 \\
  65 & 110 & 1.398+02 & 1.187-01 & 2.086-13 & 3.605-08 &  67 &  73 & 1.005+03 & 5.344+03 & 8.084-07 & 1.807-00 \\
  65 & 111 & 1.391+02 & 2.474-02 & 4.304-14 & 7.401-09 &  67 &  74 & 9.946+02 & 5.119+03 & 5.905-07 & 1.307-00 \\
  65 & 112 & 1.387+02 & 2.541-02 & 7.326-14 & 1.256-08 &  67 &  80 & 1.623+02 & 3.518-02 & 1.081-13 & 3.905-08 \\
  65 & 114 & 1.285+02 & 1.823-04 & 2.707-16 & 4.301-11 &  67 &  96 & 1.407+02 & 6.210-02 & 2.252-13 & 7.051-08 \\
  65 & 120 & 1.227+02 & 1.454-01 & 4.598-13 & 6.978-08 &  67 &  97 & 1.407+02 & 9.520-02 & 2.825-13 & 8.844-08 \\
  65 & 121 & 1.227+02 & 1.961-01 & 6.193-13 & 9.392-08 &  67 &  98 & 1.404+02 & 1.471-00 & 3.383-12 & 1.057-06 \\
  65 & 123 & 1.226+02 & 1.132-01 & 2.552-13 & 3.869-08 &  67 & 100 & 1.403+02 & 3.000-00 & 6.881-12 & 2.148-06 \\
  65 & 132 & 9.813+01 & 6.148-02 & 5.325-14 & 6.461-09 &  67 & 101 & 1.402+02 & 2.184-00 & 6.434-12 & 2.007-06 \\
  65 & 133 & 9.808+01 & 1.787-01 & 2.577-13 & 3.125-08 &  67 & 120 & 1.229+02 & 1.156-02 & 2.036-14 & 5.566-09 \\
  65 & 134 & 9.799+01 & 2.219-01 & 4.472-13 & 5.418-08 &  67 & 121 & 1.228+02 & 1.842-01 & 3.239-13 & 8.853-08 \\
  65 & 135 & 9.665+01 & 1.877-00 & 2.629-12 & 3.141-07 &  67 & 122 & 1.228+02 & 2.920-01 & 6.600-13 & 1.804-07 \\
  65 & 140 & 6.079+01 & 3.115-06 & 1.035-18 & 7.781-14 &  67 & 134 & 9.807+01 & 4.542-01 & 5.094-13 & 1.112-07 \\
  65 & 146 & 5.667+01 & 4.878-02 & 1.409-14 & 9.875-10 &  67 & 148 & 5.668+01 & 3.138-03 & 1.175-15 & 1.482-10 \\
  65 & 147 & 5.667+01 & 2.979-04 & 1.434-16 & 1.005-11 &  67 & 154 & 5.563+01 & 4.287-02 & 1.547-14 & 1.915-09 \\
  65 & 148 & 5.665+01 & 9.576-03 & 6.450-15 & 4.518-10 &  67 & 155 & 5.563+01 & 9.336-02 & 4.331-14 & 5.361-09 \\
  65 & 149 & 5.643+01 & 4.479-01 & 2.138-13 & 1.492-08 &  67 & 156 & 5.562+01 & 3.344-02 & 1.895-14 & 2.346-09 \\
  65 & 154 & 5.560+01 & 1.118-00 & 7.251-13 & 4.984-08 &  67 & 157 & 5.562+01 & 2.877-00 & 1.334-12 & 1.651-07 \\
  66 &  67 & 1.619+05 & 1.400-03 & 7.072-09 & 1.981-00 &  68 &  69 & 4.939+04 & 3.093-03 & 1.131-09 & 6.908-02 \\
  66 &  72 & 1.007+03 & 4.304+03 & 6.547-07 & 1.142-00 &  68 &  70 & 2.204+04 & 9.472-01 & 9.655-08 & 2.631-00 \\
  66 &  73 & 9.984+02 & 4.851+02 & 9.319-08 & 1.611-01 &  68 &  71 & 4.411+03 & 6.269-00 & 1.097-08 & 5.984-02 \\
  66 &  74 & 9.885+02 & 1.387+03 & 2.032-07 & 3.478-01 &  68 &  76 & 1.908+02 & 4.999-02 & 2.729-13 & 6.438-08 \\
  66 &  75 & 9.876+02 & 4.350+03 & 4.543-07 & 7.766-01 &  68 &  77 & 1.899+02 & 2.716-01 & 8.807-13 & 2.067-07 \\
  66 &  79 & 1.629+02 & 1.801-04 & 5.117-16 & 1.443-10 &  68 &  85 & 1.594+02 & 3.794-02 & 8.669-14 & 1.708-08 \\
  66 &  80 & 1.622+02 & 4.098-03 & 1.616-14 & 4.536-09 &  68 &  87 & 1.557+02 & 6.434-01 & 1.403-12 & 2.701-07 \\
  66 &  82 & 1.611+02 & 5.795-04 & 1.611-15 & 4.494-10 &  68 &  89 & 1.551+02 & 4.683-02 & 1.688-13 & 3.236-08 \\
  66 &  95 & 1.406+02 & 1.031-00 & 2.184-12 & 5.316-07 &  68 &  90 & 1.550+02 & 4.317-02 & 2.176-13 & 4.170-08 \\
  66 &  97 & 1.406+02 & 7.018-02 & 2.673-13 & 6.503-08 &  68 &  91 & 1.544+02 & 2.027-01 & 7.246-13 & 1.383-07 \\
  66 &  98 & 1.403+02 & 2.189-00 & 6.460-12 & 1.569-06 &  68 &  92 & 1.541+02 & 6.766-02 & 3.370-13 & 6.419-08 \\
  66 &  99 & 1.401+02 & 3.738-00 & 7.863-12 & 1.907-06 &  68 &  93 & 1.512+02 & 3.093-00 & 6.363-12 & 1.190-06 \\
  66 & 100 & 1.401+02 & 3.542-01 & 1.043-12 & 2.529-07 &  68 & 102 & 1.474+02 & 9.912-03 & 3.230-14 & 5.887-09 \\
  66 & 101 & 1.401+02 & 3.478-04 & 1.315-15 & 3.189-10 &  68 & 103 & 1.474+02 & 8.413-06 & 3.835-17 & 6.989-12 \\
  66 & 112 & 1.387+02 & 1.755-03 & 3.616-15 & 8.684-10 &  68 & 106 & 1.471+02 & 7.592-02 & 3.448-13 & 6.270-08 \\
  66 & 120 & 1.228+02 & 2.806-01 & 6.342-13 & 1.348-07 &  68 & 115 & 1.339+02 & 7.287-00 & 1.958-11 & 3.240-06 \\
  66 & 121 & 1.227+02 & 3.892-02 & 8.787-14 & 1.866-08 &  68 & 116 & 1.337+02 & 5.039-00 & 1.351-11 & 2.233-06 \\
  66 & 122 & 1.227+02 & 1.804-02 & 5.235-14 & 1.112-08 &  68 & 117 & 1.335+02 & 1.609+01 & 6.014-11 & 9.924-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  68 & 118 & 1.321+02 & 7.876-01 & 1.236-12 & 2.018-07 &  70 &  88 & 1.564+02 & 1.640-00 & 7.725-12 & 2.091-06 \\
  68 & 124 & 1.279+02 & 4.904-01 & 1.684-12 & 2.663-07 &  70 &  89 & 1.561+02 & 6.921-01 & 1.807-12 & 4.884-07 \\
  68 & 129 & 1.178+02 & 3.492-00 & 4.360-12 & 6.352-07 &  70 &  90 & 1.561+02 & 1.677-02 & 6.126-14 & 1.655-08 \\
  68 & 130 & 1.168+02 & 1.338-00 & 2.736-12 & 3.951-07 &  70 &  91 & 1.555+02 & 8.714-03 & 2.256-14 & 6.072-09 \\
  68 & 131 & 1.161+02 & 8.955-02 & 1.086-13 & 1.559-08 &  70 &  92 & 1.551+02 & 1.209-01 & 4.364-13 & 1.172-07 \\
  68 & 136 & 9.569+01 & 3.098-02 & 4.252-14 & 5.031-09 &  70 & 102 & 1.484+02 & 1.179-02 & 2.781-14 & 7.146-09 \\
  68 & 137 & 9.567+01 & 3.762-01 & 7.227-13 & 8.548-08 &  70 & 103 & 1.484+02 & 1.825-02 & 6.023-14 & 1.547-08 \\
  68 & 139 & 9.553+01 & 5.897-01 & 1.130-12 & 1.334-07 &  70 & 106 & 1.481+02 & 1.872-02 & 6.153-14 & 1.577-08 \\
  68 & 143 & 6.013+01 & 2.338-01 & 7.602-14 & 5.651-09 &  70 & 107 & 1.481+02 & 4.424-02 & 1.869-13 & 4.790-08 \\
  68 & 144 & 5.999+01 & 1.978-01 & 1.067-13 & 7.916-09 &  70 & 108 & 1.479+02 & 3.030-03 & 1.279-14 & 3.274-09 \\
  68 & 145 & 5.990+01 & 2.753-03 & 8.885-16 & 6.581-11 &  70 & 115 & 1.347+02 & 5.533-00 & 1.075-11 & 2.506-06 \\
  68 & 150 & 5.684+01 & 1.617-01 & 7.832-14 & 5.504-09 &  70 & 116 & 1.345+02 & 2.925-00 & 5.668-12 & 1.320-06 \\
  68 & 151 & 5.684+01 & 1.339-00 & 9.076-13 & 6.378-08 &  70 & 117 & 1.343+02 & 1.136+01 & 3.071-11 & 7.138-06 \\
  68 & 153 & 5.680+01 & 1.921-01 & 1.301-13 & 9.137-09 &  70 & 124 & 1.286+02 & 7.932-04 & 1.968-15 & 4.383-10 \\
  69 &  70 & 3.979+04 & 5.158-02 & 1.714-08 & 8.432-01 &  70 & 125 & 1.286+02 & 3.987-01 & 1.271-12 & 2.831-07 \\
  69 &  71 & 4.844+03 & 9.907+01 & 2.091-07 & 1.252-00 &  70 & 126 & 1.286+02 & 2.277-01 & 7.257-13 & 1.615-07 \\
  69 &  76 & 1.916+02 & 1.512-01 & 8.316-13 & 1.969-07 &  70 & 130 & 1.174+02 & 4.142-00 & 6.115-12 & 1.243-06 \\
  69 &  77 & 1.906+02 & 2.014-00 & 6.581-12 & 1.551-06 &  70 & 136 & 9.611+01 & 2.471-03 & 2.444-15 & 4.065-10 \\
  69 &  85 & 1.599+02 & 2.806-00 & 6.454-12 & 1.276-06 &  70 & 137 & 9.609+01 & 1.060-04 & 1.468-16 & 2.441-11 \\
  69 &  87 & 1.562+02 & 1.860-01 & 4.083-13 & 7.885-08 &  70 & 138 & 9.605+01 & 3.828-01 & 6.806-13 & 1.132-07 \\
  69 &  89 & 1.555+02 & 4.988-01 & 1.809-12 & 3.479-07 &  70 & 139 & 9.595+01 & 2.304-01 & 3.179-13 & 5.280-08 \\
  69 &  90 & 1.555+02 & 5.027-02 & 2.550-13 & 4.901-08 &  70 & 144 & 6.015+01 & 5.228-01 & 2.026-13 & 2.109-08 \\
  69 &  91 & 1.549+02 & 7.835-02 & 2.818-13 & 5.396-08 &  70 & 150 & 5.699+01 & 1.220-02 & 4.244-15 & 4.186-10 \\
  69 &  92 & 1.545+02 & 4.084-01 & 2.047-12 & 3.911-07 &  70 & 151 & 5.698+01 & 7.076-03 & 3.445-15 & 3.398-10 \\
  69 &  93 & 1.517+02 & 4.620+01 & 9.561-11 & 1.793-05 &  70 & 152 & 5.698+01 & 2.184-00 & 1.367-12 & 1.348-07 \\
  69 & 102 & 1.479+02 & 3.392-03 & 1.112-14 & 2.033-09 &  70 & 153 & 5.695+01 & 1.896-01 & 9.219-14 & 9.088-09 \\
  69 & 103 & 1.478+02 & 3.645-02 & 1.672-13 & 3.055-08 &  71 &  76 & 1.994+02 & 7.598-01 & 7.552-12 & 1.117-06 \\
  69 & 106 & 1.475+02 & 3.191-03 & 1.458-14 & 2.659-09 &  71 &  77 & 1.984+02 & 1.125-00 & 6.636-12 & 9.766-07 \\
  69 & 115 & 1.342+02 & 5.699-02 & 1.540-13 & 2.555-08 &  71 &  84 & 1.657+02 & 1.676+01 & 2.299-11 & 2.825-06 \\
  69 & 116 & 1.341+02 & 1.956-01 & 5.271-13 & 8.737-08 &  71 &  85 & 1.654+02 & 2.880-00 & 1.181-11 & 1.448-06 \\
  69 & 117 & 1.338+02 & 3.513-00 & 1.321-11 & 2.185-06 &  71 &  86 & 1.619+02 & 7.121+01 & 9.326-11 & 1.120-05 \\
  69 & 118 & 1.324+02 & 1.000-01 & 1.578-13 & 2.583-08 &  71 &  87 & 1.614+02 & 3.725+01 & 1.455-10 & 1.742-05 \\
  69 & 124 & 1.282+02 & 2.532-01 & 8.739-13 & 1.386-07 &  71 &  89 & 1.607+02 & 2.376-00 & 1.533-11 & 1.828-06 \\
  69 & 129 & 1.181+02 & 1.146-03 & 1.438-15 & 2.099-10 &  71 &  91 & 1.600+02 & 5.944-00 & 3.803-11 & 4.513-06 \\
  69 & 130 & 1.171+02 & 1.201+01 & 2.467-11 & 3.570-06 &  71 &  93 & 1.566+02 & 5.569-01 & 2.047-12 & 2.378-07 \\
  69 & 131 & 1.164+02 & 3.252+01 & 3.963-11 & 5.703-06 &  71 & 102 & 1.525+02 & 1.985-02 & 1.154-13 & 1.305-08 \\
  69 & 136 & 9.588+01 & 7.722-03 & 1.064-14 & 1.262-09 &  71 & 115 & 1.381+02 & 6.053-01 & 2.883-12 & 2.953-07 \\
  69 & 137 & 9.586+01 & 4.019-03 & 7.751-15 & 9.186-10 &  71 & 116 & 1.379+02 & 6.641+01 & 3.156-10 & 3.228-05 \\
  69 & 139 & 9.572+01 & 2.393-01 & 4.601-13 & 5.444-08 &  71 & 118 & 1.361+02 & 7.937-00 & 2.206-11 & 2.228-06 \\
  69 & 143 & 6.020+01 & 1.268-00 & 4.135-13 & 3.078-08 &  71 & 128 & 1.212+02 & 2.232+01 & 1.640-11 & 1.475-06 \\
  69 & 144 & 6.006+01 & 1.051-00 & 5.687-13 & 4.224-08 &  71 & 129 & 1.211+02 & 1.223+01 & 2.686-11 & 2.412-06 \\
  69 & 145 & 5.998+01 & 5.016-00 & 1.623-12 & 1.203-07 &  71 & 130 & 1.200+02 & 9.747-02 & 3.505-13 & 3.119-08 \\
  69 & 150 & 5.690+01 & 9.458-02 & 4.591-14 & 3.230-09 &  71 & 131 & 1.192+02 & 1.562-01 & 3.331-13 & 2.947-08 \\
  69 & 151 & 5.690+01 & 4.926-02 & 3.348-14 & 2.355-09 &  71 & 136 & 9.781+01 & 3.392-02 & 8.110-14 & 5.884-09 \\
  69 & 153 & 5.687+01 & 2.269-01 & 1.540-13 & 1.083-08 &  71 & 142 & 6.098+01 & 1.872-00 & 3.479-13 & 1.574-08 \\
  70 &  76 & 1.925+02 & 3.869-02 & 1.535-13 & 5.115-08 &  71 & 143 & 6.096+01 & 1.108-00 & 6.171-13 & 2.790-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  71 & 144 & 6.082+01 & 6.809-02 & 6.293-14 & 2.839-09 &  74 &  79 & 1.950+02 & 4.141-02 & 1.687-13 & 5.693-08 \\
  71 & 145 & 6.073+01 & 2.340-01 & 1.294-13 & 5.828-09 &  74 &  80 & 1.940+02 & 1.750-02 & 9.874-14 & 3.316-08 \\
  71 & 150 & 5.758+01 & 2.653-01 & 2.198-13 & 9.389-09 &  74 &  82 & 1.925+02 & 1.233-03 & 4.892-15 & 1.630-09 \\
  72 &  73 & 1.114+05 & 8.883-03 & 2.126-08 & 4.101-00 &  74 &  95 & 1.639+02 & 2.327-01 & 6.699-13 & 1.901-07 \\
  72 &  74 & 5.288+04 & 1.226-05 & 5.140-12 & 4.705-04 &  74 &  97 & 1.639+02 & 5.707-04 & 2.954-15 & 8.378-10 \\
  72 &  75 & 5.028+04 & 1.220-02 & 3.302-09 & 2.873-01 &  74 &  98 & 1.635+02 & 8.935-03 & 3.581-14 & 1.013-08 \\
  72 &  79 & 1.943+02 & 1.354-03 & 5.475-15 & 1.841-09 &  74 &  99 & 1.633+02 & 4.549-03 & 1.299-14 & 3.672-09 \\
  72 &  80 & 1.933+02 & 1.943-03 & 1.088-14 & 3.641-09 &  74 & 100 & 1.633+02 & 1.635-03 & 6.534-15 & 1.847-09 \\
  72 &  82 & 1.918+02 & 2.933-04 & 1.156-15 & 3.836-10 &  74 & 101 & 1.632+02 & 1.444-02 & 7.412-14 & 2.094-08 \\
  72 &  95 & 1.634+02 & 1.807-02 & 5.168-14 & 1.462-08 &  74 & 112 & 1.614+02 & 5.740-02 & 1.601-13 & 4.470-08 \\
  72 &  97 & 1.634+02 & 7.948-03 & 4.088-14 & 1.156-08 &  74 & 120 & 1.402+02 & 1.753-03 & 5.164-15 & 1.253-09 \\
  72 &  98 & 1.630+02 & 4.752-04 & 1.892-15 & 5.339-10 &  74 & 121 & 1.401+02 & 1.805-00 & 5.313-12 & 1.288-06 \\
  72 &  99 & 1.628+02 & 1.007-02 & 2.857-14 & 8.051-09 &  74 & 122 & 1.401+02 & 1.278-00 & 4.834-12 & 1.172-06 \\
  72 & 100 & 1.628+02 & 1.192-01 & 4.735-13 & 1.334-07 &  74 & 123 & 1.400+02 & 2.369-00 & 4.974-12 & 1.205-06 \\
  72 & 101 & 1.627+02 & 1.237-03 & 6.309-15 & 1.777-09 &  74 & 133 & 1.089+02 & 5.533-02 & 7.029-14 & 1.325-08 \\
  72 & 112 & 1.609+02 & 6.227-03 & 1.726-14 & 4.806-09 &  74 & 134 & 1.088+02 & 2.873-02 & 5.099-14 & 9.604-09 \\
  72 & 120 & 1.398+02 & 5.915-00 & 1.734-11 & 4.195-06 &  74 & 135 & 1.072+02 & 3.649-00 & 4.487-12 & 8.322-07 \\
  72 & 121 & 1.397+02 & 4.020-01 & 1.177-12 & 2.847-07 &  74 & 147 & 6.012+01 & 3.935-02 & 1.523-14 & 1.585-09 \\
  72 & 122 & 1.397+02 & 9.109-01 & 3.427-12 & 8.289-07 &  74 & 148 & 6.010+01 & 1.149-01 & 6.222-14 & 6.473-09 \\
  72 & 123 & 1.397+02 & 1.499-00 & 3.130-12 & 7.567-07 &  74 & 149 & 5.986+01 & 6.438-01 & 2.470-13 & 2.559-08 \\
  72 & 133 & 1.087+02 & 1.208-01 & 1.528-13 & 2.874-08 &  74 & 154 & 5.892+01 & 7.891-02 & 4.107-14 & 4.189-09 \\
  72 & 134 & 1.086+02 & 2.109-02 & 3.727-14 & 7.005-09 &  74 & 155 & 5.892+01 & 1.956-02 & 1.309-14 & 1.335-09 \\
  72 & 135 & 1.069+02 & 3.608-01 & 4.418-13 & 8.178-08 &  74 & 157 & 5.892+01 & 1.043-00 & 6.979-13 & 7.117-08 \\
  72 & 147 & 6.005+01 & 1.629-03 & 6.291-16 & 6.539-11 &  75 &  78 & 1.966+02 & 1.803-03 & 6.265-15 & 1.523-09 \\
  72 & 148 & 6.004+01 & 1.305-03 & 7.051-16 & 7.327-11 &  75 &  79 & 1.951+02 & 1.934-03 & 1.103-14 & 2.660-09 \\
  72 & 149 & 5.979+01 & 5.891-02 & 2.255-14 & 2.334-09 &  75 &  80 & 1.940+02 & 4.350-02 & 3.438-13 & 8.247-08 \\
  72 & 154 & 5.886+01 & 5.961-01 & 3.096-13 & 3.154-08 &  75 &  81 & 1.934+02 & 1.893-04 & 6.370-16 & 1.523-10 \\
  72 & 155 & 5.886+01 & 5.241-00 & 3.499-12 & 3.565-07 &  75 &  82 & 1.926+02 & 4.902-03 & 2.725-14 & 6.487-09 \\
  72 & 157 & 5.885+01 & 4.259-02 & 2.843-14 & 2.896-09 &  75 &  94 & 1.642+02 & 1.163-00 & 2.821-12 & 5.728-07 \\
  73 &  74 & 1.006+05 & 2.491-03 & 2.943-09 & 6.591-01 &  75 &  95 & 1.640+02 & 2.012-01 & 8.109-13 & 1.644-07 \\
  73 &  80 & 1.936+02 & 6.329-03 & 2.767-14 & 1.192-08 &  75 &  98 & 1.635+02 & 1.898-03 & 1.065-14 & 2.154-09 \\
  73 &  96 & 1.636+02 & 9.832-02 & 4.822-13 & 1.756-07 &  75 &  99 & 1.633+02 & 2.000-04 & 7.998-16 & 1.615-10 \\
  73 &  97 & 1.636+02 & 7.147-04 & 2.868-15 & 1.044-09 &  75 & 100 & 1.633+02 & 4.533-04 & 2.538-15 & 5.123-10 \\
  73 &  98 & 1.632+02 & 4.572-03 & 1.420-14 & 5.159-09 &  75 & 110 & 1.629+02 & 7.825-04 & 1.867-15 & 3.760-10 \\
  73 & 100 & 1.630+02 & 1.002-03 & 3.106-15 & 1.127-09 &  75 & 111 & 1.619+02 & 2.352-03 & 5.547-15 & 1.111-09 \\
  73 & 101 & 1.629+02 & 1.132-01 & 4.505-13 & 1.633-07 &  75 & 112 & 1.614+02 & 1.753-04 & 6.844-16 & 1.366-10 \\
  73 & 120 & 1.400+02 & 1.235-00 & 2.822-12 & 8.792-07 &  75 & 114 & 1.478+02 & 2.693-04 & 5.289-16 & 9.664-11 \\
  73 & 121 & 1.399+02 & 1.204-00 & 2.749-12 & 8.559-07 &  75 & 120 & 1.402+02 & 8.126-01 & 3.353-12 & 5.812-07 \\
  73 & 122 & 1.399+02 & 1.060+01 & 3.110-11 & 9.683-06 &  75 & 121 & 1.401+02 & 5.325-01 & 2.194-12 & 3.802-07 \\
  73 & 134 & 1.087+02 & 1.330-01 & 1.833-13 & 4.433-08 &  75 & 123 & 1.401+02 & 4.877-01 & 1.434-12 & 2.483-07 \\
  73 & 148 & 6.007+01 & 5.838-05 & 2.456-17 & 3.283-12 &  75 & 132 & 1.090+02 & 8.941-01 & 9.554-13 & 1.287-07 \\
  73 & 154 & 5.889+01 & 2.783-03 & 1.125-15 & 1.475-10 &  75 & 133 & 1.089+02 & 2.050-01 & 3.647-13 & 4.912-08 \\
  73 & 155 & 5.889+01 & 5.253-02 & 2.731-14 & 3.579-09 &  75 & 134 & 1.088+02 & 9.298-03 & 2.311-14 & 3.109-09 \\
  73 & 156 & 5.888+01 & 5.553-00 & 3.528-12 & 4.623-07 &  75 & 135 & 1.072+02 & 2.025-01 & 3.486-13 & 4.619-08 \\
  73 & 157 & 5.888+01 & 9.184-01 & 4.774-13 & 6.255-08 &  75 & 140 & 6.478+01 & 2.906-05 & 1.097-17 & 8.788-13 \\
  74 &  75 & 1.022+06 & 1.393-05 & 1.557-09 & 2.753-00 &  75 & 146 & 6.013+01 & 2.376-02 & 7.727-15 & 5.745-10 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  75 & 147 & 6.013+01 & 7.003-04 & 3.796-16 & 2.822-11 &  77 & 131 & 2.990+02 & 5.370-00 & 7.195-11 & 1.596-05 \\
  75 & 148 & 6.011+01 & 1.973-02 & 1.496-14 & 1.112-09 &  77 & 136 & 1.929+02 & 1.635-05 & 1.521-16 & 2.176-11 \\
  75 & 149 & 5.986+01 & 3.097-04 & 1.664-16 & 1.231-11 &  77 & 142 & 8.804+01 & 1.823+01 & 7.063-12 & 4.613-07 \\
  75 & 154 & 5.892+01 & 1.025-00 & 7.467-13 & 5.440-08 &  77 & 143 & 8.800+01 & 6.755-01 & 7.842-13 & 5.119-08 \\
  76 &  77 & 3.765+04 & 1.492-01 & 1.902-08 & 8.853-01 &  77 & 144 & 8.771+01 & 6.378-01 & 1.226-12 & 7.976-08 \\
  76 &  85 & 9.673+02 & 1.591+04 & 1.339-06 & 1.602-00 &  77 & 145 & 8.752+01 & 8.239-01 & 9.461-13 & 6.142-08 \\
  76 &  87 & 8.464+02 & 1.091+02 & 7.033-09 & 7.360-03 &  77 & 150 & 8.112+01 & 2.186-05 & 3.596-17 & 2.164-12 \\
  76 &  89 & 8.270+02 & 8.428-02 & 8.641-12 & 8.835-06 &  78 &  79 & 2.566+04 & 7.936-02 & 1.305-08 & 2.485-01 \\
  76 &  90 & 8.251+02 & 9.705-03 & 1.387-12 & 1.415-06 &  78 &  81 & 1.212+04 & 3.370-01 & 7.423-09 & 6.674-02 \\
  76 &  91 & 8.091+02 & 1.653-02 & 1.622-12 & 1.623-06 &  78 &  82 & 9.466+03 & 3.496-00 & 7.828-08 & 5.497-01 \\
  76 &  92 & 7.995+02 & 6.574-02 & 8.819-12 & 8.718-06 &  78 &  83 & 3.472+03 & 1.999+02 & 1.205-07 & 3.104-01 \\
  76 &  93 & 7.286+02 & 1.586+02 & 7.576-09 & 6.825-03 &  78 &  94 & 9.985+02 & 4.415+01 & 6.598-09 & 4.887-03 \\
  76 & 102 & 6.484+02 & 7.789-06 & 4.909-16 & 3.935-10 &  78 &  95 & 9.892+02 & 1.158-00 & 2.833-10 & 2.079-04 \\
  76 & 103 & 6.475+02 & 3.418-06 & 3.007-16 & 2.407-10 &  78 &  99 & 9.664+02 & 1.139-02 & 2.658-12 & 1.905-06 \\
  76 & 106 & 6.419+02 & 2.439-06 & 2.110-16 & 1.674-10 &  78 & 110 & 9.508+02 & 2.702+03 & 3.662-07 & 2.583-01 \\
  76 & 115 & 4.486+02 & 6.070-02 & 1.831-12 & 1.015-06 &  78 & 111 & 9.196+02 & 1.882+03 & 2.386-07 & 1.628-01 \\
  76 & 116 & 4.468+02 & 7.067-01 & 2.115-11 & 1.168-05 &  78 & 112 & 9.024+02 & 2.933+02 & 5.966-08 & 3.994-02 \\
  76 & 117 & 4.441+02 & 1.433-01 & 5.933-12 & 3.257-06 &  78 & 113 & 8.279+02 & 1.526+04 & 5.227-07 & 3.210-01 \\
  76 & 118 & 4.290+02 & 5.959-00 & 9.864-11 & 5.232-05 &  78 & 114 & 5.954+02 & 1.301+02 & 6.917-09 & 3.055-03 \\
  76 & 124 & 3.879+02 & 6.210-08 & 1.962-18 & 9.409-13 &  78 & 119 & 5.414+02 & 1.596+02 & 2.338-09 & 9.389-04 \\
  76 & 129 & 3.080+02 & 5.136+01 & 4.382-10 & 1.669-04 &  78 & 123 & 4.871+02 & 3.039-02 & 1.802-12 & 6.512-07 \\
  76 & 130 & 3.010+02 & 5.561-03 & 7.554-14 & 2.811-08 &  78 & 132 & 2.447+02 & 1.801-00 & 1.616-11 & 2.933-06 \\
  76 & 131 & 2.966+02 & 3.246+01 & 2.569-10 & 9.419-05 &  78 & 133 & 2.444+02 & 2.074-01 & 3.095-12 & 5.610-07 \\
  76 & 136 & 1.919+02 & 6.344-04 & 3.504-15 & 8.316-10 &  78 & 135 & 2.356+02 & 1.516-01 & 2.103-12 & 3.676-07 \\
  76 & 137 & 1.919+02 & 3.609-04 & 2.789-15 & 6.616-10 &  78 & 140 & 9.664+01 & 3.815-00 & 5.341-12 & 3.828-07 \\
  76 & 139 & 1.913+02 & 1.140-07 & 8.756-19 & 2.071-13 &  78 & 141 & 9.582+01 & 1.250-01 & 5.734-14 & 4.076-09 \\
  76 & 143 & 8.779+01 & 1.332+01 & 9.233-12 & 1.002-06 &  78 & 146 & 8.664+01 & 4.272-01 & 4.808-13 & 3.090-08 \\
  76 & 144 & 8.750+01 & 1.207-02 & 1.385-14 & 1.499-09 &  78 & 147 & 8.662+01 & 5.249-02 & 9.842-14 & 6.324-09 \\
  76 & 145 & 8.731+01 & 6.895-00 & 4.729-12 & 5.104-07 &  78 & 149 & 8.607+01 & 7.783-02 & 1.441-13 & 9.200-09 \\
  76 & 150 & 8.095+01 & 1.981-03 & 1.946-15 & 1.948-10 &  79 &  80 & 3.718+04 & 1.805-01 & 5.237-08 & 2.408-00 \\
  76 & 151 & 8.095+01 & 8.553-05 & 1.176-16 & 1.177-11 &  79 &  81 & 2.297+04 & 5.244-01 & 2.489-08 & 7.069-01 \\
  76 & 153 & 8.088+01 & 7.006-05 & 9.619-17 & 9.618-12 &  79 &  82 & 1.500+04 & 1.173-00 & 3.956-08 & 7.336-01 \\
  77 &  84 & 1.005+03 & 1.847+04 & 9.320-07 & 6.947-01 &  79 &  94 & 1.039+03 & 4.325+02 & 4.199-08 & 5.393-02 \\
  77 &  85 & 9.928+02 & 3.100+03 & 4.581-07 & 3.373-01 &  79 &  95 & 1.029+03 & 1.063-02 & 1.686-12 & 2.145-06 \\
  77 &  86 & 8.798+02 & 1.916+02 & 7.414-09 & 4.839-03 &  79 &  98 & 1.011+03 & 9.210-04 & 1.977-13 & 2.471-07 \\
  77 &  87 & 8.659+02 & 3.014+01 & 3.388-09 & 2.176-03 &  79 &  99 & 1.004+03 & 4.546-03 & 6.874-13 & 8.535-07 \\
  77 &  89 & 8.456+02 & 1.689-01 & 3.018-11 & 1.893-05 &  79 & 100 & 1.003+03 & 8.286-03 & 1.751-12 & 2.172-06 \\
  77 &  91 & 8.268+02 & 5.290-01 & 9.037-11 & 5.543-05 &  79 & 110 & 9.873+02 & 1.503+04 & 1.318-06 & 1.609-00 \\
  77 &  93 & 7.430+02 & 2.337+01 & 1.934-09 & 1.066-03 &  79 & 111 & 9.538+02 & 2.760+02 & 2.259-08 & 2.664-02 \\
  77 & 102 & 6.597+02 & 1.748-05 & 1.902-15 & 9.306-10 &  79 & 112 & 9.352+02 & 8.407-00 & 1.102-09 & 1.275-03 \\
  77 & 115 & 4.540+02 & 3.408-01 & 1.755-11 & 5.909-06 &  79 & 114 & 6.096+02 & 4.794+01 & 1.602-09 & 1.208-03 \\
  77 & 116 & 4.522+02 & 6.266-00 & 3.201-10 & 1.074-04 &  79 & 120 & 4.986+02 & 4.429-02 & 2.311-12 & 1.425-06 \\
  77 & 118 & 4.340+02 & 9.247-00 & 2.610-10 & 8.403-05 &  79 & 121 & 4.976+02 & 2.710-01 & 1.408-11 & 8.665-06 \\
  77 & 128 & 3.117+02 & 1.193+02 & 5.795-10 & 1.340-04 &  79 & 123 & 4.966+02 & 2.809-01 & 1.038-11 & 6.375-06 \\
  77 & 129 & 3.105+02 & 7.468-00 & 1.080-10 & 2.487-05 &  79 & 132 & 2.470+02 & 2.541+01 & 1.394-10 & 4.259-05 \\
  77 & 130 & 3.034+02 & 3.393-01 & 7.805-12 & 1.757-06 &  79 & 133 & 2.467+02 & 1.361-05 & 1.242-16 & 3.787-11 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  79 & 134 & 2.461+02 & 1.098-01 & 1.396-12 & 4.249-07 &  81 & 146 & 8.727+01 & 1.368-00 & 1.562-12 & 1.011-07 \\
  79 & 135 & 2.378+02 & 2.066-02 & 1.752-13 & 5.151-08 &  81 & 147 & 8.725+01 & 1.275-01 & 2.426-13 & 1.570-08 \\
  79 & 140 & 9.700+01 & 1.862-00 & 1.576-12 & 1.890-07 &  81 & 149 & 8.669+01 & 1.236-01 & 2.321-13 & 1.492-08 \\
  79 & 146 & 8.694+01 & 6.140-00 & 4.175-12 & 4.487-07 &  82 &  94 & 1.116+03 & 2.379-00 & 2.666-10 & 3.679-04 \\
  79 & 147 & 8.692+01 & 7.058-03 & 7.994-15 & 8.590-10 &  82 &  95 & 1.105+03 & 1.721+01 & 3.148-09 & 4.300-03 \\
  79 & 148 & 8.688+01 & 5.344-01 & 8.466-13 & 9.094-08 &  82 &  98 & 1.084+03 & 1.062-05 & 2.621-15 & 3.514-09 \\
  79 & 149 & 8.636+01 & 3.752-06 & 4.195-18 & 4.479-13 &  82 &  99 & 1.076+03 & 1.842-01 & 3.200-11 & 4.258-05 \\
  79 & 154 & 8.443+01 & 7.693-07 & 1.151-18 & 1.201-13 &  82 & 100 & 1.075+03 & 1.337-05 & 3.244-15 & 4.314-09 \\
  80 &  82 & 2.514+04 & 1.248-03 & 8.449-11 & 3.677-03 &  82 & 110 & 1.057+03 & 1.759+02 & 1.767-08 & 2.309-02 \\
  80 &  95 & 1.058+03 & 4.712+01 & 5.650-09 & 1.035-02 &  82 & 111 & 1.019+03 & 7.278+03 & 6.793-07 & 8.554-01 \\
  80 &  97 & 1.055+03 & 8.441-05 & 1.810-14 & 3.305-08 &  82 & 112 & 9.974+02 & 4.664+03 & 6.956-07 & 8.578-01 \\
  80 &  98 & 1.040+03 & 7.089-02 & 1.148-11 & 2.066-05 &  82 & 114 & 6.354+02 & 2.800+02 & 1.017-08 & 7.989-03 \\
  80 &  99 & 1.032+03 & 9.467-01 & 1.080-10 & 1.929-04 &  82 & 120 & 5.158+02 & 3.301-05 & 1.843-15 & 1.175-09 \\
  80 & 100 & 1.031+03 & 6.226-03 & 9.927-13 & 1.772-06 &  82 & 121 & 5.147+02 & 4.549-04 & 2.529-14 & 1.610-08 \\
  80 & 101 & 1.028+03 & 4.519-02 & 9.198-12 & 1.636-05 &  82 & 123 & 5.136+02 & 1.167-01 & 4.616-12 & 2.931-06 \\
  80 & 112 & 9.594+02 & 1.365+04 & 1.346-06 & 2.235-00 &  82 & 132 & 2.512+02 & 8.112-01 & 4.602-12 & 1.429-06 \\
  80 & 120 & 5.054+02 & 2.238-02 & 8.571-13 & 7.498-07 &  82 & 133 & 2.508+02 & 4.187-00 & 3.949-11 & 1.225-05 \\
  80 & 121 & 5.044+02 & 5.877-01 & 2.241-11 & 1.957-05 &  82 & 134 & 2.502+02 & 5.166-04 & 6.788-15 & 2.100-09 \\
  80 & 122 & 5.041+02 & 1.438-01 & 7.045-12 & 6.147-06 &  82 & 135 & 2.417+02 & 3.456-00 & 3.026-11 & 9.041-06 \\
  80 & 123 & 5.033+02 & 4.612-01 & 1.251-11 & 1.090-05 &  82 & 140 & 9.763+01 & 1.004+01 & 8.605-12 & 1.039-06 \\
  80 & 133 & 2.484+02 & 1.470+01 & 9.710-11 & 4.174-05 &  82 & 146 & 8.744+01 & 5.678-02 & 3.905-14 & 4.222-09 \\
  80 & 134 & 2.478+02 & 3.676-03 & 3.383-14 & 1.451-08 &  82 & 147 & 8.743+01 & 6.252-01 & 7.164-13 & 7.743-08 \\
  80 & 135 & 2.394+02 & 1.010+01 & 6.195-11 & 2.567-05 &  82 & 148 & 8.739+01 & 3.036-04 & 4.865-16 & 5.256-11 \\
  80 & 147 & 8.712+01 & 5.756-00 & 4.679-12 & 7.056-07 &  82 & 149 & 8.686+01 & 1.298-00 & 1.468-12 & 1.577-07 \\
  80 & 148 & 8.708+01 & 9.628-03 & 1.095-14 & 1.650-09 &  82 & 154 & 8.491+01 & 5.630-05 & 8.519-17 & 8.943-12 \\
  80 & 149 & 8.656+01 & 2.451-00 & 1.967-12 & 2.947-07 &  83 &  94 & 1.401+03 & 1.638-00 & 1.447-09 & 5.016-04 \\
  80 & 154 & 8.462+01 & 9.592-06 & 1.030-17 & 1.508-12 &  83 & 110 & 1.309+03 & 2.178+01 & 1.679-08 & 5.435-03 \\
  80 & 155 & 8.462+01 & 3.877-04 & 5.351-16 & 7.838-11 &  83 & 111 & 1.251+03 & 2.344+03 & 1.650-06 & 5.104-01 \\
  80 & 157 & 8.461+01 & 5.151-07 & 7.108-19 & 1.041-13 &  83 & 114 & 7.187+02 & 1.071+02 & 2.487-08 & 4.420-03 \\
  81 &  82 & 4.323+04 & 1.944-02 & 9.075-09 & 2.910-01 &  83 & 132 & 2.632+02 & 8.167-01 & 2.545-11 & 1.656-06 \\
  81 &  83 & 4.867+03 & 3.288+01 & 3.892-08 & 1.405-01 &  83 & 140 & 9.940+01 & 4.232-00 & 1.880-11 & 4.622-07 \\
  81 &  94 & 1.088+03 & 4.758+01 & 8.445-09 & 6.816-03 &  83 & 146 & 8.886+01 & 1.893-01 & 6.723-13 & 1.477-08 \\
  81 &  95 & 1.077+03 & 2.635-00 & 7.639-10 & 6.104-04 &  84 &  85 & 8.233+04 & 2.104-02 & 6.412-08 & 1.305-00 \\
  81 &  99 & 1.050+03 & 3.564-02 & 9.821-12 & 7.651-06 &  84 &  87 & 6.261+03 & 1.766-02 & 3.114-10 & 4.820-04 \\
  81 & 110 & 1.032+03 & 4.601+02 & 7.342-08 & 5.619-02 &  84 &  93 & 2.851+03 & 8.233-01 & 3.010-09 & 2.122-03 \\
  81 & 111 & 9.951+02 & 5.911+03 & 8.776-07 & 6.479-01 &  84 & 118 & 7.638+02 & 4.731+01 & 1.241-08 & 2.344-03 \\
  81 & 112 & 9.749+02 & 6.872+02 & 1.632-07 & 1.180-01 &  84 & 129 & 4.494+02 & 5.477-00 & 4.975-10 & 5.528-05 \\
  81 & 113 & 8.885+02 & 5.834+03 & 2.302-07 & 1.517-01 &  84 & 131 & 4.255+02 & 4.634-03 & 3.774-13 & 3.972-08 \\
  81 & 114 & 6.262+02 & 1.271+02 & 7.470-09 & 3.470-03 &  84 & 143 & 9.644+01 & 3.131-00 & 1.310-11 & 3.123-07 \\
  81 & 119 & 5.667+02 & 6.917+01 & 1.110-09 & 4.666-04 &  84 & 145 & 9.587+01 & 3.946-02 & 1.631-13 & 3.867-09 \\
  81 & 123 & 5.075+02 & 1.207-01 & 7.767-12 & 2.924-06 &  85 &  86 & 7.735+03 & 1.781-02 & 5.327-11 & 3.057-04 \\
  81 & 132 & 2.497+02 & 5.097-00 & 4.765-11 & 8.826-06 &  85 &  87 & 6.776+03 & 3.706-02 & 2.551-10 & 1.282-03 \\
  81 & 133 & 2.494+02 & 5.409-01 & 8.405-12 & 1.555-06 &  85 &  89 & 5.703+03 & 1.519-01 & 1.234-09 & 5.221-03 \\
  81 & 135 & 2.403+02 & 5.759-01 & 8.311-12 & 1.482-06 &  85 &  91 & 4.948+03 & 1.854-02 & 1.134-10 & 4.161-04 \\
  81 & 140 & 9.741+01 & 4.522-00 & 6.432-12 & 4.648-07 &  85 &  93 & 2.954+03 & 4.356-01 & 5.697-10 & 1.248-03 \\
  81 & 141 & 9.658+01 & 1.072-02 & 4.999-15 & 3.581-10 &  85 & 102 & 1.967+03 & 1.043-06 & 1.008-15 & 1.471-09 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  85 & 115 & 8.365+02 & 1.419-00 & 2.480-10 & 1.539-04 &  88 & 124 & 7.262+02 & 1.874-01 & 1.152-11 & 1.862-05 \\
  85 & 116 & 8.305+02 & 8.643+01 & 1.489-08 & 9.176-03 &  88 & 125 & 7.254+02 & 8.022-02 & 6.328-12 & 1.021-05 \\
  85 & 118 & 7.709+02 & 1.820+01 & 1.622-09 & 9.276-04 &  88 & 126 & 7.240+02 & 8.471-06 & 6.658-16 & 1.073-09 \\
  85 & 128 & 4.544+02 & 5.054-01 & 5.214-12 & 1.757-06 &  88 & 127 & 7.230+02 & 2.285-02 & 2.189-12 & 3.522-06 \\
  85 & 129 & 4.519+02 & 2.023-00 & 6.191-11 & 2.075-05 &  88 & 137 & 2.493+02 & 6.773-05 & 4.909-16 & 2.723-10 \\
  85 & 130 & 4.370+02 & 1.760+01 & 8.397-10 & 2.722-04 &  88 & 138 & 2.490+02 & 6.536-04 & 6.076-15 & 3.368-09 \\
  85 & 131 & 4.278+02 & 6.656-03 & 1.826-13 & 5.794-08 &  88 & 139 & 2.484+02 & 7.674-01 & 5.519-12 & 3.051-06 \\
  85 & 136 & 2.395+02 & 5.820-06 & 8.339-17 & 1.481-11 &  88 & 151 & 8.966+01 & 8.484-02 & 7.952-14 & 1.587-08 \\
  85 & 142 & 9.661+01 & 2.405-00 & 1.122-12 & 8.040-08 &  88 & 152 & 8.964+01 & 5.421-04 & 6.532-16 & 1.303-10 \\
  85 & 143 & 9.655+01 & 4.843-01 & 6.769-13 & 4.848-08 &  88 & 153 & 8.958+01 & 4.390-01 & 4.107-13 & 8.187-08 \\
  85 & 144 & 9.620+01 & 9.395-00 & 2.173-11 & 1.550-06 &  89 &  90 & 3.557+05 & 1.959-05 & 5.202-10 & 2.288-01 \\
  85 & 145 & 9.598+01 & 1.561-03 & 2.156-15 & 1.535-10 &  89 &  91 & 3.735+04 & 1.730-04 & 3.618-11 & 1.671-03 \\
  85 & 150 & 8.834+01 & 7.219-04 & 1.408-15 & 9.226-11 &  89 &  92 & 2.406+04 & 3.021-01 & 3.669-08 & 1.091-00 \\
  86 &  87 & 5.463+04 & 8.941-02 & 1.200-07 & 1.621-00 &  89 &  93 & 6.126+03 & 9.903-00 & 3.343-08 & 2.532-01 \\
  86 &  93 & 4.778+03 & 9.311-00 & 9.560-08 & 1.129-01 &  89 & 102 & 3.002+03 & 4.730-04 & 6.391-13 & 2.372-06 \\
  86 & 118 & 8.563+02 & 3.532+03 & 1.165-06 & 2.466-01 &  89 & 103 & 2.983+03 & 6.928-03 & 1.294-11 & 4.771-05 \\
  86 & 129 & 4.799+02 & 8.521-00 & 8.826-10 & 1.047-04 &  89 & 106 & 2.869+03 & 1.583-03 & 2.734-12 & 9.696-06 \\
  86 & 131 & 4.528+02 & 6.641-00 & 6.124-10 & 6.856-05 &  89 & 115 & 9.802+02 & 1.204+03 & 1.735-07 & 2.103-01 \\
  86 & 143 & 9.778+01 & 1.019-00 & 4.380-12 & 1.059-07 &  89 & 116 & 9.720+02 & 5.624+03 & 7.967-07 & 9.574-01 \\
  86 & 145 & 9.718+01 & 4.135-00 & 1.756-11 & 4.221-07 &  89 & 117 & 9.590+02 & 1.160+03 & 2.240-07 & 2.656-01 \\
  87 &  89 & 3.601+04 & 2.800-01 & 9.074-08 & 2.424-00 &  89 & 118 & 8.914+02 & 2.132+03 & 1.524-07 & 1.679-01 \\
  87 &  91 & 1.834+04 & 8.541-02 & 7.174-09 & 9.758-02 &  89 & 124 & 7.307+02 & 1.480-02 & 1.659-12 & 1.499-06 \\
  87 &  93 & 5.236+03 & 2.130+01 & 8.754-08 & 3.400-01 &  89 & 129 & 4.907+02 & 2.561-00 & 5.548-11 & 3.366-05 \\
  87 & 102 & 2.771+03 & 8.012-04 & 1.537-12 & 3.160-06 &  89 & 130 & 4.733+02 & 1.617+01 & 5.429-10 & 3.176-04 \\
  87 & 115 & 9.543+02 & 8.143+02 & 1.853-07 & 1.312-01 &  89 & 131 & 4.625+02 & 1.023-00 & 1.968-11 & 1.125-05 \\
  87 & 116 & 9.465+02 & 9.839+02 & 2.202-07 & 1.546-01 &  89 & 136 & 2.500+02 & 1.945-03 & 1.822-14 & 5.632-09 \\
  87 & 118 & 8.699+02 & 7.273+03 & 8.251-07 & 5.325-01 &  89 & 137 & 2.498+02 & 1.069-05 & 1.400-16 & 4.325-11 \\
  87 & 128 & 4.870+02 & 1.117-01 & 1.324-12 & 4.783-07 &  89 & 139 & 2.489+02 & 6.541-02 & 8.504-13 & 2.617-07 \\
  87 & 129 & 4.841+02 & 1.839+01 & 6.461-10 & 2.320-04 &  89 & 143 & 9.822+01 & 1.383-01 & 1.200-13 & 1.457-08 \\
  87 & 130 & 4.671+02 & 2.489-00 & 1.357-10 & 4.702-05 &  89 & 144 & 9.785+01 & 3.825-00 & 5.491-12 & 6.643-07 \\
  87 & 131 & 4.566+02 & 9.566-00 & 2.990-10 & 1.013-04 &  89 & 145 & 9.762+01 & 6.789-03 & 5.820-15 & 7.025-10 \\
  87 & 136 & 2.482+02 & 1.665-03 & 2.563-14 & 4.720-09 &  89 & 150 & 8.973+01 & 7.331-03 & 8.849-15 & 9.818-10 \\
  87 & 142 & 9.801+01 & 4.857-01 & 2.332-13 & 1.695-08 &  89 & 151 & 8.973+01 & 4.854-03 & 8.203-15 & 9.100-10 \\
  87 & 143 & 9.795+01 & 3.990-00 & 5.740-12 & 4.170-07 &  89 & 153 & 8.964+01 & 4.058-02 & 6.844-14 & 7.585-09 \\
  87 & 144 & 9.759+01 & 7.401-04 & 1.761-15 & 1.275-10 &  90 &  91 & 4.174+04 & 1.168-01 & 2.178-08 & 1.573-00 \\
  87 & 145 & 9.736+01 & 3.361-00 & 4.775-12 & 3.449-07 &  90 &  92 & 2.580+04 & 1.477-01 & 1.473-08 & 6.580-01 \\
  87 & 150 & 8.951+01 & 6.915-03 & 1.385-14 & 9.193-10 &  90 & 102 & 3.027+03 & 8.020-04 & 7.871-13 & 4.124-06 \\
  88 &  90 & 8.844+04 & 2.124-02 & 1.937-08 & 3.813-00 &  90 & 103 & 3.008+03 & 1.609-03 & 2.182-12 & 1.136-05 \\
  88 &  92 & 1.997+04 & 3.735-02 & 1.737-09 & 7.722-02 &  90 & 106 & 2.892+03 & 4.756-03 & 5.963-12 & 2.985-05 \\
  88 & 103 & 2.909+03 & 3.686-02 & 3.638-11 & 2.355-04 &  90 & 107 & 2.880+03 & 4.105-04 & 6.563-13 & 3.272-06 \\
  88 & 104 & 2.847+03 & 4.762-09 & 7.072-18 & 4.481-11 &  90 & 108 & 2.840+03 & 3.578-03 & 5.561-12 & 2.733-05 \\
  88 & 106 & 2.800+03 & 1.063-02 & 9.717-12 & 6.056-05 &  90 & 115 & 9.830+02 & 1.334+04 & 1.380-06 & 2.349-00 \\
  88 & 107 & 2.789+03 & 1.755-03 & 2.047-12 & 1.270-05 &  90 & 116 & 9.747+02 & 2.008+01 & 2.043-09 & 3.447-03 \\
  88 & 108 & 2.751+03 & 8.425-05 & 9.560-14 & 5.853-07 &  90 & 117 & 9.617+02 & 1.879+01 & 2.605-09 & 4.336-03 \\
  88 & 109 & 2.738+03 & 1.082-03 & 1.487-12 & 9.057-06 &  90 & 124 & 7.322+02 & 2.201-01 & 1.769-11 & 2.242-05 \\
  88 & 117 & 9.513+02 & 1.271+04 & 1.342-06 & 2.840-00 &  90 & 125 & 7.314+02 & 1.348-01 & 1.390-11 & 1.759-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  90 & 126 & 7.300+02 & 1.046-01 & 1.075-11 & 1.358-05 &  92 & 137 & 2.525+02 & 6.173-05 & 5.899-16 & 2.578-10 \\
  90 & 130 & 4.739+02 & 2.002-00 & 4.815-11 & 3.950-05 &  92 & 138 & 2.522+02 & 2.071-03 & 2.539-14 & 1.108-08 \\
  90 & 136 & 2.501+02 & 5.290-02 & 3.545-13 & 1.535-07 &  92 & 139 & 2.515+02 & 3.069-01 & 2.910-12 & 1.267-06 \\
  90 & 137 & 2.500+02 & 5.064-04 & 4.745-15 & 2.054-09 &  92 & 144 & 9.825+01 & 3.641-00 & 3.763-12 & 6.401-07 \\
  90 & 138 & 2.497+02 & 2.516-03 & 3.025-14 & 1.307-08 &  92 & 150 & 9.007+01 & 4.662-03 & 4.050-15 & 6.314-10 \\
  90 & 139 & 2.491+02 & 3.694-04 & 3.435-15 & 1.481-09 &  92 & 151 & 9.006+01 & 2.766-02 & 3.364-14 & 5.244-09 \\
  90 & 144 & 9.788+01 & 5.347-01 & 5.486-13 & 9.295-08 &  92 & 152 & 9.005+01 & 1.207-03 & 1.886-15 & 2.940-10 \\
  90 & 150 & 8.976+01 & 2.808-01 & 2.423-13 & 3.764-08 &  92 & 153 & 8.998+01 & 1.695-01 & 2.057-13 & 3.204-08 \\
  90 & 151 & 8.975+01 & 2.522-05 & 3.045-17 & 4.730-12 &  93 & 102 & 5.886+03 & 1.831-04 & 1.585-12 & 6.920-06 \\
  90 & 152 & 8.974+01 & 1.103-03 & 1.711-15 & 2.658-10 &  93 & 115 & 1.167+03 & 1.356+02 & 4.614-08 & 3.994-02 \\
  90 & 153 & 8.967+01 & 8.108-05 & 9.774-17 & 1.517-11 &  93 & 116 & 1.155+03 & 3.918+03 & 1.307-06 & 1.120-00 \\
  91 &  92 & 6.757+04 & 1.281-02 & 1.228-08 & 1.026-00 &  93 & 118 & 1.043+03 & 1.280+03 & 2.089-07 & 1.617-01 \\
  91 &  93 & 7.328+03 & 1.013+01 & 4.893-08 & 4.433-01 &  93 & 128 & 5.370+02 & 9.328-03 & 1.344-13 & 5.355-08 \\
  91 & 102 & 3.264+03 & 5.616-03 & 8.971-12 & 3.620-05 &  93 & 129 & 5.335+02 & 3.096-00 & 1.321-10 & 5.227-05 \\
  91 & 103 & 3.242+03 & 1.237-03 & 2.728-12 & 1.093-05 &  93 & 130 & 5.129+02 & 1.237+01 & 8.128-10 & 3.092-04 \\
  91 & 106 & 3.107+03 & 4.860-05 & 9.849-14 & 3.784-07 &  93 & 131 & 5.002+02 & 1.242-00 & 4.659-11 & 1.729-05 \\
  91 & 115 & 1.007+03 & 3.489+03 & 5.301-07 & 6.597-01 &  93 & 136 & 2.606+02 & 2.025-03 & 3.436-14 & 6.642-09 \\
  91 & 116 & 9.980+02 & 1.840+03 & 2.747-07 & 3.390-01 &  93 & 142 & 9.988+01 & 2.403-01 & 1.198-13 & 8.874-09 \\
  91 & 117 & 9.843+02 & 3.818+02 & 7.765-08 & 9.450-02 &  93 & 143 & 9.982+01 & 2.900-01 & 4.333-13 & 3.208-08 \\
  91 & 118 & 9.132+02 & 6.321+03 & 4.741-07 & 5.354-01 &  93 & 144 & 9.944+01 & 3.111-00 & 7.687-12 & 5.671-07 \\
  91 & 124 & 7.453+02 & 1.149-01 & 1.340-11 & 1.234-05 &  93 & 145 & 9.920+01 & 2.066-01 & 3.048-13 & 2.243-08 \\
  91 & 129 & 4.973+02 & 1.526+01 & 3.394-10 & 2.087-04 &  93 & 150 & 9.107+01 & 1.977-02 & 4.097-14 & 2.768-09 \\
  91 & 130 & 4.793+02 & 2.232-00 & 7.690-11 & 4.557-05 &  94 &  95 & 1.070+05 & 1.503-02 & 4.300-08 & 3.413-00 \\
  91 & 131 & 4.682+02 & 6.420-00 & 1.266-10 & 7.330-05 &  94 &  99 & 3.012+04 & 8.742-03 & 1.982-09 & 4.429-02 \\
  91 & 136 & 2.516+02 & 1.071-02 & 1.017-13 & 3.163-08 &  94 & 110 & 1.989+04 & 3.561-03 & 2.112-10 & 3.117-03 \\
  91 & 137 & 2.515+02 & 1.063-03 & 1.412-14 & 4.389-09 &  94 & 111 & 1.165+04 & 1.557-03 & 3.167-11 & 2.736-04 \\
  91 & 139 & 2.506+02 & 3.135-02 & 4.131-13 & 1.280-07 &  94 & 112 & 9.374+03 & 9.911-02 & 2.176-09 & 1.513-02 \\
  91 & 143 & 9.848+01 & 3.101-00 & 2.705-12 & 3.294-07 &  94 & 113 & 4.845+03 & 1.316-01 & 1.543-10 & 5.546-04 \\
  91 & 144 & 9.811+01 & 5.388-01 & 7.776-13 & 9.432-08 &  94 & 114 & 1.475+03 & 7.562-02 & 2.467-11 & 2.700-05 \\
  91 & 145 & 9.788+01 & 1.207-00 & 1.040-12 & 1.259-07 &  94 & 119 & 1.182+03 & 2.739-02 & 1.914-12 & 1.679-06 \\
  91 & 150 & 8.995+01 & 6.457-02 & 7.833-14 & 8.711-09 &  94 & 123 & 9.512+02 & 5.747+03 & 1.299-06 & 9.168-01 \\
  91 & 151 & 8.994+01 & 1.658-03 & 2.815-15 & 3.131-10 &  94 & 132 & 3.241+02 & 2.596-02 & 4.087-13 & 9.826-08 \\
  91 & 153 & 8.986+01 & 2.912-02 & 4.936-14 & 5.484-09 &  94 & 133 & 3.235+02 & 5.363-00 & 1.403-10 & 3.366-05 \\
  92 & 102 & 3.430+03 & 1.589-03 & 2.002-12 & 1.188-05 &  94 & 135 & 3.085+02 & 1.366-00 & 3.246-11 & 7.428-06 \\
  92 & 103 & 3.405+03 & 1.827-02 & 3.175-11 & 1.871-04 &  94 & 140 & 1.070+02 & 5.651-02 & 9.698-14 & 7.697-09 \\
  92 & 106 & 3.257+03 & 1.568-02 & 2.495-11 & 1.406-04 &  94 & 141 & 1.060+02 & 1.749-05 & 9.818-18 & 7.719-13 \\
  92 & 107 & 3.242+03 & 6.547-05 & 1.326-13 & 7.443-07 &  94 & 146 & 9.488+01 & 5.669-03 & 7.651-15 & 5.385-10 \\
  92 & 108 & 3.191+03 & 1.576-03 & 3.092-12 & 1.708-05 &  94 & 147 & 9.485+01 & 3.228-01 & 7.258-13 & 5.107-08 \\
  92 & 115 & 1.022+03 & 4.486+01 & 5.016-09 & 8.873-03 &  94 & 149 & 9.419+01 & 5.387-01 & 1.194-12 & 8.344-08 \\
  92 & 116 & 1.013+03 & 5.735+03 & 6.301-07 & 1.105-00 &  95 &  98 & 5.886+04 & 5.504-02 & 4.003-08 & 2.913-00 \\
  92 & 117 & 9.989+02 & 5.200+03 & 7.779-07 & 1.345-00 &  95 &  99 & 4.192+04 & 4.980-03 & 1.312-09 & 6.802-02 \\
  92 & 124 & 7.536+02 & 3.314-01 & 2.821-11 & 3.680-05 &  95 & 100 & 4.054+04 & 2.271-03 & 7.832-10 & 3.925-02 \\
  92 & 125 & 7.527+02 & 4.864-01 & 5.312-11 & 6.921-05 &  95 & 110 & 2.444+04 & 3.724-02 & 2.000-09 & 6.042-02 \\
  92 & 126 & 7.513+02 & 7.709-02 & 8.387-12 & 1.091-05 &  95 & 111 & 1.307+04 & 1.200-03 & 1.844-11 & 2.979-04 \\
  92 & 130 & 4.828+02 & 1.442+01 & 3.598-10 & 3.006-04 &  95 & 112 & 1.027+04 & 3.203-03 & 5.069-11 & 6.439-04 \\
  92 & 136 & 2.526+02 & 3.689-04 & 2.520-15 & 1.102-09 &  95 & 114 & 1.496+03 & 2.817-02 & 5.668-12 & 1.048-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  95 & 120 & 9.676+02 & 5.007+02 & 9.839-08 & 1.177-01 &  98 & 155 & 9.212+01 & 4.313-04 & 7.055-16 & 1.125-10 \\
  95 & 121 & 9.636+02 & 4.283+03 & 8.347-07 & 9.945-01 &  98 & 157 & 9.211+01 & 7.944-05 & 1.299-16 & 2.071-11 \\
  95 & 123 & 9.598+02 & 3.020+03 & 4.171-07 & 4.949-01 &  99 & 100 & 1.223+06 & 1.516-06 & 4.760-10 & 7.199-01 \\
  95 & 132 & 3.251+02 & 2.288-02 & 2.175-13 & 8.739-08 &  99 & 110 & 5.857+04 & 3.692-05 & 1.139-11 & 8.251-04 \\
  95 & 133 & 3.245+02 & 3.869-00 & 6.109-11 & 2.451-05 &  99 & 111 & 1.899+04 & 1.071-05 & 3.475-13 & 8.160-06 \\
  95 & 134 & 3.235+02 & 1.218+01 & 2.676-10 & 1.070-04 &  99 & 112 & 1.361+04 & 2.068-03 & 5.743-11 & 9.663-04 \\
  95 & 135 & 3.093+02 & 9.147-01 & 1.312-11 & 5.019-06 &  99 & 114 & 1.551+03 & 2.403-04 & 5.201-14 & 9.973-08 \\
  95 & 140 & 1.071+02 & 7.745-03 & 7.991-15 & 1.058-09 &  99 & 120 & 9.904+02 & 1.021+03 & 2.102-07 & 2.574-01 \\
  95 & 146 & 9.496+01 & 4.208-04 & 3.413-16 & 4.008-11 &  99 & 121 & 9.863+02 & 2.596+03 & 5.300-07 & 6.463-01 \\
  95 & 147 & 9.494+01 & 3.928-02 & 5.307-14 & 6.229-09 &  99 & 123 & 9.823+02 & 4.476+03 & 6.474-07 & 7.862-01 \\
  95 & 148 & 9.489+01 & 2.184-01 & 4.127-13 & 4.842-08 &  99 & 132 & 3.276+02 & 3.148-02 & 3.039-13 & 1.231-07 \\
  95 & 149 & 9.428+01 & 1.926-01 & 2.566-13 & 2.991-08 &  99 & 133 & 3.270+02 & 5.419-00 & 8.689-11 & 3.513-05 \\
  95 & 154 & 9.198+01 & 4.019-04 & 7.136-16 & 8.115-11 &  99 & 134 & 3.260+02 & 6.982-00 & 1.557-10 & 6.278-05 \\
  96 &  97 & 7.057+06 & 3.686-08 & 2.252-10 & 4.323-00 &  99 & 135 & 3.116+02 & 1.465-00 & 2.133-11 & 8.220-06 \\
  96 & 101 & 3.948+04 & 4.221-02 & 8.070-09 & 8.666-01 &  99 & 140 & 1.074+02 & 1.985-04 & 2.058-16 & 2.732-11 \\
  96 & 122 & 9.654+02 & 1.193+04 & 1.364-06 & 3.581-00 &  99 & 146 & 9.518+01 & 9.624-04 & 7.842-16 & 9.228-11 \\
  96 & 155 & 9.200+01 & 4.677-04 & 4.856-16 & 1.215-10 &  99 & 147 & 9.515+01 & 6.949-02 & 9.433-14 & 1.110-08 \\
  96 & 156 & 9.199+01 & 3.024-04 & 3.836-16 & 9.598-11 &  99 & 148 & 9.511+01 & 3.658-02 & 6.945-14 & 8.167-09 \\
  96 & 157 & 9.199+01 & 1.993-03 & 2.069-15 & 5.176-10 &  99 & 149 & 9.449+01 & 4.185-01 & 5.602-13 & 6.544-08 \\
  97 &  98 & 7.143+04 & 6.224-04 & 3.702-10 & 5.885-02 &  99 & 154 & 9.218+01 & 2.252-06 & 4.016-18 & 4.577-13 \\
  97 & 100 & 4.612+04 & 5.152-02 & 1.278-08 & 1.312-00 & 100 & 101 & 2.852+05 & 3.242-04 & 5.083-09 & 2.510-00 \\
  97 & 101 & 3.970+04 & 6.634-03 & 1.568-09 & 1.385-01 & 100 & 112 & 1.376+04 & 8.424-04 & 1.709-11 & 4.070-04 \\
  97 & 120 & 9.704+02 & 1.234+04 & 1.355-06 & 2.926-00 & 100 & 120 & 9.912+02 & 4.617+03 & 6.801-07 & 1.167-00 \\
  97 & 121 & 9.664+02 & 2.682+01 & 2.921-09 & 6.283-03 & 100 & 121 & 9.871+02 & 9.452+02 & 1.381-07 & 2.359-01 \\
  97 & 122 & 9.655+02 & 9.219+01 & 1.288-08 & 2.769-02 & 100 & 122 & 9.862+02 & 2.861+02 & 5.363-08 & 9.155-02 \\
  97 & 134 & 3.238+02 & 1.245-01 & 1.522-12 & 1.097-06 & 100 & 123 & 9.830+02 & 5.034+03 & 5.210-07 & 8.865-01 \\
  97 & 148 & 9.492+01 & 3.627-03 & 3.810-15 & 8.049-10 & 100 & 133 & 3.271+02 & 6.514-00 & 7.464-11 & 4.227-05 \\
  97 & 154 & 9.200+01 & 1.306-03 & 1.289-15 & 2.640-10 & 100 & 134 & 3.261+02 & 1.661-00 & 2.647-11 & 1.494-05 \\
  97 & 155 & 9.201+01 & 1.932-04 & 2.451-16 & 5.019-11 & 100 & 135 & 3.117+02 & 1.691-00 & 1.760-11 & 9.493-06 \\
  97 & 156 & 9.199+01 & 2.015-04 & 3.124-16 & 6.396-11 & 100 & 147 & 9.516+01 & 7.849-02 & 7.611-14 & 1.254-08 \\
  97 & 157 & 9.199+01 & 7.361-05 & 9.338-17 & 1.912-11 & 100 & 148 & 9.511+01 & 1.308-02 & 1.774-14 & 2.920-09 \\
  98 &  99 & 1.457+05 & 2.669-03 & 6.067-09 & 1.530-00 & 100 & 149 & 9.450+01 & 4.568-01 & 4.368-13 & 7.145-08 \\
  98 & 100 & 1.302+05 & 3.948-09 & 1.003-14 & 2.260-06 & 100 & 154 & 9.219+01 & 6.792-05 & 8.654-17 & 1.381-11 \\
  98 & 101 & 8.939+04 & 8.310-03 & 1.280-08 & 1.980-00 & 100 & 155 & 9.219+01 & 7.594-04 & 1.244-15 & 1.985-10 \\
  98 & 112 & 1.245+04 & 4.701-02 & 7.798-10 & 1.680-02 & 100 & 157 & 9.217+01 & 1.228-04 & 2.010-16 & 3.207-11 \\
  98 & 120 & 9.837+02 & 6.642+02 & 9.636-08 & 1.641-01 & 101 & 120 & 9.947+02 & 1.315+02 & 1.517-08 & 3.357-02 \\
  98 & 121 & 9.797+02 & 6.240+03 & 8.979-07 & 1.523-00 & 101 & 121 & 9.905+02 & 5.066+03 & 5.795-07 & 1.278-00 \\
  98 & 122 & 9.788+02 & 1.579+03 & 2.915-07 & 4.939-01 & 101 & 122 & 9.896+02 & 5.457+03 & 8.012-07 & 1.765-00 \\
  98 & 123 & 9.757+02 & 9.238+02 & 9.417-08 & 1.590-01 & 101 & 134 & 3.265+02 & 1.619+01 & 2.012-10 & 1.462-04 \\
  98 & 133 & 3.263+02 & 1.486-00 & 1.694-11 & 9.568-06 & 101 & 148 & 9.515+01 & 1.442-01 & 1.522-13 & 3.223-08 \\
  98 & 134 & 3.253+02 & 1.960+01 & 3.109-10 & 1.750-04 & 101 & 154 & 9.222+01 & 1.839-07 & 1.823-19 & 3.742-14 \\
  98 & 135 & 3.110+02 & 1.883-01 & 1.950-12 & 1.050-06 & 101 & 155 & 9.222+01 & 1.244-06 & 1.585-18 & 3.254-13 \\
  98 & 147 & 9.509+01 & 2.102-02 & 2.035-14 & 3.350-09 & 101 & 156 & 9.220+01 & 1.966-04 & 3.062-16 & 6.283-11 \\
  98 & 148 & 9.505+01 & 1.692-01 & 2.291-13 & 3.769-08 & 101 & 157 & 9.220+01 & 3.380-05 & 4.308-17 & 8.839-12 \\
  98 & 149 & 9.443+01 & 7.183-02 & 6.859-14 & 1.121-08 & 102 & 103 & 4.682+05 & 1.509-04 & 6.942-09 & 4.018-00 \\
  98 & 154 & 9.212+01 & 7.156-06 & 9.105-18 & 1.452-12 & 102 & 106 & 6.467+04 & 1.405-02 & 1.233-08 & 9.860-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 102 & 115 & 1.456+03 & 1.764-02 & 5.602-12 & 1.008-05 & 105 & 127 & 9.708+02 & 1.147+04 & 1.372-06 & 4.280-00 \\
 102 & 116 & 1.438+03 & 5.628-03 & 1.743-12 & 3.098-06 & 106 & 107 & 6.957+05 & 3.634-05 & 3.390-09 & 4.082-00 \\
 102 & 117 & 1.409+03 & 8.303-02 & 3.461-11 & 6.031-05 & 106 & 108 & 1.564+05 & 9.209-04 & 4.340-09 & 1.175-00 \\
 102 & 118 & 1.268+03 & 3.656-02 & 5.288-12 & 8.289-06 & 106 & 115 & 1.489+03 & 3.299-01 & 7.832-11 & 2.019-04 \\
 102 & 124 & 9.658+02 & 6.941+03 & 1.359-06 & 1.623-00 & 106 & 116 & 1.470+03 & 7.261-02 & 1.681-11 & 4.277-05 \\
 102 & 129 & 5.866+02 & 1.281-04 & 3.966-15 & 2.877-09 & 106 & 117 & 1.441+03 & 2.588-01 & 8.052-11 & 2.008-04 \\
 102 & 130 & 5.618+02 & 4.442-06 & 2.102-16 & 1.460-10 & 106 & 124 & 9.805+02 & 6.666+03 & 9.607-07 & 1.630-00 \\
 102 & 131 & 5.467+02 & 6.344-05 & 1.705-15 & 1.153-09 & 106 & 125 & 9.789+02 & 2.107+02 & 3.892-08 & 6.594-02 \\
 102 & 136 & 2.727+02 & 1.421-02 & 1.584-13 & 5.339-08 & 106 & 126 & 9.765+02 & 2.068+03 & 3.801-07 & 6.424-01 \\
 102 & 137 & 2.725+02 & 2.413+01 & 3.761-10 & 1.267-04 & 106 & 130 & 5.668+02 & 1.073-04 & 3.692-15 & 3.622-09 \\
 102 & 139 & 2.714+02 & 1.490+01 & 2.302-10 & 7.725-05 & 106 & 136 & 2.738+02 & 5.839-02 & 4.688-13 & 2.222-07 \\
 102 & 143 & 1.015+02 & 2.344-05 & 2.174-17 & 2.729-12 & 106 & 137 & 2.737+02 & 2.341+01 & 2.628-10 & 1.245-04 \\
 102 & 144 & 1.012+02 & 1.786-06 & 2.739-18 & 3.426-13 & 106 & 138 & 2.733+02 & 2.088-00 & 3.007-11 & 1.423-05 \\
 102 & 145 & 1.009+02 & 5.389-06 & 4.936-18 & 6.158-13 & 106 & 139 & 2.725+02 & 1.435+01 & 1.598-10 & 7.537-05 \\
 102 & 150 & 9.250+01 & 9.106-03 & 1.168-14 & 1.336-09 & 106 & 144 & 1.013+02 & 1.998-05 & 2.196-17 & 3.851-12 \\
 102 & 151 & 9.249+01 & 2.504-03 & 4.497-15 & 5.142-10 & 106 & 150 & 9.263+01 & 3.510-03 & 3.226-15 & 5.172-10 \\
 102 & 153 & 9.240+01 & 7.228-04 & 1.295-15 & 1.480-10 & 106 & 151 & 9.262+01 & 6.096-05 & 7.840-17 & 1.257-11 \\
 103 & 106 & 7.503+04 & 2.317-04 & 1.955-10 & 2.539-02 & 106 & 152 & 9.261+01 & 1.954-03 & 3.230-15 & 5.178-10 \\
 103 & 107 & 6.773+04 & 1.833-02 & 1.620-08 & 1.900-00 & 106 & 153 & 9.254+01 & 2.780-04 & 3.569-16 & 5.717-11 \\
 103 & 108 & 5.070+04 & 6.872-05 & 3.405-11 & 2.989-03 & 107 & 108 & 2.017+05 & 1.428-07 & 8.709-13 & 3.909-04 \\
 103 & 115 & 1.460+03 & 8.782-02 & 2.005-11 & 5.067-05 & 107 & 109 & 1.486+05 & 1.877-03 & 7.593-09 & 2.511-00 \\
 103 & 116 & 1.442+03 & 1.612-01 & 3.590-11 & 8.960-05 & 107 & 117 & 1.444+03 & 3.716-02 & 9.031-12 & 2.901-05 \\
 103 & 117 & 1.414+03 & 9.693-02 & 2.904-11 & 7.105-05 & 107 & 124 & 9.819+02 & 4.821+02 & 5.419-08 & 1.184-01 \\
 103 & 124 & 9.678+02 & 5.278+02 & 7.412-08 & 1.242-01 & 107 & 125 & 9.803+02 & 6.851+03 & 9.870-07 & 2.153-00 \\
 103 & 125 & 9.663+02 & 7.117+03 & 1.281-06 & 2.143-00 & 107 & 126 & 9.779+02 & 4.355+01 & 6.243-09 & 1.359-02 \\
 103 & 126 & 9.640+02 & 2.696+01 & 4.828-09 & 8.056-03 & 107 & 127 & 9.760+02 & 1.905+03 & 3.325-07 & 7.221-01 \\
 103 & 130 & 5.625+02 & 5.658-04 & 1.917-14 & 1.867-08 & 107 & 137 & 2.738+02 & 1.986-00 & 1.736-11 & 1.058-05 \\
 103 & 136 & 2.728+02 & 1.341-04 & 1.069-15 & 5.047-10 & 107 & 138 & 2.734+02 & 3.877+01 & 4.346-10 & 2.645-04 \\
 103 & 137 & 2.727+02 & 2.097-00 & 2.338-11 & 1.103-05 & 107 & 139 & 2.726+02 & 6.550-01 & 5.677-12 & 3.444-06 \\
 103 & 138 & 2.723+02 & 4.052+01 & 5.793-10 & 2.731-04 & 107 & 151 & 9.264+01 & 2.205-03 & 2.206-15 & 4.548-10 \\
 103 & 139 & 2.715+02 & 9.182-01 & 1.015-11 & 4.770-06 & 107 & 152 & 9.262+01 & 2.188-03 & 2.813-15 & 5.799-10 \\
 103 & 144 & 1.012+02 & 2.592-04 & 2.841-16 & 4.976-11 & 107 & 153 & 9.255+01 & 3.726-03 & 3.721-15 & 7.664-10 \\
 103 & 150 & 9.252+01 & 5.736-03 & 5.258-15 & 8.420-10 & 108 & 109 & 5.642+05 & 5.114-05 & 2.984-09 & 3.747-00 \\
 103 & 151 & 9.251+01 & 6.598-03 & 8.466-15 & 1.356-09 & 108 & 117 & 1.454+03 & 5.316-02 & 1.311-11 & 4.241-05 \\
 103 & 152 & 9.250+01 & 1.701-03 & 2.806-15 & 4.492-10 & 108 & 124 & 9.867+02 & 4.625+03 & 5.250-07 & 1.153-00 \\
 103 & 153 & 9.242+01 & 5.745-03 & 7.357-15 & 1.177-09 & 108 & 125 & 9.851+02 & 1.208+02 & 1.758-08 & 3.854-02 \\
 104 & 105 & 5.465+05 & 6.475-05 & 3.426-09 & 5.094-00 & 108 & 126 & 9.827+02 & 5.603+03 & 8.111-07 & 1.774-00 \\
 104 & 107 & 1.372+05 & 2.498-05 & 5.764-11 & 2.150-02 & 108 & 127 & 9.808+02 & 1.967+02 & 3.467-08 & 7.568-02 \\
 104 & 108 & 8.164+04 & 7.924-03 & 6.479-09 & 1.439-00 & 108 & 137 & 2.741+02 & 1.690+01 & 1.481-10 & 9.037-05 \\
 104 & 109 & 7.132+04 & 3.508-04 & 2.675-10 & 5.190-02 & 108 & 138 & 2.738+02 & 1.798-00 & 2.021-11 & 1.231-05 \\
 104 & 125 & 9.734+02 & 1.353+02 & 1.572-08 & 4.163-02 & 108 & 139 & 2.730+02 & 1.019+01 & 8.858-11 & 5.382-05 \\
 104 & 126 & 9.710+02 & 1.158+04 & 1.339-06 & 3.536-00 & 108 & 151 & 9.268+01 & 4.558-04 & 4.566-16 & 9.417-11 \\
 104 & 127 & 9.691+02 & 1.228+02 & 1.729-08 & 4.559-02 & 108 & 152 & 9.266+01 & 9.505-06 & 1.224-17 & 2.523-12 \\
 104 & 138 & 2.729+02 & 2.294-02 & 2.096-13 & 1.555-07 & 108 & 153 & 9.259+01 & 5.640-04 & 5.639-16 & 1.162-10 \\
 104 & 152 & 9.256+01 & 1.104-04 & 1.160-16 & 2.919-11 & 109 & 125 & 9.868+02 & 4.800+03 & 5.734-07 & 1.539-00 \\
 105 & 109 & 8.203+04 & 6.313-03 & 5.388-09 & 1.421-00 & 109 & 126 & 9.844+02 & 3.683-00 & 4.377-10 & 1.172-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 109 & 127 & 9.825+02 & 5.630+03 & 8.147-07 & 2.177-00 & 113 & 140 & 1.094+02 & 3.526-00 & 1.898-11 & 5.136-07 \\
 109 & 138 & 2.740+02 & 2.848+01 & 2.622-10 & 1.954-04 & 113 & 146 & 9.677+01 & 1.604-01 & 6.755-13 & 1.617-08 \\
 109 & 152 & 9.268+01 & 4.919-04 & 5.182-16 & 1.306-10 & 114 & 119 & 5.960+03 & 4.054-05 & 7.197-14 & 3.182-07 \\
 110 & 111 & 2.810+04 & 2.144-01 & 2.538-08 & 5.292-01 & 114 & 123 & 2.678+03 & 1.711-05 & 3.068-14 & 6.095-08 \\
 110 & 112 & 1.773+04 & 1.295-00 & 1.017-07 & 1.338-00 & 114 & 132 & 4.153+02 & 2.255-02 & 5.832-13 & 1.797-07 \\
 110 & 113 & 6.405+03 & 5.440-01 & 1.115-09 & 5.299-03 & 114 & 133 & 4.144+02 & 3.173-03 & 1.362-13 & 4.186-08 \\
 110 & 114 & 1.593+03 & 6.114-00 & 2.327-09 & 2.750-03 & 114 & 135 & 3.900+02 & 1.345-04 & 5.113-15 & 1.479-09 \\
 110 & 119 & 1.257+03 & 2.271-01 & 1.794-11 & 1.673-05 & 114 & 140 & 1.154+02 & 3.449-00 & 6.880-12 & 5.888-07 \\
 110 & 123 & 9.990+02 & 1.531+02 & 3.819-08 & 2.830-02 & 114 & 141 & 1.142+02 & 3.620-00 & 2.359-12 & 1.998-07 \\
 110 & 132 & 3.294+02 & 1.722-01 & 2.801-12 & 6.846-07 & 114 & 146 & 1.014+02 & 2.507-03 & 3.865-15 & 2.907-10 \\
 110 & 133 & 3.289+02 & 7.264-00 & 1.963-10 & 4.790-05 & 114 & 147 & 1.014+02 & 1.295-03 & 3.324-15 & 2.500-10 \\
 110 & 135 & 3.133+02 & 2.495-00 & 6.120-11 & 1.422-05 & 114 & 149 & 1.006+02 & 8.043-03 & 2.034-14 & 1.518-09 \\
 110 & 140 & 1.076+02 & 2.981-00 & 5.171-12 & 4.127-07 & 115 & 116 & 1.159+05 & 5.873-04 & 1.182-09 & 1.694-01 \\
 110 & 141 & 1.066+02 & 2.804-05 & 1.591-17 & 1.257-12 & 115 & 117 & 4.438+04 & 1.172-01 & 4.845-08 & 2.658-00 \\
 110 & 146 & 9.533+01 & 1.088-01 & 1.483-13 & 1.049-08 & 115 & 118 & 9.839+03 & 3.638-01 & 3.167-09 & 3.853-02 \\
 110 & 147 & 9.531+01 & 3.208-00 & 7.281-12 & 5.148-07 & 115 & 124 & 2.871+03 & 1.386-04 & 2.398-13 & 8.509-07 \\
 110 & 149 & 9.464+01 & 4.541-01 & 1.016-12 & 7.135-08 & 115 & 129 & 9.827+02 & 6.768-01 & 5.879-11 & 7.143-05 \\
 111 & 112 & 4.802+04 & 5.398-02 & 3.110-08 & 1.108-00 & 115 & 130 & 9.150+02 & 3.147-01 & 3.950-11 & 4.469-05 \\
 111 & 113 & 8.295+03 & 2.541+01 & 8.737-08 & 5.376-01 & 115 & 131 & 8.755+02 & 3.501-04 & 2.414-14 & 2.613-08 \\
 111 & 114 & 1.689+03 & 1.716+01 & 7.337-09 & 9.193-03 & 115 & 136 & 3.355+02 & 1.453-03 & 2.452-14 & 1.017-08 \\
 111 & 119 & 1.316+03 & 1.957+01 & 1.694-09 & 1.653-03 & 115 & 137 & 3.353+02 & 4.617-02 & 1.090-12 & 4.516-07 \\
 111 & 123 & 1.036+03 & 1.101+01 & 2.952-09 & 2.268-03 & 115 & 139 & 3.336+02 & 2.681-01 & 6.262-12 & 2.582-06 \\
 111 & 132 & 3.334+02 & 4.982-01 & 8.299-12 & 2.052-06 & 115 & 143 & 1.092+02 & 5.370-01 & 5.755-13 & 7.766-08 \\
 111 & 133 & 3.328+02 & 1.256-01 & 3.476-12 & 8.580-07 & 115 & 144 & 1.087+02 & 4.085-01 & 7.237-13 & 9.726-08 \\
 111 & 135 & 3.168+02 & 1.942-00 & 4.871-11 & 1.145-05 & 115 & 145 & 1.084+02 & 2.810-03 & 2.971-15 & 3.982-10 \\
 111 & 140 & 1.080+02 & 5.916-00 & 1.034-11 & 8.283-07 & 115 & 150 & 9.878+01 & 1.254-02 & 1.834-14 & 2.240-09 \\
 111 & 141 & 1.070+02 & 2.673-02 & 1.528-14 & 1.213-09 & 115 & 151 & 9.877+01 & 1.548-01 & 3.169-13 & 3.870-08 \\
 111 & 146 & 9.566+01 & 6.799-02 & 9.327-14 & 6.619-09 & 115 & 153 & 9.867+01 & 2.056-01 & 4.200-13 & 5.124-08 \\
 111 & 147 & 9.563+01 & 1.467-02 & 3.353-14 & 2.379-09 & 116 & 117 & 7.192+04 & 9.317-03 & 1.012-08 & 8.994-01 \\
 111 & 149 & 9.496+01 & 8.656-01 & 1.950-12 & 1.374-07 & 116 & 118 & 1.075+04 & 1.118+01 & 1.162-07 & 1.545-00 \\
 112 & 114 & 1.751+03 & 4.242-00 & 1.169-09 & 2.531-03 & 116 & 124 & 2.944+03 & 5.436-04 & 9.886-13 & 3.598-06 \\
 112 & 120 & 1.068+03 & 2.348-00 & 5.624-10 & 7.427-04 & 116 & 129 & 9.911+02 & 3.022-02 & 2.670-12 & 3.272-06 \\
 112 & 121 & 1.063+03 & 1.117+01 & 2.652-09 & 3.487-03 & 116 & 130 & 9.223+02 & 2.430-00 & 3.099-10 & 3.534-04 \\
 112 & 123 & 1.059+03 & 1.434+01 & 2.409-09 & 3.153-03 & 116 & 131 & 8.821+02 & 7.918-00 & 5.542-10 & 6.044-04 \\
 112 & 132 & 3.357+02 & 1.471-02 & 1.490-13 & 6.186-08 & 116 & 136 & 3.365+02 & 1.417-04 & 2.405-15 & 1.000-09 \\
 112 & 133 & 3.351+02 & 4.928-02 & 8.296-13 & 3.437-07 & 116 & 137 & 3.363+02 & 1.699-03 & 4.032-14 & 1.676-08 \\
 112 & 134 & 3.340+02 & 9.366-00 & 2.193-10 & 9.056-05 & 116 & 139 & 3.345+02 & 9.586-02 & 2.252-12 & 9.313-07 \\
 112 & 135 & 3.189+02 & 1.319-00 & 2.012-11 & 7.935-06 & 116 & 143 & 1.093+02 & 8.099-01 & 8.697-13 & 1.175-07 \\
 112 & 140 & 1.082+02 & 2.231-00 & 2.351-12 & 3.145-07 & 116 & 144 & 1.088+02 & 2.333-00 & 4.141-12 & 5.570-07 \\
 112 & 146 & 9.585+01 & 3.063-01 & 2.531-13 & 2.999-08 & 116 & 145 & 1.085+02 & 9.149-00 & 9.692-12 & 1.300-06 \\
 112 & 147 & 9.582+01 & 1.216-03 & 1.674-15 & 1.983-10 & 116 & 150 & 9.886+01 & 3.990-03 & 5.847-15 & 7.146-10 \\
 112 & 148 & 9.578+01 & 3.538-00 & 6.812-12 & 8.066-07 & 116 & 151 & 9.885+01 & 1.225-03 & 2.513-15 & 3.072-10 \\
 112 & 149 & 9.515+01 & 4.978-01 & 6.757-13 & 7.949-08 & 116 & 153 & 9.875+01 & 9.311-02 & 1.906-13 & 2.327-08 \\
 112 & 154 & 9.281+01 & 2.230-04 & 4.032-16 & 4.626-11 & 117 & 124 & 3.069+03 & 5.584-03 & 7.886-12 & 4.190-05 \\
 113 & 114 & 2.121+03 & 4.497-00 & 9.098-09 & 4.771-03 & 117 & 125 & 3.054+03 & 2.174-02 & 3.909-11 & 2.066-04 \\
 113 & 132 & 3.473+02 & 3.753-01 & 2.036-11 & 1.748-06 & 117 & 126 & 3.031+03 & 2.777-03 & 4.916-12 & 2.579-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 117 & 130 & 9.343+02 & 7.099-01 & 6.636-11 & 1.073-04 & 122 & 134 & 4.872+02 & 1.855-00 & 5.133-11 & 5.566-05 \\
 117 & 136 & 3.381+02 & 3.153-04 & 3.860-15 & 2.259-09 & 122 & 148 & 1.053+02 & 3.723-02 & 4.811-14 & 1.127-08 \\
 117 & 137 & 3.378+02 & 1.064-03 & 1.820-14 & 1.064-08 & 122 & 154 & 1.017+02 & 1.331-04 & 1.605-16 & 3.632-11 \\
 117 & 138 & 3.373+02 & 2.474-02 & 5.427-13 & 3.168-07 & 122 & 155 & 1.017+02 & 3.183-05 & 4.936-17 & 1.117-11 \\
 117 & 139 & 3.361+02 & 9.818-02 & 1.663-12 & 9.672-07 & 122 & 156 & 1.017+02 & 4.905-04 & 9.292-16 & 2.103-10 \\
 117 & 144 & 1.090+02 & 1.006-00 & 1.279-12 & 2.412-07 & 122 & 157 & 1.017+02 & 6.829-04 & 1.058-15 & 2.395-10 \\
 117 & 150 & 9.900+01 & 2.432-04 & 2.552-16 & 4.373-11 & 123 & 132 & 4.915+02 & 1.556+01 & 3.382-10 & 2.055-04 \\
 117 & 151 & 9.899+01 & 7.075-07 & 1.039-18 & 1.781-13 & 123 & 133 & 4.903+02 & 4.947-00 & 1.783-10 & 1.081-04 \\
 117 & 152 & 9.897+01 & 1.669-01 & 3.151-13 & 5.398-08 & 123 & 134 & 4.880+02 & 2.130-01 & 1.064-11 & 6.422-06 \\
 117 & 153 & 9.889+01 & 9.523-02 & 1.396-13 & 2.390-08 & 123 & 135 & 4.565+02 & 1.296-01 & 4.048-12 & 2.285-06 \\
 118 & 128 & 1.107+03 & 7.371-00 & 4.511-10 & 3.703-04 & 123 & 140 & 1.206+02 & 4.577-05 & 5.983-17 & 8.917-12 \\
 118 & 129 & 1.092+03 & 3.613-00 & 6.456-10 & 5.228-04 & 123 & 146 & 1.054+02 & 2.483-01 & 2.481-13 & 3.233-08 \\
 118 & 130 & 1.009+03 & 4.715-02 & 1.199-11 & 8.974-06 & 123 & 147 & 1.054+02 & 1.085-01 & 1.805-13 & 2.351-08 \\
 118 & 131 & 9.610+02 & 6.754-02 & 9.351-12 & 6.666-06 & 123 & 148 & 1.053+02 & 8.905-03 & 2.073-14 & 2.698-09 \\
 118 & 136 & 3.474+02 & 1.110-03 & 3.346-14 & 8.622-09 & 123 & 149 & 1.046+02 & 1.355-01 & 2.220-13 & 2.870-08 \\
 118 & 142 & 1.104+02 & 9.883-00 & 6.026-12 & 4.937-07 & 123 & 154 & 1.017+02 & 3.650-06 & 7.928-18 & 9.971-13 \\
 118 & 143 & 1.104+02 & 4.477-00 & 8.178-12 & 6.696-07 & 124 & 125 & 6.221+05 & 4.249-05 & 3.169-09 & 3.412-00 \\
 118 & 144 & 1.099+02 & 4.089-01 & 1.235-12 & 1.007-07 & 124 & 126 & 2.426+05 & 1.517-04 & 1.722-09 & 7.231-01 \\
 118 & 145 & 1.096+02 & 5.717-01 & 1.030-12 & 8.376-08 & 124 & 130 & 1.343+03 & 1.772-06 & 3.423-16 & 7.958-10 \\
 118 & 150 & 9.978+01 & 1.417-02 & 3.524-14 & 2.608-09 & 124 & 136 & 3.799+02 & 3.520+01 & 5.442-10 & 3.579-04 \\
 119 & 132 & 4.464+02 & 3.952-03 & 3.542-13 & 3.910-08 & 124 & 137 & 3.796+02 & 1.030+01 & 2.225-10 & 1.462-04 \\
 119 & 140 & 1.176+02 & 1.873-00 & 1.166-11 & 3.391-07 & 124 & 138 & 3.790+02 & 2.542-01 & 7.037-12 & 4.616-06 \\
 119 & 146 & 1.032+02 & 2.666-03 & 1.276-14 & 3.255-10 & 124 & 139 & 3.774+02 & 1.116-00 & 2.383-11 & 1.557-05 \\
 120 & 121 & 2.376+05 & 1.614-05 & 1.366-10 & 5.617-02 & 124 & 144 & 1.130+02 & 1.994-05 & 2.726-17 & 5.331-12 \\
 120 & 122 & 1.941+05 & 1.613-03 & 1.171-08 & 3.935-00 & 124 & 150 & 1.023+02 & 7.233-04 & 8.105-16 & 1.435-10 \\
 120 & 123 & 1.192+05 & 5.478-04 & 8.342-10 & 1.722-01 & 124 & 151 & 1.023+02 & 6.295-03 & 9.874-15 & 1.748-09 \\
 120 & 133 & 4.883+02 & 1.300-00 & 3.320-11 & 2.806-05 & 124 & 152 & 1.023+02 & 3.455-03 & 6.965-15 & 1.233-09 \\
 120 & 134 & 4.860+02 & 2.253-01 & 7.978-12 & 6.711-06 & 124 & 153 & 1.022+02 & 8.148-03 & 1.275-14 & 2.256-09 \\
 120 & 135 & 4.547+02 & 8.753-02 & 1.938-12 & 1.525-06 & 125 & 126 & 3.978+05 & 1.024-05 & 2.429-10 & 2.151-01 \\
 120 & 147 & 1.053+02 & 4.328-02 & 5.136-14 & 9.358-09 & 125 & 127 & 2.226+05 & 6.922-05 & 6.285-10 & 3.113-01 \\
 120 & 148 & 1.052+02 & 1.159-02 & 1.924-14 & 3.504-09 & 125 & 137 & 3.799+02 & 1.024+01 & 1.723-10 & 1.457-04 \\
 120 & 149 & 1.044+02 & 8.896-02 & 1.039-13 & 1.879-08 & 125 & 138 & 3.792+02 & 1.038+01 & 2.238-10 & 1.889-04 \\
 120 & 154 & 1.016+02 & 1.745-04 & 2.703-16 & 4.756-11 & 125 & 139 & 3.776+02 & 2.264+01 & 3.764-10 & 3.164-04 \\
 120 & 155 & 1.016+02 & 8.836-04 & 1.760-15 & 3.096-10 & 125 & 151 & 1.023+02 & 4.202-03 & 5.128-15 & 1.167-09 \\
 120 & 157 & 1.016+02 & 8.142-04 & 1.621-15 & 2.851-10 & 125 & 152 & 1.023+02 & 1.811-02 & 2.840-14 & 6.465-09 \\
 121 & 122 & 1.060+06 & 2.081-06 & 4.504-10 & 8.261-01 & 125 & 153 & 1.022+02 & 6.832-04 & 8.320-16 & 1.892-10 \\
 121 & 123 & 2.394+05 & 1.109-03 & 6.808-09 & 2.821-00 & 126 & 127 & 5.054+05 & 1.061-04 & 4.968-09 & 5.588-00 \\
 121 & 133 & 4.893+02 & 5.451-00 & 1.397-10 & 1.183-04 & 126 & 137 & 3.802+02 & 1.822-00 & 3.071-11 & 2.599-05 \\
 121 & 134 & 4.870+02 & 4.904-00 & 1.744-10 & 1.470-04 & 126 & 138 & 3.796+02 & 3.171-04 & 6.851-15 & 5.787-09 \\
 121 & 135 & 4.556+02 & 2.543-00 & 5.652-11 & 4.457-05 & 126 & 139 & 3.780+02 & 2.838-00 & 4.729-11 & 3.978-05 \\
 121 & 147 & 1.053+02 & 1.027-01 & 1.220-13 & 2.224-08 & 126 & 151 & 1.023+02 & 1.738-05 & 2.122-17 & 4.832-12 \\
 121 & 148 & 1.053+02 & 1.109-01 & 1.842-13 & 3.356-08 & 126 & 152 & 1.023+02 & 7.708-05 & 1.210-16 & 2.754-11 \\
 121 & 149 & 1.045+02 & 8.456-01 & 9.888-13 & 1.789-07 & 126 & 153 & 1.022+02 & 5.187-04 & 6.320-16 & 1.438-10 \\
 121 & 154 & 1.017+02 & 4.203-06 & 6.516-18 & 1.147-12 & 127 & 138 & 3.799+02 & 4.257-00 & 7.535-11 & 7.786-05 \\
 121 & 155 & 1.017+02 & 7.440-04 & 1.483-15 & 2.610-10 & 127 & 152 & 1.023+02 & 1.301-04 & 1.671-16 & 4.652-11 \\
 121 & 157 & 1.017+02 & 2.208-04 & 4.399-16 & 7.740-11 & 128 & 129 & 8.123+04 & 2.896-02 & 8.596-08 & 1.727-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 128 & 131 & 7.302+03 & 6.109-00 & 1.465-07 & 2.645-01 & 134 & 154 & 1.285+02 & 1.275-02 & 3.157-14 & 7.022-09 \\
 128 & 143 & 1.226+02 & 1.281+01 & 8.663-11 & 2.626-06 & 134 & 155 & 1.285+02 & 1.434-01 & 4.565-13 & 1.016-07 \\
 128 & 145 & 1.217+02 & 1.686+02 & 1.123-09 & 3.379-05 & 134 & 157 & 1.285+02 & 8.823-04 & 2.808-15 & 6.244-10 \\
 129 & 130 & 1.329+04 & 4.974-00 & 2.195-07 & 2.164-00 & 135 & 140 & 1.638+02 & 5.251-05 & 1.268-16 & 2.567-11 \\
 129 & 131 & 8.023+03 & 3.015-00 & 2.910-08 & 1.732-01 & 135 & 146 & 1.370+02 & 1.644+01 & 2.776-11 & 4.703-06 \\
 129 & 136 & 5.095+02 & 2.512-07 & 1.629-17 & 6.157-12 & 135 & 147 & 1.370+02 & 3.047-00 & 8.571-12 & 1.451-06 \\
 129 & 142 & 1.229+02 & 2.138+01 & 1.614-11 & 1.471-06 & 135 & 148 & 1.369+02 & 1.199-00 & 4.715-12 & 7.979-07 \\
 129 & 143 & 1.228+02 & 1.374-00 & 3.105-12 & 2.829-07 & 135 & 149 & 1.356+02 & 5.134-00 & 1.415-11 & 2.373-06 \\
 129 & 144 & 1.222+02 & 2.588+02 & 9.660-10 & 8.759-05 & 135 & 154 & 1.309+02 & 8.771-02 & 3.154-13 & 5.105-08 \\
 129 & 145 & 1.219+02 & 8.643+01 & 1.924-10 & 1.739-05 & 136 & 137 & 4.763+05 & 2.280-04 & 1.086-08 & 6.394-00 \\
 129 & 150 & 1.098+02 & 9.330-03 & 2.812-14 & 2.290-09 & 136 & 139 & 5.713+04 & 5.029-03 & 3.445-09 & 2.434-01 \\
 130 & 131 & 2.024+04 & 3.509-01 & 1.293-08 & 3.236-01 & 136 & 143 & 1.618+02 & 1.961-04 & 4.618-16 & 9.236-11 \\
 130 & 136 & 5.298+02 & 1.596-04 & 6.717-15 & 4.400-09 & 136 & 144 & 1.608+02 & 7.367-04 & 2.856-15 & 5.678-10 \\
 130 & 137 & 5.292+02 & 9.107-04 & 5.353-14 & 3.503-08 & 136 & 145 & 1.602+02 & 2.130-04 & 4.917-16 & 9.737-11 \\
 130 & 139 & 5.249+02 & 7.033-05 & 4.067-15 & 2.640-09 & 136 & 150 & 1.400+02 & 2.514-00 & 7.386-12 & 1.278-06 \\
 130 & 143 & 1.239+02 & 4.589+02 & 6.340-10 & 9.715-05 & 136 & 151 & 1.400+02 & 2.797-01 & 1.150-12 & 1.991-07 \\
 130 & 144 & 1.234+02 & 6.723-00 & 1.534-11 & 2.339-06 & 136 & 153 & 1.398+02 & 2.636-01 & 1.081-12 & 1.867-07 \\
 130 & 145 & 1.230+02 & 4.335+01 & 5.898-11 & 8.968-06 & 137 & 138 & 2.244+05 & 1.720-03 & 1.669-08 & 6.483-00 \\
 130 & 150 & 1.107+02 & 3.011-02 & 5.534-14 & 7.576-09 & 137 & 139 & 6.492+04 & 3.049-04 & 1.926-10 & 2.165-02 \\
 130 & 151 & 1.107+02 & 6.173-02 & 1.588-13 & 2.174-08 & 137 & 144 & 1.609+02 & 6.150-06 & 1.704-17 & 4.745-12 \\
 130 & 153 & 1.106+02 & 3.164-02 & 8.122-14 & 1.110-08 & 137 & 150 & 1.400+02 & 4.666-02 & 9.798-14 & 2.375-08 \\
 131 & 136 & 5.440+02 & 3.199-04 & 2.366-14 & 9.548-09 & 137 & 151 & 1.400+02 & 3.520-00 & 1.035-11 & 2.507-06 \\
 131 & 142 & 1.248+02 & 5.680+02 & 4.421-10 & 4.093-05 & 137 & 152 & 1.400+02 & 6.222-01 & 2.350-12 & 5.693-07 \\
 131 & 143 & 1.247+02 & 1.072+02 & 2.498-10 & 2.311-05 & 137 & 153 & 1.398+02 & 1.321-02 & 3.871-14 & 9.367-09 \\
 131 & 144 & 1.241+02 & 9.656-00 & 3.717-11 & 3.422-06 & 138 & 139 & 9.134+04 & 1.195-03 & 1.163-09 & 2.364-01 \\
 131 & 145 & 1.237+02 & 4.897-00 & 1.124-11 & 1.032-06 & 138 & 151 & 1.401+02 & 9.320-01 & 2.133-12 & 6.651-07 \\
 131 & 150 & 1.113+02 & 9.835-02 & 3.046-13 & 2.516-08 & 138 & 152 & 1.401+02 & 6.168-00 & 1.814-11 & 5.655-06 \\
 132 & 133 & 1.937+05 & 3.313-03 & 3.107-08 & 4.466-00 & 138 & 153 & 1.399+02 & 1.631-00 & 3.722-12 & 1.159-06 \\
 132 & 135 & 6.396+03 & 2.978-01 & 3.044-09 & 1.444-02 & 139 & 144 & 1.613+02 & 6.622-05 & 1.844-16 & 5.147-11 \\
 132 & 140 & 1.597+02 & 6.620-03 & 2.532-14 & 3.000-09 & 139 & 150 & 1.403+02 & 2.590-00 & 5.462-12 & 1.327-06 \\
 132 & 141 & 1.575+02 & 4.898-04 & 6.071-16 & 7.093-11 & 139 & 151 & 1.403+02 & 5.009-01 & 1.478-12 & 3.591-07 \\
 132 & 146 & 1.341+02 & 2.118-00 & 5.716-12 & 5.688-07 & 139 & 152 & 1.403+02 & 7.834-03 & 2.971-14 & 7.215-09 \\
 132 & 147 & 1.341+02 & 2.713-00 & 1.219-11 & 1.213-06 & 139 & 153 & 1.401+02 & 4.789-00 & 1.409-11 & 3.418-06 \\
 132 & 149 & 1.328+02 & 4.328-00 & 1.907-11 & 1.878-06 & 140 & 141 & 1.130+04 & 2.360-04 & 1.505-12 & 1.262-05 \\
 133 & 134 & 1.028+05 & 1.641-02 & 3.643-08 & 4.633-00 & 140 & 146 & 8.381+02 & 1.436-03 & 1.513-13 & 9.405-08 \\
 133 & 135 & 6.615+03 & 5.593-02 & 3.668-10 & 3.000-03 & 140 & 147 & 8.362+02 & 2.299-06 & 4.017-16 & 2.492-10 \\
 133 & 140 & 1.599+02 & 6.673-03 & 1.534-14 & 3.031-09 & 140 & 149 & 7.875+02 & 9.921-05 & 1.537-14 & 8.982-09 \\
 133 & 146 & 1.342+02 & 2.863-00 & 4.641-12 & 7.703-07 & 141 & 146 & 9.053+02 & 9.855-05 & 3.632-14 & 8.131-09 \\
 133 & 147 & 1.342+02 & 4.342-00 & 1.172-11 & 1.945-06 & 142 & 143 & 1.602+05 & 3.773-03 & 4.358-08 & 1.727-00 \\
 133 & 148 & 1.341+02 & 5.918-00 & 2.234-11 & 3.704-06 & 142 & 145 & 1.462+04 & 7.606-01 & 7.317-08 & 2.646-01 \\
 133 & 149 & 1.329+02 & 2.671-01 & 7.070-13 & 1.161-07 & 143 & 144 & 2.648+04 & 6.290-01 & 1.102-07 & 2.165-00 \\
 133 & 154 & 1.284+02 & 5.573-02 & 1.927-13 & 3.058-08 & 143 & 145 & 1.609+04 & 3.738-01 & 1.451-08 & 1.732-01 \\
 134 & 135 & 7.069+03 & 1.983-01 & 1.061-09 & 1.299-02 & 143 & 150 & 1.039+03 & 1.474-06 & 3.976-16 & 3.065-10 \\
 134 & 147 & 1.344+02 & 7.920-00 & 1.531-11 & 3.562-06 & 144 & 145 & 4.103+04 & 4.214-02 & 6.379-09 & 3.236-01 \\
 134 & 148 & 1.343+02 & 7.929-00 & 2.143-11 & 4.982-06 & 144 & 150 & 1.081+03 & 4.215-05 & 7.391-15 & 9.882-09 \\
 134 & 149 & 1.331+02 & 1.054+01 & 1.998-11 & 4.602-06 & 144 & 151 & 1.080+03 & 1.048-04 & 2.567-14 & 3.429-08 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic dipole (M1) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                          
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 144 & 153 & 1.068+03 & 8.886-06 & 2.129-15 & 2.813-09 & 149 & 154 & 3.775+03 & 1.092-07 & 3.266-16 & 1.524-09 \\
 145 & 150 & 1.111+03 & 2.634-05 & 8.120-15 & 6.690-09 & 150 & 151 & 1.288+06 & 1.161-05 & 4.042-09 & 6.435-00 \\
 146 & 147 & 3.732+05 & 4.634-04 & 1.612-08 & 4.463-00 & 150 & 153 & 8.946+04 & 1.084-03 & 1.820-09 & 2.013-01 \\
 146 & 149 & 1.305+04 & 4.000-02 & 1.702-09 & 1.648-02 & 151 & 152 & 5.130+05 & 1.449-04 & 7.349-09 & 6.525-00 \\
 147 & 148 & 1.978+05 & 2.307-03 & 1.894-08 & 4.631-00 & 151 & 153 & 9.614+04 & 7.876-05 & 1.091-10 & 1.816-02 \\
 147 & 149 & 1.352+04 & 7.435-03 & 2.038-10 & 3.408-03 & 152 & 153 & 1.183+05 & 4.522-04 & 7.379-10 & 1.943-01 \\
 147 & 154 & 2.951+03 & 4.132-08 & 7.552-17 & 2.755-10 & 155 & 154 & 5.885+06 & 1.001-07 & 4.044-10 & 5.296-00 \\
 148 & 149 & 1.452+04 & 2.614-02 & 5.898-10 & 1.482-02 & 154 & 157 & 4.817+05 & 9.158-05 & 4.095-09 & 3.414-00 \\
 148 & 154 & 2.996+03 & 1.658-06 & 2.231-15 & 1.157-08 & 155 & 156 & 5.410+05 & 8.303-05 & 4.454-09 & 5.362-00 \\
 148 & 155 & 2.997+03 & 1.449-06 & 2.510-15 & 1.302-08 & 155 & 157 & 4.452+05 & 3.651-06 & 1.085-10 & 1.075-01 \\
 148 & 157 & 2.977+03 & 1.638-07 & 2.799-16 & 1.443-09 & 156 & 157 & 2.514+06 & 6.407-07 & 4.969-10 & 3.398-00 \\
  & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}    

\clearpage

\begin{flushleft}

Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\    
   1 &   7 & 1.637+01 & 5.146+08 & 1.034-04 & 2.702-03 &   2 &  53 & 4.399+01 & 1.860+08 & 9.713-05 & 2.463-01 \\
   1 &  10 & 1.627+01 & 5.574+08 & 1.106-04 & 2.840-03 &   2 &  54 & 4.396+01 & 1.438+08 & 4.166-05 & 1.054-01 \\
   1 &  14 & 1.604+01 & 6.715+08 & 1.295-04 & 3.182-03 &   2 &  55 & 4.394+01 & 8.446+07 & 3.423-05 & 8.651-02 \\
   1 &  35 & 1.322+01 & 1.866+07 & 2.445-06 & 3.364-05 &   2 &  57 & 4.385+01 & 3.962+07 & 1.142-05 & 2.866-02 \\
   1 &  37 & 1.315+01 & 1.091+10 & 1.414-03 & 1.912-02 &   2 &  58 & 4.379+01 & 9.800+07 & 3.944-05 & 9.860-02 \\
   1 &  43 & 1.254+01 & 1.980+08 & 2.334-05 & 2.744-04 &   2 &  59 & 4.338+01 & 3.600+06 & 6.093-07 & 1.482-03 \\
   1 &  46 & 1.252+01 & 1.914+08 & 2.250-05 & 2.631-04 &   2 &  68 & 4.207+01 & 2.937+04 & 7.796-09 & 1.729-05 \\
   1 &  50 & 1.237+01 & 2.316+08 & 2.657-05 & 2.996-04 &   2 &  69 & 4.204+01 & 8.076+05 & 2.140-07 & 4.734-04 \\
   1 &  63 & 1.224+01 & 7.434+08 & 8.343-05 & 9.104-04 &   2 &  70 & 4.199+01 & 2.450+05 & 9.067-08 & 2.000-04 \\
   1 &  65 & 1.223+01 & 1.856+09 & 2.082-04 & 2.269-03 &   2 &  71 & 4.168+01 & 2.374+05 & 3.709-08 & 7.995-05 \\
   1 &  75 & 1.208+01 & 1.274+09 & 1.394-04 & 1.464-03 &   2 &  76 & 3.447+01 & 4.289+04 & 7.641-09 & 9.323-06 \\
   1 &  79 & 1.138+01 & 3.824+08 & 3.710-05 & 3.254-04 &   2 &  77 & 3.444+01 & 3.285+04 & 3.505-09 & 4.265-06 \\
   1 &  82 & 1.137+01 & 3.463+08 & 3.355-05 & 2.936-04 &   2 &  84 & 3.330+01 & 1.204+06 & 4.003-08 & 4.402-05 \\
   1 &  95 & 1.125+01 & 3.657+08 & 3.471-05 & 2.946-04 &   2 &  85 & 3.329+01 & 6.734+05 & 6.712-08 & 7.373-05 \\
   1 &  99 & 1.125+01 & 1.102+09 & 1.045-04 & 8.861-04 &   2 &  86 & 3.314+01 & 9.166+07 & 3.019-06 & 3.274-03 \\
   1 & 112 & 1.124+01 & 3.705+08 & 3.509-05 & 2.968-04 &   2 &  87 & 3.312+01 & 9.011+07 & 8.894-06 & 9.626-03 \\
   1 & 123 & 1.112+01 & 7.065+08 & 6.551-05 & 5.368-04 &   2 &  88 & 3.310+01 & 9.148+07 & 2.705-05 & 2.922-02 \\
   1 & 133 & 1.088+01 & 8.249+06 & 7.313-07 & 5.603-06 &   2 &  89 & 3.309+01 & 7.232+07 & 1.187-05 & 1.282-02 \\
   1 & 135 & 1.086+01 & 2.988+09 & 2.640-04 & 2.013-03 &   2 &  90 & 3.309+01 & 4.142+07 & 9.520-06 & 1.027-02 \\
   1 & 147 & 1.006+01 & 8.031+06 & 6.093-07 & 3.695-06 &   2 &  91 & 3.306+01 & 1.799+07 & 2.949-06 & 3.175-03 \\
   1 & 149 & 1.005+01 & 2.417+09 & 1.831-04 & 1.108-03 &   2 &  92 & 3.305+01 & 4.825+07 & 1.106-05 & 1.189-02 \\
   2 &   3 & 6.342+03 & 4.093-05 & 1.481-13 & 1.125-03 &   2 &  93 & 3.292+01 & 9.798+05 & 9.549-08 & 1.014-04 \\
   2 &   4 & 9.820+02 & 1.291-00 & 3.732-11 & 1.052-03 &   2 & 102 & 3.273+01 & 4.014+03 & 6.447-10 & 6.733-07 \\
   2 &   5 & 8.942+02 & 8.318-01 & 5.983-11 & 1.274-03 &   2 & 103 & 3.273+01 & 1.123+04 & 2.525-09 & 2.637-06 \\
   2 &  16 & 1.626+02 & 3.445+05 & 2.731-07 & 3.495-02 &   2 & 106 & 3.272+01 & 3.768+03 & 8.464-10 & 8.827-07 \\
   2 &  17 & 1.605+02 & 3.428+05 & 7.948-07 & 9.793-02 &   2 & 107 & 3.272+01 & 2.758+04 & 7.964-09 & 8.304-06 \\
   2 &  18 & 1.568+02 & 2.897+05 & 1.067-06 & 1.224-01 &   2 & 108 & 3.271+01 & 2.084+02 & 6.015-11 & 6.269-08 \\
   2 &  19 & 1.566+02 & 4.100+05 & 2.711-06 & 3.099-01 &   2 & 115 & 3.201+01 & 9.243+02 & 1.420-10 & 1.387-07 \\
   2 &  20 & 1.549+02 & 1.939+05 & 9.770-07 & 1.082-01 &   2 & 116 & 3.200+01 & 5.836+04 & 8.961-09 & 8.748-06 \\
   2 &  21 & 1.516+02 & 1.179+05 & 4.061-07 & 4.213-02 &   2 & 117 & 3.199+01 & 1.624+04 & 3.489-09 & 3.402-06 \\
   2 &  22 & 1.496+02 & 2.738+05 & 1.286-06 & 1.282-01 &   2 & 118 & 3.191+01 & 2.712+04 & 2.484-09 & 2.403-06 \\
   2 &  23 & 1.414+02 & 3.936+04 & 7.083-08 & 5.970-03 &   2 & 124 & 3.166+01 & 6.088+03 & 1.281-09 & 1.211-06 \\
   2 &  24 & 1.339+02 & 3.580+03 & 9.619-09 & 6.872-04 &   2 & 125 & 3.166+01 & 4.183+04 & 1.131-08 & 1.069-05 \\
   2 &  25 & 1.327+02 & 3.860+04 & 1.019-07 & 7.096-03 &   2 & 126 & 3.166+01 & 2.765+02 & 7.476-11 & 7.062-08 \\
   2 &  26 & 1.319+02 & 1.393+04 & 5.088-08 & 3.479-03 &   2 & 128 & 3.101+01 & 6.144+04 & 1.772-09 & 1.574-06 \\
   2 &  27 & 1.221+02 & 4.907+03 & 6.575-09 & 3.560-04 &   2 & 129 & 3.100+01 & 3.784+04 & 3.272-09 & 2.903-06 \\
   2 &  30 & 7.311+01 & 6.804+02 & 1.091-10 & 1.269-06 &   2 & 130 & 3.093+01 & 1.604+04 & 2.300-09 & 2.027-06 \\
   2 &  31 & 7.292+01 & 3.788+02 & 1.812-10 & 2.092-06 &   2 & 131 & 3.088+01 & 4.102+03 & 3.519-10 & 3.087-07 \\
   2 &  32 & 7.194+01 & 3.117+01 & 2.419-11 & 2.682-07 &   2 & 136 & 2.923+01 & 1.064+05 & 1.362-08 & 1.012-05 \\
   2 &  33 & 7.114+01 & 2.651-00 & 1.207-12 & 1.294-08 &   2 & 137 & 2.922+01 & 5.130+05 & 9.196-08 & 6.834-05 \\
   2 &  38 & 4.929+01 & 2.656+04 & 9.673-09 & 3.449-05 &   2 & 138 & 2.922+01 & 1.594+06 & 3.673-07 & 2.728-04 \\
   2 &  39 & 4.916+01 & 2.135+04 & 4.641-09 & 1.642-05 &   2 & 139 & 2.921+01 & 1.934+04 & 3.464-09 & 2.571-06 \\
   2 &  41 & 4.692+01 & 1.501+05 & 9.909-09 & 3.049-05 &   2 & 142 & 2.476+01 & 7.139+05 & 1.312-08 & 5.929-06 \\
   2 &  42 & 4.687+01 & 7.449+04 & 1.472-08 & 4.511-05 &   2 & 143 & 2.475+01 & 4.631+05 & 2.552-08 & 1.153-05 \\
   2 &  51 & 4.415+01 & 1.891+08 & 1.105-05 & 2.831-02 &   2 & 144 & 2.473+01 & 2.621+05 & 2.403-08 & 1.082-05 \\
   2 &  52 & 4.408+01 & 1.832+08 & 3.203-05 & 8.167-02 &   2 & 145 & 2.472+01 & 7.570+04 & 4.159-09 & 1.870-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   2 & 150 & 2.418+01 & 2.582+03 & 2.263-10 & 9.522-08 &   3 & 118 & 3.207+01 & 3.764+04 & 5.804-09 & 3.421-06 \\
   2 & 151 & 2.418+01 & 1.332+04 & 1.634-09 & 6.877-07 &   3 & 124 & 3.182+01 & 1.401+05 & 4.960-08 & 2.855-05 \\
   2 & 152 & 2.418+01 & 4.054+04 & 6.395-09 & 2.691-06 &   3 & 129 & 3.116+01 & 1.765-00 & 2.569-13 & 1.388-10 \\
   2 & 153 & 2.417+01 & 4.220+02 & 5.174-11 & 2.176-08 &   3 & 130 & 3.108+01 & 1.096+04 & 2.647-09 & 1.420-06 \\
   3 &   5 & 1.041+03 & 3.829-01 & 6.221-11 & 1.254-03 &   3 & 131 & 3.103+01 & 4.206+04 & 6.073-09 & 3.244-06 \\
   3 &  17 & 1.647+02 & 1.472+04 & 5.987-08 & 4.780-03 &   3 & 136 & 2.936+01 & 3.603+05 & 7.759-08 & 3.509-05 \\
   3 &  18 & 1.607+02 & 9.237+04 & 5.963-07 & 4.424-02 &   3 & 137 & 2.936+01 & 6.217+05 & 1.874-07 & 8.475-05 \\
   3 &  20 & 1.588+02 & 2.119+05 & 1.870-06 & 1.338-01 &   3 & 139 & 2.934+01 & 9.751+04 & 2.937-08 & 1.326-05 \\
   3 &  21 & 1.553+02 & 3.118+05 & 1.879-06 & 1.258-01 &   3 & 143 & 2.485+01 & 4.885+04 & 4.523-09 & 1.240-06 \\
   3 &  22 & 1.532+02 & 2.066+05 & 1.696-06 & 1.090-01 &   3 & 144 & 2.483+01 & 1.410+05 & 2.171-08 & 5.936-06 \\
   3 &  23 & 1.447+02 & 5.355+05 & 1.680-06 & 9.092-02 &   3 & 145 & 2.481+01 & 3.958+04 & 3.653-09 & 9.970-07 \\
   3 &  24 & 1.368+02 & 2.149+03 & 1.004-08 & 4.589-04 &   3 & 150 & 2.427+01 & 1.208+04 & 1.777-09 & 4.539-07 \\
   3 &  25 & 1.356+02 & 6.663+02 & 3.059-09 & 1.362-04 &   3 & 151 & 2.427+01 & 2.636+04 & 5.431-09 & 1.387-06 \\
   3 &  26 & 1.347+02 & 4.739+03 & 3.009-08 & 1.315-03 &   3 & 153 & 2.426+01 & 2.889+04 & 5.950-09 & 1.519-06 \\
   3 &  27 & 1.244+02 & 2.230+05 & 5.179-07 & 1.784-02 &   4 &  18 & 1.865+02 & 4.415+03 & 1.152-07 & 4.452-03 \\
   3 &  31 & 7.377+01 & 1.210+03 & 9.871-10 & 7.081-06 &   4 &  21 & 1.793+02 & 2.571+03 & 6.192-08 & 2.125-03 \\
   3 &  32 & 7.277+01 & 2.786+01 & 3.687-11 & 2.538-07 &   4 &  24 & 1.550+02 & 2.099+05 & 3.780-06 & 8.384-02 \\
   3 &  33 & 7.195+01 & 1.400+04 & 1.086-08 & 7.228-05 &   4 &  25 & 1.534+02 & 2.147+05 & 3.790-06 & 8.157-02 \\
   3 &  38 & 4.967+01 & 1.506+04 & 9.284-09 & 2.033-05 &   4 &  32 & 7.763+01 & 1.571+02 & 7.095-10 & 1.977-06 \\
   3 &  39 & 4.954+01 & 1.134+05 & 4.173-08 & 9.069-05 &   4 &  38 & 5.189+01 & 1.125+04 & 2.270-08 & 1.889-05 \\
   3 &  42 & 4.721+01 & 2.902+05 & 9.697-08 & 1.824-04 &   4 &  54 & 4.602+01 & 7.907+05 & 1.256-06 & 7.291-04 \\
   3 &  52 & 4.439+01 & 3.909+06 & 1.155-06 & 1.804-03 &   4 &  57 & 4.590+01 & 2.381+05 & 3.759-07 & 2.165-04 \\
   3 &  54 & 4.427+01 & 4.069+07 & 1.993-05 & 3.090-02 &   4 &  68 & 4.396+01 & 8.109+07 & 1.175-04 & 5.942-02 \\
   3 &  55 & 4.425+01 & 1.002+08 & 6.863-05 & 1.063-01 &   4 &  69 & 4.392+01 & 1.029+08 & 1.487-04 & 7.504-02 \\
   3 &  57 & 4.415+01 & 1.404+08 & 6.838-05 & 1.052-01 &   4 &  76 & 3.573+01 & 1.745+04 & 1.670-08 & 4.536-06 \\
   3 &  58 & 4.409+01 & 8.168+07 & 5.555-05 & 8.508-02 &   4 &  89 & 3.425+01 & 1.049+05 & 9.221-08 & 2.206-05 \\
   3 &  59 & 4.368+01 & 1.750+08 & 5.004-05 & 7.452-02 &   4 &  91 & 3.422+01 & 2.730+04 & 2.395-08 & 5.715-06 \\
   3 &  68 & 4.235+01 & 5.928+05 & 2.657-07 & 3.608-04 &   4 & 102 & 3.386+01 & 6.448+04 & 5.542-08 & 1.282-05 \\
   3 &  69 & 4.232+01 & 4.813+05 & 2.154-07 & 2.917-04 &   4 & 115 & 3.309+01 & 3.614+07 & 2.967-05 & 6.404-03 \\
   3 &  70 & 4.227+01 & 2.133+06 & 1.334-06 & 1.800-03 &   4 & 116 & 3.308+01 & 5.423+07 & 4.449-05 & 9.595-03 \\
   3 &  71 & 4.195+01 & 1.040+06 & 2.745-07 & 3.622-04 &   4 & 130 & 3.194+01 & 3.716+04 & 2.841-08 & 5.512-06 \\
   3 &  76 & 3.466+01 & 2.466+04 & 7.403-09 & 5.508-06 &   4 & 136 & 3.012+01 & 8.274+05 & 5.627-07 & 9.159-05 \\
   3 &  77 & 3.463+01 & 1.268+04 & 2.279-09 & 1.691-06 &   4 & 144 & 2.537+01 & 1.210+05 & 5.836-08 & 5.676-06 \\
   3 &  85 & 3.346+01 & 5.666+05 & 9.511-08 & 6.368-05 &   4 & 150 & 2.479+01 & 3.490+04 & 1.607-08 & 1.458-06 \\
   3 &  87 & 3.330+01 & 1.199+06 & 1.993-07 & 1.314-04 &   5 &  17 & 1.957+02 & 2.689+03 & 1.543-08 & 2.066-03 \\
   3 &  89 & 3.327+01 & 2.033+07 & 5.621-06 & 3.698-03 &   5 &  18 & 1.901+02 & 2.436+03 & 2.199-08 & 2.699-03 \\
   3 &  90 & 3.326+01 & 5.172+07 & 2.002-05 & 1.317-02 &   5 &  20 & 1.874+02 & 4.953+01 & 6.085-10 & 7.157-05 \\
   3 &  91 & 3.324+01 & 7.792+07 & 2.151-05 & 1.411-02 &   5 &  21 & 1.825+02 & 1.073+01 & 8.931-11 & 9.706-06 \\
   3 &  92 & 3.322+01 & 4.273+07 & 1.650-05 & 1.081-02 &   5 &  22 & 1.796+02 & 4.656+03 & 5.256-08 & 5.445-03 \\
   3 &  93 & 3.309+01 & 9.798+07 & 1.608-05 & 1.041-02 &   5 &  23 & 1.680+02 & 2.697+04 & 1.141-07 & 9.675-03 \\
   3 & 102 & 3.290+01 & 1.500+04 & 4.058-09 & 2.583-06 &   5 &  24 & 1.574+02 & 1.975+05 & 1.223-06 & 8.529-02 \\
   3 & 103 & 3.290+01 & 2.808+04 & 1.063-08 & 6.767-06 &   5 &  25 & 1.558+02 & 2.014+05 & 1.222-06 & 8.264-02 \\
   3 & 106 & 3.289+01 & 9.077+04 & 3.434-08 & 2.182-05 &   5 &  26 & 1.548+02 & 4.288+05 & 3.592-06 & 2.378-01 \\
   3 & 115 & 3.217+01 & 2.520+05 & 6.520-08 & 3.880-05 &   5 &  27 & 1.414+02 & 6.584+05 & 1.972-06 & 9.951-02 \\
   3 & 116 & 3.217+01 & 1.619+05 & 4.186-08 & 2.489-05 &   5 &  31 & 7.939+01 & 3.072+03 & 2.904-09 & 2.597-05 \\
   3 & 117 & 3.215+01 & 8.380+05 & 3.030-07 & 1.800-04 &   5 &  32 & 7.824+01 & 2.422+02 & 3.704-10 & 3.169-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   5 &  33 & 7.729+01 & 1.177+04 & 1.054-08 & 8.695-05 &   6 &  10 & 1.509+03 & 1.345-01 & 7.652-11 & 4.700-03 \\
   5 &  38 & 5.216+01 & 1.359+04 & 9.238-09 & 2.343-05 &   6 &  12 & 7.873+02 & 1.598-00 & 1.485-10 & 1.294-03 \\
   5 &  39 & 5.202+01 & 1.186+05 & 4.813-08 & 1.211-04 &   6 &  13 & 6.540+02 & 5.710-01 & 3.661-11 & 1.830-04 \\
   5 &  42 & 4.946+01 & 3.807+04 & 1.396-08 & 3.017-05 &   6 &  14 & 6.408+02 & 2.988-00 & 3.066-10 & 1.442-03 \\
   5 &  52 & 4.636+01 & 6.954+05 & 2.241-07 & 3.990-04 &   6 &  28 & 1.166+02 & 4.177+01 & 8.510-11 & 2.409-06 \\
   5 &  54 & 4.624+01 & 3.744+04 & 2.000-08 & 3.533-05 &   6 &  34 & 6.738+01 & 8.119+05 & 5.526-07 & 3.020-03 \\
   5 &  55 & 4.622+01 & 3.937+05 & 2.942-07 & 5.189-04 &   6 &  35 & 6.733+01 & 5.259+05 & 5.956-07 & 3.248-03 \\
   5 &  57 & 4.611+01 & 8.145+05 & 4.327-07 & 7.578-04 &   6 &  36 & 6.723+01 & 2.342+05 & 3.704-07 & 2.011-03 \\
   5 &  58 & 4.604+01 & 2.066+06 & 1.532-06 & 2.672-03 &   6 &  37 & 6.542+01 & 6.215+03 & 6.646-09 & 3.325-05 \\
   5 &  59 & 4.559+01 & 1.226+06 & 3.821-07 & 6.472-04 &   6 &  40 & 5.301+01 & 6.726+05 & 2.833-07 & 7.538-04 \\
   5 &  68 & 4.415+01 & 1.026+08 & 4.995-05 & 7.682-02 &   6 &  43 & 5.280+01 & 8.432+06 & 5.874-06 & 1.545-02 \\
   5 &  69 & 4.411+01 & 7.953+07 & 3.867-05 & 5.931-02 &   6 &  44 & 5.265+01 & 3.115+07 & 3.021-05 & 7.879-02 \\
   5 &  70 & 4.406+01 & 1.814+08 & 1.232-04 & 1.884-01 &   6 &  45 & 5.256+01 & 1.283+06 & 5.313-07 & 1.379-03 \\
   5 &  71 & 4.371+01 & 1.790+08 & 5.128-05 & 7.654-02 &   6 &  46 & 5.243+01 & 1.327+06 & 9.115-07 & 2.348-03 \\
   5 &  76 & 3.585+01 & 2.034+04 & 6.535-09 & 5.383-06 &   6 &  48 & 5.015+01 & 2.106+06 & 7.940-07 & 1.790-03 \\
   5 &  77 & 3.582+01 & 3.928+03 & 7.557-10 & 6.207-07 &   6 &  49 & 4.992+01 & 2.187+05 & 8.169-08 & 1.815-04 \\
   5 &  85 & 3.457+01 & 8.129+03 & 1.457-09 & 1.076-06 &   6 &  50 & 4.987+01 & 1.181+06 & 7.339-07 & 1.626-03 \\
   5 &  87 & 3.440+01 & 4.414+04 & 7.831-09 & 5.695-06 &   6 &  60 & 4.779+01 & 2.656+08 & 9.097-05 & 1.774-01 \\
   5 &  89 & 3.437+01 & 1.412+05 & 4.165-08 & 3.021-05 &   6 &  63 & 4.777+01 & 1.568+08 & 8.938-05 & 1.741-01 \\
   5 &  90 & 3.436+01 & 7.114+05 & 2.939-07 & 2.131-04 &   6 &  64 & 4.770+01 & 8.700+07 & 6.926-05 & 1.344-01 \\
   5 &  91 & 3.433+01 & 1.520+06 & 4.477-07 & 3.238-04 &   6 &  65 & 4.769+01 & 2.811+07 & 1.598-05 & 3.097-02 \\
   5 &  92 & 3.432+01 & 1.195+06 & 4.923-07 & 3.555-04 &   6 &  66 & 4.769+01 & 2.829+05 & 2.250-07 & 4.361-04 \\
   5 &  93 & 3.417+01 & 5.929+05 & 1.038-07 & 7.403-05 &   6 &  72 & 4.553+01 & 3.516+04 & 2.550-08 & 4.302-05 \\
   5 & 102 & 3.398+01 & 3.733+04 & 1.077-08 & 7.546-06 &   6 &  74 & 4.549+01 & 1.278+07 & 9.253-06 & 1.557-02 \\
   5 & 103 & 3.397+01 & 3.219+05 & 1.300-07 & 9.107-05 &   6 &  75 & 4.549+01 & 4.385+06 & 2.267-06 & 3.814-03 \\
   5 & 106 & 3.396+01 & 5.766+04 & 2.326-08 & 1.628-05 &   6 &  78 & 3.694+01 & 3.358+05 & 6.870-08 & 6.189-05 \\
   5 & 115 & 3.320+01 & 5.735+07 & 1.579-05 & 1.033-02 &   6 &  79 & 3.689+01 & 3.389+06 & 1.152-06 & 1.034-03 \\
   5 & 116 & 3.319+01 & 3.811+07 & 1.049-05 & 6.855-03 &   6 &  80 & 3.685+01 & 1.426+07 & 6.773-06 & 6.057-03 \\
   5 & 117 & 3.318+01 & 9.229+07 & 3.554-05 & 2.319-02 &   6 &  81 & 3.683+01 & 4.447+05 & 9.044-08 & 8.073-05 \\
   5 & 118 & 3.309+01 & 9.700+07 & 1.592-05 & 1.031-02 &   6 &  82 & 3.680+01 & 7.667+05 & 2.594-07 & 2.309-04 \\
   5 & 124 & 3.282+01 & 3.064+04 & 1.154-08 & 7.294-06 &   6 &  94 & 3.562+01 & 3.384+07 & 6.439-06 & 5.201-03 \\
   5 & 129 & 3.212+01 & 1.153+05 & 1.784-08 & 1.056-05 &   6 &  95 & 3.561+01 & 2.206+07 & 6.990-06 & 5.641-03 \\
   5 & 130 & 3.204+01 & 5.352+04 & 1.373-08 & 8.066-06 &   6 &  98 & 3.559+01 & 1.149+07 & 5.090-06 & 4.100-03 \\
   5 & 131 & 3.199+01 & 7.020+04 & 1.077-08 & 6.299-06 &   6 &  99 & 3.558+01 & 2.757+06 & 8.722-07 & 7.020-04 \\
   5 & 136 & 3.021+01 & 4.382+05 & 9.995-08 & 4.925-05 &   6 & 100 & 3.558+01 & 6.138+05 & 2.718-07 & 2.188-04 \\
   5 & 137 & 3.021+01 & 4.899+05 & 1.564-07 & 7.705-05 &   6 & 110 & 3.556+01 & 3.084+06 & 5.845-07 & 4.697-04 \\
   5 & 139 & 3.020+01 & 3.113+05 & 9.928-08 & 4.884-05 &   6 & 111 & 3.551+01 & 3.379+05 & 6.390-08 & 5.114-05 \\
   5 & 143 & 2.546+01 & 9.086+04 & 8.828-09 & 2.603-06 &   6 & 112 & 3.549+01 & 8.343+05 & 2.626-07 & 2.097-04 \\
   5 & 144 & 2.543+01 & 1.526+05 & 2.466-08 & 7.249-06 &   6 & 114 & 3.478+01 & 9.480+02 & 1.720-10 & 1.293-07 \\
   5 & 145 & 2.542+01 & 2.639+01 & 2.556-12 & 7.499-10 &   6 & 120 & 3.435+01 & 2.299+04 & 9.488-09 & 6.870-06 \\
   5 & 150 & 2.485+01 & 1.690+04 & 2.607-09 & 7.148-07 &   6 & 121 & 3.434+01 & 1.391+06 & 5.739-07 & 4.154-04 \\
   5 & 151 & 2.485+01 & 1.524+04 & 3.292-09 & 9.025-07 &   6 & 123 & 3.434+01 & 4.698+05 & 1.384-07 & 1.001-04 \\
   5 & 153 & 2.484+01 & 3.979+04 & 8.589-09 & 2.353-06 &   6 & 132 & 3.210+01 & 3.584+06 & 5.535-07 & 3.270-04 \\
   6 &   7 & 3.394+03 & 1.402-02 & 4.034-11 & 2.819-02 &   6 & 133 & 3.209+01 & 3.068+06 & 7.894-07 & 4.661-04 \\
   6 &   8 & 2.365+03 & 3.882-01 & 7.595-10 & 1.795-01 &   6 & 134 & 3.208+01 & 2.592+06 & 9.332-07 & 5.505-04 \\
   6 &   9 & 1.926+03 & 2.414-02 & 1.343-11 & 1.715-03 &   6 & 135 & 3.193+01 & 9.925+03 & 2.529-09 & 1.472-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   6 & 140 & 2.673+01 & 8.626+02 & 9.237-11 & 3.150-08 &   7 &  83 & 3.695+01 & 2.950+07 & 1.208-06 & 1.814-03 \\
   6 & 146 & 2.590+01 & 8.684+03 & 8.733-10 & 2.711-07 &   7 &  94 & 3.600+01 & 3.989+06 & 4.650-07 & 6.462-04 \\
   6 & 147 & 2.590+01 & 2.554+02 & 4.281-11 & 1.329-08 &   7 &  95 & 3.599+01 & 4.183+06 & 8.122-07 & 1.127-03 \\
   6 & 148 & 2.589+01 & 1.926+03 & 4.517-10 & 1.401-07 &   7 &  97 & 3.599+01 & 3.952+07 & 1.381-05 & 1.917-02 \\
   6 & 149 & 2.585+01 & 9.474-00 & 1.582-12 & 4.880-10 &   7 &  98 & 3.597+01 & 2.518+06 & 6.836-07 & 9.472-04 \\
   6 & 154 & 2.567+01 & 1.144+03 & 2.637-10 & 7.973-08 &   7 &  99 & 3.596+01 & 7.398+06 & 1.434-06 & 1.986-03 \\
   7 &   8 & 7.800+03 & 6.123-04 & 7.819-12 & 1.105-01 &   7 & 100 & 3.596+01 & 1.983+07 & 5.382-06 & 7.452-03 \\
   7 &   9 & 4.454+03 & 1.938-02 & 3.459-11 & 9.105-02 &   7 & 101 & 3.595+01 & 4.101+05 & 1.430-07 & 1.980-04 \\
   7 &  10 & 2.718+03 & 2.397-01 & 2.654-10 & 1.586-01 &   7 & 110 & 3.594+01 & 4.960+05 & 5.762-08 & 7.964-05 \\
   7 &  11 & 1.221+03 & 1.784+01 & 7.976-10 & 4.327-02 &   7 & 111 & 3.589+01 & 2.296+03 & 2.660-10 & 3.662-07 \\
   7 &  12 & 1.025+03 & 1.667-00 & 1.576-10 & 5.054-03 &   7 & 112 & 3.586+01 & 1.023+05 & 1.972-08 & 2.709-05 \\
   7 &  13 & 8.101+02 & 1.118-00 & 6.601-11 & 1.045-03 &   7 & 113 & 3.574+01 & 1.167+06 & 4.470-08 & 6.075-05 \\
   7 &  14 & 7.900+02 & 1.516-00 & 1.419-10 & 2.083-03 &   7 & 114 & 3.514+01 & 1.391+05 & 1.545-08 & 1.997-05 \\
   7 &  15 & 4.000+02 & 1.164+03 & 5.581-09 & 1.064-02 &   7 & 119 & 3.494+01 & 2.551+05 & 9.337-09 & 1.186-05 \\
   7 &  28 & 1.207+02 & 4.444+03 & 5.826-09 & 3.052-04 &   7 & 120 & 3.470+01 & 4.568+04 & 1.154-08 & 1.436-05 \\
   7 &  29 & 1.134+02 & 1.208+04 & 4.659-09 & 2.024-04 &   7 & 121 & 3.469+01 & 1.396+05 & 3.526-08 & 4.386-05 \\
   7 &  34 & 6.874+01 & 2.240+04 & 9.520-09 & 9.210-05 &   7 & 122 & 3.469+01 & 2.506+05 & 8.140-08 & 1.012-04 \\
   7 &  35 & 6.869+01 & 3.871+04 & 2.738-08 & 2.643-04 &   7 & 123 & 3.469+01 & 1.776+03 & 3.203-10 & 3.982-07 \\
   7 &  36 & 6.859+01 & 2.531+04 & 2.499-08 & 2.402-04 &   7 & 132 & 3.240+01 & 6.074+04 & 5.736-09 & 5.811-06 \\
   7 &  37 & 6.671+01 & 1.024+02 & 6.829-11 & 6.037-07 &   7 & 133 & 3.240+01 & 5.689+04 & 8.951-09 & 9.064-06 \\
   7 &  40 & 5.385+01 & 1.125+07 & 2.933-06 & 1.364-02 &   7 & 134 & 3.239+01 & 2.093+02 & 4.607-11 & 4.660-08 \\
   7 &  43 & 5.364+01 & 1.848+05 & 7.972-08 & 3.663-04 &   7 & 135 & 3.224+01 & 3.666+03 & 5.713-10 & 5.700-07 \\
   7 &  44 & 5.348+01 & 1.715+07 & 1.030-05 & 4.692-02 &   7 & 140 & 2.694+01 & 1.078+05 & 7.039-09 & 4.097-06 \\
   7 &  45 & 5.339+01 & 3.295+07 & 8.448-06 & 3.828-02 &   7 & 141 & 2.687+01 & 1.273+05 & 2.756-09 & 1.593-06 \\
   7 &  46 & 5.325+01 & 3.192+07 & 1.357-05 & 6.103-02 &   7 & 146 & 2.610+01 & 1.487+05 & 9.111-09 & 4.824-06 \\
   7 &  47 & 5.237+01 & 4.679+07 & 3.848-06 & 1.646-02 &   7 & 147 & 2.610+01 & 8.482+04 & 8.660-09 & 4.583-06 \\
   7 &  48 & 5.090+01 & 9.719+04 & 2.265-08 & 8.900-05 &   7 & 148 & 2.609+01 & 3.874+04 & 5.537-09 & 2.929-06 \\
   7 &  49 & 5.066+01 & 5.040+03 & 1.163-09 & 4.505-06 &   7 & 149 & 2.605+01 & 3.259+04 & 3.315-09 & 1.744-06 \\
   7 &  50 & 5.061+01 & 2.340+05 & 8.988-08 & 3.470-04 &   7 & 154 & 2.587+01 & 2.568+04 & 3.606-09 & 1.859-06 \\
   7 &  56 & 4.993+01 & 2.265+06 & 1.693-07 & 6.277-04 &   7 & 155 & 2.587+01 & 1.592+05 & 2.875-08 & 1.482-05 \\
   7 &  60 & 4.847+01 & 2.461+07 & 5.202-06 & 1.765-02 &   7 & 157 & 2.587+01 & 3.665+01 & 6.618-12 & 3.411-09 \\
   7 &  61 & 4.847+01 & 2.641+08 & 1.675-04 & 5.681-01 &   8 &   9 & 1.039+04 & 4.801-05 & 3.327-13 & 1.554-02 \\
   7 &  63 & 4.845+01 & 2.204+07 & 7.755-06 & 2.626-02 &   8 &  10 & 4.171+03 & 3.010-02 & 5.606-11 & 1.696-01 \\
   7 &  64 & 4.838+01 & 3.562+07 & 1.750-05 & 5.903-02 &   8 &  12 & 1.180+03 & 3.780-03 & 3.382-13 & 2.318-05 \\
   7 &  65 & 4.837+01 & 5.256+07 & 1.844-05 & 6.217-02 &   8 &  13 & 9.040+02 & 1.339+01 & 7.029-10 & 2.165-02 \\
   7 &  66 & 4.837+01 & 1.186+08 & 5.824-05 & 1.963-01 &   8 &  14 & 8.790+02 & 2.983-00 & 2.468-10 & 6.988-03 \\
   7 &  67 & 4.835+01 & 3.565+06 & 2.249-06 & 7.572-03 &   8 &  28 & 1.226+02 & 8.981+03 & 8.675-09 & 6.668-04 \\
   7 &  72 & 4.615+01 & 1.157+05 & 5.174-08 & 1.515-04 &   8 &  34 & 6.935+01 & 2.110+02 & 6.521-11 & 9.069-07 \\
   7 &  73 & 4.613+01 & 2.462+06 & 1.414-06 & 4.134-03 &   8 &  35 & 6.930+01 & 1.222+03 & 6.283-10 & 8.718-06 \\
   7 &  74 & 4.611+01 & 7.409+05 & 3.307-07 & 9.655-04 &   8 &  36 & 6.920+01 & 2.460+03 & 1.766-09 & 2.440-05 \\
   7 &  75 & 4.611+01 & 4.300+05 & 1.370-07 & 4.001-04 &   8 &  37 & 6.728+01 & 8.530-00 & 4.135-12 & 5.251-08 \\
   7 &  78 & 3.735+01 & 7.355+06 & 9.228-07 & 1.432-03 &   8 &  40 & 5.422+01 & 7.655+07 & 1.446-05 & 9.609-02 \\
   7 &  79 & 3.729+01 & 2.284+05 & 4.761-08 & 7.355-05 &   8 &  43 & 5.401+01 & 2.433+07 & 7.600-06 & 4.992-02 \\
   7 &  80 & 3.726+01 & 9.424+06 & 2.745-06 & 4.228-03 &   8 &  44 & 5.385+01 & 2.231+07 & 9.700-06 & 6.316-02 \\
   7 &  81 & 3.723+01 & 1.698+07 & 2.118-06 & 3.256-03 &   8 &  45 & 5.376+01 & 1.253+06 & 2.326-07 & 1.506-03 \\
   7 &  82 & 3.720+01 & 1.634+07 & 3.391-06 & 5.199-03 &   8 &  46 & 5.362+01 & 2.702+07 & 8.320-06 & 5.348-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   8 &  48 & 5.124+01 & 1.795+04 & 3.028-09 & 1.699-05 &   8 & 155 & 2.595+01 & 1.957+04 & 2.541-09 & 1.852-06 \\
   8 &  49 & 5.099+01 & 4.158+05 & 6.946-08 & 3.839-04 &   8 & 156 & 2.595+01 & 1.921+05 & 3.048-08 & 2.222-05 \\
   8 &  50 & 5.094+01 & 2.905+04 & 8.074-09 & 4.451-05 &   8 & 157 & 2.595+01 & 1.257+04 & 1.632-09 & 1.189-06 \\
   8 &  60 & 4.878+01 & 1.519+06 & 2.322-07 & 1.124-03 &   9 &  10 & 6.970+03 & 1.670-03 & 2.027-11 & 1.226-01 \\
   8 &  61 & 4.878+01 & 3.322+07 & 1.524-05 & 7.372-02 &   9 &  12 & 1.331+03 & 3.993-05 & 1.061-14 & 4.476-07 \\
   8 &  62 & 4.877+01 & 3.332+08 & 1.868-04 & 9.036-01 &   9 &  13 & 9.902+02 & 5.774-01 & 8.486-11 & 1.472-03 \\
   8 &  63 & 4.875+01 & 9.512+06 & 2.421-06 & 1.170-02 &   9 &  14 & 9.603+02 & 9.844-03 & 2.268-12 & 3.589-05 \\
   8 &  64 & 4.869+01 & 4.614+07 & 1.640-05 & 7.888-02 &   9 &  28 & 1.241+02 & 1.179+03 & 2.722-09 & 9.290-05 \\
   8 &  65 & 4.868+01 & 4.059+06 & 1.030-06 & 4.953-03 &   9 &  34 & 6.982+01 & 1.438+04 & 1.051-08 & 6.393-05 \\
   8 &  66 & 4.867+01 & 7.638+06 & 2.713-06 & 1.304-02 &   9 &  35 & 6.977+01 & 3.604+03 & 4.384-09 & 2.660-05 \\
   8 &  67 & 4.865+01 & 1.150+08 & 5.247-05 & 2.520-01 &   9 &  36 & 6.966+01 & 8.954+04 & 1.520-07 & 9.183-04 \\
   8 &  72 & 4.643+01 & 1.400+04 & 4.523-09 & 1.887-05 &   9 &  37 & 6.772+01 & 1.790+05 & 2.051-07 & 1.138-03 \\
   8 &  73 & 4.641+01 & 1.008+05 & 4.187-08 & 1.745-04 &   9 &  40 & 5.450+01 & 7.849+05 & 3.496-07 & 1.011-03 \\
   8 &  74 & 4.639+01 & 2.319+04 & 7.482-09 & 3.113-05 &   9 &  43 & 5.429+01 & 1.690+07 & 1.244-05 & 3.558-02 \\
   8 &  75 & 4.638+01 & 5.025+03 & 1.158-09 & 4.817-06 &   9 &  44 & 5.413+01 & 1.560+06 & 1.599-06 & 4.533-03 \\
   8 &  78 & 3.753+01 & 3.983+07 & 3.604-06 & 7.942-03 &   9 &  45 & 5.404+01 & 2.096+07 & 9.174-06 & 2.586-02 \\
   8 &  79 & 3.747+01 & 1.151+07 & 1.730-06 & 3.796-03 &   9 &  46 & 5.390+01 & 2.170+07 & 1.575-05 & 4.407-02 \\
   8 &  80 & 3.744+01 & 1.176+07 & 2.471-06 & 5.404-03 &   9 &  48 & 5.149+01 & 1.895+03 & 7.532-10 & 1.838-06 \\
   8 &  81 & 3.741+01 & 5.073+05 & 4.562-08 & 9.960-05 &   9 &  49 & 5.124+01 & 4.491+05 & 1.768-07 & 4.251-04 \\
   8 &  82 & 3.738+01 & 1.228+07 & 1.838-06 & 4.002-03 &   9 &  50 & 5.119+01 & 7.294+05 & 4.777-07 & 1.145-03 \\
   8 &  94 & 3.617+01 & 2.744+05 & 2.306-08 & 4.549-05 &   9 &  60 & 4.901+01 & 1.341+07 & 4.830-06 & 1.016-02 \\
   8 &  95 & 3.616+01 & 1.883+06 & 2.636-07 & 5.194-04 &   9 &  63 & 4.898+01 & 1.715+07 & 1.028-05 & 2.159-02 \\
   8 &  96 & 3.615+01 & 4.629+07 & 1.425-05 & 2.808-02 &   9 &  64 & 4.892+01 & 1.312+07 & 1.098-05 & 2.297-02 \\
   8 &  97 & 3.615+01 & 4.897+06 & 1.234-06 & 2.430-03 &   9 &  65 & 4.890+01 & 1.348+08 & 8.057-05 & 1.684-01 \\
   8 &  98 & 3.613+01 & 6.360+06 & 1.245-06 & 2.449-03 &   9 &  66 & 4.890+01 & 1.975+08 & 1.652-04 & 3.451-01 \\
   8 &  99 & 3.612+01 & 4.351+05 & 6.080-08 & 1.195-04 &   9 &  72 & 4.663+01 & 3.566+06 & 2.713-06 & 4.916-03 \\
   8 & 100 & 3.612+01 & 1.740+06 & 3.405-07 & 6.692-04 &   9 &  74 & 4.659+01 & 3.780+05 & 2.871-07 & 5.189-04 \\
   8 & 101 & 3.612+01 & 1.515+07 & 3.810-06 & 7.486-03 &   9 &  75 & 4.659+01 & 4.100+06 & 2.224-06 & 4.019-03 \\
   8 & 110 & 3.610+01 & 1.539+04 & 1.288-09 & 2.528-06 &   9 &  78 & 3.766+01 & 7.457+05 & 1.586-07 & 1.514-04 \\
   8 & 111 & 3.606+01 & 1.089+04 & 9.096-10 & 1.778-06 &   9 &  79 & 3.761+01 & 9.384+06 & 3.317-06 & 3.152-03 \\
   8 & 112 & 3.603+01 & 4.676+04 & 6.499-09 & 1.267-05 &   9 &  80 & 3.757+01 & 1.066+06 & 5.262-07 & 4.986-04 \\
   8 & 114 & 3.530+01 & 2.906+05 & 2.327-08 & 4.269-05 &   9 &  81 & 3.755+01 & 1.103+07 & 2.331-06 & 2.205-03 \\
   8 & 120 & 3.485+01 & 6.767+02 & 1.232-10 & 2.176-07 &   9 &  82 & 3.751+01 & 1.176+07 & 4.136-06 & 3.902-03 \\
   8 & 121 & 3.485+01 & 3.479+04 & 6.334-09 & 1.118-05 &   9 &  94 & 3.629+01 & 2.383+06 & 4.706-07 & 4.020-04 \\
   8 & 122 & 3.485+01 & 1.748+02 & 4.091-11 & 7.218-08 &   9 &  95 & 3.628+01 & 1.390+06 & 4.572-07 & 3.902-04 \\
   8 & 123 & 3.484+01 & 8.159+03 & 1.061-09 & 1.871-06 &   9 &  98 & 3.626+01 & 3.943+06 & 1.813-06 & 1.545-03 \\
   8 & 132 & 3.254+01 & 5.235+03 & 3.561-10 & 5.113-07 &   9 &  99 & 3.625+01 & 2.095+07 & 6.879-06 & 5.856-03 \\
   8 & 133 & 3.253+01 & 3.193+04 & 3.618-09 & 5.194-06 &   9 & 100 & 3.625+01 & 2.676+07 & 1.230-05 & 1.047-02 \\
   8 & 134 & 3.252+01 & 5.720+04 & 9.069-09 & 1.301-05 &   9 & 110 & 3.623+01 & 3.512+04 & 6.910-09 & 5.871-06 \\
   8 & 135 & 3.237+01 & 8.599+01 & 9.650-12 & 1.365-08 &   9 & 111 & 3.618+01 & 2.004+05 & 3.933-08 & 3.329-05 \\
   8 & 140 & 2.703+01 & 2.898+05 & 1.360-08 & 1.120-05 &   9 & 112 & 3.615+01 & 3.071+05 & 1.003-07 & 8.471-05 \\
   8 & 146 & 2.619+01 & 2.711+04 & 1.195-09 & 8.943-07 &   9 & 114 & 3.542+01 & 4.926+04 & 9.266-09 & 7.359-06 \\
   8 & 147 & 2.618+01 & 1.606+05 & 1.179-08 & 8.826-06 &   9 & 120 & 3.497+01 & 5.211+05 & 2.229-07 & 1.704-04 \\
   8 & 148 & 2.618+01 & 2.785+05 & 2.862-08 & 2.141-05 &   9 & 121 & 3.497+01 & 2.352+04 & 1.006-08 & 7.683-06 \\
   8 & 149 & 2.613+01 & 6.215+02 & 4.545-11 & 3.382-08 &   9 & 123 & 3.496+01 & 5.211+05 & 1.592-07 & 1.215-04 \\
   8 & 154 & 2.595+01 & 2.721+03 & 2.748-10 & 2.003-07 &   9 & 132 & 3.264+01 & 1.905+04 & 3.043-09 & 1.890-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   9 & 133 & 3.263+01 & 1.817+05 & 4.835-08 & 3.002-05 &  10 &  83 & 3.746+01 & 2.880+07 & 1.212-06 & 1.897-03 \\
   9 & 134 & 3.262+01 & 2.614+05 & 9.730-08 & 6.037-05 &  10 &  94 & 3.649+01 & 3.484+06 & 4.172-07 & 6.034-04 \\
   9 & 135 & 3.247+01 & 1.703+04 & 4.486-09 & 2.745-06 &  10 &  95 & 3.647+01 & 1.098+07 & 2.190-06 & 3.165-03 \\
   9 & 140 & 2.710+01 & 2.932+04 & 3.228-09 & 1.148-06 &  10 &  97 & 3.647+01 & 4.983+06 & 1.788-06 & 2.583-03 \\
   9 & 146 & 2.625+01 & 5.188+04 & 5.360-09 & 1.733-06 &  10 &  98 & 3.645+01 & 2.164+07 & 6.035-06 & 8.704-03 \\
   9 & 147 & 2.625+01 & 3.476+04 & 5.986-09 & 1.935-06 &  10 &  99 & 3.644+01 & 1.257+05 & 2.503-08 & 3.607-05 \\
   9 & 148 & 2.625+01 & 4.345+02 & 1.047-10 & 3.383-08 &  10 & 100 & 3.644+01 & 1.159+05 & 3.229-08 & 4.653-05 \\
   9 & 149 & 2.620+01 & 2.916+01 & 5.002-12 & 1.607-09 &  10 & 101 & 3.644+01 & 3.150+07 & 1.128-05 & 1.625-02 \\
   9 & 154 & 2.602+01 & 4.113+04 & 9.741-09 & 3.066-06 &  10 & 110 & 3.642+01 & 2.031+05 & 2.423-08 & 3.485-05 \\
  10 &  11 & 2.218+03 & 3.498-01 & 5.160-11 & 1.677-02 &  10 & 111 & 3.637+01 & 1.296+04 & 1.542-09 & 2.209-06 \\
  10 &  12 & 1.646+03 & 8.058-02 & 1.963-11 & 2.607-03 &  10 & 112 & 3.634+01 & 2.052+05 & 4.064-08 & 5.810-05 \\
  10 &  13 & 1.154+03 & 3.080-01 & 3.690-11 & 1.689-03 &  10 & 113 & 3.621+01 & 1.826+06 & 7.178-08 & 1.015-04 \\
  10 &  14 & 1.114+03 & 4.620-03 & 8.590-13 & 3.534-05 &  10 & 114 & 3.560+01 & 1.470+02 & 1.676-11 & 2.253-08 \\
  10 &  15 & 4.690+02 & 8.269+02 & 5.454-09 & 1.676-02 &  10 & 119 & 3.539+01 & 2.938+05 & 1.103-08 & 1.457-05 \\
  10 &  28 & 1.263+02 & 4.992-00 & 7.166-12 & 4.302-07 &  10 & 120 & 3.515+01 & 2.811+03 & 7.287-10 & 9.423-07 \\
  10 &  29 & 1.183+02 & 1.133+04 & 4.758-09 & 2.349-04 &  10 & 121 & 3.514+01 & 5.051+04 & 1.309-08 & 1.692-05 \\
  10 &  34 & 7.053+01 & 6.708+04 & 3.001-08 & 3.135-04 &  10 & 122 & 3.514+01 & 2.914+03 & 9.709-10 & 1.255-06 \\
  10 &  35 & 7.047+01 & 1.576+05 & 1.173-07 & 1.223-03 &  10 & 123 & 3.514+01 & 4.367+04 & 8.083-09 & 1.044-05 \\
  10 &  36 & 7.037+01 & 1.764+05 & 1.834-07 & 1.903-03 &  10 & 132 & 3.279+01 & 4.208+04 & 4.071-09 & 4.275-06 \\
  10 &  37 & 6.838+01 & 1.402+03 & 9.827-10 & 9.359-06 &  10 & 133 & 3.279+01 & 9.122+04 & 1.470-08 & 1.543-05 \\
  10 &  40 & 5.493+01 & 3.948+06 & 1.072-06 & 5.291-03 &  10 & 134 & 3.278+01 & 9.886+04 & 2.229-08 & 2.338-05 \\
  10 &  43 & 5.472+01 & 3.208+07 & 1.440-05 & 7.025-02 &  10 & 135 & 3.263+01 & 8.416+03 & 1.343-09 & 1.389-06 \\
  10 &  44 & 5.456+01 & 1.953+07 & 1.220-05 & 5.899-02 &  10 & 140 & 2.721+01 & 2.653+02 & 1.766-11 & 1.059-08 \\
  10 &  45 & 5.446+01 & 3.523+07 & 9.399-06 & 4.521-02 &  10 & 141 & 2.714+01 & 1.441+05 & 3.184-09 & 1.896-06 \\
  10 &  46 & 5.432+01 & 1.227+05 & 5.429-08 & 2.591-04 &  10 & 146 & 2.635+01 & 9.131+03 & 5.703-10 & 3.108-07 \\
  10 &  47 & 5.340+01 & 3.667+07 & 3.135-06 & 1.422-02 &  10 & 147 & 2.635+01 & 1.398+04 & 1.455-09 & 7.928-07 \\
  10 &  48 & 5.188+01 & 1.031+05 & 2.496-08 & 1.038-04 &  10 & 148 & 2.635+01 & 1.250+04 & 1.821-09 & 9.918-07 \\
  10 &  49 & 5.162+01 & 2.788+03 & 6.684-10 & 2.738-06 &  10 & 149 & 2.630+01 & 4.609+04 & 4.779-09 & 2.588-06 \\
  10 &  50 & 5.157+01 & 9.357+04 & 3.731-08 & 1.524-04 &  10 & 154 & 2.612+01 & 5.457+01 & 7.811-12 & 4.144-09 \\
  10 &  56 & 5.086+01 & 5.372+06 & 4.167-07 & 1.633-03 &  10 & 155 & 2.612+01 & 2.286+04 & 4.208-09 & 2.232-06 \\
  10 &  60 & 4.935+01 & 2.673+07 & 5.857-06 & 2.097-02 &  10 & 157 & 2.611+01 & 4.517+04 & 8.313-09 & 4.409-06 \\
  10 &  61 & 4.935+01 & 3.790+07 & 2.491-05 & 8.919-02 &  11 &  14 & 2.237+03 & 1.621-01 & 6.080-10 & 4.054-02 \\
  10 &  63 & 4.933+01 & 7.520+07 & 2.743-05 & 9.805-02 &  11 &  35 & 7.278+01 & 9.310+04 & 3.697-07 & 8.490-04 \\
  10 &  64 & 4.926+01 & 1.465+08 & 7.464-05 & 2.657-01 &  11 &  37 & 7.056+01 & 1.884+02 & 7.031-10 & 1.471-06 \\
  10 &  65 & 4.925+01 & 3.682+06 & 1.339-06 & 4.763-03 &  11 &  43 & 5.610+01 & 5.882+06 & 1.388-05 & 1.459-02 \\
  10 &  66 & 4.924+01 & 7.144+06 & 3.636-06 & 1.293-02 &  11 &  46 & 5.568+01 & 4.717+06 & 1.096-05 & 1.127-02 \\
  10 &  67 & 4.923+01 & 2.100+08 & 1.373-04 & 4.880-01 &  11 &  50 & 5.280+01 & 7.694+06 & 1.608-05 & 1.410-02 \\
  10 &  72 & 4.695+01 & 2.504+04 & 1.158-08 & 3.571-05 &  11 &  63 & 5.045+01 & 2.502+07 & 4.773-05 & 3.650-02 \\
  10 &  73 & 4.693+01 & 4.192+02 & 2.491-10 & 7.668-07 &  11 &  65 & 5.037+01 & 5.326+07 & 1.013-04 & 7.709-02 \\
  10 &  74 & 4.691+01 & 3.422+05 & 1.580-07 & 4.857-04 &  11 &  75 & 4.792+01 & 7.327+07 & 1.261-04 & 8.265-02 \\
  10 &  75 & 4.690+01 & 8.748+04 & 2.886-08 & 8.868-05 &  11 &  79 & 3.847+01 & 3.925+06 & 4.354-06 & 1.476-03 \\
  10 &  78 & 3.787+01 & 2.028+06 & 2.616-07 & 4.231-04 &  11 &  82 & 3.837+01 & 3.325+06 & 3.669-06 & 1.234-03 \\
  10 &  79 & 3.781+01 & 1.813+07 & 3.885-06 & 6.256-03 &  11 &  95 & 3.708+01 & 3.113+06 & 3.208-06 & 9.744-04 \\
  10 &  80 & 3.777+01 & 1.090+07 & 3.264-06 & 5.238-03 &  11 &  99 & 3.705+01 & 9.512+06 & 9.787-06 & 2.965-03 \\
  10 &  81 & 3.775+01 & 1.928+07 & 2.472-06 & 3.960-03 &  11 & 112 & 3.695+01 & 3.200+06 & 3.275-06 & 9.840-04 \\
  10 &  82 & 3.772+01 & 6.994+04 & 1.492-08 & 2.384-05 &  11 & 123 & 3.570+01 & 1.032+07 & 9.863-06 & 2.674-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  11 & 133 & 3.328+01 & 9.143+04 & 7.591-08 & 1.666-05 &  12 & 134 & 3.344+01 & 1.243+04 & 4.864-09 & 3.251-06 \\
  11 & 135 & 3.311+01 & 2.563+03 & 2.107-09 & 4.556-07 &  12 & 135 & 3.328+01 & 8.642+03 & 2.392-09 & 1.576-06 \\
  11 & 147 & 2.667+01 & 7.304+03 & 3.893-09 & 4.397-07 &  12 & 140 & 2.766+01 & 6.736+04 & 7.729-09 & 2.924-06 \\
  11 & 149 & 2.661+01 & 1.030+05 & 5.467-08 & 6.138-06 &  12 & 146 & 2.678+01 & 6.675+04 & 7.177-09 & 2.463-06 \\
  12 &  13 & 3.863+03 & 6.069-02 & 1.358-10 & 1.398-01 &  12 & 147 & 2.678+01 & 9.554+04 & 1.712-08 & 5.874-06 \\
  12 &  14 & 3.445+03 & 5.802-02 & 1.720-10 & 1.257-01 &  12 & 148 & 2.677+01 & 5.502+03 & 1.380-09 & 4.732-07 \\
  12 &  28 & 1.368+02 & 2.153+03 & 6.042-09 & 2.766-04 &  12 & 149 & 2.673+01 & 5.576+02 & 9.952-11 & 3.394-08 \\
  12 &  34 & 7.368+01 & 2.954+03 & 2.404-09 & 1.719-05 &  12 & 154 & 2.654+01 & 1.146+05 & 2.824-08 & 9.432-06 \\
  12 &  35 & 7.362+01 & 9.367+03 & 1.269-08 & 9.047-05 &  13 &  14 & 3.182+04 & 5.493-07 & 1.390-13 & 8.002-02 \\
  12 &  36 & 7.351+01 & 2.222+02 & 4.200-10 & 2.982-06 &  13 &  28 & 1.419+02 & 1.974+02 & 5.955-10 & 3.038-05 \\
  12 &  37 & 7.135+01 & 6.801+04 & 8.650-08 & 5.614-04 &  13 &  34 & 7.512+01 & 1.332+04 & 1.126-08 & 8.531-05 \\
  12 &  40 & 5.683+01 & 3.088+05 & 1.495-07 & 4.904-04 &  13 &  35 & 7.505+01 & 1.036+04 & 1.458-08 & 1.102-04 \\
  12 &  43 & 5.660+01 & 3.004+05 & 2.404-07 & 7.789-04 &  13 &  36 & 7.494+01 & 1.925+05 & 3.781-07 & 2.843-03 \\
  12 &  44 & 5.643+01 & 2.146+04 & 2.390-08 & 7.671-05 &  13 &  37 & 7.269+01 & 3.460+04 & 4.568-08 & 3.135-04 \\
  12 &  45 & 5.632+01 & 3.691+05 & 1.755-07 & 5.603-04 &  13 &  40 & 5.768+01 & 7.665+03 & 3.823-09 & 1.311-05 \\
  12 &  46 & 5.617+01 & 3.876+05 & 3.056-07 & 9.678-04 &  13 &  43 & 5.744+01 & 4.162+05 & 3.431-07 & 1.162-03 \\
  12 &  48 & 5.356+01 & 3.488+05 & 1.500-07 & 4.120-04 &  13 &  44 & 5.726+01 & 1.247+06 & 1.430-06 & 4.798-03 \\
  12 &  49 & 5.329+01 & 4.962+07 & 2.113-05 & 5.715-02 &  13 &  45 & 5.715+01 & 5.627+04 & 2.756-08 & 9.193-05 \\
  12 &  50 & 5.324+01 & 2.425+07 & 1.718-05 & 4.632-02 &  13 &  46 & 5.700+01 & 5.508+02 & 4.472-10 & 1.480-06 \\
  12 &  60 & 5.088+01 & 2.117+05 & 8.217-08 & 1.934-04 &  13 &  48 & 5.432+01 & 4.523+07 & 2.001-05 & 5.730-02 \\
  12 &  63 & 5.085+01 & 1.238+06 & 8.001-07 & 1.880-03 &  13 &  49 & 5.404+01 & 1.768+07 & 7.742-06 & 2.183-02 \\
  12 &  64 & 5.078+01 & 1.233+06 & 1.112-06 & 2.603-03 &  13 &  50 & 5.399+01 & 1.530+07 & 1.114-05 & 3.133-02 \\
  12 &  65 & 5.077+01 & 2.387+06 & 1.537-06 & 3.595-03 &  13 &  60 & 5.156+01 & 9.825+06 & 3.916-06 & 9.591-03 \\
  12 &  66 & 5.076+01 & 2.163+06 & 1.950-06 & 4.557-03 &  13 &  63 & 5.153+01 & 7.030+06 & 4.664-06 & 1.140-02 \\
  12 &  72 & 4.833+01 & 2.686+08 & 2.195-04 & 4.426-01 &  13 &  64 & 5.146+01 & 2.503+06 & 2.319-06 & 5.645-03 \\
  12 &  74 & 4.828+01 & 1.357+05 & 1.106-07 & 2.225-04 &  13 &  65 & 5.145+01 & 1.552+05 & 1.026-07 & 2.497-04 \\
  12 &  75 & 4.828+01 & 9.284+07 & 5.408-05 & 1.088-01 &  13 &  66 & 5.144+01 & 2.686+05 & 2.486-07 & 6.046-04 \\
  12 &  78 & 3.876+01 & 1.925+05 & 4.335-08 & 4.511-05 &  13 &  72 & 4.894+01 & 1.494+07 & 1.252-05 & 2.622-02 \\
  12 &  79 & 3.870+01 & 2.476+05 & 9.268-08 & 9.600-05 &  13 &  74 & 4.890+01 & 2.602+08 & 2.176-04 & 4.545-01 \\
  12 &  80 & 3.866+01 & 1.555+04 & 8.130-09 & 8.395-06 &  13 &  75 & 4.889+01 & 5.729+07 & 3.422-05 & 7.146-02 \\
  12 &  81 & 3.864+01 & 3.824+05 & 8.559-08 & 8.821-05 &  13 &  78 & 3.915+01 & 1.885+03 & 4.331-10 & 4.645-07 \\
  12 &  82 & 3.860+01 & 3.644+05 & 1.357-07 & 1.395-04 &  13 &  79 & 3.909+01 & 4.356+05 & 1.663-07 & 1.776-04 \\
  12 &  94 & 3.731+01 & 1.135+04 & 2.369-09 & 2.199-06 &  13 &  80 & 3.905+01 & 9.445+05 & 5.039-07 & 5.362-04 \\
  12 &  95 & 3.730+01 & 2.640+05 & 9.176-08 & 8.508-05 &  13 &  81 & 3.903+01 & 9.247+04 & 2.111-08 & 2.243-05 \\
  12 &  98 & 3.728+01 & 3.179+05 & 1.545-07 & 1.430-04 &  13 &  82 & 3.899+01 & 5.204+03 & 1.977-09 & 2.094-06 \\
  12 &  99 & 3.727+01 & 4.011+05 & 1.392-07 & 1.287-04 &  13 &  94 & 3.768+01 & 4.423+06 & 9.413-07 & 8.995-04 \\
  12 & 100 & 3.726+01 & 4.178+05 & 2.030-07 & 1.877-04 &  13 &  95 & 3.766+01 & 1.797+06 & 6.370-07 & 6.080-04 \\
  12 & 110 & 3.724+01 & 1.574+04 & 3.273-09 & 3.020-06 &  13 &  98 & 3.764+01 & 6.780+05 & 3.360-07 & 3.201-04 \\
  12 & 111 & 3.719+01 & 2.515+07 & 5.216-06 & 4.795-03 &  13 &  99 & 3.763+01 & 3.537+04 & 1.251-08 & 1.191-05 \\
  12 & 112 & 3.716+01 & 1.266+07 & 4.368-06 & 4.006-03 &  13 & 100 & 3.763+01 & 6.872+03 & 3.403-09 & 3.240-06 \\
  12 & 114 & 3.639+01 & 5.619+05 & 1.116-07 & 9.607-05 &  13 & 110 & 3.760+01 & 1.731+07 & 3.669-06 & 3.486-03 \\
  12 & 120 & 3.591+01 & 3.940+07 & 1.778-05 & 1.472-02 &  13 & 111 & 3.755+01 & 1.198+07 & 2.534-06 & 2.398-03 \\
  12 & 121 & 3.591+01 & 4.829+04 & 2.178-08 & 1.802-05 &  13 & 112 & 3.753+01 & 7.656+06 & 2.694-06 & 2.543-03 \\
  12 & 123 & 3.590+01 & 1.402+07 & 4.516-06 & 3.735-03 &  13 & 114 & 3.674+01 & 5.725+04 & 1.158-08 & 1.026-05 \\
  12 & 132 & 3.346+01 & 5.792+03 & 9.722-10 & 6.507-07 &  13 & 120 & 3.625+01 & 1.145+06 & 5.265-07 & 4.482-04 \\
  12 & 133 & 3.345+01 & 1.096+05 & 3.064-08 & 2.050-05 &  13 & 121 & 3.625+01 & 3.745+07 & 1.721-05 & 1.464-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  13 & 123 & 3.624+01 & 8.220+06 & 2.698-06 & 2.294-03 &  14 &  95 & 3.771+01 & 1.425+05 & 3.037-08 & 4.849-05 \\
  13 & 132 & 3.375+01 & 2.209+05 & 3.773-08 & 2.592-05 &  14 &  97 & 3.770+01 & 2.589+05 & 9.930-08 & 1.585-04 \\
  13 & 133 & 3.375+01 & 4.196+05 & 1.194-07 & 8.200-05 &  14 &  98 & 3.768+01 & 1.444+05 & 4.304-08 & 6.859-05 \\
  13 & 134 & 3.374+01 & 1.162+06 & 4.625-07 & 3.173-04 &  14 &  99 & 3.767+01 & 1.647+05 & 3.505-08 & 5.582-05 \\
  13 & 135 & 3.358+01 & 2.384+03 & 6.716-10 & 4.542-07 &  14 & 100 & 3.767+01 & 1.331+05 & 3.965-08 & 6.313-05 \\
  13 & 140 & 2.786+01 & 7.782+03 & 9.058-10 & 3.501-07 &  14 & 101 & 3.767+01 & 1.006+04 & 3.853-09 & 6.133-06 \\
  13 & 146 & 2.697+01 & 6.879+03 & 7.500-10 & 2.628-07 &  14 & 110 & 3.765+01 & 2.670+07 & 3.404-06 & 5.409-03 \\
  13 & 147 & 2.697+01 & 4.440+02 & 8.067-11 & 2.826-08 &  14 & 111 & 3.760+01 & 8.632+06 & 1.098-06 & 1.737-03 \\
  13 & 148 & 2.696+01 & 5.048+04 & 1.284-08 & 4.495-06 &  14 & 112 & 3.757+01 & 1.686+07 & 3.567-06 & 5.632-03 \\
  13 & 149 & 2.691+01 & 1.764-01 & 3.192-14 & 1.112-11 &  14 & 113 & 3.743+01 & 5.301+07 & 2.227-06 & 3.477-03 \\
  13 & 154 & 2.672+01 & 1.022+04 & 2.553-09 & 8.705-07 &  14 & 114 & 3.678+01 & 5.706+05 & 6.944-08 & 1.029-04 \\
  14 &  15 & 8.102+02 & 1.550+02 & 3.050-09 & 4.831-02 &  14 & 119 & 3.655+01 & 8.382+05 & 3.358-08 & 4.885-05 \\
  14 &  28 & 1.425+02 & 1.786+03 & 3.262-09 & 2.810-04 &  14 & 120 & 3.629+01 & 8.292+06 & 2.292-06 & 3.264-03 \\
  14 &  29 & 1.324+02 & 8.443+03 & 4.439-09 & 3.070-04 &  14 & 121 & 3.629+01 & 7.158+06 & 1.978-06 & 2.815-03 \\
  14 &  34 & 7.529+01 & 7.597+03 & 3.874-09 & 4.925-05 &  14 & 122 & 3.629+01 & 4.651+07 & 1.653-05 & 2.351-02 \\
  14 &  35 & 7.523+01 & 2.285+04 & 1.939-08 & 2.459-04 &  14 & 123 & 3.628+01 & 2.999+06 & 5.919-07 & 8.419-04 \\
  14 &  36 & 7.511+01 & 3.922+04 & 4.644-08 & 5.860-04 &  14 & 132 & 3.379+01 & 5.056+01 & 5.193-12 & 5.965-09 \\
  14 &  37 & 7.286+01 & 2.172+02 & 1.728-10 & 1.991-06 &  14 & 133 & 3.378+01 & 1.171+04 & 2.004-09 & 2.301-06 \\
  14 &  40 & 5.778+01 & 6.800+04 & 2.042-08 & 1.173-04 &  14 & 134 & 3.377+01 & 9.241+04 & 2.212-08 & 2.537-05 \\
  14 &  43 & 5.754+01 & 7.081+04 & 3.515-08 & 1.995-04 &  14 & 135 & 3.361+01 & 4.770+03 & 8.078-10 & 9.134-07 \\
  14 &  44 & 5.737+01 & 1.874+05 & 1.294-07 & 7.276-04 &  14 & 140 & 2.789+01 & 7.918+04 & 5.540-09 & 3.578-06 \\
  14 &  45 & 5.726+01 & 3.312+01 & 9.768-12 & 5.461-08 &  14 & 141 & 2.782+01 & 1.678+05 & 3.895-09 & 2.497-06 \\
  14 &  46 & 5.710+01 & 3.051+05 & 1.492-07 & 8.271-04 &  14 & 146 & 2.699+01 & 6.984+04 & 4.577-09 & 2.680-06 \\
  14 &  47 & 5.609+01 & 7.496+06 & 7.071-07 & 3.716-03 &  14 & 147 & 2.699+01 & 1.553+04 & 1.696-09 & 9.927-07 \\
  14 &  48 & 5.441+01 & 4.507+07 & 1.200-05 & 5.759-02 &  14 & 148 & 2.698+01 & 8.062+04 & 1.232-08 & 7.210-06 \\
  14 &  49 & 5.413+01 & 2.387+07 & 6.291-06 & 2.972-02 &  14 & 149 & 2.693+01 & 5.279+04 & 5.741-09 & 3.341-06 \\
  14 &  50 & 5.408+01 & 3.195+07 & 1.401-05 & 6.596-02 &  14 & 154 & 2.674+01 & 1.873+04 & 2.812-09 & 1.602-06 \\
  14 &  56 & 5.330+01 & 8.331+07 & 7.096-06 & 3.199-02 &  14 & 155 & 2.674+01 & 7.207+02 & 1.391-10 & 7.924-08 \\
  14 &  60 & 5.164+01 & 2.038+05 & 4.889-08 & 2.006-04 &  14 & 157 & 2.674+01 & 1.588+05 & 3.065-08 & 1.746-05 \\
  14 &  61 & 5.164+01 & 1.230+06 & 8.849-07 & 3.630-03 &  15 &  35 & 8.293+01 & 9.595+02 & 4.947-09 & 1.681-05 \\
  14 &  63 & 5.161+01 & 3.331+05 & 1.330-07 & 5.448-04 &  15 &  37 & 8.006+01 & 6.222+03 & 2.989-08 & 9.135-05 \\
  14 &  64 & 5.154+01 & 8.433+05 & 4.702-07 & 1.917-03 &  15 &  43 & 6.194+01 & 3.505+06 & 1.008-05 & 1.427-02 \\
  14 &  65 & 5.153+01 & 5.150+05 & 2.050-07 & 8.353-04 &  15 &  46 & 6.143+01 & 3.530+06 & 9.988-06 & 1.379-02 \\
  14 &  66 & 5.152+01 & 3.531+05 & 1.967-07 & 8.013-04 &  15 &  50 & 5.794+01 & 1.042+07 & 2.622-05 & 3.039-02 \\
  14 &  67 & 5.151+01 & 4.989+02 & 3.572-10 & 1.453-06 &  15 &  63 & 5.512+01 & 1.373+07 & 3.127-05 & 3.120-02 \\
  14 &  72 & 4.901+01 & 5.206+07 & 2.625-05 & 9.207-02 &  15 &  65 & 5.503+01 & 3.558+07 & 8.077-05 & 8.017-02 \\
  14 &  73 & 4.899+01 & 3.270+08 & 2.118-04 & 7.419-01 &  15 &  75 & 5.212+01 & 7.100+07 & 1.446-04 & 1.219-01 \\
  14 &  74 & 4.897+01 & 5.682+07 & 2.860-05 & 1.000-01 &  15 &  79 & 4.113+01 & 5.054+06 & 6.408-06 & 2.655-03 \\
  14 &  75 & 4.897+01 & 2.143+07 & 7.704-06 & 2.694-02 &  15 &  82 & 4.102+01 & 4.628+06 & 5.835-06 & 2.398-03 \\
  14 &  78 & 3.920+01 & 1.197+04 & 1.654-09 & 2.968-06 &  15 &  95 & 3.955+01 & 1.425+06 & 1.671-06 & 6.155-04 \\
  14 &  79 & 3.914+01 & 1.755+04 & 4.031-09 & 7.198-06 &  15 &  99 & 3.951+01 & 7.232+06 & 8.463-06 & 3.109-03 \\
  14 &  80 & 3.910+01 & 1.239+05 & 3.977-08 & 7.080-05 &  15 & 112 & 3.940+01 & 1.128+07 & 1.312-05 & 4.778-03 \\
  14 &  81 & 3.908+01 & 1.271+04 & 1.746-09 & 3.102-06 &  15 & 123 & 3.798+01 & 1.321+07 & 1.429-05 & 4.663-03 \\
  14 &  82 & 3.904+01 & 4.264+05 & 9.742-08 & 1.726-04 &  15 & 133 & 3.525+01 & 5.714+03 & 5.322-09 & 1.389-06 \\
  14 &  83 & 3.876+01 & 1.833+04 & 8.258-10 & 1.432-06 &  15 & 135 & 3.506+01 & 2.146+05 & 1.978-07 & 5.080-05 \\
  14 &  94 & 3.772+01 & 6.250+05 & 7.999-08 & 1.278-04 &  15 & 147 & 2.792+01 & 6.794+03 & 3.969-09 & 5.145-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  15 & 149 & 2.786+01 & 1.132+06 & 6.587-07 & 8.485-05 &  17 &  76 & 4.390+01 & 1.474+06 & 7.097-07 & 1.073-03 \\
  16 &  18 & 4.374+03 & 3.412-03 & 4.892-11 & 2.438-02 &  17 &  77 & 4.385+01 & 1.177+05 & 3.393-08 & 5.112-05 \\
  16 &  21 & 2.241+03 & 2.044-02 & 7.696-11 & 5.161-03 &  17 &  85 & 4.199+01 & 3.361+04 & 8.885-09 & 1.176-05 \\
  16 &  24 & 7.579+02 & 1.678-00 & 7.224-10 & 1.873-03 &  17 &  87 & 4.174+01 & 3.650+06 & 9.533-07 & 1.238-03 \\
  16 &  25 & 7.223+02 & 2.345-00 & 9.174-10 & 2.059-03 &  17 &  89 & 4.169+01 & 1.687+06 & 7.324-07 & 9.481-04 \\
  16 &  32 & 1.290+02 & 5.064-00 & 6.321-11 & 8.090-07 &  17 &  90 & 4.168+01 & 6.811+05 & 4.140-07 & 5.357-04 \\
  16 &  38 & 7.073+01 & 1.409+06 & 5.283-06 & 1.113-02 &  17 &  91 & 4.164+01 & 8.264+04 & 3.580-08 & 4.619-05 \\
  16 &  54 & 6.026+01 & 4.881+06 & 1.329-05 & 1.731-02 &  17 &  92 & 4.162+01 & 1.489+06 & 9.022-07 & 1.162-03 \\
  16 &  57 & 6.004+01 & 1.407+06 & 3.800-06 & 4.899-03 &  17 &  93 & 4.141+01 & 6.118+05 & 1.572-07 & 1.995-04 \\
  16 &  68 & 5.676+01 & 3.340+04 & 8.066-08 & 8.787-05 &  17 & 102 & 4.112+01 & 1.293+08 & 5.461-05 & 6.782-02 \\
  16 &  69 & 5.670+01 & 1.458+05 & 3.512-07 & 3.813-04 &  17 & 103 & 4.111+01 & 8.116+07 & 4.799-05 & 5.959-02 \\
  16 &  76 & 4.375+01 & 4.958+05 & 7.114-07 & 3.548-04 &  17 & 106 & 4.109+01 & 4.234+07 & 2.501-05 & 3.100-02 \\
  16 &  89 & 4.155+01 & 1.876+06 & 2.428-06 & 1.037-03 &  17 & 115 & 3.999+01 & 2.125+02 & 8.490-11 & 9.700-08 \\
  16 &  91 & 4.151+01 & 5.377+05 & 6.943-07 & 2.957-04 &  17 & 116 & 3.997+01 & 5.169+03 & 2.064-09 & 2.355-06 \\
  16 & 102 & 4.098+01 & 1.039+08 & 1.308-04 & 5.363-02 &  17 & 117 & 3.995+01 & 1.218+05 & 6.802-08 & 7.750-05 \\
  16 & 115 & 3.986+01 & 3.413+04 & 4.065-08 & 1.534-05 &  17 & 118 & 3.983+01 & 2.132+05 & 5.070-08 & 5.722-05 \\
  16 & 116 & 3.985+01 & 7.857+04 & 9.352-08 & 3.524-05 &  17 & 124 & 3.944+01 & 6.152+06 & 3.347-06 & 3.668-03 \\
  16 & 130 & 3.820+01 & 5.086+04 & 5.563-08 & 1.846-05 &  17 & 129 & 3.842+01 & 5.098+04 & 1.128-08 & 1.144-05 \\
  16 & 136 & 3.563+01 & 7.951+05 & 7.565-07 & 2.038-04 &  17 & 130 & 3.831+01 & 1.025+05 & 3.759-08 & 3.778-05 \\
  16 & 144 & 2.917+01 & 3.273+04 & 2.087-08 & 3.084-06 &  17 & 131 & 3.824+01 & 4.457+03 & 9.771-10 & 9.763-07 \\
  16 & 150 & 2.840+01 & 1.410+05 & 8.525-08 & 1.163-05 &  17 & 136 & 3.573+01 & 6.513+05 & 2.078-07 & 1.693-04 \\
  17 &  18 & 6.661+03 & 4.810-04 & 5.332-12 & 2.815-02 &  17 & 137 & 3.573+01 & 9.740+05 & 4.349-07 & 3.543-04 \\
  17 &  20 & 4.444+03 & 7.886-04 & 5.447-12 & 8.541-03 &  17 & 139 & 3.571+01 & 5.399+04 & 2.408-08 & 1.959-05 \\
  17 &  21 & 2.720+03 & 7.563-03 & 1.398-11 & 5.027-03 &  17 & 143 & 2.927+01 & 2.806+04 & 3.604-09 & 1.614-06 \\
  17 &  22 & 2.193+03 & 7.401-02 & 1.245-10 & 2.348-02 &  17 & 144 & 2.923+01 & 6.603+04 & 1.410-08 & 6.294-06 \\
  17 &  23 & 1.190+03 & 1.154-00 & 2.448-10 & 7.363-03 &  17 & 145 & 2.921+01 & 8.777+03 & 1.123-09 & 5.002-07 \\
  17 &  24 & 8.059+02 & 3.068-02 & 4.979-12 & 4.657-05 &  17 & 150 & 2.846+01 & 1.473+05 & 2.982-08 & 1.229-05 \\
  17 &  25 & 7.658+02 & 2.709-01 & 3.970-11 & 3.185-04 &  17 & 151 & 2.846+01 & 1.563+05 & 4.429-08 & 1.825-05 \\
  17 &  26 & 7.401+02 & 3.308-00 & 6.337-10 & 4.590-03 &  17 & 153 & 2.845+01 & 9.943+03 & 2.816-09 & 1.159-06 \\
  17 &  27 & 5.092+02 & 4.506-00 & 1.751-10 & 4.131-04 &  18 &  19 & 1.214+05 & 3.901-11 & 1.552-16 & 8.282-03 \\
  17 &  31 & 1.336+02 & 1.733+01 & 4.639-11 & 1.977-06 &  18 &  20 & 1.335+04 & 3.779-06 & 1.414-13 & 1.002-02 \\
  17 &  32 & 1.304+02 & 1.790-01 & 7.601-13 & 3.009-08 &  18 &  21 & 4.597+03 & 2.468-03 & 7.819-12 & 2.263-02 \\
  17 &  33 & 1.278+02 & 1.622+01 & 3.968-11 & 1.478-06 &  18 &  22 & 3.270+03 & 3.955-02 & 8.877-11 & 9.247-02 \\
  17 &  38 & 7.112+01 & 3.904+06 & 4.934-06 & 3.172-02 &  18 &  23 & 1.448+03 & 3.575-01 & 6.743-11 & 6.099-03 \\
  17 &  39 & 7.086+01 & 2.873+05 & 2.163-07 & 1.375-03 &  18 &  24 & 9.168+02 & 1.449-01 & 1.825-11 & 4.189-04 \\
  17 &  42 & 6.619+01 & 2.025+05 & 1.330-07 & 6.891-04 &  18 &  25 & 8.652+02 & 1.212-00 & 1.360-10 & 2.624-03 \\
  17 &  52 & 6.076+01 & 9.234+06 & 5.111-06 & 2.049-02 &  18 &  26 & 8.326+02 & 4.342-01 & 6.317-11 & 1.086-03 \\
  17 &  54 & 6.054+01 & 4.518+06 & 4.138-06 & 1.641-02 &  18 &  27 & 5.513+02 & 1.268+01 & 3.466-10 & 1.730-03 \\
  17 &  55 & 6.051+01 & 1.790+06 & 2.292-06 & 9.072-03 &  18 &  30 & 1.370+02 & 3.745+01 & 2.109-11 & 1.615-06 \\
  17 &  57 & 6.032+01 & 2.367+05 & 2.152-07 & 8.440-04 &  18 &  31 & 1.364+02 & 2.524+01 & 4.220-11 & 3.186-06 \\
  17 &  58 & 6.021+01 & 3.398+06 & 4.310-06 & 1.681-02 &  18 &  32 & 1.330+02 & 3.215+01 & 8.521-11 & 5.965-06 \\
  17 &  59 & 5.945+01 & 1.762+06 & 9.336-07 & 3.504-03 &  18 &  33 & 1.302+02 & 1.294+01 & 1.974-11 & 1.299-06 \\
  17 &  68 & 5.702+01 & 8.092+04 & 6.573-08 & 2.177-04 &  18 &  38 & 7.189+01 & 4.777+06 & 3.701-06 & 4.096-02 \\
  17 &  69 & 5.695+01 & 1.337+03 & 1.083-09 & 3.576-06 &  18 &  39 & 7.162+01 & 2.655+06 & 1.225-06 & 1.340-02 \\
  17 &  70 & 5.687+01 & 2.032+05 & 2.299-07 & 7.555-04 &  18 &  41 & 6.697+01 & 1.043+06 & 1.403-07 & 1.255-03 \\
  17 &  71 & 5.629+01 & 5.652+05 & 2.685-07 & 8.557-04 &  18 &  42 & 6.685+01 & 4.392+05 & 1.766-07 & 1.571-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  18 &  51 & 6.145+01 & 2.065+07 & 2.338-06 & 1.616-02 &  18 & 144 & 2.936+01 & 3.013+04 & 3.895-09 & 2.936-06 \\
  18 &  52 & 6.132+01 & 6.198+06 & 2.096-06 & 1.439-02 &  18 & 145 & 2.934+01 & 1.923+04 & 1.489-09 & 1.120-06 \\
  18 &  53 & 6.115+01 & 1.463+06 & 1.477-06 & 1.006-02 &  18 & 150 & 2.859+01 & 4.036+04 & 4.944-09 & 3.439-06 \\
  18 &  54 & 6.110+01 & 1.128+05 & 6.315-08 & 4.290-04 &  18 & 151 & 2.859+01 & 7.000+04 & 1.201-08 & 8.352-06 \\
  18 &  55 & 6.106+01 & 6.938+05 & 5.429-07 & 3.681-03 &  18 & 152 & 2.858+01 & 1.843+05 & 4.063-08 & 2.826-05 \\
  18 &  57 & 6.087+01 & 3.040+06 & 1.689-06 & 1.134-02 &  18 & 153 & 2.858+01 & 7.717+03 & 1.323-09 & 9.193-07 \\
  18 &  58 & 6.076+01 & 9.533+06 & 7.386-06 & 4.934-02 &  19 &  20 & 1.500+04 & 1.266-05 & 3.321-13 & 6.008-02 \\
  18 &  59 & 5.998+01 & 3.532+06 & 1.143-06 & 7.345-03 &  19 &  21 & 4.778+03 & 9.655-04 & 1.836-12 & 1.074-02 \\
  18 &  68 & 5.751+01 & 8.693+04 & 4.310-08 & 2.442-04 &  19 &  22 & 3.361+03 & 3.885-02 & 5.117-11 & 1.041-01 \\
  18 &  69 & 5.744+01 & 1.084+06 & 5.364-07 & 3.028-03 &  19 &  24 & 9.238+02 & 1.471-01 & 1.046-11 & 4.419-04 \\
  18 &  70 & 5.736+01 & 4.386+05 & 3.029-07 & 1.702-03 &  19 &  25 & 8.715+02 & 4.454-00 & 2.817-10 & 9.994-03 \\
  18 &  71 & 5.677+01 & 5.489+04 & 1.591-08 & 8.671-05 &  19 &  26 & 8.383+02 & 3.622-00 & 2.968-10 & 9.373-03 \\
  18 &  76 & 4.419+01 & 2.049+06 & 5.999-07 & 1.542-03 &  19 &  32 & 1.331+02 & 2.546+03 & 3.757-09 & 4.750-04 \\
  18 &  77 & 4.414+01 & 1.095+06 & 1.919-07 & 4.916-04 &  19 &  38 & 7.193+01 & 1.213+07 & 5.229-06 & 1.043-01 \\
  18 &  84 & 4.228+01 & 2.999+05 & 1.608-08 & 3.620-05 &  19 &  53 & 6.118+01 & 1.779+07 & 9.985-06 & 1.226-01 \\
  18 &  85 & 4.226+01 & 1.545+05 & 2.482-08 & 5.579-05 &  19 &  54 & 6.113+01 & 3.548+06 & 1.104-06 & 1.352-02 \\
  18 &  86 & 4.203+01 & 7.726+06 & 4.093-07 & 9.050-04 &  19 &  55 & 6.109+01 & 6.623+06 & 2.882-06 & 3.523-02 \\
  18 &  87 & 4.200+01 & 2.081+06 & 3.301-07 & 7.283-04 &  19 &  57 & 6.090+01 & 1.001+06 & 3.092-07 & 3.744-03 \\
  18 &  88 & 4.197+01 & 5.534+05 & 2.630-07 & 5.788-04 &  19 &  58 & 6.079+01 & 7.739+06 & 3.334-06 & 4.016-02 \\
  18 &  89 & 4.195+01 & 1.289+05 & 3.401-08 & 7.476-05 &  19 &  68 & 5.754+01 & 7.489+02 & 2.065-10 & 2.108-06 \\
  18 &  90 & 4.194+01 & 3.648+05 & 1.347-07 & 2.960-04 &  19 &  69 & 5.747+01 & 2.234+04 & 6.145-09 & 6.253-05 \\
  18 &  91 & 4.190+01 & 1.319+06 & 3.471-07 & 7.606-04 &  19 &  70 & 5.739+01 & 2.048+04 & 7.866-09 & 7.969-05 \\
  18 &  92 & 4.188+01 & 4.158+06 & 1.530-06 & 3.347-03 &  19 &  76 & 4.421+01 & 5.033+06 & 8.192-07 & 3.794-03 \\
  18 &  93 & 4.167+01 & 1.608+06 & 2.511-07 & 5.409-04 &  19 &  88 & 4.198+01 & 7.122+06 & 1.881-06 & 7.462-03 \\
  18 & 102 & 4.137+01 & 2.963+07 & 7.603-06 & 1.603-02 &  19 &  89 & 4.196+01 & 1.148+06 & 1.685-07 & 6.673-04 \\
  18 & 103 & 4.137+01 & 8.235+07 & 2.958-05 & 6.236-02 &  19 &  90 & 4.196+01 & 2.782+06 & 5.711-07 & 2.262-03 \\
  18 & 106 & 4.135+01 & 2.473+07 & 8.872-06 & 1.867-02 &  19 &  91 & 4.192+01 & 4.439+05 & 6.496-08 & 2.565-04 \\
  18 & 107 & 4.134+01 & 1.699+08 & 7.838-05 & 1.649-01 &  19 &  92 & 4.189+01 & 3.525+06 & 7.213-07 & 2.843-03 \\
  18 & 108 & 4.133+01 & 1.377+05 & 6.348-08 & 1.335-04 &  19 & 102 & 4.139+01 & 6.461+04 & 9.217-09 & 3.502-05 \\
  18 & 115 & 4.023+01 & 9.019+03 & 2.188-09 & 4.242-06 &  19 & 103 & 4.138+01 & 6.538+05 & 1.306-07 & 4.960-04 \\
  18 & 116 & 4.021+01 & 2.256+05 & 5.469-08 & 1.059-04 &  19 & 104 & 4.137+01 & 1.457+07 & 4.569-06 & 1.734-02 \\
  18 & 117 & 4.019+01 & 7.125+04 & 2.416-08 & 4.671-05 &  19 & 105 & 4.137+01 & 2.842+08 & 1.053-04 & 3.996-01 \\
  18 & 118 & 4.006+01 & 1.651+04 & 2.384-09 & 4.566-06 &  19 & 106 & 4.136+01 & 8.923+05 & 1.780-07 & 6.750-04 \\
  18 & 124 & 3.967+01 & 1.962+06 & 6.481-07 & 1.205-03 &  19 & 107 & 4.136+01 & 9.390+06 & 2.408-06 & 9.130-03 \\
  18 & 125 & 3.967+01 & 1.439+07 & 6.110-06 & 1.136-02 &  19 & 108 & 4.135+01 & 3.921+06 & 1.005-06 & 3.808-03 \\
  18 & 126 & 3.967+01 & 1.875+05 & 7.961-08 & 1.480-04 &  19 & 109 & 4.135+01 & 5.581+07 & 1.748-05 & 6.624-02 \\
  18 & 128 & 3.867+01 & 1.527+05 & 6.846-09 & 1.179-05 &  19 & 115 & 4.024+01 & 1.802+02 & 2.431-11 & 8.491-08 \\
  18 & 129 & 3.865+01 & 1.092+05 & 1.467-08 & 2.522-05 &  19 & 116 & 4.023+01 & 6.515+04 & 8.781-09 & 3.064-05 \\
  18 & 130 & 3.853+01 & 5.927+04 & 1.319-08 & 2.248-05 &  19 & 117 & 4.021+01 & 1.239+04 & 2.336-09 & 8.138-06 \\
  18 & 131 & 3.846+01 & 1.026+04 & 1.366-09 & 2.314-06 &  19 & 124 & 3.969+01 & 5.327+02 & 9.783-11 & 3.278-07 \\
  18 & 136 & 3.592+01 & 5.321+04 & 1.029-08 & 1.421-05 &  19 & 125 & 3.968+01 & 4.724+03 & 1.115-09 & 3.736-06 \\
  18 & 137 & 3.592+01 & 2.936+05 & 7.950-08 & 1.097-04 &  19 & 126 & 3.968+01 & 1.336-00 & 3.153-13 & 1.056-09 \\
  18 & 138 & 3.591+01 & 1.111+06 & 3.867-07 & 5.335-04 &  19 & 127 & 3.968+01 & 6.089+02 & 1.756-10 & 5.880-07 \\
  18 & 139 & 3.590+01 & 4.572+03 & 1.237-09 & 1.704-06 &  19 & 130 & 3.855+01 & 5.028+03 & 6.223-10 & 1.911-06 \\
  18 & 142 & 2.940+01 & 4.946+04 & 1.282-09 & 9.702-07 &  19 & 136 & 3.593+01 & 7.965+02 & 8.565-11 & 2.130-07 \\
  18 & 143 & 2.940+01 & 9.621+04 & 7.478-09 & 5.656-06 &  19 & 137 & 3.593+01 & 1.177+04 & 1.771-09 & 4.404-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  19 & 138 & 3.592+01 & 4.437+04 & 8.585-09 & 2.133-05 &  20 & 108 & 4.146+01 & 6.511+07 & 2.158-05 & 6.412-02 \\
  19 & 139 & 3.591+01 & 4.750+02 & 7.143-11 & 1.773-07 &  20 & 109 & 4.146+01 & 1.008+07 & 4.082-06 & 1.213-02 \\
  19 & 144 & 2.937+01 & 8.792+06 & 6.316-07 & 8.578-04 &  20 & 115 & 4.035+01 & 2.264+01 & 3.947-12 & 1.081-08 \\
  19 & 150 & 2.859+01 & 4.862+04 & 3.311-09 & 4.149-06 &  20 & 116 & 4.034+01 & 7.685+03 & 1.339-09 & 3.664-06 \\
  19 & 151 & 2.859+01 & 7.368+05 & 7.023-08 & 8.800-05 &  20 & 117 & 4.031+01 & 3.092+04 & 7.535-09 & 2.058-05 \\
  19 & 152 & 2.859+01 & 2.784+06 & 3.412-07 & 4.274-04 &  20 & 118 & 4.019+01 & 3.050+04 & 3.165-09 & 8.563-06 \\
  19 & 153 & 2.858+01 & 2.271+04 & 2.163-09 & 2.708-06 &  20 & 124 & 3.979+01 & 4.609+04 & 1.094-08 & 2.873-05 \\
  20 &  21 & 7.012+03 & 1.358-03 & 7.153-12 & 1.028-01 &  20 & 125 & 3.979+01 & 5.123+05 & 1.563-07 & 4.105-04 \\
  20 &  22 & 4.331+03 & 3.044-03 & 8.562-12 & 2.901-02 &  20 & 126 & 3.978+01 & 2.067+05 & 6.306-08 & 1.656-04 \\
  20 &  23 & 1.624+03 & 4.321-01 & 7.325-11 & 1.309-02 &  20 & 127 & 3.978+01 & 3.992+06 & 1.488-06 & 3.907-03 \\
  20 &  24 & 9.844+02 & 1.313-00 & 1.363-10 & 5.420-03 &  20 & 129 & 3.876+01 & 2.445+03 & 2.360-10 & 5.730-07 \\
  20 &  25 & 9.252+02 & 5.893-01 & 5.402-11 & 1.784-03 &  20 & 130 & 3.865+01 & 9.802+02 & 1.568-10 & 3.772-07 \\
  20 &  26 & 8.880+02 & 2.269-01 & 2.681-11 & 7.827-04 &  20 & 131 & 3.857+01 & 6.998+01 & 6.690-12 & 1.601-08 \\
  20 &  27 & 5.750+02 & 1.184+01 & 2.515-10 & 1.994-03 &  20 & 136 & 3.602+01 & 8.931+03 & 1.241-09 & 2.417-06 \\
  20 &  31 & 1.378+02 & 1.156+03 & 1.410-09 & 1.537-04 &  20 & 137 & 3.602+01 & 1.622+04 & 3.154-09 & 6.144-06 \\
  20 &  32 & 1.343+02 & 6.415+02 & 1.239-09 & 1.251-04 &  20 & 138 & 3.601+01 & 1.291+04 & 3.227-09 & 6.283-06 \\
  20 &  33 & 1.315+02 & 2.378-01 & 2.644-13 & 2.508-08 &  20 & 139 & 3.600+01 & 1.769+03 & 3.436-10 & 6.682-07 \\
  20 &  38 & 7.228+01 & 4.198+06 & 2.348-06 & 3.697-02 &  20 & 143 & 2.946+01 & 6.503+06 & 3.626-07 & 3.866-04 \\
  20 &  39 & 7.201+01 & 8.683+06 & 2.893-06 & 4.504-02 &  20 & 144 & 2.943+01 & 1.499+06 & 1.390-07 & 1.477-04 \\
  20 &  42 & 6.719+01 & 1.249+05 & 3.623-08 & 4.582-04 &  20 & 145 & 2.941+01 & 2.328+05 & 1.293-08 & 1.371-05 \\
  20 &  52 & 6.160+01 & 4.819+06 & 1.175-06 & 1.145-02 &  20 & 150 & 2.865+01 & 6.792+05 & 5.969-08 & 5.851-05 \\
  20 &  53 & 6.143+01 & 5.082+06 & 3.697-06 & 3.574-02 &  20 & 151 & 2.865+01 & 1.561+06 & 1.920-07 & 1.882-04 \\
  20 &  54 & 6.138+01 & 1.021+06 & 4.121-07 & 3.973-03 &  20 & 152 & 2.865+01 & 3.474+05 & 5.495-08 & 5.385-05 \\
  20 &  55 & 6.134+01 & 9.408+06 & 5.307-06 & 5.108-02 &  20 & 153 & 2.864+01 & 2.917+05 & 3.587-08 & 3.512-05 \\
  20 &  57 & 6.115+01 & 1.222+07 & 4.892-06 & 4.664-02 &  21 &  22 & 1.133+04 & 4.275-06 & 1.152-13 & 4.987-03 \\
  20 &  58 & 6.104+01 & 2.963+06 & 1.655-06 & 1.569-02 &  21 &  23 & 2.114+03 & 6.339-01 & 2.549-10 & 7.171-02 \\
  20 &  59 & 6.025+01 & 1.908+06 & 4.451-07 & 4.059-03 &  21 &  24 & 1.145+03 & 3.660-02 & 7.197-12 & 3.219-04 \\
  20 &  68 & 5.776+01 & 2.604+04 & 9.301-09 & 7.472-05 &  21 &  25 & 1.066+03 & 8.122-01 & 1.383-10 & 4.988-03 \\
  20 &  69 & 5.769+01 & 1.236+05 & 4.407-08 & 3.528-04 &  21 &  26 & 1.017+03 & 1.103-01 & 2.394-11 & 7.492-04 \\
  20 &  70 & 5.761+01 & 1.909+05 & 9.497-08 & 7.570-04 &  21 &  27 & 6.264+02 & 1.850+01 & 6.529-10 & 4.779-03 \\
  20 &  71 & 5.701+01 & 1.002+03 & 2.093-10 & 1.617-06 &  21 &  30 & 1.412+02 & 5.174+02 & 3.094-10 & 2.596-05 \\
  20 &  76 & 4.434+01 & 1.937+06 & 4.077-07 & 1.482-03 &  21 &  31 & 1.405+02 & 2.544+02 & 4.518-10 & 3.733-05 \\
  20 &  77 & 4.429+01 & 4.246+06 & 5.351-07 & 1.938-03 &  21 &  32 & 1.369+02 & 1.517+02 & 4.264-10 & 3.260-05 \\
  20 &  85 & 4.240+01 & 7.268+03 & 8.393-10 & 2.666-06 &  21 &  33 & 1.341+02 & 3.991+02 & 6.451-10 & 4.627-05 \\
  20 &  87 & 4.213+01 & 1.774+06 & 2.024-07 & 6.310-04 &  21 &  38 & 7.303+01 & 1.600+06 & 1.279-06 & 1.484-02 \\
  20 &  88 & 4.210+01 & 2.152+06 & 7.352-07 & 2.287-03 &  21 &  39 & 7.276+01 & 7.643+06 & 3.639-06 & 4.174-02 \\
  20 &  89 & 4.208+01 & 6.457+05 & 1.225-07 & 3.804-04 &  21 &  41 & 6.796+01 & 4.943+05 & 6.845-08 & 6.398-04 \\
  20 &  90 & 4.208+01 & 4.163+06 & 1.105-06 & 3.432-03 &  21 &  42 & 6.784+01 & 1.430+05 & 5.918-08 & 5.501-04 \\
  20 &  91 & 4.203+01 & 5.711+06 & 1.081-06 & 3.346-03 &  21 &  51 & 6.229+01 & 7.778+06 & 9.047-07 & 6.511-03 \\
  20 &  92 & 4.201+01 & 1.506+06 & 3.985-07 & 1.232-03 &  21 &  52 & 6.215+01 & 7.498+05 & 2.605-07 & 1.862-03 \\
  20 &  93 & 4.179+01 & 8.210+05 & 9.214-08 & 2.805-04 &  21 &  53 & 6.198+01 & 6.420+05 & 6.654-07 & 4.718-03 \\
  20 & 102 & 4.150+01 & 1.771+06 & 3.266-07 & 9.734-04 &  21 &  54 & 6.192+01 & 2.596+06 & 1.493-06 & 1.055-02 \\
  20 & 103 & 4.150+01 & 1.638+06 & 4.228-07 & 1.260-03 &  21 &  55 & 6.188+01 & 8.723+06 & 7.011-06 & 4.948-02 \\
  20 & 104 & 4.148+01 & 2.369+08 & 9.604-05 & 2.859-01 &  21 &  57 & 6.169+01 & 3.504+06 & 1.999-06 & 1.398-02 \\
  20 & 106 & 4.147+01 & 1.441+07 & 3.716-06 & 1.105-02 &  21 &  58 & 6.157+01 & 3.076+05 & 2.448-07 & 1.702-03 \\
  20 & 107 & 4.147+01 & 9.452+06 & 3.133-06 & 9.318-03 &  21 &  59 & 6.077+01 & 1.495+07 & 4.966-06 & 3.320-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  21 &  68 & 5.824+01 & 3.084+05 & 1.568-07 & 9.225-04 &  22 &  25 & 1.176+03 & 1.730-00 & 2.564-10 & 1.741-02 \\
  21 &  69 & 5.817+01 & 1.542+05 & 7.822-08 & 4.585-04 &  22 &  26 & 1.117+03 & 6.837-02 & 1.279-11 & 7.429-04 \\
  21 &  70 & 5.808+01 & 5.197+04 & 3.681-08 & 2.148-04 &  22 &  27 & 6.631+02 & 2.553-01 & 7.213-12 & 8.768-05 \\
  21 &  71 & 5.748+01 & 7.357+04 & 2.186-08 & 1.237-04 &  22 &  31 & 1.423+02 & 6.283+01 & 8.172-11 & 9.813-06 \\
  21 &  76 & 4.462+01 & 8.625+05 & 2.574-07 & 6.811-04 &  22 &  32 & 1.386+02 & 2.762+02 & 5.682-10 & 6.307-05 \\
  21 &  77 & 4.457+01 & 4.072+06 & 7.276-07 & 1.918-03 &  22 &  33 & 1.357+02 & 1.271+02 & 1.503-10 & 1.564-05 \\
  21 &  84 & 4.267+01 & 1.557+05 & 8.501-09 & 1.968-05 &  22 &  38 & 7.351+01 & 4.788+06 & 2.770-06 & 4.587-02 \\
  21 &  85 & 4.265+01 & 6.473+04 & 1.059-08 & 2.448-05 &  22 &  39 & 7.323+01 & 7.134+06 & 2.458-06 & 4.024-02 \\
  21 &  86 & 4.242+01 & 2.965+06 & 1.600-07 & 3.636-04 &  22 &  42 & 6.825+01 & 1.625+05 & 4.863-08 & 6.444-04 \\
  21 &  87 & 4.239+01 & 6.627+05 & 1.071-07 & 2.429-04 &  22 &  52 & 6.249+01 & 7.168+06 & 1.799-06 & 1.830-02 \\
  21 &  88 & 4.235+01 & 2.974+05 & 1.440-07 & 3.257-04 &  22 &  53 & 6.232+01 & 5.912+06 & 4.426-06 & 4.466-02 \\
  21 &  89 & 4.234+01 & 1.273+06 & 3.421-07 & 7.732-04 &  22 &  54 & 6.226+01 & 1.255+07 & 5.212-06 & 5.245-02 \\
  21 &  90 & 4.233+01 & 3.850+06 & 1.448-06 & 3.271-03 &  22 &  55 & 6.222+01 & 3.001+06 & 1.742-06 & 1.750-02 \\
  21 &  91 & 4.229+01 & 1.642+06 & 4.401-07 & 9.912-04 &  22 &  57 & 6.203+01 & 6.901+05 & 2.843-07 & 2.829-03 \\
  21 &  92 & 4.226+01 & 1.169+05 & 4.383-08 & 9.853-05 &  22 &  58 & 6.191+01 & 7.635+06 & 4.387-06 & 4.340-02 \\
  21 &  93 & 4.205+01 & 7.711+06 & 1.226-06 & 2.715-03 &  22 &  59 & 6.110+01 & 2.828+05 & 6.784-08 & 6.452-04 \\
  21 & 102 & 4.175+01 & 1.054+07 & 2.754-06 & 5.967-03 &  22 &  68 & 5.854+01 & 5.308+04 & 1.948-08 & 1.629-04 \\
  21 & 103 & 4.174+01 & 2.325+06 & 8.502-07 & 1.842-03 &  22 &  69 & 5.847+01 & 1.871+05 & 6.851-08 & 5.709-04 \\
  21 & 106 & 4.172+01 & 7.261+07 & 2.653-05 & 5.737-02 &  22 &  70 & 5.838+01 & 9.627+04 & 4.920-08 & 4.082-04 \\
  21 & 107 & 4.172+01 & 4.036+06 & 1.896-06 & 4.099-03 &  22 &  71 & 5.777+01 & 1.499+05 & 3.215-08 & 2.585-04 \\
  21 & 108 & 4.171+01 & 2.051+08 & 9.627-05 & 2.080-01 &  22 &  76 & 4.480+01 & 2.637+06 & 5.667-07 & 2.124-03 \\
  21 & 115 & 4.058+01 & 6.845+04 & 1.690-08 & 3.364-05 &  22 &  77 & 4.474+01 & 4.230+06 & 5.442-07 & 2.032-03 \\
  21 & 116 & 4.057+01 & 3.582+04 & 8.839-09 & 1.758-05 &  22 &  85 & 4.281+01 & 1.276+05 & 1.503-08 & 4.919-05 \\
  21 & 117 & 4.055+01 & 8.663+03 & 2.989-09 & 5.934-06 &  22 &  87 & 4.254+01 & 3.205+06 & 3.728-07 & 1.197-03 \\
  21 & 118 & 4.042+01 & 1.267+04 & 1.861-09 & 3.660-06 &  22 &  88 & 4.251+01 & 2.750+06 & 9.578-07 & 3.068-03 \\
  21 & 124 & 4.002+01 & 9.993+05 & 3.359-07 & 6.410-04 &  22 &  89 & 4.249+01 & 6.320+06 & 1.222-06 & 3.911-03 \\
  21 & 125 & 4.001+01 & 5.247+04 & 2.267-08 & 4.326-05 &  22 &  90 & 4.249+01 & 1.562+06 & 4.227-07 & 1.352-03 \\
  21 & 126 & 4.001+01 & 6.215+06 & 2.685-06 & 5.122-03 &  22 &  91 & 4.245+01 & 4.884+05 & 9.422-08 & 3.004-04 \\
  21 & 128 & 3.899+01 & 7.335+01 & 3.344-12 & 5.904-09 &  22 &  92 & 4.242+01 & 3.916+06 & 1.056-06 & 3.362-03 \\
  21 & 129 & 3.897+01 & 4.865+03 & 6.647-10 & 1.172-06 &  22 &  93 & 4.220+01 & 1.518+05 & 1.737-08 & 5.443-05 \\
  21 & 130 & 3.886+01 & 6.769-02 & 1.532-14 & 2.678-11 &  22 & 102 & 4.190+01 & 1.946+06 & 3.659-07 & 1.122-03 \\
  21 & 131 & 3.878+01 & 1.870+03 & 2.530-10 & 4.396-07 &  22 & 103 & 4.190+01 & 1.309+07 & 3.446-06 & 1.057-02 \\
  21 & 136 & 3.620+01 & 1.640+03 & 3.222-10 & 4.554-07 &  22 & 104 & 4.188+01 & 2.853+07 & 1.179-05 & 3.613-02 \\
  21 & 137 & 3.620+01 & 3.028+04 & 8.328-09 & 1.177-05 &  22 & 106 & 4.188+01 & 4.836+06 & 1.271-06 & 3.892-03 \\
  21 & 138 & 3.620+01 & 1.621+02 & 5.732-11 & 8.095-08 &  22 & 107 & 4.187+01 & 7.952+07 & 2.687-05 & 8.225-02 \\
  21 & 139 & 3.618+01 & 4.692+03 & 1.289-09 & 1.819-06 &  22 & 108 & 4.186+01 & 1.430+05 & 4.831-08 & 1.478-04 \\
  21 & 142 & 2.959+01 & 3.951+06 & 1.037-07 & 8.002-05 &  22 & 109 & 4.186+01 & 2.121+08 & 8.755-05 & 2.677-01 \\
  21 & 143 & 2.958+01 & 1.135+06 & 8.937-08 & 6.892-05 &  22 & 115 & 4.073+01 & 2.364+04 & 4.199-09 & 1.183-05 \\
  21 & 144 & 2.955+01 & 1.265+05 & 1.657-08 & 1.273-05 &  22 & 116 & 4.072+01 & 5.023+04 & 8.916-09 & 2.509-05 \\
  21 & 145 & 2.953+01 & 1.604+05 & 1.258-08 & 9.647-06 &  22 & 117 & 4.069+01 & 3.264+04 & 8.104-09 & 2.276-05 \\
  21 & 150 & 2.876+01 & 8.906+05 & 1.105-07 & 7.830-05 &  22 & 118 & 4.056+01 & 2.405+04 & 2.542-09 & 7.073-06 \\
  21 & 151 & 2.876+01 & 2.055+05 & 3.569-08 & 2.530-05 &  22 & 124 & 4.016+01 & 2.578+04 & 6.233-09 & 1.683-05 \\
  21 & 152 & 2.876+01 & 1.903+03 & 4.249-10 & 3.011-07 &  22 & 125 & 4.016+01 & 1.790+05 & 5.564-08 & 1.502-04 \\
  21 & 153 & 2.876+01 & 2.798+04 & 4.856-09 & 3.439-06 &  22 & 126 & 4.015+01 & 4.637+04 & 1.441-08 & 3.889-05 \\
  22 &  23 & 2.599+03 & 2.180-03 & 9.463-13 & 6.927-04 &  22 & 127 & 4.015+01 & 7.686+05 & 2.919-07 & 7.876-04 \\
  22 &  24 & 1.274+03 & 4.808-02 & 8.357-12 & 7.204-04 &  22 & 129 & 3.911+01 & 5.017+02 & 4.930-11 & 1.229-07 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  22 & 130 & 3.899+01 & 4.308+02 & 7.015-11 & 1.734-07 &  23 & 116 & 4.136+01 & 9.142+04 & 3.908-08 & 4.942-05 \\
  22 & 131 & 3.892+01 & 3.235+02 & 3.148-11 & 7.738-08 &  23 & 117 & 4.134+01 & 2.262+05 & 1.352-07 & 1.707-04 \\
  22 & 136 & 3.632+01 & 1.663+02 & 2.350-11 & 4.694-08 &  23 & 118 & 4.120+01 & 4.500+05 & 1.145-07 & 1.432-04 \\
  22 & 137 & 3.632+01 & 4.786+03 & 9.465-10 & 1.890-06 &  23 & 124 & 4.079+01 & 4.678+07 & 2.723-05 & 3.302-02 \\
  22 & 138 & 3.631+01 & 2.158+04 & 5.484-09 & 1.095-05 &  23 & 129 & 3.971+01 & 3.210+04 & 7.586-09 & 8.486-06 \\
  22 & 139 & 3.630+01 & 3.046+03 & 6.015-10 & 1.199-06 &  23 & 130 & 3.959+01 & 4.409+03 & 1.726-09 & 1.914-06 \\
  22 & 143 & 2.966+01 & 4.374+04 & 2.472-09 & 2.690-06 &  23 & 131 & 3.951+01 & 4.328+04 & 1.013-08 & 1.116-05 \\
  22 & 144 & 2.963+01 & 4.777+04 & 4.491-09 & 4.870-06 &  23 & 136 & 3.683+01 & 1.114+05 & 3.777-08 & 3.373-05 \\
  22 & 145 & 2.961+01 & 2.384+06 & 1.343-07 & 1.453-04 &  23 & 137 & 3.683+01 & 3.224+01 & 1.530-11 & 1.366-08 \\
  22 & 150 & 2.884+01 & 2.535+04 & 2.257-09 & 2.257-06 &  23 & 139 & 3.681+01 & 3.978+05 & 1.886-07 & 1.681-04 \\
  22 & 151 & 2.884+01 & 1.087+04 & 1.356-09 & 1.355-06 &  23 & 143 & 3.000+01 & 2.131+03 & 2.876-10 & 1.388-07 \\
  22 & 152 & 2.884+01 & 1.788+01 & 2.865-12 & 2.865-09 &  23 & 144 & 2.997+01 & 3.185+03 & 7.148-10 & 3.438-07 \\
  22 & 153 & 2.883+01 & 7.142+05 & 8.899-08 & 8.890-05 &  23 & 145 & 2.995+01 & 3.082+04 & 4.144-09 & 1.989-06 \\
  23 &  24 & 2.499+03 & 7.755-03 & 1.210-11 & 3.373-03 &  23 & 150 & 2.916+01 & 1.335-00 & 2.836-13 & 1.257-10 \\
  23 &  25 & 2.150+03 & 2.743-02 & 3.167-11 & 5.620-03 &  23 & 151 & 2.916+01 & 7.312+03 & 2.175-09 & 9.638-07 \\
  23 &  26 & 1.959+03 & 2.732-02 & 3.666-11 & 4.921-03 &  23 & 153 & 2.915+01 & 1.708+05 & 5.076-08 & 2.247-05 \\
  23 &  27 & 8.902+02 & 5.881-02 & 6.986-12 & 8.807-05 &  24 &  25 & 1.538+04 & 3.089-06 & 1.095-13 & 1.186-02 \\
  23 &  31 & 1.505+02 & 1.898+01 & 6.445-11 & 3.927-06 &  24 &  26 & 9.060+03 & 1.235-04 & 2.128-12 & 4.713-02 \\
  23 &  32 & 1.464+02 & 2.573+01 & 1.378-10 & 7.729-06 &  24 &  27 & 1.383+03 & 2.701-00 & 4.645-10 & 3.658-02 \\
  23 &  33 & 1.431+02 & 1.255+02 & 3.855-10 & 2.020-05 &  24 &  30 & 1.611+02 & 1.132+03 & 8.807-10 & 1.097-04 \\
  23 &  38 & 7.564+01 & 2.117+05 & 3.027-07 & 2.341-03 &  24 &  31 & 1.602+02 & 3.696+02 & 8.529-10 & 1.044-04 \\
  23 &  39 & 7.535+01 & 5.214+06 & 4.438-06 & 3.393-02 &  24 &  32 & 1.555+02 & 1.334+01 & 4.836-11 & 5.417-06 \\
  23 &  42 & 7.009+01 & 9.464+05 & 6.969-07 & 4.287-03 &  24 &  33 & 1.518+02 & 1.682+01 & 3.488-11 & 3.635-06 \\
  23 &  52 & 6.403+01 & 1.645+06 & 1.011-06 & 4.743-03 &  24 &  38 & 7.801+01 & 2.260+04 & 2.062-08 & 2.914-04 \\
  23 &  54 & 6.379+01 & 1.021+06 & 1.038-06 & 4.817-03 &  24 &  39 & 7.769+01 & 1.061+05 & 5.759-08 & 8.044-04 \\
  23 &  55 & 6.375+01 & 7.784+05 & 1.107-06 & 5.123-03 &  24 &  41 & 7.225+01 & 1.629+07 & 2.549-06 & 2.863-02 \\
  23 &  57 & 6.354+01 & 8.516+06 & 8.592-06 & 3.939-02 &  24 &  42 & 7.211+01 & 5.266+06 & 2.463-06 & 2.750-02 \\
  23 &  58 & 6.342+01 & 8.773+02 & 1.234-09 & 5.626-06 &  24 &  51 & 6.587+01 & 1.532+05 & 1.993-08 & 1.696-04 \\
  23 &  59 & 6.257+01 & 7.890+06 & 4.631-06 & 2.028-02 &  24 &  52 & 6.571+01 & 7.291+04 & 2.832-08 & 2.394-04 \\
  23 &  68 & 5.989+01 & 6.812+05 & 6.104-07 & 2.343-03 &  24 &  53 & 6.552+01 & 8.025+03 & 9.298-09 & 7.789-05 \\
  23 &  69 & 5.982+01 & 6.044+05 & 5.403-07 & 2.066-03 &  24 &  54 & 6.546+01 & 1.338+05 & 8.597-08 & 7.182-04 \\
  23 &  70 & 5.973+01 & 3.272+05 & 4.083-07 & 1.554-03 &  24 &  55 & 6.542+01 & 1.211+05 & 1.088-07 & 9.071-04 \\
  23 &  71 & 5.909+01 & 1.121+06 & 5.865-07 & 2.162-03 &  24 &  57 & 6.520+01 & 1.107+04 & 7.054-09 & 5.823-05 \\
  23 &  76 & 4.558+01 & 1.674+05 & 8.689-08 & 1.470-04 &  24 &  58 & 6.507+01 & 2.770+04 & 2.462-08 & 2.020-04 \\
  23 &  77 & 4.553+01 & 4.675+06 & 1.453-06 & 2.449-03 &  24 &  59 & 6.418+01 & 6.506+03 & 2.411-09 & 1.898-05 \\
  23 &  85 & 4.353+01 & 3.422+04 & 9.720-09 & 1.433-05 &  24 &  68 & 6.136+01 & 1.666+07 & 9.402-06 & 6.468-02 \\
  23 &  87 & 4.325+01 & 7.606+05 & 2.133-07 & 3.085-04 &  24 &  69 & 6.128+01 & 2.622+06 & 1.476-06 & 1.012-02 \\
  23 &  89 & 4.320+01 & 5.879+05 & 2.742-07 & 3.950-04 &  24 &  70 & 6.119+01 & 4.417+06 & 3.471-06 & 2.368-02 \\
  23 &  90 & 4.320+01 & 5.287+05 & 3.451-07 & 4.970-04 &  24 &  71 & 6.052+01 & 9.409+06 & 3.100-06 & 2.046-02 \\
  23 &  91 & 4.315+01 & 5.841+06 & 2.717-06 & 3.902-03 &  24 &  76 & 4.643+01 & 2.466+04 & 7.970-09 & 2.376-05 \\
  23 &  92 & 4.312+01 & 1.110+04 & 7.223-09 & 1.035-05 &  24 &  77 & 4.637+01 & 1.858+05 & 3.593-08 & 1.067-04 \\
  23 &  93 & 4.290+01 & 4.885+06 & 1.348-06 & 1.901-03 &  24 &  84 & 4.433+01 & 7.161+06 & 4.219-07 & 1.094-03 \\
  23 & 102 & 4.259+01 & 7.732+06 & 3.504-06 & 4.837-03 &  24 &  85 & 4.430+01 & 2.354+06 & 4.156-07 & 1.076-03 \\
  23 & 103 & 4.258+01 & 6.249+07 & 3.964-05 & 5.470-02 &  24 &  86 & 4.405+01 & 4.896+05 & 2.849-08 & 7.251-05 \\
  23 & 106 & 4.256+01 & 9.750+07 & 6.178-05 & 8.511-02 &  24 &  87 & 4.401+01 & 1.268+04 & 2.210-09 & 5.612-06 \\
  23 & 115 & 4.138+01 & 1.262+05 & 5.398-08 & 6.833-05 &  24 &  88 & 4.398+01 & 5.426+03 & 2.832-09 & 7.173-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  24 &  89 & 4.396+01 & 3.594+04 & 1.041-08 & 2.635-05 &  25 &  54 & 6.574+01 & 1.102+05 & 7.143-08 & 6.045-04 \\
  24 &  90 & 4.396+01 & 1.229+05 & 4.982-08 & 1.260-04 &  25 &  55 & 6.570+01 & 4.602+04 & 4.169-08 & 3.520-04 \\
  24 &  91 & 4.391+01 & 6.149+04 & 1.777-08 & 4.481-05 &  25 &  57 & 6.548+01 & 1.700+05 & 1.093-07 & 9.137-04 \\
  24 &  92 & 4.388+01 & 8.230+03 & 3.326-09 & 8.370-06 &  25 &  58 & 6.535+01 & 4.508+05 & 4.041-07 & 3.358-03 \\
  24 &  93 & 4.365+01 & 3.072+05 & 5.265-08 & 1.304-04 &  25 &  59 & 6.445+01 & 1.838+04 & 6.866-09 & 5.473-05 \\
  24 & 102 & 4.333+01 & 9.701+04 & 2.730-08 & 6.613-05 &  25 &  68 & 6.160+01 & 1.209+06 & 6.877-07 & 4.788-03 \\
  24 & 103 & 4.332+01 & 1.234+05 & 4.862-08 & 1.177-04 &  25 &  69 & 6.153+01 & 1.722+07 & 9.771-06 & 6.778-02 \\
  24 & 106 & 4.330+01 & 1.811+06 & 7.127-07 & 1.723-03 &  25 &  70 & 6.143+01 & 4.146+06 & 3.284-06 & 2.267-02 \\
  24 & 107 & 4.329+01 & 3.243+05 & 1.640-07 & 3.964-04 &  25 &  71 & 6.076+01 & 9.223+06 & 3.062-06 & 2.045-02 \\
  24 & 108 & 4.329+01 & 4.386+06 & 2.218-06 & 5.357-03 &  25 &  76 & 4.657+01 & 2.413+05 & 7.846-08 & 2.360-04 \\
  24 & 115 & 4.207+01 & 6.941+06 & 1.842-06 & 4.086-03 &  25 &  77 & 4.651+01 & 1.211+05 & 2.357-08 & 7.065-05 \\
  24 & 116 & 4.206+01 & 1.375+06 & 3.647-07 & 8.080-04 &  25 &  84 & 4.446+01 & 6.964+06 & 4.126-07 & 1.080-03 \\
  24 & 117 & 4.203+01 & 1.890+06 & 7.010-07 & 1.551-03 &  25 &  85 & 4.443+01 & 2.290+06 & 4.066-07 & 1.062-03 \\
  24 & 118 & 4.190+01 & 4.516+06 & 7.130-07 & 1.562-03 &  25 &  86 & 4.418+01 & 1.589+06 & 9.298-08 & 2.387-04 \\
  24 & 124 & 4.147+01 & 2.924+07 & 1.055-05 & 2.241-02 &  25 &  87 & 4.414+01 & 4.304+05 & 7.543-08 & 1.932-04 \\
  24 & 125 & 4.146+01 & 2.365+06 & 1.097-06 & 2.329-03 &  25 &  88 & 4.410+01 & 1.191+05 & 6.251-08 & 1.597-04 \\
  24 & 126 & 4.146+01 & 2.506+08 & 1.162-04 & 2.467-01 &  25 &  89 & 4.409+01 & 1.363+03 & 3.972-10 & 1.013-06 \\
  24 & 128 & 4.037+01 & 4.585+02 & 2.240-11 & 4.389-08 &  25 &  90 & 4.408+01 & 1.323+04 & 5.394-09 & 1.376-05 \\
  24 & 129 & 4.035+01 & 1.458+03 & 2.136-10 & 4.177-07 &  25 &  91 & 4.403+01 & 8.649+04 & 2.514-08 & 6.394-05 \\
  24 & 130 & 4.022+01 & 8.179+02 & 1.984-10 & 3.846-07 &  25 &  92 & 4.401+01 & 2.650+05 & 1.077-07 & 2.733-04 \\
  24 & 131 & 4.015+01 & 6.143+03 & 8.906-10 & 1.716-06 &  25 &  93 & 4.377+01 & 1.520+05 & 2.621-08 & 6.546-05 \\
  24 & 136 & 3.739+01 & 2.527+04 & 5.295-09 & 8.241-06 &  25 & 102 & 4.345+01 & 1.608+06 & 4.549-07 & 1.111-03 \\
  24 & 137 & 3.738+01 & 7.632+01 & 2.239-11 & 3.483-08 &  25 & 103 & 4.344+01 & 4.567+06 & 1.809-06 & 4.418-03 \\
  24 & 138 & 3.738+01 & 6.473+03 & 2.440-09 & 3.795-06 &  25 & 106 & 4.342+01 & 1.187+06 & 4.696-07 & 1.145-03 \\
  24 & 139 & 3.736+01 & 1.969+04 & 5.768-09 & 8.959-06 &  25 & 107 & 4.342+01 & 8.143+06 & 4.142-06 & 1.010-02 \\
  24 & 142 & 3.037+01 & 6.307+06 & 1.745-07 & 1.456-04 &  25 & 108 & 4.341+01 & 1.093+04 & 5.557-09 & 1.354-05 \\
  24 & 143 & 3.037+01 & 1.750+06 & 1.452-07 & 1.211-04 &  25 & 115 & 4.219+01 & 3.862+05 & 1.030-07 & 2.305-04 \\
  24 & 144 & 3.033+01 & 1.848+05 & 2.549-08 & 2.119-05 &  25 & 116 & 4.217+01 & 7.822+06 & 2.086-06 & 4.660-03 \\
  24 & 145 & 3.031+01 & 2.933+05 & 2.424-08 & 2.011-05 &  25 & 117 & 4.215+01 & 1.841+06 & 6.864-07 & 1.531-03 \\
  24 & 150 & 2.951+01 & 1.234+06 & 1.610-07 & 1.232-04 &  25 & 118 & 4.201+01 & 4.526+06 & 7.186-07 & 1.587-03 \\
  24 & 151 & 2.950+01 & 4.725+05 & 8.633-08 & 6.604-05 &  25 & 124 & 4.158+01 & 2.866+07 & 1.040-05 & 2.226-02 \\
  24 & 152 & 2.950+01 & 1.197+04 & 2.811-09 & 2.150-06 &  25 & 125 & 4.158+01 & 2.362+08 & 1.102-04 & 2.359-01 \\
  24 & 153 & 2.950+01 & 2.701+03 & 4.932-10 & 3.769-07 &  25 & 126 & 4.157+01 & 8.913+06 & 4.157-06 & 8.894-03 \\
  25 &  26 & 2.205+04 & 1.246-06 & 1.272-13 & 4.063-02 &  25 & 128 & 4.047+01 & 8.667+04 & 4.257-09 & 8.405-06 \\
  25 &  27 & 1.520+03 & 1.682-00 & 3.494-10 & 3.650-02 &  25 & 129 & 4.045+01 & 3.020+04 & 4.446-09 & 8.765-06 \\
  25 &  30 & 1.628+02 & 3.893+01 & 3.094-11 & 3.977-06 &  25 & 130 & 4.033+01 & 1.377+04 & 3.358-09 & 6.561-06 \\
  25 &  31 & 1.619+02 & 5.911-01 & 1.393-12 & 1.759-07 &  25 & 131 & 4.025+01 & 2.426+04 & 3.535-09 & 6.865-06 \\
  25 &  32 & 1.571+02 & 3.975+01 & 1.471-10 & 1.699-05 &  25 & 136 & 3.748+01 & 8.531+04 & 1.796-08 & 2.816-05 \\
  25 &  33 & 1.533+02 & 1.152+02 & 2.436-10 & 2.616-05 &  25 & 137 & 3.747+01 & 1.964+05 & 5.790-08 & 9.074-05 \\
  25 &  38 & 7.840+01 & 2.332+05 & 2.149-07 & 3.085-03 &  25 & 138 & 3.747+01 & 2.622+05 & 9.934-08 & 1.556-04 \\
  25 &  39 & 7.809+01 & 6.389+04 & 3.504-08 & 4.969-04 &  25 & 139 & 3.745+01 & 4.806+04 & 1.415-08 & 2.214-05 \\
  25 &  41 & 7.259+01 & 1.558+07 & 2.462-06 & 2.804-02 &  25 & 142 & 3.043+01 & 2.273+04 & 6.314-10 & 5.300-07 \\
  25 &  42 & 7.245+01 & 5.054+06 & 2.386-06 & 2.702-02 &  25 & 143 & 3.043+01 & 5.756+04 & 4.794-09 & 4.023-06 \\
  25 &  51 & 6.615+01 & 1.596+06 & 2.094-07 & 1.805-03 &  25 & 144 & 3.039+01 & 1.971+03 & 2.729-10 & 2.282-07 \\
  25 &  52 & 6.600+01 & 2.783+05 & 1.090-07 & 9.333-04 &  25 & 145 & 3.037+01 & 6.780+03 & 5.626-10 & 4.693-07 \\
  25 &  53 & 6.580+01 & 1.489+05 & 1.739-07 & 1.476-03 &  25 & 150 & 2.956+01 & 2.054+04 & 2.691-09 & 2.071-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  25 & 151 & 2.956+01 & 4.181+03 & 7.669-10 & 5.901-07 &  26 & 129 & 4.053+01 & 4.056+02 & 4.281-11 & 1.188-07 \\
  25 & 152 & 2.956+01 & 1.359+05 & 3.204-08 & 2.465-05 &  26 & 130 & 4.040+01 & 1.328+03 & 2.322-10 & 6.386-07 \\
  25 & 153 & 2.955+01 & 2.835+03 & 5.198-10 & 3.995-07 &  26 & 131 & 4.032+01 & 6.109+01 & 6.382-12 & 1.745-08 \\
  26 &  27 & 1.632+03 & 6.022-02 & 1.030-11 & 1.867-03 &  26 & 136 & 3.754+01 & 7.494+03 & 1.131-09 & 2.495-06 \\
  26 &  31 & 1.631+02 & 2.525+02 & 4.312-10 & 7.793-05 &  26 & 137 & 3.754+01 & 2.313+04 & 4.887-09 & 1.078-05 \\
  26 &  32 & 1.582+02 & 3.354+01 & 8.993-11 & 1.485-05 &  26 & 138 & 3.753+01 & 1.129+04 & 3.065-09 & 6.756-06 \\
  26 &  33 & 1.544+02 & 3.650+02 & 5.592-10 & 8.583-05 &  26 & 139 & 3.752+01 & 5.312+03 & 1.121-09 & 2.468-06 \\
  26 &  38 & 7.868+01 & 1.122+05 & 7.441-08 & 1.511-03 &  26 & 143 & 3.047+01 & 6.753+05 & 4.029-08 & 4.752-05 \\
  26 &  39 & 7.836+01 & 4.820+03 & 1.902-09 & 3.816-05 &  26 & 144 & 3.044+01 & 6.271+05 & 6.220-08 & 7.312-05 \\
  26 &  42 & 7.269+01 & 1.534+07 & 5.207-06 & 8.337-02 &  26 & 145 & 3.041+01 & 3.746+06 & 2.227-07 & 2.612-04 \\
  26 &  52 & 6.619+01 & 3.090+05 & 8.699-08 & 1.052-03 &  26 & 150 & 2.960+01 & 2.750+05 & 2.580-08 & 2.791-05 \\
  26 &  53 & 6.600+01 & 1.486+05 & 1.247-07 & 1.495-03 &  26 & 151 & 2.960+01 & 3.015+05 & 3.960-08 & 4.283-05 \\
  26 &  54 & 6.594+01 & 2.972+05 & 1.384-07 & 1.654-03 &  26 & 152 & 2.960+01 & 2.252+05 & 3.804-08 & 4.113-05 \\
  26 &  55 & 6.589+01 & 2.599+03 & 1.692-09 & 2.018-05 &  26 & 153 & 2.959+01 & 8.404+05 & 1.103-07 & 1.192-04 \\
  26 &  57 & 6.568+01 & 5.064+04 & 2.339-08 & 2.762-04 &  27 &  31 & 1.811+02 & 1.683+01 & 8.277-11 & 8.791-06 \\
  26 &  58 & 6.554+01 & 1.754+04 & 1.130-08 & 1.326-04 &  27 &  32 & 1.752+02 & 6.369-00 & 4.886-11 & 4.698-06 \\
  26 &  59 & 6.464+01 & 6.002+04 & 1.611-08 & 1.814-04 &  27 &  33 & 1.706+02 & 2.625+02 & 1.145-09 & 1.015-04 \\
  26 &  68 & 6.178+01 & 6.998+06 & 2.860-06 & 2.812-02 &  27 &  38 & 8.267+01 & 1.038+04 & 1.772-08 & 1.789-04 \\
  26 &  69 & 6.170+01 & 5.237+06 & 2.135-06 & 2.091-02 &  27 &  39 & 8.232+01 & 1.404+06 & 1.426-06 & 1.422-02 \\
  26 &  70 & 6.160+01 & 2.122+07 & 1.208-05 & 1.177-01 &  27 &  42 & 7.607+01 & 5.617+06 & 4.874-06 & 3.834-02 \\
  26 &  71 & 6.092+01 & 1.853+06 & 4.420-07 & 4.167-03 &  27 &  52 & 6.899+01 & 5.791+04 & 4.132-08 & 2.425-04 \\
  26 &  76 & 4.667+01 & 1.258+05 & 2.935-08 & 1.244-04 &  27 &  54 & 6.872+01 & 5.719+05 & 6.748-07 & 3.912-03 \\
  26 &  77 & 4.661+01 & 4.911+04 & 6.855-09 & 2.894-05 &  27 &  55 & 6.867+01 & 3.321+01 & 5.478-11 & 3.170-07 \\
  26 &  85 & 4.452+01 & 7.512+06 & 9.566-07 & 3.519-03 &  27 &  57 & 6.843+01 & 2.080+06 & 2.433-06 & 1.393-02 \\
  26 &  87 & 4.423+01 & 4.356+05 & 5.476-08 & 1.975-04 &  27 &  58 & 6.829+01 & 3.908+04 & 6.375-08 & 3.627-04 \\
  26 &  88 & 4.419+01 & 1.093+05 & 4.115-08 & 1.481-04 &  27 &  59 & 6.730+01 & 3.535+05 & 2.401-07 & 1.308-03 \\
  26 &  89 & 4.418+01 & 4.997+04 & 1.044-08 & 3.753-05 &  27 &  68 & 6.421+01 & 5.807+06 & 5.982-06 & 2.829-02 \\
  26 &  90 & 4.417+01 & 5.256+04 & 1.538-08 & 5.524-05 &  27 &  69 & 6.412+01 & 4.548+06 & 4.673-06 & 2.202-02 \\
  26 &  91 & 4.412+01 & 1.104+05 & 2.303-08 & 8.248-05 &  27 &  70 & 6.402+01 & 3.567+05 & 5.114-07 & 2.398-03 \\
  26 &  92 & 4.410+01 & 5.498+03 & 1.603-09 & 5.728-06 &  27 &  71 & 6.329+01 & 7.876+06 & 4.729-06 & 2.142-02 \\
  26 &  93 & 4.386+01 & 7.891+04 & 9.753-09 & 3.431-05 &  27 &  76 & 4.804+01 & 1.517+04 & 8.747-09 & 1.733-05 \\
  26 & 102 & 4.353+01 & 3.302+04 & 6.702-09 & 2.306-05 &  27 &  77 & 4.798+01 & 3.229+06 & 1.115-06 & 2.200-03 \\
  26 & 103 & 4.353+01 & 7.061+04 & 2.006-08 & 6.899-05 &  27 &  85 & 4.577+01 & 6.202+06 & 1.948-06 & 3.337-03 \\
  26 & 104 & 4.352+01 & 2.099+06 & 9.366-07 & 3.218-03 &  27 &  87 & 4.546+01 & 6.442+04 & 1.996-08 & 3.351-05 \\
  26 & 106 & 4.351+01 & 3.508+05 & 9.954-08 & 3.417-04 &  27 &  89 & 4.540+01 & 9.445+05 & 4.865-07 & 8.138-04 \\
  26 & 107 & 4.350+01 & 9.033+05 & 3.295-07 & 1.131-03 &  27 &  90 & 4.540+01 & 7.417+03 & 5.348-09 & 8.941-06 \\
  26 & 108 & 4.349+01 & 8.062+05 & 2.940-07 & 1.008-03 &  27 &  91 & 4.535+01 & 3.166+06 & 1.627-06 & 2.711-03 \\
  26 & 109 & 4.349+01 & 1.059+06 & 4.721-07 & 1.619-03 &  27 &  92 & 4.532+01 & 6.720+04 & 4.828-08 & 8.030-05 \\
  26 & 115 & 4.227+01 & 3.432+06 & 6.567-07 & 2.068-03 &  27 &  93 & 4.507+01 & 1.128+06 & 3.435-07 & 5.619-04 \\
  26 & 116 & 4.226+01 & 2.224+06 & 4.251-07 & 1.337-03 &  27 & 102 & 4.473+01 & 4.078+05 & 2.039-07 & 3.260-04 \\
  26 & 117 & 4.223+01 & 9.921+06 & 2.653-06 & 8.329-03 &  27 & 103 & 4.472+01 & 3.047+07 & 2.132-05 & 3.408-02 \\
  26 & 118 & 4.209+01 & 9.361+05 & 1.065-07 & 3.313-04 &  27 & 106 & 4.470+01 & 1.575+07 & 1.101-05 & 1.756-02 \\
  26 & 124 & 4.166+01 & 3.834+06 & 9.974-07 & 3.006-03 &  27 & 115 & 4.340+01 & 4.778+06 & 2.248-06 & 3.282-03 \\
  26 & 125 & 4.165+01 & 2.952+07 & 9.872-06 & 2.975-02 &  27 & 116 & 4.338+01 & 3.205+06 & 1.507-06 & 2.198-03 \\
  26 & 126 & 4.165+01 & 1.654+07 & 5.529-06 & 1.666-02 &  27 & 117 & 4.335+01 & 2.312+05 & 1.520-07 & 2.213-04 \\
  26 & 127 & 4.165+01 & 2.764+08 & 1.129-04 & 3.401-01 &  27 & 118 & 4.320+01 & 6.028+06 & 1.687-06 & 2.431-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  27 & 124 & 4.275+01 & 1.596+08 & 1.020-04 & 1.424-01 &  28 & 114 & 4.958+01 & 3.834-04 & 1.413-16 & 3.076-13 \\
  27 & 129 & 4.156+01 & 1.563+04 & 4.048-09 & 5.192-06 &  28 & 120 & 4.869+01 & 4.346+03 & 3.605-09 & 7.439-06 \\
  27 & 130 & 4.143+01 & 1.728+03 & 7.412-10 & 9.418-07 &  28 & 121 & 4.869+01 & 3.834+05 & 3.179-07 & 6.555-04 \\
  27 & 131 & 4.135+01 & 2.904+05 & 7.441-08 & 9.398-05 &  28 & 123 & 4.867+01 & 1.546+05 & 9.150-08 & 1.885-04 \\
  27 & 136 & 3.842+01 & 7.506+04 & 2.769-08 & 2.807-05 &  28 & 132 & 4.429+01 & 1.806+08 & 5.312-05 & 8.246-02 \\
  27 & 137 & 3.842+01 & 1.275+05 & 6.585-08 & 6.674-05 &  28 & 133 & 4.428+01 & 1.799+08 & 8.813-05 & 1.367-01 \\
  27 & 139 & 3.840+01 & 1.458+06 & 7.518-07 & 7.606-04 &  28 & 134 & 4.426+01 & 1.801+08 & 1.234-04 & 1.912-01 \\
  27 & 143 & 3.105+01 & 2.512+04 & 3.630-09 & 1.942-06 &  28 & 135 & 4.399+01 & 5.454+05 & 2.637-07 & 4.009-04 \\
  27 & 144 & 3.101+01 & 5.303+01 & 1.275-11 & 6.794-09 &  28 & 140 & 3.467+01 & 9.315-02 & 1.679-14 & 1.251-11 \\
  27 & 145 & 3.099+01 & 1.688+05 & 2.431-08 & 1.293-05 &  28 & 146 & 3.330+01 & 9.391+07 & 1.561-05 & 1.030-02 \\
  27 & 150 & 3.015+01 & 3.766+03 & 8.552-10 & 4.188-07 &  28 & 147 & 3.329+01 & 9.360+07 & 2.592-05 & 1.710-02 \\
  27 & 151 & 3.015+01 & 8.399+04 & 2.671-08 & 1.308-05 &  28 & 148 & 3.329+01 & 9.398+07 & 3.643-05 & 2.401-02 \\
  27 & 153 & 3.014+01 & 7.038+05 & 2.237-07 & 1.094-04 &  28 & 149 & 3.321+01 & 3.316+05 & 9.141-08 & 5.984-05 \\
  28 &  34 & 1.597+02 & 3.636+05 & 1.390-06 & 1.011-01 &  28 & 154 & 3.292+01 & 1.343-00 & 5.092-13 & 3.247-10 \\
  28 &  35 & 1.594+02 & 3.668+05 & 2.328-06 & 1.684-01 &  29 &  35 & 1.742+02 & 4.191+02 & 9.533-09 & 3.001-04 \\
  28 &  36 & 1.589+02 & 3.745+05 & 3.305-06 & 2.367-01 &  29 &  37 & 1.620+02 & 3.624+05 & 7.128-06 & 1.805-01 \\
  28 &  37 & 1.491+02 & 9.251+02 & 5.138-09 & 3.042-04 &  29 &  43 & 1.018+02 & 2.176+04 & 1.689-07 & 1.061-03 \\
  28 &  40 & 9.720+01 & 2.167+02 & 3.069-10 & 5.036-06 &  29 &  46 & 1.004+02 & 2.182+04 & 1.648-07 & 9.935-04 \\
  28 &  43 & 9.653+01 & 8.490+03 & 1.976-08 & 3.176-04 &  29 &  50 & 9.141+01 & 3.309+04 & 2.073-07 & 9.428-04 \\
  28 &  44 & 9.603+01 & 1.518+04 & 4.898-08 & 7.750-04 &  29 &  63 & 8.458+01 & 7.441+03 & 3.991-08 & 1.438-04 \\
  28 &  45 & 9.572+01 & 3.176+03 & 4.363-09 & 6.837-05 &  29 &  65 & 8.436+01 & 1.886+04 & 1.006-07 & 3.596-04 \\
  28 &  46 & 9.529+01 & 3.673-01 & 8.334-13 & 1.288-08 &  29 &  75 & 7.770+01 & 2.386+04 & 1.080-07 & 3.017-04 \\
  28 &  48 & 8.802+01 & 2.315+04 & 2.690-08 & 3.278-04 &  29 &  79 & 5.557+01 & 1.448+05 & 3.352-07 & 3.426-04 \\
  28 &  49 & 8.729+01 & 3.215+03 & 3.672-09 & 4.365-05 &  29 &  82 & 5.536+01 & 1.356+05 & 3.116-07 & 3.149-04 \\
  28 &  50 & 8.715+01 & 1.512+04 & 2.870-08 & 3.395-04 &  29 &  95 & 5.272+01 & 5.814+03 & 1.211-08 & 1.057-05 \\
  28 &  60 & 8.100+01 & 5.771+05 & 5.677-07 & 5.391-03 &  29 &  99 & 5.265+01 & 6.651+03 & 1.382-08 & 1.202-05 \\
  28 &  63 & 8.093+01 & 4.474+05 & 7.321-07 & 6.934-03 &  29 & 112 & 5.245+01 & 2.251+05 & 4.641-07 & 3.989-04 \\
  28 &  64 & 8.075+01 & 2.666+05 & 6.080-07 & 5.720-03 &  29 & 123 & 4.997+01 & 5.214+03 & 9.761-09 & 7.256-06 \\
  28 &  65 & 8.072+01 & 1.740+04 & 2.834-08 & 2.663-04 &  29 & 133 & 4.535+01 & 5.516+05 & 8.504-07 & 4.725-04 \\
  28 &  66 & 8.070+01 & 1.974+04 & 4.498-08 & 4.224-04 &  29 & 135 & 4.504+01 & 1.765+08 & 2.685-04 & 1.461-01 \\
  28 &  72 & 7.472+01 & 6.089+02 & 1.189-09 & 8.863-06 &  29 & 147 & 3.390+01 & 3.958+05 & 3.409-07 & 7.908-05 \\
  28 &  74 & 7.461+01 & 4.737+05 & 9.225-07 & 6.847-03 &  29 & 149 & 3.381+01 & 1.158+08 & 9.924-05 & 2.285-02 \\
  28 &  75 & 7.461+01 & 1.838+05 & 2.556-07 & 1.897-03 &  30 &  32 & 4.486+03 & 1.106-02 & 1.669-10 & 8.976-02 \\
  28 &  78 & 5.408+01 & 1.814+01 & 7.953-12 & 2.247-08 &  30 &  38 & 1.512+02 & 4.559+01 & 7.817-10 & 1.610-05 \\
  28 &  79 & 5.397+01 & 1.089+03 & 7.926-10 & 2.226-06 &  30 &  54 & 1.103+02 & 1.645+03 & 1.499-08 & 1.197-04 \\
  28 &  80 & 5.389+01 & 2.909+03 & 2.955-09 & 8.261-06 &  30 &  57 & 1.095+02 & 8.606+02 & 7.739-09 & 6.058-05 \\
  28 &  81 & 5.384+01 & 4.854+02 & 2.109-10 & 5.882-07 &  30 &  68 & 9.910+01 & 2.496+04 & 1.838-07 & 1.066-03 \\
  28 &  82 & 5.377+01 & 3.479-00 & 2.514-12 & 6.984-09 &  30 &  69 & 9.891+01 & 2.529+04 & 1.854-07 & 1.069-03 \\
  28 &  94 & 5.130+01 & 3.007+05 & 1.187-07 & 2.862-04 &  30 &  76 & 6.523+01 & 2.762+04 & 8.810-08 & 1.456-04 \\
  28 &  95 & 5.128+01 & 2.442+05 & 1.604-07 & 3.865-04 &  30 &  89 & 6.046+01 & 9.432+03 & 2.584-08 & 3.402-05 \\
  28 &  98 & 5.123+01 & 1.473+05 & 1.352-07 & 3.249-04 &  30 &  91 & 6.036+01 & 2.076+02 & 5.670-10 & 7.428-07 \\
  28 &  99 & 5.121+01 & 3.546+03 & 2.324-09 & 5.577-06 &  30 & 102 & 5.926+01 & 7.597+03 & 2.000-08 & 2.480-05 \\
  28 & 100 & 5.121+01 & 1.863+03 & 1.709-09 & 4.102-06 &  30 & 115 & 5.695+01 & 2.791+04 & 6.785-08 & 7.463-05 \\
  28 & 110 & 5.117+01 & 1.510+04 & 5.927-09 & 1.419-05 &  30 & 116 & 5.692+01 & 3.407+03 & 8.274-09 & 9.088-06 \\
  28 & 111 & 5.108+01 & 2.200+03 & 8.605-10 & 2.049-06 &  30 & 130 & 5.361+01 & 1.841+07 & 3.966-05 & 3.640-02 \\
  28 & 112 & 5.102+01 & 3.937+03 & 2.561-09 & 6.078-06 &  30 & 136 & 4.868+01 & 1.558+08 & 2.767-04 & 1.902-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  30 & 144 & 3.737+01 & 1.056+07 & 1.106-05 & 3.437-03 &  32 &  33 & 6.384+03 & 7.764-04 & 2.846-12 & 2.205-02 \\
  30 & 150 & 3.612+01 & 2.355+07 & 2.303-05 & 6.466-03 &  32 &  38 & 1.565+02 & 1.120+02 & 4.114-10 & 4.697-05 \\
  31 &  32 & 5.363+03 & 9.123-03 & 6.556-11 & 1.807-01 &  32 &  39 & 1.552+02 & 8.044+01 & 1.744-10 & 1.944-05 \\
  31 &  33 & 2.915+03 & 1.036-01 & 1.319-10 & 5.834-02 &  32 &  41 & 1.349+02 & 1.881+02 & 1.026-10 & 7.509-06 \\
  31 &  38 & 1.521+02 & 9.958+01 & 5.754-10 & 3.616-05 &  32 &  42 & 1.344+02 & 8.674+01 & 1.410-10 & 1.021-05 \\
  31 &  39 & 1.509+02 & 1.557+02 & 5.314-10 & 3.262-05 &  32 &  51 & 1.143+02 & 4.167+04 & 1.631-08 & 7.247-04 \\
  31 &  42 & 1.312+02 & 4.743+01 & 1.223-10 & 4.931-06 &  32 &  52 & 1.138+02 & 3.684+04 & 4.291-08 & 1.883-03 \\
  31 &  52 & 1.114+02 & 3.110+03 & 5.790-09 & 1.432-04 &  32 &  53 & 1.132+02 & 4.258+04 & 1.473-07 & 6.369-03 \\
  31 &  54 & 1.107+02 & 6.568+03 & 2.012-08 & 4.878-04 &  32 &  54 & 1.131+02 & 2.474+04 & 4.740-08 & 2.039-03 \\
  31 &  55 & 1.106+02 & 1.548+04 & 6.623-08 & 1.601-03 &  32 &  55 & 1.129+02 & 1.560+04 & 4.175-08 & 1.790-03 \\
  31 &  57 & 1.100+02 & 1.017+04 & 3.073-08 & 7.303-04 &  32 &  57 & 1.123+02 & 5.155+03 & 9.742-09 & 4.106-04 \\
  31 &  58 & 1.096+02 & 3.886+03 & 1.633-08 & 3.841-04 &  32 &  58 & 1.119+02 & 1.196+04 & 3.141-08 & 1.310-03 \\
  31 &  59 & 1.071+02 & 1.883+04 & 3.237-08 & 7.104-04 &  32 &  59 & 1.093+02 & 2.205+01 & 2.369-11 & 9.205-07 \\
  31 &  68 & 9.946+01 & 2.367+04 & 5.850-08 & 1.029-03 &  32 &  68 & 1.013+02 & 1.635+02 & 2.517-10 & 7.803-06 \\
  31 &  69 & 9.926+01 & 1.348+04 & 3.318-08 & 5.799-04 &  32 &  69 & 1.011+02 & 1.040+03 & 1.595-09 & 4.913-05 \\
  31 &  70 & 9.902+01 & 2.082+04 & 7.141-08 & 1.239-03 &  32 &  70 & 1.009+02 & 8.941+02 & 1.910-09 & 5.839-05 \\
  31 &  71 & 9.727+01 & 5.723+03 & 8.118-09 & 1.335-04 &  32 &  71 & 9.907+01 & 5.128+02 & 4.527-10 & 1.311-05 \\
  31 &  76 & 6.538+01 & 5.588+04 & 5.969-08 & 2.981-04 &  32 &  76 & 6.619+01 & 4.953+04 & 3.253-08 & 2.810-04 \\
  31 &  77 & 6.527+01 & 5.720+03 & 3.653-09 & 1.815-05 &  32 &  77 & 6.607+01 & 3.944+04 & 1.549-08 & 1.330-04 \\
  31 &  85 & 6.124+01 & 5.216+04 & 2.933-08 & 1.204-04 &  32 &  84 & 6.200+01 & 2.861+05 & 3.297-08 & 2.340-04 \\
  31 &  87 & 6.069+01 & 1.035+04 & 5.714-09 & 2.283-05 &  32 &  85 & 6.195+01 & 1.355+05 & 4.679-08 & 3.313-04 \\
  31 &  89 & 6.059+01 & 6.042+03 & 5.543-09 & 2.203-05 &  32 &  86 & 6.146+01 & 6.585+03 & 7.458-10 & 5.156-06 \\
  31 &  90 & 6.058+01 & 1.782+03 & 2.288-09 & 9.091-06 &  32 &  87 & 6.139+01 & 3.267+02 & 1.108-10 & 7.631-07 \\
  31 &  91 & 6.049+01 & 5.169+03 & 4.727-09 & 1.870-05 &  32 &  88 & 6.132+01 & 1.601+04 & 1.625-08 & 1.115-04 \\
  31 &  92 & 6.044+01 & 8.425+03 & 1.077-08 & 4.247-05 &  32 &  89 & 6.128+01 & 3.634+03 & 2.046-09 & 1.403-05 \\
  31 &  93 & 6.000+01 & 1.012+04 & 5.463-09 & 2.108-05 &  32 &  90 & 6.127+01 & 1.195+04 & 9.419-09 & 6.454-05 \\
  31 & 102 & 5.939+01 & 5.912+03 & 5.211-09 & 1.951-05 &  32 &  91 & 6.119+01 & 1.106+04 & 6.207-09 & 4.234-05 \\
  31 & 103 & 5.939+01 & 5.048+02 & 6.228-10 & 2.331-06 &  32 &  92 & 6.113+01 & 2.646+04 & 2.075-08 & 1.412-04 \\
  31 & 106 & 5.934+01 & 5.905+03 & 7.273-09 & 2.715-05 &  32 &  93 & 6.068+01 & 4.894+03 & 1.621-09 & 1.078-05 \\
  31 & 115 & 5.706+01 & 6.061+03 & 4.932-09 & 1.638-05 &  32 & 102 & 6.006+01 & 4.578+02 & 2.476-10 & 1.597-06 \\
  31 & 116 & 5.704+01 & 5.710+03 & 4.642-09 & 1.539-05 &  32 & 103 & 6.005+01 & 1.406+03 & 1.065-09 & 6.865-06 \\
  31 & 117 & 5.699+01 & 3.325+04 & 3.778-08 & 1.250-04 &  32 & 106 & 6.000+01 & 3.284+02 & 2.482-10 & 1.597-06 \\
  31 & 118 & 5.674+01 & 2.685+04 & 1.296-08 & 4.228-05 &  32 & 107 & 6.000+01 & 3.040+03 & 2.953-09 & 1.899-05 \\
  31 & 124 & 5.595+01 & 1.181+03 & 1.294-09 & 4.049-06 &  32 & 108 & 5.998+01 & 3.546+01 & 3.442-11 & 2.212-07 \\
  31 & 129 & 5.393+01 & 9.536+06 & 4.158-06 & 1.166-02 &  32 & 115 & 5.768+01 & 4.724+02 & 2.356-10 & 1.346-06 \\
  31 & 130 & 5.372+01 & 3.689+07 & 2.659-05 & 7.365-02 &  32 & 116 & 5.765+01 & 5.217+04 & 2.599-08 & 1.483-04 \\
  31 & 131 & 5.357+01 & 2.076+07 & 8.935-06 & 2.455-02 &  32 & 117 & 5.760+01 & 1.593+03 & 1.109-09 & 6.315-06 \\
  31 & 136 & 4.877+01 & 1.384+08 & 8.224-05 & 1.705-01 &  32 & 118 & 5.734+01 & 4.925+04 & 1.457-08 & 8.179-05 \\
  31 & 137 & 4.876+01 & 2.232+08 & 1.857-04 & 3.848-01 &  32 & 124 & 5.654+01 & 7.665+01 & 5.144-11 & 2.769-07 \\
  31 & 139 & 4.873+01 & 1.018+07 & 8.454-06 & 1.748-02 &  32 & 125 & 5.654+01 & 4.533+02 & 3.910-10 & 2.104-06 \\
  31 & 143 & 3.747+01 & 5.152+06 & 1.085-06 & 1.020-03 &  32 & 126 & 5.653+01 & 3.617-00 & 3.119-12 & 1.678-08 \\
  31 & 144 & 3.742+01 & 2.110+07 & 7.384-06 & 6.914-03 &  32 & 128 & 5.452+01 & 9.147+07 & 8.151-06 & 3.934-02 \\
  31 & 145 & 3.739+01 & 1.297+07 & 2.717-06 & 2.537-03 &  32 & 129 & 5.448+01 & 5.950+07 & 1.588-05 & 7.650-02 \\
  31 & 150 & 3.617+01 & 2.073+07 & 6.777-06 & 5.730-03 &  32 & 130 & 5.426+01 & 3.183+07 & 1.405-05 & 6.682-02 \\
  31 & 151 & 3.617+01 & 3.337+07 & 1.527-05 & 1.291-02 &  32 & 131 & 5.411+01 & 8.967+06 & 2.362-06 & 1.115-02 \\
  31 & 153 & 3.615+01 & 2.055+06 & 9.396-07 & 7.934-04 &  32 & 136 & 4.922+01 & 2.158+07 & 7.837-06 & 2.783-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  32 & 137 & 4.921+01 & 1.041+08 & 5.290-05 & 1.878-01 &  33 & 139 & 4.956+01 & 3.051+08 & 2.621-04 & 5.700-01 \\
  32 & 138 & 4.920+01 & 3.242+08 & 2.118-04 & 7.512-01 &  33 & 143 & 3.796+01 & 1.347+07 & 2.911-06 & 2.845-03 \\
  32 & 139 & 4.918+01 & 3.899+06 & 1.979-06 & 7.008-03 &  33 & 144 & 3.791+01 & 2.437+06 & 8.749-07 & 8.516-04 \\
  32 & 142 & 3.775+01 & 5.112+07 & 2.184-06 & 3.497-03 &  33 & 145 & 3.787+01 & 3.910+07 & 8.407-06 & 8.160-03 \\
  32 & 143 & 3.774+01 & 3.332+07 & 4.269-06 & 6.832-03 &  33 & 150 & 3.662+01 & 2.181+06 & 7.310-07 & 6.417-04 \\
  32 & 144 & 3.768+01 & 1.798+07 & 3.829-06 & 6.102-03 &  33 & 151 & 3.662+01 & 3.850+05 & 1.806-07 & 1.585-04 \\
  32 & 145 & 3.765+01 & 5.100+06 & 6.503-07 & 1.033-03 &  33 & 153 & 3.661+01 & 4.577+07 & 2.146-05 & 1.881-02 \\
  32 & 150 & 3.642+01 & 3.087+06 & 6.138-07 & 8.827-04 &  34 &  35 & 9.025+04 & 2.796-09 & 5.691-15 & 7.476-02 \\
  32 & 151 & 3.641+01 & 1.501+07 & 4.179-06 & 6.009-03 &  34 &  36 & 3.107+04 & 4.760-08 & 1.607-14 & 8.614-03 \\
  32 & 152 & 3.641+01 & 4.657+07 & 1.666-05 & 2.395-02 &  34 &  37 & 2.251+03 & 4.984-04 & 6.312-13 & 1.287-04 \\
  32 & 153 & 3.640+01 & 4.690+05 & 1.304-07 & 1.873-04 &  34 &  40 & 2.485+02 & 1.054+03 & 9.760-09 & 2.675-03 \\
  33 &  38 & 1.604+02 & 1.614+01 & 1.038-10 & 7.660-06 &  34 &  43 & 2.441+02 & 1.891+01 & 2.815-10 & 7.317-05 \\
  33 &  39 & 1.591+02 & 3.084+02 & 1.171-09 & 8.428-05 &  34 &  44 & 2.409+02 & 1.719-00 & 3.490-11 & 8.722-06 \\
  33 &  42 & 1.373+02 & 6.797+02 & 1.922-09 & 8.895-05 &  34 &  45 & 2.390+02 & 1.567+02 & 1.342-09 & 3.274-04 \\
  33 &  52 & 1.159+02 & 5.147+01 & 1.036-10 & 2.879-06 &  34 &  46 & 2.363+02 & 3.034+02 & 4.234-09 & 9.988-04 \\
  33 &  54 & 1.151+02 & 5.928+02 & 1.962-09 & 5.343-05 &  34 &  48 & 1.962+02 & 6.788+01 & 3.916-10 & 5.284-05 \\
  33 &  55 & 1.149+02 & 2.359+02 & 1.091-09 & 2.960-05 &  34 &  49 & 1.926+02 & 1.629+03 & 9.060-09 & 1.156-03 \\
  33 &  57 & 1.143+02 & 1.122+03 & 3.662-09 & 9.767-05 &  34 &  50 & 1.919+02 & 2.791+02 & 2.568-09 & 3.244-04 \\
  33 &  58 & 1.139+02 & 1.086+03 & 4.928-09 & 1.301-04 &  34 &  60 & 1.644+02 & 1.109+02 & 4.495-10 & 3.570-05 \\
  33 &  59 & 1.112+02 & 1.280+03 & 2.372-09 & 5.825-05 &  34 &  63 & 1.641+02 & 5.923+02 & 3.986-09 & 3.148-04 \\
  33 &  68 & 1.030+02 & 1.706+03 & 4.520-09 & 8.821-05 &  34 &  64 & 1.634+02 & 4.445+02 & 4.150-09 & 3.234-04 \\
  33 &  69 & 1.028+02 & 9.087+02 & 2.398-09 & 4.649-05 &  34 &  65 & 1.633+02 & 2.660+03 & 1.772-08 & 1.378-03 \\
  33 &  70 & 1.025+02 & 1.396+04 & 5.132-08 & 9.875-04 &  34 &  66 & 1.632+02 & 3.971+02 & 3.699-09 & 2.873-04 \\
  33 &  71 & 1.006+02 & 1.892+04 & 2.873-08 & 5.231-04 &  34 &  72 & 1.404+02 & 8.894+03 & 6.136-08 & 3.037-03 \\
  33 &  76 & 6.688+01 & 6.832+03 & 7.637-09 & 4.083-05 &  34 &  74 & 1.401+02 & 8.445+02 & 5.796-09 & 2.846-04 \\
  33 &  77 & 6.676+01 & 1.830+04 & 1.223-08 & 6.503-05 &  34 &  75 & 1.401+02 & 3.073+03 & 1.506-08 & 7.392-04 \\
  33 &  85 & 6.256+01 & 8.102+02 & 4.754-10 & 2.080-06 &  34 &  78 & 8.178+01 & 3.444+05 & 3.453-07 & 3.374-03 \\
  33 &  87 & 6.199+01 & 2.751+03 & 1.584-09 & 6.743-06 &  34 &  79 & 8.152+01 & 1.596+04 & 2.651-08 & 2.566-04 \\
  33 &  89 & 6.188+01 & 9.899+02 & 9.471-10 & 4.010-06 &  34 &  80 & 8.134+01 & 1.047+03 & 2.424-09 & 2.331-05 \\
  33 &  90 & 6.187+01 & 4.005+02 & 5.362-10 & 2.269-06 &  34 &  81 & 8.123+01 & 6.018+02 & 5.953-10 & 5.701-06 \\
  33 &  91 & 6.178+01 & 4.252+02 & 4.054-10 & 1.708-06 &  34 &  82 & 8.108+01 & 1.172+04 & 1.925-08 & 1.833-04 \\
  33 &  92 & 6.172+01 & 1.575+03 & 2.099-09 & 8.818-06 &  34 &  94 & 7.559+01 & 5.187+03 & 4.443-09 & 3.429-05 \\
  33 &  93 & 6.126+01 & 1.487+04 & 8.367-09 & 3.437-05 &  34 &  95 & 7.553+01 & 3.826+03 & 5.455-09 & 4.201-05 \\
  33 & 102 & 6.063+01 & 1.878+02 & 1.725-10 & 6.870-07 &  34 &  98 & 7.544+01 & 7.826+02 & 1.558-09 & 1.195-05 \\
  33 & 103 & 6.062+01 & 2.024+04 & 2.603-08 & 1.036-04 &  34 &  99 & 7.540+01 & 1.152+02 & 1.636-10 & 1.253-06 \\
  33 & 106 & 6.057+01 & 1.042+04 & 1.338-08 & 5.313-05 &  34 & 100 & 7.539+01 & 1.119+04 & 2.225-08 & 1.704-04 \\
  33 & 115 & 5.821+01 & 3.843+02 & 3.253-10 & 1.146-06 &  34 & 110 & 7.530+01 & 5.816+03 & 4.944-09 & 3.772-05 \\
  33 & 116 & 5.818+01 & 1.000+03 & 8.461-10 & 2.976-06 &  34 & 111 & 7.510+01 & 7.878+04 & 6.661-08 & 5.041-04 \\
  33 & 117 & 5.813+01 & 2.138+03 & 2.527-09 & 8.867-06 &  34 & 112 & 7.498+01 & 5.220+02 & 7.333-10 & 5.524-06 \\
  33 & 118 & 5.786+01 & 3.655+04 & 1.835-08 & 6.351-05 &  34 & 114 & 7.190+01 & 6.364+06 & 4.932-06 & 3.276-02 \\
  33 & 124 & 5.705+01 & 4.914+03 & 5.594-09 & 1.856-05 &  34 & 120 & 7.006+01 & 1.481+04 & 2.543-08 & 1.563-04 \\
  33 & 129 & 5.495+01 & 2.241+07 & 1.015-05 & 3.008-02 &  34 & 121 & 7.004+01 & 1.290+01 & 2.214-11 & 1.360-07 \\
  33 & 130 & 5.472+01 & 4.359+06 & 3.262-06 & 9.551-03 &  34 & 123 & 7.002+01 & 3.675+02 & 4.502-10 & 2.762-06 \\
  33 & 131 & 5.458+01 & 6.112+07 & 2.729-05 & 7.927-02 &  34 & 132 & 6.129+01 & 1.109+07 & 6.244-06 & 2.569-02 \\
  33 & 136 & 4.960+01 & 1.584+07 & 9.740-06 & 2.124-02 &  34 & 133 & 6.127+01 & 1.103+07 & 1.035-05 & 4.254-02 \\
  33 & 137 & 4.960+01 & 2.170+06 & 1.867-06 & 4.069-03 &  34 & 134 & 6.124+01 & 9.051+05 & 1.187-06 & 4.871-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  34 & 135 & 6.071+01 & 3.384+04 & 3.116-08 & 1.246-04 &  35 & 113 & 7.449+01 & 1.440+05 & 2.395-08 & 2.948-04 \\
  34 & 140 & 4.429+01 & 3.188+06 & 9.376-07 & 1.456-03 &  35 & 114 & 7.196+01 & 1.042+07 & 4.853-06 & 5.385-02 \\
  34 & 146 & 4.207+01 & 4.980+06 & 1.322-06 & 1.758-03 &  35 & 119 & 7.110+01 & 7.503+04 & 1.137-08 & 1.218-04 \\
  34 & 147 & 4.207+01 & 4.956+06 & 2.191-06 & 2.914-03 &  35 & 120 & 7.012+01 & 7.952+03 & 8.206-09 & 8.425-05 \\
  34 & 148 & 4.206+01 & 4.080+05 & 2.525-07 & 3.356-04 &  35 & 121 & 7.010+01 & 5.380+01 & 5.548-11 & 5.691-07 \\
  34 & 149 & 4.194+01 & 1.770+04 & 7.779-09 & 1.025-05 &  35 & 122 & 7.009+01 & 6.460+03 & 8.564-09 & 8.783-05 \\
  34 & 154 & 4.147+01 & 2.171+08 & 1.307-04 & 1.665-01 &  35 & 123 & 7.008+01 & 3.148+03 & 2.318-09 & 2.375-05 \\
  35 &  36 & 4.738+04 & 5.749-08 & 2.709-14 & 8.580-02 &  35 & 132 & 6.133+01 & 1.840+07 & 6.227-06 & 4.279-02 \\
  35 &  37 & 2.309+03 & 3.246-04 & 2.594-13 & 9.511-05 &  35 & 133 & 6.131+01 & 7.951+06 & 4.481-06 & 3.076-02 \\
  35 &  40 & 2.492+02 & 5.203+02 & 2.905-09 & 1.338-03 &  35 & 134 & 6.128+01 & 9.017+06 & 7.106-06 & 4.870-02 \\
  35 &  43 & 2.448+02 & 1.384+02 & 1.243-09 & 5.428-04 &  35 & 135 & 6.075+01 & 6.946+03 & 3.843-09 & 2.566-05 \\
  35 &  44 & 2.416+02 & 1.682+01 & 2.060-10 & 8.649-05 &  35 & 140 & 4.432+01 & 5.268+06 & 9.305-07 & 2.412-03 \\
  35 &  45 & 2.397+02 & 6.446+01 & 3.331-10 & 1.365-04 &  35 & 141 & 4.414+01 & 5.266+04 & 3.077-09 & 7.881-06 \\
  35 &  46 & 2.370+02 & 1.205+03 & 1.015-08 & 4.021-03 &  35 & 146 & 4.209+01 & 8.237+06 & 1.313-06 & 2.915-03 \\
  35 &  47 & 2.205+02 & 4.298+03 & 6.264-09 & 1.999-03 &  35 & 147 & 4.208+01 & 3.563+06 & 9.460-07 & 2.100-03 \\
  35 &  48 & 1.966+02 & 1.724-00 & 5.993-12 & 1.356-06 &  35 & 148 & 4.208+01 & 4.044+06 & 1.503-06 & 3.334-03 \\
  35 &  49 & 1.930+02 & 1.520+01 & 5.094-11 & 1.091-05 &  35 & 149 & 4.196+01 & 6.868+03 & 1.813-09 & 3.986-06 \\
  35 &  50 & 1.923+02 & 7.356+02 & 4.079-09 & 8.642-04 &  35 & 154 & 4.149+01 & 6.022+07 & 2.176-05 & 4.630-02 \\
  35 &  56 & 1.828+02 & 3.255+03 & 3.261-09 & 5.933-04 &  35 & 155 & 4.149+01 & 1.534+08 & 7.127-05 & 1.516-01 \\
  35 &  60 & 1.647+02 & 1.844+02 & 4.501-10 & 5.990-05 &  35 & 157 & 4.149+01 & 8.118+07 & 3.771-05 & 8.021-02 \\
  35 &  61 & 1.647+02 & 2.658+03 & 1.946-08 & 2.589-03 &  36 &  37 & 2.427+03 & 4.502-04 & 2.840-13 & 1.693-04 \\
  35 &  63 & 1.644+02 & 2.604+01 & 1.055-10 & 1.397-05 &  36 &  40 & 2.505+02 & 7.040+01 & 2.838-10 & 1.859-04 \\
  35 &  64 & 1.637+02 & 3.077+03 & 1.730-08 & 2.259-03 &  36 &  43 & 2.460+02 & 4.297+02 & 2.785-09 & 1.729-03 \\
  35 &  65 & 1.636+02 & 1.599+03 & 6.414-09 & 8.357-04 &  36 &  44 & 2.428+02 & 3.168+01 & 2.800-10 & 1.671-04 \\
  35 &  66 & 1.635+02 & 2.300+03 & 1.290-08 & 1.679-03 &  36 &  45 & 2.409+02 & 5.435+02 & 2.026-09 & 1.181-03 \\
  35 &  67 & 1.633+02 & 8.207+01 & 5.907-10 & 7.663-05 &  36 &  46 & 2.381+02 & 1.854+03 & 1.126-08 & 6.343-03 \\
  35 &  72 & 1.407+02 & 1.324+02 & 5.496-10 & 4.555-05 &  36 &  48 & 1.974+02 & 3.393+01 & 8.497-11 & 2.726-05 \\
  35 &  73 & 1.405+02 & 6.592+03 & 3.511-08 & 2.899-03 &  36 &  49 & 1.938+02 & 4.149+03 & 1.001-08 & 3.038-03 \\
  35 &  74 & 1.403+02 & 1.063+03 & 4.391-09 & 3.611-04 &  36 &  50 & 1.931+02 & 7.258+02 & 2.898-09 & 8.701-04 \\
  35 &  75 & 1.403+02 & 3.092+03 & 9.121-09 & 7.496-04 &  36 &  60 & 1.653+02 & 2.258+01 & 3.963-11 & 7.462-06 \\
  35 &  78 & 8.185+01 & 3.516+05 & 2.119-07 & 3.461-03 &  36 &  61 & 1.653+02 & 7.516+02 & 3.958-09 & 7.451-04 \\
  35 &  79 & 8.159+01 & 2.580+04 & 2.575-08 & 4.165-04 &  36 &  62 & 1.652+02 & 6.175+03 & 3.972-08 & 7.473-03 \\
  35 &  80 & 8.141+01 & 1.042+04 & 1.450-08 & 2.331-04 &  36 &  63 & 1.650+02 & 3.703+01 & 1.079-10 & 2.021-05 \\
  35 &  81 & 8.130+01 & 2.877+04 & 1.711-08 & 2.738-04 &  36 &  64 & 1.642+02 & 6.324+02 & 2.558-09 & 4.724-04 \\
  35 &  82 & 8.115+01 & 4.212+04 & 4.159-08 & 6.619-04 &  36 &  65 & 1.641+02 & 1.143+02 & 3.297-10 & 6.076-05 \\
  35 &  83 & 7.997+01 & 9.146+04 & 1.754-08 & 2.671-04 &  36 &  66 & 1.641+02 & 8.097+02 & 3.267-09 & 6.013-04 \\
  35 &  94 & 7.565+01 & 1.609+03 & 8.281-10 & 1.068-05 &  36 &  67 & 1.639+02 & 7.149+03 & 3.701-08 & 6.792-03 \\
  35 &  95 & 7.560+01 & 3.014+03 & 2.582-09 & 3.322-05 &  36 &  72 & 1.411+02 & 8.783+01 & 2.621-10 & 3.068-05 \\
  35 &  97 & 7.558+01 & 2.610+04 & 4.023-08 & 5.173-04 &  36 &  73 & 1.409+02 & 8.555+02 & 3.274-09 & 3.818-04 \\
  35 &  98 & 7.550+01 & 1.628+03 & 1.947-09 & 2.496-05 &  36 &  74 & 1.407+02 & 2.122+03 & 6.299-09 & 7.316-04 \\
  35 &  99 & 7.546+01 & 5.584+01 & 4.767-11 & 6.101-07 &  36 &  75 & 1.407+02 & 4.810+02 & 1.019-09 & 1.183-04 \\
  35 & 100 & 7.546+01 & 3.668+03 & 4.383-09 & 5.608-05 &  36 &  78 & 8.199+01 & 2.506+05 & 1.083-07 & 2.488-03 \\
  35 & 101 & 7.544+01 & 4.542+03 & 6.975-09 & 8.917-05 &  36 &  79 & 8.173+01 & 4.468+02 & 3.196-10 & 7.276-06 \\
  35 & 110 & 7.536+01 & 1.813+05 & 9.264-08 & 1.181-03 &  36 &  80 & 8.155+01 & 2.511+04 & 2.504-08 & 5.663-04 \\
  35 & 111 & 7.516+01 & 2.120+05 & 1.078-07 & 1.363-03 &  36 &  81 & 8.144+01 & 7.855+04 & 3.348-08 & 7.540-04 \\
  35 & 112 & 7.504+01 & 3.683+03 & 3.110-09 & 3.914-05 &  36 &  82 & 8.129+01 & 6.529+04 & 4.620-08 & 1.035-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  36 &  94 & 7.577+01 & 1.218+03 & 4.493-10 & 8.150-06 &  37 &  72 & 1.498+02 & 1.380+03 & 6.496-09 & 6.501-04 \\
  36 &  95 & 7.572+01 & 2.212+03 & 1.358-09 & 2.458-05 &  37 &  73 & 1.496+02 & 2.570+03 & 1.552-08 & 1.547-03 \\
  36 &  96 & 7.570+01 & 5.591+04 & 7.549-08 & 1.365-03 &  37 &  74 & 1.494+02 & 1.555+03 & 7.281-09 & 7.224-04 \\
  36 &  97 & 7.570+01 & 4.532+03 & 5.007-09 & 9.055-05 &  37 &  75 & 1.493+02 & 4.268+01 & 1.427-10 & 1.415-05 \\
  36 &  98 & 7.562+01 & 4.312+03 & 3.697-09 & 6.665-05 &  37 &  78 & 8.486+01 & 1.780+03 & 1.153-09 & 2.098-05 \\
  36 &  99 & 7.558+01 & 2.205+01 & 1.349-11 & 2.429-07 &  37 &  79 & 8.458+01 & 7.547+03 & 8.095-09 & 1.459-04 \\
  36 & 100 & 7.558+01 & 1.963+01 & 1.681-11 & 3.026-07 &  37 &  80 & 8.439+01 & 1.626+01 & 2.430-11 & 4.349-07 \\
  36 & 101 & 7.556+01 & 5.585+02 & 6.145-10 & 1.105-05 &  37 &  81 & 8.427+01 & 2.666+04 & 1.703-08 & 3.035-04 \\
  36 & 110 & 7.548+01 & 9.593+04 & 3.512-08 & 6.298-04 &  37 &  82 & 8.411+01 & 8.887+03 & 9.425-09 & 1.670-04 \\
  36 & 111 & 7.528+01 & 1.083+06 & 3.943-07 & 7.013-03 &  37 &  83 & 8.284+01 & 8.770+03 & 1.804-09 & 3.055-05 \\
  36 & 112 & 7.516+01 & 7.083+04 & 4.285-08 & 7.587-04 &  37 &  94 & 7.821+01 & 4.734+02 & 2.605-10 & 3.712-06 \\
  36 & 114 & 7.207+01 & 1.425+07 & 4.755-06 & 7.421-02 &  37 &  95 & 7.816+01 & 5.677+02 & 5.199-10 & 7.392-06 \\
  36 & 120 & 7.022+01 & 6.290+02 & 4.650-10 & 6.714-06 &  37 &  97 & 7.814+01 & 2.573+04 & 4.239-08 & 6.023-04 \\
  36 & 121 & 7.020+01 & 5.708+03 & 4.217-09 & 6.083-05 &  37 &  98 & 7.805+01 & 8.292+02 & 1.060-09 & 1.501-05 \\
  36 & 122 & 7.020+01 & 7.029+03 & 6.676-09 & 9.628-05 &  37 &  99 & 7.801+01 & 2.948+03 & 2.689-09 & 3.802-05 \\
  36 & 123 & 7.018+01 & 1.196+03 & 6.310-10 & 9.094-06 &  37 & 100 & 7.801+01 & 2.299+03 & 2.937-09 & 4.151-05 \\
  36 & 132 & 6.141+01 & 2.103+06 & 5.096-07 & 4.921-03 &  37 & 101 & 7.798+01 & 9.516+03 & 1.562-08 & 2.206-04 \\
  36 & 133 & 6.139+01 & 1.259+07 & 5.080-06 & 4.901-02 &  37 & 110 & 7.791+01 & 1.633+04 & 8.916-09 & 1.256-04 \\
  36 & 134 & 6.136+01 & 2.167+07 & 1.223-05 & 1.178-01 &  37 & 111 & 7.769+01 & 4.594+03 & 2.494-09 & 3.483-05 \\
  36 & 135 & 6.083+01 & 3.796+04 & 1.504-08 & 1.411-04 &  37 & 112 & 7.757+01 & 9.885+03 & 8.916-09 & 1.239-04 \\
  36 & 140 & 4.436+01 & 7.324+06 & 9.259-07 & 3.369-03 &  37 & 113 & 7.697+01 & 5.771+04 & 1.025-08 & 1.392-04 \\
  36 & 146 & 4.213+01 & 9.388+05 & 1.070-07 & 3.337-04 &  37 & 114 & 7.428+01 & 2.214+04 & 1.099-08 & 1.341-04 \\
  36 & 147 & 4.212+01 & 5.608+06 & 1.066-06 & 3.321-03 &  37 & 119 & 7.336+01 & 3.377+07 & 5.449-06 & 6.407-02 \\
  36 & 148 & 4.211+01 & 9.662+06 & 2.569-06 & 8.000-03 &  37 & 120 & 7.232+01 & 9.842+01 & 1.080-10 & 1.217-06 \\
  36 & 149 & 4.199+01 & 2.008+04 & 3.792-09 & 1.171-05 &  37 & 121 & 7.229+01 & 2.842+01 & 3.117-11 & 3.507-07 \\
  36 & 154 & 4.153+01 & 4.022+06 & 1.040-06 & 3.106-03 &  37 & 122 & 7.229+01 & 1.129+04 & 1.593-08 & 1.792-04 \\
  36 & 155 & 4.153+01 & 2.861+07 & 9.512-06 & 2.841-02 &  37 & 123 & 7.227+01 & 1.319+03 & 1.033-09 & 1.161-05 \\
  36 & 156 & 4.153+01 & 2.813+08 & 1.143-04 & 3.412-01 &  37 & 132 & 6.301+01 & 3.214+04 & 1.148-08 & 8.549-05 \\
  36 & 157 & 4.153+01 & 1.830+07 & 6.082-06 & 1.816-02 &  37 & 133 & 6.299+01 & 3.682+04 & 2.190-08 & 1.630-04 \\
  37 &  40 & 2.793+02 & 1.389+01 & 9.749-11 & 6.325-05 &  37 & 134 & 6.295+01 & 1.545+04 & 1.285-08 & 9.543-05 \\
  37 &  43 & 2.738+02 & 1.252+01 & 1.407-10 & 8.597-05 &  37 & 135 & 6.239+01 & 3.108+07 & 1.814-05 & 1.312-01 \\
  37 &  44 & 2.698+02 & 3.411-02 & 5.211-13 & 3.047-07 &  37 & 140 & 4.518+01 & 8.444+03 & 1.550-09 & 4.259-06 \\
  37 &  45 & 2.674+02 & 1.364+03 & 8.775-09 & 4.997-03 &  37 & 141 & 4.500+01 & 2.733+07 & 1.659-06 & 4.504-03 \\
  37 &  46 & 2.641+02 & 5.442-00 & 5.689-11 & 3.120-05 &  37 & 146 & 4.287+01 & 1.340+04 & 2.215-09 & 5.197-06 \\
  37 &  47 & 2.437+02 & 9.761+01 & 1.739-10 & 7.498-05 &  37 & 147 & 4.287+01 & 3.344+04 & 9.211-09 & 2.161-05 \\
  37 &  48 & 2.149+02 & 1.136+03 & 4.722-09 & 1.396-03 &  37 & 148 & 4.286+01 & 6.593+03 & 2.541-09 & 5.958-06 \\
  37 &  49 & 2.106+02 & 6.639+02 & 2.649-09 & 7.370-04 &  37 & 149 & 4.273+01 & 1.984+07 & 5.432-06 & 1.262-02 \\
  37 &  50 & 2.098+02 & 3.127+01 & 2.063-10 & 5.674-05 &  37 & 154 & 4.225+01 & 1.074+05 & 4.023-08 & 9.038-05 \\
  37 &  56 & 1.985+02 & 7.810+02 & 9.229-10 & 2.151-04 &  37 & 155 & 4.225+01 & 9.670+07 & 4.659-05 & 1.047-01 \\
  37 &  60 & 1.774+02 & 3.696-01 & 1.046-12 & 1.738-07 &  37 & 157 & 4.225+01 & 1.776+08 & 8.553-05 & 1.921-01 \\
  37 &  61 & 1.774+02 & 1.920+03 & 1.630-08 & 2.708-03 &  38 &  39 & 1.934+04 & 6.293-08 & 2.117-15 & 4.560-04 \\
  37 &  63 & 1.770+02 & 2.601+01 & 1.222-10 & 2.018-05 &  38 &  41 & 9.784+02 & 4.634-01 & 1.330-11 & 3.710-04 \\
  37 &  64 & 1.762+02 & 5.193+02 & 3.382-09 & 5.507-04 &  38 &  42 & 9.537+02 & 2.350-01 & 1.923-11 & 4.967-04 \\
  37 &  65 & 1.760+02 & 1.016+02 & 4.719-10 & 7.665-05 &  38 &  51 & 4.233+02 & 4.431+04 & 2.381-07 & 5.378-01 \\
  37 &  66 & 1.759+02 & 2.527+03 & 1.642-08 & 2.663-03 &  38 &  52 & 4.170+02 & 4.649+04 & 7.272-07 & 1.571-00 \\
  37 &  67 & 1.758+02 & 6.705+02 & 5.589-09 & 9.036-04 &  38 &  53 & 4.095+02 & 5.199+04 & 2.352-06 & 4.808-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  38 &  54 & 4.071+02 & 4.146+04 & 1.030-06 & 2.070-00 &  38 & 151 & 4.746+01 & 1.846+03 & 8.723-10 & 2.776-06 \\
  38 &  55 & 4.054+02 & 2.486+04 & 8.577-07 & 1.702-00 &  38 & 152 & 4.745+01 & 5.877+03 & 3.571-09 & 1.136-05 \\
  38 &  57 & 3.972+02 & 1.300+04 & 3.076-07 & 5.741-01 &  38 & 153 & 4.743+01 & 5.806+01 & 2.741-11 & 8.712-08 \\
  38 &  58 & 3.924+02 & 3.442+04 & 1.113-06 & 2.003-00 &  39 &  42 & 1.003+03 & 7.888-02 & 1.190-11 & 2.147-04 \\
  38 &  59 & 3.621+02 & 1.941+03 & 2.289-08 & 3.235-02 &  39 &  52 & 4.262+02 & 8.405+02 & 2.289-08 & 3.167-02 \\
  38 &  68 & 2.875+02 & 6.250+01 & 7.746-10 & 5.483-04 &  39 &  54 & 4.159+02 & 1.030+04 & 4.451-07 & 5.719-01 \\
  38 &  69 & 2.859+02 & 1.740+03 & 2.131-08 & 1.482-02 &  39 &  55 & 4.141+02 & 2.696+04 & 1.617-06 & 2.052-00 \\
  38 &  70 & 2.838+02 & 5.577+02 & 9.428-09 & 6.419-03 &  39 &  57 & 4.056+02 & 4.132+04 & 1.698-06 & 2.024-00 \\
  38 &  71 & 2.699+02 & 7.439+02 & 4.875-09 & 2.855-03 &  39 &  58 & 4.006+02 & 2.679+04 & 1.504-06 & 1.727-00 \\
  38 &  76 & 1.147+02 & 1.582+03 & 3.120-09 & 1.402-04 &  39 &  59 & 3.690+02 & 8.723+04 & 1.781-06 & 1.599-00 \\
  38 &  77 & 1.143+02 & 1.205+03 & 1.418-09 & 6.313-05 &  39 &  68 & 2.919+02 & 6.183+01 & 1.316-09 & 5.845-04 \\
  38 &  84 & 1.027+02 & 1.622+05 & 5.127-08 & 1.653-03 &  39 &  69 & 2.901+02 & 3.874+01 & 8.149-10 & 3.556-04 \\
  38 &  85 & 1.025+02 & 9.432+04 & 8.921-08 & 2.864-03 &  39 &  70 & 2.880+02 & 3.695+01 & 1.072-09 & 4.579-04 \\
  38 &  86 & 1.012+02 & 1.998+07 & 6.136-06 & 1.894-01 &  39 &  71 & 2.737+02 & 1.602+04 & 1.799-07 & 6.595-02 \\
  38 &  87 & 1.010+02 & 1.968+07 & 1.806-05 & 5.544-01 &  39 &  76 & 1.154+02 & 7.365+02 & 2.450-09 & 6.725-05 \\
  38 &  88 & 1.008+02 & 1.993+07 & 5.467-05 & 1.668-00 &  39 &  77 & 1.150+02 & 1.840+04 & 3.650-08 & 9.927-04 \\
  38 &  89 & 1.007+02 & 1.581+07 & 2.404-05 & 7.317-01 &  39 &  85 & 1.031+02 & 1.779+05 & 2.835-07 & 5.549-03 \\
  38 &  90 & 1.007+02 & 9.094+06 & 1.935-05 & 5.885-01 &  39 &  87 & 1.015+02 & 2.130+05 & 3.293-07 & 6.159-03 \\
  38 &  91 & 1.005+02 & 3.981+06 & 6.023-06 & 1.818-01 &  39 &  89 & 1.012+02 & 4.052+06 & 1.038-05 & 1.926-01 \\
  38 &  92 & 1.003+02 & 1.060+07 & 2.239-05 & 6.730-01 &  39 &  90 & 1.012+02 & 1.096+07 & 3.928-05 & 7.279-01 \\
  38 &  93 & 9.910+01 & 2.232+05 & 1.972-07 & 5.715-03 &  39 &  91 & 1.010+02 & 1.582+07 & 4.031-05 & 7.417-01 \\
  38 & 102 & 9.746+01 & 1.013+03 & 1.442-09 & 3.976-05 &  39 &  92 & 1.008+02 & 9.125+06 & 3.245-05 & 5.944-01 \\
  38 & 103 & 9.744+01 & 3.291+03 & 6.557-09 & 1.806-04 &  39 &  93 & 9.961+01 & 1.932+07 & 2.874-05 & 5.075-01 \\
  38 & 106 & 9.731+01 & 6.138+02 & 1.220-09 & 3.348-05 &  39 & 102 & 9.795+01 & 2.620+03 & 6.282-09 & 1.055-04 \\
  38 & 107 & 9.730+01 & 6.003+03 & 1.534-08 & 4.207-04 &  39 & 103 & 9.793+01 & 2.340+04 & 7.849-08 & 1.317-03 \\
  38 & 108 & 9.725+01 & 4.487+01 & 1.145-10 & 3.137-06 &  39 & 106 & 9.780+01 & 3.592+04 & 1.202-07 & 2.009-03 \\
  38 & 115 & 9.134+01 & 2.969+02 & 3.713-10 & 8.428-06 &  39 & 115 & 9.178+01 & 4.983+02 & 1.049-09 & 1.448-05 \\
  38 & 116 & 9.127+01 & 1.963+04 & 2.452-08 & 5.551-04 &  39 & 116 & 9.170+01 & 1.918+02 & 4.029-10 & 5.552-06 \\
  38 & 117 & 9.115+01 & 5.295+03 & 9.235-09 & 2.083-04 &  39 & 117 & 9.158+01 & 8.770+03 & 2.573-08 & 3.532-04 \\
  38 & 118 & 9.050+01 & 9.479+03 & 6.983-09 & 1.542-04 &  39 & 118 & 9.093+01 & 8.860+04 & 1.098-07 & 1.475-03 \\
  38 & 124 & 8.853+01 & 7.813+02 & 1.285-09 & 2.655-05 &  39 & 124 & 8.893+01 & 2.495+04 & 6.902-08 & 8.675-04 \\
  38 & 125 & 8.851+01 & 5.302+03 & 1.121-08 & 2.315-04 &  39 & 129 & 8.394+01 & 1.111+03 & 1.174-09 & 1.240-05 \\
  38 & 126 & 8.849+01 & 3.397+01 & 7.178-11 & 1.481-06 &  39 & 130 & 8.341+01 & 1.798+04 & 3.126-08 & 3.242-04 \\
  38 & 128 & 8.366+01 & 1.167+05 & 2.449-08 & 4.270-04 &  39 & 131 & 8.307+01 & 3.437+04 & 3.555-08 & 3.641-04 \\
  38 & 129 & 8.357+01 & 7.481+04 & 4.700-08 & 8.171-04 &  39 & 136 & 7.206+01 & 2.592+04 & 3.364-08 & 2.249-04 \\
  38 & 130 & 8.305+01 & 3.822+04 & 3.952-08 & 6.743-04 &  39 & 137 & 7.205+01 & 4.710+04 & 8.554-08 & 5.718-04 \\
  38 & 131 & 8.271+01 & 1.073+04 & 6.603-09 & 1.113-04 &  39 & 139 & 7.197+01 & 1.156+04 & 2.096-08 & 1.396-04 \\
  38 & 136 & 7.180+01 & 1.049+04 & 8.109-09 & 8.938-05 &  39 & 143 & 4.986+01 & 3.494+03 & 1.302-09 & 2.883-06 \\
  38 & 137 & 7.179+01 & 5.058+04 & 5.470-08 & 6.026-04 &  39 & 144 & 4.976+01 & 2.421+04 & 1.498-08 & 3.298-05 \\
  38 & 138 & 7.176+01 & 1.577+05 & 2.191-07 & 2.412-03 &  39 & 145 & 4.970+01 & 2.804+04 & 1.039-08 & 2.278-05 \\
  38 & 139 & 7.171+01 & 1.899+03 & 2.049-09 & 2.250-05 &  39 & 150 & 4.757+01 & 8.948+02 & 5.060-10 & 9.735-07 \\
  38 & 142 & 4.974+01 & 1.421+05 & 1.054-08 & 3.865-05 &  39 & 151 & 4.757+01 & 1.113+03 & 8.810-10 & 1.695-06 \\
  38 & 143 & 4.973+01 & 9.296+04 & 2.068-08 & 7.573-05 &  39 & 153 & 4.755+01 & 4.429+02 & 3.503-10 & 6.728-07 \\
  38 & 144 & 4.963+01 & 5.316+04 & 1.963-08 & 7.150-05 &  40 &  43 & 1.388+04 & 1.614-04 & 7.767-12 & 3.711-01 \\
  38 & 145 & 4.958+01 & 1.567+04 & 3.465-09 & 1.257-05 &  40 &  44 & 7.934+03 & 1.423-02 & 3.132-10 & 2.795-00 \\
  38 & 150 & 4.746+01 & 3.827+02 & 1.292-10 & 4.113-07 &  40 &  45 & 6.286+03 & 5.259-04 & 3.116-12 & 1.383-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  40 &  46 & 4.842+03 & 1.135-02 & 6.652-11 & 1.350-01 &  41 & 102 & 1.082+02 & 7.579+03 & 6.656-08 & 5.027-04 \\
  40 &  48 & 9.323+02 & 2.257-00 & 2.940-10 & 4.257-03 &  41 & 115 & 1.008+02 & 7.951+06 & 6.049-05 & 3.684-01 \\
  40 &  49 & 8.564+02 & 5.681-01 & 6.246-11 & 7.010-04 &  41 & 116 & 1.007+02 & 1.186+07 & 9.007-05 & 5.471-01 \\
  40 &  50 & 8.431+02 & 1.788-00 & 3.176-10 & 3.401-03 &  41 & 130 & 9.075+01 & 3.068+04 & 1.894-07 & 8.433-04 \\
  40 &  60 & 4.860+02 & 1.422+04 & 5.036-07 & 1.033-00 &  41 & 136 & 7.748+01 & 4.588+04 & 2.065-07 & 5.720-04 \\
  40 &  63 & 4.834+02 & 7.920+03 & 4.624-07 & 9.330-01 &  41 & 144 & 5.229+01 & 2.126+04 & 4.357-08 & 3.710-05 \\
  40 &  64 & 4.771+02 & 4.612+03 & 3.672-07 & 7.125-01 &  41 & 150 & 4.988+01 & 2.097+02 & 3.911-10 & 2.890-07 \\
  40 &  65 & 4.761+02 & 2.185+03 & 1.238-07 & 2.386-01 &  42 &  52 & 7.411+02 & 1.365+01 & 1.124-09 & 8.175-03 \\
  40 &  66 & 4.755+02 & 1.522+02 & 1.203-08 & 2.311-02 &  42 &  54 & 7.103+02 & 1.224+01 & 1.543-09 & 9.881-03 \\
  40 &  72 & 3.230+02 & 1.685-00 & 6.149-11 & 3.703-05 &  42 &  55 & 7.052+02 & 7.399-01 & 1.287-10 & 8.064-04 \\
  40 &  74 & 3.210+02 & 5.473+02 & 1.973-08 & 1.167-02 &  42 &  57 & 6.808+02 & 1.718-00 & 1.990-10 & 1.122-03 \\
  40 &  75 & 3.209+02 & 9.864+01 & 2.539-09 & 1.500-03 &  42 &  58 & 6.668+02 & 1.157+01 & 1.799-09 & 9.533-03 \\
  40 &  78 & 1.219+02 & 1.149+05 & 2.560-07 & 8.284-03 &  42 &  59 & 5.837+02 & 1.731+02 & 8.840-09 & 3.141-02 \\
  40 &  79 & 1.213+02 & 9.528+05 & 3.504-06 & 1.118-01 &  42 &  68 & 4.116+02 & 2.789+04 & 1.181-06 & 1.471-00 \\
  40 &  80 & 1.209+02 & 5.027+06 & 2.571-05 & 8.125-01 &  42 &  69 & 4.082+02 & 2.266+04 & 9.437-07 & 1.147-00 \\
  40 &  81 & 1.207+02 & 7.178+04 & 1.567-07 & 4.923-03 &  42 &  70 & 4.041+02 & 5.557+04 & 3.174-06 & 3.741-00 \\
  40 &  82 & 1.203+02 & 3.849+05 & 1.393-06 & 4.339-02 &  42 &  71 & 3.765+02 & 7.929+04 & 1.685-06 & 1.607-00 \\
  40 &  94 & 1.086+02 & 3.154+07 & 5.580-05 & 1.278-00 &  42 &  76 & 1.304+02 & 1.036+03 & 4.402-09 & 1.743-04 \\
  40 &  95 & 1.085+02 & 1.902+07 & 5.598-05 & 1.279-00 &  42 &  77 & 1.299+02 & 1.143+04 & 2.894-08 & 1.134-03 \\
  40 &  98 & 1.083+02 & 9.039+06 & 3.710-05 & 8.427-01 &  42 &  85 & 1.149+02 & 1.612+03 & 3.190-09 & 8.645-05 \\
  40 &  99 & 1.082+02 & 3.171+06 & 9.284-06 & 2.104-01 &  42 &  87 & 1.130+02 & 2.940+04 & 5.626-08 & 1.450-03 \\
  40 & 100 & 1.082+02 & 9.774+05 & 4.005-06 & 9.075-02 &  42 &  89 & 1.126+02 & 8.930+03 & 2.830-08 & 7.224-04 \\
  40 & 110 & 1.081+02 & 1.340+06 & 2.345-06 & 5.286-02 &  42 &  90 & 1.126+02 & 8.265+02 & 3.665-09 & 9.345-05 \\
  40 & 111 & 1.076+02 & 1.216+05 & 2.112-07 & 4.706-03 &  42 &  91 & 1.123+02 & 1.776+03 & 5.594-09 & 1.415-04 \\
  40 & 112 & 1.074+02 & 1.839+05 & 5.300-07 & 1.173-02 &  42 &  92 & 1.121+02 & 3.068+04 & 1.349-07 & 3.394-03 \\
  40 & 114 & 1.012+02 & 9.425+02 & 1.447-09 & 2.678-05 &  42 &  93 & 1.106+02 & 6.656+04 & 1.220-07 & 2.949-03 \\
  40 & 120 & 9.758+01 & 9.825+02 & 3.273-09 & 5.433-05 &  42 & 102 & 1.086+02 & 4.952+03 & 1.458-08 & 3.332-04 \\
  40 & 121 & 9.754+01 & 2.096+05 & 6.974-07 & 1.156-02 &  42 & 103 & 1.085+02 & 4.623+04 & 1.905-07 & 4.350-03 \\
  40 & 123 & 9.750+01 & 5.137+04 & 1.220-07 & 2.021-03 &  42 & 106 & 1.084+02 & 8.551+03 & 3.513-08 & 7.988-04 \\
  40 & 132 & 8.136+01 & 3.089+03 & 3.065-09 & 2.950-05 &  42 & 115 & 1.010+02 & 1.197+07 & 3.053-05 & 5.624-01 \\
  40 & 133 & 8.133+01 & 1.202+04 & 1.987-08 & 1.909-04 &  42 & 116 & 1.009+02 & 7.907+06 & 2.013-05 & 3.697-01 \\
  40 & 134 & 8.126+01 & 5.465+04 & 1.262-07 & 1.211-03 &  42 & 117 & 1.008+02 & 1.991+07 & 7.074-05 & 1.294-00 \\
  40 & 135 & 8.034+01 & 9.776-01 & 1.577-12 & 1.461-08 &  42 & 118 & 9.999+01 & 1.965+07 & 2.945-05 & 5.261-01 \\
  40 & 140 & 5.390+01 & 3.178+01 & 1.384-11 & 3.874-08 &  42 & 124 & 9.758+01 & 7.813+03 & 2.603-08 & 4.321-04 \\
  40 & 146 & 5.065+01 & 7.768+04 & 2.987-08 & 6.934-05 &  42 & 129 & 9.160+01 & 5.494+04 & 6.911-08 & 9.491-04 \\
  40 & 147 & 5.064+01 & 7.104+04 & 4.552-08 & 1.056-04 &  42 & 130 & 9.097+01 & 4.432+04 & 9.166-08 & 1.233-03 \\
  40 & 148 & 5.063+01 & 7.909+04 & 7.091-08 & 1.644-04 &  42 & 131 & 9.057+01 & 1.357+04 & 1.668-08 & 2.215-04 \\
  40 & 149 & 5.045+01 & 3.499+02 & 2.225-10 & 5.106-07 &  42 & 136 & 7.764+01 & 2.881+04 & 4.340-08 & 3.629-04 \\
  40 & 154 & 4.978+01 & 6.027+03 & 5.226-09 & 1.152-05 &  42 & 137 & 7.763+01 & 3.231+04 & 6.810-08 & 5.693-04 \\
  41 &  54 & 6.972+02 & 1.549+01 & 5.643-09 & 1.139-02 &  42 & 139 & 7.754+01 & 1.823+04 & 3.833-08 & 3.193-04 \\
  41 &  57 & 6.687+02 & 5.624-00 & 1.885-09 & 3.358-03 &  42 & 143 & 5.246+01 & 2.180+04 & 8.997-09 & 2.321-05 \\
  41 &  68 & 4.072+02 & 2.330+04 & 2.895-06 & 1.164-00 &  42 & 144 & 5.236+01 & 3.029+04 & 2.075-08 & 5.323-05 \\
  41 &  69 & 4.038+02 & 3.094+04 & 3.783-06 & 1.484-00 &  42 & 145 & 5.229+01 & 1.269+03 & 5.203-10 & 1.330-06 \\
  41 &  76 & 1.299+02 & 7.064+02 & 8.939-09 & 1.168-04 &  42 & 150 & 4.994+01 & 1.151+02 & 7.173-11 & 1.596-07 \\
  41 &  89 & 1.123+02 & 2.320+04 & 2.193-07 & 1.849-03 &  42 & 151 & 4.994+01 & 3.025+02 & 2.639-10 & 5.873-07 \\
  41 &  91 & 1.119+02 & 5.954+03 & 5.593-08 & 4.674-04 &  42 & 153 & 4.991+01 & 6.830+02 & 5.952-10 & 1.323-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  43 &  44 & 1.852+04 & 1.116-04 & 8.030-12 & 1.519-00 &  43 & 140 & 5.411+01 & 1.550+03 & 4.083-10 & 1.927-06 \\
  43 &  45 & 1.149+04 & 2.336-03 & 2.775-11 & 1.253-00 &  43 & 141 & 5.385+01 & 1.817+04 & 1.580-09 & 7.350-06 \\
  43 &  46 & 7.437+03 & 2.014-02 & 1.670-10 & 2.046-00 &  43 & 146 & 5.083+01 & 2.736+03 & 6.358-10 & 2.487-06 \\
  43 &  47 & 2.221+03 & 1.240+01 & 1.834-09 & 5.984-01 &  43 & 147 & 5.082+01 & 1.390+03 & 5.385-10 & 2.105-06 \\
  43 &  48 & 9.994+02 & 1.570-00 & 1.411-10 & 4.193-03 &  43 & 148 & 5.081+01 & 1.599+03 & 8.667-10 & 3.386-06 \\
  43 &  49 & 9.127+02 & 1.193-00 & 8.941-11 & 2.024-03 &  43 & 149 & 5.063+01 & 5.510+03 & 2.118-09 & 8.187-06 \\
  43 &  50 & 8.977+02 & 1.064-00 & 1.286-10 & 2.770-03 &  43 & 154 & 4.996+01 & 5.873+04 & 3.077-08 & 1.143-04 \\
  43 &  56 & 7.222+02 & 2.433+02 & 3.806-09 & 4.270-02 &  43 & 155 & 4.996+01 & 3.795+05 & 2.556-07 & 9.496-04 \\
  43 &  60 & 5.037+02 & 1.065+03 & 2.430-08 & 9.245-02 &  43 & 157 & 4.996+01 & 2.755+01 & 1.855-11 & 6.890-08 \\
  43 &  61 & 5.036+02 & 1.137+04 & 7.780-07 & 2.959-00 &  44 &  45 & 3.027+04 & 8.603-07 & 5.066-14 & 5.860-02 \\
  43 &  63 & 5.008+02 & 9.972+02 & 3.749-08 & 1.402-01 &  44 &  46 & 1.243+04 & 1.412-03 & 2.336-11 & 1.870-00 \\
  43 &  64 & 4.940+02 & 1.753+03 & 8.983-08 & 3.226-01 &  44 &  48 & 1.056+03 & 1.983-01 & 1.422-11 & 6.990-04 \\
  43 &  65 & 4.930+02 & 2.545+03 & 9.272-08 & 3.308-01 &  44 &  49 & 9.600+02 & 1.796+01 & 1.063-09 & 3.922-02 \\
  43 &  66 & 4.923+02 & 5.716+03 & 2.908-07 & 1.033-00 &  44 &  50 & 9.434+02 & 2.816-00 & 2.684-10 & 9.394-03 \\
  43 &  67 & 4.908+02 & 1.853+02 & 1.205-08 & 4.242-02 &  44 &  60 & 5.177+02 & 5.680+01 & 9.782-10 & 5.660-03 \\
  43 &  72 & 3.307+02 & 4.378-00 & 1.005-10 & 1.082-04 &  44 &  61 & 5.177+02 & 1.268+03 & 6.548-08 & 3.787-01 \\
  43 &  73 & 3.297+02 & 7.742+01 & 2.271-09 & 2.425-03 &  44 &  62 & 5.173+02 & 1.276+04 & 8.043-07 & 4.642-00 \\
  43 &  74 & 3.286+02 & 6.388+01 & 1.448-09 & 1.531-03 &  44 &  63 & 5.147+02 & 3.692+02 & 1.047-08 & 5.955-02 \\
  43 &  75 & 3.285+02 & 6.158+01 & 9.964-10 & 1.052-03 &  44 &  64 & 5.076+02 & 1.940+03 & 7.493-08 & 4.086-01 \\
  43 &  78 & 1.230+02 & 1.840+06 & 2.503-06 & 1.387-01 &  44 &  65 & 5.065+02 & 1.725+02 & 4.737-09 & 2.566-02 \\
  43 &  79 & 1.224+02 & 2.586+04 & 5.807-08 & 3.170-03 &  44 &  66 & 5.058+02 & 3.304+02 & 1.267-08 & 6.834-02 \\
  43 &  80 & 1.220+02 & 2.789+06 & 8.711-06 & 4.710-01 &  44 &  67 & 5.042+02 & 5.034+03 & 2.467-07 & 1.318-00 \\
  43 &  81 & 1.217+02 & 5.015+06 & 6.686-06 & 3.593-01 &  44 &  72 & 3.367+02 & 5.218-00 & 8.868-11 & 1.412-04 \\
  43 &  82 & 1.214+02 & 5.108+06 & 1.129-05 & 6.013-01 &  44 &  73 & 3.357+02 & 3.896+01 & 8.463-10 & 1.335-03 \\
  43 &  83 & 1.188+02 & 7.775+06 & 3.289-06 & 1.641-01 &  44 &  74 & 3.346+02 & 1.198+01 & 2.010-10 & 3.140-04 \\
  43 &  94 & 1.095+02 & 2.876+06 & 3.101-06 & 1.212-01 &  44 &  75 & 3.345+02 & 2.771-00 & 3.320-11 & 5.180-05 \\
  43 &  95 & 1.094+02 & 3.324+06 & 5.962-06 & 2.323-01 &  44 &  78 & 1.238+02 & 1.192+07 & 1.174-05 & 9.287-01 \\
  43 &  97 & 1.093+02 & 3.134+07 & 1.011-04 & 3.937-00 &  44 &  79 & 1.232+02 & 3.727+06 & 6.058-06 & 4.724-01 \\
  43 &  98 & 1.092+02 & 2.384+06 & 5.964-06 & 2.311-01 &  44 &  80 & 1.228+02 & 3.466+06 & 7.835-06 & 6.049-01 \\
  43 &  99 & 1.091+02 & 5.605+06 & 1.000-05 & 3.868-01 &  44 &  81 & 1.226+02 & 2.505+05 & 2.418-07 & 1.855-02 \\
  43 & 100 & 1.091+02 & 1.590+07 & 3.970-05 & 1.535-00 &  44 &  82 & 1.222+02 & 4.357+06 & 6.967-06 & 5.301-01 \\
  43 & 101 & 1.090+02 & 3.125+05 & 1.003-06 & 3.872-02 &  44 &  94 & 1.101+02 & 1.764+05 & 1.375-07 & 7.662-03 \\
  43 & 110 & 1.089+02 & 9.165+04 & 9.775-08 & 3.759-03 &  44 &  95 & 1.100+02 & 1.268+06 & 1.644-06 & 9.130-02 \\
  43 & 111 & 1.085+02 & 1.878+04 & 1.987-08 & 7.554-04 &  44 &  96 & 1.100+02 & 3.940+07 & 1.123-04 & 6.232-00 \\
  43 & 112 & 1.082+02 & 4.055+04 & 7.121-08 & 2.689-03 &  44 &  97 & 1.100+02 & 4.215+06 & 9.829-06 & 5.454-01 \\
  43 & 113 & 1.071+02 & 1.234+05 & 4.243-08 & 1.551-03 &  44 &  98 & 1.098+02 & 4.817+06 & 8.710-06 & 4.811-01 \\
  43 & 114 & 1.019+02 & 5.155+04 & 4.818-08 & 1.519-03 &  44 &  99 & 1.097+02 & 3.647+05 & 4.703-07 & 2.592-02 \\
  43 & 119 & 1.002+02 & 1.865+03 & 5.615-10 & 1.683-05 &  44 & 100 & 1.097+02 & 1.585+06 & 2.861-06 & 1.576-01 \\
  43 & 120 & 9.827+01 & 1.610+03 & 3.263-09 & 9.222-05 &  44 & 101 & 1.097+02 & 1.329+07 & 3.082-05 & 1.696-00 \\
  43 & 121 & 9.823+01 & 1.727+04 & 3.498-08 & 9.875-04 &  44 & 110 & 1.095+02 & 1.931+04 & 1.489-08 & 8.158-04 \\
  43 & 122 & 9.822+01 & 3.444+04 & 8.966-08 & 2.530-03 &  44 & 111 & 1.091+02 & 2.544+04 & 1.946-08 & 1.054-03 \\
  43 & 123 & 9.819+01 & 7.799+03 & 1.127-08 & 3.178-04 &  44 & 112 & 1.089+02 & 2.360+03 & 2.995-09 & 1.611-04 \\
  43 & 132 & 8.184+01 & 1.198+03 & 7.217-10 & 1.178-05 &  44 & 114 & 1.025+02 & 1.239+05 & 8.364-08 & 3.755-03 \\
  43 & 133 & 8.181+01 & 1.310+02 & 1.315-10 & 2.143-06 &  44 & 120 & 9.879+01 & 3.330+02 & 4.873-10 & 1.959-05 \\
  43 & 134 & 8.174+01 & 1.635+04 & 2.293-08 & 3.729-04 &  44 & 121 & 9.875+01 & 3.291+02 & 4.812-10 & 1.932-05 \\
  43 & 135 & 8.081+01 & 9.779+03 & 9.574-09 & 1.504-04 &  44 & 122 & 9.875+01 & 2.578+03 & 4.845-09 & 1.945-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  44 & 123 & 9.871+01 & 6.186+01 & 6.455-11 & 2.589-06 &  45 & 135 & 8.138+01 & 1.056+04 & 1.748-08 & 1.684-04 \\
  44 & 132 & 8.221+01 & 1.293+03 & 5.615-10 & 1.301-05 &  45 & 140 & 5.437+01 & 2.325+02 & 1.030-10 & 2.959-07 \\
  44 & 133 & 8.217+01 & 7.623+03 & 5.512-09 & 1.275-04 &  45 & 146 & 5.106+01 & 3.617+03 & 1.413-09 & 3.362-06 \\
  44 & 134 & 8.210+01 & 1.273+04 & 1.286-08 & 2.969-04 &  45 & 147 & 5.105+01 & 1.032+04 & 6.723-09 & 1.598-05 \\
  44 & 135 & 8.116+01 & 2.245+01 & 1.583-11 & 3.530-07 &  45 & 148 & 5.104+01 & 5.225+03 & 4.761-09 & 1.131-05 \\
  44 & 140 & 5.427+01 & 3.176+03 & 6.010-10 & 4.006-06 &  45 & 149 & 5.086+01 & 9.746+02 & 6.299-10 & 1.481-06 \\
  44 & 146 & 5.097+01 & 4.781+02 & 7.981-11 & 4.406-07 &  45 & 154 & 5.018+01 & 6.713+04 & 5.914-08 & 1.335-04 \\
  44 & 147 & 5.096+01 & 2.823+03 & 7.853-10 & 4.334-06 &  46 &  47 & 3.166+03 & 1.631-00 & 4.903-10 & 4.635-01 \\
  44 & 148 & 5.095+01 & 4.810+03 & 1.872-09 & 1.032-05 &  46 &  48 & 1.154+03 & 3.846-01 & 4.612-11 & 2.113-03 \\
  44 & 149 & 5.077+01 & 7.790-00 & 2.150-12 & 1.173-08 &  46 &  49 & 1.040+03 & 2.700-01 & 2.629-11 & 8.815-04 \\
  44 & 154 & 5.010+01 & 7.038+03 & 2.648-09 & 1.388-05 &  46 &  50 & 1.021+03 & 1.220-02 & 1.906-12 & 6.041-05 \\
  44 & 155 & 5.010+01 & 5.004+04 & 2.421-08 & 1.269-04 &  46 &  56 & 7.999+02 & 2.304+02 & 4.420-09 & 6.738-02 \\
  44 & 156 & 5.010+01 & 4.921+05 & 2.910-07 & 1.525-03 &  46 &  60 & 5.402+02 & 8.385+02 & 2.201-08 & 1.034-01 \\
  44 & 157 & 5.009+01 & 3.200+04 & 1.548-08 & 8.113-05 &  46 &  61 & 5.402+02 & 1.231+03 & 9.690-08 & 4.548-01 \\
  45 &  46 & 2.108+04 & 7.675-05 & 8.526-12 & 1.428-00 &  46 &  63 & 5.370+02 & 2.442+03 & 1.056-07 & 4.867-01 \\
  45 &  48 & 1.095+03 & 1.153-02 & 2.070-12 & 4.851-05 &  46 &  64 & 5.292+02 & 5.141+03 & 3.022-07 & 1.334-00 \\
  45 &  49 & 9.914+02 & 1.785-01 & 2.630-11 & 4.581-04 &  46 &  65 & 5.280+02 & 1.288+02 & 5.381-09 & 2.358-02 \\
  45 &  50 & 9.737+02 & 2.543-03 & 6.024-13 & 9.937-06 &  46 &  66 & 5.272+02 & 2.620+02 & 1.528-08 & 6.670-02 \\
  45 &  60 & 5.268+02 & 1.596+02 & 6.637-09 & 1.733-02 &  46 &  67 & 5.255+02 & 7.674+03 & 5.719-07 & 2.472-00 \\
  45 &  63 & 5.236+02 & 1.048+03 & 7.181-08 & 1.842-01 &  46 &  72 & 3.461+02 & 5.015-01 & 1.261-11 & 1.557-05 \\
  45 &  64 & 5.162+02 & 8.015+02 & 7.473-08 & 1.837-01 &  46 &  73 & 3.450+02 & 2.424+01 & 7.785-10 & 9.522-04 \\
  45 &  65 & 5.151+02 & 5.057+03 & 3.352-07 & 8.186-01 &  46 &  74 & 3.438+02 & 7.457+01 & 1.850-09 & 2.240-03 \\
  45 &  66 & 5.144+02 & 7.904+03 & 7.314-07 & 1.779-00 &  46 &  75 & 3.437+02 & 1.584+01 & 2.805-10 & 3.392-04 \\
  45 &  72 & 3.405+02 & 7.933-00 & 3.217-10 & 2.270-04 &  46 &  78 & 1.251+02 & 5.674+05 & 7.980-07 & 4.647-02 \\
  45 &  74 & 3.383+02 & 3.145-00 & 1.259-10 & 8.715-05 &  46 &  79 & 1.244+02 & 5.227+06 & 1.214-05 & 6.964-01 \\
  45 &  75 & 3.382+02 & 1.597+02 & 4.565-09 & 3.156-03 &  46 &  80 & 1.240+02 & 3.203+06 & 1.034-05 & 5.875-01 \\
  45 &  78 & 1.243+02 & 1.057+05 & 2.448-07 & 8.403-03 &  46 &  81 & 1.238+02 & 5.812+06 & 8.009-06 & 4.522-01 \\
  45 &  79 & 1.237+02 & 3.131+06 & 1.197-05 & 4.051-01 &  46 &  82 & 1.234+02 & 2.596+04 & 5.928-08 & 3.319-03 \\
  45 &  80 & 1.233+02 & 1.032+05 & 5.491-07 & 1.839-02 &  46 &  83 & 1.207+02 & 6.860+06 & 2.996-06 & 1.569-01 \\
  45 &  81 & 1.231+02 & 3.513+06 & 7.975-06 & 2.655-01 &  46 &  94 & 1.111+02 & 3.048+06 & 3.386-06 & 1.384-01 \\
  45 &  82 & 1.227+02 & 3.369+06 & 1.267-05 & 4.183-01 &  46 &  95 & 1.110+02 & 9.216+06 & 1.703-05 & 6.937-01 \\
  45 &  94 & 1.106+02 & 5.394+05 & 9.883-07 & 2.386-02 &  46 &  97 & 1.110+02 & 4.275+06 & 1.421-05 & 5.783-01 \\
  45 &  95 & 1.104+02 & 2.279+06 & 6.944-06 & 1.671-01 &  46 &  98 & 1.108+02 & 1.832+07 & 4.721-05 & 1.913-00 \\
  45 &  98 & 1.102+02 & 4.857+06 & 2.064-05 & 4.940-01 &  46 &  99 & 1.107+02 & 1.579+05 & 2.901-07 & 1.173-02 \\
  45 &  99 & 1.101+02 & 1.619+07 & 4.908-05 & 1.172-00 &  46 & 100 & 1.107+02 & 1.279+05 & 3.291-07 & 1.330-02 \\
  45 & 100 & 1.101+02 & 2.118+07 & 8.985-05 & 2.145-00 &  46 & 101 & 1.107+02 & 2.574+07 & 8.505-05 & 3.433-00 \\
  45 & 110 & 1.099+02 & 1.571+04 & 2.847-08 & 6.759-04 &  46 & 110 & 1.105+02 & 1.213+05 & 1.332-07 & 5.355-03 \\
  45 & 111 & 1.095+02 & 2.927+03 & 5.262-09 & 1.235-04 &  46 & 111 & 1.101+02 & 8.766+03 & 9.555-09 & 3.796-04 \\
  45 & 112 & 1.093+02 & 2.287+04 & 6.820-08 & 1.589-03 &  46 & 112 & 1.098+02 & 6.625+04 & 1.198-07 & 4.726-03 \\
  45 & 114 & 1.028+02 & 1.108+04 & 1.757-08 & 3.414-04 &  46 & 113 & 1.086+02 & 1.975+05 & 6.990-08 & 2.669-03 \\
  45 & 120 & 9.912+01 & 1.944+04 & 6.680-08 & 1.162-03 &  46 & 114 & 1.033+02 & 2.452+01 & 2.356-11 & 7.744-07 \\
  45 & 121 & 9.908+01 & 4.218+03 & 1.448-08 & 2.517-04 &  46 & 119 & 1.016+02 & 2.764+03 & 8.552-10 & 2.669-05 \\
  45 & 123 & 9.904+01 & 5.035+04 & 1.234-07 & 2.142-03 &  46 & 120 & 9.959+01 & 4.852+02 & 1.010-09 & 2.970-05 \\
  45 & 132 & 8.243+01 & 9.171+03 & 9.341-09 & 9.348-05 &  46 & 121 & 9.954+01 & 1.363+04 & 2.835-08 & 8.329-04 \\
  45 & 133 & 8.239+01 & 1.341+04 & 2.275-08 & 2.274-04 &  46 & 122 & 9.954+01 & 4.939+02 & 1.320-09 & 3.878-05 \\
  45 & 134 & 8.233+01 & 2.789+02 & 6.612-10 & 6.593-06 &  46 & 123 & 9.950+01 & 4.814+03 & 7.145-09 & 2.096-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  46 & 132 & 8.275+01 & 1.002+04 & 6.172-09 & 1.042-04 &  48 & 100 & 1.224+02 & 7.367+03 & 3.864-08 & 1.268-03 \\
  46 & 133 & 8.272+01 & 2.567+04 & 2.633-08 & 4.438-04 &  48 & 110 & 1.222+02 & 4.315+04 & 9.661-08 & 3.151-03 \\
  46 & 134 & 8.265+01 & 2.819+04 & 4.042-08 & 6.796-04 &  48 & 111 & 1.217+02 & 7.258+06 & 1.611-05 & 5.186-01 \\
  46 & 135 & 8.169+01 & 7.510+03 & 7.515-09 & 1.220-04 &  48 & 112 & 1.214+02 & 4.210+06 & 1.549-05 & 4.950-01 \\
  46 & 140 & 5.451+01 & 5.523-00 & 1.476-12 & 7.120-09 &  48 & 114 & 1.135+02 & 1.920+05 & 3.708-07 & 9.688-03 \\
  46 & 141 & 5.425+01 & 1.508+04 & 1.331-09 & 6.328-06 &  48 & 120 & 1.090+02 & 3.136+07 & 1.303-04 & 3.015-00 \\
  46 & 146 & 5.118+01 & 9.476-00 & 2.233-12 & 8.915-09 &  48 & 121 & 1.089+02 & 1.117+04 & 4.637-08 & 1.071-03 \\
  46 & 147 & 5.117+01 & 1.018+02 & 3.995-11 & 1.594-07 &  48 & 123 & 1.089+02 & 1.223+07 & 3.622-05 & 8.356-01 \\
  46 & 148 & 5.116+01 & 6.195+01 & 3.404-11 & 1.357-07 &  48 & 132 & 8.914+01 & 1.314+03 & 1.565-09 & 1.981-05 \\
  46 & 149 & 5.098+01 & 5.012+03 & 1.953-09 & 7.706-06 &  48 & 133 & 8.910+01 & 2.717+03 & 5.389-09 & 6.812-05 \\
  46 & 154 & 5.030+01 & 6.046+01 & 3.211-11 & 1.217-07 &  48 & 134 & 8.902+01 & 1.063+01 & 2.947-11 & 3.715-07 \\
  46 & 155 & 5.030+01 & 4.925+04 & 3.363-08 & 1.275-04 &  48 & 135 & 8.792+01 & 8.729+03 & 1.686-08 & 2.047-04 \\
  46 & 157 & 5.030+01 & 9.128+04 & 6.231-08 & 2.361-04 &  48 & 140 & 5.721+01 & 5.941+02 & 2.915-10 & 9.754-07 \\
  47 &  50 & 1.507+03 & 3.700-00 & 6.295-09 & 1.282-01 &  48 & 146 & 5.356+01 & 6.043+01 & 2.598-11 & 7.132-08 \\
  47 &  63 & 6.466+02 & 5.221+02 & 1.637-07 & 2.635-01 &  48 & 147 & 5.355+01 & 5.010+03 & 3.590-09 & 9.849-06 \\
  47 &  65 & 6.336+02 & 1.311+03 & 3.945-07 & 5.978-01 &  48 & 148 & 5.353+01 & 9.353+02 & 9.377-10 & 2.571-06 \\
  47 &  75 & 3.856+02 & 3.179+03 & 3.542-07 & 1.210-01 &  48 & 149 & 5.334+01 & 1.102+02 & 7.836-11 & 2.125-07 \\
  47 &  79 & 1.295+02 & 1.520+06 & 1.911-05 & 2.474-01 &  48 & 154 & 5.259+01 & 2.008+05 & 1.943-07 & 5.050-04 \\
  47 &  82 & 1.284+02 & 1.250+06 & 1.546-05 & 1.950-01 &  49 &  50 & 5.449+04 & 4.281-07 & 3.176-13 & 9.182-01 \\
  47 &  95 & 1.151+02 & 3.720+06 & 3.691-05 & 3.347-01 &  49 &  60 & 1.124+03 & 1.273-00 & 2.411-10 & 6.115-03 \\
  47 &  99 & 1.147+02 & 1.194+07 & 1.179-04 & 1.060-00 &  49 &  63 & 1.110+03 & 8.978-01 & 2.762-10 & 6.746-03 \\
  47 & 112 & 1.138+02 & 1.735+05 & 1.684-06 & 1.477-02 &  49 &  64 & 1.077+03 & 1.454-01 & 5.901-11 & 1.318-03 \\
  47 & 123 & 1.027+02 & 2.235+06 & 1.768-05 & 1.142-01 &  49 &  65 & 1.072+03 & 1.083-02 & 3.109-12 & 6.845-05 \\
  47 & 133 & 8.494+01 & 1.451+04 & 7.848-08 & 2.864-04 &  49 &  66 & 1.069+03 & 2.507-02 & 1.002-11 & 2.187-04 \\
  47 & 135 & 8.386+01 & 2.654+04 & 1.399-07 & 4.914-04 &  49 &  72 & 5.186+02 & 8.057+02 & 7.580-08 & 1.889-01 \\
  47 & 147 & 5.201+01 & 9.025+01 & 1.830-10 & 1.534-07 &  49 &  74 & 5.136+02 & 1.084+04 & 9.997-07 & 2.420-00 \\
  47 & 149 & 5.181+01 & 6.818+04 & 1.372-07 & 1.137-04 &  49 &  75 & 5.133+02 & 2.175+03 & 1.432-07 & 3.461-01 \\
  48 &  49 & 1.052+04 & 5.143-03 & 8.537-11 & 1.777-00 &  49 &  78 & 1.421+02 & 9.825+02 & 2.975-09 & 1.526-04 \\
  48 &  50 & 8.819+03 & 7.173-03 & 1.394-10 & 1.709-00 &  49 &  79 & 1.414+02 & 9.688+03 & 4.836-08 & 2.440-03 \\
  48 &  60 & 1.015+03 & 1.150-01 & 1.778-11 & 3.325-04 &  49 &  80 & 1.408+02 & 4.140+04 & 2.871-07 & 1.433-02 \\
  48 &  63 & 1.004+03 & 1.816-01 & 4.572-11 & 8.263-04 &  49 &  81 & 1.405+02 & 6.843+02 & 2.025-09 & 1.003-04 \\
  48 &  64 & 9.771+02 & 2.896-01 & 9.671-11 & 1.612-03 &  49 &  82 & 1.400+02 & 2.289+02 & 1.122-09 & 5.502-05 \\
  48 &  65 & 9.729+02 & 5.786-01 & 1.369-10 & 2.252-03 &  49 &  94 & 1.244+02 & 8.782+05 & 2.038-06 & 7.014-02 \\
  48 &  66 & 9.703+02 & 2.777-02 & 9.146-12 & 1.493-04 &  49 &  95 & 1.243+02 & 1.933+05 & 7.460-07 & 2.558-02 \\
  48 &  72 & 4.942+02 & 1.248+04 & 1.066-06 & 2.301-00 &  49 &  98 & 1.240+02 & 2.966+04 & 1.596-07 & 5.439-03 \\
  48 &  74 & 4.897+02 & 8.247+01 & 6.917-09 & 1.451-02 &  49 &  99 & 1.239+02 & 3.160+03 & 1.212-08 & 4.120-04 \\
  48 &  75 & 4.894+02 & 5.153+03 & 3.085-07 & 6.462-01 &  49 & 100 & 1.239+02 & 2.609+02 & 1.401-09 & 4.760-05 \\
  48 &  78 & 1.402+02 & 1.677+04 & 4.944-08 & 2.436-03 &  49 & 110 & 1.237+02 & 5.686+06 & 1.303-05 & 4.402-01 \\
  48 &  79 & 1.395+02 & 3.833+03 & 1.863-08 & 9.032-04 &  49 & 111 & 1.231+02 & 4.328+06 & 9.832-06 & 3.277-01 \\
  48 &  80 & 1.389+02 & 1.562+03 & 1.055-08 & 5.059-04 &  49 & 112 & 1.228+02 & 2.170+06 & 8.176-06 & 2.705-01 \\
  48 &  81 & 1.386+02 & 4.035+03 & 1.163-08 & 5.535-04 &  49 & 114 & 1.147+02 & 2.499+04 & 4.933-08 & 1.332-03 \\
  48 &  82 & 1.382+02 & 5.351+03 & 2.553-08 & 1.204-03 &  49 & 120 & 1.101+02 & 1.541+06 & 6.537-06 & 1.560-01 \\
  48 &  94 & 1.230+02 & 7.313+01 & 1.658-10 & 5.507-06 &  49 & 121 & 1.101+02 & 3.309+07 & 1.403-04 & 3.343-00 \\
  48 &  95 & 1.228+02 & 5.421+04 & 2.044-07 & 6.766-03 &  49 & 123 & 1.100+02 & 6.407+06 & 1.938-05 & 4.612-01 \\
  48 &  98 & 1.226+02 & 2.079+04 & 1.092-07 & 3.594-03 &  49 & 132 & 8.990+01 & 7.103+04 & 8.607-08 & 1.118-03 \\
  48 &  99 & 1.225+02 & 1.992+04 & 7.464-08 & 2.450-03 &  49 & 133 & 8.986+01 & 8.649+03 & 1.745-08 & 2.263-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  49 & 134 & 8.978+01 & 8.246+03 & 2.325-08 & 3.007-04 &  50 & 135 & 8.880+01 & 7.117+03 & 8.414-09 & 1.755-04 \\
  49 & 135 & 8.866+01 & 5.100+03 & 1.002-08 & 1.247-04 &  50 & 140 & 5.758+01 & 4.066+02 & 1.213-10 & 6.897-07 \\
  49 & 140 & 5.752+01 & 2.950+01 & 1.463-11 & 4.977-08 &  50 & 141 & 5.729+01 & 8.988+03 & 8.846-10 & 4.954-06 \\
  49 & 146 & 5.383+01 & 1.743+04 & 7.573-09 & 2.111-05 &  50 & 146 & 5.388+01 & 8.262+02 & 2.158-10 & 1.005-06 \\
  49 & 147 & 5.382+01 & 1.206+04 & 8.726-09 & 2.431-05 &  50 & 147 & 5.388+01 & 3.227+02 & 1.404-10 & 6.539-07 \\
  49 & 148 & 5.381+01 & 1.265+04 & 1.281-08 & 3.565-05 &  50 & 148 & 5.386+01 & 1.741+02 & 1.060-10 & 4.931-07 \\
  49 & 149 & 5.361+01 & 1.006+01 & 7.224-12 & 1.989-08 &  50 & 149 & 5.366+01 & 2.911+03 & 1.257-09 & 5.782-06 \\
  49 & 154 & 5.286+01 & 2.184+04 & 2.134-08 & 5.632-05 &  50 & 154 & 5.291+01 & 3.373+04 & 1.982-08 & 8.740-05 \\
  50 &  56 & 3.696+03 & 1.714-00 & 7.018-10 & 1.055-00 &  50 & 155 & 5.291+01 & 5.803+03 & 4.383-09 & 1.934-05 \\
  50 &  60 & 1.148+03 & 1.814-02 & 2.148-12 & 9.668-05 &  50 & 157 & 5.290+01 & 2.352+05 & 1.777-07 & 7.834-04 \\
  50 &  61 & 1.147+03 & 1.281-01 & 4.549-11 & 2.046-03 &  51 &  54 & 1.063+04 & 8.919-04 & 7.555-11 & 5.405-01 \\
  50 &  63 & 1.133+03 & 3.852-02 & 7.411-12 & 3.208-04 &  51 &  57 & 6.449+03 & 2.839-03 & 8.850-11 & 1.414-01 \\
  50 &  64 & 1.099+03 & 1.736-01 & 4.400-11 & 1.738-03 &  51 &  68 & 8.963+02 & 1.370-00 & 8.251-10 & 3.538-03 \\
  50 &  65 & 1.094+03 & 9.763-02 & 1.750-11 & 6.816-04 &  51 &  69 & 8.803+02 & 3.829-00 & 2.224-09 & 9.039-03 \\
  50 &  66 & 1.090+03 & 6.163-03 & 1.538-12 & 5.935-05 &  51 &  76 & 1.573+02 & 3.841+05 & 7.126-06 & 1.653-01 \\
  50 &  67 & 1.083+03 & 7.901-02 & 2.501-11 & 9.460-04 &  51 &  89 & 1.322+02 & 1.076+06 & 1.410-05 & 1.939-01 \\
  50 &  72 & 5.236+02 & 1.904+03 & 1.096-07 & 4.684-01 &  51 &  91 & 1.317+02 & 2.710+05 & 3.524-06 & 4.796-02 \\
  50 &  73 & 5.212+02 & 1.233+04 & 9.040-07 & 3.810-00 &  51 & 102 & 1.266+02 & 1.237+07 & 1.486-04 & 1.797-00 \\
  50 &  74 & 5.185+02 & 2.197+03 & 1.240-07 & 5.145-01 &  51 & 115 & 1.165+02 & 2.586+03 & 2.630-08 & 2.475-04 \\
  50 &  75 & 5.182+02 & 8.365+02 & 3.368-08 & 1.396-01 &  51 & 116 & 1.164+02 & 1.333+04 & 1.353-07 & 1.270-03 \\
  50 &  78 & 1.425+02 & 5.839+03 & 1.067-08 & 9.191-04 &  51 & 130 & 1.033+02 & 6.312+03 & 5.051-08 & 3.318-04 \\
  50 &  79 & 1.417+02 & 2.090+03 & 6.293-09 & 5.334-04 &  51 & 136 & 8.646+01 & 5.013+04 & 2.809-07 & 1.081-03 \\
  50 &  80 & 1.412+02 & 5.334+03 & 2.231-08 & 1.870-03 &  51 & 144 & 5.623+01 & 5.005+03 & 1.186-08 & 1.256-05 \\
  50 &  81 & 1.408+02 & 1.249+02 & 2.229-10 & 1.855-05 &  51 & 150 & 5.345+01 & 2.912+04 & 6.237-08 & 5.672-05 \\
  50 &  82 & 1.404+02 & 9.115+03 & 2.693-08 & 2.219-03 &  52 &  54 & 1.711+04 & 7.729-05 & 5.651-12 & 5.054-01 \\
  50 &  83 & 1.369+02 & 2.240+05 & 1.259-07 & 9.614-03 &  52 &  55 & 1.456+04 & 7.591-05 & 5.629-12 & 3.104-01 \\
  50 &  94 & 1.247+02 & 2.136+05 & 2.987-07 & 1.725-02 &  52 &  57 & 8.372+03 & 3.222-04 & 5.641-12 & 5.914-02 \\
  50 &  95 & 1.246+02 & 5.054+04 & 1.176-07 & 6.766-03 &  52 &  58 & 6.655+03 & 6.159-03 & 9.544-11 & 5.027-01 \\
  50 &  97 & 1.245+02 & 2.125+04 & 8.890-08 & 5.111-03 &  52 &  59 & 2.749+03 & 1.447-01 & 1.639-10 & 6.081-02 \\
  50 &  98 & 1.243+02 & 1.547+04 & 5.016-08 & 2.869-03 &  52 &  68 & 9.258+02 & 6.673-04 & 1.429-13 & 2.027-06 \\
  50 &  99 & 1.242+02 & 1.427+04 & 3.300-08 & 1.882-03 &  52 &  69 & 9.088+02 & 4.790-01 & 9.884-11 & 1.326-03 \\
  50 & 100 & 1.242+02 & 7.018+03 & 2.271-08 & 1.295-03 &  52 &  70 & 8.885+02 & 4.181-00 & 1.155-09 & 1.447-02 \\
  50 & 101 & 1.241+02 & 7.823+02 & 3.253-09 & 1.852-04 &  52 &  71 & 7.652+02 & 1.062+01 & 9.327-10 & 7.468-03 \\
  50 & 110 & 1.239+02 & 8.016+06 & 1.107-05 & 6.276-01 &  52 &  76 & 1.582+02 & 1.117+06 & 6.985-06 & 4.943-01 \\
  50 & 111 & 1.234+02 & 2.577+06 & 3.529-06 & 1.974-01 &  52 &  77 & 1.576+02 & 3.796+04 & 1.412-07 & 9.871-03 \\
  50 & 112 & 1.231+02 & 5.082+06 & 1.154-05 & 6.404-01 &  52 &  85 & 1.360+02 & 2.794+04 & 7.743-08 & 3.478-03 \\
  50 & 113 & 1.216+02 & 1.450+07 & 6.428-06 & 3.440-01 &  52 &  87 & 1.333+02 & 2.207+06 & 5.879-06 & 2.488-01 \\
  50 & 114 & 1.150+02 & 1.992+05 & 2.368-07 & 1.072-02 &  52 &  89 & 1.328+02 & 9.519+05 & 4.195-06 & 1.756-01 \\
  50 & 119 & 1.128+02 & 7.298+04 & 2.785-08 & 1.190-03 &  52 &  90 & 1.328+02 & 4.461+05 & 2.750-06 & 1.150-01 \\
  50 & 120 & 1.103+02 & 7.013+06 & 1.793-05 & 7.174-01 &  52 &  91 & 1.323+02 & 8.435+04 & 3.691-07 & 1.529-02 \\
  50 & 121 & 1.103+02 & 6.065+06 & 1.549-05 & 6.190-01 &  52 &  92 & 1.321+02 & 6.967+05 & 4.251-06 & 1.750-01 \\
  50 & 122 & 1.103+02 & 3.932+07 & 1.291-04 & 5.156-00 &  52 &  93 & 1.300+02 & 1.664+05 & 4.216-07 & 1.655-02 \\
  50 & 123 & 1.102+02 & 2.596+06 & 4.731-06 & 1.888-01 &  52 & 102 & 1.272+02 & 1.586+07 & 6.409-05 & 2.356-00 \\
  50 & 132 & 9.005+01 & 1.308+04 & 9.543-09 & 2.075-04 &  52 & 103 & 1.271+02 & 8.592+06 & 4.859-05 & 1.785-00 \\
  50 & 133 & 9.001+01 & 1.665+04 & 2.023-08 & 4.393-04 &  52 & 106 & 1.269+02 & 6.141+06 & 3.461-05 & 1.265-00 \\
  50 & 134 & 8.993+01 & 6.466+03 & 1.098-08 & 2.377-04 &  52 & 115 & 1.170+02 & 5.227+02 & 1.786-09 & 5.107-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  52 & 116 & 1.168+02 & 1.708+03 & 5.824-09 & 1.660-04 &  53 & 137 & 8.705+01 & 8.777+02 & 7.755-10 & 2.742-05 \\
  52 & 117 & 1.167+02 & 1.432+04 & 6.815-08 & 1.933-03 &  53 & 138 & 8.701+01 & 3.339+03 & 3.790-09 & 1.339-04 \\
  52 & 118 & 1.156+02 & 3.921+04 & 7.853-08 & 2.167-03 &  53 & 139 & 8.693+01 & 3.200+01 & 2.820-11 & 9.930-07 \\
  52 & 124 & 1.124+02 & 1.668+05 & 7.368-07 & 1.869-02 &  53 & 144 & 5.648+01 & 2.270+05 & 6.033-08 & 5.827-04 \\
  52 & 129 & 1.045+02 & 5.060+03 & 8.287-09 & 1.691-04 &  53 & 150 & 5.368+01 & 1.588+03 & 3.810-10 & 3.159-06 \\
  52 & 130 & 1.037+02 & 1.311+04 & 3.522-08 & 7.019-04 &  53 & 151 & 5.368+01 & 2.400+04 & 8.064-09 & 6.685-05 \\
  52 & 131 & 1.032+02 & 4.960+02 & 7.917-10 & 1.554-05 &  53 & 152 & 5.367+01 & 9.064+04 & 3.914-08 & 3.244-04 \\
  52 & 136 & 8.673+01 & 7.691+04 & 1.446-07 & 1.685-03 &  53 & 153 & 5.365+01 & 7.448+02 & 2.499-10 & 2.068-06 \\
  52 & 137 & 8.671+01 & 4.120+04 & 1.084-07 & 1.262-03 &  54 &  55 & 9.781+04 & 2.788-09 & 5.598-15 & 1.560-01 \\
  52 & 139 & 8.660+01 & 3.776+03 & 9.905-09 & 1.149-04 &  54 &  57 & 1.640+04 & 6.502-05 & 2.620-12 & 3.439-01 \\
  52 & 143 & 5.646+01 & 4.054+03 & 1.937-09 & 6.231-06 &  54 &  58 & 1.089+04 & 1.661-03 & 4.137-11 & 1.593-00 \\
  52 & 144 & 5.634+01 & 9.085+03 & 7.206-09 & 2.303-05 &  54 &  59 & 3.275+03 & 1.810-01 & 1.746-10 & 1.826-01 \\
  52 & 145 & 5.626+01 & 8.190+02 & 3.887-10 & 1.237-06 &  54 &  68 & 9.788+02 & 2.682-01 & 3.852-11 & 1.076-03 \\
  52 & 150 & 5.355+01 & 3.428+04 & 2.457-08 & 6.741-05 &  54 &  69 & 9.598+02 & 2.650-00 & 3.660-10 & 9.637-03 \\
  52 & 151 & 5.355+01 & 2.782+04 & 2.790-08 & 7.656-05 &  54 &  70 & 9.372+02 & 1.074-00 & 1.979-10 & 4.852-03 \\
  52 & 153 & 5.352+01 & 2.476+03 & 2.481-09 & 6.795-06 &  54 &  71 & 8.011+02 & 1.283+01 & 7.408-10 & 1.134-02 \\
  53 &  54 & 7.082+04 & 4.448-08 & 1.858-14 & 3.537-01 &  54 &  76 & 1.597+02 & 1.460+06 & 5.581-06 & 6.768-01 \\
  53 &  55 & 4.108+04 & 1.499-06 & 2.950-13 & 1.096-00 &  54 &  77 & 1.590+02 & 6.573+05 & 1.495-06 & 1.790-01 \\
  53 &  57 & 1.331+04 & 7.110-05 & 1.050-12 & 1.328-01 &  54 &  84 & 1.373+02 & 1.301+05 & 7.355-08 & 5.668-03 \\
  53 &  58 & 9.441+03 & 3.033-03 & 3.153-11 & 1.423-00 &  54 &  85 & 1.371+02 & 6.122+04 & 1.034-07 & 7.932-03 \\
  53 &  68 & 9.655+02 & 4.403-02 & 3.418-12 & 1.649-04 &  54 &  86 & 1.347+02 & 5.088+06 & 2.767-06 & 2.013-01 \\
  53 &  69 & 9.470+02 & 5.330-00 & 3.981-10 & 1.812-02 &  54 &  87 & 1.343+02 & 1.435+06 & 2.329-06 & 1.682-01 \\
  53 &  70 & 9.250+02 & 3.196-00 & 3.188-10 & 1.352-02 &  54 &  88 & 1.340+02 & 3.792+05 & 1.837-06 & 1.316-01 \\
  53 &  76 & 1.593+02 & 3.402+06 & 7.193-06 & 1.560-00 &  54 &  89 & 1.338+02 & 4.332+04 & 1.164-07 & 8.308-03 \\
  53 &  88 & 1.337+02 & 3.872+06 & 1.038-05 & 1.332-00 &  54 &  90 & 1.338+02 & 1.958+05 & 7.357-07 & 5.247-02 \\
  53 &  89 & 1.336+02 & 7.893+05 & 1.173-06 & 1.500-01 &  54 &  91 & 1.334+02 & 6.237+05 & 1.663-06 & 1.175-01 \\
  53 &  90 & 1.335+02 & 1.451+06 & 3.018-06 & 3.852-01 &  54 &  92 & 1.331+02 & 2.126+06 & 7.906-06 & 5.552-01 \\
  53 &  91 & 1.331+02 & 2.058+05 & 3.038-07 & 3.841-02 &  54 &  93 & 1.310+02 & 6.877+05 & 1.061-06 & 7.103-02 \\
  53 &  92 & 1.329+02 & 1.712+06 & 3.524-06 & 4.429-01 &  54 & 102 & 1.281+02 & 3.758+06 & 9.251-06 & 5.796-01 \\
  53 & 102 & 1.279+02 & 7.117+03 & 9.696-09 & 1.088-03 &  54 & 103 & 1.281+02 & 9.837+06 & 3.388-05 & 2.121-00 \\
  53 & 103 & 1.279+02 & 7.306+04 & 1.393-07 & 1.561-02 &  54 & 106 & 1.279+02 & 3.472+06 & 1.192-05 & 7.423-01 \\
  53 & 104 & 1.277+02 & 1.712+06 & 5.121-06 & 5.722-01 &  54 & 107 & 1.278+02 & 2.059+07 & 9.082-05 & 5.653-00 \\
  53 & 105 & 1.277+02 & 3.346+07 & 1.182-04 & 1.320+01 &  54 & 108 & 1.278+02 & 4.400+03 & 1.939-08 & 1.204-03 \\
  53 & 106 & 1.277+02 & 1.022+05 & 1.942-07 & 2.165-02 &  54 & 115 & 1.178+02 & 2.674+03 & 5.560-09 & 2.704-04 \\
  53 & 107 & 1.276+02 & 1.086+06 & 2.651-06 & 2.954-01 &  54 & 116 & 1.177+02 & 2.397+04 & 4.973-08 & 2.412-03 \\
  53 & 108 & 1.275+02 & 4.704+05 & 1.147-06 & 1.276-01 &  54 & 117 & 1.174+02 & 1.301+04 & 3.767-08 & 1.818-03 \\
  53 & 109 & 1.275+02 & 6.682+06 & 1.991-05 & 2.213-00 &  54 & 118 & 1.164+02 & 8.972+02 & 1.093-09 & 5.129-05 \\
  53 & 115 & 1.176+02 & 1.212+01 & 1.395-11 & 1.215-06 &  54 & 124 & 1.131+02 & 3.073+04 & 8.254-08 & 3.558-03 \\
  53 & 116 & 1.174+02 & 1.422+03 & 1.633-09 & 1.418-04 &  54 & 125 & 1.131+02 & 2.523+05 & 8.710-07 & 3.753-02 \\
  53 & 117 & 1.173+02 & 1.006+03 & 1.613-09 & 1.394-04 &  54 & 126 & 1.131+02 & 4.971+03 & 1.715-08 & 7.384-04 \\
  53 & 124 & 1.129+02 & 1.344+01 & 2.000-11 & 1.545-06 &  54 & 128 & 1.053+02 & 1.610+04 & 5.353-09 & 1.861-04 \\
  53 & 125 & 1.129+02 & 1.043+02 & 1.995-10 & 1.540-05 &  54 & 129 & 1.052+02 & 1.099+04 & 1.094-08 & 3.788-04 \\
  53 & 126 & 1.129+02 & 5.696+01 & 1.088-10 & 8.393-06 &  54 & 130 & 1.043+02 & 8.721+03 & 1.423-08 & 4.815-04 \\
  53 & 127 & 1.129+02 & 4.991+02 & 1.165-09 & 8.979-05 &  54 & 131 & 1.038+02 & 1.574+03 & 1.526-09 & 5.082-05 \\
  53 & 130 & 1.042+02 & 4.612+03 & 4.169-09 & 2.527-04 &  54 & 136 & 8.717+01 & 2.334+04 & 2.659-08 & 5.245-04 \\
  53 & 136 & 8.706+01 & 5.790+01 & 3.655-11 & 1.293-06 &  54 & 137 & 8.715+01 & 4.921+04 & 7.846-08 & 1.547-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  54 & 138 & 8.712+01 & 4.279+04 & 8.765-08 & 1.726-03 &  55 & 137 & 8.723+01 & 6.038+03 & 6.888-09 & 1.906-04 \\
  54 & 139 & 8.704+01 & 1.567+04 & 2.492-08 & 4.893-04 &  55 & 138 & 8.720+01 & 1.779+03 & 2.607-09 & 7.207-05 \\
  54 & 142 & 5.667+01 & 6.799+03 & 6.547-10 & 3.548-06 &  55 & 139 & 8.711+01 & 6.833+01 & 7.775-11 & 2.143-06 \\
  54 & 143 & 5.665+01 & 9.960+03 & 2.875-09 & 1.556-05 &  55 & 143 & 5.668+01 & 1.539+05 & 3.178-08 & 2.413-04 \\
  54 & 144 & 5.653+01 & 3.654+03 & 1.750-09 & 9.416-06 &  55 & 144 & 5.656+01 & 3.488+04 & 1.195-08 & 9.013-05 \\
  54 & 145 & 5.645+01 & 1.889+03 & 5.415-10 & 2.901-06 &  55 & 145 & 5.648+01 & 7.663+03 & 1.571-09 & 1.180-05 \\
  54 & 150 & 5.372+01 & 9.204+03 & 3.982-09 & 1.838-05 &  55 & 150 & 5.375+01 & 2.102+04 & 6.504-09 & 4.210-05 \\
  54 & 151 & 5.372+01 & 1.789+04 & 1.083-08 & 5.001-05 &  55 & 151 & 5.375+01 & 5.225+04 & 2.263-08 & 1.465-04 \\
  54 & 152 & 5.371+01 & 2.982+04 & 2.321-08 & 1.071-04 &  55 & 152 & 5.374+01 & 6.592+03 & 3.670-09 & 2.375-05 \\
  54 & 153 & 5.369+01 & 2.781+03 & 1.682-09 & 7.752-06 &  55 & 153 & 5.372+01 & 1.270+04 & 5.493-09 & 3.550-05 \\
  55 &  57 & 1.970+04 & 1.166-04 & 4.845-12 & 1.544-00 &  56 &  63 & 1.634+03 & 5.588-01 & 1.118-09 & 2.901-02 \\
  55 &  58 & 1.226+04 & 2.880-04 & 6.490-12 & 4.985-01 &  56 &  65 & 1.553+03 & 2.093-00 & 3.785-09 & 8.444-02 \\
  55 &  59 & 3.388+03 & 1.007-01 & 7.426-11 & 1.204-01 &  56 &  75 & 6.027+02 & 2.420+03 & 6.591-07 & 8.595-01 \\
  55 &  68 & 9.887+02 & 1.074-00 & 1.125-10 & 4.533-03 &  56 &  79 & 1.474+02 & 1.666+05 & 2.712-06 & 5.170-02 \\
  55 &  69 & 9.693+02 & 1.020-00 & 1.026-10 & 3.898-03 &  56 &  82 & 1.459+02 & 1.685+05 & 2.690-06 & 4.979-02 \\
  55 &  70 & 9.463+02 & 2.504-01 & 3.362-11 & 1.187-03 &  56 &  95 & 1.289+02 & 2.233+05 & 2.781-06 & 3.548-02 \\
  55 &  71 & 8.077+02 & 4.939-00 & 2.070-10 & 4.548-03 &  56 &  99 & 1.285+02 & 1.430+06 & 1.770-05 & 2.238-01 \\
  55 &  76 & 1.599+02 & 1.204+06 & 3.298-06 & 5.628-01 &  56 & 112 & 1.273+02 & 2.912+06 & 3.538-05 & 4.348-01 \\
  55 &  77 & 1.593+02 & 2.461+06 & 4.011-06 & 6.756-01 &  56 & 123 & 1.136+02 & 1.588+07 & 1.537-04 & 1.344-00 \\
  55 &  85 & 1.372+02 & 6.892+03 & 8.343-09 & 8.994-04 &  56 & 133 & 9.226+01 & 1.620+04 & 1.034-07 & 4.834-04 \\
  55 &  87 & 1.345+02 & 1.126+06 & 1.309-06 & 1.329-01 &  56 & 135 & 9.099+01 & 4.043+04 & 2.509-07 & 1.126-03 \\
  55 &  88 & 1.342+02 & 1.142+06 & 3.964-06 & 3.993-01 &  56 & 147 & 5.467+01 & 4.621+02 & 1.035-09 & 1.008-06 \\
  55 &  89 & 1.340+02 & 2.805+05 & 5.396-07 & 5.416-02 &  56 & 149 & 5.445+01 & 1.036+05 & 2.302-07 & 2.214-04 \\
  55 &  90 & 1.340+02 & 2.054+06 & 5.529-06 & 5.544-01 &  57 &  58 & 3.246+04 & 3.970-07 & 8.781-14 & 8.947-02 \\
  55 &  91 & 1.336+02 & 2.683+06 & 5.125-06 & 5.089-01 &  57 &  59 & 4.092+03 & 3.868-01 & 5.827-10 & 1.189-00 \\
  55 &  92 & 1.333+02 & 6.631+05 & 1.766-06 & 1.744-01 &  57 &  68 & 1.041+03 & 5.977-02 & 9.710-12 & 3.262-04 \\
  55 &  93 & 1.312+02 & 3.518+05 & 3.889-07 & 3.658-02 &  57 &  69 & 1.020+03 & 1.495-00 & 2.330-10 & 7.352-03 \\
  55 & 102 & 1.283+02 & 1.993+05 & 3.513-07 & 3.093-02 &  57 &  70 & 9.940+02 & 1.973-01 & 4.091-11 & 1.197-03 \\
  55 & 103 & 1.283+02 & 1.708+05 & 4.211-07 & 3.705-02 &  57 &  71 & 8.422+02 & 2.672+01 & 1.704-09 & 3.033-02 \\
  55 & 104 & 1.281+02 & 2.806+07 & 1.085-04 & 9.522-00 &  57 &  76 & 1.613+02 & 4.042+05 & 1.576-06 & 1.968-01 \\
  55 & 106 & 1.281+02 & 1.742+06 & 4.283-06 & 3.749-01 &  57 &  77 & 1.606+02 & 2.332+06 & 5.408-06 & 6.668-01 \\
  55 & 107 & 1.280+02 & 1.155+06 & 3.650-06 & 3.193-01 &  57 &  84 & 1.384+02 & 3.985+04 & 2.290-08 & 1.810-03 \\
  55 & 108 & 1.279+02 & 7.811+06 & 2.464-05 & 2.152-00 &  57 &  85 & 1.382+02 & 2.359+04 & 4.053-08 & 3.187-03 \\
  55 & 109 & 1.279+02 & 1.203+06 & 4.637-06 & 4.047-01 &  57 &  86 & 1.358+02 & 1.510+06 & 8.349-07 & 6.225-02 \\
  55 & 115 & 1.179+02 & 3.577+02 & 5.326-10 & 3.639-05 &  57 &  87 & 1.354+02 & 1.946+05 & 3.212-07 & 2.377-02 \\
  55 & 116 & 1.178+02 & 3.348+03 & 4.974-09 & 3.389-04 &  57 &  88 & 1.351+02 & 1.293+05 & 6.370-07 & 4.678-02 \\
  55 & 117 & 1.176+02 & 3.085+03 & 6.395-09 & 4.336-04 &  57 &  89 & 1.349+02 & 5.785+05 & 1.579-06 & 1.156-01 \\
  55 & 118 & 1.165+02 & 1.280+02 & 1.117-10 & 7.363-06 &  57 &  90 & 1.349+02 & 1.995+06 & 7.618-06 & 5.569-01 \\
  55 & 124 & 1.133+02 & 2.647+03 & 5.090-09 & 3.083-04 &  57 &  91 & 1.345+02 & 8.601+05 & 2.331-06 & 1.688-01 \\
  55 & 125 & 1.132+02 & 1.396+04 & 3.450-08 & 2.088-03 &  57 &  92 & 1.342+02 & 1.176+05 & 4.446-07 & 3.200-02 \\
  55 & 126 & 1.132+02 & 2.622+03 & 6.476-09 & 3.917-04 &  57 &  93 & 1.320+02 & 3.556+06 & 5.576-06 & 3.823-01 \\
  55 & 127 & 1.132+02 & 9.196+04 & 2.775-07 & 1.677-02 &  57 & 102 & 1.291+02 & 1.038+06 & 2.596-06 & 1.665-01 \\
  55 & 129 & 1.053+02 & 3.081+03 & 2.194-09 & 1.067-04 &  57 & 103 & 1.291+02 & 4.009+05 & 1.402-06 & 8.988-02 \\
  55 & 130 & 1.044+02 & 1.203+03 & 1.405-09 & 6.676-05 &  57 & 106 & 1.289+02 & 8.191+06 & 2.856-05 & 1.821-00 \\
  55 & 131 & 1.039+02 & 2.725+02 & 1.890-10 & 8.844-06 &  57 & 107 & 1.289+02 & 7.737+05 & 3.467-06 & 2.209-01 \\
  55 & 136 & 8.725+01 & 1.657+03 & 1.351-09 & 3.740-05 &  57 & 108 & 1.288+02 & 2.441+07 & 1.093-04 & 6.948-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  57 & 115 & 1.186+02 & 3.562+03 & 7.513-09 & 3.734-04 &  58 & 116 & 1.189+02 & 6.417+03 & 9.719-09 & 6.816-04 \\
  57 & 116 & 1.185+02 & 3.579+03 & 7.535-09 & 3.733-04 &  58 & 117 & 1.187+02 & 2.271+03 & 4.799-09 & 3.349-04 \\
  57 & 117 & 1.183+02 & 8.664+02 & 2.545-09 & 1.255-04 &  58 & 118 & 1.176+02 & 5.825+03 & 5.179-09 & 3.514-04 \\
  57 & 118 & 1.172+02 & 1.920+04 & 2.373-08 & 1.138-03 &  58 & 124 & 1.143+02 & 1.206+03 & 2.363-09 & 1.472-04 \\
  57 & 124 & 1.139+02 & 2.996+04 & 8.161-08 & 3.592-03 &  58 & 125 & 1.143+02 & 8.034+03 & 2.023-08 & 1.259-03 \\
  57 & 125 & 1.139+02 & 9.605+02 & 3.362-09 & 1.479-04 &  58 & 126 & 1.143+02 & 3.349+02 & 8.427-10 & 5.241-05 \\
  57 & 126 & 1.139+02 & 7.952+04 & 2.782-07 & 1.223-02 &  58 & 127 & 1.142+02 & 4.766+03 & 1.465-08 & 9.106-04 \\
  57 & 128 & 1.060+02 & 2.404+02 & 8.097-11 & 2.870-06 &  58 & 129 & 1.062+02 & 4.744+02 & 3.437-10 & 1.716-05 \\
  57 & 129 & 1.058+02 & 1.256+03 & 1.266-09 & 4.469-05 &  58 & 130 & 1.053+02 & 6.386+02 & 7.589-10 & 3.699-05 \\
  57 & 130 & 1.050+02 & 8.499+01 & 1.405-10 & 4.844-06 &  58 & 131 & 1.048+02 & 7.140+02 & 5.038-10 & 2.418-05 \\
  57 & 131 & 1.045+02 & 2.602+02 & 2.554-10 & 8.671-06 &  58 & 136 & 8.787+01 & 1.924+03 & 1.591-09 & 4.500-05 \\
  57 & 136 & 8.764+01 & 9.372+03 & 1.079-08 & 2.163-04 &  58 & 137 & 8.786+01 & 1.167+04 & 1.350-08 & 3.818-04 \\
  57 & 137 & 8.762+01 & 7.464+03 & 1.203-08 & 2.409-04 &  58 & 138 & 8.782+01 & 3.170+04 & 4.713-08 & 1.331-03 \\
  57 & 138 & 8.758+01 & 4.956+03 & 1.026-08 & 2.053-04 &  58 & 139 & 8.774+01 & 1.907+03 & 2.201-09 & 6.198-05 \\
  57 & 139 & 8.750+01 & 2.389+04 & 3.839-08 & 7.659-04 &  58 & 143 & 5.694+01 & 1.193+03 & 2.485-10 & 1.913-06 \\
  57 & 142 & 5.687+01 & 7.735+04 & 7.499-09 & 4.107-05 &  58 & 144 & 5.682+01 & 9.517+02 & 3.291-10 & 2.517-06 \\
  57 & 143 & 5.684+01 & 1.950+04 & 5.669-09 & 3.101-05 &  58 & 145 & 5.674+01 & 4.902+04 & 1.014-08 & 7.725-05 \\
  57 & 144 & 5.672+01 & 2.935+03 & 1.416-09 & 7.696-06 &  58 & 150 & 5.399+01 & 1.317+03 & 4.109-10 & 2.696-06 \\
  57 & 145 & 5.664+01 & 2.779+03 & 8.021-10 & 4.341-06 &  58 & 151 & 5.398+01 & 2.015+03 & 8.802-10 & 5.773-06 \\
  57 & 150 & 5.390+01 & 2.701+04 & 1.176-08 & 5.484-05 &  58 & 152 & 5.398+01 & 3.026+03 & 1.699-09 & 1.114-05 \\
  57 & 151 & 5.389+01 & 1.982+03 & 1.208-09 & 5.632-06 &  58 & 153 & 5.395+01 & 2.432+04 & 1.061-08 & 6.950-05 \\
  57 & 152 & 5.389+01 & 5.132+02 & 4.022-10 & 1.874-06 &  59 &  68 & 1.396+03 & 3.623-01 & 1.765-10 & 8.581-03 \\
  57 & 153 & 5.386+01 & 4.608+03 & 2.806-09 & 1.306-05 &  59 &  69 & 1.358+03 & 4.079-01 & 1.879-10 & 8.402-03 \\
  58 &  59 & 4.682+03 & 1.171-03 & 1.650-12 & 7.061-03 &  59 &  70 & 1.313+03 & 1.076-00 & 6.487-10 & 2.624-02 \\
  58 &  68 & 1.076+03 & 2.721-01 & 3.371-11 & 1.748-03 &  59 &  71 & 1.060+03 & 8.205-01 & 1.383-10 & 2.948-03 \\
  58 &  69 & 1.052+03 & 4.674-00 & 5.545-10 & 2.696-02 &  59 &  76 & 1.679+02 & 2.216+04 & 1.560-07 & 1.319-02 \\
  58 &  70 & 1.025+03 & 2.118-02 & 3.339-12 & 1.501-04 &  59 &  77 & 1.671+02 & 1.870+06 & 7.831-06 & 6.533-01 \\
  58 &  71 & 8.646+02 & 2.139-00 & 1.028-10 & 2.769-03 &  59 &  85 & 1.431+02 & 7.995+03 & 2.453-08 & 1.283-03 \\
  58 &  76 & 1.621+02 & 1.393+06 & 3.917-06 & 6.952-01 &  59 &  87 & 1.401+02 & 1.670+05 & 4.912-07 & 2.413-02 \\
  58 &  77 & 1.614+02 & 2.046+06 & 3.422-06 & 5.996-01 &  59 &  89 & 1.396+02 & 3.703+05 & 1.802-06 & 8.750-02 \\
  58 &  85 & 1.388+02 & 3.448+04 & 4.268-08 & 4.759-03 &  59 &  90 & 1.395+02 & 1.139+05 & 7.756-07 & 3.762-02 \\
  58 &  87 & 1.360+02 & 1.601+06 & 1.903-06 & 1.997-01 &  59 &  91 & 1.390+02 & 2.378+06 & 1.148-05 & 5.514-01 \\
  58 &  88 & 1.357+02 & 1.367+06 & 4.849-06 & 5.048-01 &  59 &  92 & 1.387+02 & 5.836+03 & 3.930-08 & 1.876-03 \\
  58 &  89 & 1.355+02 & 2.858+06 & 5.620-06 & 5.831-01 &  59 &  93 & 1.364+02 & 2.044+06 & 5.706-06 & 2.590-01 \\
  58 &  90 & 1.355+02 & 6.777+05 & 1.864-06 & 1.932-01 &  59 & 102 & 1.334+02 & 2.896+05 & 1.287-06 & 5.451-02 \\
  58 &  91 & 1.350+02 & 1.788+05 & 3.490-07 & 3.582-02 &  59 & 103 & 1.333+02 & 1.020+07 & 6.339-05 & 2.684-00 \\
  58 &  92 & 1.348+02 & 1.698+06 & 4.623-06 & 4.716-01 &  59 & 106 & 1.331+02 & 1.102+07 & 6.828-05 & 2.875-00 \\
  58 &  93 & 1.326+02 & 8.346+04 & 9.426-08 & 9.158-03 &  59 & 115 & 1.222+02 & 5.381+03 & 2.006-08 & 6.535-04 \\
  58 & 102 & 1.297+02 & 2.203+05 & 3.966-07 & 3.604-02 &  59 & 116 & 1.220+02 & 4.424+03 & 1.646-08 & 5.344-04 \\
  58 & 103 & 1.296+02 & 1.520+06 & 3.829-06 & 3.477-01 &  59 & 117 & 1.218+02 & 3.593+04 & 1.865-07 & 6.026-03 \\
  58 & 104 & 1.295+02 & 3.193+06 & 1.262-05 & 1.142-00 &  59 & 118 & 1.207+02 & 8.059+04 & 1.759-07 & 5.521-03 \\
  58 & 106 & 1.294+02 & 5.488+05 & 1.378-06 & 1.244-01 &  59 & 124 & 1.172+02 & 1.592+06 & 7.646-06 & 2.198-01 \\
  58 & 107 & 1.294+02 & 9.215+06 & 2.973-05 & 2.684-00 &  59 & 129 & 1.087+02 & 4.660+03 & 8.247-09 & 1.890-04 \\
  58 & 108 & 1.293+02 & 1.945+04 & 6.268-08 & 5.648-03 &  59 & 130 & 1.078+02 & 4.705+02 & 1.365-09 & 3.054-05 \\
  58 & 109 & 1.293+02 & 2.464+07 & 9.699-05 & 8.733-00 &  59 & 131 & 1.072+02 & 6.751+03 & 1.163-08 & 2.560-04 \\
  58 & 115 & 1.191+02 & 1.468+03 & 2.229-09 & 1.568-04 &  59 & 136 & 8.955+01 & 5.345+03 & 1.071-08 & 1.374-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  59 & 137 & 8.954+01 & 1.178+04 & 3.304-08 & 4.238-04 &  61 &  66 & 2.197+04 & 2.510-05 & 1.413-12 & 8.033-01 \\
  59 & 139 & 8.941+01 & 5.001+04 & 1.399-07 & 1.786-03 &  61 &  67 & 1.935+04 & 4.128-06 & 2.316-13 & 8.989-02 \\
  59 & 143 & 5.765+01 & 7.309+02 & 3.641-10 & 1.246-06 &  61 &  72 & 9.632+02 & 9.930-01 & 1.074-10 & 5.146-03 \\
  59 & 144 & 5.752+01 & 5.646+02 & 4.668-10 & 1.587-06 &  61 &  73 & 9.550+02 & 4.660-02 & 6.371-12 & 2.974-04 \\
  59 & 145 & 5.744+01 & 1.274+03 & 6.300-10 & 2.133-06 &  61 &  74 & 9.460+02 & 1.178-02 & 1.230-12 & 5.580-05 \\
  59 & 150 & 5.462+01 & 5.780+01 & 4.308-11 & 1.254-07 &  61 &  75 & 9.451+02 & 1.773-00 & 1.319-10 & 5.970-03 \\
  59 & 151 & 5.461+01 & 1.759+03 & 1.835-09 & 5.340-06 &  61 &  79 & 1.617+02 & 9.330+05 & 2.031-06 & 4.603-01 \\
  59 & 153 & 5.458+01 & 4.663+04 & 4.859-08 & 1.412-04 &  61 &  80 & 1.610+02 & 8.433+04 & 2.548-07 & 5.700-02 \\
  60 &  63 & 8.840+04 & 2.025-08 & 3.954-14 & 4.881-01 &  61 &  82 & 1.600+02 & 1.352+05 & 2.882-07 & 6.323-02 \\
  60 &  64 & 2.590+04 & 2.041-06 & 4.788-13 & 1.486-01 &  61 &  95 & 1.397+02 & 2.876+04 & 4.677-08 & 6.840-03 \\
  60 &  65 & 2.325+04 & 6.656-06 & 8.993-13 & 2.020-01 &  61 &  96 & 1.397+02 & 2.067+05 & 7.390-07 & 1.080-01 \\
  60 &  66 & 2.187+04 & 5.471-07 & 9.153-14 & 1.711-02 &  61 &  97 & 1.397+02 & 2.483+06 & 7.262-06 & 1.061-00 \\
  60 &  72 & 9.630+02 & 4.220-01 & 1.369-10 & 2.185-03 &  61 &  98 & 1.394+02 & 1.366+04 & 3.095-08 & 4.494-03 \\
  60 &  74 & 9.458+02 & 5.949-03 & 1.862-12 & 2.814-05 &  61 &  99 & 1.393+02 & 1.022+05 & 1.651-07 & 2.391-02 \\
  60 &  75 & 9.449+02 & 1.337-02 & 2.984-12 & 4.498-05 &  61 & 100 & 1.392+02 & 9.906+05 & 2.240-06 & 3.242-01 \\
  60 &  78 & 1.627+02 & 5.408+05 & 2.146-06 & 1.652-01 &  61 & 101 & 1.392+02 & 1.032+05 & 2.998-07 & 4.333-02 \\
  60 &  79 & 1.617+02 & 2.738+04 & 1.788-07 & 1.351-02 &  61 & 112 & 1.379+02 & 1.664-01 & 2.633-13 & 3.698-08 \\
  60 &  80 & 1.610+02 & 1.184+03 & 1.073-08 & 7.999-04 &  61 & 120 & 1.221+02 & 1.377+02 & 2.393-10 & 2.335-05 \\
  60 &  81 & 1.606+02 & 1.046+04 & 4.042-08 & 2.989-03 &  61 & 121 & 1.220+02 & 2.209+01 & 3.836-11 & 3.737-06 \\
  60 &  82 & 1.600+02 & 3.247+04 & 2.076-07 & 1.518-02 &  61 & 122 & 1.220+02 & 2.907+01 & 6.489-11 & 6.320-06 \\
  60 &  94 & 1.399+02 & 8.511+05 & 2.497-06 & 1.222-01 &  61 & 123 & 1.220+02 & 5.202+01 & 6.446-11 & 6.270-06 \\
  60 &  95 & 1.397+02 & 1.013+06 & 4.942-06 & 2.409-01 &  61 & 133 & 9.767+01 & 3.860+02 & 3.067-10 & 1.532-05 \\
  60 &  98 & 1.394+02 & 1.876+05 & 1.275-06 & 6.172-02 &  61 & 134 & 9.758+01 & 1.091+02 & 1.212-10 & 6.036-06 \\
  60 &  99 & 1.393+02 & 3.008+05 & 1.458-06 & 7.035-02 &  61 & 135 & 9.625+01 & 7.173+02 & 5.535-10 & 2.646-05 \\
  60 & 100 & 1.392+02 & 6.694+04 & 4.540-07 & 2.190-02 &  61 & 147 & 5.653+01 & 1.588+05 & 4.227-08 & 4.093-04 \\
  60 & 110 & 1.389+02 & 3.059+04 & 8.851-08 & 4.241-03 &  61 & 148 & 5.651+01 & 2.034+04 & 7.575-09 & 7.329-05 \\
  60 & 111 & 1.382+02 & 7.635+02 & 2.188-09 & 1.033-04 &  61 & 149 & 5.629+01 & 1.539+05 & 4.063-08 & 3.885-04 \\
  60 & 112 & 1.379+02 & 5.664+03 & 2.689-08 & 1.259-03 &  61 & 154 & 5.547+01 & 7.522+03 & 2.698-09 & 2.468-05 \\
  60 & 114 & 1.278+02 & 4.063+01 & 9.948-11 & 3.709-06 &  61 & 155 & 5.547+01 & 7.087+04 & 3.269-08 & 2.990-04 \\
  60 & 120 & 1.221+02 & 6.154+02 & 3.209-09 & 1.044-04 &  61 & 156 & 5.546+01 & 4.047+03 & 2.281-09 & 2.086-05 \\
  60 & 121 & 1.220+02 & 2.274-01 & 1.185-12 & 3.847-08 &  61 & 157 & 5.546+01 & 2.607+03 & 1.202-09 & 1.099-05 \\
  60 & 123 & 1.220+02 & 1.042+02 & 3.872-10 & 1.255-05 &  62 &  64 & 2.700+04 & 9.169-07 & 6.375-14 & 8.217-02 \\
  60 & 132 & 9.772+01 & 1.780+04 & 2.549-08 & 4.249-04 &  62 &  66 & 2.265+04 & 6.595-07 & 3.228-14 & 2.457-02 \\
  60 & 133 & 9.767+01 & 1.791+04 & 4.269-08 & 7.107-04 &  62 &  67 & 1.987+04 & 3.937-05 & 1.906-12 & 9.795-01 \\
  60 & 134 & 9.758+01 & 1.472+03 & 4.903-09 & 8.139-05 &  62 &  72 & 9.645+02 & 3.672-02 & 3.258-12 & 1.915-04 \\
  60 & 135 & 9.625+01 & 5.219+01 & 1.208-10 & 1.925-06 &  62 &  73 & 9.562+02 & 1.021-00 & 1.145-10 & 6.560-03 \\
  60 & 140 & 6.063+01 & 7.882+03 & 4.343-09 & 1.730-05 &  62 &  74 & 9.472+02 & 1.470-00 & 1.258-10 & 7.007-03 \\
  60 & 146 & 5.654+01 & 6.909+03 & 3.311-09 & 1.069-05 &  62 &  80 & 1.610+02 & 1.025+06 & 2.536-06 & 6.938-01 \\
  60 & 147 & 5.653+01 & 6.935+03 & 5.538-09 & 1.787-05 &  62 &  96 & 1.397+02 & 2.655+06 & 7.769-06 & 1.388-00 \\
  60 & 148 & 5.651+01 & 5.642+02 & 6.303-10 & 2.033-06 &  62 &  97 & 1.397+02 & 2.706+05 & 6.477-07 & 1.157-01 \\
  60 & 149 & 5.629+01 & 2.582+01 & 2.044-11 & 6.517-08 &  62 &  98 & 1.394+02 & 1.235+05 & 2.290-07 & 4.066-02 \\
  60 & 154 & 5.547+01 & 1.139+05 & 1.225-07 & 3.736-04 &  62 & 100 & 1.393+02 & 4.050+04 & 7.496-08 & 1.327-02 \\
  61 &  62 & 7.354+05 & 1.138-13 & 1.128-17 & 2.405-01 &  62 & 101 & 1.392+02 & 8.563+05 & 2.035-06 & 3.598-01 \\
  61 &  63 & 9.011+04 & 3.108-10 & 2.102-16 & 8.244-03 &  62 & 120 & 1.221+02 & 8.267-00 & 1.176-11 & 1.403-06 \\
  61 &  64 & 2.604+04 & 8.150-07 & 6.444-14 & 6.099-02 &  62 & 121 & 1.221+02 & 3.785+01 & 5.379-11 & 6.408-06 \\
  61 &  65 & 2.337+04 & 1.364-06 & 6.205-14 & 4.245-02 &  62 & 122 & 1.220+02 & 1.991+02 & 3.637-10 & 4.332-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  62 & 134 & 9.759+01 & 8.131+02 & 7.388-10 & 4.499-05 &  63 & 149 & 5.633+01 & 5.115+02 & 2.433-10 & 1.295-06 \\
  62 & 148 & 5.652+01 & 3.051+05 & 9.297-08 & 1.100-03 &  63 & 154 & 5.550+01 & 1.908+04 & 1.233-08 & 6.280-05 \\
  62 & 154 & 5.547+01 & 4.122+02 & 1.210-10 & 1.353-06 &  63 & 155 & 5.550+01 & 3.929+04 & 3.266-08 & 1.663-04 \\
  62 & 155 & 5.547+01 & 7.347+03 & 2.773-09 & 3.101-05 &  63 & 157 & 5.549+01 & 6.562+04 & 5.454-08 & 2.776-04 \\
  62 & 156 & 5.547+01 & 7.591+04 & 3.501-08 & 3.914-04 &  64 &  65 & 2.278+05 & 2.984-11 & 1.659-16 & 8.180-02 \\
  62 & 157 & 5.547+01 & 4.728+03 & 1.784-09 & 1.995-05 &  64 &  66 & 1.407+05 & 2.120-10 & 6.289-16 & 7.296-02 \\
  63 &  64 & 3.662+04 & 2.037-06 & 5.735-13 & 8.389-01 &  64 &  67 & 7.526+04 & 5.942-08 & 6.487-14 & 1.153-00 \\
  63 &  65 & 3.155+04 & 1.038-06 & 1.549-13 & 1.449-01 &  64 &  72 & 1.000+03 & 3.368-02 & 5.051-12 & 2.108-04 \\
  63 &  66 & 2.906+04 & 2.496-08 & 4.423-15 & 3.232-03 &  64 &  73 & 9.913+02 & 1.330-02 & 2.520-12 & 1.023-04 \\
  63 &  67 & 2.464+04 & 1.582-06 & 2.591-13 & 1.154-01 &  64 &  74 & 9.817+02 & 1.342-02 & 1.939-12 & 7.647-05 \\
  63 &  72 & 9.736+02 & 8.605-02 & 1.712-11 & 4.706-04 &  64 &  75 & 9.807+02 & 2.636-01 & 2.715-11 & 1.068-03 \\
  63 &  73 & 9.652+02 & 5.354-01 & 1.346-10 & 3.604-03 &  64 &  78 & 1.637+02 & 3.852+05 & 6.635-07 & 1.214-01 \\
  63 &  74 & 9.560+02 & 1.565-02 & 3.003-12 & 7.815-05 &  64 &  79 & 1.627+02 & 9.983+04 & 2.830-07 & 5.081-02 \\
  63 &  75 & 9.551+02 & 2.622-06 & 3.586-16 & 9.306-09 &  64 &  80 & 1.620+02 & 9.141+04 & 3.596-07 & 6.373-02 \\
  63 &  78 & 1.630+02 & 5.015+05 & 1.199-06 & 1.546-01 &  64 &  81 & 1.616+02 & 9.156+04 & 1.535-07 & 2.699-02 \\
  63 &  79 & 1.620+02 & 4.205+04 & 1.654-07 & 2.094-02 &  64 &  82 & 1.609+02 & 4.219+05 & 1.170-06 & 2.035-01 \\
  63 &  80 & 1.613+02 & 1.273+04 & 6.950-08 & 8.682-03 &  64 &  94 & 1.407+02 & 4.820+05 & 6.128-07 & 7.112-02 \\
  63 &  81 & 1.608+02 & 9.189+04 & 2.138-07 & 2.650-02 &  64 &  95 & 1.405+02 & 1.626+06 & 3.437-06 & 3.973-01 \\
  63 &  82 & 1.602+02 & 1.512+05 & 5.821-07 & 7.133-02 &  64 &  96 & 1.404+02 & 9.437+04 & 4.384-07 & 5.062-02 \\
  63 &  83 & 1.557+02 & 4.477+05 & 3.254-07 & 3.658-02 &  64 &  97 & 1.404+02 & 5.770+04 & 2.193-07 & 2.532-02 \\
  63 &  94 & 1.401+02 & 1.489+06 & 2.630-06 & 2.155-01 &  64 &  98 & 1.401+02 & 5.870+05 & 1.729-06 & 1.984-01 \\
  63 &  95 & 1.399+02 & 5.052+05 & 1.483-06 & 1.211-01 &  64 &  99 & 1.400+02 & 6.078+04 & 1.276-07 & 1.460-02 \\
  63 &  97 & 1.399+02 & 1.568+04 & 8.280-08 & 6.750-03 &  64 & 100 & 1.400+02 & 3.519+04 & 1.034-07 & 1.183-02 \\
  63 &  98 & 1.396+02 & 1.136+06 & 4.649-06 & 3.768-01 &  64 & 101 & 1.399+02 & 1.097+06 & 4.140-06 & 4.730-01 \\
  63 &  99 & 1.395+02 & 3.667+05 & 1.069-06 & 8.642-02 &  64 & 110 & 1.397+02 & 1.876+04 & 2.352-08 & 2.672-03 \\
  63 & 100 & 1.395+02 & 1.851+03 & 7.557-09 & 6.105-04 &  64 & 111 & 1.390+02 & 6.574+02 & 8.159-10 & 9.134-05 \\
  63 & 101 & 1.394+02 & 1.486+05 & 7.789-07 & 6.284-02 &  64 & 112 & 1.386+02 & 1.037+04 & 2.132-08 & 2.366-03 \\
  63 & 110 & 1.391+02 & 4.071+04 & 7.090-08 & 5.689-03 &  64 & 114 & 1.284+02 & 3.069+01 & 3.252-11 & 2.872-06 \\
  63 & 111 & 1.385+02 & 7.775+03 & 1.341-08 & 1.060-03 &  64 & 120 & 1.227+02 & 2.594+02 & 5.851-10 & 4.504-05 \\
  63 & 112 & 1.381+02 & 1.793+03 & 5.125-09 & 4.017-04 &  64 & 121 & 1.226+02 & 9.661+02 & 2.177-09 & 1.673-04 \\
  63 & 113 & 1.362+02 & 9.322+03 & 5.184-09 & 3.900-04 &  64 & 122 & 1.226+02 & 8.327+02 & 2.412-09 & 1.853-04 \\
  63 & 114 & 1.280+02 & 6.843+01 & 1.008-10 & 6.292-06 &  64 & 123 & 1.226+02 & 1.540+01 & 2.476-11 & 1.900-06 \\
  63 & 119 & 1.253+02 & 4.628+03 & 2.178-09 & 1.275-04 &  64 & 132 & 9.809+01 & 3.373+03 & 2.085-09 & 8.204-05 \\
  63 & 120 & 1.223+02 & 1.582+02 & 4.964-10 & 2.702-05 &  64 & 133 & 9.804+01 & 1.556+04 & 1.602-08 & 6.294-04 \\
  63 & 121 & 1.222+02 & 2.004+02 & 6.281-10 & 3.413-05 &  64 & 134 & 9.795+01 & 1.136+04 & 1.634-08 & 6.401-04 \\
  63 & 122 & 1.222+02 & 1.685+01 & 6.790-11 & 3.689-06 &  64 & 135 & 9.661+01 & 3.302+02 & 3.300-10 & 1.241-05 \\
  63 & 123 & 1.221+02 & 1.683+02 & 3.765-10 & 2.043-05 &  64 & 140 & 6.077+01 & 8.192+03 & 1.944-09 & 1.819-05 \\
  63 & 132 & 9.783+01 & 2.602+04 & 2.240-08 & 6.247-04 &  64 & 146 & 5.666+01 & 9.149+03 & 1.887-09 & 1.431-05 \\
  63 & 133 & 9.778+01 & 7.799+03 & 1.118-08 & 3.112-04 &  64 & 147 & 5.665+01 & 5.023+02 & 1.726-10 & 1.309-06 \\
  63 & 134 & 9.769+01 & 1.083+04 & 2.169-08 & 6.020-04 &  64 & 148 & 5.664+01 & 7.826+03 & 3.764-09 & 2.851-05 \\
  63 & 135 & 9.636+01 & 4.457+03 & 6.204-09 & 1.653-04 &  64 & 149 & 5.642+01 & 5.116-00 & 1.744-12 & 1.305-08 \\
  63 & 140 & 6.067+01 & 1.005+04 & 3.328-09 & 2.214-05 &  64 & 154 & 5.558+01 & 1.154+03 & 5.347-10 & 3.829-06 \\
  63 & 141 & 6.035+01 & 2.020+02 & 2.205-11 & 1.443-07 &  64 & 155 & 5.559+01 & 4.753+03 & 2.831-09 & 2.027-05 \\
  63 & 146 & 5.657+01 & 8.416+03 & 2.423-09 & 1.306-05 &  64 & 156 & 5.558+01 & 7.596+04 & 5.528-08 & 3.958-04 \\
  63 & 147 & 5.656+01 & 3.790+03 & 1.818-09 & 9.798-06 &  64 & 157 & 5.558+01 & 3.360+02 & 2.001-10 & 1.432-06 \\
  63 & 148 & 5.655+01 & 4.379+03 & 2.939-09 & 1.583-05 &  65 &  66 & 3.676+05 & 1.616-11 & 4.582-16 & 6.776-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  65 &  67 & 1.124+05 & 2.402-10 & 8.187-16 & 3.460-02 &  66 &  78 & 1.639+02 & 8.922+03 & 1.540-08 & 2.829-03 \\
  65 &  72 & 1.005+03 & 3.758-03 & 7.961-13 & 2.404-05 &  66 &  79 & 1.629+02 & 3.306+05 & 9.393-07 & 1.692-01 \\
  65 &  73 & 9.957+02 & 1.308-01 & 3.498-11 & 1.028-03 &  66 &  80 & 1.622+02 & 1.600+04 & 6.309-08 & 1.122-02 \\
  65 &  74 & 9.859+02 & 3.024-03 & 6.170-13 & 1.761-05 &  66 &  81 & 1.617+02 & 9.368+05 & 1.574-06 & 2.777-01 \\
  65 &  75 & 9.850+02 & 6.069-02 & 8.827-12 & 2.512-04 &  66 &  82 & 1.611+02 & 1.933+04 & 5.375-08 & 9.375-03 \\
  65 &  78 & 1.639+02 & 1.190+05 & 2.874-07 & 3.765-02 &  66 &  94 & 1.408+02 & 8.352+04 & 1.064-07 & 1.238-02 \\
  65 &  79 & 1.628+02 & 1.040+05 & 4.134-07 & 5.314-02 &  66 &  95 & 1.406+02 & 4.675+02 & 9.900-10 & 1.148-04 \\
  65 &  80 & 1.621+02 & 5.812+03 & 3.206-08 & 4.067-03 &  66 &  96 & 1.406+02 & 1.409+04 & 6.559-08 & 7.595-03 \\
  65 &  81 & 1.617+02 & 4.514+05 & 1.061-06 & 1.335-01 &  66 &  97 & 1.406+02 & 7.309+05 & 2.784-06 & 3.223-01 \\
  65 &  82 & 1.611+02 & 8.440+03 & 3.282-08 & 4.084-03 &  66 &  98 & 1.403+02 & 2.207+05 & 6.512-07 & 7.497-02 \\
  65 &  83 & 1.565+02 & 1.062+06 & 7.796-07 & 8.894-02 &  66 &  99 & 1.401+02 & 1.210+06 & 2.546-06 & 2.922-01 \\
  65 &  94 & 1.408+02 & 6.329+05 & 1.128-06 & 9.366-02 &  66 & 100 & 1.401+02 & 1.613+06 & 4.749-06 & 5.450-01 \\
  65 &  95 & 1.406+02 & 1.946+05 & 5.763-07 & 4.767-02 &  66 & 101 & 1.401+02 & 9.621+01 & 3.639-10 & 4.169-05 \\
  65 &  97 & 1.405+02 & 5.890+04 & 3.138-07 & 2.593-02 &  66 & 110 & 1.398+02 & 2.690+03 & 3.379-09 & 3.850-04 \\
  65 &  98 & 1.402+02 & 2.659+04 & 1.098-07 & 9.015-03 &  66 & 111 & 1.391+02 & 3.837+02 & 4.771-10 & 5.357-05 \\
  65 &  99 & 1.401+02 & 1.623+06 & 4.775-06 & 3.911-01 &  66 & 112 & 1.387+02 & 3.613+01 & 7.446-11 & 8.288-06 \\
  65 & 100 & 1.401+02 & 9.315+05 & 3.837-06 & 3.141-01 &  66 & 114 & 1.285+02 & 2.506-01 & 2.661-13 & 2.356-08 \\
  65 & 101 & 1.400+02 & 2.579+04 & 1.364-07 & 1.115-02 &  66 & 120 & 1.228+02 & 5.211+02 & 1.178-09 & 9.088-05 \\
  65 & 110 & 1.398+02 & 2.870+04 & 5.043-08 & 4.100-03 &  66 & 121 & 1.227+02 & 1.257+02 & 2.838-10 & 2.187-05 \\
  65 & 111 & 1.391+02 & 1.251+03 & 2.177-09 & 1.744-04 &  66 & 122 & 1.227+02 & 2.056+02 & 5.967-10 & 4.596-05 \\
  65 & 112 & 1.387+02 & 5.056+02 & 1.458-09 & 1.158-04 &  66 & 123 & 1.227+02 & 1.232+03 & 1.984-09 & 1.526-04 \\
  65 & 113 & 1.368+02 & 2.562+04 & 1.437-08 & 1.095-03 &  66 & 132 & 9.816+01 & 1.329+02 & 8.230-11 & 3.245-06 \\
  65 & 114 & 1.285+02 & 1.446-02 & 2.147-14 & 1.357-09 &  66 & 133 & 9.811+01 & 5.515-01 & 5.685-13 & 2.238-08 \\
  65 & 119 & 1.258+02 & 1.120+04 & 5.311-09 & 3.148-04 &  66 & 134 & 9.802+01 & 1.987+03 & 2.861-09 & 1.123-04 \\
  65 & 120 & 1.227+02 & 1.517+03 & 4.798-09 & 2.642-04 &  66 & 135 & 9.668+01 & 8.103+02 & 8.110-10 & 3.055-05 \\
  65 & 121 & 1.227+02 & 4.030+02 & 1.273-09 & 6.998-05 &  66 & 140 & 6.080+01 & 5.763+02 & 1.369-10 & 1.282-06 \\
  65 & 122 & 1.227+02 & 2.575+02 & 1.046-09 & 5.747-05 &  66 & 146 & 5.668+01 & 8.357+04 & 1.725-08 & 1.310-04 \\
  65 & 123 & 1.226+02 & 4.722+02 & 1.064-09 & 5.842-05 &  66 & 147 & 5.667+01 & 1.982+04 & 6.818-09 & 5.175-05 \\
  65 & 132 & 9.813+01 & 4.208+03 & 3.646-09 & 1.026-04 &  66 & 148 & 5.666+01 & 8.145+01 & 3.920-11 & 2.973-07 \\
  65 & 133 & 9.808+01 & 9.486-00 & 1.368-11 & 3.845-07 &  66 & 149 & 5.644+01 & 2.384-02 & 8.133-15 & 6.096-11 \\
  65 & 134 & 9.799+01 & 2.583+02 & 5.206-10 & 1.459-05 &  66 & 154 & 5.561+01 & 2.574+04 & 1.193-08 & 8.554-05 \\
  65 & 135 & 9.665+01 & 9.182+03 & 1.286-08 & 3.457-04 &  66 & 155 & 5.561+01 & 2.275+03 & 1.356-09 & 9.721-06 \\
  65 & 140 & 6.079+01 & 4.044+02 & 1.344-10 & 8.991-07 &  66 & 156 & 5.560+01 & 3.821+03 & 2.783-09 & 1.995-05 \\
  65 & 141 & 6.046+01 & 4.918+02 & 5.391-11 & 3.548-07 &  66 & 157 & 5.560+01 & 2.774+03 & 1.653-09 & 1.185-05 \\
  65 & 146 & 5.667+01 & 1.492+02 & 4.312-11 & 2.338-07 &  67 &  72 & 1.014+03 & 4.325-03 & 5.183-13 & 2.894-05 \\
  65 & 147 & 5.667+01 & 3.644+02 & 1.754-10 & 9.505-07 &  67 &  73 & 1.005+03 & 3.028-01 & 4.581-11 & 2.489-03 \\
  65 & 148 & 5.665+01 & 2.194+02 & 1.478-10 & 8.002-07 &  67 &  74 & 9.946+02 & 1.838-00 & 2.120-10 & 1.118-02 \\
  65 & 149 & 5.643+01 & 7.870+02 & 3.757-10 & 2.011-06 &  67 &  75 & 9.937+02 & 1.156-01 & 9.505-12 & 4.999-04 \\
  65 & 154 & 5.560+01 & 7.395+02 & 4.798-10 & 2.456-06 &  67 &  79 & 1.631+02 & 1.061+04 & 2.349-08 & 5.458-03 \\
  65 & 155 & 5.560+01 & 1.921+04 & 1.603-08 & 8.204-05 &  67 &  80 & 1.623+02 & 3.029+05 & 9.307-07 & 2.134-01 \\
  65 & 157 & 5.559+01 & 1.396+03 & 1.165-09 & 5.959-06 &  67 &  82 & 1.613+02 & 7.826+05 & 1.696-06 & 3.814-01 \\
  66 &  67 & 1.619+05 & 4.246-13 & 2.144-18 & 3.790-04 &  67 &  95 & 1.408+02 & 2.858+05 & 4.716-07 & 7.048-02 \\
  66 &  72 & 1.007+03 & 2.725-01 & 4.145-11 & 1.767-03 &  67 &  96 & 1.407+02 & 7.144+05 & 2.591-06 & 3.868-01 \\
  66 &  73 & 9.984+02 & 5.381-02 & 1.034-11 & 4.289-04 &  67 &  97 & 1.407+02 & 7.155+04 & 2.123-07 & 3.169-02 \\
  66 &  74 & 9.885+02 & 2.417-01 & 3.540-11 & 1.426-03 &  67 &  98 & 1.404+02 & 1.392+06 & 3.200-06 & 4.748-01 \\
  66 &  75 & 9.876+02 & 1.329-00 & 1.388-10 & 5.575-03 &  67 &  99 & 1.403+02 & 2.905+04 & 4.761-08 & 7.045-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  67 & 100 & 1.403+02 & 3.662+04 & 8.401-08 & 1.243-02 &  68 & 130 & 1.168+02 & 8.443-00 & 1.726-11 & 8.189-07 \\
  67 & 101 & 1.402+02 & 1.457+06 & 4.292-06 & 6.339-01 &  68 & 131 & 1.161+02 & 1.355+02 & 1.644-10 & 7.664-06 \\
  67 & 112 & 1.388+02 & 2.623+03 & 4.211-09 & 6.042-04 &  68 & 136 & 9.569+01 & 8.412-02 & 1.155-13 & 3.013-09 \\
  67 & 120 & 1.229+02 & 2.132+02 & 3.753-10 & 3.733-05 &  68 & 137 & 9.567+01 & 1.381+04 & 2.653-08 & 6.920-04 \\
  67 & 121 & 1.228+02 & 1.874+03 & 3.295-09 & 3.272-04 &  68 & 138 & 9.563+01 & 1.408+02 & 3.475-10 & 9.052-06 \\
  67 & 122 & 1.228+02 & 7.819+02 & 1.768-09 & 1.754-04 &  68 & 139 & 9.553+01 & 1.155+04 & 2.213-08 & 5.747-04 \\
  67 & 123 & 1.228+02 & 2.119+02 & 2.659-10 & 2.636-05 &  68 & 142 & 6.015+01 & 1.721+05 & 1.867-08 & 1.210-04 \\
  67 & 133 & 9.817+01 & 2.211+02 & 1.775-10 & 9.000-06 &  68 & 143 & 6.013+01 & 4.269+04 & 1.388-08 & 8.988-05 \\
  67 & 134 & 9.807+01 & 2.279+03 & 2.556-09 & 1.292-04 &  68 & 144 & 5.999+01 & 5.742+03 & 3.098-09 & 1.992-05 \\
  67 & 135 & 9.673+01 & 2.111+02 & 1.645-10 & 7.982-06 &  68 & 145 & 5.990+01 & 6.949+03 & 2.243-09 & 1.436-05 \\
  67 & 147 & 5.669+01 & 2.662+04 & 7.127-09 & 6.962-05 &  68 & 150 & 5.684+01 & 3.703+04 & 1.793-08 & 9.807-05 \\
  67 & 148 & 5.668+01 & 6.121+03 & 2.293-09 & 2.238-05 &  68 & 151 & 5.684+01 & 2.342+04 & 1.588-08 & 8.680-05 \\
  67 & 149 & 5.646+01 & 5.862+04 & 1.556-08 & 1.501-04 &  68 & 152 & 5.683+01 & 8.863-00 & 7.725-12 & 4.222-08 \\
  67 & 154 & 5.563+01 & 2.544+03 & 9.179-10 & 8.469-06 &  68 & 153 & 5.680+01 & 1.214+02 & 8.219-11 & 4.486-07 \\
  67 & 155 & 5.563+01 & 4.298+02 & 1.994-10 & 1.840-06 &  69 &  70 & 3.979+04 & 1.041-06 & 3.459-13 & 6.489-01 \\
  67 & 156 & 5.562+01 & 1.909+03 & 1.082-09 & 9.980-06 &  69 &  71 & 4.844+03 & 8.403-02 & 1.773-10 & 6.001-01 \\
  67 & 157 & 5.562+01 & 2.688+04 & 1.247-08 & 1.150-04 &  69 &  76 & 1.916+02 & 8.432+03 & 4.639-08 & 9.712-03 \\
  68 &  69 & 4.939+04 & 1.726-07 & 6.313-14 & 2.266-01 &  69 &  77 & 1.906+02 & 1.335+03 & 4.361-09 & 8.991-04 \\
  68 &  70 & 2.204+04 & 2.596-05 & 2.646-12 & 8.434-01 &  69 &  84 & 1.602+02 & 5.092+06 & 3.919-06 & 4.799-01 \\
  68 &  71 & 4.411+03 & 1.704-01 & 2.983-10 & 7.624-01 &  69 &  85 & 1.599+02 & 1.304+06 & 2.998-06 & 3.650-01 \\
  68 &  76 & 1.908+02 & 3.028+02 & 1.653-09 & 3.421-04 &  69 &  86 & 1.567+02 & 1.794+05 & 1.320-07 & 1.512-02 \\
  68 &  77 & 1.899+02 & 1.876+03 & 6.083-09 & 1.240-03 &  69 &  87 & 1.562+02 & 3.063+04 & 6.724-08 & 7.633-03 \\
  68 &  84 & 1.597+02 & 4.082+06 & 3.121-06 & 3.785-01 &  69 &  88 & 1.557+02 & 6.267+03 & 4.102-08 & 4.615-03 \\
  68 &  85 & 1.594+02 & 1.711+06 & 3.909-06 & 4.713-01 &  69 &  89 & 1.555+02 & 5.155+03 & 1.870-08 & 2.095-03 \\
  68 &  86 & 1.562+02 & 4.340+04 & 3.173-08 & 3.599-03 &  69 &  90 & 1.555+02 & 1.511+03 & 7.667-09 & 8.580-04 \\
  68 &  87 & 1.557+02 & 1.618+03 & 3.529-09 & 3.968-04 &  69 &  91 & 1.549+02 & 5.066+03 & 1.822-08 & 2.016-03 \\
  68 &  88 & 1.552+02 & 5.713+01 & 3.716-10 & 4.141-05 &  69 &  92 & 1.545+02 & 1.394+04 & 6.989-08 & 7.681-03 \\
  68 &  89 & 1.551+02 & 3.564+03 & 1.284-08 & 1.426-03 &  69 &  93 & 1.517+02 & 1.953+03 & 4.042-09 & 4.201-04 \\
  68 &  90 & 1.550+02 & 2.396+03 & 1.208-08 & 1.339-03 &  69 & 102 & 1.479+02 & 1.799+04 & 5.898-08 & 5.679-03 \\
  68 &  91 & 1.544+02 & 1.396+02 & 4.991-10 & 5.472-05 &  69 & 103 & 1.478+02 & 4.784+04 & 2.194-07 & 2.111-02 \\
  68 &  92 & 1.541+02 & 1.390+03 & 6.921-09 & 7.536-04 &  69 & 106 & 1.475+02 & 1.177+04 & 5.379-08 & 5.144-03 \\
  68 &  93 & 1.512+02 & 5.218+03 & 1.073-08 & 1.105-03 &  69 & 107 & 1.475+02 & 6.793+04 & 3.989-07 & 3.812-02 \\
  68 & 102 & 1.474+02 & 7.023+02 & 2.289-09 & 2.184-04 &  69 & 108 & 1.474+02 & 8.676-01 & 5.087-12 & 4.851-07 \\
  68 & 103 & 1.474+02 & 2.575+03 & 1.174-08 & 1.120-03 &  69 & 115 & 1.342+02 & 3.236+05 & 8.741-07 & 6.296-02 \\
  68 & 106 & 1.471+02 & 1.497+04 & 6.799-08 & 6.444-03 &  69 & 116 & 1.341+02 & 4.288+06 & 1.156-05 & 8.297-01 \\
  68 & 107 & 1.471+02 & 4.871+03 & 2.843-08 & 2.693-03 &  69 & 117 & 1.338+02 & 8.716+05 & 3.277-06 & 2.339-01 \\
  68 & 108 & 1.470+02 & 2.808+04 & 1.636-07 & 1.546-02 &  69 & 118 & 1.324+02 & 1.844+06 & 2.910-06 & 2.013-01 \\
  68 & 115 & 1.339+02 & 3.492+06 & 9.383-06 & 6.704-01 &  69 & 124 & 1.282+02 & 3.068+06 & 1.059-05 & 6.652-01 \\
  68 & 116 & 1.337+02 & 5.274+05 & 1.414-06 & 1.007-01 &  69 & 125 & 1.282+02 & 2.852+07 & 1.265-04 & 7.941-00 \\
  68 & 117 & 1.335+02 & 1.128+06 & 4.216-06 & 2.985-01 &  69 & 126 & 1.282+02 & 1.883+06 & 8.346-06 & 5.233-01 \\
  68 & 118 & 1.321+02 & 2.359+06 & 3.702-06 & 2.540-01 &  69 & 128 & 1.183+02 & 3.089+04 & 1.296-08 & 6.385-04 \\
  68 & 124 & 1.279+02 & 3.959+06 & 1.360-05 & 8.472-01 &  69 & 129 & 1.181+02 & 1.551+04 & 1.946-08 & 9.549-04 \\
  68 & 125 & 1.279+02 & 7.682+05 & 3.390-06 & 2.111-01 &  69 & 130 & 1.171+02 & 7.419+03 & 1.524-08 & 7.282-04 \\
  68 & 126 & 1.278+02 & 2.942+07 & 1.297-04 & 8.073-00 &  69 & 131 & 1.164+02 & 7.289+02 & 8.881-10 & 4.170-05 \\
  68 & 128 & 1.180+02 & 8.810+03 & 3.678-09 & 1.799-04 &  69 & 136 & 9.588+01 & 1.180+03 & 1.627-09 & 4.269-05 \\
  68 & 129 & 1.178+02 & 8.983+03 & 1.122-08 & 5.464-04 &  69 & 137 & 9.586+01 & 1.898+03 & 3.660-09 & 9.602-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  69 & 138 & 9.582+01 & 1.082+05 & 2.681-07 & 7.023-03 &  70 & 150 & 5.699+01 & 9.120+03 & 3.171-09 & 2.447-05 \\
  69 & 139 & 9.572+01 & 1.122+04 & 2.158-08 & 5.635-04 &  70 & 151 & 5.698+01 & 8.583+03 & 4.178-09 & 3.223-05 \\
  69 & 142 & 6.022+01 & 4.361-02 & 4.743-15 & 3.085-11 &  70 & 152 & 5.698+01 & 1.422+04 & 8.897-09 & 6.861-05 \\
  69 & 143 & 6.020+01 & 8.351+03 & 2.722-09 & 1.769-05 &  70 & 153 & 5.695+01 & 2.561+04 & 1.245-08 & 9.588-05 \\
  69 & 144 & 6.006+01 & 1.154+03 & 6.242-10 & 4.028-06 &  71 &  76 & 1.994+02 & 1.514+03 & 1.505-08 & 2.134-03 \\
  69 & 145 & 5.998+01 & 1.366+03 & 4.421-10 & 2.840-06 &  71 &  77 & 1.984+02 & 7.657+04 & 4.518-07 & 6.305-02 \\
  69 & 150 & 5.690+01 & 1.925+03 & 9.347-10 & 5.129-06 &  71 &  85 & 1.654+02 & 1.870+06 & 7.664-06 & 6.191-01 \\
  69 & 151 & 5.690+01 & 2.082+03 & 1.414-09 & 7.761-06 &  71 &  87 & 1.614+02 & 3.711+04 & 1.450-07 & 1.089-02 \\
  69 & 152 & 5.690+01 & 3.964+04 & 3.463-08 & 1.899-04 &  71 &  89 & 1.607+02 & 3.522+04 & 2.273-07 & 1.685-02 \\
  69 & 153 & 5.687+01 & 6.459+02 & 4.384-10 & 2.401-06 &  71 &  90 & 1.606+02 & 1.565+03 & 1.413-08 & 1.046-03 \\
  70 &  71 & 5.515+03 & 8.071-03 & 1.577-11 & 1.103-01 &  71 &  91 & 1.600+02 & 1.157+05 & 7.403-07 & 5.419-02 \\
  70 &  76 & 1.925+02 & 3.537+03 & 1.403-08 & 4.173-03 &  71 &  92 & 1.596+02 & 1.168+03 & 1.041-08 & 7.566-04 \\
  70 &  77 & 1.915+02 & 3.864+02 & 9.106-10 & 2.667-04 &  71 &  93 & 1.566+02 & 1.860+01 & 6.836-11 & 4.690-06 \\
  70 &  85 & 1.605+02 & 4.334+06 & 7.177-06 & 1.238-00 &  71 & 102 & 1.525+02 & 1.713+04 & 9.960-08 & 6.316-03 \\
  70 &  87 & 1.568+02 & 6.212+04 & 9.816-08 & 1.578-02 &  71 & 103 & 1.525+02 & 4.844+05 & 3.940-06 & 2.496-01 \\
  70 &  88 & 1.564+02 & 4.604+03 & 2.169-08 & 3.457-03 &  71 & 106 & 1.522+02 & 2.206+05 & 1.787-06 & 1.125-01 \\
  70 &  89 & 1.561+02 & 1.032+04 & 2.694-08 & 4.277-03 &  71 & 115 & 1.381+02 & 1.614+06 & 7.684-06 & 3.613-01 \\
  70 &  90 & 1.561+02 & 6.864+01 & 2.507-10 & 3.974-05 &  71 & 116 & 1.379+02 & 1.075+06 & 5.109-06 & 2.394-01 \\
  70 &  91 & 1.555+02 & 1.598+03 & 4.138-09 & 6.486-04 &  71 & 117 & 1.376+02 & 1.242+05 & 8.232-07 & 3.835-02 \\
  70 &  92 & 1.551+02 & 1.099+03 & 3.966-09 & 6.173-04 &  71 & 118 & 1.361+02 & 2.162+06 & 6.010-06 & 2.710-01 \\
  70 &  93 & 1.523+02 & 4.665+04 & 6.949-08 & 1.023-02 &  71 & 124 & 1.317+02 & 2.211+07 & 1.342-04 & 5.481-00 \\
  70 & 102 & 1.484+02 & 5.057+02 & 1.193-09 & 1.626-04 &  71 & 129 & 1.211+02 & 4.320+02 & 9.492-10 & 3.009-05 \\
  70 & 103 & 1.484+02 & 1.203+03 & 3.971-09 & 5.409-04 &  71 & 130 & 1.200+02 & 2.600+03 & 9.349-09 & 2.884-04 \\
  70 & 104 & 1.482+02 & 2.662+04 & 1.378-07 & 1.870-02 &  71 & 131 & 1.192+02 & 2.230+04 & 4.756-08 & 1.441-03 \\
  70 & 106 & 1.481+02 & 3.751+03 & 1.233-08 & 1.670-03 &  71 & 136 & 9.781+01 & 1.602+03 & 3.830-09 & 6.405-05 \\
  70 & 107 & 1.481+02 & 9.149+03 & 3.865-08 & 5.230-03 &  71 & 137 & 9.779+01 & 4.932+04 & 1.650-07 & 2.757-03 \\
  70 & 108 & 1.479+02 & 8.162+03 & 3.444-08 & 4.649-03 &  71 & 139 & 9.765+01 & 5.048+04 & 1.684-07 & 2.801-03 \\
  70 & 109 & 1.479+02 & 5.314+03 & 2.739-08 & 3.695-03 &  71 & 143 & 6.096+01 & 3.190-00 & 1.777-12 & 7.194-09 \\
  70 & 115 & 1.347+02 & 1.673+06 & 3.250-06 & 3.311-01 &  71 & 144 & 6.082+01 & 5.423+02 & 5.012-10 & 2.015-06 \\
  70 & 116 & 1.345+02 & 1.101+06 & 2.135-06 & 2.167-01 &  71 & 145 & 6.073+01 & 1.657+03 & 9.161-10 & 3.666-06 \\
  70 & 117 & 1.343+02 & 4.771+06 & 1.290-05 & 1.302-00 &  71 & 150 & 5.758+01 & 3.352+02 & 2.777-10 & 9.474-07 \\
  70 & 118 & 1.329+02 & 4.224+05 & 4.792-07 & 4.687-02 &  71 & 151 & 5.758+01 & 1.717+04 & 1.991-08 & 6.790-05 \\
  70 & 124 & 1.286+02 & 4.771+05 & 1.184-06 & 1.051-01 &  71 & 153 & 5.754+01 & 4.660+04 & 5.397-08 & 1.838-04 \\
  70 & 125 & 1.286+02 & 3.480+06 & 1.110-05 & 9.847-01 &  72 &  73 & 1.114+05 & 2.191-09 & 5.245-15 & 3.026-01 \\
  70 & 126 & 1.286+02 & 1.947+06 & 6.205-06 & 5.500-01 &  72 &  74 & 5.288+04 & 1.707-08 & 7.158-15 & 4.414-02 \\
  70 & 127 & 1.286+02 & 3.270+07 & 1.273-04 & 1.128+01 &  72 &  75 & 5.028+04 & 2.023-07 & 5.476-14 & 2.903-01 \\
  70 & 129 & 1.184+02 & 2.065+03 & 1.861-09 & 1.290-04 &  72 &  78 & 1.958+02 & 3.116+01 & 7.675-11 & 2.402-05 \\
  70 & 130 & 1.174+02 & 1.120+03 & 1.653-09 & 1.115-04 &  72 &  79 & 1.943+02 & 1.936+02 & 7.827-10 & 2.394-04 \\
  70 & 131 & 1.167+02 & 6.078+03 & 5.321-09 & 3.529-04 &  72 &  80 & 1.933+02 & 3.888+01 & 2.178-10 & 6.558-05 \\
  70 & 136 & 9.611+01 & 7.626-00 & 7.543-12 & 2.792-07 &  72 &  81 & 1.927+02 & 1.324+02 & 3.159-10 & 9.421-05 \\
  70 & 137 & 9.609+01 & 2.014+03 & 2.788-09 & 1.031-04 &  72 &  82 & 1.918+02 & 2.357-00 & 9.287-12 & 2.733-06 \\
  70 & 138 & 9.605+01 & 2.000+04 & 3.557-08 & 1.314-03 &  72 &  94 & 1.637+02 & 4.346+04 & 7.482-08 & 1.368-02 \\
  70 & 139 & 9.595+01 & 3.058+02 & 4.220-10 & 1.554-05 &  72 &  95 & 1.634+02 & 1.241+02 & 3.549-10 & 6.460-05 \\
  70 & 143 & 6.029+01 & 2.387+04 & 5.576-09 & 5.095-05 &  72 &  96 & 1.634+02 & 2.958+01 & 1.860-10 & 3.380-05 \\
  70 & 144 & 6.015+01 & 1.791+04 & 6.940-09 & 6.298-05 &  72 &  97 & 1.634+02 & 5.196+02 & 2.673-09 & 4.858-04 \\
  70 & 145 & 6.007+01 & 8.075+04 & 1.872-08 & 1.692-04 &  72 &  98 & 1.630+02 & 1.854+02 & 7.385-10 & 1.333-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  72 &  99 & 1.628+02 & 1.254+03 & 3.559-09 & 6.402-04 &  73 & 149 & 5.982+01 & 9.939+04 & 2.962-08 & 3.399-04 \\
  72 & 100 & 1.628+02 & 1.830+02 & 7.269-10 & 1.307-04 &  73 & 154 & 5.889+01 & 4.329+03 & 1.750-09 & 1.916-05 \\
  72 & 101 & 1.627+02 & 1.036-01 & 5.283-13 & 9.484-08 &  73 & 155 & 5.889+01 & 1.428+01 & 7.426-12 & 8.129-08 \\
  72 & 110 & 1.624+02 & 1.066+06 & 1.805-06 & 3.221-01 &  73 & 156 & 5.888+01 & 9.986+03 & 6.344-09 & 6.942-05 \\
  72 & 111 & 1.614+02 & 1.882+05 & 3.152-07 & 5.527-02 &  73 & 157 & 5.888+01 & 3.742+04 & 1.945-08 & 2.128-04 \\
  72 & 112 & 1.609+02 & 1.457+05 & 4.038-07 & 7.010-02 &  74 &  75 & 1.022+06 & 6.488-14 & 7.253-18 & 3.226-01 \\
  72 & 114 & 1.473+02 & 2.016-00 & 2.812-12 & 3.750-07 &  74 &  78 & 1.965+02 & 1.348+03 & 3.343-09 & 1.058-03 \\
  72 & 120 & 1.398+02 & 2.805+06 & 8.222-06 & 9.370-01 &  74 &  79 & 1.950+02 & 2.373+02 & 9.663-10 & 2.988-04 \\
  72 & 121 & 1.397+02 & 1.158+05 & 3.389-07 & 3.856-02 &  74 &  80 & 1.940+02 & 8.878+01 & 5.009-10 & 1.525-04 \\
  72 & 122 & 1.397+02 & 3.046+05 & 1.146-06 & 1.304-01 &  74 &  81 & 1.934+02 & 3.578+01 & 8.598-11 & 2.592-05 \\
  72 & 123 & 1.397+02 & 5.264+05 & 1.099-06 & 1.248-01 &  74 &  82 & 1.925+02 & 7.735+02 & 3.070-09 & 9.133-04 \\
  72 & 132 & 1.088+02 & 1.841+03 & 1.399-09 & 7.505-05 &  74 &  94 & 1.642+02 & 1.076+03 & 1.865-09 & 3.441-04 \\
  72 & 133 & 1.087+02 & 1.621+02 & 2.051-10 & 1.098-05 &  74 &  95 & 1.639+02 & 3.145+03 & 9.051-09 & 1.663-03 \\
  72 & 134 & 1.086+02 & 1.396+01 & 2.468-11 & 1.317-06 &  74 &  96 & 1.639+02 & 2.772-01 & 1.754-12 & 3.217-07 \\
  72 & 135 & 1.069+02 & 3.861+02 & 4.729-10 & 2.411-05 &  74 &  97 & 1.639+02 & 4.320+01 & 2.236-10 & 4.102-05 \\
  72 & 140 & 6.470+01 & 9.177-00 & 2.468-12 & 2.787-08 &  74 &  98 & 1.635+02 & 2.013+01 & 8.067-11 & 1.470-05 \\
  72 & 146 & 6.006+01 & 2.037+05 & 4.722-08 & 4.266-04 &  74 &  99 & 1.633+02 & 1.876+01 & 5.357-11 & 9.728-06 \\
  72 & 147 & 6.005+01 & 3.367+04 & 1.300-08 & 1.174-04 &  74 & 100 & 1.633+02 & 2.679+02 & 1.071-09 & 1.943-04 \\
  72 & 148 & 6.004+01 & 1.280+03 & 6.914-10 & 6.238-06 &  74 & 101 & 1.632+02 & 1.851+03 & 9.500-09 & 1.721-03 \\
  72 & 149 & 5.979+01 & 2.354+02 & 9.009-11 & 8.028-07 &  74 & 110 & 1.629+02 & 4.850+04 & 8.265-08 & 1.488-02 \\
  72 & 154 & 5.886+01 & 3.708+04 & 1.926-08 & 1.637-04 &  74 & 111 & 1.619+02 & 1.211+06 & 2.039-06 & 3.609-01 \\
  72 & 155 & 5.886+01 & 1.072+04 & 7.154-09 & 6.082-05 &  74 & 112 & 1.614+02 & 1.588+05 & 4.429-07 & 7.760-02 \\
  72 & 156 & 5.885+01 & 8.811+02 & 7.189-10 & 6.109-06 &  74 & 114 & 1.478+02 & 1.606+04 & 2.253-08 & 3.030-03 \\
  72 & 157 & 5.885+01 & 1.330+03 & 8.880-10 & 7.546-06 &  74 & 120 & 1.402+02 & 1.936+04 & 5.705-08 & 6.553-03 \\
  73 &  74 & 1.006+05 & 5.141-09 & 6.072-15 & 3.318-01 &  74 & 121 & 1.401+02 & 2.811+06 & 8.272-06 & 9.486-01 \\
  73 &  75 & 9.162+04 & 9.445-10 & 6.604-16 & 2.723-02 &  74 & 122 & 1.401+02 & 3.356+05 & 1.269-06 & 1.455-01 \\
  73 &  79 & 1.946+02 & 5.293+01 & 1.670-10 & 6.602-05 &  74 & 123 & 1.400+02 & 5.820+05 & 1.222-06 & 1.399-01 \\
  73 &  80 & 1.936+02 & 3.659+02 & 1.599-09 & 6.225-04 &  74 & 132 & 1.090+02 & 1.386+02 & 1.057-10 & 5.706-06 \\
  73 &  82 & 1.921+02 & 3.771+02 & 1.160-09 & 4.411-04 &  74 & 133 & 1.089+02 & 4.037+03 & 5.129-09 & 2.763-04 \\
  73 &  95 & 1.637+02 & 7.855+03 & 1.753-08 & 4.120-03 &  74 & 134 & 1.088+02 & 1.961+04 & 3.480-08 & 1.869-03 \\
  73 &  96 & 1.636+02 & 5.913+02 & 2.900-09 & 6.807-04 &  74 & 135 & 1.072+02 & 3.084+02 & 3.791-10 & 1.945-05 \\
  73 &  97 & 1.636+02 & 9.929-00 & 3.984-11 & 9.351-06 &  74 & 140 & 6.478+01 & 5.844+03 & 1.576-09 & 1.786-05 \\
  73 &  98 & 1.632+02 & 1.727+03 & 5.366-09 & 1.251-03 &  74 & 146 & 6.013+01 & 1.986+03 & 4.614-10 & 4.183-06 \\
  73 &  99 & 1.630+02 & 2.142+02 & 4.743-10 & 1.102-04 &  74 & 147 & 6.012+01 & 1.969+03 & 7.622-10 & 6.906-06 \\
  73 & 100 & 1.630+02 & 5.265-00 & 1.631-11 & 3.789-06 &  74 & 148 & 6.010+01 & 4.151+03 & 2.248-09 & 2.035-05 \\
  73 & 101 & 1.629+02 & 9.925+01 & 3.950-10 & 9.157-05 &  74 & 149 & 5.986+01 & 5.241+01 & 2.011-11 & 1.798-07 \\
  73 & 112 & 1.611+02 & 1.186+06 & 2.564-06 & 5.747-01 &  74 & 154 & 5.892+01 & 1.182+03 & 6.154-10 & 5.249-06 \\
  73 & 120 & 1.400+02 & 4.407+05 & 1.007-06 & 1.481-01 &  74 & 155 & 5.892+01 & 4.746+03 & 3.176-09 & 2.709-05 \\
  73 & 121 & 1.399+02 & 3.799+05 & 8.671-07 & 1.273-01 &  74 & 156 & 5.892+01 & 2.848+04 & 2.329-08 & 1.985-04 \\
  73 & 122 & 1.399+02 & 3.020+06 & 8.862-06 & 1.301-00 &  74 & 157 & 5.892+01 & 1.062+04 & 7.102-09 & 6.056-05 \\
  73 & 123 & 1.398+02 & 5.086+04 & 8.283-08 & 1.214-02 &  75 &  78 & 1.966+02 & 4.219+01 & 1.466-10 & 3.315-05 \\
  73 & 133 & 1.088+02 & 1.260+03 & 1.242-09 & 8.576-05 &  75 &  79 & 1.951+02 & 2.561+02 & 1.461-09 & 3.229-04 \\
  73 & 134 & 1.087+02 & 8.669+02 & 1.194-09 & 8.218-05 &  75 &  80 & 1.940+02 & 1.507+01 & 1.191-10 & 2.591-05 \\
  73 & 135 & 1.070+02 & 5.726+02 & 5.464-10 & 3.592-05 &  75 &  81 & 1.934+02 & 4.670+02 & 1.571-09 & 3.386-04 \\
  73 & 147 & 6.009+01 & 8.435+04 & 2.536-08 & 2.949-04 &  75 &  82 & 1.926+02 & 1.020+02 & 5.669-10 & 1.205-04 \\
  73 & 148 & 6.007+01 & 1.235+04 & 5.198-09 & 6.039-05 &  75 &  83 & 1.860+02 & 3.881+04 & 4.027-08 & 7.720-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  75 &  94 & 1.642+02 & 1.546+04 & 3.751-08 & 4.947-03 &  76 & 115 & 4.486+02 & 4.321-00 & 1.304-10 & 3.504-04 \\
  75 &  95 & 1.640+02 & 8.446+02 & 3.404-09 & 4.469-04 &  76 & 116 & 4.468+02 & 2.337+02 & 6.996-09 & 1.859-02 \\
  75 &  97 & 1.639+02 & 6.810+01 & 4.936-10 & 6.471-05 &  76 & 117 & 4.441+02 & 7.097+01 & 2.937-09 & 7.661-03 \\
  75 &  98 & 1.635+02 & 1.371+02 & 7.693-10 & 1.002-04 &  76 & 118 & 4.290+02 & 1.378+02 & 2.282-09 & 5.365-03 \\
  75 &  99 & 1.633+02 & 1.735-00 & 6.940-12 & 9.006-07 &  76 & 124 & 3.879+02 & 1.170-00 & 3.696-11 & 6.426-05 \\
  75 & 100 & 1.633+02 & 7.711+02 & 4.316-09 & 5.599-04 &  76 & 125 & 3.877+02 & 7.743-00 & 3.141-10 & 5.451-04 \\
  75 & 101 & 1.632+02 & 6.664+01 & 4.790-10 & 6.203-05 &  76 & 126 & 3.873+02 & 4.637-02 & 1.877-12 & 3.249-06 \\
  75 & 110 & 1.629+02 & 3.845+05 & 9.175-07 & 1.181-01 &  76 & 128 & 3.091+02 & 1.183+02 & 3.389-10 & 2.983-04 \\
  75 & 111 & 1.619+02 & 1.288+05 & 3.039-07 & 3.843-02 &  76 & 129 & 3.080+02 & 7.044+01 & 6.010-10 & 5.228-04 \\
  75 & 112 & 1.614+02 & 4.371+04 & 1.707-07 & 2.137-02 &  76 & 130 & 3.010+02 & 2.211+01 & 3.003-10 & 2.439-04 \\
  75 & 113 & 1.588+02 & 1.504+06 & 1.137-06 & 1.357-01 &  76 & 131 & 2.966+02 & 4.195-00 & 3.319-11 & 2.579-05 \\
  75 & 114 & 1.478+02 & 4.454+03 & 8.749-09 & 8.408-04 &  76 & 136 & 1.919+02 & 1.085+02 & 5.994-10 & 1.263-04 \\
  75 & 119 & 1.442+02 & 1.750+04 & 1.091-08 & 9.745-04 &  76 & 137 & 1.919+02 & 5.263+02 & 4.066-09 & 8.554-04 \\
  75 & 120 & 1.402+02 & 4.313+05 & 1.780-06 & 1.461-01 &  76 & 138 & 1.917+02 & 1.648+03 & 1.635-08 & 3.430-03 \\
  75 & 121 & 1.401+02 & 3.733+05 & 1.539-06 & 1.261-01 &  76 & 139 & 1.913+02 & 1.996+01 & 1.533-10 & 3.197-05 \\
  75 & 122 & 1.401+02 & 2.547+04 & 1.349-07 & 1.105-02 &  76 & 142 & 8.784+01 & 2.092+04 & 4.841-09 & 9.771-05 \\
  75 & 123 & 1.401+02 & 2.527+06 & 7.429-06 & 6.077-01 &  76 & 143 & 8.779+01 & 1.346+04 & 9.333-09 & 1.881-04 \\
  75 & 132 & 1.090+02 & 6.077+02 & 6.493-10 & 2.504-05 &  76 & 144 & 8.750+01 & 6.280+03 & 7.209-09 & 1.438-04 \\
  75 & 133 & 1.089+02 & 6.107+03 & 1.086-08 & 4.182-04 &  76 & 145 & 8.731+01 & 1.558+03 & 1.068-09 & 2.118-05 \\
  75 & 134 & 1.088+02 & 3.205+03 & 7.964-09 & 3.056-04 &  76 & 150 & 8.095+01 & 1.740+03 & 1.710-09 & 2.701-05 \\
  75 & 135 & 1.072+02 & 3.495+03 & 6.018-09 & 2.206-04 &  76 & 151 & 8.095+01 & 8.420+03 & 1.158-08 & 1.829-04 \\
  75 & 140 & 6.478+01 & 1.638+03 & 6.183-10 & 5.007-06 &  76 & 152 & 8.093+01 & 2.591+04 & 4.580-08 & 7.230-04 \\
  75 & 141 & 6.441+01 & 5.382+02 & 6.696-11 & 5.330-07 &  76 & 153 & 8.088+01 & 2.540+02 & 3.488-10 & 5.495-06 \\
  75 & 146 & 6.013+01 & 1.848+03 & 6.012-10 & 3.893-06 &  77 &  85 & 9.928+02 & 3.931+01 & 5.808-09 & 1.015-01 \\
  75 & 147 & 6.013+01 & 4.761+02 & 2.580-10 & 1.670-06 &  77 &  87 & 8.659+02 & 9.808+01 & 1.102-08 & 1.279-01 \\
  75 & 148 & 6.011+01 & 6.436+02 & 4.880-10 & 3.156-06 &  77 &  89 & 8.456+02 & 1.945+03 & 3.475-07 & 3.754-00 \\
  75 & 149 & 5.986+01 & 1.455+02 & 7.818-11 & 4.993-07 &  77 &  90 & 8.436+02 & 5.477+03 & 1.363-06 & 1.462+01 \\
  75 & 154 & 5.892+01 & 1.096+04 & 7.991-09 & 4.869-05 &  77 &  91 & 8.268+02 & 8.416+03 & 1.438-06 & 1.452+01 \\
  75 & 155 & 5.893+01 & 7.537+03 & 7.062-09 & 4.303-05 &  77 &  92 & 8.169+02 & 5.375+03 & 1.255-06 & 1.222+01 \\
  75 & 157 & 5.892+01 & 6.368+02 & 5.966-10 & 3.634-06 &  77 &  93 & 7.430+02 & 1.869+04 & 1.547-06 & 1.134+01 \\
  76 &  77 & 3.765+04 & 8.225-12 & 1.049-18 & 1.666-06 &  77 & 102 & 6.597+02 & 8.348-01 & 9.079-11 & 4.658-04 \\
  76 &  84 & 9.788+02 & 2.595+01 & 7.453-10 & 2.081-02 &  77 & 103 & 6.588+02 & 1.304+01 & 1.980-09 & 1.012-02 \\
  76 &  85 & 9.673+02 & 1.670+01 & 1.406-09 & 3.788-02 &  77 & 106 & 6.531+02 & 1.719+01 & 2.565-09 & 1.276-02 \\
  76 &  86 & 8.598+02 & 9.205+03 & 2.040-07 & 3.861-00 &  77 & 115 & 4.540+02 & 3.083-01 & 1.588-11 & 2.654-05 \\
  76 &  87 & 8.464+02 & 9.776+03 & 6.300-07 & 1.138+01 &  77 & 116 & 4.522+02 & 1.391-01 & 7.109-12 & 1.175-05 \\
  76 &  88 & 8.328+02 & 1.072+04 & 2.007-06 & 3.453+01 &  77 & 117 & 4.494+02 & 9.747-00 & 6.885-10 & 1.116-03 \\
  76 &  89 & 8.270+02 & 8.794+03 & 9.016-07 & 1.519+01 &  77 & 118 & 4.340+02 & 2.344+03 & 6.616-08 & 9.661-02 \\
  76 &  90 & 8.251+02 & 5.097+03 & 7.283-07 & 1.218+01 &  77 & 124 & 3.920+02 & 6.710+01 & 3.606-09 & 3.881-03 \\
  76 &  91 & 8.091+02 & 2.448+03 & 2.402-07 & 3.789-00 &  77 & 129 & 3.105+02 & 2.135+01 & 3.086-10 & 1.651-04 \\
  76 &  92 & 7.995+02 & 6.972+03 & 9.354-07 & 1.424+01 &  77 & 130 & 3.034+02 & 1.084+01 & 2.493-10 & 1.245-04 \\
  76 &  93 & 7.286+02 & 2.227+02 & 1.063-08 & 1.225-01 &  77 & 131 & 2.990+02 & 2.897+02 & 3.882-09 & 1.853-03 \\
  76 & 102 & 6.484+02 & 3.693-01 & 2.327-11 & 1.889-04 &  77 & 136 & 1.929+02 & 2.804+02 & 2.608-09 & 3.346-04 \\
  76 & 103 & 6.475+02 & 1.331-00 & 1.171-10 & 9.466-04 &  77 & 137 & 1.929+02 & 4.370+02 & 5.686-09 & 7.288-04 \\
  76 & 106 & 6.419+02 & 1.691-01 & 1.463-11 & 1.152-04 &  77 & 139 & 1.923+02 & 8.311-00 & 1.075-10 & 1.366-05 \\
  76 & 107 & 6.413+02 & 2.099-00 & 2.330-10 & 1.831-03 &  77 & 143 & 8.800+01 & 4.941+01 & 5.736-11 & 6.984-07 \\
  76 & 108 & 6.393+02 & 1.601-02 & 1.766-12 & 1.374-05 &  77 & 144 & 8.771+01 & 3.039+03 & 5.840-09 & 7.040-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  77 & 145 & 8.752+01 & 9.354+03 & 1.074-08 & 1.287-04 &  79 & 119 & 5.530+02 & 2.604+02 & 2.388-09 & 1.203-02 \\
  77 & 150 & 8.112+01 & 4.798+03 & 7.890-09 & 7.527-05 &  79 & 120 & 4.986+02 & 1.398-01 & 7.297-12 & 2.694-05 \\
  77 & 151 & 8.112+01 & 9.508+03 & 2.189-08 & 2.088-04 &  79 & 121 & 4.976+02 & 2.535+01 & 1.317-09 & 4.834-03 \\
  77 & 153 & 8.105+01 & 5.722+03 & 1.315-08 & 1.251-04 &  79 & 122 & 4.974+02 & 3.054+01 & 2.039-09 & 7.470-03 \\
  78 &  79 & 2.566+04 & 5.563-05 & 9.152-12 & 2.763-00 &  79 & 123 & 4.966+02 & 2.590+01 & 9.573-10 & 3.491-03 \\
  78 &  80 & 1.518+04 & 3.831-03 & 3.089-10 & 1.932+01 &  79 & 132 & 2.470+02 & 2.658+02 & 1.459-09 & 6.550-04 \\
  78 &  81 & 1.212+04 & 2.024-04 & 4.457-12 & 1.418-01 &  79 & 133 & 2.467+02 & 5.266+02 & 4.805-09 & 2.149-03 \\
  78 &  82 & 9.466+03 & 2.645-03 & 5.922-11 & 8.976-01 &  79 & 134 & 2.461+02 & 4.846+02 & 6.161-09 & 2.735-03 \\
  78 &  94 & 9.985+02 & 3.571+03 & 5.337-07 & 9.493-00 &  79 & 135 & 2.378+02 & 1.706+01 & 1.447-10 & 5.796-05 \\
  78 &  95 & 9.892+02 & 2.311+03 & 5.651-07 & 9.775-00 &  79 & 140 & 9.700+01 & 1.947+04 & 1.648-08 & 4.479-04 \\
  78 &  98 & 9.729+02 & 1.211+03 & 4.011-07 & 6.600-00 &  79 & 141 & 9.617+01 & 3.778+03 & 1.048-09 & 2.776-05 \\
  78 &  99 & 9.664+02 & 3.889+02 & 9.077-08 & 1.464-00 &  79 & 146 & 8.694+01 & 5.449+01 & 3.705-11 & 7.250-07 \\
  78 & 100 & 9.657+02 & 1.085+02 & 3.538-08 & 5.693-01 &  79 & 147 & 8.692+01 & 2.922+02 & 3.310-10 & 6.472-06 \\
  78 & 110 & 9.508+02 & 2.045+02 & 2.772-08 & 4.256-01 &  79 & 148 & 8.688+01 & 5.005+03 & 7.929-09 & 1.549-04 \\
  78 & 111 & 9.196+02 & 2.382+01 & 3.020-09 & 4.197-02 &  79 & 149 & 8.636+01 & 2.315+03 & 2.588-09 & 4.965-05 \\
  78 & 112 & 9.024+02 & 3.987+01 & 8.111-09 & 1.065-01 &  79 & 154 & 8.443+01 & 4.222+03 & 6.317-09 & 1.132-04 \\
  78 & 114 & 5.954+02 & 2.280-00 & 1.212-10 & 4.572-04 &  79 & 155 & 8.443+01 & 2.617+04 & 5.034-08 & 9.024-04 \\
  78 & 120 & 4.891+02 & 1.779-00 & 1.489-10 & 3.114-04 &  79 & 157 & 8.442+01 & 6.773-00 & 1.303-11 & 2.333-07 \\
  78 & 121 & 4.881+02 & 2.644+02 & 2.204-08 & 4.580-02 &  80 &  81 & 6.009+04 & 2.154-07 & 4.998-14 & 4.522-01 \\
  78 & 123 & 4.871+02 & 4.729+01 & 2.804-09 & 5.792-03 &  80 &  82 & 2.514+04 & 2.815-04 & 1.906-11 & 1.263+01 \\
  78 & 132 & 2.447+02 & 1.486+04 & 1.333-07 & 3.489-02 &  80 &  94 & 1.069+03 & 1.384+01 & 1.016-09 & 5.169-02 \\
  78 & 133 & 2.444+02 & 9.181+03 & 1.370-07 & 3.571-02 &  80 &  95 & 1.058+03 & 1.073+02 & 1.287-08 & 6.357-01 \\
  78 & 134 & 2.438+02 & 3.459+03 & 7.190-08 & 1.861-02 &  80 &  96 & 1.055+03 & 3.480+03 & 9.124-07 & 4.467+01 \\
  78 & 135 & 2.356+02 & 1.140+02 & 1.581-09 & 3.697-04 &  80 &  97 & 1.055+03 & 3.729+02 & 7.998-08 & 3.914-00 \\
  78 & 140 & 9.664+01 & 2.885+02 & 4.039-10 & 6.513-06 &  80 &  98 & 1.040+03 & 4.510+02 & 7.306-08 & 3.421-00 \\
  78 & 146 & 8.664+01 & 3.039+04 & 3.420-08 & 3.975-04 &  80 &  99 & 1.032+03 & 3.605+01 & 4.112-09 & 1.885-01 \\
  78 & 147 & 8.662+01 & 4.669+04 & 8.754-08 & 1.017-03 &  80 & 100 & 1.031+03 & 1.594+02 & 2.542-08 & 1.163-00 \\
  78 & 148 & 8.659+01 & 8.687+04 & 2.278-07 & 2.643-03 &  80 & 101 & 1.028+03 & 1.356+03 & 2.759-07 & 1.248+01 \\
  78 & 149 & 8.607+01 & 6.061-00 & 1.122-11 & 1.279-07 &  80 & 110 & 1.014+03 & 5.738-00 & 3.792-10 & 1.650-02 \\
  78 & 154 & 8.415+01 & 3.692+02 & 9.146-10 & 9.740-06 &  80 & 111 & 9.789+02 & 3.588+01 & 2.209-09 & 8.641-02 \\
  79 &  80 & 3.718+04 & 2.300-05 & 6.674-12 & 1.022+01 &  80 & 112 & 9.594+02 & 1.181-00 & 1.164-10 & 4.285-03 \\
  79 &  81 & 2.297+04 & 4.923-04 & 2.337-11 & 8.434-00 &  80 & 114 & 6.198+02 & 2.524+02 & 6.227-09 & 6.180-02 \\
  79 &  82 & 1.500+04 & 4.108-03 & 1.386-10 & 1.393+01 &  80 & 120 & 5.054+02 & 1.132-00 & 4.335-11 & 2.334-04 \\
  79 &  83 & 4.016+03 & 4.496-00 & 2.174-09 & 4.194-00 &  80 & 121 & 5.044+02 & 8.290-00 & 3.161-10 & 1.691-03 \\
  79 &  94 & 1.039+03 & 2.618+02 & 2.542-08 & 8.489-01 &  80 & 122 & 5.041+02 & 1.217+01 & 5.963-10 & 3.185-03 \\
  79 &  95 & 1.029+03 & 3.100+02 & 4.920-08 & 1.596-00 &  80 & 123 & 5.033+02 & 1.877-00 & 5.090-11 & 2.705-04 \\
  79 &  97 & 1.026+03 & 3.147+03 & 8.936-07 & 2.872+01 &  80 & 132 & 2.487+02 & 8.275-01 & 3.288-12 & 2.108-06 \\
  79 &  98 & 1.011+03 & 2.457+02 & 5.274-08 & 1.624-00 &  80 & 133 & 2.484+02 & 4.040-00 & 2.668-11 & 1.704-05 \\
  79 &  99 & 1.004+03 & 6.164+02 & 9.320-08 & 2.811-00 &  80 & 134 & 2.478+02 & 7.566-00 & 6.963-11 & 4.415-05 \\
  79 & 100 & 1.003+03 & 1.778+03 & 3.756-07 & 1.130+01 &  80 & 135 & 2.394+02 & 9.681-04 & 5.940-15 & 3.397-09 \\
  79 & 101 & 9.999+02 & 2.754+01 & 7.431-09 & 2.213-01 &  80 & 140 & 9.725+01 & 5.330+04 & 3.239-08 & 1.242-03 \\
  79 & 110 & 9.873+02 & 2.032-00 & 1.781-10 & 5.106-03 &  80 & 146 & 8.714+01 & 3.206+02 & 1.564-10 & 4.315-06 \\
  79 & 111 & 9.538+02 & 7.248-00 & 5.931-10 & 1.533-02 &  80 & 147 & 8.712+01 & 1.900+03 & 1.544-09 & 4.258-05 \\
  79 & 112 & 9.352+02 & 9.304-00 & 1.220-09 & 2.972-02 &  80 & 148 & 8.708+01 & 3.030+03 & 3.445-09 & 9.486-05 \\
  79 & 113 & 8.555+02 & 1.060+02 & 2.327-09 & 4.338-02 &  80 & 149 & 8.656+01 & 5.410-00 & 4.341-12 & 1.174-07 \\
  79 & 114 & 6.096+02 & 1.184+02 & 3.959-09 & 2.671-02 &  80 & 154 & 8.462+01 & 5.204+02 & 5.587-10 & 1.412-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  80 & 155 & 8.462+01 & 3.689+03 & 5.092-09 & 1.287-04 &  82 & 134 & 2.502+02 & 2.655+03 & 3.489-08 & 1.628-02 \\
  80 & 156 & 8.461+01 & 3.631+04 & 6.124-08 & 1.547-03 &  82 & 135 & 2.417+02 & 2.863-01 & 2.507-12 & 1.054-06 \\
  80 & 157 & 8.461+01 & 2.370+03 & 3.270-09 & 8.256-05 &  82 & 140 & 9.763+01 & 2.704+01 & 2.318-11 & 6.425-07 \\
  81 &  82 & 4.323+04 & 1.397-05 & 6.520-12 & 9.411-00 &  82 & 141 & 9.679+01 & 2.976+03 & 8.361-10 & 2.258-05 \\
  81 &  94 & 1.088+03 & 4.587+01 & 8.142-09 & 1.874-01 &  82 & 146 & 8.744+01 & 3.929+03 & 2.702-09 & 5.381-05 \\
  81 &  95 & 1.077+03 & 1.674+02 & 4.854-08 & 1.084-00 &  82 & 147 & 8.743+01 & 1.014+04 & 1.161-08 & 2.311-04 \\
  81 &  98 & 1.058+03 & 4.096+02 & 1.603-07 & 3.391-00 &  82 & 148 & 8.739+01 & 1.108+04 & 1.775-08 & 3.529-04 \\
  81 &  99 & 1.050+03 & 1.475+03 & 4.065-07 & 8.412-00 &  82 & 149 & 8.686+01 & 1.600+03 & 1.809-09 & 3.532-05 \\
  81 & 100 & 1.049+03 & 1.913+03 & 7.366-07 & 1.521+01 &  82 & 154 & 8.491+01 & 6.096-00 & 9.224-12 & 1.682-07 \\
  81 & 110 & 1.032+03 & 1.398-00 & 2.231-10 & 4.377-03 &  82 & 155 & 8.491+01 & 3.068+03 & 5.968-09 & 1.088-04 \\
  81 & 111 & 9.951+02 & 2.809-01 & 4.171-11 & 7.345-04 &  82 & 157 & 8.489+01 & 5.939+03 & 1.155-08 & 2.105-04 \\
  81 & 112 & 9.749+02 & 1.165-00 & 2.767-10 & 4.582-03 &  83 &  95 & 1.383+03 & 9.359+01 & 1.342-07 & 2.117-00 \\
  81 & 114 & 6.262+02 & 2.439+01 & 1.434-09 & 6.292-03 &  83 &  99 & 1.339+03 & 3.557+02 & 4.781-07 & 6.839-00 \\
  81 & 120 & 5.097+02 & 4.744-00 & 4.311-10 & 1.020-03 &  83 & 112 & 1.219+03 & 1.259+01 & 1.403-08 & 1.514-01 \\
  81 & 121 & 5.086+02 & 3.753-01 & 3.396-11 & 7.985-05 &  83 & 123 & 5.666+02 & 1.030+03 & 2.478-07 & 2.685-01 \\
  81 & 123 & 5.075+02 & 5.352+01 & 3.445-09 & 8.047-03 &  83 & 133 & 2.629+02 & 9.674+02 & 5.010-08 & 5.420-03 \\
  81 & 132 & 2.497+02 & 7.002-00 & 6.545-11 & 1.821-05 &  83 & 135 & 2.528+02 & 8.552+02 & 4.097-08 & 3.943-03 \\
  81 & 133 & 2.494+02 & 1.929+02 & 2.997-09 & 8.305-04 &  83 & 147 & 8.884+01 & 2.991+03 & 1.769-08 & 7.390-05 \\
  81 & 134 & 2.488+02 & 1.704+03 & 3.690-08 & 1.015-02 &  83 & 149 & 8.826+01 & 1.125+04 & 6.569-08 & 2.690-04 \\
  81 & 135 & 2.403+02 & 2.050+03 & 2.959-08 & 7.338-03 &  84 &  89 & 5.334+03 & 4.926-03 & 1.050-10 & 9.492-02 \\
  81 & 140 & 9.741+01 & 3.856+03 & 5.485-09 & 9.059-05 &  84 &  91 & 4.667+03 & 2.363-03 & 3.859-11 & 2.337-02 \\
  81 & 146 & 8.727+01 & 1.325+04 & 1.513-08 & 1.797-04 &  84 & 102 & 1.921+03 & 2.177-01 & 6.022-10 & 2.542-02 \\
  81 & 147 & 8.725+01 & 1.396+04 & 2.655-08 & 3.150-04 &  84 & 115 & 8.280+02 & 4.333+03 & 2.227-06 & 7.532-00 \\
  81 & 148 & 8.721+01 & 1.620+03 & 4.310-09 & 5.108-05 &  84 & 116 & 8.222+02 & 6.734+03 & 3.412-06 & 1.130+01 \\
  81 & 149 & 8.669+01 & 5.072+03 & 9.524-09 & 1.109-04 &  84 & 130 & 4.347+02 & 3.334+01 & 4.722-09 & 2.310-03 \\
  81 & 154 & 8.474+01 & 4.889+03 & 1.228-08 & 1.335-04 &  84 & 136 & 2.388+02 & 7.512+02 & 3.210-08 & 2.603-03 \\
  82 &  83 & 5.484+03 & 7.658-01 & 6.906-10 & 3.393-00 &  84 & 144 & 9.609+01 & 9.490+03 & 6.568-08 & 3.471-04 \\
  82 &  94 & 1.116+03 & 2.033+02 & 2.279-08 & 9.438-01 &  84 & 150 & 8.825+01 & 3.447+04 & 2.013-07 & 8.238-04 \\
  82 &  95 & 1.105+03 & 6.483+02 & 1.186-07 & 4.761-00 &  85 &  87 & 6.776+03 & 1.777-03 & 1.223-11 & 6.798-02 \\
  82 &  97 & 1.101+03 & 2.892+02 & 9.461-08 & 3.761-00 &  85 &  89 & 5.703+03 & 4.626-03 & 3.759-11 & 1.246-01 \\
  82 &  98 & 1.084+03 & 1.416+03 & 3.495-07 & 1.327+01 &  85 &  90 & 5.613+03 & 2.735-04 & 3.014-12 & 9.523-03 \\
  82 &  99 & 1.076+03 & 1.483+01 & 2.576-09 & 9.566-02 &  85 &  91 & 4.948+03 & 3.327-03 & 2.035-11 & 4.403-02 \\
  82 & 100 & 1.075+03 & 8.295-00 & 2.013-09 & 7.456-02 &  85 &  92 & 4.610+03 & 6.071-03 & 4.514-11 & 7.902-02 \\
  82 & 101 & 1.071+03 & 2.106+03 & 6.522-07 & 2.388+01 &  85 &  93 & 2.954+03 & 1.142-02 & 1.493-11 & 6.874-03 \\
  82 & 110 & 1.057+03 & 1.434+01 & 1.441-09 & 5.067-02 &  85 & 102 & 1.967+03 & 1.518-01 & 1.467-10 & 1.994-02 \\
  82 & 111 & 1.019+03 & 1.946-01 & 1.817-11 & 5.717-04 &  85 & 103 & 1.958+03 & 5.806-01 & 7.790-10 & 1.046-01 \\
  82 & 112 & 9.974+02 & 6.314-00 & 9.418-10 & 2.783-02 &  85 & 106 & 1.909+03 & 2.503-02 & 3.190-11 & 3.963-03 \\
  82 & 113 & 9.072+02 & 1.470+02 & 3.628-09 & 8.067-02 &  85 & 115 & 8.365+02 & 6.110+03 & 1.068-06 & 1.117+01 \\
  82 & 114 & 6.354+02 & 1.143-01 & 4.150-12 & 3.171-05 &  85 & 116 & 8.305+02 & 4.204+03 & 7.245-07 & 7.414-00 \\
  82 & 119 & 5.742+02 & 2.106+02 & 2.082-09 & 1.174-02 &  85 & 117 & 8.210+02 & 1.127+04 & 2.658-06 & 2.628+01 \\
  82 & 120 & 5.158+02 & 1.053-00 & 5.878-11 & 2.402-04 &  85 & 118 & 7.709+02 & 1.538+04 & 1.370-06 & 1.122+01 \\
  82 & 121 & 5.147+02 & 3.942+01 & 2.192-09 & 8.898-03 &  85 & 124 & 6.477+02 & 1.537-00 & 2.255-10 & 1.095-03 \\
  82 & 122 & 5.144+02 & 3.149-00 & 2.248-10 & 9.116-04 &  85 & 129 & 4.519+02 & 1.251+02 & 3.828-09 & 6.311-03 \\
  82 & 123 & 5.136+02 & 1.027+01 & 4.061-10 & 1.638-03 &  85 & 130 & 4.370+02 & 5.120+01 & 2.443-09 & 3.643-03 \\
  82 & 132 & 2.512+02 & 9.959+02 & 5.651-09 & 2.666-03 &  85 & 131 & 4.278+02 & 1.035+02 & 2.839-09 & 3.971-03 \\
  82 & 133 & 2.508+02 & 2.349+03 & 2.215-08 & 1.041-02 &  85 & 136 & 2.395+02 & 4.789+02 & 6.861-09 & 1.684-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  85 & 137 & 2.394+02 & 6.148+02 & 1.232-08 & 3.019-03 &  88 & 102 & 2.927+03 & 2.282-03 & 1.629-12 & 2.190-03 \\
  85 & 139 & 2.385+02 & 1.469+02 & 2.923-09 & 7.083-04 &  88 & 103 & 2.909+03 & 2.465-02 & 2.432-11 & 3.210-02 \\
  85 & 143 & 9.655+01 & 1.410+04 & 1.971-08 & 3.171-04 &  88 & 104 & 2.847+03 & 6.244-01 & 9.275-10 & 1.147-00 \\
  85 & 144 & 9.620+01 & 1.376+04 & 3.182-08 & 5.062-04 &  88 & 105 & 2.832+03 & 1.252+01 & 2.174-08 & 2.648+01 \\
  85 & 145 & 9.598+01 & 2.763+03 & 3.815-09 & 6.028-05 &  88 & 106 & 2.800+03 & 3.967-02 & 3.628-11 & 4.271-02 \\
  85 & 150 & 8.834+01 & 2.136+04 & 4.166-08 & 5.133-04 &  88 & 107 & 2.789+03 & 4.370-01 & 5.097-10 & 5.929-01 \\
  85 & 151 & 8.834+01 & 2.410+04 & 6.579-08 & 8.104-04 &  88 & 108 & 2.751+03 & 2.040-01 & 2.315-10 & 2.584-01 \\
  85 & 153 & 8.826+01 & 1.457+04 & 3.971-08 & 4.878-04 &  88 & 109 & 2.738+03 & 2.966-00 & 4.074-09 & 4.482-00 \\
  86 &  89 & 2.170+04 & 1.979-04 & 6.987-11 & 4.255-00 &  88 & 115 & 9.721+02 & 4.746-03 & 3.736-13 & 1.840-05 \\
  86 &  91 & 1.373+04 & 4.809-04 & 6.793-11 & 1.047-00 &  88 & 116 & 9.640+02 & 7.529-00 & 5.828-10 & 2.799-02 \\
  86 & 102 & 2.637+03 & 6.445-00 & 3.360-08 & 3.670-00 &  88 & 117 & 9.513+02 & 3.514-00 & 3.708-10 & 1.711-02 \\
  86 & 115 & 9.379+02 & 2.303+01 & 1.518-08 & 7.461-02 &  88 & 124 & 7.262+02 & 5.467-03 & 3.362-13 & 6.903-06 \\
  86 & 116 & 9.303+02 & 4.735+01 & 3.072-08 & 1.474-01 &  88 & 125 & 7.254+02 & 5.214-02 & 4.113-12 & 8.415-05 \\
  86 & 130 & 4.632+02 & 2.983+01 & 4.798-09 & 2.839-03 &  88 & 126 & 7.240+02 & 1.632-02 & 1.283-12 & 2.610-05 \\
  86 & 136 & 2.471+02 & 2.210+03 & 1.011-07 & 9.092-03 &  88 & 127 & 7.230+02 & 1.322-01 & 1.267-11 & 2.566-04 \\
  86 & 144 & 9.742+01 & 5.914+03 & 4.207-08 & 2.316-04 &  88 & 130 & 4.714+02 & 3.153+02 & 5.834-09 & 3.275-02 \\
  86 & 150 & 8.936+01 & 1.656-00 & 9.911-12 & 4.213-08 &  88 & 136 & 2.494+02 & 4.290-01 & 2.223-12 & 1.850-06 \\
  87 &  89 & 3.601+04 & 1.366-05 & 4.425-12 & 3.693-00 &  88 & 137 & 2.493+02 & 7.057-00 & 5.114-11 & 4.248-05 \\
  87 &  90 & 3.270+04 & 1.109-05 & 4.147-12 & 2.591-00 &  88 & 138 & 2.490+02 & 2.759+01 & 2.566-10 & 2.124-04 \\
  87 &  91 & 1.834+04 & 5.033-05 & 4.228-12 & 4.656-01 &  88 & 139 & 2.484+02 & 2.473-01 & 1.778-12 & 1.460-06 \\
  87 &  92 & 1.442+04 & 9.680-04 & 7.043-11 & 3.775-00 &  88 & 144 & 9.777+01 & 6.353+04 & 5.059-08 & 2.535-03 \\
  87 &  93 & 5.236+03 & 2.634-02 & 1.083-10 & 2.776-01 &  88 & 150 & 8.967+01 & 1.658+01 & 1.110-11 & 4.291-07 \\
  87 & 102 & 2.771+03 & 6.584-00 & 1.263-08 & 4.802-00 &  88 & 151 & 8.966+01 & 2.380+02 & 2.231-10 & 8.620-06 \\
  87 & 103 & 2.755+03 & 3.380-00 & 8.972-09 & 3.351-00 &  88 & 152 & 8.964+01 & 8.874+02 & 1.069-09 & 4.129-05 \\
  87 & 106 & 2.657+03 & 3.399-00 & 8.394-09 & 2.814-00 &  88 & 153 & 8.958+01 & 7.606-00 & 7.116-12 & 2.742-07 \\
  87 & 115 & 9.543+02 & 1.115+01 & 2.536-09 & 3.938-02 &  89 &  90 & 3.557+05 & 3.418-11 & 9.077-16 & 1.217-00 \\
  87 & 116 & 9.465+02 & 1.409+01 & 3.153-09 & 4.777-02 &  89 &  91 & 3.735+04 & 7.329-06 & 1.533-12 & 2.379-00 \\
  87 & 117 & 9.342+02 & 5.425+01 & 1.656-08 & 2.413-01 &  89 &  92 & 2.406+04 & 2.314-04 & 2.810-11 & 1.165+01 \\
  87 & 118 & 8.699+02 & 1.009+02 & 1.145-08 & 1.347-01 &  89 &  93 & 6.126+03 & 6.251-02 & 2.110-10 & 1.445-00 \\
  87 & 124 & 7.162+02 & 1.140+01 & 2.045-09 & 1.342-02 &  89 & 102 & 3.002+03 & 1.080-00 & 1.459-09 & 1.176-00 \\
  87 & 129 & 4.841+02 & 1.285+01 & 4.515-10 & 9.154-04 &  89 & 103 & 2.983+03 & 2.821-00 & 5.268-09 & 4.163-00 \\
  87 & 130 & 4.671+02 & 7.144+01 & 3.895-09 & 7.094-03 &  89 & 106 & 2.869+03 & 1.312-00 & 2.266-09 & 1.593-00 \\
  87 & 131 & 4.566+02 & 2.188-00 & 6.837-11 & 1.163-04 &  89 & 107 & 2.857+03 & 7.370-00 & 1.623-08 & 1.127+01 \\
  87 & 136 & 2.482+02 & 2.635+03 & 4.058-08 & 1.109-02 &  89 & 108 & 2.817+03 & 9.771-03 & 2.092-11 & 1.393-02 \\
  87 & 137 & 2.481+02 & 1.947+03 & 4.193-08 & 1.144-02 &  89 & 115 & 9.802+02 & 4.787-01 & 6.896-11 & 1.934-03 \\
  87 & 139 & 2.472+02 & 1.207+02 & 2.580-09 & 6.961-04 &  89 & 116 & 9.720+02 & 5.533-00 & 7.837-10 & 2.144-02 \\
  87 & 143 & 9.795+01 & 3.880+03 & 5.582-09 & 9.373-05 &  89 & 117 & 9.590+02 & 2.369-00 & 4.574-10 & 1.202-02 \\
  87 & 144 & 9.759+01 & 1.266+04 & 3.013-08 & 5.003-04 &  89 & 118 & 8.914+02 & 1.081+01 & 7.729-10 & 1.630-02 \\
  87 & 145 & 9.736+01 & 5.046+02 & 7.171-10 & 1.182-05 &  89 & 124 & 7.307+02 & 1.367-00 & 1.531-10 & 1.780-03 \\
  87 & 150 & 8.951+01 & 1.687+02 & 3.378-10 & 4.328-06 &  89 & 125 & 7.299+02 & 1.239+01 & 1.780-09 & 2.062-02 \\
  87 & 151 & 8.950+01 & 1.627+02 & 4.559-10 & 5.841-06 &  89 & 126 & 7.285+02 & 2.919-01 & 4.181-11 & 4.815-04 \\
  87 & 153 & 8.942+01 & 1.223+02 & 3.420-10 & 4.370-06 &  89 & 128 & 4.937+02 & 5.981+01 & 4.372-10 & 1.567-03 \\
  88 &  89 & 1.177+05 & 2.935-08 & 3.387-14 & 2.960-00 &  89 & 129 & 4.907+02 & 3.724+01 & 8.066-10 & 2.839-03 \\
  88 &  90 & 8.844+04 & 2.438-07 & 2.224-13 & 8.244-00 &  89 & 130 & 4.733+02 & 6.799+01 & 2.283-09 & 7.207-03 \\
  88 &  91 & 2.835+04 & 1.070-05 & 7.165-13 & 8.756-01 &  89 & 131 & 4.625+02 & 8.428-00 & 1.621-10 & 4.775-04 \\
  88 &  92 & 1.997+04 & 5.083-04 & 2.364-11 & 1.010+01 &  89 & 136 & 2.500+02 & 5.596+02 & 5.242-09 & 2.438-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  89 & 137 & 2.498+02 & 1.417+03 & 1.856-08 & 8.619-03 &  91 & 103 & 3.242+03 & 8.874-02 & 1.957-10 & 1.985-01 \\
  89 & 138 & 2.496+02 & 1.916+03 & 3.221-08 & 1.491-02 &  91 & 106 & 3.107+03 & 1.897-00 & 3.844-09 & 3.435-00 \\
  89 & 139 & 2.489+02 & 3.658+02 & 4.755-09 & 2.183-03 &  91 & 107 & 3.094+03 & 2.307-01 & 5.957-10 & 5.252-01 \\
  89 & 142 & 9.828+01 & 1.570+04 & 4.546-09 & 1.285-04 &  91 & 108 & 3.047+03 & 6.445-00 & 1.615-08 & 1.360+01 \\
  89 & 143 & 9.822+01 & 9.316+03 & 8.084-09 & 2.281-04 &  91 & 115 & 1.007+03 & 5.785-03 & 8.789-13 & 2.670-05 \\
  89 & 144 & 9.785+01 & 1.009+04 & 1.449-08 & 4.044-04 &  91 & 116 & 9.980+02 & 2.096-00 & 3.129-10 & 9.263-03 \\
  89 & 145 & 9.762+01 & 9.740+02 & 8.350-10 & 2.313-05 &  91 & 117 & 9.843+02 & 9.570-02 & 1.946-11 & 5.527-04 \\
  89 & 150 & 8.973+01 & 1.904+02 & 2.299-10 & 4.947-06 &  91 & 118 & 9.132+02 & 2.933+01 & 2.200-09 & 4.990-02 \\
  89 & 151 & 8.973+01 & 1.398+02 & 2.362-10 & 5.082-06 &  91 & 124 & 7.453+02 & 3.007-00 & 3.506-10 & 4.323-03 \\
  89 & 152 & 8.971+01 & 3.207+02 & 6.966-10 & 1.498-05 &  91 & 125 & 7.444+02 & 1.190-02 & 1.780-12 & 2.187-05 \\
  89 & 153 & 8.964+01 & 6.270+02 & 1.058-09 & 2.269-05 &  91 & 126 & 7.430+02 & 3.300-00 & 4.917-10 & 6.007-03 \\
  90 &  91 & 4.174+04 & 1.954-05 & 3.644-12 & 1.105+01 &  91 & 128 & 5.003+02 & 3.187+01 & 2.392-10 & 8.922-04 \\
  90 &  92 & 2.580+04 & 5.187-05 & 5.176-12 & 3.706-00 &  91 & 129 & 4.973+02 & 3.568+01 & 7.936-10 & 2.906-03 \\
  90 &  93 & 6.234+03 & 2.830-02 & 7.067-11 & 7.137-01 &  91 & 130 & 4.793+02 & 8.053-00 & 2.774-10 & 9.099-04 \\
  90 & 102 & 3.027+03 & 5.390-02 & 5.290-11 & 6.120-02 &  91 & 131 & 4.682+02 & 1.380+01 & 2.722-10 & 8.323-04 \\
  90 & 103 & 3.008+03 & 4.686-02 & 6.356-11 & 7.212-02 &  91 & 136 & 2.516+02 & 8.994+01 & 8.539-10 & 4.053-04 \\
  90 & 104 & 2.942+03 & 8.744-00 & 1.783-08 & 1.892+01 &  91 & 137 & 2.515+02 & 9.008+01 & 1.196-09 & 5.668-04 \\
  90 & 106 & 2.892+03 & 5.898-01 & 7.395-10 & 7.458-01 &  91 & 138 & 2.512+02 & 1.226+02 & 2.088-09 & 9.859-04 \\
  90 & 107 & 2.880+03 & 3.948-01 & 6.312-10 & 6.287-01 &  91 & 139 & 2.506+02 & 4.989+02 & 6.573-09 & 3.079-03 \\
  90 & 108 & 2.840+03 & 2.927-00 & 4.549-09 & 4.342-00 &  91 & 142 & 9.854+01 & 9.694+03 & 2.822-09 & 8.041-05 \\
  90 & 109 & 2.825+03 & 4.533-01 & 8.524-10 & 8.015-01 &  91 & 143 & 9.848+01 & 9.508+03 & 8.294-09 & 2.359-04 \\
  90 & 115 & 9.830+02 & 8.643-01 & 8.943-11 & 3.541-03 &  91 & 144 & 9.811+01 & 8.829+02 & 1.274-09 & 3.583-05 \\
  90 & 116 & 9.747+02 & 1.435-00 & 1.459-10 & 5.634-03 &  91 & 145 & 9.788+01 & 9.239+02 & 7.962-10 & 2.223-05 \\
  90 & 117 & 9.617+02 & 6.664-01 & 9.239-11 & 3.425-03 &  91 & 150 & 8.995+01 & 1.431-00 & 1.735-12 & 3.761-08 \\
  90 & 118 & 8.937+02 & 7.342-00 & 3.767-10 & 1.121-02 &  91 & 151 & 8.994+01 & 1.014+03 & 1.721-09 & 3.729-05 \\
  90 & 124 & 7.322+02 & 3.570-01 & 2.870-11 & 4.697-04 &  91 & 152 & 8.993+01 & 8.376+01 & 1.828-10 & 3.959-06 \\
  90 & 125 & 7.314+02 & 1.022-00 & 1.054-10 & 1.719-03 &  91 & 153 & 8.986+01 & 1.709+03 & 2.896-09 & 6.258-05 \\
  90 & 126 & 7.300+02 & 4.235-02 & 4.351-12 & 7.057-05 &  92 &  93 & 8.220+03 & 1.144-03 & 4.965-12 & 1.150-01 \\
  90 & 127 & 7.290+02 & 5.897-00 & 7.382-10 & 1.192-02 &  92 & 102 & 3.430+03 & 3.234-02 & 4.074-11 & 6.854-02 \\
  90 & 129 & 4.914+02 & 1.493+02 & 2.317-09 & 1.146-02 &  92 & 103 & 3.405+03 & 2.316-01 & 4.025-10 & 6.625-01 \\
  90 & 130 & 4.739+02 & 6.867+01 & 1.651-09 & 7.327-03 &  92 & 104 & 3.320+03 & 5.531-01 & 1.437-09 & 2.193-00 \\
  90 & 131 & 4.630+02 & 5.166-00 & 7.116-11 & 2.946-04 &  92 & 106 & 3.257+03 & 1.060-01 & 1.686-10 & 2.429-01 \\
  90 & 136 & 2.501+02 & 1.591+01 & 1.066-10 & 6.958-05 &  92 & 107 & 3.242+03 & 1.814-00 & 3.675-09 & 5.221-00 \\
  90 & 137 & 2.500+02 & 5.953+01 & 5.579-10 & 3.635-04 &  92 & 108 & 3.191+03 & 3.491-03 & 6.850-12 & 9.277-03 \\
  90 & 138 & 2.497+02 & 3.359+01 & 4.038-10 & 2.622-04 &  92 & 109 & 3.173+03 & 5.366-00 & 1.272-08 & 1.694+01 \\
  90 & 139 & 2.491+02 & 2.933-00 & 2.727-11 & 1.756-05 &  92 & 115 & 1.022+03 & 6.918-01 & 7.736-11 & 3.442-03 \\
  90 & 143 & 9.824+01 & 3.764+04 & 2.334-08 & 9.228-04 &  92 & 116 & 1.013+03 & 6.969-00 & 7.657-10 & 3.318-02 \\
  90 & 144 & 9.788+01 & 1.172+04 & 1.203-08 & 4.703-04 &  92 & 117 & 9.989+02 & 3.724-04 & 5.570-14 & 2.315-06 \\
  90 & 145 & 9.765+01 & 1.821+03 & 1.116-09 & 4.331-05 &  92 & 118 & 9.257+02 & 2.023-00 & 1.114-10 & 3.685-03 \\
  90 & 150 & 8.976+01 & 1.172+02 & 1.011-10 & 3.049-06 &  92 & 124 & 7.536+02 & 1.221-01 & 1.040-11 & 1.855-04 \\
  90 & 151 & 8.975+01 & 2.551+02 & 3.080-10 & 9.285-06 &  92 & 125 & 7.527+02 & 1.079-00 & 1.178-10 & 2.094-03 \\
  90 & 152 & 8.974+01 & 5.132+02 & 7.966-10 & 2.400-05 &  92 & 126 & 7.513+02 & 1.013-02 & 1.103-12 & 1.949-05 \\
  90 & 153 & 8.967+01 & 8.266+02 & 9.964-10 & 2.995-05 &  92 & 127 & 7.502+02 & 4.292-02 & 5.691-12 & 1.002-04 \\
  91 &  92 & 6.757+04 & 8.551-08 & 8.193-14 & 7.526-01 &  92 & 129 & 5.010+02 & 1.087+01 & 1.752-10 & 9.186-04 \\
  91 &  93 & 7.328+03 & 1.511-01 & 7.299-10 & 8.554-00 &  92 & 130 & 4.828+02 & 2.318+01 & 5.785-10 & 2.714-03 \\
  91 & 102 & 3.264+03 & 1.794-01 & 2.865-10 & 2.968-01 &  92 & 131 & 4.715+02 & 2.845+01 & 4.064-10 & 1.776-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  92 & 136 & 2.526+02 & 2.464+01 & 1.684-10 & 1.131-04 &  94 & 140 & 1.070+02 & 1.502+02 & 2.578-10 & 5.641-06 \\
  92 & 137 & 2.525+02 & 1.632+02 & 1.559-09 & 1.046-03 &  94 & 146 & 9.488+01 & 7.050+03 & 9.515-09 & 1.452-04 \\
  92 & 138 & 2.522+02 & 4.288+02 & 5.256-09 & 3.514-03 &  94 & 147 & 9.485+01 & 1.231+04 & 2.767-08 & 4.220-04 \\
  92 & 139 & 2.515+02 & 5.164-00 & 4.896-11 & 3.246-05 &  94 & 148 & 9.481+01 & 1.107+02 & 3.481-10 & 5.300-06 \\
  92 & 143 & 9.862+01 & 1.597+03 & 9.980-10 & 3.991-05 &  94 & 149 & 9.419+01 & 1.696+02 & 3.760-10 & 5.615-06 \\
  92 & 144 & 9.825+01 & 2.224+03 & 2.299-09 & 9.092-05 &  94 & 154 & 9.190+01 & 1.912+05 & 5.648-07 & 7.833-03 \\
  92 & 145 & 9.802+01 & 8.892+03 & 5.489-09 & 2.155-04 &  95 &  97 & 3.346+05 & 5.228-12 & 1.580-16 & 1.764-01 \\
  92 & 150 & 9.007+01 & 3.007+01 & 2.612-11 & 7.958-07 &  95 &  98 & 5.886+04 & 1.934-06 & 1.406-12 & 8.541-00 \\
  92 & 151 & 9.006+01 & 5.067+02 & 6.162-10 & 1.877-05 &  95 &  99 & 4.192+04 & 2.181-06 & 5.747-13 & 1.261-00 \\
  92 & 152 & 9.005+01 & 1.308+03 & 2.045-09 & 6.225-05 &  95 & 100 & 4.054+04 & 1.957-07 & 6.749-14 & 1.339-01 \\
  92 & 153 & 8.998+01 & 6.859+02 & 8.326-10 & 2.529-05 &  95 & 101 & 3.549+04 & 3.157-06 & 1.073-12 & 1.429-00 \\
  93 & 102 & 5.886+03 & 1.652-03 & 1.430-11 & 5.209-02 &  95 & 110 & 2.444+04 & 4.091-07 & 2.197-14 & 9.546-03 \\
  93 & 103 & 5.813+03 & 1.269-01 & 1.499-09 & 5.263-00 &  95 & 111 & 1.307+04 & 1.608-04 & 2.472-12 & 1.644-01 \\
  93 & 106 & 5.395+03 & 1.763-01 & 1.795-09 & 5.036-00 &  95 & 112 & 1.027+04 & 7.030-05 & 1.112-12 & 3.593-02 \\
  93 & 115 & 1.167+03 & 4.630-01 & 1.576-10 & 4.474-03 &  95 & 113 & 5.075+03 & 2.468-05 & 1.906-14 & 7.417-05 \\
  93 & 116 & 1.155+03 & 2.536-01 & 8.458-11 & 2.331-03 &  95 & 114 & 1.496+03 & 2.963-00 & 5.964-10 & 5.943-02 \\
  93 & 117 & 1.137+03 & 2.569+01 & 1.162-08 & 3.052-01 &  95 & 119 & 1.196+03 & 7.806-01 & 3.346-11 & 1.704-03 \\
  93 & 118 & 1.043+03 & 3.681+01 & 6.006-09 & 1.218-01 &  95 & 120 & 9.676+02 & 4.590-00 & 9.018-10 & 2.433-02 \\
  93 & 124 & 8.297+02 & 7.054+01 & 1.699-08 & 1.734-01 &  95 & 121 & 9.636+02 & 4.646-00 & 9.054-10 & 2.413-02 \\
  93 & 129 & 5.335+02 & 1.543+01 & 6.581-10 & 1.785-03 &  95 & 122 & 9.628+02 & 3.201+01 & 8.006-09 & 2.128-01 \\
  93 & 130 & 5.129+02 & 4.469-01 & 2.937-11 & 7.080-05 &  95 & 123 & 9.598+02 & 2.618-00 & 3.615-10 & 9.518-03 \\
  93 & 131 & 5.002+02 & 5.015-00 & 1.881-10 & 4.207-04 &  95 & 132 & 3.251+02 & 1.382+02 & 1.314-09 & 1.344-03 \\
  93 & 136 & 2.606+02 & 9.493-00 & 1.611-10 & 5.094-05 &  95 & 133 & 3.245+02 & 4.823-02 & 7.615-13 & 7.751-07 \\
  93 & 137 & 2.605+02 & 1.121+02 & 2.660-09 & 8.398-04 &  95 & 134 & 3.235+02 & 9.005-01 & 1.978-11 & 1.994-05 \\
  93 & 139 & 2.594+02 & 2.071+03 & 4.875-08 & 1.521-02 &  95 & 135 & 3.093+02 & 3.868-01 & 5.550-12 & 4.892-06 \\
  93 & 143 & 9.982+01 & 5.492+03 & 8.204-09 & 1.458-04 &  95 & 140 & 1.071+02 & 1.057+03 & 1.090-09 & 3.988-05 \\
  93 & 144 & 9.944+01 & 1.535+02 & 3.792-10 & 6.663-06 &  95 & 141 & 1.061+02 & 7.077+03 & 2.388-09 & 8.493-05 \\
  93 & 145 & 9.920+01 & 7.144+03 & 1.054-08 & 1.839-04 &  95 & 146 & 9.496+01 & 1.589+04 & 1.289-08 & 3.286-04 \\
  93 & 150 & 9.107+01 & 2.294+02 & 4.754-10 & 6.415-06 &  95 & 147 & 9.494+01 & 3.372+03 & 4.557-09 & 1.161-04 \\
  93 & 151 & 9.106+01 & 5.972+02 & 1.732-09 & 2.338-05 &  95 & 148 & 9.489+01 & 4.631+03 & 8.753-09 & 2.227-04 \\
  93 & 153 & 9.098+01 & 6.320+02 & 1.830-09 & 2.462-05 &  95 & 149 & 9.428+01 & 1.880+03 & 2.505-09 & 6.252-05 \\
  94 &  95 & 1.070+05 & 8.719-08 & 2.494-13 & 5.457-00 &  95 & 154 & 9.198+01 & 4.016+04 & 7.131-08 & 1.653-03 \\
  94 &  98 & 3.797+04 & 2.658-06 & 1.341-12 & 1.312-00 &  95 & 155 & 9.198+01 & 5.041+04 & 1.151-07 & 2.667-03 \\
  94 &  99 & 3.012+04 & 1.352-05 & 3.066-12 & 1.497-00 &  95 & 157 & 9.196+01 & 1.134+05 & 2.587-07 & 5.992-03 \\
  94 & 100 & 2.940+04 & 3.164-06 & 9.566-13 & 4.343-01 &  96 &  97 & 7.057+06 & 1.855-17 & 1.133-19 & 2.610-00 \\
  94 & 110 & 1.989+04 & 1.127-05 & 6.683-13 & 9.399-02 &  96 &  98 & 7.071+04 & 8.175-08 & 3.900-14 & 9.033-01 \\
  94 & 111 & 1.165+04 & 9.881-04 & 2.010-11 & 5.675-01 &  96 & 100 & 4.582+04 & 2.546-07 & 5.100-14 & 3.215-01 \\
  94 & 112 & 9.374+03 & 4.494-04 & 9.867-12 & 1.452-01 &  96 & 101 & 3.948+04 & 1.122-05 & 2.146-12 & 8.651-00 \\
  94 & 114 & 1.475+03 & 1.174-00 & 3.829-10 & 2.197-02 &  96 & 120 & 9.702+02 & 2.804-02 & 2.518-12 & 1.507-04 \\
  94 & 120 & 9.589+02 & 1.569+02 & 5.046-08 & 7.950-01 &  96 & 121 & 9.663+02 & 1.040-00 & 9.266-11 & 5.477-03 \\
  94 & 121 & 9.550+02 & 3.450-00 & 1.101-09 & 1.713-02 &  96 & 122 & 9.654+02 & 1.245-00 & 1.424-10 & 8.392-03 \\
  94 & 123 & 9.512+02 & 4.753+01 & 1.074-08 & 1.653-01 &  96 & 134 & 3.238+02 & 2.570+02 & 2.571-09 & 5.718-03 \\
  94 & 132 & 3.241+02 & 4.763+01 & 7.499-10 & 4.561-04 &  96 & 148 & 9.492+01 & 3.896+04 & 3.349-08 & 1.876-03 \\
  94 & 133 & 3.235+02 & 2.391-00 & 6.253-11 & 3.784-05 &  96 & 154 & 9.200+01 & 6.015-00 & 4.857-12 & 2.478-07 \\
  94 & 134 & 3.225+02 & 5.238-00 & 1.906-10 & 1.142-04 &  96 & 155 & 9.200+01 & 1.078+02 & 1.119-10 & 5.710-06 \\
  94 & 135 & 3.085+02 & 9.946-00 & 2.364-10 & 1.240-04 &  96 & 156 & 9.199+01 & 1.117+03 & 1.417-09 & 7.225-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  96 & 157 & 9.199+01 & 6.949+01 & 7.212-11 & 3.678-06 &  99 & 110 & 5.857+04 & 3.259-08 & 1.006-14 & 6.018-02 \\
  97 &  98 & 7.143+04 & 1.340-08 & 7.974-15 & 1.558-01 &  99 & 111 & 1.899+04 & 1.260-06 & 4.088-14 & 8.339-03 \\
  97 &  99 & 4.793+04 & 4.580-07 & 8.764-14 & 5.173-01 &  99 & 112 & 1.361+04 & 6.475-06 & 1.798-13 & 1.350-02 \\
  97 & 100 & 4.612+04 & 5.961-06 & 1.479-12 & 7.777-00 &  99 & 113 & 5.773+03 & 3.212-02 & 3.210-11 & 1.840-01 \\
  97 & 101 & 3.970+04 & 1.103-06 & 2.607-13 & 8.746-01 &  99 & 114 & 1.551+03 & 2.831-02 & 6.127-12 & 6.809-04 \\
  97 & 112 & 1.060+04 & 9.584-07 & 8.968-15 & 5.725-04 &  99 & 119 & 1.231+03 & 5.316-00 & 2.414-10 & 1.341-02 \\
  97 & 120 & 9.704+02 & 1.110-00 & 1.219-10 & 5.969-03 &  99 & 120 & 9.904+02 & 3.096-03 & 6.373-13 & 1.844-05 \\
  97 & 121 & 9.664+02 & 1.750-02 & 1.906-12 & 9.220-05 &  99 & 121 & 9.863+02 & 2.405-02 & 4.911-12 & 1.403-04 \\
  97 & 122 & 9.655+02 & 7.559-02 & 1.057-11 & 5.098-04 &  99 & 122 & 9.854+02 & 2.668-02 & 6.990-12 & 1.992-04 \\
  97 & 123 & 9.625+02 & 1.525-00 & 1.177-10 & 5.625-03 &  99 & 123 & 9.823+02 & 2.147-02 & 3.105-12 & 8.763-05 \\
  97 & 133 & 3.248+02 & 1.159+02 & 1.019-09 & 1.872-03 &  99 & 132 & 3.276+02 & 2.604+02 & 2.514-09 & 2.632-03 \\
  97 & 134 & 3.238+02 & 3.662+01 & 4.477-10 & 8.148-04 &  99 & 133 & 3.270+02 & 9.364+01 & 1.502-09 & 1.564-03 \\
  97 & 135 & 3.096+02 & 1.588+02 & 1.268-09 & 2.018-03 &  99 & 134 & 3.260+02 & 6.323-00 & 1.410-10 & 1.455-04 \\
  97 & 147 & 9.496+01 & 2.035+04 & 1.529-08 & 7.018-04 &  99 & 135 & 3.116+02 & 2.279-00 & 3.319-11 & 2.991-05 \\
  97 & 148 & 9.492+01 & 3.195+03 & 3.356-09 & 1.539-04 &  99 & 140 & 1.074+02 & 1.003+01 & 1.040-11 & 3.834-07 \\
  97 & 149 & 9.430+01 & 2.099+04 & 1.555-08 & 6.990-04 &  99 & 141 & 1.064+02 & 2.684+04 & 9.103-09 & 3.262-04 \\
  97 & 154 & 9.200+01 & 1.076+02 & 1.062-10 & 4.433-06 &  99 & 146 & 9.518+01 & 3.354+03 & 2.733-09 & 7.017-05 \\
  97 & 155 & 9.201+01 & 1.020+03 & 1.294-09 & 5.403-05 &  99 & 147 & 9.515+01 & 2.978+02 & 4.042-10 & 1.037-05 \\
  97 & 156 & 9.199+01 & 9.414+01 & 1.460-10 & 6.091-06 &  99 & 148 & 9.511+01 & 4.493-01 & 8.529-13 & 2.185-08 \\
  97 & 157 & 9.199+01 & 4.793+01 & 6.080-11 & 2.537-06 &  99 & 149 & 9.449+01 & 4.758+03 & 6.369-09 & 1.600-04 \\
  98 &  99 & 1.457+05 & 2.014-10 & 4.579-16 & 5.905-02 &  99 & 154 & 9.218+01 & 1.124+03 & 2.004-09 & 4.676-05 \\
  98 & 100 & 1.302+05 & 4.265-09 & 1.084-14 & 9.971-01 &  99 & 155 & 9.218+01 & 2.838+04 & 6.509-08 & 1.518-03 \\
  98 & 101 & 8.939+04 & 2.290-07 & 3.526-13 & 1.050+01 &  99 & 157 & 9.216+01 & 2.058+04 & 4.718-08 & 1.100-03 \\
  98 & 110 & 4.178+04 & 2.223-07 & 2.493-14 & 7.578-02 & 100 & 101 & 2.852+05 & 1.460-11 & 2.289-16 & 2.215-01 \\
  98 & 111 & 1.680+04 & 5.401-08 & 9.797-16 & 1.937-04 & 100 & 110 & 6.152+04 & 5.269-09 & 1.281-15 & 1.244-02 \\
  98 & 112 & 1.245+04 & 5.312-05 & 8.812-13 & 7.085-02 & 100 & 111 & 1.929+04 & 3.339-07 & 7.985-15 & 2.390-03 \\
  98 & 114 & 1.535+03 & 2.955-00 & 4.473-10 & 6.741-02 & 100 & 112 & 1.376+04 & 1.643-06 & 3.331-14 & 3.621-03 \\
  98 & 120 & 9.837+02 & 2.388-04 & 3.464-14 & 1.375-06 & 100 & 114 & 1.553+03 & 5.166-02 & 8.007-12 & 1.250-03 \\
  98 & 121 & 9.797+02 & 8.638-02 & 1.243-11 & 4.872-04 & 100 & 120 & 9.912+02 & 1.876-01 & 2.763-11 & 1.122-03 \\
  98 & 122 & 9.788+02 & 3.918-02 & 7.234-12 & 2.828-04 & 100 & 121 & 9.871+02 & 3.993-01 & 5.833-11 & 2.339-03 \\
  98 & 123 & 9.757+02 & 1.346-01 & 1.372-11 & 5.313-04 & 100 & 122 & 9.862+02 & 2.283-02 & 4.280-12 & 1.712-04 \\
  98 & 132 & 3.269+02 & 1.035+02 & 7.104-10 & 1.034-03 & 100 & 123 & 9.830+02 & 2.667-00 & 2.760-10 & 1.093-02 \\
  98 & 133 & 3.263+02 & 2.292+02 & 2.614-09 & 3.787-03 & 100 & 132 & 3.277+02 & 5.947-01 & 4.103-12 & 6.019-06 \\
  98 & 134 & 3.253+02 & 1.604+01 & 2.544-10 & 3.651-04 & 100 & 133 & 3.271+02 & 1.854+02 & 2.125-09 & 3.102-03 \\
  98 & 135 & 3.110+02 & 8.344+01 & 8.641-10 & 1.083-03 & 100 & 134 & 3.261+02 & 5.773+01 & 9.203-10 & 1.331-03 \\
  98 & 140 & 1.073+02 & 1.441+03 & 1.066-09 & 5.487-05 & 100 & 135 & 3.117+02 & 1.779+02 & 1.851-09 & 2.338-03 \\
  98 & 146 & 9.512+01 & 1.856+03 & 1.079-09 & 3.871-05 & 100 & 140 & 1.074+02 & 2.390+01 & 1.771-11 & 9.141-07 \\
  98 & 147 & 9.509+01 & 1.094+04 & 1.060-08 & 3.800-04 & 100 & 146 & 9.518+01 & 7.691+03 & 4.477-09 & 1.610-04 \\
  98 & 148 & 9.505+01 & 3.882+03 & 5.257-09 & 1.882-04 & 100 & 147 & 9.516+01 & 4.515+03 & 4.378-09 & 1.573-04 \\
  98 & 149 & 9.443+01 & 6.142+02 & 5.865-10 & 2.059-05 & 100 & 148 & 9.511+01 & 1.432+03 & 1.942-09 & 6.967-05 \\
  98 & 154 & 9.212+01 & 1.693+03 & 2.154-09 & 7.023-05 & 100 & 149 & 9.450+01 & 8.238+02 & 7.877-10 & 2.771-05 \\
  98 & 155 & 9.212+01 & 1.090+04 & 1.784-08 & 5.814-04 & 100 & 154 & 9.219+01 & 2.766+02 & 3.524-10 & 1.151-05 \\
  98 & 156 & 9.211+01 & 9.932+04 & 1.985-07 & 6.468-03 & 100 & 155 & 9.219+01 & 4.848+01 & 7.942-11 & 2.594-06 \\
  98 & 157 & 9.211+01 & 8.626+03 & 1.410-08 & 4.595-04 & 100 & 156 & 9.217+01 & 1.610+03 & 3.222-09 & 1.052-04 \\
  99 & 100 & 1.223+06 & 3.979-13 & 1.249-16 & 6.808-00 & 100 & 157 & 9.217+01 & 1.118+02 & 1.830-10 & 5.976-06 \\
  99 & 101 & 2.313+05 & 3.126-11 & 4.512-16 & 1.663-01 & 101 & 112 & 1.446+04 & 6.150-06 & 1.071-13 & 1.736-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 101 & 120 & 9.947+02 & 2.416-02 & 2.788-12 & 1.470-04 & 103 & 115 & 1.460+03 & 2.386-02 & 5.447-12 & 7.069-04 \\
 101 & 121 & 9.905+02 & 3.936-00 & 4.503-10 & 2.346-02 & 103 & 116 & 1.442+03 & 2.536-01 & 5.646-11 & 7.058-03 \\
 101 & 122 & 9.896+02 & 1.547-01 & 2.271-11 & 1.180-03 & 103 & 117 & 1.414+03 & 1.176-02 & 3.524-12 & 4.150-04 \\
 101 & 123 & 9.865+02 & 2.605-01 & 2.111-11 & 1.086-03 & 103 & 118 & 1.271+03 & 7.680-00 & 7.977-10 & 6.835-02 \\
 101 & 133 & 3.275+02 & 4.292+01 & 3.834-10 & 7.220-04 & 103 & 124 & 9.678+02 & 2.541-04 & 3.568-14 & 1.348-06 \\
 101 & 134 & 3.265+02 & 5.106+02 & 6.345-09 & 1.184-02 & 103 & 125 & 9.663+02 & 1.678-02 & 3.021-12 & 1.137-04 \\
 101 & 135 & 3.121+02 & 5.168+01 & 4.191-10 & 6.828-04 & 103 & 126 & 9.640+02 & 8.694-02 & 1.557-11 & 5.816-04 \\
 101 & 147 & 9.519+01 & 5.742+02 & 4.334-10 & 2.004-05 & 103 & 127 & 9.622+02 & 1.122-00 & 2.446-10 & 9.084-03 \\
 101 & 148 & 9.515+01 & 6.925+03 & 7.310-09 & 3.376-04 & 103 & 129 & 5.874+02 & 7.706-00 & 1.708-10 & 1.443-03 \\
 101 & 149 & 9.453+01 & 7.952+03 & 5.918-09 & 2.680-04 & 103 & 130 & 5.625+02 & 9.032-00 & 3.060-10 & 2.271-03 \\
 101 & 154 & 9.222+01 & 1.001+01 & 9.930-12 & 4.174-07 & 103 & 131 & 5.473+02 & 6.136+01 & 1.181-09 & 8.072-03 \\
 101 & 155 & 9.222+01 & 4.049+01 & 5.162-11 & 2.170-06 & 103 & 136 & 2.728+02 & 1.101+02 & 8.779-10 & 7.434-04 \\
 101 & 156 & 9.220+01 & 3.090+02 & 4.814-10 & 2.023-05 & 103 & 137 & 2.727+02 & 1.060+02 & 1.181-09 & 9.986-04 \\
 101 & 157 & 9.220+01 & 1.805+02 & 2.300-10 & 9.664-06 & 103 & 138 & 2.723+02 & 5.329+01 & 7.619-10 & 6.416-04 \\
 102 & 103 & 4.682+05 & 1.188-11 & 5.465-16 & 1.670-00 & 103 & 139 & 2.715+02 & 2.624+02 & 2.901-09 & 2.421-03 \\
 102 & 106 & 6.467+04 & 3.303-07 & 2.899-13 & 2.335-00 & 103 & 143 & 1.016+02 & 3.354+01 & 2.223-11 & 9.708-07 \\
 102 & 107 & 5.917+04 & 5.446-08 & 5.145-14 & 3.174-01 & 103 & 144 & 1.012+02 & 6.312+01 & 6.918-11 & 2.987-06 \\
 102 & 108 & 4.575+04 & 7.319-08 & 4.134-14 & 1.179-01 & 103 & 145 & 1.009+02 & 5.880+02 & 3.848-10 & 1.649-05 \\
 102 & 115 & 1.456+03 & 3.076-03 & 9.769-13 & 8.971-05 & 103 & 150 & 9.252+01 & 7.884+03 & 7.227-09 & 2.386-04 \\
 102 & 116 & 1.438+03 & 7.048-02 & 2.183-11 & 1.931-03 & 103 & 151 & 9.251+01 & 9.201+03 & 1.181-08 & 3.897-04 \\
 102 & 117 & 1.409+03 & 2.394-03 & 9.978-13 & 8.318-05 & 103 & 152 & 9.250+01 & 4.395+03 & 7.247-09 & 2.391-04 \\
 102 & 118 & 1.268+03 & 3.514-01 & 5.082-11 & 3.085-03 & 103 & 153 & 9.242+01 & 2.118+04 & 2.712-08 & 8.927-04 \\
 102 & 124 & 9.658+02 & 4.748-03 & 9.296-13 & 2.494-05 & 104 & 105 & 5.465+05 & 1.737-12 & 9.193-17 & 9.832-01 \\
 102 & 125 & 9.643+02 & 3.835-03 & 9.625-13 & 2.571-05 & 104 & 106 & 1.708+05 & 1.718-10 & 4.784-16 & 1.563-01 \\
 102 & 126 & 9.620+02 & 8.472-01 & 2.116-10 & 5.610-03 & 104 & 107 & 1.372+05 & 5.884-11 & 1.358-16 & 2.295-02 \\
 102 & 128 & 5.909+02 & 6.887+01 & 7.210-10 & 4.430-03 & 104 & 108 & 8.164+04 & 1.232-07 & 1.007-13 & 3.590-00 \\
 102 & 129 & 5.866+02 & 2.001+01 & 6.193-10 & 3.724-03 & 104 & 109 & 7.132+04 & 1.213-08 & 9.253-15 & 2.200-01 \\
 102 & 130 & 5.618+02 & 2.158-00 & 1.021-10 & 5.393-04 & 104 & 117 & 1.429+03 & 1.432-01 & 2.788-11 & 5.326-03 \\
 102 & 131 & 5.467+02 & 3.641-00 & 9.788-11 & 4.762-04 & 104 & 124 & 9.749+02 & 1.081-00 & 9.803-11 & 5.951-03 \\
 102 & 136 & 2.727+02 & 3.642+02 & 4.060-09 & 2.451-03 & 104 & 125 & 9.734+02 & 5.786-02 & 6.724-12 & 4.063-04 \\
 102 & 137 & 2.725+02 & 1.094+02 & 1.705-09 & 1.028-03 & 104 & 126 & 9.710+02 & 5.256-01 & 6.079-11 & 3.646-03 \\
 102 & 138 & 2.722+02 & 4.172-00 & 8.340-11 & 5.009-05 & 104 & 127 & 9.691+02 & 2.032-02 & 2.861-12 & 1.706-04 \\
 102 & 139 & 2.714+02 & 4.229-00 & 6.536-11 & 3.891-05 & 104 & 137 & 2.732+02 & 1.391+01 & 9.907-11 & 1.324-04 \\
 102 & 142 & 1.016+02 & 4.574+02 & 1.416-10 & 4.422-06 & 104 & 138 & 2.729+02 & 3.884-01 & 3.548-12 & 4.724-06 \\
 102 & 143 & 1.015+02 & 1.308+02 & 1.213-10 & 3.782-06 & 104 & 139 & 2.721+02 & 1.694-02 & 1.197-13 & 1.579-07 \\
 102 & 144 & 1.012+02 & 1.400+01 & 2.148-11 & 6.621-07 & 104 & 151 & 9.257+01 & 4.678+03 & 3.825-09 & 1.988-04 \\
 102 & 145 & 1.009+02 & 2.457+01 & 2.250-11 & 6.885-07 & 104 & 152 & 9.256+01 & 3.014+02 & 3.167-10 & 1.646-05 \\
 102 & 150 & 9.250+01 & 2.902+04 & 3.722-08 & 8.774-04 & 104 & 153 & 9.249+01 & 4.046+03 & 3.302-09 & 1.711-04 \\
 102 & 151 & 9.249+01 & 8.780+03 & 1.576-08 & 3.715-04 & 105 & 107 & 1.831+05 & 1.149-10 & 3.997-16 & 1.900-01 \\
 102 & 152 & 9.248+01 & 3.344+02 & 7.717-10 & 1.818-05 & 105 & 108 & 9.598+04 & 1.675-09 & 1.601-15 & 1.096-01 \\
 102 & 153 & 9.240+01 & 2.731+02 & 4.894-10 & 1.150-05 & 105 & 109 & 8.203+04 & 1.138-07 & 9.715-14 & 4.152-00 \\
 103 & 104 & 1.338+05 & 3.000-13 & 1.265-18 & 1.263-04 & 105 & 125 & 9.751+02 & 1.121-00 & 1.106-10 & 7.942-03 \\
 103 & 106 & 7.503+04 & 3.007-08 & 2.538-14 & 4.470-01 & 105 & 126 & 9.727+02 & 5.775-02 & 5.671-12 & 4.041-04 \\
 103 & 107 & 6.773+04 & 3.187-07 & 2.818-13 & 3.650-00 & 105 & 127 & 9.708+02 & 5.435-01 & 6.498-11 & 4.604-03 \\
 103 & 108 & 5.070+04 & 1.051-08 & 5.208-15 & 2.830-02 & 105 & 138 & 2.730+02 & 2.724+01 & 2.108-10 & 3.322-04 \\
 103 & 109 & 4.652+04 & 1.107-07 & 5.644-14 & 2.369-01 & 105 & 152 & 9.257+01 & 6.974+03 & 6.203-09 & 3.811-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 106 & 107 & 6.957+05 & 7.378-13 & 6.882-17 & 9.660-01 & 108 & 116 & 1.484+03 & 8.352-05 & 1.532-14 & 2.685-06 \\
 106 & 108 & 1.564+05 & 4.716-09 & 2.222-14 & 3.543-00 & 108 & 117 & 1.454+03 & 1.723-02 & 4.247-12 & 7.000-04 \\
 106 & 109 & 1.224+05 & 7.063-10 & 2.494-15 & 1.909-01 & 108 & 124 & 9.867+02 & 1.365-00 & 1.549-10 & 7.978-03 \\
 106 & 115 & 1.489+03 & 9.299-02 & 2.208-11 & 3.039-03 & 108 & 125 & 9.851+02 & 1.552-01 & 2.258-11 & 1.157-03 \\
 106 & 116 & 1.470+03 & 2.842-02 & 6.578-12 & 8.715-04 & 108 & 126 & 9.827+02 & 3.330-01 & 4.821-11 & 2.452-03 \\
 106 & 117 & 1.441+03 & 1.375-02 & 4.280-12 & 5.336-04 & 108 & 127 & 9.808+02 & 3.514-02 & 6.193-12 & 3.132-04 \\
 106 & 118 & 1.293+03 & 3.651-00 & 3.924-10 & 3.539-02 & 108 & 130 & 5.688+02 & 2.007-01 & 5.409-12 & 5.337-05 \\
 106 & 124 & 9.805+02 & 1.274-01 & 1.837-11 & 7.218-04 & 108 & 136 & 2.743+02 & 4.456+01 & 2.793-10 & 3.090-04 \\
 106 & 125 & 9.789+02 & 1.251-02 & 2.311-12 & 9.037-05 & 108 & 137 & 2.741+02 & 7.697+01 & 6.745-10 & 7.450-04 \\
 106 & 126 & 9.765+02 & 1.280-01 & 2.353-11 & 9.137-04 & 108 & 138 & 2.738+02 & 2.045+01 & 2.299-10 & 2.530-04 \\
 106 & 127 & 9.747+02 & 5.426-02 & 1.214-11 & 4.688-04 & 108 & 139 & 2.730+02 & 1.421+02 & 1.235-09 & 1.347-03 \\
 106 & 129 & 5.920+02 & 1.815+01 & 4.086-10 & 3.535-03 & 108 & 144 & 1.014+02 & 1.073-00 & 9.182-13 & 5.128-08 \\
 106 & 130 & 5.668+02 & 2.308-00 & 7.938-11 & 6.025-04 & 108 & 150 & 9.269+01 & 1.614+03 & 1.155-09 & 4.930-05 \\
 106 & 131 & 5.513+02 & 1.444+01 & 2.819-10 & 1.970-03 & 108 & 151 & 9.268+01 & 6.831+02 & 6.841-10 & 2.920-05 \\
 106 & 136 & 2.738+02 & 3.119+02 & 2.504-09 & 2.144-03 & 108 & 152 & 9.266+01 & 3.674+02 & 4.729-10 & 2.017-05 \\
 106 & 137 & 2.737+02 & 8.497-00 & 9.540-11 & 8.153-05 & 108 & 153 & 9.259+01 & 3.914+02 & 3.913-10 & 1.665-05 \\
 106 & 138 & 2.733+02 & 6.605-00 & 9.511-11 & 8.099-05 & 109 & 117 & 1.458+03 & 2.492-03 & 5.053-13 & 1.026-04 \\
 106 & 139 & 2.725+02 & 1.263+02 & 1.407-09 & 1.187-03 & 109 & 124 & 9.884+02 & 8.246-02 & 7.685-12 & 4.862-04 \\
 106 & 143 & 1.017+02 & 1.347+02 & 8.952-11 & 3.926-06 & 109 & 125 & 9.868+02 & 1.321-00 & 1.578-10 & 9.939-03 \\
 106 & 144 & 1.013+02 & 1.180+01 & 1.297-11 & 5.621-07 & 109 & 126 & 9.844+02 & 6.180-02 & 7.345-12 & 4.590-04 \\
 106 & 145 & 1.011+02 & 1.692+02 & 1.111-10 & 4.779-06 & 109 & 127 & 9.825+02 & 3.985-01 & 5.767-11 & 3.583-03 \\
 106 & 150 & 9.263+01 & 4.263+03 & 3.918-09 & 1.298-04 & 109 & 137 & 2.743+02 & 5.241+01 & 3.762-10 & 5.086-04 \\
 106 & 151 & 9.262+01 & 4.587+03 & 5.899-09 & 1.955-04 & 109 & 138 & 2.740+02 & 1.913+02 & 1.761-09 & 2.372-03 \\
 106 & 152 & 9.261+01 & 9.868+02 & 1.631-09 & 5.402-05 & 109 & 139 & 2.731+02 & 3.388-00 & 2.411-11 & 3.219-05 \\
 106 & 153 & 9.254+01 & 9.374+03 & 1.203-08 & 3.976-04 & 109 & 151 & 9.270+01 & 1.954+02 & 1.602-10 & 8.358-06 \\
 107 & 108 & 2.017+05 & 1.178-10 & 7.188-16 & 3.162-01 & 109 & 152 & 9.268+01 & 1.123+03 & 1.184-09 & 6.173-05 \\
 107 & 109 & 1.486+05 & 7.306-09 & 2.956-14 & 5.198-00 & 109 & 153 & 9.261+01 & 1.699+03 & 1.390-09 & 7.232-05 \\
 107 & 115 & 1.492+03 & 2.783-02 & 5.162-12 & 9.195-04 & 110 & 111 & 2.810+04 & 1.976-04 & 2.339-11 & 9.278-00 \\
 107 & 116 & 1.473+03 & 1.750-01 & 3.163-11 & 5.422-03 & 110 & 112 & 1.773+04 & 1.688-03 & 1.326-10 & 1.320+01 \\
 107 & 117 & 1.444+03 & 6.707-02 & 1.630-11 & 2.630-03 & 110 & 114 & 1.593+03 & 8.307-00 & 3.161-09 & 2.285-01 \\
 107 & 124 & 9.819+02 & 4.691-02 & 5.273-12 & 2.675-04 & 110 & 120 & 1.008+03 & 3.084+03 & 1.095-06 & 2.001+01 \\
 107 & 125 & 9.803+02 & 9.623-02 & 1.386-11 & 7.002-04 & 110 & 121 & 1.003+03 & 6.677+01 & 2.351-08 & 4.241-01 \\
 107 & 126 & 9.779+02 & 4.162-02 & 5.966-12 & 2.991-04 & 110 & 123 & 9.990+02 & 1.564+03 & 3.900-07 & 6.948-00 \\
 107 & 127 & 9.760+02 & 1.571-01 & 2.743-11 & 1.367-03 & 110 & 132 & 3.294+02 & 4.458+02 & 7.254-09 & 4.635-03 \\
 107 & 130 & 5.672+02 & 2.471+01 & 6.622-10 & 6.478-03 & 110 & 133 & 3.289+02 & 8.456+02 & 2.285-08 & 1.453-02 \\
 107 & 136 & 2.739+02 & 4.457+01 & 2.785-10 & 3.070-04 & 110 & 134 & 3.278+02 & 8.314+02 & 3.126-08 & 1.968-02 \\
 107 & 137 & 2.738+02 & 2.096+02 & 1.832-09 & 2.015-03 & 110 & 135 & 3.133+02 & 3.461+02 & 8.488-09 & 4.664-03 \\
 107 & 138 & 2.734+02 & 8.545+01 & 9.578-10 & 1.050-03 & 110 & 140 & 1.076+02 & 1.555+04 & 2.697-08 & 5.999-04 \\
 107 & 139 & 2.726+02 & 1.426+02 & 1.236-09 & 1.342-03 & 110 & 146 & 9.533+01 & 4.979+04 & 6.784-08 & 1.050-03 \\
 107 & 144 & 1.013+02 & 1.482+02 & 1.267-10 & 7.068-06 & 110 & 147 & 9.531+01 & 6.860+04 & 1.557-07 & 2.409-03 \\
 107 & 150 & 9.264+01 & 3.959+02 & 2.830-10 & 1.206-05 & 110 & 148 & 9.526+01 & 5.073+04 & 1.610-07 & 2.488-03 \\
 107 & 151 & 9.264+01 & 5.895+03 & 5.899-09 & 2.514-04 & 110 & 149 & 9.464+01 & 3.395+03 & 7.598-09 & 1.151-04 \\
 107 & 152 & 9.262+01 & 1.302+04 & 1.675-08 & 7.135-04 & 110 & 154 & 9.233+01 & 7.232+03 & 2.156-08 & 3.032-04 \\
 107 & 153 & 9.255+01 & 8.688+02 & 8.677-10 & 3.687-05 & 111 & 112 & 4.802+04 & 3.662-06 & 2.110-12 & 4.175-00 \\
 108 & 109 & 5.642+05 & 6.806-13 & 3.971-17 & 3.824-01 & 111 & 114 & 1.689+03 & 1.517-00 & 6.489-10 & 5.587-02 \\
 108 & 115 & 1.503+03 & 5.813-02 & 1.094-11 & 1.993-03 & 111 & 120 & 1.045+03 & 3.206+02 & 1.225-07 & 2.496-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 111 & 121 & 1.040+03 & 3.013+03 & 1.141-06 & 2.295+01 & 114 & 147 & 1.014+02 & 1.947+07 & 4.998-05 & 9.304-01 \\
 111 & 123 & 1.036+03 & 4.226+02 & 1.133-07 & 2.250-00 & 114 & 148 & 1.013+02 & 1.956+07 & 7.024-05 & 1.306-00 \\
 111 & 132 & 3.334+02 & 7.353+02 & 1.225-08 & 8.108-03 & 114 & 149 & 1.006+02 & 6.469+04 & 1.636-07 & 2.979-03 \\
 111 & 133 & 3.328+02 & 2.327+03 & 6.438-08 & 4.239-02 & 114 & 154 & 9.801+01 & 1.265-00 & 4.249-12 & 7.147-08 \\
 111 & 134 & 3.317+02 & 6.816+03 & 2.624-07 & 1.711-01 & 115 & 116 & 1.159+05 & 1.791-08 & 3.605-14 & 1.671-00 \\
 111 & 135 & 3.168+02 & 7.011+01 & 1.759-09 & 9.994-04 & 115 & 117 & 4.438+04 & 6.254-06 & 2.585-12 & 6.728-00 \\
 111 & 140 & 1.080+02 & 3.503+03 & 6.124-09 & 1.378-04 & 115 & 118 & 9.839+03 & 2.418-02 & 2.106-10 & 5.973-00 \\
 111 & 146 & 9.566+01 & 4.278+05 & 5.868-07 & 9.178-03 & 115 & 124 & 2.871+03 & 1.475-00 & 2.551-09 & 1.797-00 \\
 111 & 147 & 9.563+01 & 3.176+05 & 7.259-07 & 1.134-02 & 115 & 125 & 2.858+03 & 4.263-01 & 9.393-10 & 6.528-01 \\
 111 & 148 & 9.559+01 & 2.514+05 & 8.035-07 & 1.254-02 & 115 & 126 & 2.837+03 & 1.069+01 & 2.323-08 & 1.580+01 \\
 111 & 149 & 9.496+01 & 3.304+03 & 7.444-09 & 1.139-04 & 115 & 128 & 9.947+02 & 1.700+01 & 5.042-10 & 1.478-02 \\
 111 & 154 & 9.263+01 & 2.934+03 & 8.805-09 & 1.251-04 & 115 & 129 & 9.827+02 & 1.027+01 & 8.922-10 & 2.521-02 \\
 112 & 113 & 1.003+04 & 8.447-02 & 2.547-10 & 7.646-00 & 115 & 130 & 9.150+02 & 2.319-01 & 2.911-11 & 6.642-04 \\
 112 & 114 & 1.751+03 & 5.562-00 & 1.533-09 & 2.450-01 & 115 & 131 & 8.755+02 & 4.353-01 & 3.001-11 & 5.997-04 \\
 112 & 119 & 1.353+03 & 1.614+01 & 8.863-10 & 6.540-02 & 115 & 136 & 3.355+02 & 1.518-00 & 2.562-11 & 2.882-05 \\
 112 & 120 & 1.068+03 & 5.768+02 & 1.381-07 & 5.013-00 & 115 & 137 & 3.353+02 & 9.668+01 & 2.281-09 & 2.561-03 \\
 112 & 121 & 1.063+03 & 5.100+02 & 1.210-07 & 4.334-00 & 115 & 138 & 3.348+02 & 2.636+01 & 7.975-10 & 8.912-04 \\
 112 & 122 & 1.062+03 & 3.340+03 & 1.017-06 & 3.631+01 & 115 & 139 & 3.336+02 & 7.284+01 & 1.701-09 & 1.880-03 \\
 112 & 123 & 1.059+03 & 2.253+02 & 3.785-08 & 1.337-00 & 115 & 142 & 1.092+02 & 3.159+04 & 1.130-08 & 4.386-04 \\
 112 & 132 & 3.357+02 & 7.279+01 & 7.378-10 & 8.311-04 & 115 & 143 & 1.092+02 & 1.918+04 & 2.055-08 & 7.961-04 \\
 112 & 133 & 3.351+02 & 2.431+02 & 4.093-09 & 4.586-03 & 115 & 144 & 1.087+02 & 7.397+01 & 1.310-10 & 5.013-06 \\
 112 & 134 & 3.340+02 & 3.616+02 & 8.468-09 & 9.397-03 & 115 & 145 & 1.084+02 & 3.192+03 & 3.376-09 & 1.281-04 \\
 112 & 135 & 3.189+02 & 6.732-00 & 1.027-10 & 9.919-05 & 115 & 150 & 9.878+01 & 2.999+02 & 4.387-10 & 1.259-05 \\
 112 & 140 & 1.082+02 & 1.824+04 & 1.921-08 & 7.253-04 & 115 & 151 & 9.877+01 & 2.492+02 & 5.103-10 & 1.464-05 \\
 112 & 141 & 1.072+02 & 1.373+03 & 4.729-10 & 1.735-05 & 115 & 152 & 9.875+01 & 7.196+02 & 1.894-09 & 5.431-05 \\
 112 & 146 & 9.585+01 & 4.396+03 & 3.632-09 & 9.525-05 & 115 & 153 & 9.867+01 & 8.206+02 & 1.677-09 & 4.797-05 \\
 112 & 147 & 9.582+01 & 4.173+03 & 5.744-09 & 1.505-04 & 116 & 117 & 7.192+04 & 3.711-07 & 4.029-13 & 4.463-00 \\
 112 & 148 & 9.578+01 & 3.146+02 & 6.056-10 & 1.585-05 & 116 & 118 & 1.075+04 & 1.035-02 & 1.077-10 & 3.984-00 \\
 112 & 149 & 9.515+01 & 3.441+03 & 4.671-09 & 1.198-04 & 116 & 124 & 2.944+03 & 8.635-01 & 1.570-09 & 1.193-00 \\
 112 & 154 & 9.281+01 & 3.174+03 & 5.738-09 & 1.366-04 & 116 & 125 & 2.930+03 & 8.992-00 & 2.083-08 & 1.560+01 \\
 112 & 155 & 9.281+01 & 4.324+02 & 1.005-09 & 2.393-05 & 116 & 126 & 2.908+03 & 8.331-01 & 1.902-09 & 1.393-00 \\
 112 & 157 & 9.279+01 & 2.350+04 & 5.459-08 & 1.299-03 & 116 & 128 & 1.003+03 & 1.259+01 & 3.799-10 & 1.143-02 \\
 113 & 123 & 1.184+03 & 8.566+02 & 8.996-07 & 8.885-00 & 116 & 129 & 9.911+02 & 3.178-00 & 2.808-10 & 8.141-03 \\
 113 & 133 & 3.467+02 & 3.502+02 & 3.155-08 & 7.830-03 & 116 & 130 & 9.223+02 & 2.017-00 & 2.572-10 & 6.010-03 \\
 113 & 135 & 3.294+02 & 1.410+03 & 1.146-07 & 2.441-02 & 116 & 131 & 8.821+02 & 1.503-02 & 1.052-12 & 2.151-05 \\
 113 & 147 & 9.675+01 & 5.588+03 & 3.921-08 & 2.115-04 & 116 & 136 & 3.365+02 & 3.620-00 & 6.145-11 & 6.974-05 \\
 113 & 149 & 9.606+01 & 1.278+05 & 8.844-07 & 4.669-03 & 116 & 137 & 3.363+02 & 1.486+02 & 3.527-09 & 3.994-03 \\
 114 & 120 & 2.740+03 & 3.707-03 & 9.735-12 & 3.578-03 & 116 & 138 & 3.358+02 & 1.464+03 & 4.455-08 & 5.022-02 \\
 114 & 121 & 2.709+03 & 6.188-01 & 1.588-09 & 5.639-01 & 116 & 139 & 3.345+02 & 3.690+01 & 8.667-10 & 9.663-04 \\
 114 & 123 & 2.678+03 & 2.515-01 & 4.507-10 & 1.547-01 & 116 & 142 & 1.093+02 & 6.303+04 & 2.259-08 & 8.792-04 \\
 114 & 132 & 4.153+02 & 4.744+04 & 1.227-06 & 1.570-00 & 116 & 143 & 1.093+02 & 1.708+04 & 1.834-08 & 7.123-04 \\
 114 & 133 & 4.144+02 & 4.721+04 & 2.026-06 & 2.577-00 & 116 & 144 & 1.088+02 & 9.578+03 & 1.700-08 & 6.522-04 \\
 114 & 134 & 4.128+02 & 4.748+04 & 2.830-06 & 3.556-00 & 116 & 145 & 1.085+02 & 2.689+03 & 2.849-09 & 1.084-04 \\
 114 & 135 & 3.900+02 & 2.349+02 & 8.928-09 & 9.462-03 & 116 & 150 & 9.886+01 & 2.726+03 & 3.994-09 & 1.149-04 \\
 114 & 140 & 1.154+02 & 8.783-01 & 1.752-12 & 4.806-08 & 116 & 151 & 9.885+01 & 7.002+03 & 1.436-08 & 4.131-04 \\
 114 & 146 & 1.014+02 & 1.950+07 & 3.006-05 & 5.601-01 & 116 & 152 & 9.883+01 & 1.398+04 & 3.686-08 & 1.060-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 116 & 153 & 9.875+01 & 1.273+03 & 2.606-09 & 7.474-05 & 120 & 146 & 1.053+02 & 2.847+04 & 2.028-08 & 9.872-04 \\
 117 & 118 & 1.264+04 & 1.056-03 & 1.084-11 & 9.130-01 & 120 & 147 & 1.053+02 & 1.485+03 & 1.762-09 & 8.569-05 \\
 117 & 124 & 3.069+03 & 1.217-01 & 1.719-10 & 2.072-01 & 120 & 148 & 1.052+02 & 2.852+02 & 4.733-10 & 2.298-05 \\
 117 & 125 & 3.054+03 & 9.175-01 & 1.650-09 & 1.960-00 & 120 & 149 & 1.044+02 & 3.700+02 & 4.323-10 & 2.054-05 \\
 117 & 126 & 3.031+03 & 5.312-01 & 9.406-10 & 1.092-00 & 120 & 154 & 1.016+02 & 8.515+02 & 1.319-09 & 5.774-05 \\
 117 & 127 & 3.013+03 & 9.126-00 & 1.952-08 & 2.225+01 & 120 & 155 & 1.016+02 & 1.464+02 & 2.915-10 & 1.276-05 \\
 117 & 129 & 1.005+03 & 3.998-00 & 2.594-10 & 1.098-02 & 120 & 156 & 1.016+02 & 1.608+03 & 3.912-09 & 1.712-04 \\
 117 & 130 & 9.343+02 & 2.072-00 & 1.937-10 & 6.588-03 & 120 & 157 & 1.016+02 & 2.002-00 & 3.985-12 & 1.744-07 \\
 117 & 131 & 8.931+02 & 1.208+01 & 6.192-10 & 1.839-02 & 121 & 122 & 1.060+06 & 2.684-13 & 5.808-17 & 2.881-00 \\
 117 & 136 & 3.381+02 & 1.824-01 & 2.233-12 & 3.598-06 & 121 & 123 & 2.394+05 & 7.947-10 & 4.877-15 & 2.789-00 \\
 117 & 137 & 3.378+02 & 8.323-00 & 1.424-10 & 2.290-04 & 121 & 132 & 4.905+02 & 2.119+01 & 3.276-10 & 1.612-03 \\
 117 & 138 & 3.373+02 & 8.508+01 & 1.866-09 & 2.987-03 & 121 & 133 & 4.893+02 & 9.985-00 & 2.560-10 & 1.250-03 \\
 117 & 139 & 3.361+02 & 2.667-01 & 4.517-12 & 7.149-06 & 121 & 134 & 4.870+02 & 4.038+01 & 1.436-09 & 6.913-03 \\
 117 & 143 & 1.094+02 & 9.504+03 & 7.311-09 & 3.994-04 & 121 & 135 & 4.556+02 & 2.208+01 & 4.907-10 & 1.935-03 \\
 117 & 144 & 1.090+02 & 3.034+03 & 3.859-09 & 2.082-04 & 121 & 140 & 1.205+02 & 2.496-02 & 2.328-14 & 1.698-09 \\
 117 & 145 & 1.087+02 & 1.993+04 & 1.513-08 & 8.097-04 & 121 & 146 & 1.053+02 & 6.583-00 & 4.694-12 & 2.288-07 \\
 117 & 150 & 9.900+01 & 1.774+02 & 1.862-10 & 7.533-06 & 121 & 147 & 1.053+02 & 4.552+03 & 5.407-09 & 2.633-04 \\
 117 & 151 & 9.899+01 & 3.195+02 & 4.694-10 & 1.898-05 & 121 & 148 & 1.053+02 & 1.654+04 & 2.747-08 & 1.336-03 \\
 117 & 152 & 9.897+01 & 9.914+01 & 1.872-10 & 7.566-06 & 121 & 149 & 1.045+02 & 1.394+02 & 1.630-10 & 7.755-06 \\
 117 & 153 & 9.889+01 & 1.015+03 & 1.488-09 & 6.001-05 & 121 & 154 & 1.017+02 & 1.492+03 & 2.313-09 & 1.014-04 \\
 118 & 124 & 4.054+03 & 1.538-00 & 8.842-09 & 1.052+01 & 121 & 155 & 1.017+02 & 1.408+04 & 2.807-08 & 1.231-03 \\
 118 & 129 & 1.092+03 & 1.828-02 & 3.266-12 & 7.594-05 & 121 & 156 & 1.017+02 & 1.416+05 & 3.448-07 & 1.511-02 \\
 118 & 130 & 1.009+03 & 2.976-01 & 7.568-11 & 1.389-03 & 121 & 157 & 1.017+02 & 7.620+03 & 1.518-08 & 6.650-04 \\
 118 & 131 & 9.610+02 & 1.953-00 & 2.704-10 & 4.288-03 & 122 & 123 & 3.092+05 & 2.084-11 & 1.660-16 & 2.631-01 \\
 118 & 136 & 3.474+02 & 1.528+01 & 4.607-10 & 3.451-04 & 122 & 133 & 4.895+02 & 6.523+01 & 1.302-09 & 8.186-03 \\
 118 & 137 & 3.471+02 & 6.472+02 & 2.728-08 & 2.039-02 & 122 & 134 & 4.872+02 & 2.284+01 & 6.321-10 & 3.919-03 \\
 118 & 139 & 3.453+02 & 6.259+02 & 2.610-08 & 1.920-02 & 122 & 135 & 4.558+02 & 3.901+01 & 6.750-10 & 3.426-03 \\
 118 & 143 & 1.104+02 & 9.823+01 & 1.794-10 & 4.311-06 & 122 & 147 & 1.053+02 & 1.288+04 & 1.190-08 & 7.456-04 \\
 118 & 144 & 1.099+02 & 4.997+03 & 1.508-08 & 3.580-04 & 122 & 148 & 1.053+02 & 8.194+01 & 1.059-10 & 6.621-06 \\
 118 & 145 & 1.096+02 & 3.408+04 & 6.140-08 & 1.446-03 & 122 & 149 & 1.045+02 & 1.259+04 & 1.145-08 & 7.008-04 \\
 118 & 150 & 9.978+01 & 8.480+03 & 2.109-08 & 3.744-04 & 122 & 154 & 1.017+02 & 7.393+01 & 8.916-11 & 5.026-06 \\
 118 & 151 & 9.977+01 & 1.053+04 & 3.667-08 & 6.507-04 & 122 & 155 & 1.017+02 & 1.768+01 & 2.741-11 & 1.546-06 \\
 118 & 153 & 9.967+01 & 2.092+04 & 7.270-08 & 1.286-03 & 122 & 156 & 1.017+02 & 2.356-01 & 4.462-13 & 2.515-08 \\
 119 & 123 & 4.864+03 & 4.320-03 & 7.661-11 & 5.251-02 & 122 & 157 & 1.017+02 & 6.219+02 & 9.639-10 & 5.431-05 \\
 119 & 133 & 4.454+02 & 1.181+02 & 1.756-08 & 9.241-03 & 123 & 132 & 4.915+02 & 4.365+01 & 9.487-10 & 3.355-03 \\
 119 & 135 & 4.173+02 & 4.776+04 & 6.234-06 & 2.698-00 & 123 & 133 & 4.903+02 & 4.013+01 & 1.446-09 & 5.076-03 \\
 119 & 147 & 1.031+02 & 7.153+04 & 5.702-07 & 3.725-03 & 123 & 134 & 4.880+02 & 6.310-00 & 3.153-10 & 1.091-03 \\
 119 & 149 & 1.023+02 & 2.050+07 & 1.610-04 & 1.028-00 & 123 & 135 & 4.565+02 & 5.006-02 & 1.564-12 & 4.429-06 \\
 120 & 121 & 2.376+05 & 9.139-11 & 7.735-16 & 4.326-01 & 123 & 140 & 1.206+02 & 1.390-01 & 1.817-13 & 9.478-09 \\
 120 & 122 & 1.941+05 & 1.504-09 & 1.092-14 & 3.328-00 & 123 & 141 & 1.193+02 & 1.680+04 & 7.168-09 & 3.622-04 \\
 120 & 123 & 1.192+05 & 2.983-08 & 4.542-14 & 3.211-00 & 123 & 146 & 1.054+02 & 7.667+02 & 7.661-10 & 2.670-05 \\
 120 & 132 & 4.895+02 & 9.378+01 & 1.444-09 & 7.062-03 & 123 & 147 & 1.054+02 & 5.046+03 & 8.397-09 & 2.925-04 \\
 120 & 133 & 4.883+02 & 1.939-01 & 4.950-12 & 2.402-05 & 123 & 148 & 1.053+02 & 2.789+03 & 6.490-09 & 2.257-04 \\
 120 & 134 & 4.860+02 & 9.992-01 & 3.538-11 & 1.693-04 & 123 & 149 & 1.046+02 & 3.282+03 & 5.378-09 & 1.830-04 \\
 120 & 135 & 4.547+02 & 2.318+01 & 5.133-10 & 2.012-03 & 123 & 154 & 1.017+02 & 1.030+04 & 2.237-08 & 7.012-04 \\
 120 & 140 & 1.204+02 & 1.318-01 & 1.228-13 & 8.944-09 & 123 & 155 & 1.017+02 & 7.930+04 & 2.214-07 & 6.943-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 123 & 157 & 1.017+02 & 9.044-02 & 2.524-13 & 7.910-09 & 127 & 153 & 1.022+02 & 3.260+03 & 3.251-09 & 2.277-04 \\
 124 & 125 & 6.221+05 & 2.222-12 & 1.658-16 & 1.664-00 & 128 & 130 & 1.142+04 & 1.358-03 & 1.328-10 & 1.179-00 \\
 124 & 126 & 2.426+05 & 1.369-10 & 1.553-15 & 9.250-01 & 128 & 136 & 5.063+02 & 6.603+03 & 1.269-06 & 9.809-01 \\
 124 & 127 & 1.639+05 & 6.846-11 & 4.335-16 & 7.963-02 & 128 & 144 & 1.220+02 & 2.955+06 & 3.299-05 & 3.572-01 \\
 124 & 129 & 1.494+03 & 9.796-01 & 1.405-10 & 1.955-02 & 128 & 150 & 1.097+02 & 1.859+07 & 1.676-04 & 1.317-00 \\
 124 & 130 & 1.343+03 & 1.817-01 & 3.511-11 & 3.547-03 & 129 & 130 & 1.329+04 & 1.245-03 & 5.497-11 & 2.306-00 \\
 124 & 131 & 1.260+03 & 9.088-01 & 9.265-11 & 7.720-03 & 129 & 131 & 8.023+03 & 1.025-02 & 9.891-11 & 9.126-01 \\
 124 & 136 & 3.799+02 & 1.015+01 & 1.568-10 & 3.586-04 & 129 & 136 & 5.095+02 & 5.557+03 & 3.604-07 & 8.517-01 \\
 124 & 137 & 3.796+02 & 9.219+01 & 1.992-09 & 4.544-03 & 129 & 137 & 5.089+02 & 9.146+03 & 8.287-07 & 1.952-00 \\
 124 & 138 & 3.790+02 & 1.201+01 & 3.326-10 & 7.549-04 & 129 & 139 & 5.050+02 & 6.397+02 & 5.706-08 & 1.313-01 \\
 124 & 139 & 3.774+02 & 3.494+01 & 7.462-10 & 1.673-03 & 129 & 143 & 1.228+02 & 1.338+06 & 3.025-06 & 1.001-01 \\
 124 & 143 & 1.135+02 & 9.074+02 & 7.506-10 & 4.572-05 & 129 & 144 & 1.222+02 & 5.762+06 & 2.151-05 & 7.018-01 \\
 124 & 144 & 1.130+02 & 1.168+02 & 1.597-10 & 9.603-06 & 129 & 145 & 1.219+02 & 3.848+06 & 8.567-06 & 2.770-01 \\
 124 & 145 & 1.127+02 & 4.904+02 & 4.000-10 & 2.386-05 & 129 & 150 & 1.098+02 & 1.610+07 & 4.850-05 & 1.148-00 \\
 124 & 150 & 1.023+02 & 1.982+03 & 2.221-09 & 9.914-05 & 129 & 151 & 1.098+02 & 2.622+07 & 1.106-04 & 2.616-00 \\
 124 & 151 & 1.023+02 & 1.204+04 & 1.889-08 & 8.427-04 & 129 & 153 & 1.097+02 & 2.072+06 & 8.720-06 & 2.056-01 \\
 124 & 152 & 1.023+02 & 2.223+03 & 4.482-09 & 1.999-04 & 130 & 131 & 2.024+04 & 3.886-05 & 1.432-12 & 3.537-01 \\
 124 & 153 & 1.022+02 & 1.152+04 & 1.803-08 & 8.017-04 & 130 & 136 & 5.298+02 & 7.533+02 & 3.170-08 & 1.404-01 \\
 125 & 126 & 3.978+05 & 1.225-12 & 2.907-17 & 9.809-02 & 130 & 137 & 5.292+02 & 3.644+03 & 2.142-07 & 9.454-01 \\
 125 & 127 & 2.226+05 & 3.183-10 & 2.890-15 & 1.709-00 & 130 & 138 & 5.280+02 & 1.146+04 & 8.622-07 & 3.779-00 \\
 125 & 130 & 1.346+03 & 1.620-00 & 2.444-10 & 3.196-02 & 130 & 139 & 5.249+02 & 1.442+02 & 8.341-09 & 3.593-02 \\
 125 & 136 & 3.802+02 & 1.277-00 & 1.537-11 & 4.527-05 & 130 & 142 & 1.240+02 & 1.473+07 & 6.794-06 & 3.861-01 \\
 125 & 137 & 3.799+02 & 2.781-00 & 4.680-11 & 1.375-04 & 130 & 143 & 1.239+02 & 9.583+06 & 1.324-05 & 7.507-01 \\
 125 & 138 & 3.792+02 & 1.297+02 & 2.797-09 & 8.177-03 & 130 & 144 & 1.234+02 & 5.132+06 & 1.171-05 & 6.546-01 \\
 125 & 139 & 3.776+02 & 3.226+01 & 5.366-10 & 1.549-03 & 130 & 145 & 1.230+02 & 1.447+06 & 1.969-06 & 1.091-01 \\
 125 & 144 & 1.130+02 & 1.008+03 & 1.072-09 & 8.294-05 & 130 & 150 & 1.107+02 & 2.609+06 & 4.796-06 & 1.939-01 \\
 125 & 150 & 1.023+02 & 4.248+02 & 3.704-10 & 2.126-05 & 130 & 151 & 1.107+02 & 1.266+07 & 3.258-05 & 1.317-00 \\
 125 & 151 & 1.023+02 & 4.694+03 & 5.729-09 & 3.288-04 & 130 & 152 & 1.107+02 & 3.916+07 & 1.295-04 & 5.231-00 \\
 125 & 152 & 1.023+02 & 2.423+04 & 3.801-08 & 2.180-03 & 130 & 153 & 1.106+02 & 3.880+05 & 9.961-07 & 4.013-02 \\
 125 & 153 & 1.022+02 & 5.179-00 & 6.308-12 & 3.609-07 & 131 & 136 & 5.440+02 & 6.101+02 & 4.512-08 & 1.298-01 \\
 126 & 127 & 5.054+05 & 2.935-12 & 1.374-16 & 9.511-01 & 131 & 137 & 5.434+02 & 1.325+02 & 1.369-08 & 3.926-02 \\
 126 & 130 & 1.351+03 & 1.286-02 & 1.954-12 & 2.580-04 & 131 & 139 & 5.389+02 & 9.816+03 & 9.972-07 & 2.789-00 \\
 126 & 136 & 3.805+02 & 6.572-01 & 7.926-12 & 2.341-05 & 131 & 143 & 1.247+02 & 3.835+06 & 8.940-06 & 3.098-01 \\
 126 & 137 & 3.802+02 & 2.404+01 & 4.053-10 & 1.194-03 & 131 & 144 & 1.241+02 & 8.674+05 & 3.339-06 & 1.141-01 \\
 126 & 138 & 3.796+02 & 7.089-00 & 1.531-10 & 4.490-04 & 131 & 145 & 1.237+02 & 9.602+06 & 2.204-05 & 7.463-01 \\
 126 & 139 & 3.780+02 & 1.220+01 & 2.033-10 & 5.886-04 & 131 & 150 & 1.113+02 & 2.387+06 & 7.392-06 & 1.823-01 \\
 126 & 144 & 1.130+02 & 8.223-00 & 8.751-12 & 6.775-07 & 131 & 151 & 1.113+02 & 6.632+05 & 2.875-06 & 7.089-02 \\
 126 & 150 & 1.023+02 & 4.125+03 & 3.599-09 & 2.068-04 & 131 & 153 & 1.112+02 & 3.672+07 & 1.589-04 & 3.903-00 \\
 126 & 151 & 1.023+02 & 2.546+02 & 3.109-10 & 1.786-05 & 132 & 133 & 1.937+05 & 1.068-09 & 1.001-14 & 1.301-00 \\
 126 & 152 & 1.023+02 & 1.925+02 & 3.021-10 & 1.734-05 & 132 & 134 & 6.718+04 & 1.744-08 & 2.754-14 & 1.492-01 \\
 126 & 153 & 1.022+02 & 1.788+02 & 2.179-10 & 1.247-05 & 132 & 135 & 6.396+03 & 8.593-05 & 8.785-13 & 4.108-03 \\
 127 & 137 & 3.805+02 & 1.021-01 & 1.410-12 & 5.090-06 & 132 & 140 & 1.597+02 & 1.895+06 & 7.247-06 & 5.276-01 \\
 127 & 138 & 3.799+02 & 3.746+01 & 6.630-10 & 2.381-03 & 132 & 146 & 1.341+02 & 2.439+06 & 6.582-06 & 2.839-01 \\
 127 & 139 & 3.783+02 & 3.357-04 & 4.584-15 & 1.626-08 & 132 & 147 & 1.341+02 & 2.428+06 & 1.091-05 & 4.702-01 \\
 127 & 151 & 1.023+02 & 1.520+03 & 1.519-09 & 1.067-04 & 132 & 148 & 1.340+02 & 1.993+05 & 1.252-06 & 5.386-02 \\
 127 & 152 & 1.023+02 & 2.193-02 & 2.817-14 & 1.978-09 & 132 & 149 & 1.328+02 & 8.419+03 & 3.709-08 & 1.552-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 132 & 154 & 1.283+02 & 2.540+07 & 1.462-04 & 5.514-00 & 137 & 145 & 1.602+02 & 1.966+04 & 3.243-08 & 5.561-03 \\
 133 & 134 & 1.028+05 & 2.072-08 & 4.600-14 & 1.490-00 & 137 & 150 & 1.400+02 & 1.061+06 & 2.228-06 & 2.551-01 \\
 133 & 135 & 6.615+03 & 4.984-05 & 3.269-13 & 2.818-03 & 137 & 151 & 1.400+02 & 2.109+06 & 6.197-06 & 7.092-01 \\
 133 & 140 & 1.599+02 & 3.145+06 & 7.229-06 & 8.794-01 & 137 & 152 & 1.400+02 & 6.140+05 & 2.319-06 & 2.652-01 \\
 133 & 141 & 1.576+02 & 3.087+04 & 2.300-08 & 2.682-03 & 137 & 153 & 1.398+02 & 1.343+04 & 3.936-08 & 4.485-03 \\
 133 & 146 & 1.342+02 & 4.046+06 & 6.559-06 & 4.726-01 & 138 & 139 & 9.134+04 & 5.753-10 & 5.598-16 & 2.287-02 \\
 133 & 147 & 1.342+02 & 1.750+06 & 4.726-06 & 3.402-01 & 138 & 144 & 1.610+02 & 1.189+06 & 2.565-06 & 5.736-01 \\
 133 & 148 & 1.341+02 & 1.981+06 & 7.476-06 & 5.370-01 & 138 & 150 & 1.401+02 & 5.233+04 & 8.557-08 & 1.262-02 \\
 133 & 149 & 1.329+02 & 5.156+03 & 1.365-08 & 9.536-04 & 138 & 151 & 1.401+02 & 7.934+05 & 1.816-06 & 2.677-01 \\
 133 & 154 & 1.284+02 & 7.016+06 & 2.426-05 & 1.528-00 & 138 & 152 & 1.401+02 & 2.998+06 & 8.817-06 & 1.299-00 \\
 133 & 155 & 1.284+02 & 1.829+07 & 8.133-05 & 5.123-00 & 138 & 153 & 1.399+02 & 2.435+04 & 5.557-08 & 8.156-03 \\
 133 & 157 & 1.283+02 & 9.103+06 & 4.045-05 & 2.546-00 & 139 & 143 & 1.622+02 & 7.148+04 & 1.209-07 & 2.153-02 \\
 134 & 135 & 7.069+03 & 5.772-05 & 3.089-13 & 4.550-03 & 139 & 144 & 1.613+02 & 1.112+04 & 3.097-08 & 5.414-03 \\
 134 & 140 & 1.601+02 & 4.405+06 & 7.255-06 & 1.241-00 & 139 & 145 & 1.606+02 & 1.477+06 & 2.448-06 & 4.230-01 \\
 134 & 146 & 1.344+02 & 4.633+05 & 5.379-07 & 5.447-02 & 139 & 150 & 1.403+02 & 3.968+04 & 8.368-08 & 9.642-03 \\
 134 & 147 & 1.344+02 & 2.768+06 & 5.352-06 & 5.414-01 & 139 & 151 & 1.403+02 & 3.186+03 & 9.405-09 & 1.083-03 \\
 134 & 148 & 1.343+02 & 4.759+06 & 1.286-05 & 1.299-00 & 139 & 152 & 1.403+02 & 2.298+04 & 8.717-08 & 1.003-02 \\
 134 & 149 & 1.331+02 & 9.639+03 & 1.827-08 & 1.794-03 & 139 & 153 & 1.401+02 & 3.632+06 & 1.069-05 & 1.226-00 \\
 134 & 154 & 1.285+02 & 4.669+05 & 1.156-06 & 1.023-01 & 140 & 146 & 8.381+02 & 1.030+04 & 1.085-06 & 1.141+01 \\
 134 & 155 & 1.285+02 & 3.322+06 & 1.058-05 & 9.363-01 & 140 & 147 & 8.362+02 & 1.039+04 & 1.815-06 & 1.897+01 \\
 134 & 156 & 1.285+02 & 3.272+07 & 1.273-04 & 1.126+01 & 140 & 148 & 8.327+02 & 1.066+04 & 2.585-06 & 2.667+01 \\
 134 & 157 & 1.285+02 & 2.128+06 & 6.773-06 & 5.990-01 & 140 & 149 & 7.875+02 & 4.962+01 & 7.689-09 & 6.711-02 \\
 135 & 140 & 1.638+02 & 9.204+03 & 2.221-08 & 2.908-03 & 140 & 154 & 6.516+02 & 1.821-04 & 2.705-14 & 1.337-07 \\
 135 & 141 & 1.615+02 & 9.771+06 & 7.638-06 & 9.576-01 & 141 & 147 & 9.031+02 & 2.408+01 & 1.472-08 & 6.458-02 \\
 135 & 146 & 1.370+02 & 1.211+04 & 2.045-08 & 1.567-03 & 141 & 149 & 8.465+02 & 9.643+03 & 5.180-06 & 1.872+01 \\
 135 & 147 & 1.370+02 & 7.397+03 & 2.081-08 & 1.593-03 & 142 & 144 & 2.272+04 & 2.935-04 & 1.136-10 & 7.941-00 \\
 135 & 148 & 1.369+02 & 5.955+03 & 2.342-08 & 1.789-03 & 142 & 150 & 1.032+03 & 1.800+03 & 1.438-06 & 9.420-00 \\
 135 & 149 & 1.356+02 & 7.169+06 & 1.976-05 & 1.468-00 & 143 & 144 & 2.648+04 & 2.671-04 & 4.679-11 & 1.552+01 \\
 135 & 154 & 1.309+02 & 2.008+04 & 7.223-08 & 4.825-03 & 143 & 145 & 1.609+04 & 2.113-03 & 8.205-11 & 6.110-00 \\
 135 & 155 & 1.309+02 & 1.053+07 & 4.870-05 & 3.253-00 & 143 & 150 & 1.039+03 & 1.513+03 & 4.082-07 & 8.181-00 \\
 135 & 157 & 1.309+02 & 2.032+07 & 9.391-05 & 6.268-00 & 143 & 151 & 1.038+03 & 2.472+03 & 9.320-07 & 1.863+01 \\
 136 & 137 & 4.763+05 & 3.840-12 & 1.829-16 & 5.886-01 & 143 & 153 & 1.027+03 & 2.013+02 & 7.430-08 & 1.438-00 \\
 136 & 138 & 1.525+05 & 4.379-11 & 2.749-16 & 2.906-02 & 144 & 145 & 4.103+04 & 7.656-06 & 1.159-12 & 2.384-00 \\
 136 & 139 & 5.713+04 & 5.801-09 & 3.974-15 & 2.207-02 & 144 & 150 & 1.081+03 & 2.042+02 & 3.580-08 & 1.349-00 \\
 136 & 142 & 1.619+02 & 1.546+06 & 1.216-06 & 1.538-01 & 144 & 151 & 1.080+03 & 9.951+02 & 2.438-07 & 9.161-00 \\
 136 & 143 & 1.618+02 & 4.474+05 & 1.053-06 & 1.328-01 & 144 & 152 & 1.078+03 & 3.112+03 & 9.762-07 & 3.645+01 \\
 136 & 144 & 1.608+02 & 4.411+04 & 1.710-07 & 2.118-02 & 144 & 153 & 1.068+03 & 3.233+01 & 7.748-09 & 2.815-01 \\
 136 & 145 & 1.602+02 & 6.787+04 & 1.566-07 & 1.917-02 & 145 & 150 & 1.111+03 & 1.652+02 & 5.093-08 & 1.247-00 \\
 136 & 150 & 1.400+02 & 2.519+06 & 7.400-06 & 6.046-01 & 145 & 151 & 1.110+03 & 4.712+01 & 2.030-08 & 4.957-01 \\
 136 & 151 & 1.400+02 & 7.639+05 & 3.141-06 & 2.565-01 & 145 & 153 & 1.097+03 & 2.666+03 & 1.122-06 & 2.648+01 \\
 136 & 152 & 1.399+02 & 2.911+04 & 1.538-07 & 1.255-02 & 146 & 147 & 3.732+05 & 3.005-10 & 1.045-14 & 9.708-00 \\
 136 & 153 & 1.398+02 & 2.342+04 & 9.603-08 & 7.808-03 & 146 & 148 & 1.293+05 & 4.944-09 & 2.890-14 & 1.115-00 \\
 137 & 138 & 2.244+05 & 1.344-10 & 1.304-15 & 6.142-01 & 146 & 149 & 1.305+04 & 2.032-05 & 8.649-13 & 3.435-02 \\
 137 & 139 & 6.492+04 & 8.732-10 & 5.517-16 & 6.293-03 & 146 & 154 & 2.928+03 & 8.136-00 & 2.440-08 & 1.094+01 \\
 137 & 143 & 1.618+02 & 1.029+06 & 1.732-06 & 3.061-01 & 147 & 148 & 1.978+05 & 5.876-09 & 4.824-14 & 1.111+01 \\
 137 & 144 & 1.609+02 & 2.974+05 & 8.240-07 & 1.430-01 & 147 & 149 & 1.352+04 & 1.121-05 & 3.072-13 & 2.263-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 4. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for electric quadrupole (E2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 147 & 154 & 2.951+03 & 2.165-00 & 3.957-09 & 3.029-00 & 150 & 152 & 3.668+05 & 5.316-12 & 1.931-16 & 2.838-01 \\
 147 & 155 & 2.952+03 & 5.663-00 & 1.332-08 & 1.021+01 & 150 & 153 & 8.946+04 & 4.956-09 & 8.324-15 & 1.775-01 \\
 147 & 157 & 2.933+03 & 2.865-00 & 6.652-09 & 4.999-00 & 151 & 152 & 5.130+05 & 2.112-11 & 1.071-15 & 6.029-00 \\
 148 & 149 & 1.452+04 & 1.369-05 & 3.088-13 & 3.937-02 & 151 & 153 & 9.614+04 & 9.614-10 & 1.332-15 & 4.934-02 \\
 148 & 154 & 2.996+03 & 1.342-01 & 1.806-10 & 2.025-01 & 152 & 153 & 1.183+05 & 1.278-09 & 2.086-15 & 1.851-01 \\
 148 & 155 & 2.997+03 & 9.528-01 & 1.650-09 & 1.852-00 & 155 & 154 & 5.885+06 & 3.610-17 & 1.458-19 & 1.593-00 \\
 148 & 156 & 2.981+03 & 9.646-00 & 2.019-08 & 2.229+01 & 154 & 156 & 5.958+05 & 9.536-14 & 7.975-18 & 7.033-02 \\
 148 & 157 & 2.977+03 & 6.309-01 & 1.078-09 & 1.186-00 & 154 & 157 & 4.817+05 & 4.893-12 & 2.188-16 & 1.019-00 \\
 149 & 154 & 3.775+03 & 2.188-03 & 6.543-12 & 1.048-02 & 155 & 156 & 5.410+05 & 3.563-12 & 1.911-16 & 1.622-00 \\
 149 & 155 & 3.777+03 & 9.786-01 & 3.768-09 & 6.047-00 & 155 & 157 & 4.452+05 & 7.230-13 & 2.149-17 & 1.017-01 \\
 149 & 157 & 3.746+03 & 2.001-00 & 7.574-09 & 1.185+01 & 156 & 157 & 2.514+06 & 1.287-15 & 9.976-19 & 1.039-00 \\
 150 & 151 & 1.288+06 & 2.613-13 & 9.096-17 & 5.785-00 &     &     &          &          &          &          \\
 & & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}

\clearpage

\begin{flushleft}
 Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                 
   1 &   2 & 1.714+01 & 2.222+05 & 4.891-08 & 1.102-01 &   2 &  56 & 4.393+01 & 9.094+02 & 5.262-11 & 9.977-03 \\
   1 &  18 & 1.545+01 & 6.118+06 & 1.095-06 & 1.806-00 &   2 &  60 & 4.280+01 & 9.371-01 & 1.544-13 & 2.708-05 \\
   1 &  21 & 1.540+01 & 1.119+06 & 1.989-07 & 3.249-01 &   2 &  61 & 4.280+01 & 1.892-02 & 9.355-15 & 1.640-06 \\
   1 &  24 & 1.519+01 & 4.453+05 & 7.706-08 & 1.209-01 &   2 &  63 & 4.278+01 & 1.392+01 & 3.819-12 & 6.688-04 \\
   1 &  25 & 1.518+01 & 2.667+05 & 4.605-08 & 7.204-02 &   2 &  64 & 4.273+01 & 1.025+01 & 3.928-12 & 6.854-04 \\
   1 &  32 & 1.384+01 & 8.481+05 & 1.218-07 & 1.445-01 &   2 &  65 & 4.272+01 & 2.240-00 & 6.128-13 & 1.069-04 \\
   1 &  38 & 1.272+01 & 1.146+05 & 1.388-08 & 1.277-02 &   2 &  66 & 4.272+01 & 3.103-00 & 1.188-12 & 2.072-04 \\
   1 &  54 & 1.233+01 & 3.007+06 & 3.428-07 & 2.875-01 &   2 &  67 & 4.270+01 & 6.187-00 & 3.044-12 & 5.303-04 \\
   1 &  57 & 1.232+01 & 8.542+05 & 9.722-08 & 8.137-02 &   2 &  72 & 4.098+01 & 8.992-02 & 3.169-14 & 4.878-06 \\
   1 &  68 & 1.218+01 & 1.290+05 & 1.434-08 & 1.159-02 &   2 &  73 & 4.096+01 & 2.131-00 & 9.649-13 & 1.483-04 \\
   1 &  69 & 1.218+01 & 4.470+05 & 4.967-08 & 4.010-02 &   2 &  74 & 4.095+01 & 2.779+01 & 9.781-12 & 1.502-03 \\
   1 &  76 & 1.145+01 & 1.036+05 & 1.018-08 & 6.831-03 &   2 &  75 & 4.094+01 & 4.783-01 & 1.202-13 & 1.846-05 \\
   1 &  89 & 1.129+01 & 1.732+06 & 1.655-07 & 1.066-01 &   2 &  78 & 3.389+01 & 3.677+03 & 3.798-10 & 3.306-02 \\
   1 &  91 & 1.129+01 & 5.734+05 & 5.477-08 & 3.524-02 &   2 &  79 & 3.384+01 & 1.903+01 & 3.267-12 & 2.832-04 \\
   1 & 102 & 1.125+01 & 3.971-00 & 3.766-13 & 2.398-07 &   2 &  80 & 3.381+01 & 5.314+03 & 1.275-09 & 1.102-01 \\
   1 & 115 & 1.116+01 & 5.362+04 & 5.008-09 & 3.116-03 &   2 &  81 & 3.379+01 & 8.310+03 & 8.536-10 & 7.367-02 \\
   1 & 116 & 1.116+01 & 3.642+05 & 3.401-08 & 2.115-02 &   2 &  82 & 3.376+01 & 8.834+03 & 1.510-09 & 1.300-01 \\
   1 & 130 & 1.103+01 & 6.443+05 & 5.874-08 & 3.524-02 &   2 &  83 & 3.356+01 & 1.334+04 & 4.506-10 & 3.809-02 \\
   1 & 136 & 1.080+01 & 2.524-01 & 2.208-14 & 1.245-08 &   2 &  94 & 3.277+01 & 6.766-02 & 6.537-15 & 5.147-07 \\
   1 & 144 & 1.012+01 & 5.289+05 & 4.063-08 & 1.885-02 &   2 &  95 & 3.276+01 & 1.032+01 & 1.661-12 & 1.307-04 \\
   1 & 150 & 1.003+01 & 1.968-00 & 1.484-13 & 6.696-08 &   2 &  97 & 3.276+01 & 2.977-02 & 8.623-15 & 6.782-07 \\
   2 &   6 & 4.096+02 & 9.328-01 & 1.408-11 & 2.165-00 &   2 &  98 & 3.274+01 & 1.252+01 & 2.817-12 & 2.212-04 \\
   2 &   7 & 3.655+02 & 4.951-03 & 9.918-14 & 1.084-02 &   2 &  99 & 3.274+01 & 3.466-00 & 5.568-13 & 4.370-05 \\
   2 &   8 & 3.492+02 & 2.488-00 & 6.366-11 & 6.062-00 &   2 & 100 & 3.274+01 & 1.514-00 & 3.406-13 & 2.673-05 \\
   2 &   9 & 3.378+02 & 4.167-00 & 4.277-11 & 3.688-00 &   2 & 101 & 3.273+01 & 4.972-00 & 1.438-12 & 1.128-04 \\
   2 &  10 & 3.222+02 & 5.946-00 & 9.254-11 & 6.924-00 &   2 & 110 & 3.272+01 & 1.685-00 & 1.623-13 & 1.272-05 \\
   2 &  11 & 2.813+02 & 9.898-00 & 2.349-11 & 1.170-00 &   2 & 111 & 3.268+01 & 1.650-03 & 1.586-16 & 1.238-08 \\
   2 &  12 & 2.695+02 & 4.110-01 & 2.684-12 & 1.175-01 &   2 & 112 & 3.266+01 & 2.133-00 & 3.410-13 & 2.657-05 \\
   2 &  13 & 2.519+02 & 5.219-01 & 2.979-12 & 1.065-01 &   2 & 113 & 3.255+01 & 3.476+02 & 1.105-11 & 8.524-04 \\
   2 &  14 & 2.499+02 & 1.615-03 & 1.512-14 & 5.277-04 &   2 & 114 & 3.206+01 & 5.775+01 & 5.340-12 & 3.936-04 \\
   2 &  15 & 1.910+02 & 5.882+01 & 6.433-11 & 1.003-00 &   2 & 119 & 3.189+01 & 1.137+02 & 3.466-12 & 2.514-04 \\
   2 &  28 & 9.075+01 & 5.455+02 & 4.041-10 & 6.755-01 &   2 & 120 & 3.169+01 & 3.415-03 & 7.198-16 & 5.124-08 \\
   2 &  29 & 8.656+01 & 1.163+03 & 2.612-10 & 3.789-01 &   2 & 121 & 3.169+01 & 2.491+01 & 5.249-12 & 3.735-04 \\
   2 &  34 & 5.786+01 & 3.964-00 & 1.194-12 & 5.172-04 &   2 & 122 & 3.168+01 & 1.615-00 & 4.376-13 & 3.114-05 \\
   2 &  35 & 5.782+01 & 1.074+01 & 5.382-12 & 2.327-03 &   2 & 123 & 3.168+01 & 1.916-01 & 2.884-14 & 2.051-06 \\
   2 &  36 & 5.775+01 & 1.454+01 & 1.018-11 & 4.386-03 &   2 & 132 & 2.976+01 & 2.952-00 & 2.352-13 & 1.387-05 \\
   2 &  37 & 5.641+01 & 1.081-01 & 5.159-14 & 2.071-05 &   2 & 133 & 2.976+01 & 1.919+01 & 2.548-12 & 1.502-04 \\
   2 &  40 & 4.693+01 & 3.471+03 & 6.877-10 & 1.590-01 &   2 & 134 & 2.975+01 & 6.209+01 & 1.154-11 & 6.793-04 \\
   2 &  43 & 4.677+01 & 8.701-00 & 2.854-12 & 6.532-04 &   2 & 135 & 2.963+01 & 6.289-00 & 8.275-13 & 4.813-05 \\
   2 &  44 & 4.666+01 & 4.925+03 & 2.250-09 & 5.111-01 &   2 & 140 & 2.509+01 & 2.104-00 & 1.191-13 & 4.208-06 \\
   2 &  45 & 4.658+01 & 7.926+03 & 1.547-09 & 3.498-01 &   2 & 141 & 2.503+01 & 1.895-01 & 3.561-15 & 1.249-07 \\
   2 &  46 & 4.648+01 & 8.231+03 & 2.666-09 & 5.989-01 &   2 & 146 & 2.436+01 & 9.243-01 & 4.933-14 & 1.595-06 \\
   2 &  47 & 4.581+01 & 9.889+03 & 6.222-10 & 1.338-01 &   2 & 147 & 2.436+01 & 1.143+01 & 1.017-12 & 3.287-05 \\
   2 &  48 & 4.468+01 & 8.456-00 & 1.519-12 & 3.030-04 &   2 & 148 & 2.435+01 & 4.929+01 & 6.136-12 & 1.983-04 \\
   2 &  49 & 4.449+01 & 2.862-00 & 5.096-13 & 1.004-04 &   2 & 149 & 2.431+01 & 6.490-00 & 5.752-13 & 1.849-05 \\
   2 &  50 & 4.446+01 & 1.738-01 & 5.149-14 & 1.012-05 &   2 & 154 & 2.416+01 & 1.513-06 & 1.853-19 & 5.844-12 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   2 & 155 & 2.416+01 & 1.700-05 & 2.678-18 & 8.444-11 &   3 & 121 & 3.184+01 & 6.736-00 & 2.390-12 & 1.036-04 \\
   2 & 157 & 2.416+01 & 3.467-06 & 5.460-19 & 1.722-11 &   3 & 123 & 3.184+01 & 6.979-00 & 1.768-12 & 7.659-05 \\
   3 &   6 & 4.379+02 & 2.759-02 & 7.934-13 & 8.943-02 &   3 & 132 & 2.990+01 & 8.403-00 & 1.127-12 & 4.043-05 \\
   3 &   7 & 3.879+02 & 3.607-06 & 1.356-16 & 1.062-05 &   3 & 133 & 2.990+01 & 2.814-00 & 6.286-13 & 2.255-05 \\
   3 &   8 & 3.695+02 & 2.667-00 & 1.274-10 & 8.625-00 &   3 & 134 & 2.989+01 & 1.543-00 & 4.823-13 & 1.728-05 \\
   3 &   9 & 3.568+02 & 3.295-01 & 6.290-12 & 3.835-01 &   3 & 135 & 2.976+01 & 2.670-00 & 5.911-13 & 2.092-05 \\
   3 &  10 & 3.394+02 & 1.991-00 & 5.733-11 & 3.009-00 &   3 & 140 & 2.519+01 & 2.379-00 & 2.263-13 & 4.853-06 \\
   3 &  12 & 2.814+02 & 3.895-02 & 4.624-13 & 1.383-02 &   3 & 146 & 2.445+01 & 4.603-00 & 4.126-13 & 8.097-06 \\
   3 &  13 & 2.623+02 & 9.495-01 & 9.794-12 & 2.372-01 &   3 & 147 & 2.445+01 & 1.528-00 & 2.283-13 & 4.480-06 \\
   3 &  14 & 2.601+02 & 2.033-01 & 3.438-12 & 8.125-02 &   3 & 148 & 2.445+01 & 6.411-00 & 1.340-12 & 2.629-05 \\
   3 &  28 & 9.207+01 & 6.530+02 & 8.298-10 & 8.690-01 &   3 & 149 & 2.441+01 & 1.758-00 & 2.617-13 & 5.106-06 \\
   3 &  34 & 5.839+01 & 3.633-00 & 1.857-12 & 4.963-04 &   3 & 154 & 2.425+01 & 3.817-05 & 7.851-18 & 1.503-10 \\
   3 &  35 & 5.836+01 & 5.996-00 & 5.102-12 & 1.361-03 &   4 &   7 & 5.823+02 & 1.834-03 & 4.660-13 & 4.115-02 \\
   3 &  36 & 5.828+01 & 1.565+01 & 1.859-11 & 4.941-03 &   4 &  10 & 4.795+02 & 2.124-04 & 3.662-14 & 1.806-03 \\
   3 &  37 & 5.692+01 & 5.693-00 & 4.608-12 & 1.140-03 &   4 &  14 & 3.352+02 & 2.897-00 & 2.440-10 & 4.111-00 \\
   3 &  40 & 4.728+01 & 1.941+02 & 6.504-11 & 9.226-03 &   4 &  35 & 6.144+01 & 2.702-00 & 7.646-12 & 7.934-04 \\
   3 &  43 & 4.712+01 & 1.945-00 & 1.079-12 & 1.515-04 &   4 &  37 & 5.985+01 & 2.441-02 & 6.554-14 & 6.286-06 \\
   3 &  44 & 4.700+01 & 7.237+03 & 5.593-09 & 7.793-01 &   4 &  43 & 4.911+01 & 4.740-00 & 8.571-12 & 4.542-04 \\
   3 &  45 & 4.693+01 & 7.582+02 & 2.503-10 & 3.472-02 &   4 &  46 & 4.879+01 & 1.268-01 & 2.263-13 & 1.176-05 \\
   3 &  46 & 4.683+01 & 3.572+03 & 1.957-09 & 2.697-01 &   4 &  50 & 4.656+01 & 4.805+03 & 7.810-09 & 3.528-01 \\
   3 &  48 & 4.500+01 & 3.255-00 & 9.883-13 & 1.209-04 &   4 &  63 & 4.473+01 & 3.299-02 & 4.948-14 & 1.980-06 \\
   3 &  49 & 4.481+01 & 2.923+02 & 8.797-11 & 1.062-02 &   4 &  65 & 4.466+01 & 7.668-00 & 1.147-11 & 4.570-04 \\
   3 &  50 & 4.477+01 & 1.046+02 & 5.239-11 & 6.310-03 &   4 &  75 & 4.273+01 & 5.085-02 & 6.958-14 & 2.428-06 \\
   3 &  60 & 4.309+01 & 6.300-00 & 1.754-12 & 1.883-04 &   4 &  79 & 3.505+01 & 3.506-01 & 3.228-13 & 6.218-06 \\
   3 &  63 & 4.307+01 & 8.488-00 & 3.934-12 & 4.218-04 &   4 &  82 & 3.497+01 & 2.531-02 & 2.320-14 & 4.438-07 \\
   3 &  64 & 4.302+01 & 1.389+01 & 8.991-12 & 9.606-04 &   4 &  95 & 3.389+01 & 2.081+01 & 1.792-11 & 3.122-04 \\
   3 &  65 & 4.301+01 & 5.497-00 & 2.541-12 & 2.713-04 &   4 &  99 & 3.387+01 & 1.037+01 & 8.918-12 & 1.550-04 \\
   3 &  66 & 4.301+01 & 2.208+01 & 1.429-11 & 1.525-03 &   4 & 112 & 3.378+01 & 5.167+03 & 4.421-09 & 7.625-02 \\
   3 &  72 & 4.124+01 & 3.948-00 & 2.350-12 & 2.212-04 &   4 & 123 & 3.274+01 & 1.127-01 & 9.056-14 & 1.421-06 \\
   3 &  74 & 4.121+01 & 7.090-00 & 4.213-12 & 3.957-04 &   4 & 133 & 3.069+01 & 2.629-00 & 1.856-12 & 2.400-05 \\
   3 &  75 & 4.121+01 & 1.103+01 & 4.681-12 & 4.397-04 &   4 & 135 & 3.055+01 & 2.477-00 & 1.733-12 & 2.210-05 \\
   3 &  78 & 3.407+01 & 2.191+02 & 3.812-11 & 2.022-03 &   4 & 147 & 2.498+01 & 1.513-01 & 7.073-14 & 4.930-07 \\
   3 &  79 & 3.402+01 & 4.688-00 & 1.356-12 & 7.166-05 &   4 & 149 & 2.493+01 & 3.970-00 & 1.850-12 & 1.282-05 \\
   3 &  80 & 3.399+01 & 7.900+03 & 3.193-09 & 1.683-01 &   5 &   6 & 7.560+02 & 8.171-03 & 7.001-13 & 4.059-01 \\
   3 &  81 & 3.397+01 & 7.935+02 & 1.373-10 & 7.224-03 &   5 &   7 & 6.183+02 & 2.046-03 & 1.954-13 & 6.197-02 \\
   3 &  82 & 3.395+01 & 4.148+03 & 1.194-09 & 6.270-02 &   5 &   8 & 5.729+02 & 4.457-03 & 5.117-13 & 1.291-01 \\
   3 &  94 & 3.294+01 & 4.764-00 & 7.751-13 & 3.719-05 &   5 &   9 & 5.429+02 & 3.523-03 & 1.557-13 & 3.344-02 \\
   3 &  95 & 3.293+01 & 5.751-00 & 1.559-12 & 7.472-05 &   5 &  10 & 5.037+02 & 1.936-03 & 1.227-13 & 2.104-02 \\
   3 &  98 & 3.292+01 & 1.514+01 & 5.738-12 & 2.746-04 &   5 &  12 & 3.857+02 & 2.513-02 & 5.603-13 & 4.313-02 \\
   3 &  99 & 3.291+01 & 2.484-00 & 6.721-13 & 3.214-05 &   5 &  13 & 3.506+02 & 5.268-00 & 9.711-11 & 5.619-00 \\
   3 & 100 & 3.291+01 & 1.199+01 & 4.543-12 & 2.172-04 &   5 &  14 & 3.468+02 & 3.625-00 & 1.090-10 & 6.101-00 \\
   3 & 110 & 3.289+01 & 9.786-00 & 1.587-12 & 7.577-05 &   5 &  28 & 1.010+02 & 2.493+01 & 3.813-11 & 5.272-02 \\
   3 & 111 & 3.285+01 & 2.305+02 & 3.730-11 & 1.775-03 &   5 &  34 & 6.186+01 & 6.324-00 & 3.629-12 & 1.153-03 \\
   3 & 112 & 3.283+01 & 9.572+01 & 2.578-11 & 1.224-03 &   5 &  35 & 6.182+01 & 6.717-02 & 6.414-14 & 2.034-05 \\
   3 & 114 & 3.222+01 & 1.139-00 & 1.773-13 & 7.960-06 &   5 &  36 & 6.174+01 & 6.637-01 & 8.850-13 & 2.796-04 \\
   3 & 120 & 3.185+01 & 1.958-00 & 6.949-13 & 3.013-05 &   5 &  37 & 6.021+01 & 3.260-00 & 2.953-12 & 8.649-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   5 &  40 & 4.953+01 & 1.804+02 & 6.633-11 & 1.082-02 &   6 &  21 & 2.406+02 & 2.061-00 & 2.981-11 & 5.575-01 \\
   5 &  43 & 4.936+01 & 1.303+01 & 7.933-12 & 1.280-03 &   6 &  22 & 2.356+02 & 7.470-01 & 1.451-11 & 2.547-01 \\
   5 &  44 & 4.922+01 & 1.378+02 & 1.168-10 & 1.870-02 &   6 &  23 & 2.160+02 & 2.822+01 & 1.974-10 & 2.672-00 \\
   5 &  45 & 4.914+01 & 4.906+01 & 1.776-11 & 2.830-03 &   6 &  24 & 1.989+02 & 3.018-01 & 2.982-12 & 3.146-02 \\
   5 &  46 & 4.903+01 & 4.366+01 & 2.623-11 & 4.149-03 &   6 &  25 & 1.963+02 & 2.004-00 & 1.930-11 & 1.960-01 \\
   5 &  48 & 4.703+01 & 4.186-00 & 1.388-12 & 1.938-04 &   6 &  26 & 1.946+02 & 6.189-01 & 8.197-12 & 8.104-02 \\
   5 &  49 & 4.682+01 & 1.180+04 & 3.878-09 & 5.342-01 &   6 &  27 & 1.739+02 & 2.854+01 & 1.293-10 & 9.120-01 \\
   5 &  50 & 4.678+01 & 7.169+03 & 3.921-09 & 5.388-01 &   6 &  31 & 8.871+01 & 4.108+02 & 4.846-10 & 4.541-01 \\
   5 &  60 & 4.495+01 & 5.705-01 & 1.728-13 & 2.106-05 &   6 &  32 & 8.727+01 & 1.953+02 & 3.716-10 & 3.314-01 \\
   5 &  63 & 4.493+01 & 7.315+01 & 3.689-11 & 4.490-03 &   6 &  33 & 8.609+01 & 8.604+01 & 9.561-11 & 8.187-02 \\
   5 &  64 & 4.487+01 & 4.202+01 & 2.960-11 & 3.589-03 &   6 &  38 & 5.603+01 & 7.969+02 & 6.251-10 & 1.475-01 \\
   5 &  65 & 4.486+01 & 3.676+01 & 1.849-11 & 2.241-03 &   6 &  39 & 5.587+01 & 1.887+02 & 8.830-11 & 2.066-02 \\
   5 &  66 & 4.486+01 & 1.103+01 & 7.768-12 & 9.410-04 &   6 &  42 & 5.292+01 & 4.077+02 & 1.711-10 & 3.404-02 \\
   5 &  72 & 4.295+01 & 6.516-01 & 4.204-13 & 4.469-05 &   6 &  52 & 4.939+01 & 2.958+03 & 1.082-09 & 1.750-01 \\
   5 &  74 & 4.291+01 & 1.850-00 & 1.191-12 & 1.263-04 &   6 &  54 & 4.925+01 & 2.511+03 & 1.522-09 & 2.440-01 \\
   5 &  75 & 4.291+01 & 1.736-00 & 7.987-13 & 8.469-05 &   6 &  55 & 4.922+01 & 3.410+02 & 2.891-10 & 4.627-02 \\
   5 &  78 & 3.522+01 & 6.359+01 & 1.183-11 & 6.934-04 &   6 &  57 & 4.910+01 & 1.603+03 & 9.658-10 & 1.534-01 \\
   5 &  79 & 3.517+01 & 4.181-00 & 1.292-12 & 7.546-05 &   6 &  58 & 4.903+01 & 4.944+02 & 4.157-10 & 6.574-02 \\
   5 &  80 & 3.514+01 & 1.687+02 & 7.288-11 & 4.244-03 &   6 &  59 & 4.852+01 & 1.410+04 & 4.976-09 & 7.628-01 \\
   5 &  81 & 3.512+01 & 3.488+01 & 6.448-12 & 3.748-04 &   6 &  68 & 4.689+01 & 4.222-00 & 2.320-12 & 3.209-04 \\
   5 &  82 & 3.509+01 & 6.855+01 & 2.109-11 & 1.223-03 &   6 &  69 & 4.685+01 & 1.033+03 & 5.663-10 & 7.813-02 \\
   5 &  94 & 3.402+01 & 1.589+01 & 2.757-12 & 1.457-04 &   6 &  70 & 4.679+01 & 1.043+02 & 7.991-11 & 1.099-02 \\
   5 &  95 & 3.401+01 & 1.049-00 & 3.030-13 & 1.600-05 &   6 &  71 & 4.640+01 & 4.672+02 & 1.508-10 & 2.021-02 \\
   5 &  98 & 3.399+01 & 3.165+01 & 1.279-11 & 6.742-04 &   6 &  76 & 3.764+01 & 6.881+02 & 2.436-10 & 1.743-02 \\
   5 &  99 & 3.398+01 & 4.256+01 & 1.228-11 & 6.467-04 &   6 &  77 & 3.760+01 & 1.816+02 & 3.849-11 & 2.747-03 \\
   5 & 100 & 3.398+01 & 3.498-00 & 1.413-12 & 7.440-05 &   6 &  85 & 3.623+01 & 7.188+02 & 1.415-10 & 9.028-03 \\
   5 & 110 & 3.396+01 & 1.351+02 & 2.336-11 & 1.228-03 &   6 &  87 & 3.604+01 & 2.411+03 & 4.694-10 & 2.949-02 \\
   5 & 111 & 3.392+01 & 1.255+04 & 2.165-09 & 1.134-01 &   6 &  89 & 3.600+01 & 2.293+03 & 7.427-10 & 4.651-02 \\
   5 & 112 & 3.390+01 & 7.905+03 & 2.269-09 & 1.186-01 &   6 &  90 & 3.600+01 & 3.678+02 & 1.667-10 & 1.044-02 \\
   5 & 114 & 3.325+01 & 2.790+02 & 4.625-11 & 2.282-03 &   6 &  91 & 3.597+01 & 1.772+03 & 5.729-10 & 3.578-02 \\
   5 & 120 & 3.285+01 & 2.618-01 & 9.884-14 & 4.704-06 &   6 &  92 & 3.595+01 & 5.107+02 & 2.309-10 & 1.440-02 \\
   5 & 121 & 3.285+01 & 1.010-00 & 3.812-13 & 1.813-05 &   6 &  93 & 3.579+01 & 1.691+04 & 3.247-09 & 1.998-01 \\
   5 & 123 & 3.285+01 & 7.046-01 & 1.899-13 & 9.033-06 &   6 & 102 & 3.558+01 & 1.561-01 & 4.938-14 & 2.984-06 \\
   5 & 132 & 3.079+01 & 7.124-00 & 1.012-12 & 3.966-05 &   6 & 103 & 3.557+01 & 8.621-02 & 3.816-14 & 2.305-06 \\
   5 & 133 & 3.078+01 & 1.124+01 & 2.661-12 & 1.042-04 &   6 & 106 & 3.556+01 & 5.548-04 & 2.453-16 & 1.480-08 \\
   5 & 134 & 3.077+01 & 8.281-00 & 2.744-12 & 1.073-04 &   6 & 115 & 3.473+01 & 2.384-02 & 7.182-15 & 4.037-07 \\
   5 & 135 & 3.064+01 & 2.744+01 & 6.437-12 & 2.485-04 &   6 & 116 & 3.472+01 & 1.084+03 & 3.266-10 & 1.834-02 \\
   5 & 140 & 2.581+01 & 1.152-01 & 1.151-14 & 2.655-07 &   6 & 117 & 3.470+01 & 9.310+01 & 3.921-11 & 2.199-03 \\
   5 & 146 & 2.504+01 & 2.102-00 & 1.976-13 & 4.164-06 &   6 & 118 & 3.460+01 & 1.840+02 & 3.303-11 & 1.837-03 \\
   5 & 147 & 2.504+01 & 1.531+01 & 2.399-12 & 5.055-05 &   6 & 124 & 3.431+01 & 1.772-02 & 7.298-15 & 3.957-07 \\
   5 & 148 & 2.504+01 & 7.774-00 & 1.705-12 & 3.590-05 &   6 & 129 & 3.354+01 & 1.048-00 & 1.767-13 & 8.950-06 \\
   5 & 149 & 2.499+01 & 3.033+01 & 4.735-12 & 9.920-05 &   6 & 130 & 3.346+01 & 8.308-01 & 2.324-13 & 1.168-05 \\
   5 & 154 & 2.483+01 & 3.366-05 & 7.258-18 & 1.491-10 &   6 & 131 & 3.340+01 & 9.442-00 & 1.579-12 & 7.898-05 \\
   6 &  17 & 2.640+02 & 3.583-00 & 3.744-11 & 9.244-01 &   6 & 136 & 3.147+01 & 3.283-00 & 8.123-13 & 3.397-05 \\
   6 &  18 & 2.539+02 & 3.467-00 & 5.586-11 & 1.227-00 &   6 & 137 & 3.147+01 & 1.387-00 & 4.805-13 & 2.009-05 \\
   6 &  20 & 2.492+02 & 3.777-01 & 8.204-12 & 1.704-01 &   6 & 139 & 3.145+01 & 7.829-01 & 2.709-13 & 1.131-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   6 & 143 & 2.634+01 & 7.193-01 & 7.484-14 & 1.837-06 &   7 &  90 & 3.638+01 & 5.178+02 & 1.439-10 & 1.550-02 \\
   6 & 144 & 2.632+01 & 1.315-00 & 2.276-13 & 5.569-06 &   7 &  91 & 3.635+01 & 3.008-00 & 5.959-13 & 6.404-05 \\
   6 & 145 & 2.630+01 & 9.176-00 & 9.517-13 & 2.324-05 &   7 &  92 & 3.633+01 & 3.231+03 & 8.953-10 & 9.605-02 \\
   6 & 150 & 2.569+01 & 1.606-00 & 2.649-13 & 6.030-06 &   7 &  93 & 3.617+01 & 5.370+01 & 6.320-12 & 6.691-04 \\
   6 & 151 & 2.569+01 & 6.370-01 & 1.471-13 & 3.348-06 &   7 & 102 & 3.595+01 & 6.946-01 & 1.346-13 & 1.399-05 \\
   6 & 153 & 2.569+01 & 5.252-01 & 1.212-13 & 2.757-06 &   7 & 103 & 3.595+01 & 2.646-01 & 7.178-14 & 7.460-06 \\
   7 &  16 & 2.928+02 & 2.633-01 & 6.771-13 & 3.803-02 &   7 & 106 & 3.593+01 & 4.429-01 & 1.200-13 & 1.245-05 \\
   7 &  17 & 2.862+02 & 8.501-01 & 6.266-12 & 3.288-01 &   7 & 107 & 3.593+01 & 1.146-01 & 3.993-14 & 4.143-06 \\
   7 &  18 & 2.745+02 & 1.183-00 & 1.336-11 & 6.178-01 &   7 & 108 & 3.592+01 & 3.434-01 & 1.196-13 & 1.240-05 \\
   7 &  19 & 2.738+02 & 4.859-00 & 9.833-11 & 4.517-00 &   7 & 115 & 3.509+01 & 1.071-00 & 1.976-13 & 1.909-05 \\
   7 &  20 & 2.689+02 & 4.766-01 & 7.234-12 & 3.147-01 &   7 & 116 & 3.508+01 & 1.127+02 & 2.079-11 & 2.007-03 \\
   7 &  21 & 2.590+02 & 1.163-02 & 1.170-13 & 4.545-03 &   7 & 117 & 3.506+01 & 1.802+02 & 4.649-11 & 4.481-03 \\
   7 &  22 & 2.532+02 & 3.541-00 & 4.764-11 & 1.730-00 &   7 & 118 & 3.496+01 & 6.937-01 & 7.627-14 & 7.290-06 \\
   7 &  23 & 2.307+02 & 2.950-04 & 1.412-15 & 3.881-05 &   7 & 124 & 3.466+01 & 1.870-00 & 4.717-13 & 4.394-05 \\
   7 &  24 & 2.112+02 & 6.187-04 & 4.138-15 & 8.723-05 &   7 & 125 & 3.466+01 & 4.492-02 & 1.456-14 & 1.356-06 \\
   7 &  25 & 2.084+02 & 1.066-00 & 6.940-12 & 1.404-01 &   7 & 126 & 3.466+01 & 1.633-01 & 5.294-14 & 4.929-06 \\
   7 &  26 & 2.064+02 & 2.272-01 & 2.031-12 & 3.996-02 &   7 & 128 & 3.389+01 & 2.800-02 & 9.644-16 & 8.396-08 \\
   7 &  27 & 1.832+02 & 6.441-02 & 1.945-13 & 2.677-03 &   7 & 129 & 3.388+01 & 2.993-00 & 3.090-13 & 2.687-05 \\
   7 &  30 & 9.140+01 & 1.279+03 & 3.203-10 & 5.470-01 &   7 & 130 & 3.379+01 & 2.387-00 & 4.086-13 & 3.526-05 \\
   7 &  31 & 9.109+01 & 5.799+02 & 4.329-10 & 7.318-01 &   7 & 131 & 3.373+01 & 2.535-02 & 2.595-15 & 2.228-07 \\
   7 &  32 & 8.957+01 & 2.872-00 & 3.454-12 & 5.552-03 &   7 & 136 & 3.176+01 & 2.775+01 & 4.197-12 & 3.008-04 \\
   7 &  33 & 8.833+01 & 5.886+01 & 4.131-11 & 6.368-02 &   7 & 137 & 3.176+01 & 1.175+02 & 2.488-11 & 1.783-03 \\
   7 &  38 & 5.697+01 & 4.984-00 & 2.425-12 & 1.003-03 &   7 & 138 & 3.176+01 & 2.663+01 & 7.247-12 & 5.191-04 \\
   7 &  39 & 5.680+01 & 1.017-02 & 2.953-15 & 1.210-06 &   7 & 139 & 3.175+01 & 2.641-00 & 5.587-13 & 3.998-05 \\
   7 &  41 & 5.383+01 & 1.103+02 & 9.585-12 & 3.345-03 &   7 & 142 & 2.656+01 & 4.537-01 & 9.593-15 & 4.018-07 \\
   7 &  42 & 5.376+01 & 5.699+01 & 1.481-11 & 5.148-03 &   7 & 143 & 2.655+01 & 1.259-01 & 7.987-15 & 3.344-07 \\
   7 &  51 & 5.021+01 & 8.351+02 & 6.313-11 & 1.788-02 &   7 & 144 & 2.652+01 & 1.344-00 & 1.418-13 & 5.917-06 \\
   7 &  52 & 5.012+01 & 1.110+03 & 2.509-10 & 7.065-02 &   7 & 145 & 2.651+01 & 2.065-00 & 1.305-13 & 5.438-06 \\
   7 &  53 & 5.001+01 & 6.284+03 & 4.241-09 & 1.187-00 &   7 & 150 & 2.589+01 & 1.701+01 & 1.709-12 & 6.634-05 \\
   7 &  54 & 4.997+01 & 1.770+03 & 6.628-10 & 1.850-01 &   7 & 151 & 2.589+01 & 8.128+01 & 1.143-11 & 4.438-04 \\
   7 &  55 & 4.995+01 & 4.871+02 & 2.551-10 & 7.109-02 &   7 & 152 & 2.589+01 & 2.570+01 & 4.648-12 & 1.804-04 \\
   7 &  57 & 4.982+01 & 8.591-00 & 3.197-12 & 8.844-04 &   7 & 153 & 2.588+01 & 4.245-01 & 5.968-14 & 2.314-06 \\
   7 &  58 & 4.975+01 & 2.972+03 & 1.544-09 & 4.251-01 &   8 &  17 & 2.972+02 & 5.384-02 & 3.055-13 & 2.510-02 \\
   7 &  59 & 4.922+01 & 2.751+01 & 5.995-12 & 1.599-03 &   8 &  18 & 2.845+02 & 2.563-00 & 2.221-11 & 1.601-00 \\
   7 &  68 & 4.755+01 & 2.854-02 & 9.673-15 & 2.326-06 &   8 &  19 & 2.838+02 & 1.482+01 & 2.301-10 & 1.647+01 \\
   7 &  69 & 4.750+01 & 1.461+02 & 4.943-11 & 1.185-02 &   8 &  20 & 2.785+02 & 3.242-02 & 3.771-13 & 2.552-02 \\
   7 &  70 & 4.744+01 & 1.683+02 & 7.953-11 & 1.900-02 &   8 &  21 & 2.679+02 & 8.642-01 & 6.641-12 & 3.998-01 \\
   7 &  71 & 4.704+01 & 4.785-00 & 9.523-13 & 2.217-04 &   8 &  22 & 2.617+02 & 1.384+01 & 1.421-10 & 7.973-00 \\
   7 &  76 & 3.806+01 & 5.159-00 & 1.120-12 & 1.382-04 &   8 &  23 & 2.378+02 & 2.596-01 & 9.429-13 & 3.969-02 \\
   7 &  77 & 3.802+01 & 4.139-01 & 5.382-14 & 6.619-06 &   8 &  24 & 2.171+02 & 9.275-02 & 4.681-13 & 1.500-02 \\
   7 &  84 & 3.664+01 & 4.070+01 & 1.638-12 & 1.802-04 &   8 &  25 & 2.141+02 & 5.087-01 & 2.497-12 & 7.671-02 \\
   7 &  85 & 3.662+01 & 7.623+01 & 9.197-12 & 1.010-03 &   8 &  26 & 2.120+02 & 1.471-01 & 9.913-13 & 2.959-02 \\
   7 &  86 & 3.645+01 & 9.833+02 & 3.917-11 & 4.243-03 &   8 &  27 & 1.876+02 & 3.814-02 & 8.629-14 & 1.785-03 \\
   7 &  87 & 3.642+01 & 1.139+03 & 1.360-10 & 1.470-02 &   8 &  31 & 9.217+01 & 4.387+01 & 2.394-11 & 5.871-02 \\
   7 &  88 & 3.640+01 & 6.636+03 & 2.373-09 & 2.559-01 &   8 &  32 & 9.061+01 & 3.178+02 & 2.794-10 & 6.510-01 \\
   7 &  89 & 3.639+01 & 1.857+03 & 3.686-10 & 3.973-02 &   8 &  33 & 8.934+01 & 9.320+02 & 4.780-10 & 1.067-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   8 &  38 & 5.739+01 & 2.568+03 & 9.054-10 & 5.359-01 &   8 & 143 & 2.664+01 & 1.142+01 & 5.210-13 & 3.085-05 \\
   8 &  39 & 5.722+01 & 5.825+03 & 1.225-09 & 7.188-01 &   8 & 144 & 2.661+01 & 3.640+01 & 2.761-12 & 1.630-04 \\
   8 &  42 & 5.413+01 & 1.900-00 & 3.576-13 & 1.776-04 &   8 & 145 & 2.660+01 & 4.076+01 & 1.852-12 & 1.092-04 \\
   8 &  52 & 5.044+01 & 1.332+02 & 2.177-11 & 8.753-03 &   8 & 150 & 2.598+01 & 1.971-01 & 1.424-14 & 7.815-07 \\
   8 &  53 & 5.033+01 & 2.266+04 & 1.107-08 & 4.419-00 &   8 & 151 & 2.598+01 & 2.343+01 & 2.370-12 & 1.301-04 \\
   8 &  54 & 5.030+01 & 3.778+03 & 1.023-09 & 4.078-01 &   8 & 152 & 2.597+01 & 3.791+02 & 4.931-11 & 2.705-03 \\
   8 &  55 & 5.027+01 & 4.929+01 & 1.867-11 & 7.429-03 &   8 & 153 & 2.597+01 & 2.827+01 & 2.858-12 & 1.567-04 \\
   8 &  57 & 5.014+01 & 1.126+03 & 3.032-10 & 1.197-01 &   9 &  17 & 3.059+02 & 5.856-01 & 8.215-12 & 3.156-01 \\
   8 &  58 & 5.007+01 & 1.413+04 & 5.311-09 & 2.087-00 &   9 &  18 & 2.925+02 & 9.334-02 & 1.995-12 & 6.699-02 \\
   8 &  59 & 4.954+01 & 4.470+02 & 7.048-11 & 2.683-02 &   9 &  20 & 2.862+02 & 1.479-02 & 4.239-13 & 1.334-02 \\
   8 &  68 & 4.784+01 & 3.238-00 & 7.936-13 & 2.721-04 &   9 &  21 & 2.750+02 & 2.651-01 & 5.009-12 & 1.398-01 \\
   8 &  69 & 4.779+01 & 1.086+01 & 2.657-12 & 9.084-04 &   9 &  22 & 2.685+02 & 1.133+01 & 2.857-10 & 7.418-00 \\
   8 &  70 & 4.774+01 & 2.265-00 & 7.736-13 & 2.635-04 &   9 &  23 & 2.433+02 & 3.435-00 & 3.049-11 & 5.896-01 \\
   8 &  71 & 4.733+01 & 2.371+01 & 3.412-12 & 1.132-03 &   9 &  24 & 2.217+02 & 6.361-02 & 7.815-13 & 1.144-02 \\
   8 &  76 & 3.825+01 & 2.458+03 & 3.851-10 & 6.748-02 &   9 &  25 & 2.186+02 & 6.670-01 & 7.963-12 & 1.116-01 \\
   8 &  77 & 3.821+01 & 5.739+03 & 5.384-10 & 9.406-02 &   9 &  26 & 2.164+02 & 1.905-02 & 3.122-13 & 4.248-03 \\
   8 &  85 & 3.679+01 & 7.091-00 & 6.168-13 & 9.622-05 &   9 &  27 & 1.911+02 & 4.004-00 & 2.192-11 & 2.053-01 \\
   8 &  87 & 3.660+01 & 1.301+02 & 1.119-11 & 1.718-03 &   9 &  31 & 9.299+01 & 2.283+02 & 2.960-10 & 3.195-01 \\
   8 &  88 & 3.657+01 & 2.381+04 & 6.138-09 & 9.401-01 &   9 &  32 & 9.141+01 & 1.984+02 & 4.142-10 & 4.246-01 \\
   8 &  89 & 3.656+01 & 4.123+03 & 5.901-10 & 9.029-02 &   9 &  33 & 9.012+01 & 7.030-00 & 8.559-12 & 8.407-03 \\
   8 &  90 & 3.656+01 & 4.317+01 & 8.648-12 & 1.323-03 &   9 &  38 & 5.771+01 & 1.499+03 & 1.247-09 & 3.216-01 \\
   8 &  91 & 3.652+01 & 1.300+03 & 1.857-10 & 2.832-02 &   9 &  39 & 5.753+01 & 3.412+02 & 1.693-10 & 4.328-02 \\
   8 &  92 & 3.650+01 & 1.474+04 & 2.945-09 & 4.485-01 &   9 &  42 & 5.441+01 & 1.890+01 & 8.390-12 & 1.814-03 \\
   8 &  93 & 3.634+01 & 6.615+02 & 5.614-11 & 8.437-03 &   9 &  52 & 5.069+01 & 1.261+03 & 4.859-10 & 8.495-02 \\
   8 & 102 & 3.612+01 & 1.029-01 & 1.438-14 & 2.122-06 &   9 &  54 & 5.054+01 & 2.329+02 & 1.487-10 & 2.576-02 \\
   8 & 103 & 3.612+01 & 8.578-02 & 1.677-14 & 2.474-06 &   9 &  55 & 5.052+01 & 3.310+01 & 2.955-11 & 5.112-03 \\
   8 & 104 & 3.611+01 & 4.354-04 & 1.337-16 & 1.971-08 &   9 &  57 & 5.039+01 & 3.585+02 & 2.274-10 & 3.904-02 \\
   8 & 106 & 3.610+01 & 4.055-01 & 7.922-14 & 1.167-05 &   9 &  58 & 5.031+01 & 1.272+04 & 1.126-08 & 1.924-00 \\
   8 & 107 & 3.610+01 & 1.035-00 & 2.600-13 & 3.829-05 &   9 &  59 & 4.977+01 & 3.144+03 & 1.168-09 & 1.933-01 \\
   8 & 108 & 3.609+01 & 7.665-02 & 1.924-14 & 2.833-06 &   9 &  68 & 4.806+01 & 1.395+01 & 8.051-12 & 1.199-03 \\
   8 & 109 & 3.609+01 & 5.883-01 & 1.805-13 & 2.656-05 &   9 &  69 & 4.801+01 & 1.823+02 & 1.050-10 & 1.560-02 \\
   8 & 115 & 3.524+01 & 1.276-01 & 1.697-14 & 2.327-06 &   9 &  70 & 4.796+01 & 5.293+01 & 4.258-11 & 6.302-03 \\
   8 & 116 & 3.523+01 & 3.171-00 & 4.216-13 & 5.774-05 &   9 &  71 & 4.754+01 & 6.383+01 & 2.163-11 & 3.119-03 \\
   8 & 117 & 3.522+01 & 5.261-01 & 9.782-14 & 1.338-05 &   9 &  76 & 3.839+01 & 1.462+03 & 5.385-10 & 4.089-02 \\
   8 & 118 & 3.512+01 & 2.900+01 & 2.298-12 & 3.116-04 &   9 &  77 & 3.835+01 & 3.230+02 & 7.123-11 & 5.393-03 \\
   8 & 124 & 3.482+01 & 2.451-01 & 4.454-14 & 5.886-06 &   9 &  85 & 3.692+01 & 7.996+01 & 1.635-11 & 1.104-03 \\
   8 & 125 & 3.481+01 & 4.942-00 & 1.155-12 & 1.526-04 &   9 &  87 & 3.672+01 & 1.197+03 & 2.420-10 & 1.609-02 \\
   8 & 126 & 3.481+01 & 1.082-01 & 2.528-14 & 3.340-06 &   9 &  89 & 3.669+01 & 2.846+02 & 9.573-11 & 6.344-03 \\
   8 & 127 & 3.481+01 & 2.250-01 & 6.423-14 & 8.483-06 &   9 &  90 & 3.668+01 & 4.067+01 & 1.915-11 & 1.268-03 \\
   8 & 129 & 3.402+01 & 1.539-02 & 1.145-15 & 1.412-07 &   9 &  91 & 3.665+01 & 4.030+02 & 1.353-10 & 8.938-03 \\
   8 & 130 & 3.394+01 & 1.024-00 & 1.263-13 & 1.545-05 &   9 &  92 & 3.663+01 & 1.379+04 & 6.474-09 & 4.271-01 \\
   8 & 131 & 3.388+01 & 9.452-00 & 6.971-13 & 8.489-05 &   9 &  93 & 3.647+01 & 3.764+03 & 7.505-10 & 4.885-02 \\
   8 & 136 & 3.189+01 & 6.688-01 & 7.285-14 & 7.401-06 &   9 & 102 & 3.624+01 & 7.502-01 & 2.462-13 & 1.574-05 \\
   8 & 137 & 3.189+01 & 3.559+01 & 5.428-12 & 5.513-04 &   9 & 103 & 3.624+01 & 6.771-01 & 3.111-13 & 1.988-05 \\
   8 & 138 & 3.189+01 & 4.727+02 & 9.265-11 & 9.406-03 &   9 & 106 & 3.622+01 & 1.014-01 & 4.652-14 & 2.968-06 \\
   8 & 139 & 3.188+01 & 2.797+01 & 4.260-12 & 4.321-04 &   9 & 115 & 3.536+01 & 1.440+01 & 4.498-12 & 2.670-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
   9 & 116 & 3.535+01 & 1.592+02 & 4.973-11 & 2.949-03 &  10 &  70 & 4.829+01 & 4.987-00 & 2.441-12 & 6.146-04 \\
   9 & 117 & 3.534+01 & 6.485+01 & 2.833-11 & 1.677-03 &  10 &  71 & 4.787+01 & 3.515+02 & 7.244-11 & 1.777-02 \\
   9 & 118 & 3.524+01 & 1.112+01 & 2.070-12 & 1.216-04 &  10 &  76 & 3.860+01 & 2.778+03 & 6.207-10 & 7.987-02 \\
   9 & 124 & 3.493+01 & 2.869-01 & 1.225-13 & 7.009-06 &  10 &  77 & 3.856+01 & 1.932+03 & 2.585-10 & 3.316-02 \\
   9 & 129 & 3.414+01 & 5.704-06 & 9.964-19 & 5.319-11 &  10 &  84 & 3.714+01 & 5.650-00 & 2.337-13 & 2.678-05 \\
   9 & 130 & 3.405+01 & 3.140-03 & 9.096-16 & 4.818-08 &  10 &  85 & 3.712+01 & 1.361+02 & 1.688-11 & 1.931-03 \\
   9 & 131 & 3.399+01 & 3.890-00 & 6.739-13 & 3.552-05 &  10 &  86 & 3.694+01 & 1.055-01 & 4.318-15 & 4.870-07 \\
   9 & 136 & 3.199+01 & 2.911+01 & 7.444-12 & 3.271-04 &  10 &  87 & 3.692+01 & 2.090+03 & 2.562-10 & 2.884-02 \\
   9 & 137 & 3.199+01 & 2.973-00 & 1.064-12 & 4.676-05 &  10 &  88 & 3.689+01 & 8.927+03 & 3.279-09 & 3.683-01 \\
   9 & 139 & 3.197+01 & 3.568-02 & 1.276-14 & 5.598-07 &  10 &  89 & 3.688+01 & 1.337+04 & 2.727-09 & 3.060-01 \\
   9 & 143 & 2.671+01 & 2.499-01 & 2.673-14 & 6.835-07 &  10 &  90 & 3.688+01 & 2.747+01 & 7.842-12 & 8.797-04 \\
   9 & 144 & 2.668+01 & 5.344-01 & 9.508-14 & 2.424-06 &  10 &  91 & 3.685+01 & 4.394+03 & 8.943-10 & 1.001-01 \\
   9 & 145 & 2.667+01 & 4.191-01 & 4.468-14 & 1.137-06 &  10 &  92 & 3.683+01 & 6.088+03 & 1.733-09 & 1.936-01 \\
   9 & 150 & 2.604+01 & 1.715+01 & 2.906-12 & 6.888-05 &  10 &  93 & 3.666+01 & 1.010+04 & 1.222-09 & 1.346-01 \\
   9 & 151 & 2.604+01 & 1.781-00 & 4.225-13 & 1.001-05 &  10 & 102 & 3.643+01 & 6.252-02 & 1.244-14 & 1.346-06 \\
   9 & 153 & 2.603+01 & 2.352-00 & 5.577-13 & 1.320-05 &  10 & 103 & 3.643+01 & 2.264-01 & 6.306-14 & 6.820-06 \\
  10 &  16 & 3.282+02 & 2.985-04 & 9.641-16 & 7.624-05 &  10 & 106 & 3.641+01 & 7.166-05 & 1.994-17 & 2.154-09 \\
  10 &  17 & 3.200+02 & 8.630-01 & 7.947-12 & 5.822-01 &  10 & 107 & 3.641+01 & 4.267-02 & 1.527-14 & 1.649-06 \\
  10 &  18 & 3.053+02 & 6.366-00 & 8.895-11 & 5.661-00 &  10 & 108 & 3.640+01 & 7.051-02 & 2.522-14 & 2.722-06 \\
  10 &  19 & 3.045+02 & 3.841-00 & 9.612-11 & 6.072-00 &  10 & 115 & 3.554+01 & 4.446-00 & 8.422-13 & 8.460-05 \\
  10 &  20 & 2.985+02 & 1.250-02 & 2.337-13 & 1.390-02 &  10 & 116 & 3.553+01 & 5.419+01 & 1.026-11 & 1.029-03 \\
  10 &  21 & 2.863+02 & 2.055-00 & 2.525-11 & 1.325-00 &  10 & 117 & 3.552+01 & 9.002-00 & 2.383-12 & 2.388-04 \\
  10 &  22 & 2.792+02 & 4.020-00 & 6.578-11 & 3.203-00 &  10 & 118 & 3.542+01 & 1.816+02 & 2.049-11 & 2.037-03 \\
  10 &  23 & 2.521+02 & 7.440-00 & 4.254-11 & 1.525-00 &  10 & 124 & 3.511+01 & 7.041-02 & 1.822-14 & 1.764-06 \\
  10 &  24 & 2.290+02 & 2.247-01 & 1.767-12 & 4.747-02 &  10 & 125 & 3.511+01 & 1.909-01 & 6.351-14 & 6.147-06 \\
  10 &  25 & 2.257+02 & 1.562-00 & 1.192-11 & 3.065-01 &  10 & 126 & 3.510+01 & 1.340-02 & 4.455-15 & 4.311-07 \\
  10 &  26 & 2.234+02 & 5.260-03 & 5.509-14 & 1.373-03 &  10 & 128 & 3.432+01 & 1.956-00 & 6.907-14 & 6.244-06 \\
  10 &  27 & 1.965+02 & 1.187+01 & 4.121-11 & 6.992-01 &  10 & 129 & 3.430+01 & 6.192-00 & 6.555-13 & 5.918-05 \\
  10 &  30 & 9.458+01 & 3.489-00 & 9.358-13 & 1.771-03 &  10 & 130 & 3.422+01 & 9.542-00 & 1.675-12 & 1.500-04 \\
  10 &  31 & 9.425+01 & 3.127+01 & 2.499-11 & 4.680-02 &  10 & 131 & 3.416+01 & 6.960-00 & 7.304-13 & 6.511-05 \\
  10 &  32 & 9.262+01 & 4.163+02 & 5.354-10 & 9.516-01 &  10 & 136 & 3.214+01 & 3.809-03 & 5.899-16 & 4.380-08 \\
  10 &  33 & 9.130+01 & 3.672+02 & 2.753-10 & 4.687-01 &  10 & 137 & 3.214+01 & 7.261-00 & 1.574-12 & 1.169-04 \\
  10 &  38 & 5.819+01 & 2.613+03 & 1.326-09 & 5.844-01 &  10 & 138 & 3.213+01 & 2.803-01 & 7.811-14 & 5.797-06 \\
  10 &  39 & 5.801+01 & 1.820+03 & 5.511-10 & 2.407-01 &  10 & 139 & 3.212+01 & 7.948+01 & 1.721-11 & 1.276-03 \\
  10 &  41 & 5.492+01 & 5.003-00 & 4.525-13 & 1.677-04 &  10 & 142 & 2.682+01 & 4.530-00 & 9.769-14 & 4.214-06 \\
  10 &  42 & 5.484+01 & 1.067+01 & 2.888-12 & 1.065-03 &  10 & 143 & 2.681+01 & 1.991-02 & 1.288-15 & 5.552-08 \\
  10 &  51 & 5.116+01 & 1.530-01 & 1.200-14 & 3.594-06 &  10 & 144 & 2.679+01 & 7.365-00 & 7.923-13 & 3.406-05 \\
  10 &  52 & 5.106+01 & 2.202+03 & 5.164-10 & 1.538-01 &  10 & 145 & 2.677+01 & 1.593-00 & 1.027-13 & 4.405-06 \\
  10 &  53 & 5.095+01 & 8.438+03 & 5.911-09 & 1.748-00 &  10 & 150 & 2.614+01 & 7.278-02 & 7.455-15 & 2.978-07 \\
  10 &  54 & 5.091+01 & 1.301+04 & 5.054-09 & 1.492-00 &  10 & 151 & 2.614+01 & 5.010-00 & 7.185-13 & 2.870-05 \\
  10 &  55 & 5.088+01 & 2.795+01 & 1.519-11 & 4.476-03 &  10 & 152 & 2.614+01 & 2.498-00 & 4.606-13 & 1.839-05 \\
  10 &  57 & 5.075+01 & 3.838+03 & 1.482-09 & 4.334-01 &  10 & 153 & 2.613+01 & 5.739+01 & 8.225-12 & 3.283-04 \\
  10 &  58 & 5.067+01 & 5.543+03 & 2.987-09 & 8.694-01 &  11 &  18 & 3.540+02 & 5.893-01 & 5.537-11 & 1.099-00 \\
  10 &  59 & 5.013+01 & 7.794+03 & 1.762-09 & 4.965-01 &  11 &  21 & 3.287+02 & 3.709-01 & 3.004-11 & 4.772-01 \\
  10 &  68 & 4.839+01 & 1.252+01 & 4.396-12 & 1.114-03 &  11 &  24 & 2.554+02 & 9.292-02 & 4.544-12 & 3.386-02 \\
  10 &  69 & 4.835+01 & 1.121+02 & 3.927-11 & 9.926-03 &  11 &  25 & 2.512+02 & 3.472-00 & 1.643-10 & 1.165-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  11 &  32 & 9.666+01 & 8.288+01 & 5.805-10 & 2.345-01 &  12 &  89 & 3.773+01 & 3.622-01 & 1.288-13 & 9.284-06 \\
  11 &  38 & 5.976+01 & 4.523+02 & 1.211-09 & 1.155-01 &  12 &  90 & 3.772+01 & 1.331-00 & 6.624-13 & 4.772-05 \\
  11 &  54 & 5.211+01 & 3.490+03 & 7.103-09 & 4.495-01 &  12 &  91 & 3.769+01 & 2.308-00 & 8.193-13 & 5.887-05 \\
  11 &  57 & 5.194+01 & 1.250+03 & 2.528-09 & 1.585-01 &  12 &  92 & 3.767+01 & 3.161+02 & 1.569-10 & 1.125-02 \\
  11 &  68 & 4.947+01 & 1.248+02 & 2.289-10 & 1.240-02 &  12 &  93 & 3.750+01 & 2.015+02 & 4.247-11 & 3.004-03 \\
  11 &  69 & 4.942+01 & 1.877+03 & 3.437-09 & 1.856-01 &  12 & 102 & 3.726+01 & 1.142-00 & 3.960-13 & 2.749-05 \\
  11 &  76 & 3.929+01 & 5.212+02 & 6.031-10 & 1.636-02 &  12 & 103 & 3.726+01 & 3.800-01 & 1.845-13 & 1.280-05 \\
  11 &  89 & 3.751+01 & 4.078+03 & 4.300-09 & 1.015-01 &  12 & 106 & 3.724+01 & 1.414-00 & 6.857-13 & 4.752-05 \\
  11 &  91 & 3.747+01 & 1.462+03 & 1.538-09 & 3.619-02 &  12 & 115 & 3.633+01 & 5.008+02 & 1.651-10 & 1.063-02 \\
  11 & 102 & 3.704+01 & 1.400-01 & 1.440-13 & 3.275-06 &  12 & 116 & 3.632+01 & 1.415+03 & 4.663-10 & 2.997-02 \\
  11 & 115 & 3.612+01 & 1.117+02 & 1.092-10 & 2.303-03 &  12 & 117 & 3.630+01 & 6.762+03 & 3.117-09 & 2.001-01 \\
  11 & 116 & 3.611+01 & 1.820+03 & 1.779-09 & 3.748-02 &  12 & 118 & 3.619+01 & 9.593+02 & 1.884-10 & 1.199-02 \\
  11 & 130 & 3.475+01 & 3.001-00 & 2.716-12 & 5.100-05 &  12 & 124 & 3.588+01 & 1.287-02 & 5.796-15 & 3.591-07 \\
  11 & 136 & 3.261+01 & 5.765-00 & 4.596-12 & 7.131-05 &  12 & 129 & 3.503+01 & 9.462-02 & 1.741-14 & 1.005-06 \\
  11 & 144 & 2.711+01 & 3.858-01 & 2.126-13 & 1.896-06 &  12 & 130 & 3.494+01 & 2.790-00 & 8.511-13 & 4.873-05 \\
  11 & 150 & 2.645+01 & 2.084-00 & 1.093-12 & 9.046-06 &  12 & 131 & 3.488+01 & 1.123+01 & 2.049-12 & 1.167-04 \\
  12 &  17 & 3.972+02 & 2.206-03 & 5.218-14 & 4.387-03 &  12 & 136 & 3.278+01 & 4.373+01 & 1.174-11 & 5.550-04 \\
  12 &  18 & 3.748+02 & 1.326-02 & 4.653-13 & 3.288-02 &  12 & 137 & 3.278+01 & 5.532-01 & 2.079-13 & 9.826-06 \\
  12 &  20 & 3.646+02 & 1.841-02 & 8.560-13 & 5.567-02 &  12 & 139 & 3.276+01 & 3.819+01 & 1.434-11 & 6.766-04 \\
  12 &  21 & 3.466+02 & 1.774-03 & 5.323-14 & 2.973-03 &  12 & 143 & 2.726+01 & 7.954-01 & 8.859-14 & 2.408-06 \\
  12 &  22 & 3.363+02 & 5.178-02 & 2.048-12 & 1.045-01 &  12 & 144 & 2.723+01 & 1.984-01 & 3.676-14 & 9.960-07 \\
  12 &  23 & 2.978+02 & 1.658-04 & 2.204-15 & 7.808-05 &  12 & 145 & 2.721+01 & 1.737-00 & 1.928-13 & 5.212-06 \\
  12 &  24 & 2.660+02 & 2.785-01 & 4.926-12 & 1.245-01 &  12 & 150 & 2.656+01 & 2.958+01 & 5.213-12 & 1.311-04 \\
  12 &  25 & 2.615+02 & 1.363-00 & 2.329-11 & 5.592-01 &  12 & 151 & 2.656+01 & 2.011-02 & 4.964-15 & 1.248-07 \\
  12 &  26 & 2.585+02 & 6.667-00 & 1.558-10 & 3.610-00 &  12 & 153 & 2.655+01 & 3.346+01 & 8.253-12 & 2.074-04 \\
  12 &  27 & 2.231+02 & 2.398-00 & 1.790-11 & 2.668-01 &  13 &  17 & 4.427+02 & 2.384-02 & 7.003-13 & 8.153-02 \\
  12 &  31 & 9.998+01 & 1.133-00 & 1.698-12 & 2.278-03 &  13 &  18 & 4.151+02 & 5.640-02 & 2.428-12 & 2.331-01 \\
  12 &  32 & 9.815+01 & 5.526-00 & 1.330-11 & 1.688-02 &  13 &  20 & 4.026+02 & 1.424-02 & 8.070-13 & 7.066-02 \\
  12 &  33 & 9.666+01 & 5.142-00 & 7.203-12 & 8.731-03 &  13 &  21 & 3.807+02 & 1.320-02 & 4.782-13 & 3.541-02 \\
  12 &  38 & 6.032+01 & 5.024+01 & 4.567-11 & 1.345-02 &  13 &  22 & 3.683+02 & 3.389-02 & 1.608-12 & 1.079-01 \\
  12 &  39 & 6.013+01 & 1.347+01 & 7.300-12 & 2.130-03 &  13 &  23 & 3.226+02 & 2.719-01 & 4.243-12 & 1.912-01 \\
  12 &  42 & 5.673+01 & 3.091+01 & 1.491-11 & 3.654-03 &  13 &  24 & 2.857+02 & 9.775-02 & 1.994-12 & 6.242-02 \\
  12 &  52 & 5.270+01 & 2.861+01 & 1.191-11 & 2.340-03 &  13 &  25 & 2.805+02 & 1.445+01 & 2.842-10 & 8.419-00 \\
  12 &  54 & 5.254+01 & 9.453-00 & 6.519-12 & 1.269-03 &  13 &  26 & 2.770+02 & 2.626-00 & 7.047-11 & 2.010-00 \\
  12 &  55 & 5.251+01 & 1.245+01 & 1.201-11 & 2.333-03 &  13 &  27 & 2.368+02 & 6.909-01 & 5.808-12 & 1.035-01 \\
  12 &  57 & 5.237+01 & 3.074-00 & 2.106-12 & 4.059-04 &  13 &  31 & 1.026+02 & 1.235+01 & 1.951-11 & 2.830-02 \\
  12 &  58 & 5.228+01 & 2.524+02 & 2.414-10 & 4.630-02 &  13 &  32 & 1.007+02 & 6.871-00 & 1.741-11 & 2.386-02 \\
  12 &  59 & 5.171+01 & 7.314+01 & 2.932-11 & 5.439-03 &  13 &  33 & 9.914+01 & 1.423+01 & 2.096-11 & 2.742-02 \\
  12 &  68 & 4.986+01 & 4.103+02 & 2.548-10 & 4.239-02 &  13 &  38 & 6.128+01 & 5.472+01 & 5.134-11 & 1.585-02 \\
  12 &  69 & 4.981+01 & 1.381+03 & 8.558-10 & 1.419-01 &  13 &  39 & 6.108+01 & 3.898+01 & 2.180-11 & 6.669-03 \\
  12 &  70 & 4.975+01 & 6.346+03 & 5.494-09 & 9.078-01 &  13 &  42 & 5.758+01 & 3.720+03 & 1.849-09 & 4.736-01 \\
  12 &  71 & 4.930+01 & 8.858+02 & 3.228-10 & 5.192-02 &  13 &  52 & 5.343+01 & 2.109+02 & 9.024-11 & 1.847-02 \\
  12 &  76 & 3.953+01 & 5.817+01 & 2.271-11 & 1.883-03 &  13 &  54 & 5.326+01 & 1.757+01 & 1.246-11 & 2.526-03 \\
  12 &  77 & 3.949+01 & 1.247+01 & 2.916-12 & 2.410-04 &  13 &  55 & 5.323+01 & 4.419+01 & 4.381-11 & 8.867-03 \\
  12 &  85 & 3.798+01 & 3.968+01 & 8.581-12 & 6.308-04 &  13 &  57 & 5.309+01 & 6.094+01 & 4.291-11 & 8.616-03 \\
  12 &  87 & 3.777+01 & 2.875+01 & 6.148-12 & 4.444-04 &  13 &  58 & 5.300+01 & 1.183+02 & 1.163-10 & 2.324-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  13 &  59 & 5.241+01 & 8.355+02 & 3.440-10 & 6.646-02 &  14 &  30 & 1.033+02 & 2.466+01 & 7.899-12 & 1.951-02 \\
  13 &  68 & 5.051+01 & 1.796+01 & 1.145-11 & 1.980-03 &  14 &  31 & 1.030+02 & 4.944-00 & 4.714-12 & 1.151-02 \\
  13 &  69 & 5.046+01 & 2.151+04 & 1.369-08 & 2.360-00 &  14 &  32 & 1.010+02 & 4.234-01 & 6.478-13 & 1.494-03 \\
  13 &  70 & 5.040+01 & 3.666+03 & 3.257-09 & 5.595-01 &  14 &  33 & 9.945+01 & 5.540-01 & 4.929-13 & 1.084-03 \\
  13 &  71 & 4.994+01 & 5.542+01 & 2.072-11 & 3.464-03 &  14 &  38 & 6.140+01 & 2.777-02 & 1.570-14 & 8.124-06 \\
  13 &  76 & 3.994+01 & 7.276+01 & 2.900-11 & 2.480-03 &  14 &  39 & 6.120+01 & 4.163-00 & 1.403-12 & 7.191-04 \\
  13 &  77 & 3.990+01 & 2.465+01 & 5.883-12 & 5.014-04 &  14 &  41 & 5.777+01 & 8.230+03 & 8.236-10 & 3.552-01 \\
  13 &  85 & 3.836+01 & 3.417+03 & 7.536-10 & 5.707-02 &  14 &  42 & 5.768+01 & 4.078+03 & 1.221-09 & 5.240-01 \\
  13 &  87 & 3.814+01 & 3.299+02 & 7.195-11 & 5.357-03 &  14 &  51 & 5.362+01 & 4.570-01 & 3.940-14 & 1.358-05 \\
  13 &  89 & 3.810+01 & 2.036+01 & 7.386-12 & 5.482-04 &  14 &  52 & 5.352+01 & 1.552+01 & 3.999-12 & 1.371-03 \\
  13 &  90 & 3.810+01 & 2.559+01 & 1.299-11 & 9.638-04 &  14 &  53 & 5.339+01 & 2.678+01 & 2.060-11 & 7.012-03 \\
  13 &  91 & 3.806+01 & 7.169+01 & 2.595-11 & 1.920-03 &  14 &  54 & 5.335+01 & 2.448+02 & 1.045-10 & 3.548-02 \\
  13 &  92 & 3.804+01 & 1.165+02 & 5.899-11 & 4.357-03 &  14 &  55 & 5.332+01 & 3.683+01 & 2.198-11 & 7.451-03 \\
  13 &  93 & 3.786+01 & 1.336+03 & 2.870-10 & 2.091-02 &  14 &  57 & 5.318+01 & 9.825-01 & 4.165-13 & 1.401-04 \\
  13 & 102 & 3.762+01 & 5.617-03 & 1.986-15 & 1.420-07 &  14 &  58 & 5.309+01 & 8.807-00 & 5.210-12 & 1.744-03 \\
  13 & 103 & 3.762+01 & 4.460-02 & 2.208-14 & 1.578-06 &  14 &  59 & 5.249+01 & 6.264-00 & 1.553-12 & 5.023-04 \\
  13 & 106 & 3.760+01 & 1.183-01 & 5.852-14 & 4.175-06 &  14 &  68 & 5.059+01 & 1.562+01 & 5.996-12 & 1.737-03 \\
  13 & 115 & 3.667+01 & 2.391-00 & 8.037-13 & 5.320-05 &  14 &  69 & 5.054+01 & 9.125+03 & 3.494-09 & 1.009-00 \\
  13 & 116 & 3.666+01 & 2.277+04 & 7.648-09 & 5.058-01 &  14 &  70 & 5.048+01 & 2.647+04 & 1.415-08 & 4.071-00 \\
  13 & 117 & 3.664+01 & 3.920+03 & 1.841-09 & 1.216-01 &  14 &  71 & 5.002+01 & 3.369-01 & 7.581-14 & 2.122-05 \\
  13 & 118 & 3.654+01 & 3.306+01 & 6.618-12 & 4.332-04 &  14 &  76 & 3.999+01 & 2.051-01 & 4.917-14 & 7.033-06 \\
  13 & 124 & 3.621+01 & 5.867-02 & 2.691-14 & 1.715-06 &  14 &  77 & 3.995+01 & 5.867-01 & 8.421-14 & 1.201-05 \\
  13 & 129 & 3.535+01 & 3.422-00 & 6.413-13 & 3.803-05 &  14 &  84 & 3.842+01 & 8.251+03 & 3.652-10 & 4.632-02 \\
  13 & 130 & 3.526+01 & 2.121+01 & 6.589-12 & 3.877-04 &  14 &  85 & 3.840+01 & 4.081+03 & 5.413-10 & 6.857-02 \\
  13 & 131 & 3.520+01 & 2.002+01 & 3.719-12 & 2.177-04 &  14 &  86 & 3.821+01 & 2.010+01 & 8.802-13 & 1.098-04 \\
  13 & 136 & 3.306+01 & 1.921-02 & 5.246-15 & 2.544-07 &  14 &  87 & 3.819+01 & 3.470+01 & 4.551-12 & 5.668-04 \\
  13 & 137 & 3.306+01 & 3.898-00 & 1.490-12 & 7.226-05 &  14 &  88 & 3.816+01 & 3.167+01 & 1.244-11 & 1.546-03 \\
  13 & 139 & 3.304+01 & 5.613-01 & 2.144-13 & 1.038-05 &  14 &  89 & 3.815+01 & 1.549+02 & 3.378-11 & 4.194-03 \\
  13 & 143 & 2.745+01 & 1.421-02 & 1.605-15 & 4.456-08 &  14 &  90 & 3.814+01 & 1.718-00 & 5.244-13 & 6.509-05 \\
  13 & 144 & 2.742+01 & 1.105-02 & 2.076-15 & 5.744-08 &  14 &  91 & 3.811+01 & 2.725-00 & 5.932-13 & 7.342-05 \\
  13 & 145 & 2.740+01 & 1.238+01 & 1.394-12 & 3.850-05 &  14 &  92 & 3.808+01 & 2.040+01 & 6.210-12 & 7.673-04 \\
  13 & 150 & 2.674+01 & 2.924-01 & 5.226-14 & 1.342-06 &  14 &  93 & 3.791+01 & 1.962+01 & 2.536-12 & 3.091-04 \\
  13 & 151 & 2.674+01 & 1.072-00 & 2.683-13 & 6.888-06 &  14 & 102 & 3.767+01 & 1.962-01 & 4.172-14 & 4.987-06 \\
  13 & 153 & 2.674+01 & 1.113-01 & 2.784-14 & 7.142-07 &  14 & 103 & 3.766+01 & 5.691-00 & 1.694-12 & 2.025-04 \\
  14 &  16 & 4.653+02 & 3.304-04 & 2.145-15 & 4.834-04 &  14 & 106 & 3.765+01 & 5.849-01 & 1.740-13 & 2.076-05 \\
  14 &  17 & 4.489+02 & 2.718-03 & 4.928-14 & 9.972-03 &  14 & 107 & 3.764+01 & 8.645-01 & 3.306-13 & 3.944-05 \\
  14 &  18 & 4.206+02 & 7.499-02 & 1.989-12 & 3.309-01 &  14 & 108 & 3.764+01 & 4.832-03 & 1.847-15 & 2.202-07 \\
  14 &  19 & 4.191+02 & 1.464-03 & 6.940-14 & 1.143-02 &  14 & 115 & 3.672+01 & 1.975-03 & 3.991-16 & 4.419-08 \\
  14 &  20 & 4.077+02 & 3.029-02 & 1.057-12 & 1.602-01 &  14 & 116 & 3.671+01 & 9.743+03 & 1.968-09 & 2.177-01 \\
  14 &  21 & 3.853+02 & 1.282-04 & 2.853-15 & 3.651-04 &  14 & 117 & 3.669+01 & 2.829+04 & 7.992-09 & 8.826-01 \\
  14 &  22 & 3.726+02 & 6.957-04 & 2.028-14 & 2.347-03 &  14 & 118 & 3.658+01 & 9.648-02 & 1.161-14 & 1.271-06 \\
  14 &  23 & 3.259+02 & 6.527-03 & 6.237-14 & 4.830-03 &  14 & 124 & 3.625+01 & 3.208-01 & 8.848-14 & 9.430-06 \\
  14 &  24 & 2.883+02 & 6.086-02 & 7.584-13 & 4.066-02 &  14 & 125 & 3.625+01 & 1.313-02 & 4.656-15 & 4.961-07 \\
  14 &  25 & 2.830+02 & 5.607-00 & 6.733-11 & 3.414-00 &  14 & 126 & 3.625+01 & 1.423-03 & 5.047-16 & 5.376-08 \\
  14 &  26 & 2.794+02 & 1.878+01 & 3.077-10 & 1.502+01 &  14 & 128 & 3.541+01 & 1.846+01 & 6.940-13 & 6.892-05 \\
  14 &  27 & 2.386+02 & 3.815-02 & 1.953-13 & 5.933-03 &  14 & 129 & 3.539+01 & 2.865-01 & 3.229-14 & 3.202-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  14 & 130 & 3.530+01 & 1.593+01 & 2.975-12 & 2.927-04 &  16 & 112 & 4.087+01 & 8.683-01 & 1.087-12 & 3.320-05 \\
  14 & 131 & 3.524+01 & 4.512-01 & 5.040-14 & 4.933-06 &  16 & 123 & 3.935+01 & 5.449-02 & 6.324-14 & 1.724-06 \\
  14 & 136 & 3.310+01 & 3.451-00 & 5.667-13 & 4.595-05 &  16 & 133 & 3.643+01 & 2.068-00 & 2.057-12 & 4.447-05 \\
  14 & 137 & 3.309+01 & 6.946+01 & 1.597-11 & 1.294-03 &  16 & 135 & 3.623+01 & 3.590+01 & 3.532-11 & 7.512-04 \\
  14 & 138 & 3.309+01 & 2.551+01 & 7.536-12 & 6.106-04 &  16 & 147 & 2.865+01 & 1.071-00 & 6.588-13 & 6.931-06 \\
  14 & 139 & 3.308+01 & 1.886+02 & 4.330-11 & 3.505-03 &  16 & 149 & 2.859+01 & 1.664+01 & 1.020-11 & 1.066-04 \\
  14 & 142 & 2.748+01 & 4.839-00 & 1.096-13 & 5.086-06 &  17 &  28 & 2.088+02 & 2.840-03 & 1.855-14 & 2.265-04 \\
  14 & 143 & 2.748+01 & 8.623-00 & 5.855-13 & 2.716-05 &  17 &  34 & 9.047+01 & 2.601+01 & 3.191-11 & 3.171-02 \\
  14 & 144 & 2.745+01 & 1.798-00 & 2.031-13 & 9.390-06 &  17 &  35 & 9.038+01 & 2.689+02 & 5.488-10 & 5.437-01 \\
  14 & 145 & 2.743+01 & 1.994+01 & 1.349-12 & 6.228-05 &  17 &  36 & 9.021+01 & 7.619+01 & 2.169-10 & 2.136-01 \\
  14 & 150 & 2.677+01 & 1.619-00 & 1.739-13 & 7.458-06 &  17 &  37 & 8.697+01 & 6.347+01 & 1.199-10 & 1.059-01 \\
  14 & 151 & 2.677+01 & 6.417+01 & 9.650-12 & 4.139-04 &  17 &  40 & 6.632+01 & 1.757+02 & 1.158-10 & 4.535-02 \\
  14 & 152 & 2.676+01 & 1.479+01 & 2.860-12 & 1.226-04 &  17 &  43 & 6.600+01 & 4.064+01 & 4.424-11 & 1.707-02 \\
  14 & 153 & 2.676+01 & 1.610+02 & 2.419-11 & 1.037-03 &  17 &  44 & 6.577+01 & 3.465-00 & 5.244-12 & 2.002-03 \\
  15 &  18 & 8.745+02 & 9.008-03 & 5.164-12 & 1.545-00 &  17 &  45 & 6.563+01 & 9.924+01 & 6.408-11 & 2.431-02 \\
  15 &  21 & 7.348+02 & 3.558-03 & 1.440-12 & 2.555-01 &  17 &  46 & 6.543+01 & 7.072+01 & 7.563-11 & 2.843-02 \\
  15 &  24 & 4.476+02 & 3.617-02 & 5.432-12 & 2.179-01 &  17 &  48 & 6.192+01 & 2.716-02 & 1.561-14 & 4.972-06 \\
  15 &  25 & 4.349+02 & 5.067-02 & 7.185-12 & 2.644-01 &  17 &  49 & 6.155+01 & 6.871-00 & 3.903-12 & 1.222-03 \\
  15 &  32 & 1.154+02 & 4.877+01 & 4.870-10 & 3.350-01 &  17 &  50 & 6.148+01 & 1.440-00 & 1.360-12 & 4.242-04 \\
  15 &  38 & 6.643+01 & 3.698+02 & 1.223-09 & 1.604-01 &  17 &  60 & 5.836+01 & 4.447+03 & 2.270-09 & 6.055-01 \\
  15 &  54 & 5.711+01 & 3.277+03 & 8.012-09 & 6.676-01 &  17 &  63 & 5.832+01 & 1.842+04 & 1.565-08 & 4.166-00 \\
  15 &  57 & 5.691+01 & 8.492+02 & 2.062-09 & 1.700-01 &  17 &  64 & 5.823+01 & 6.588+02 & 7.814-10 & 2.070-01 \\
  15 &  68 & 5.396+01 & 2.880+02 & 6.286-10 & 4.418-02 &  17 &  65 & 5.821+01 & 7.336+03 & 6.211-09 & 1.644-00 \\
  15 &  69 & 5.390+01 & 1.432+03 & 3.118-09 & 2.185-01 &  17 &  66 & 5.820+01 & 1.862+03 & 2.207-09 & 5.839-01 \\
  15 &  76 & 4.207+01 & 5.591+02 & 7.416-10 & 2.469-02 &  17 &  72 & 5.502+01 & 9.887+01 & 1.047-10 & 2.341-02 \\
  15 &  89 & 4.003+01 & 3.694+03 & 4.437-09 & 1.273-01 &  17 &  74 & 5.497+01 & 2.933+02 & 3.100-10 & 6.908-02 \\
  15 &  91 & 3.999+01 & 1.192+03 & 1.429-09 & 4.088-02 &  17 &  75 & 5.496+01 & 1.564+02 & 1.181-10 & 2.630-02 \\
  15 & 102 & 3.950+01 & 6.666-04 & 7.797-16 & 2.150-08 &  17 &  78 & 4.295+01 & 1.552+02 & 4.293-11 & 4.566-03 \\
  15 & 115 & 3.846+01 & 2.536+02 & 2.812-10 & 7.156-03 &  17 &  79 & 4.288+01 & 2.780+01 & 1.277-11 & 1.351-03 \\
  15 & 116 & 3.845+01 & 1.929+03 & 2.137-09 & 5.432-02 &  17 &  80 & 4.283+01 & 4.722-00 & 3.030-12 & 3.195-04 \\
  15 & 130 & 3.691+01 & 5.995+01 & 6.122-11 & 1.377-03 &  17 &  81 & 4.280+01 & 8.303+01 & 2.280-11 & 2.399-03 \\
  15 & 136 & 3.450+01 & 2.746-01 & 2.451-13 & 4.503-06 &  17 &  82 & 4.276+01 & 5.695+01 & 2.602-11 & 2.729-03 \\
  15 & 144 & 2.841+01 & 2.885-00 & 1.745-12 & 1.790-05 &  17 &  94 & 4.118+01 & 3.149+03 & 8.005-10 & 7.502-02 \\
  15 & 150 & 2.768+01 & 9.107-02 & 5.231-14 & 4.964-07 &  17 &  95 & 4.117+01 & 1.212+04 & 5.133-09 & 4.805-01 \\
  16 &  35 & 8.974+01 & 1.089+02 & 6.574-10 & 2.125-01 &  17 &  98 & 4.114+01 & 2.905+02 & 1.720-10 & 1.606-02 \\
  16 &  37 & 8.638+01 & 2.117+01 & 1.184-10 & 3.415-02 &  17 &  99 & 4.112+01 & 6.997+03 & 2.957-09 & 2.760-01 \\
  16 &  43 & 6.567+01 & 6.230-00 & 2.014-11 & 2.551-03 &  17 & 100 & 4.112+01 & 1.618+03 & 9.574-10 & 8.935-02 \\
  16 &  46 & 6.509+01 & 2.896-02 & 9.197-14 & 1.135-05 &  17 & 110 & 4.110+01 & 9.473+01 & 2.398-11 & 2.234-03 \\
  16 &  50 & 6.119+01 & 6.030-01 & 1.692-12 & 1.734-04 &  17 & 111 & 4.103+01 & 2.719+01 & 6.864-12 & 6.366-04 \\
  16 &  63 & 5.805+01 & 6.740+02 & 1.703-09 & 1.490-01 &  17 & 112 & 4.100+01 & 2.688+01 & 1.129-11 & 1.044-03 \\
  16 &  65 & 5.795+01 & 7.109+03 & 1.789-08 & 1.557-00 &  17 & 114 & 4.006+01 & 3.092-00 & 7.439-13 & 6.419-05 \\
  16 &  75 & 5.473+01 & 1.099-01 & 2.468-13 & 1.809-05 &  17 & 120 & 3.949+01 & 5.182+01 & 2.826-11 & 2.335-03 \\
  16 &  79 & 4.274+01 & 6.125-00 & 8.386-12 & 2.928-04 &  17 & 121 & 3.948+01 & 2.273+02 & 1.239-10 & 1.023-02 \\
  16 &  82 & 4.262+01 & 6.359-02 & 8.656-14 & 2.997-06 &  17 & 123 & 3.947+01 & 1.027+02 & 3.997-11 & 3.299-03 \\
  16 &  95 & 4.103+01 & 2.701+02 & 3.409-10 & 1.054-02 &  17 & 132 & 3.654+01 & 1.409+01 & 2.819-12 & 1.846-04 \\
  16 &  99 & 4.099+01 & 5.555+03 & 6.997-09 & 2.156-01 &  17 & 133 & 3.653+01 & 9.110+01 & 3.038-11 & 1.987-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  17 & 134 & 3.652+01 & 2.345-00 & 1.094-12 & 7.148-05 &  18 & 100 & 4.138+01 & 1.961+03 & 7.046-10 & 1.117-01 \\
  17 & 135 & 3.633+01 & 8.728+01 & 2.879-11 & 1.852-03 &  18 & 101 & 4.137+01 & 5.188+03 & 2.397-09 & 3.796-01 \\
  17 & 140 & 2.974+01 & 2.384-00 & 3.160-13 & 1.115-05 &  18 & 110 & 4.135+01 & 5.859-02 & 9.011-15 & 1.425-06 \\
  17 & 146 & 2.872+01 & 2.107-00 & 2.605-13 & 8.278-06 &  18 & 111 & 4.129+01 & 5.419+01 & 8.310-12 & 1.308-03 \\
  17 & 147 & 2.871+01 & 2.759+01 & 5.685-12 & 1.806-04 &  18 & 112 & 4.125+01 & 1.438+02 & 3.669-11 & 5.762-03 \\
  17 & 148 & 2.871+01 & 1.053-00 & 3.037-13 & 9.645-06 &  18 & 113 & 4.108+01 & 4.432+01 & 2.243-12 & 3.479-04 \\
  17 & 149 & 2.865+01 & 3.985+01 & 8.175-12 & 2.581-04 &  18 & 114 & 4.030+01 & 2.431-00 & 3.552-13 & 5.201-05 \\
  17 & 154 & 2.844+01 & 5.182-01 & 1.466-13 & 4.524-06 &  18 & 119 & 4.003+01 & 1.601+01 & 7.693-13 & 1.104-04 \\
  18 &  28 & 2.155+02 & 1.846-03 & 7.712-15 & 1.726-04 &  18 & 120 & 3.972+01 & 3.866-04 & 1.280-16 & 1.795-08 \\
  18 &  29 & 1.933+02 & 1.521-00 & 1.704-12 & 2.752-02 &  18 & 121 & 3.971+01 & 2.787+03 & 9.227-10 & 1.293-01 \\
  18 &  34 & 9.171+01 & 5.461+01 & 4.132-11 & 7.129-02 &  18 & 122 & 3.971+01 & 2.025+02 & 8.620-11 & 1.208-02 \\
  18 &  35 & 9.162+01 & 3.746+01 & 4.714-11 & 8.110-02 &  18 & 123 & 3.971+01 & 8.517-02 & 2.013-14 & 2.819-06 \\
  18 &  36 & 9.144+01 & 5.410+02 & 9.495-10 & 1.624-00 &  18 & 132 & 3.674+01 & 4.667-01 & 5.667-14 & 6.285-06 \\
  18 &  37 & 8.812+01 & 9.199+01 & 1.071-10 & 1.639-01 &  18 & 133 & 3.673+01 & 5.999+01 & 1.213-11 & 1.345-03 \\
  18 &  40 & 6.699+01 & 2.153+02 & 8.689-11 & 5.842-02 &  18 & 134 & 3.672+01 & 2.486+02 & 7.035-11 & 7.791-03 \\
  18 &  43 & 6.667+01 & 8.527+01 & 5.682-11 & 3.765-02 &  18 & 135 & 3.653+01 & 5.511+01 & 1.102-11 & 1.202-03 \\
  18 &  44 & 6.643+01 & 1.368+02 & 1.267-10 & 8.308-02 &  18 & 140 & 2.987+01 & 3.315-00 & 2.661-13 & 1.586-05 \\
  18 &  45 & 6.628+01 & 1.813+01 & 7.163-12 & 4.666-03 &  18 & 141 & 2.979+01 & 9.253-01 & 2.462-14 & 1.456-06 \\
  18 &  46 & 6.607+01 & 6.848+02 & 4.482-10 & 2.892-01 &  18 & 146 & 2.884+01 & 3.467-02 & 2.594-15 & 1.392-07 \\
  18 &  47 & 6.472+01 & 1.074+03 & 1.348-10 & 8.177-02 &  18 & 147 & 2.884+01 & 9.936-00 & 1.239-12 & 6.646-05 \\
  18 &  48 & 6.250+01 & 1.422+01 & 4.994-12 & 2.727-03 &  18 & 148 & 2.883+01 & 7.617+01 & 1.329-11 & 7.127-04 \\
  18 &  49 & 6.213+01 & 7.256+01 & 2.519-11 & 1.351-02 &  18 & 149 & 2.878+01 & 1.925+01 & 2.390-12 & 1.274-04 \\
  18 &  50 & 6.206+01 & 2.456+01 & 1.418-11 & 7.579-03 &  18 & 154 & 2.856+01 & 4.390-01 & 7.516-14 & 3.916-06 \\
  18 &  56 & 6.103+01 & 2.033+02 & 2.270-11 & 1.155-02 &  18 & 155 & 2.856+01 & 1.326-01 & 2.919-14 & 1.521-06 \\
  18 &  60 & 5.887+01 & 6.731+02 & 2.099-10 & 9.578-02 &  18 & 157 & 2.856+01 & 1.875-00 & 4.127-13 & 2.150-05 \\
  18 &  61 & 5.887+01 & 1.011+02 & 9.455-11 & 4.315-02 &  19 &  35 & 9.169+01 & 2.361+02 & 1.653-10 & 5.131-01 \\
  18 &  63 & 5.883+01 & 2.706+04 & 1.404-08 & 6.396-00 &  19 &  36 & 9.151+01 & 2.639+02 & 2.577-10 & 7.952-01 \\
  18 &  64 & 5.874+01 & 2.386+04 & 1.728-08 & 7.833-00 &  19 &  37 & 8.819+01 & 6.449+02 & 4.178-10 & 1.153-00 \\
  18 &  65 & 5.872+01 & 5.970+03 & 3.086-09 & 1.398-00 &  19 &  43 & 6.670+01 & 5.690+02 & 2.109-10 & 2.519-01 \\
  18 &  66 & 5.872+01 & 5.317+03 & 3.847-09 & 1.742-00 &  19 &  44 & 6.646+01 & 1.538+03 & 7.922-10 & 9.364-01 \\
  18 &  67 & 5.869+01 & 6.897+03 & 6.411-09 & 2.900-00 &  19 &  46 & 6.611+01 & 6.920+02 & 2.519-10 & 2.930-01 \\
  18 &  72 & 5.548+01 & 1.684+01 & 1.088-11 & 4.157-03 &  19 &  50 & 6.209+01 & 1.674-00 & 5.376-13 & 5.181-04 \\
  18 &  73 & 5.545+01 & 3.044+02 & 2.526-10 & 9.636-02 &  19 &  61 & 5.890+01 & 4.734+02 & 2.462-10 & 2.026-01 \\
  18 &  74 & 5.542+01 & 3.688+03 & 2.378-09 & 9.055-01 &  19 &  62 & 5.890+01 & 6.653+04 & 4.228-08 & 3.478+01 \\
  18 &  75 & 5.542+01 & 1.107-01 & 5.099-14 & 1.941-05 &  19 &  63 & 5.886+01 & 2.030+02 & 5.858-11 & 4.810-02 \\
  18 &  78 & 4.323+01 & 1.697+02 & 2.853-11 & 5.155-03 &  19 &  64 & 5.877+01 & 2.344+03 & 9.439-10 & 7.714-01 \\
  18 &  79 & 4.316+01 & 7.710+01 & 2.153-11 & 3.871-03 &  19 &  65 & 5.875+01 & 6.610+01 & 1.900-11 & 1.552-02 \\
  18 &  80 & 4.311+01 & 9.204+01 & 3.590-11 & 6.432-03 &  19 &  66 & 5.874+01 & 8.922+02 & 3.590-10 & 2.930-01 \\
  18 &  81 & 4.308+01 & 2.447+01 & 4.084-12 & 7.301-04 &  19 &  67 & 5.872+01 & 2.180+04 & 1.127-08 & 9.186-00 \\
  18 &  82 & 4.303+01 & 6.234+02 & 1.731-10 & 3.086-02 &  19 &  72 & 5.551+01 & 5.466-01 & 1.964-13 & 1.352-04 \\
  18 &  83 & 4.270+01 & 1.084+03 & 5.924-11 & 1.032-02 &  19 &  73 & 5.548+01 & 1.585+01 & 7.313-12 & 5.027-03 \\
  18 &  94 & 4.144+01 & 4.890+02 & 7.552-11 & 1.202-02 &  19 &  74 & 5.545+01 & 1.811+01 & 6.491-12 & 4.455-03 \\
  18 &  95 & 4.142+01 & 1.822+04 & 4.685-09 & 7.447-01 &  19 &  75 & 5.545+01 & 2.428-05 & 6.217-18 & 4.266-09 \\
  18 &  97 & 4.142+01 & 1.015+02 & 4.699-11 & 7.467-03 &  19 &  79 & 4.317+01 & 5.100+02 & 7.918-11 & 2.565-02 \\
  18 &  98 & 4.139+01 & 1.962+04 & 7.053-09 & 1.119-00 &  19 &  80 & 4.312+01 & 1.294+03 & 2.805-10 & 9.056-02 \\
  18 &  99 & 4.138+01 & 6.144+03 & 1.577-09 & 2.500-01 &  19 &  82 & 4.305+01 & 6.035+02 & 9.315-11 & 2.992-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  19 &  95 & 4.144+01 & 1.073+02 & 1.535-11 & 4.396-03 &  20 &  75 & 5.565+01 & 1.015+01 & 3.366-12 & 1.817-03 \\
  19 &  96 & 4.143+01 & 4.919+04 & 1.547-08 & 4.430-00 &  20 &  78 & 4.337+01 & 3.812+01 & 4.607-12 & 1.177-03 \\
  19 &  97 & 4.143+01 & 2.623+02 & 6.749-11 & 1.932-02 &  20 &  79 & 4.330+01 & 3.692+01 & 7.411-12 & 1.884-03 \\
  19 &  98 & 4.141+01 & 1.909+03 & 3.816-10 & 1.090-01 &  20 &  80 & 4.325+01 & 1.762-00 & 4.939-13 & 1.251-04 \\
  19 &  99 & 4.139+01 & 3.800+01 & 5.423-12 & 1.549-03 &  20 &  81 & 4.322+01 & 2.265-00 & 2.718-13 & 6.869-05 \\
  19 & 100 & 4.139+01 & 3.953+02 & 7.897-11 & 2.255-02 &  20 &  82 & 4.317+01 & 6.732-01 & 1.344-13 & 3.386-05 \\
  19 & 101 & 4.139+01 & 1.667+04 & 4.280-09 & 1.222-00 &  20 &  94 & 4.157+01 & 2.191+02 & 2.432-11 & 5.468-03 \\
  19 & 112 & 4.127+01 & 8.041-02 & 1.141-14 & 3.227-06 &  20 &  95 & 4.155+01 & 6.841+02 & 1.265-10 & 2.840-02 \\
  19 & 120 & 3.973+01 & 9.825-01 & 1.809-13 & 4.568-05 &  20 &  96 & 4.154+01 & 7.355+03 & 2.991-09 & 6.715-01 \\
  19 & 121 & 3.973+01 & 3.961+01 & 7.288-12 & 1.840-03 &  20 &  97 & 4.154+01 & 3.688+03 & 1.227-09 & 2.755-01 \\
  19 & 122 & 3.972+01 & 8.582-00 & 2.030-12 & 5.125-04 &  20 &  98 & 4.152+01 & 2.503+03 & 6.469-10 & 1.450-01 \\
  19 & 123 & 3.972+01 & 1.598-00 & 2.100-13 & 5.297-05 &  20 &  99 & 4.151+01 & 3.081+02 & 5.685-11 & 1.273-02 \\
  19 & 133 & 3.674+01 & 3.432-03 & 3.859-16 & 7.708-08 &  20 & 100 & 4.151+01 & 1.476+03 & 3.813-10 & 8.539-02 \\
  19 & 134 & 3.673+01 & 7.833+01 & 1.232-11 & 2.458-03 &  20 & 101 & 4.150+01 & 4.523+03 & 1.502-09 & 3.361-01 \\
  19 & 135 & 3.654+01 & 7.488+01 & 8.327-12 & 1.636-03 &  20 & 110 & 4.148+01 & 3.460-02 & 3.824-15 & 8.547-07 \\
  19 & 147 & 2.884+01 & 2.322+01 & 1.609-12 & 1.555-04 &  20 & 111 & 4.142+01 & 3.108-00 & 3.425-13 & 7.621-05 \\
  19 & 148 & 2.884+01 & 9.386+02 & 9.104-11 & 8.793-03 &  20 & 112 & 4.138+01 & 2.407+01 & 4.413-12 & 9.793-04 \\
  19 & 149 & 2.878+01 & 4.275+02 & 2.950-11 & 2.832-03 &  20 & 114 & 4.043+01 & 6.669-02 & 7.003-15 & 1.449-06 \\
  19 & 154 & 2.857+01 & 9.206-02 & 8.759-15 & 8.221-07 &  20 & 120 & 3.984+01 & 2.177-00 & 5.179-13 & 1.026-04 \\
  19 & 155 & 2.857+01 & 1.202-00 & 1.470-13 & 1.380-05 &  20 & 121 & 3.983+01 & 1.732+02 & 4.120-11 & 8.153-03 \\
  19 & 156 & 2.857+01 & 4.699-00 & 7.025-13 & 6.592-05 &  20 & 122 & 3.983+01 & 7.830+02 & 2.394-10 & 4.738-02 \\
  19 & 157 & 2.857+01 & 1.302-01 & 1.593-14 & 1.495-06 &  20 & 123 & 3.983+01 & 1.224+01 & 2.080-12 & 4.114-04 \\
  20 &  28 & 2.190+02 & 8.855-03 & 2.730-14 & 8.983-04 &  20 & 132 & 3.684+01 & 2.348-00 & 2.047-13 & 3.206-05 \\
  20 &  34 & 9.235+01 & 8.114+02 & 4.446-10 & 1.097-00 &  20 & 133 & 3.683+01 & 1.963+01 & 2.852-12 & 4.463-04 \\
  20 &  35 & 9.225+01 & 2.207+02 & 2.011-10 & 4.945-01 &  20 & 134 & 3.682+01 & 9.283-02 & 1.887-14 & 2.949-06 \\
  20 &  36 & 9.207+01 & 3.108-00 & 3.951-12 & 9.657-03 &  20 & 135 & 3.663+01 & 2.400-00 & 3.448-13 & 5.306-05 \\
  20 &  37 & 8.871+01 & 1.748+02 & 1.473-10 & 3.219-01 &  20 & 140 & 2.994+01 & 5.084-02 & 2.927-15 & 2.459-07 \\
  20 &  40 & 6.732+01 & 4.008+01 & 1.167-11 & 1.116-02 &  20 & 146 & 2.890+01 & 3.883-00 & 2.084-13 & 1.576-05 \\
  20 &  43 & 6.700+01 & 5.090+01 & 2.447-11 & 2.304-02 &  20 & 147 & 2.890+01 & 1.584+02 & 1.417-11 & 1.071-03 \\
  20 &  44 & 6.676+01 & 1.973-00 & 1.318-12 & 1.228-03 &  20 & 148 & 2.890+01 & 6.944-00 & 8.693-13 & 6.569-05 \\
  20 &  45 & 6.661+01 & 5.457-01 & 1.556-13 & 1.440-04 &  20 & 149 & 2.884+01 & 9.394-01 & 8.367-14 & 6.284-06 \\
  20 &  46 & 6.640+01 & 5.375-01 & 2.538-13 & 2.327-04 &  20 & 154 & 2.862+01 & 8.715-01 & 1.070-13 & 7.857-06 \\
  20 &  48 & 6.279+01 & 2.149+01 & 5.443-12 & 4.220-03 &  20 & 155 & 2.862+01 & 7.158-00 & 1.130-12 & 8.297-05 \\
  20 &  49 & 6.242+01 & 1.160+01 & 2.902-12 & 2.210-03 &  20 & 156 & 2.862+01 & 3.219-01 & 6.211-14 & 4.559-06 \\
  20 &  50 & 6.235+01 & 1.976+01 & 8.226-12 & 6.243-03 &  20 & 157 & 2.862+01 & 6.260-02 & 9.882-15 & 7.254-07 \\
  20 &  60 & 5.913+01 & 3.297+02 & 7.407-11 & 4.796-02 &  21 &  28 & 2.261+02 & 2.414-02 & 1.110-13 & 2.871-03 \\
  20 &  61 & 5.913+01 & 4.761+03 & 3.209-09 & 2.078-00 &  21 &  29 & 2.018+02 & 3.274-02 & 3.996-14 & 7.341-04 \\
  20 &  62 & 5.913+01 & 9.896+03 & 8.151-09 & 5.277-00 &  21 &  34 & 9.358+01 & 1.792+02 & 1.412-10 & 2.588-01 \\
  20 &  63 & 5.909+01 & 8.980+02 & 3.358-10 & 2.170-01 &  21 &  35 & 9.348+01 & 2.892+02 & 3.789-10 & 6.925-01 \\
  20 &  64 & 5.900+01 & 3.895+03 & 2.033-09 & 1.307-00 &  21 &  36 & 9.330+01 & 6.263+01 & 1.144-10 & 2.079-01 \\
  20 &  65 & 5.898+01 & 4.947+02 & 1.843-10 & 1.184-01 &  21 &  37 & 8.985+01 & 8.355+01 & 1.011-10 & 1.640-01 \\
  20 &  66 & 5.897+01 & 1.293+03 & 6.741-10 & 4.330-01 &  21 &  40 & 6.798+01 & 1.390+02 & 5.778-11 & 4.060-02 \\
  20 &  67 & 5.895+01 & 6.344+03 & 4.250-09 & 2.727-00 &  21 &  43 & 6.765+01 & 1.974-01 & 1.354-13 & 9.377-05 \\
  20 &  72 & 5.571+01 & 7.280-00 & 3.387-12 & 1.834-03 &  21 &  44 & 6.740+01 & 4.134+01 & 3.941-11 & 2.699-02 \\
  20 &  73 & 5.569+01 & 1.012+03 & 6.050-10 & 3.271-01 &  21 &  45 & 6.725+01 & 2.477+01 & 1.008-11 & 6.855-03 \\
  20 &  74 & 5.565+01 & 2.428+02 & 1.127-10 & 6.086-02 &  21 &  46 & 6.704+01 & 1.526+02 & 1.028-10 & 6.929-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  21 &  47 & 6.565+01 & 3.763+02 & 4.863-11 & 3.077-02 &  21 & 147 & 2.902+01 & 7.442-00 & 9.396-13 & 5.137-05 \\
  21 &  48 & 6.336+01 & 1.393-01 & 5.030-14 & 2.862-05 &  21 & 148 & 2.902+01 & 1.573-01 & 2.780-14 & 1.519-06 \\
  21 &  49 & 6.298+01 & 8.604-01 & 3.070-13 & 1.715-04 &  21 & 149 & 2.896+01 & 1.246+01 & 1.566-12 & 8.508-05 \\
  21 &  50 & 6.291+01 & 2.464-01 & 1.462-13 & 8.140-05 &  21 & 154 & 2.874+01 & 3.983-00 & 6.903-13 & 3.665-05 \\
  21 &  56 & 6.185+01 & 1.216+01 & 1.395-12 & 7.384-04 &  21 & 155 & 2.874+01 & 3.777-00 & 8.417-13 & 4.468-05 \\
  21 &  60 & 5.964+01 & 2.644+03 & 8.459-10 & 4.013-01 &  21 & 157 & 2.874+01 & 1.662-00 & 3.703-13 & 1.966-05 \\
  21 &  61 & 5.964+01 & 3.983+03 & 3.822-09 & 1.813-00 &  22 &  28 & 2.307+02 & 8.115-02 & 2.775-13 & 1.067-02 \\
  21 &  63 & 5.960+01 & 8.783+01 & 4.677-11 & 2.214-02 &  22 &  34 & 9.436+01 & 6.382-00 & 3.651-12 & 9.606-03 \\
  21 &  64 & 5.950+01 & 1.183+02 & 8.789-11 & 4.141-02 &  22 &  35 & 9.426+01 & 1.180+02 & 1.122-10 & 2.943-01 \\
  21 &  65 & 5.948+01 & 5.849+03 & 3.103-09 & 1.461-00 &  22 &  36 & 9.407+01 & 4.935+02 & 6.548-10 & 1.707-00 \\
  21 &  66 & 5.947+01 & 1.137+03 & 8.439-10 & 3.971-01 &  22 &  37 & 9.056+01 & 1.776+02 & 1.560-10 & 3.629-01 \\
  21 &  67 & 5.945+01 & 1.736+04 & 1.656-08 & 7.785-00 &  22 &  40 & 6.839+01 & 2.075+01 & 6.235-12 & 6.245-03 \\
  21 &  72 & 5.616+01 & 1.797+02 & 1.190-10 & 4.713-02 &  22 &  43 & 6.805+01 & 2.162+02 & 1.072-10 & 1.058-01 \\
  21 &  73 & 5.613+01 & 2.553+02 & 2.171-10 & 8.588-02 &  22 &  44 & 6.780+01 & 6.709+02 & 4.624-10 & 4.514-01 \\
  21 &  74 & 5.610+01 & 9.185-00 & 6.067-12 & 2.396-03 &  22 &  45 & 6.765+01 & 1.622+03 & 4.771-10 & 4.626-01 \\
  21 &  75 & 5.610+01 & 1.607+02 & 7.581-11 & 2.993-02 &  22 &  46 & 6.744+01 & 3.785+02 & 1.843-10 & 1.770-01 \\
  21 &  78 & 4.364+01 & 1.290+02 & 2.209-11 & 4.107-03 &  22 &  48 & 6.371+01 & 7.472-04 & 1.949-16 & 1.578-07 \\
  21 &  79 & 4.357+01 & 1.715-01 & 4.881-14 & 9.029-06 &  22 &  49 & 6.333+01 & 5.115-00 & 1.318-12 & 1.048-03 \\
  21 &  80 & 4.352+01 & 3.589+01 & 1.426-11 & 2.629-03 &  22 &  50 & 6.326+01 & 1.070-00 & 4.585-13 & 3.634-04 \\
  21 &  81 & 4.348+01 & 2.486+01 & 4.229-12 & 7.778-04 &  22 &  60 & 5.995+01 & 7.534-01 & 1.740-13 & 1.174-04 \\
  21 &  82 & 4.344+01 & 1.511+02 & 4.274-11 & 7.837-03 &  22 &  61 & 5.995+01 & 1.030+03 & 7.134-10 & 4.814-01 \\
  21 &  83 & 4.310+01 & 3.828+02 & 2.132-11 & 3.818-03 &  22 &  62 & 5.995+01 & 1.389+04 & 1.176-08 & 7.934-00 \\
  21 &  94 & 4.181+01 & 1.797+03 & 2.826-10 & 4.622-02 &  22 &  63 & 5.991+01 & 4.021+03 & 1.546-09 & 1.041-00 \\
  21 &  95 & 4.180+01 & 3.863-00 & 1.012-12 & 1.652-04 &  22 &  64 & 5.981+01 & 2.046+04 & 1.097-08 & 7.354-00 \\
  21 &  97 & 4.179+01 & 2.711+03 & 1.278-09 & 2.086-01 &  22 &  65 & 5.980+01 & 2.095+03 & 8.022-10 & 5.371-01 \\
  21 &  98 & 4.177+01 & 2.665+01 & 9.757-12 & 1.590-03 &  22 &  66 & 5.979+01 & 8.368+03 & 4.484-09 & 3.001-00 \\
  21 &  99 & 4.176+01 & 4.587+03 & 1.199-09 & 1.953-01 &  22 &  67 & 5.977+01 & 3.359+04 & 2.313-08 & 1.546+01 \\
  21 & 100 & 4.175+01 & 8.815+02 & 3.225-10 & 5.252-02 &  22 &  72 & 5.644+01 & 2.001-00 & 9.556-13 & 5.380-04 \\
  21 & 101 & 4.175+01 & 1.327+04 & 6.240-09 & 1.015-00 &  22 &  73 & 5.641+01 & 1.339+02 & 8.213-11 & 4.617-02 \\
  21 & 110 & 4.173+01 & 5.232+01 & 8.194-12 & 1.332-03 &  22 &  74 & 5.638+01 & 2.124+02 & 1.012-10 & 5.679-02 \\
  21 & 111 & 4.166+01 & 7.172-00 & 1.120-12 & 1.812-04 &  22 &  75 & 5.638+01 & 5.148-03 & 1.752-15 & 9.831-07 \\
  21 & 112 & 4.163+01 & 8.560-01 & 2.224-13 & 3.588-05 &  22 &  78 & 4.381+01 & 2.494+01 & 3.075-12 & 8.097-04 \\
  21 & 113 & 4.146+01 & 5.904-01 & 3.042-14 & 4.848-06 &  22 &  79 & 4.374+01 & 2.081+02 & 4.263-11 & 1.117-02 \\
  21 & 114 & 4.066+01 & 1.954-01 & 2.906-14 & 4.369-06 &  22 &  80 & 4.368+01 & 7.131+02 & 2.040-10 & 5.326-02 \\
  21 & 119 & 4.038+01 & 3.909-02 & 1.912-15 & 2.817-07 &  22 &  81 & 4.365+01 & 1.604+03 & 1.964-10 & 5.115-02 \\
  21 & 120 & 4.007+01 & 1.428+02 & 4.812-11 & 6.923-03 &  22 &  82 & 4.361+01 & 3.846+02 & 7.833-11 & 2.034-02 \\
  21 & 121 & 4.006+01 & 3.678-00 & 1.239-12 & 1.782-04 &  22 &  94 & 4.197+01 & 6.969-03 & 7.887-16 & 1.826-07 \\
  21 & 122 & 4.006+01 & 2.199+02 & 9.523-11 & 1.369-02 &  22 &  95 & 4.195+01 & 2.457+03 & 4.631-10 & 1.071-01 \\
  21 & 123 & 4.005+01 & 1.030+02 & 2.476-11 & 3.559-03 &  22 &  96 & 4.195+01 & 1.027+04 & 4.258-09 & 9.842-01 \\
  21 & 132 & 3.703+01 & 1.064+01 & 1.313-12 & 1.491-04 &  22 &  97 & 4.195+01 & 6.102+02 & 2.069-10 & 4.783-02 \\
  21 & 133 & 3.703+01 & 7.315-01 & 1.504-13 & 1.708-05 &  22 &  98 & 4.192+01 & 1.808+04 & 4.764-09 & 1.099-00 \\
  21 & 134 & 3.701+01 & 2.679-01 & 7.703-14 & 8.738-06 &  22 &  99 & 4.191+01 & 1.876+03 & 3.529-10 & 8.135-02 \\
  21 & 135 & 3.682+01 & 2.223-00 & 4.518-13 & 5.046-05 &  22 & 100 & 4.191+01 & 3.831+03 & 1.009-09 & 2.325-01 \\
  21 & 140 & 3.006+01 & 2.102-01 & 1.709-14 & 1.039-06 &  22 & 101 & 4.190+01 & 2.531+04 & 8.566-09 & 1.973-00 \\
  21 & 141 & 2.998+01 & 1.117-00 & 3.012-14 & 1.816-06 &  22 & 110 & 4.188+01 & 2.661-01 & 2.999-14 & 6.898-06 \\
  21 & 146 & 2.902+01 & 3.853+01 & 2.920-12 & 1.596-04 &  22 & 111 & 4.182+01 & 3.882-00 & 4.362-13 & 9.988-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  22 & 112 & 4.178+01 & 2.035+01 & 3.805-12 & 8.690-04 &  23 &  95 & 4.264+01 & 4.307+03 & 1.957-09 & 2.036-01 \\
  22 & 114 & 4.081+01 & 1.080-00 & 1.156-13 & 2.460-05 &  23 &  98 & 4.261+01 & 9.045+03 & 5.744-09 & 5.964-01 \\
  22 & 120 & 4.021+01 & 2.286-00 & 5.540-13 & 1.128-04 &  23 &  99 & 4.260+01 & 3.328+03 & 1.509-09 & 1.565-01 \\
  22 & 121 & 4.020+01 & 1.369+02 & 3.317-11 & 6.748-03 &  23 & 100 & 4.260+01 & 4.403+03 & 2.794-09 & 2.898-01 \\
  22 & 122 & 4.020+01 & 1.330+02 & 4.143-11 & 8.429-03 &  23 & 110 & 4.257+01 & 1.540+01 & 4.182-12 & 4.329-04 \\
  22 & 123 & 4.019+01 & 7.711-04 & 1.334-16 & 2.713-08 &  23 & 111 & 4.250+01 & 4.298-00 & 1.164-12 & 1.199-04 \\
  22 & 132 & 3.716+01 & 2.337-00 & 2.073-13 & 3.330-05 &  23 & 112 & 4.246+01 & 3.984-00 & 1.795-12 & 1.845-04 \\
  22 & 133 & 3.715+01 & 6.468-00 & 9.559-13 & 1.535-04 &  23 & 114 & 4.146+01 & 1.412-00 & 3.637-13 & 3.479-05 \\
  22 & 134 & 3.714+01 & 1.198+01 & 2.477-12 & 3.973-04 &  23 & 120 & 4.084+01 & 2.036+02 & 1.188-10 & 1.086-02 \\
  22 & 135 & 3.694+01 & 2.297+01 & 3.357-12 & 5.299-04 &  23 & 121 & 4.083+01 & 1.677+03 & 9.783-10 & 8.939-02 \\
  22 & 140 & 3.014+01 & 4.428-01 & 2.585-14 & 2.217-06 &  23 & 123 & 4.083+01 & 1.035+03 & 4.311-10 & 3.937-02 \\
  22 & 146 & 2.910+01 & 5.077+01 & 2.762-12 & 2.131-04 &  23 & 132 & 3.769+01 & 6.434-01 & 1.371-13 & 9.853-06 \\
  22 & 147 & 2.909+01 & 4.988+01 & 4.522-12 & 3.488-04 &  23 & 133 & 3.769+01 & 1.922+01 & 6.820-12 & 4.900-04 \\
  22 & 148 & 2.909+01 & 1.088+01 & 1.380-12 & 1.064-04 &  23 & 134 & 3.767+01 & 5.212-00 & 2.588-12 & 1.857-04 \\
  22 & 149 & 2.903+01 & 1.347+02 & 1.216-11 & 9.317-04 &  23 & 135 & 3.747+01 & 1.874+01 & 6.577-12 & 4.645-04 \\
  22 & 154 & 2.881+01 & 4.135-01 & 5.146-14 & 3.854-06 &  23 & 140 & 3.050+01 & 1.355+01 & 1.889-12 & 7.191-05 \\
  22 & 155 & 2.881+01 & 2.661-04 & 4.257-17 & 3.188-09 &  23 & 146 & 2.943+01 & 2.946-02 & 3.825-15 & 1.308-07 \\
  22 & 156 & 2.881+01 & 8.199-00 & 1.603-12 & 1.200-04 &  23 & 147 & 2.942+01 & 3.539-00 & 7.656-13 & 2.618-05 \\
  22 & 157 & 2.881+01 & 1.873-00 & 2.997-13 & 2.244-05 &  23 & 148 & 2.942+01 & 2.921-00 & 8.844-13 & 3.022-05 \\
  23 &  28 & 2.532+02 & 3.052-02 & 2.933-13 & 6.388-03 &  23 & 149 & 2.936+01 & 1.289+01 & 2.776-12 & 9.429-05 \\
  23 &  34 & 9.792+01 & 5.195-00 & 7.466-12 & 9.406-03 &  23 & 154 & 2.913+01 & 5.095-00 & 1.513-12 & 5.020-05 \\
  23 &  35 & 9.781+01 & 3.235+01 & 7.732-11 & 9.709-02 &  24 &  28 & 2.817+02 & 3.145-03 & 2.245-14 & 1.123-03 \\
  23 &  36 & 9.761+01 & 6.542+01 & 2.180-10 & 2.721-01 &  24 &  29 & 2.449+02 & 5.994-04 & 1.078-15 & 3.541-05 \\
  23 &  37 & 9.383+01 & 2.209+01 & 4.861-11 & 5.389-02 &  24 &  34 & 1.019+02 & 2.675-00 & 2.499-12 & 5.915-03 \\
  23 &  40 & 7.024+01 & 5.960+02 & 4.407-10 & 2.050-01 &  24 &  35 & 1.018+02 & 7.893-00 & 1.226-11 & 2.893-02 \\
  23 &  43 & 6.988+01 & 2.307-01 & 2.815-13 & 1.289-04 &  24 &  36 & 1.016+02 & 5.544-01 & 1.200-12 & 2.814-03 \\
  23 &  44 & 6.962+01 & 1.099-00 & 1.864-12 & 8.443-04 &  24 &  37 & 9.750+01 & 1.729-00 & 2.464-12 & 5.108-03 \\
  23 &  45 & 6.946+01 & 1.871+02 & 1.353-10 & 6.087-02 &  24 &  40 & 7.227+01 & 6.329-00 & 2.973-12 & 2.510-03 \\
  23 &  46 & 6.923+01 & 2.304+02 & 2.759-10 & 1.229-01 &  24 &  43 & 7.189+01 & 3.109-02 & 2.409-14 & 2.002-05 \\
  23 &  48 & 6.532+01 & 4.671-00 & 2.987-12 & 1.117-03 &  24 &  44 & 7.161+01 & 1.782-00 & 1.918-12 & 1.576-03 \\
  23 &  49 & 6.491+01 & 1.397+01 & 8.827-12 & 3.240-03 &  24 &  45 & 7.145+01 & 8.564-01 & 3.932-13 & 3.208-04 \\
  23 &  50 & 6.483+01 & 2.513-00 & 2.639-12 & 9.654-04 &  24 &  46 & 7.121+01 & 5.878-00 & 4.468-12 & 3.608-03 \\
  23 &  60 & 6.137+01 & 1.303+03 & 7.356-10 & 2.281-01 &  24 &  47 & 6.964+01 & 2.594-01 & 3.772-14 & 2.849-05 \\
  23 &  63 & 6.133+01 & 6.649+03 & 6.248-09 & 1.934-00 &  24 &  48 & 6.707+01 & 2.680+01 & 1.084-11 & 7.318-03 \\
  23 &  64 & 6.122+01 & 9.500+03 & 1.246-08 & 3.836-00 &  24 &  49 & 6.664+01 & 1.733+01 & 6.923-12 & 4.584-03 \\
  23 &  65 & 6.121+01 & 3.502+03 & 3.278-09 & 1.009-00 &  24 &  50 & 6.656+01 & 5.015-00 & 3.331-12 & 2.197-03 \\
  23 &  66 & 6.120+01 & 8.253+03 & 1.081-08 & 3.325-00 &  24 &  56 & 6.539+01 & 1.351+02 & 1.732-11 & 1.083-02 \\
  23 &  72 & 5.769+01 & 3.513+02 & 4.090-10 & 1.054-01 &  24 &  60 & 6.291+01 & 4.964+01 & 1.767-11 & 9.844-03 \\
  23 &  74 & 5.763+01 & 2.206+03 & 2.563-09 & 6.584-01 &  24 &  61 & 6.291+01 & 1.020+02 & 1.089-10 & 6.067-02 \\
  23 &  75 & 5.763+01 & 1.440+03 & 1.195-09 & 3.069-01 &  24 &  63 & 6.287+01 & 1.261+01 & 7.475-12 & 4.155-03 \\
  23 &  78 & 4.456+01 & 7.519+02 & 2.238-10 & 2.658-02 &  24 &  64 & 6.276+01 & 4.967-01 & 4.107-13 & 2.271-04 \\
  23 &  79 & 4.448+01 & 9.800-02 & 4.846-14 & 5.724-06 &  24 &  65 & 6.274+01 & 1.754+02 & 1.036-10 & 5.721-02 \\
  23 &  80 & 4.443+01 & 1.072-00 & 7.404-13 & 8.715-05 &  24 &  66 & 6.273+01 & 1.774+01 & 1.465-11 & 8.090-03 \\
  23 &  81 & 4.440+01 & 2.189+02 & 6.467-11 & 7.596-03 &  24 &  67 & 6.271+01 & 3.159+02 & 3.353-10 & 1.849-01 \\
  23 &  82 & 4.435+01 & 2.852+02 & 1.402-10 & 1.641-02 &  24 &  72 & 5.906+01 & 7.125+03 & 5.215-09 & 2.402-00 \\
  23 &  94 & 4.266+01 & 9.599+02 & 2.619-10 & 2.728-02 &  24 &  73 & 5.902+01 & 1.286+04 & 1.209-08 & 5.559-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  24 &  74 & 5.899+01 & 4.671+02 & 3.412-10 & 1.566-01 &  25 &  44 & 7.195+01 & 1.323+01 & 1.437-11 & 1.197-02 \\
  24 &  75 & 5.899+01 & 2.535+03 & 1.322-09 & 6.069-01 &  25 &  45 & 7.178+01 & 2.601-00 & 1.205-12 & 9.970-04 \\
  24 &  78 & 4.537+01 & 6.942-00 & 1.285-12 & 2.685-04 &  25 &  46 & 7.154+01 & 3.750+01 & 2.877-11 & 2.356-02 \\
  24 &  79 & 4.529+01 & 3.315-03 & 1.019-15 & 2.118-07 &  25 &  47 & 6.996+01 & 4.180+02 & 6.133-11 & 4.697-02 \\
  24 &  80 & 4.524+01 & 2.118-00 & 9.094-13 & 1.883-04 &  25 &  48 & 6.736+01 & 1.819+02 & 7.425-11 & 5.077-02 \\
  24 &  81 & 4.520+01 & 9.614-01 & 1.767-13 & 3.650-05 &  25 &  49 & 6.693+01 & 1.753+03 & 7.066-10 & 4.740-01 \\
  24 &  82 & 4.515+01 & 7.996-00 & 2.444-12 & 5.032-04 &  25 &  50 & 6.685+01 & 4.379+02 & 2.934-10 & 1.961-01 \\
  24 &  83 & 4.478+01 & 7.035-00 & 4.231-13 & 8.500-05 &  25 &  56 & 6.566+01 & 4.601+02 & 5.948-11 & 3.767-02 \\
  24 &  94 & 4.340+01 & 6.476+01 & 1.097-11 & 2.006-03 &  25 &  60 & 6.317+01 & 3.078+01 & 1.105-11 & 6.229-03 \\
  24 &  95 & 4.338+01 & 8.490-00 & 2.395-12 & 4.374-04 &  25 &  61 & 6.317+01 & 6.080-00 & 6.547-12 & 3.692-03 \\
  24 &  97 & 4.338+01 & 7.018+01 & 3.563-11 & 6.504-03 &  25 &  63 & 6.313+01 & 1.320+03 & 7.887-10 & 4.438-01 \\
  24 &  98 & 4.335+01 & 1.344-00 & 5.303-13 & 9.661-05 &  25 &  64 & 6.302+01 & 7.315+02 & 6.097-10 & 3.413-01 \\
  24 &  99 & 4.334+01 & 1.117+02 & 3.144-11 & 5.723-03 &  25 &  65 & 6.300+01 & 3.004+02 & 1.788-10 & 9.998-02 \\
  24 & 100 & 4.333+01 & 2.916+01 & 1.149-11 & 2.092-03 &  25 &  66 & 6.299+01 & 2.237+02 & 1.863-10 & 1.041-01 \\
  24 & 101 & 4.333+01 & 3.010+02 & 1.525-10 & 2.774-02 &  25 &  67 & 6.297+01 & 3.947+02 & 4.223-10 & 2.358-01 \\
  24 & 110 & 4.330+01 & 1.001+01 & 1.688-12 & 3.066-04 &  25 &  72 & 5.928+01 & 2.486+02 & 1.834-10 & 8.546-02 \\
  24 & 111 & 4.324+01 & 1.641+01 & 2.759-12 & 4.988-04 &  25 &  73 & 5.925+01 & 3.921+03 & 3.714-09 & 1.728-00 \\
  24 & 112 & 4.320+01 & 4.612-00 & 1.290-12 & 2.326-04 &  25 &  74 & 5.922+01 & 6.479+04 & 4.768-08 & 2.215+01 \\
  24 & 113 & 4.301+01 & 1.299+02 & 7.203-12 & 1.282-03 &  25 &  75 & 5.921+01 & 2.919+01 & 1.534-11 & 7.125-03 \\
  24 & 114 & 4.216+01 & 5.789-01 & 9.254-14 & 1.551-05 &  25 &  78 & 4.550+01 & 4.208-00 & 7.837-13 & 1.652-04 \\
  24 & 119 & 4.186+01 & 3.478-04 & 1.828-17 & 2.999-09 &  25 &  79 & 4.542+01 & 1.000+01 & 3.095-12 & 6.487-04 \\
  24 & 120 & 4.152+01 & 5.444+03 & 1.970-09 & 3.153-01 &  25 &  80 & 4.537+01 & 1.591+01 & 6.873-12 & 1.436-03 \\
  24 & 121 & 4.151+01 & 2.033+02 & 7.352-11 & 1.176-02 &  25 &  81 & 4.533+01 & 6.630-01 & 1.226-13 & 2.554-05 \\
  24 & 122 & 4.151+01 & 9.562+03 & 4.446-09 & 7.114-01 &  25 &  82 & 4.529+01 & 4.634+01 & 1.425-11 & 2.960-03 \\
  24 & 123 & 4.150+01 & 1.910+03 & 4.933-10 & 7.888-02 &  25 &  83 & 4.492+01 & 3.056+02 & 1.849-11 & 3.747-03 \\
  24 & 132 & 3.827+01 & 8.017-00 & 1.056-12 & 1.325-04 &  25 &  94 & 4.352+01 & 1.312+01 & 2.235-12 & 4.122-04 \\
  24 & 133 & 3.826+01 & 9.594-00 & 2.106-12 & 2.639-04 &  25 &  95 & 4.350+01 & 9.830+02 & 2.789-10 & 5.136-02 \\
  24 & 134 & 3.825+01 & 1.359-00 & 4.173-13 & 5.223-05 &  25 &  97 & 4.350+01 & 5.229-00 & 2.670-12 & 4.915-04 \\
  24 & 135 & 3.804+01 & 2.590-02 & 5.621-15 & 6.924-07 &  25 &  98 & 4.347+01 & 8.404+02 & 3.333-10 & 6.125-02 \\
  24 & 140 & 3.087+01 & 6.520-04 & 5.590-17 & 3.680-09 &  25 &  99 & 4.346+01 & 3.052+02 & 8.642-11 & 1.586-02 \\
  24 & 141 & 3.079+01 & 7.392-01 & 2.101-14 & 1.372-06 &  25 & 100 & 4.346+01 & 9.251+01 & 3.667-11 & 6.731-03 \\
  24 & 146 & 2.978+01 & 7.419+01 & 5.917-12 & 3.495-04 &  25 & 101 & 4.345+01 & 2.649+02 & 1.350-10 & 2.476-02 \\
  24 & 147 & 2.977+01 & 1.754+01 & 2.331-12 & 1.376-04 &  25 & 110 & 4.343+01 & 3.344+02 & 5.672-11 & 1.039-02 \\
  24 & 148 & 2.977+01 & 1.411-01 & 2.625-14 & 1.549-06 &  25 & 111 & 4.336+01 & 1.437+03 & 2.430-10 & 4.430-02 \\
  24 & 149 & 2.971+01 & 1.572-00 & 2.080-13 & 1.220-05 &  25 & 112 & 4.332+01 & 3.287+02 & 9.248-11 & 1.682-02 \\
  24 & 154 & 2.948+01 & 1.651-00 & 3.010-13 & 1.725-05 &  25 & 113 & 4.313+01 & 5.424+02 & 3.026-11 & 5.431-03 \\
  24 & 155 & 2.948+01 & 3.665-00 & 8.594-13 & 4.924-05 &  25 & 114 & 4.227+01 & 1.332+01 & 2.142-12 & 3.619-04 \\
  24 & 157 & 2.948+01 & 4.589-02 & 1.076-14 & 6.164-07 &  25 & 119 & 4.198+01 & 2.238+01 & 1.182-12 & 1.956-04 \\
  25 &  28 & 2.870+02 & 3.562-02 & 2.639-13 & 1.395-02 &  25 & 120 & 4.163+01 & 2.209-01 & 8.035-14 & 1.297-05 \\
  25 &  29 & 2.489+02 & 1.391-01 & 2.583-13 & 8.905-03 &  25 & 121 & 4.162+01 & 4.836+04 & 1.759-08 & 2.836-00 \\
  25 &  34 & 1.026+02 & 1.870-00 & 1.770-12 & 4.274-03 &  25 & 122 & 4.162+01 & 2.942+03 & 1.375-09 & 2.218-01 \\
  25 &  35 & 1.025+02 & 8.697-01 & 1.369-12 & 3.295-03 &  25 & 123 & 4.162+01 & 2.351+01 & 6.105-12 & 9.843-04 \\
  25 &  36 & 1.022+02 & 2.467-00 & 5.414-12 & 1.295-02 &  25 & 132 & 3.837+01 & 4.568-01 & 6.049-14 & 7.642-06 \\
  25 &  37 & 9.812+01 & 6.176-00 & 8.914-12 & 1.883-02 &  25 & 133 & 3.836+01 & 8.012-01 & 1.768-13 & 2.232-05 \\
  25 &  40 & 7.261+01 & 7.448-02 & 3.532-14 & 3.024-05 &  25 & 134 & 3.835+01 & 1.968+02 & 6.073-11 & 7.660-03 \\
  25 &  43 & 7.223+01 & 1.057+01 & 8.270-12 & 6.971-03 &  25 & 135 & 3.814+01 & 1.571+01 & 3.426-12 & 4.251-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  25 & 140 & 3.094+01 & 4.469-00 & 3.848-13 & 2.548-05 &  26 & 101 & 4.354+01 & 2.189+02 & 7.995-11 & 2.066-02 \\
  25 & 141 & 3.085+01 & 1.673-00 & 4.774-14 & 3.136-06 &  26 & 110 & 4.351+01 & 5.270+02 & 6.410-11 & 1.654-02 \\
  25 & 146 & 2.983+01 & 1.669-00 & 1.336-13 & 7.937-06 &  26 & 111 & 4.344+01 & 5.874+02 & 7.123-11 & 1.829-02 \\
  25 & 147 & 2.983+01 & 1.844-00 & 2.460-13 & 1.461-05 &  26 & 112 & 4.340+01 & 1.716+03 & 3.461-10 & 8.864-02 \\
  25 & 148 & 2.983+01 & 3.629+01 & 6.778-12 & 4.023-04 &  26 & 114 & 4.235+01 & 4.621-00 & 5.326-13 & 1.267-04 \\
  25 & 149 & 2.977+01 & 1.930+01 & 2.564-12 & 1.513-04 &  26 & 120 & 4.171+01 & 1.062+01 & 2.770-12 & 6.294-04 \\
  25 & 154 & 2.953+01 & 5.820-01 & 1.066-13 & 6.140-06 &  26 & 121 & 4.170+01 & 7.995+03 & 2.084-09 & 4.734-01 \\
  25 & 155 & 2.953+01 & 3.565-01 & 8.391-14 & 4.835-06 &  26 & 122 & 4.170+01 & 5.267+04 & 1.766-08 & 4.010-00 \\
  25 & 157 & 2.953+01 & 5.545-00 & 1.305-12 & 7.518-05 &  26 & 123 & 4.169+01 & 1.104-01 & 2.056-14 & 4.666-06 \\
  26 &  28 & 2.908+02 & 1.504-02 & 8.172-14 & 6.291-03 &  26 & 132 & 3.844+01 & 2.105-01 & 1.998-14 & 3.553-06 \\
  26 &  34 & 1.031+02 & 1.287+01 & 8.782-12 & 3.011-02 &  26 & 133 & 3.843+01 & 1.096+01 & 1.734-12 & 3.080-04 \\
  26 &  35 & 1.029+02 & 2.873-00 & 3.261-12 & 1.114-02 &  26 & 134 & 3.841+01 & 3.820+01 & 8.450-12 & 1.500-03 \\
  26 &  36 & 1.027+02 & 7.325-00 & 1.159-11 & 3.934-02 &  26 & 135 & 3.821+01 & 1.904+01 & 2.976-12 & 5.197-04 \\
  26 &  37 & 9.856+01 & 9.467-01 & 9.847-13 & 2.952-03 &  26 & 140 & 3.098+01 & 1.605-01 & 9.900-15 & 9.218-07 \\
  26 &  40 & 7.285+01 & 6.416-00 & 2.187-12 & 2.648-03 &  26 & 146 & 2.988+01 & 6.790+01 & 3.894-12 & 3.252-04 \\
  26 &  43 & 7.247+01 & 1.111-02 & 6.248-15 & 7.446-06 &  26 & 147 & 2.987+01 & 2.439+02 & 2.331-11 & 1.946-03 \\
  26 &  44 & 7.219+01 & 2.583-00 & 2.018-12 & 2.377-03 &  26 & 148 & 2.987+01 & 6.182+01 & 8.268-12 & 6.900-04 \\
  26 &  45 & 7.201+01 & 1.782-00 & 5.939-13 & 6.945-04 &  26 & 149 & 2.981+01 & 2.430+02 & 2.312-11 & 1.918-03 \\
  26 &  46 & 7.177+01 & 9.388-01 & 5.178-13 & 5.995-04 &  26 & 154 & 2.957+01 & 4.777-01 & 6.264-14 & 5.074-06 \\
  26 &  48 & 6.757+01 & 7.078+02 & 2.076-10 & 2.006-01 &  26 & 155 & 2.957+01 & 2.337-01 & 3.940-14 & 3.191-06 \\
  26 &  49 & 6.714+01 & 4.932+02 & 1.428-10 & 1.354-01 &  26 & 156 & 2.957+01 & 2.231-00 & 4.597-13 & 3.723-05 \\
  26 &  50 & 6.706+01 & 1.874+03 & 9.021-10 & 8.517-01 &  26 & 157 & 2.957+01 & 4.651-01 & 7.840-14 & 6.349-06 \\
  26 &  60 & 6.335+01 & 3.092-00 & 7.974-13 & 6.350-04 &  27 &  28 & 3.538+02 & 2.335-03 & 4.383-14 & 2.605-03 \\
  26 &  61 & 6.335+01 & 1.750+01 & 1.354-11 & 1.078-02 &  27 &  34 & 1.100+02 & 5.646-03 & 1.025-14 & 1.831-05 \\
  26 &  62 & 6.335+01 & 1.599+01 & 1.512-11 & 1.203-02 &  27 &  35 & 1.099+02 & 9.030-01 & 2.724-12 & 4.850-03 \\
  26 &  63 & 6.331+01 & 4.371+01 & 1.876-11 & 1.490-02 &  27 &  36 & 1.096+02 & 1.574-00 & 6.618-12 & 1.170-02 \\
  26 &  64 & 6.320+01 & 2.777+02 & 1.663-10 & 1.314-01 &  27 &  37 & 1.049+02 & 3.376-00 & 9.280-12 & 1.437-02 \\
  26 &  65 & 6.318+01 & 1.360-01 & 5.813-14 & 4.591-05 &  27 &  40 & 7.625+01 & 2.490+02 & 2.170-10 & 1.292-01 \\
  26 &  66 & 6.317+01 & 9.688-01 & 5.796-13 & 4.575-04 &  27 &  43 & 7.584+01 & 1.211-00 & 1.740-12 & 1.019-03 \\
  26 &  67 & 6.315+01 & 1.393+02 & 1.071-10 & 8.440-02 &  27 &  44 & 7.553+01 & 2.154-01 & 4.298-13 & 2.485-04 \\
  26 &  72 & 5.944+01 & 9.900+01 & 5.244-11 & 3.449-02 &  27 &  45 & 7.534+01 & 7.470+01 & 6.357-11 & 3.648-02 \\
  26 &  73 & 5.941+01 & 7.068+04 & 4.809-08 & 3.158+01 &  27 &  46 & 7.507+01 & 1.312+02 & 1.847-10 & 1.049-01 \\
  26 &  74 & 5.938+01 & 1.062+04 & 5.614-09 & 3.680-00 &  27 &  48 & 7.049+01 & 4.350+01 & 3.240-11 & 1.523-02 \\
  26 &  75 & 5.937+01 & 1.568-01 & 5.919-14 & 3.879-05 &  27 &  49 & 7.002+01 & 1.213+01 & 8.914-12 & 4.106-03 \\
  26 &  78 & 4.560+01 & 4.405-00 & 5.885-13 & 1.747-04 &  27 &  50 & 6.993+01 & 2.511-00 & 3.068-12 & 1.408-03 \\
  26 &  79 & 4.552+01 & 5.349-01 & 1.187-13 & 3.504-05 &  27 &  60 & 6.591+01 & 3.680+01 & 2.397-11 & 9.210-03 \\
  26 &  80 & 4.546+01 & 2.840-00 & 8.799-13 & 2.589-04 &  27 &  63 & 6.586+01 & 3.333+03 & 3.613-09 & 1.385-00 \\
  26 &  81 & 4.543+01 & 2.710-00 & 3.593-13 & 1.055-04 &  27 &  64 & 6.574+01 & 2.653+03 & 4.012-09 & 1.530-00 \\
  26 &  82 & 4.538+01 & 1.306-00 & 2.879-13 & 8.426-05 &  27 &  65 & 6.573+01 & 1.777+03 & 1.918-09 & 7.307-01 \\
  26 &  94 & 4.361+01 & 1.886+01 & 2.305-12 & 5.985-04 &  27 &  66 & 6.571+01 & 1.188+03 & 1.795-09 & 6.836-01 \\
  26 &  95 & 4.359+01 & 1.118+02 & 2.274-11 & 5.897-03 &  27 &  72 & 6.169+01 & 1.425+03 & 1.897-09 & 5.977-01 \\
  26 &  96 & 4.358+01 & 1.013+01 & 4.534-12 & 1.175-03 &  27 &  74 & 6.162+01 & 5.862+03 & 7.785-09 & 2.444-00 \\
  26 &  97 & 4.358+01 & 2.179+01 & 7.978-12 & 2.068-03 &  27 &  75 & 6.161+01 & 4.186+03 & 3.971-09 & 1.247-00 \\
  26 &  98 & 4.356+01 & 1.353+02 & 3.847-11 & 9.956-03 &  27 &  78 & 4.691+01 & 5.014+02 & 1.654-10 & 2.292-02 \\
  26 &  99 & 4.354+01 & 1.809-00 & 3.674-13 & 9.498-05 &  27 &  79 & 4.682+01 & 2.486-00 & 1.362-12 & 1.876-04 \\
  26 & 100 & 4.354+01 & 1.837-00 & 5.220-13 & 1.349-04 &  27 &  80 & 4.676+01 & 2.189-01 & 1.674-13 & 2.298-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  27 &  81 & 4.673+01 & 1.447+02 & 4.735-11 & 6.485-03 &  28 &  91 & 5.202+01 & 2.992-00 & 2.023-12 & 3.821-04 \\
  27 &  82 & 4.668+01 & 2.437+02 & 1.327-10 & 1.811-02 &  28 &  92 & 5.198+01 & 6.257-00 & 5.913-12 & 1.114-03 \\
  27 &  94 & 4.480+01 & 1.544+01 & 4.647-12 & 5.609-04 &  28 &  93 & 5.165+01 & 3.465+01 & 1.386-11 & 2.563-03 \\
  27 &  95 & 4.478+01 & 2.236+03 & 1.120-09 & 1.351-01 &  28 & 102 & 5.120+01 & 5.023-05 & 3.290-17 & 5.927-09 \\
  27 &  98 & 4.475+01 & 2.220+03 & 1.555-09 & 1.871-01 &  28 & 103 & 5.119+01 & 4.072-04 & 3.733-16 & 6.723-08 \\
  27 &  99 & 4.474+01 & 1.607+03 & 8.038-10 & 9.660-02 &  28 & 106 & 5.116+01 & 1.184-04 & 1.084-16 & 1.948-08 \\
  27 & 100 & 4.474+01 & 5.827+02 & 4.079-10 & 4.901-02 &  28 & 115 & 4.946+01 & 6.286-02 & 3.843-14 & 6.240-06 \\
  27 & 110 & 4.470+01 & 7.058+01 & 2.115-11 & 2.535-03 &  28 & 116 & 4.944+01 & 2.078+01 & 1.269-11 & 2.058-03 \\
  27 & 111 & 4.463+01 & 5.685-00 & 1.698-12 & 2.026-04 &  28 & 117 & 4.941+01 & 3.428-00 & 2.927-12 & 4.738-04 \\
  27 & 112 & 4.459+01 & 5.217-01 & 2.592-13 & 3.084-05 &  28 & 118 & 4.921+01 & 7.981-01 & 2.898-13 & 4.635-05 \\
  27 & 114 & 4.348+01 & 1.759+01 & 4.986-12 & 5.502-04 &  28 & 124 & 4.862+01 & 3.668-05 & 3.034-17 & 4.681-09 \\
  27 & 120 & 4.280+01 & 8.095+02 & 5.188-10 & 5.461-02 &  28 & 129 & 4.709+01 & 6.571+02 & 2.185-10 & 3.062-02 \\
  27 & 121 & 4.280+01 & 4.668+03 & 2.991-09 & 3.146-01 &  28 & 130 & 4.692+01 & 7.008+03 & 3.855-09 & 5.346-01 \\
  27 & 123 & 4.279+01 & 3.207+03 & 1.467-09 & 1.542-01 &  28 & 131 & 4.682+01 & 1.120+04 & 3.681-09 & 5.069-01 \\
  27 & 132 & 3.936+01 & 2.435-00 & 5.655-13 & 4.629-05 &  28 & 136 & 4.311+01 & 6.971-04 & 3.237-16 & 3.479-08 \\
  27 & 133 & 3.935+01 & 1.161-00 & 4.492-13 & 3.674-05 &  28 & 137 & 4.310+01 & 1.709-03 & 1.111-15 & 1.194-07 \\
  27 & 134 & 3.934+01 & 8.662+01 & 4.689-11 & 3.831-03 &  28 & 139 & 4.307+01 & 4.746-04 & 3.080-16 & 3.304-08 \\
  27 & 135 & 3.912+01 & 2.404+01 & 9.194-12 & 7.388-04 &  28 & 143 & 3.404+01 & 7.397+02 & 1.285-10 & 6.800-03 \\
  27 & 140 & 3.158+01 & 3.215+01 & 4.806-12 & 2.031-04 &  28 & 144 & 3.399+01 & 7.834+03 & 2.262-09 & 1.192-01 \\
  27 & 146 & 3.043+01 & 2.215-00 & 3.076-13 & 1.164-05 &  28 & 145 & 3.397+01 & 1.251+04 & 2.164-09 & 1.138-01 \\
  27 & 147 & 3.043+01 & 2.187-00 & 5.061-13 & 1.914-05 &  28 & 150 & 3.296+01 & 2.485-04 & 6.744-17 & 3.240-09 \\
  27 & 148 & 3.043+01 & 4.132+01 & 1.338-11 & 5.058-04 &  28 & 151 & 3.296+01 & 7.967-04 & 3.027-16 & 1.454-08 \\
  27 & 149 & 3.036+01 & 1.690+01 & 3.893-12 & 1.462-04 &  28 & 153 & 3.295+01 & 4.092-04 & 1.554-16 & 7.456-09 \\
  27 & 154 & 3.012+01 & 1.081-00 & 3.430-13 & 1.258-05 &  29 &  32 & 4.261+02 & 8.862-01 & 1.206-10 & 4.175-00 \\
  28 &  31 & 3.712+02 & 2.782-01 & 5.747-12 & 3.944-01 &  29 &  38 & 1.145+02 & 3.413-00 & 3.352-11 & 2.249-02 \\
  28 &  32 & 3.472+02 & 3.445-00 & 1.037-10 & 5.825-00 &  29 &  54 & 8.935+01 & 1.155+01 & 6.912-11 & 2.205-02 \\
  28 &  33 & 3.293+02 & 7.700-00 & 1.251-10 & 5.995-00 &  29 &  57 & 8.886+01 & 2.768-00 & 1.638-11 & 5.143-03 \\
  28 &  38 & 1.079+02 & 1.272-01 & 3.698-13 & 6.231-04 &  29 &  68 & 8.187+01 & 4.453-01 & 2.237-12 & 5.493-04 \\
  28 &  39 & 1.073+02 & 6.366-01 & 1.098-12 & 1.820-03 &  29 &  69 & 8.174+01 & 3.188-00 & 1.597-11 & 3.900-03 \\
  28 &  42 & 9.691+01 & 2.063-00 & 2.905-12 & 3.548-03 &  29 &  76 & 5.729+01 & 2.133+01 & 5.247-11 & 4.414-03 \\
  28 &  52 & 8.571+01 & 5.634-00 & 6.204-12 & 5.242-03 &  29 &  89 & 5.358+01 & 2.652+01 & 5.707-11 & 3.927-03 \\
  28 &  54 & 8.528+01 & 4.079-00 & 7.412-12 & 6.169-03 &  29 &  91 & 5.350+01 & 6.404-00 & 1.374-11 & 9.415-04 \\
  28 &  55 & 8.520+01 & 5.120-01 & 1.300-12 & 1.079-03 &  29 & 102 & 5.264+01 & 3.563-05 & 7.402-17 & 4.830-09 \\
  28 &  57 & 8.484+01 & 2.468-00 & 4.438-12 & 3.637-03 &  29 & 115 & 5.080+01 & 1.954-01 & 3.780-13 & 2.217-05 \\
  28 &  58 & 8.462+01 & 4.854-00 & 1.216-11 & 9.885-03 &  29 & 116 & 5.078+01 & 1.808+01 & 3.496-11 & 2.048-03 \\
  28 &  59 & 8.311+01 & 3.278+01 & 3.394-11 & 2.615-02 &  29 & 130 & 4.813+01 & 4.656+03 & 8.085-09 & 4.032-01 \\
  28 &  68 & 7.844+01 & 2.247-02 & 3.455-14 & 2.238-05 &  29 & 136 & 4.412+01 & 9.983-04 & 1.457-15 & 5.598-08 \\
  28 &  69 & 7.832+01 & 3.265+01 & 5.005-11 & 3.227-02 &  29 & 144 & 3.462+01 & 5.728+03 & 5.147-09 & 9.555-02 \\
  28 &  70 & 7.817+01 & 2.837-00 & 6.063-12 & 3.886-03 &  29 & 150 & 3.355+01 & 3.478-04 & 2.934-16 & 4.956-09 \\
  28 &  71 & 7.707+01 & 5.139-01 & 4.576-13 & 2.812-04 &  30 &  35 & 2.765+02 & 2.596-01 & 1.488-11 & 1.407-01 \\
  28 &  76 & 5.559+01 & 1.211-00 & 9.353-13 & 2.156-04 &  30 &  37 & 2.469+02 & 4.668-00 & 2.133-10 & 1.437-00 \\
  28 &  77 & 5.551+01 & 1.280-00 & 5.911-13 & 1.357-04 &  30 &  43 & 1.298+02 & 8.403-03 & 1.062-13 & 1.039-04 \\
  28 &  85 & 5.257+01 & 3.986-02 & 1.651-14 & 3.220-06 &  30 &  46 & 1.276+02 & 6.024-02 & 7.353-13 & 6.834-04 \\
  28 &  87 & 5.217+01 & 3.264-00 & 1.332-12 & 2.537-04 &  30 &  50 & 1.134+02 & 9.882-01 & 9.530-12 & 6.221-03 \\
  28 &  89 & 5.209+01 & 1.408-00 & 9.544-13 & 1.810-04 &  30 &  63 & 1.031+02 & 1.533-00 & 1.222-11 & 5.991-03 \\
  28 &  90 & 5.208+01 & 7.346-01 & 6.971-13 & 1.322-04 &  30 &  65 & 1.028+02 & 3.755-00 & 2.973-11 & 1.443-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  30 &  75 & 9.306+01 & 4.828-02 & 3.134-13 & 1.130-04 &  31 & 121 & 5.603+01 & 1.430+01 & 1.571-11 & 3.709-03 \\
  30 &  79 & 6.300+01 & 6.994-02 & 2.081-13 & 2.328-05 &  31 & 123 & 5.602+01 & 4.693-00 & 3.680-12 & 8.683-04 \\
  30 &  82 & 6.274+01 & 3.504-01 & 1.034-12 & 1.142-04 &  31 & 132 & 5.029+01 & 7.288+02 & 2.763-10 & 4.717-02 \\
  30 &  95 & 5.937+01 & 3.004-00 & 7.936-12 & 7.428-04 &  31 & 133 & 5.028+01 & 4.610+03 & 2.912-09 & 4.966-01 \\
  30 &  99 & 5.928+01 & 4.917-00 & 1.295-11 & 1.207-03 &  31 & 134 & 5.025+01 & 2.887+03 & 2.551-09 & 4.344-01 \\
  30 & 112 & 5.903+01 & 8.892-01 & 2.322-12 & 2.136-04 &  31 & 135 & 4.990+01 & 3.230+03 & 2.010-09 & 3.350-01 \\
  30 & 123 & 5.591+01 & 1.099-01 & 2.576-13 & 2.014-05 &  31 & 140 & 3.825+01 & 2.944+02 & 6.456-11 & 4.848-03 \\
  30 & 133 & 5.019+01 & 3.984+02 & 7.522-10 & 4.253-02 &  31 & 146 & 3.658+01 & 7.886+02 & 1.582-10 & 1.039-02 \\
  30 & 135 & 4.981+01 & 3.212+03 & 5.973-09 & 3.302-01 &  31 & 147 & 3.657+01 & 4.951+03 & 1.655-09 & 1.086-01 \\
  30 & 147 & 3.653+01 & 4.230+02 & 4.231-10 & 9.222-03 &  31 & 148 & 3.657+01 & 3.162+03 & 1.479-09 & 9.707-02 \\
  30 & 149 & 3.643+01 & 3.627+03 & 3.608-09 & 7.801-02 &  31 & 149 & 3.648+01 & 3.620+03 & 1.203-09 & 7.838-02 \\
  31 &  34 & 2.802+02 & 5.580-01 & 6.567-12 & 1.938-01 &  31 & 154 & 3.613+01 & 5.032-04 & 2.298-16 & 1.454-08 \\
  31 &  35 & 2.793+02 & 3.095-00 & 6.034-11 & 1.764-00 &  32 &  34 & 2.956+02 & 5.368-04 & 4.220-15 & 2.438-04 \\
  31 &  36 & 2.777+02 & 2.050-00 & 5.530-11 & 1.589-00 &  32 &  35 & 2.946+02 & 1.790-00 & 2.330-11 & 1.333-00 \\
  31 &  37 & 2.492+02 & 4.500-00 & 6.981-11 & 1.449-00 &  32 &  36 & 2.928+02 & 1.432+01 & 2.578-10 & 1.448+01 \\
  31 &  40 & 1.317+02 & 1.188-01 & 3.087-13 & 9.462-04 &  32 &  37 & 2.613+02 & 6.378-00 & 6.529-11 & 2.606-00 \\
  31 &  43 & 1.304+02 & 1.085-02 & 4.615-14 & 1.375-04 &  32 &  40 & 1.350+02 & 1.370-02 & 2.246-14 & 1.236-04 \\
  31 &  44 & 1.295+02 & 2.598-01 & 1.525-12 & 4.448-03 &  32 &  43 & 1.337+02 & 2.638-02 & 7.070-14 & 3.780-04 \\
  31 &  45 & 1.290+02 & 1.938-01 & 4.834-13 & 1.392-03 &  32 &  44 & 1.327+02 & 7.075-04 & 2.617-15 & 1.369-05 \\
  31 &  46 & 1.282+02 & 1.999-01 & 8.208-13 & 2.321-03 &  32 &  45 & 1.322+02 & 1.239-00 & 1.947-12 & 1.005-02 \\
  31 &  48 & 1.154+02 & 2.782-02 & 5.553-14 & 1.145-04 &  32 &  46 & 1.313+02 & 8.120-01 & 2.100-12 & 1.064-02 \\
  31 &  49 & 1.141+02 & 1.999-00 & 3.905-12 & 7.792-03 &  32 &  47 & 1.261+02 & 6.654-00 & 3.173-12 & 1.423-02 \\
  31 &  50 & 1.139+02 & 2.261-01 & 7.329-13 & 1.453-03 &  32 &  48 & 1.179+02 & 1.452-02 & 1.817-14 & 6.663-05 \\
  31 &  60 & 1.036+02 & 2.469-00 & 3.973-12 & 5.931-03 &  32 &  49 & 1.166+02 & 4.887-02 & 5.979-14 & 2.121-04 \\
  31 &  63 & 1.035+02 & 9.457-00 & 2.531-11 & 3.765-02 &  32 &  50 & 1.164+02 & 1.469-01 & 2.983-13 & 1.051-03 \\
  31 &  64 & 1.032+02 & 7.301-01 & 2.720-12 & 4.012-03 &  32 &  56 & 1.128+02 & 4.581-00 & 1.748-12 & 5.615-03 \\
  31 &  65 & 1.032+02 & 1.270-00 & 3.376-12 & 4.972-03 &  32 &  60 & 1.057+02 & 5.946-02 & 5.970-14 & 1.575-04 \\
  31 &  66 & 1.031+02 & 1.369-00 & 5.092-12 & 7.495-03 &  32 &  61 & 1.057+02 & 4.658-03 & 1.403-14 & 3.701-05 \\
  31 &  72 & 9.355+01 & 5.119-01 & 1.567-12 & 1.722-03 &  32 &  63 & 1.055+02 & 1.106+01 & 1.846-11 & 4.852-02 \\
  31 &  74 & 9.338+01 & 5.546-00 & 1.692-11 & 1.849-02 &  32 &  64 & 1.052+02 & 1.553+01 & 3.609-11 & 9.406-02 \\
  31 &  75 & 9.337+01 & 2.271-00 & 4.948-12 & 5.406-03 &  32 &  65 & 1.052+02 & 1.998-00 & 3.314-12 & 8.625-03 \\
  31 &  78 & 6.330+01 & 4.845-00 & 2.910-12 & 9.907-04 &  32 &  66 & 1.052+02 & 1.992-00 & 4.623-12 & 1.202-02 \\
  31 &  79 & 6.315+01 & 4.210-01 & 4.194-13 & 1.417-04 &  32 &  67 & 1.051+02 & 1.051-00 & 3.131-12 & 8.124-03 \\
  31 &  80 & 6.304+01 & 7.881-02 & 1.096-13 & 3.683-05 &  32 &  72 & 9.521+01 & 1.239-03 & 2.358-15 & 4.551-06 \\
  31 &  81 & 6.297+01 & 2.021-00 & 1.202-12 & 4.027-04 &  32 &  73 & 9.513+01 & 8.546-01 & 2.087-12 & 4.018-03 \\
  31 &  82 & 6.288+01 & 7.401-03 & 7.312-15 & 2.440-06 &  32 &  74 & 9.504+01 & 4.547+01 & 8.621-11 & 1.655-01 \\
  31 &  94 & 5.953+01 & 5.226-00 & 2.776-12 & 7.860-04 &  32 &  75 & 9.503+01 & 1.680-02 & 2.275-14 & 4.367-05 \\
  31 &  95 & 5.949+01 & 2.119+01 & 1.875-11 & 5.298-03 &  32 &  78 & 6.406+01 & 2.050+01 & 7.567-12 & 4.449-03 \\
  31 &  98 & 5.943+01 & 3.508-00 & 4.334-12 & 1.221-03 &  32 &  79 & 6.390+01 & 1.187-02 & 7.268-15 & 4.241-06 \\
  31 &  99 & 5.941+01 & 2.204-00 & 1.944-12 & 5.471-04 &  32 &  80 & 6.379+01 & 3.448-00 & 2.945-12 & 1.710-03 \\
  31 & 100 & 5.941+01 & 1.096-00 & 1.353-12 & 3.808-04 &  32 &  81 & 6.372+01 & 1.562-01 & 5.706-14 & 3.302-05 \\
  31 & 110 & 5.935+01 & 9.335-01 & 4.929-13 & 1.383-04 &  32 &  82 & 6.363+01 & 2.909-00 & 1.766-12 & 1.017-03 \\
  31 & 111 & 5.922+01 & 3.335-03 & 1.753-15 & 4.889-07 &  32 &  83 & 6.290+01 & 4.041+01 & 4.793-12 & 2.668-03 \\
  31 & 112 & 5.915+01 & 1.861-03 & 1.628-15 & 4.521-07 &  32 &  94 & 6.020+01 & 1.133-02 & 3.693-15 & 1.802-06 \\
  31 & 114 & 5.722+01 & 2.777+02 & 1.363-10 & 3.427-02 &  32 &  95 & 6.016+01 & 2.277+01 & 1.235-11 & 6.018-03 \\
  31 & 120 & 5.605+01 & 1.054-01 & 1.158-13 & 2.737-05 &  32 &  97 & 6.015+01 & 6.681-03 & 6.523-15 & 3.175-06 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  32 &  98 & 6.010+01 & 4.347+01 & 3.295-11 & 1.600-02 &  33 &  75 & 9.646+01 & 1.204-00 & 2.801-12 & 3.374-03 \\
  32 &  99 & 6.008+01 & 3.837-00 & 2.076-12 & 1.007-03 &  33 &  78 & 6.471+01 & 2.150+01 & 1.350-11 & 4.907-03 \\
  32 & 100 & 6.007+01 & 1.235-00 & 9.357-13 & 4.537-04 &  33 &  79 & 6.454+01 & 1.037-03 & 1.079-15 & 3.894-07 \\
  32 & 101 & 6.006+01 & 8.638-01 & 8.409-13 & 4.075-04 &  33 &  80 & 6.443+01 & 1.804-00 & 2.619-12 & 9.402-04 \\
  32 & 110 & 6.001+01 & 1.758+01 & 5.697-12 & 2.754-03 &  33 &  81 & 6.436+01 & 1.577-00 & 9.797-13 & 3.506-04 \\
  32 & 111 & 5.989+01 & 8.737+01 & 2.819-11 & 1.354-02 &  33 &  82 & 6.427+01 & 6.091-01 & 6.286-13 & 2.239-04 \\
  32 & 112 & 5.981+01 & 4.165-00 & 2.234-12 & 1.069-03 &  33 &  94 & 6.077+01 & 1.743-02 & 9.649-15 & 2.906-06 \\
  32 & 113 & 5.946+01 & 8.668+01 & 9.188-12 & 4.320-03 &  33 &  95 & 6.073+01 & 3.709+01 & 3.418-11 & 1.028-02 \\
  32 & 114 & 5.784+01 & 3.757+03 & 1.130-09 & 4.892-01 &  33 &  98 & 6.067+01 & 1.893+01 & 2.437-11 & 7.304-03 \\
  32 & 119 & 5.728+01 & 8.350+03 & 8.214-10 & 3.453-01 &  33 &  99 & 6.065+01 & 1.032+01 & 9.485-12 & 2.839-03 \\
  32 & 120 & 5.664+01 & 7.437-01 & 5.007-13 & 2.035-04 &  33 & 100 & 6.064+01 & 1.329-00 & 1.710-12 & 5.118-04 \\
  32 & 121 & 5.663+01 & 1.205+02 & 8.110-11 & 3.294-02 &  33 & 110 & 6.058+01 & 1.364+01 & 7.506-12 & 2.240-03 \\
  32 & 122 & 5.662+01 & 6.697-01 & 5.795-13 & 2.353-04 &  33 & 111 & 6.045+01 & 5.474+01 & 2.999-11 & 8.892-03 \\
  32 & 123 & 5.661+01 & 2.368-01 & 1.138-13 & 4.618-05 &  33 & 112 & 6.038+01 & 1.823-00 & 1.660-12 & 4.905-04 \\
  32 & 132 & 5.077+01 & 6.465-03 & 1.499-15 & 4.386-07 &  33 & 114 & 5.836+01 & 3.722+03 & 1.901-09 & 5.071-01 \\
  32 & 133 & 5.075+01 & 3.192+03 & 1.233-09 & 3.604-01 &  33 & 120 & 5.715+01 & 5.590-03 & 6.386-15 & 1.599-06 \\
  32 & 134 & 5.073+01 & 2.629+04 & 1.420-08 & 4.146-00 &  33 & 121 & 5.713+01 & 2.132+01 & 2.434-11 & 6.092-03 \\
  32 & 135 & 5.037+01 & 5.848+03 & 2.224-09 & 6.356-01 &  33 & 123 & 5.712+01 & 4.091-01 & 3.335-13 & 8.342-05 \\
  32 & 140 & 3.852+01 & 4.098+03 & 5.470-10 & 6.994-02 &  33 & 132 & 5.117+01 & 6.270+01 & 2.461-11 & 4.427-03 \\
  32 & 141 & 3.839+01 & 8.884+03 & 3.926-10 & 4.969-02 &  33 & 133 & 5.116+01 & 4.953+03 & 3.239-09 & 5.821-01 \\
  32 & 146 & 3.683+01 & 1.453-02 & 1.772-15 & 1.980-07 &  33 & 134 & 5.113+01 & 7.149+03 & 6.539-09 & 1.173-00 \\
  32 & 147 & 3.683+01 & 3.397+03 & 6.906-10 & 7.714-02 &  33 & 135 & 5.077+01 & 1.102+04 & 7.098-09 & 1.246-00 \\
  32 & 148 & 3.682+01 & 2.840+04 & 8.082-09 & 9.023-01 &  33 & 140 & 3.876+01 & 4.022+03 & 9.057-10 & 7.075-02 \\
  32 & 149 & 3.673+01 & 6.578+03 & 1.330-09 & 1.474-01 &  33 & 146 & 3.704+01 & 6.903+01 & 1.420-11 & 9.687-04 \\
  32 & 154 & 3.637+01 & 6.002-04 & 1.667-16 & 1.794-08 &  33 & 147 & 3.704+01 & 5.275+03 & 1.808-09 & 1.233-01 \\
  32 & 155 & 3.637+01 & 2.015-03 & 7.192-16 & 7.741-08 &  33 & 148 & 3.703+01 & 7.778+03 & 3.731-09 & 2.543-01 \\
  32 & 157 & 3.637+01 & 3.815-05 & 1.362-17 & 1.465-09 &  33 & 149 & 3.694+01 & 1.255+04 & 4.278-09 & 2.894-01 \\
  33 &  34 & 3.100+02 & 2.684-02 & 3.865-13 & 1.545-02 &  33 & 154 & 3.658+01 & 8.231-04 & 3.853-16 & 2.531-08 \\
  33 &  35 & 3.089+02 & 2.262-00 & 5.393-11 & 2.134-00 &  34 &  38 & 3.326+02 & 1.548-03 & 4.279-14 & 2.113-03 \\
  33 &  36 & 3.069+02 & 3.453-00 & 1.138-10 & 4.414-00 &  34 &  39 & 3.270+02 & 1.059-03 & 1.697-14 & 7.963-04 \\
  33 &  37 & 2.725+02 & 9.399-00 & 1.743-10 & 4.732-00 &  34 &  42 & 2.466+02 & 1.330-02 & 1.213-13 & 2.440-03 \\
  33 &  40 & 1.379+02 & 3.554-03 & 1.013-14 & 3.568-05 &  34 &  52 & 1.850+02 & 6.641-02 & 3.408-13 & 2.897-03 \\
  33 &  43 & 1.366+02 & 1.042-02 & 4.855-14 & 1.659-04 &  34 &  54 & 1.831+02 & 1.226-03 & 1.027-14 & 8.449-05 \\
  33 &  44 & 1.356+02 & 1.025-01 & 6.588-13 & 2.202-03 &  34 &  55 & 1.827+02 & 2.545-03 & 2.971-14 & 2.432-04 \\
  33 &  45 & 1.350+02 & 4.052-02 & 1.107-13 & 3.650-04 &  34 &  57 & 1.810+02 & 7.330-02 & 6.002-13 & 4.778-03 \\
  33 &  46 & 1.341+02 & 1.088-02 & 4.889-14 & 1.582-04 &  34 &  58 & 1.800+02 & 7.854-02 & 8.904-13 & 6.972-03 \\
  33 &  48 & 1.201+02 & 9.219-02 & 1.995-13 & 4.643-04 &  34 &  59 & 1.734+02 & 1.134-01 & 5.112-13 & 3.574-03 \\
  33 &  49 & 1.188+02 & 7.548-02 & 1.597-13 & 3.592-04 &  34 &  68 & 1.542+02 & 3.091-02 & 1.836-13 & 9.037-04 \\
  33 &  50 & 1.185+02 & 1.271-02 & 4.463-14 & 9.974-05 &  34 &  69 & 1.537+02 & 1.084-03 & 6.400-15 & 3.120-05 \\
  33 &  60 & 1.074+02 & 5.609-02 & 9.706-14 & 1.615-04 &  34 &  70 & 1.531+02 & 4.284-01 & 3.514-12 & 1.694-02 \\
  33 &  63 & 1.073+02 & 1.928+01 & 5.546-11 & 9.196-02 &  34 &  71 & 1.490+02 & 1.593-02 & 5.301-14 & 2.353-04 \\
  33 &  64 & 1.070+02 & 9.285-00 & 3.718-11 & 6.110-02 &  34 &  76 & 8.529+01 & 8.248-03 & 1.499-14 & 1.248-05 \\
  33 &  65 & 1.069+02 & 6.306-00 & 1.802-11 & 2.957-02 &  34 &  77 & 8.509+01 & 4.718-02 & 5.122-14 & 4.235-05 \\
  33 &  66 & 1.069+02 & 2.360-00 & 9.434-12 & 1.547-02 &  34 &  85 & 7.838+01 & 2.155-01 & 1.985-13 & 1.282-04 \\
  33 &  72 & 9.665+01 & 2.820-01 & 9.215-13 & 1.117-03 &  34 &  87 & 7.748+01 & 2.978-00 & 2.680-12 & 1.673-03 \\
  33 &  74 & 9.647+01 & 5.317-00 & 1.731-11 & 2.086-02 &  34 &  89 & 7.731+01 & 2.689-01 & 4.017-13 & 2.491-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  34 &  90 & 7.730+01 & 1.690-01 & 3.532-13 & 2.189-04 &  35 &  88 & 7.743+01 & 9.581-02 & 1.550-13 & 1.610-04 \\
  34 &  91 & 7.715+01 & 1.204-00 & 1.792-12 & 1.104-03 &  35 &  89 & 7.738+01 & 1.278+01 & 1.147-11 & 1.189-02 \\
  34 &  92 & 7.707+01 & 4.953-03 & 1.029-14 & 6.321-06 &  35 &  90 & 7.736+01 & 2.657-01 & 3.338-13 & 3.457-04 \\
  34 &  93 & 7.635+01 & 1.143-00 & 9.993-13 & 5.968-04 &  35 &  91 & 7.722+01 & 2.812-03 & 2.514-15 & 2.589-06 \\
  34 & 102 & 7.537+01 & 3.380+01 & 4.798-11 & 2.757-02 &  35 &  92 & 7.713+01 & 1.256-00 & 1.568-12 & 1.609-03 \\
  34 & 103 & 7.536+01 & 2.171+01 & 4.313-11 & 2.477-02 &  35 &  93 & 7.641+01 & 1.266+01 & 6.652-12 & 6.639-03 \\
  34 & 106 & 7.528+01 & 2.028+01 & 4.020-11 & 2.302-02 &  35 & 102 & 7.543+01 & 1.165+01 & 9.943-12 & 9.547-03 \\
  34 & 115 & 7.166+01 & 2.002-02 & 2.569-14 & 1.269-05 &  35 & 103 & 7.542+01 & 1.533+02 & 1.831-10 & 1.757-01 \\
  34 & 116 & 7.162+01 & 4.023-03 & 5.155-15 & 2.541-06 &  35 & 106 & 7.535+01 & 1.713-01 & 2.041-13 & 1.953-04 \\
  34 & 117 & 7.154+01 & 8.940-02 & 1.601-13 & 7.868-05 &  35 & 107 & 7.534+01 & 3.656-01 & 5.600-13 & 5.357-04 \\
  34 & 118 & 7.114+01 & 1.207-02 & 9.157-15 & 4.425-06 &  35 & 108 & 7.531+01 & 2.704-00 & 4.138-12 & 3.954-03 \\
  34 & 124 & 6.992+01 & 1.415-00 & 2.419-12 & 1.109-03 &  35 & 115 & 7.172+01 & 5.795-01 & 4.468-13 & 3.687-04 \\
  34 & 129 & 6.679+01 & 4.348+01 & 2.908-11 & 1.163-02 &  35 & 116 & 7.167+01 & 1.392-01 & 1.072-13 & 8.826-05 \\
  34 & 130 & 6.646+01 & 8.552-02 & 9.438-14 & 3.717-05 &  35 & 117 & 7.160+01 & 2.408-01 & 2.591-13 & 2.128-04 \\
  34 & 131 & 6.624+01 & 2.307-00 & 1.518-12 & 5.919-04 &  35 & 118 & 7.120+01 & 6.804-01 & 3.103-13 & 2.505-04 \\
  34 & 136 & 5.905+01 & 6.055+03 & 5.275-09 & 1.458-00 &  35 & 124 & 6.997+01 & 1.456+01 & 1.496-11 & 1.147-02 \\
  34 & 137 & 5.904+01 & 4.232+02 & 5.160-10 & 1.425-01 &  35 & 125 & 6.996+01 & 8.270-00 & 1.092-11 & 8.367-03 \\
  34 & 139 & 5.899+01 & 1.042+04 & 1.269-08 & 3.495-00 &  35 & 126 & 6.995+01 & 1.581-00 & 2.088-12 & 1.598-03 \\
  34 & 143 & 4.326+01 & 3.752+01 & 1.053-11 & 1.144-03 &  35 & 128 & 6.689+01 & 7.814+01 & 1.049-11 & 7.021-03 \\
  34 & 144 & 4.319+01 & 1.688-02 & 7.868-15 & 8.506-07 &  35 & 129 & 6.684+01 & 3.218+02 & 1.293-10 & 8.637-02 \\
  34 & 145 & 4.314+01 & 2.201-00 & 6.143-13 & 6.621-05 &  35 & 130 & 6.650+01 & 1.614+02 & 1.070-10 & 7.039-02 \\
  34 & 150 & 4.153+01 & 4.576+03 & 1.972-09 & 1.896-01 &  35 & 131 & 6.629+01 & 4.566+02 & 1.805-10 & 1.176-01 \\
  34 & 151 & 4.153+01 & 3.517+02 & 2.122-10 & 2.040-02 &  35 & 136 & 5.909+01 & 1.601+03 & 8.381-10 & 3.867-01 \\
  34 & 153 & 4.151+01 & 7.852+03 & 4.733-09 & 4.544-01 &  35 & 137 & 5.908+01 & 2.400+04 & 1.758-08 & 8.109-00 \\
  35 &  38 & 3.338+02 & 1.587-03 & 2.652-14 & 2.207-03 &  35 & 138 & 5.906+01 & 1.705+03 & 1.605-09 & 7.396-01 \\
  35 &  39 & 3.282+02 & 8.471-04 & 8.206-15 & 6.486-04 &  35 & 139 & 5.903+01 & 1.588+04 & 1.162-08 & 5.343-00 \\
  35 &  41 & 2.489+02 & 6.963-02 & 1.293-13 & 4.461-03 &  35 & 142 & 4.329+01 & 8.475+01 & 4.762-12 & 8.643-04 \\
  35 &  42 & 2.473+02 & 9.559-03 & 5.257-14 & 1.778-03 &  35 & 143 & 4.328+01 & 3.164+02 & 5.331-11 & 9.668-03 \\
  35 &  51 & 1.866+02 & 7.224-02 & 7.545-14 & 1.097-03 &  35 & 144 & 4.321+01 & 1.471+02 & 4.118-11 & 7.431-03 \\
  35 &  52 & 1.854+02 & 2.921-01 & 9.031-13 & 1.288-02 &  35 & 145 & 4.317+01 & 4.105+02 & 6.880-11 & 1.238-02 \\
  35 &  53 & 1.839+02 & 1.500-01 & 1.369-12 & 1.904-02 &  35 & 150 & 4.155+01 & 1.226+03 & 3.172-10 & 5.089-02 \\
  35 &  54 & 1.834+02 & 6.902-01 & 3.481-12 & 4.804-02 &  35 & 151 & 4.155+01 & 1.842+04 & 6.675-09 & 1.071-00 \\
  35 &  55 & 1.831+02 & 5.953-07 & 4.187-18 & 5.747-08 &  35 & 152 & 4.154+01 & 1.250+03 & 5.820-10 & 9.334-02 \\
  35 &  57 & 1.814+02 & 1.437-04 & 7.087-16 & 9.461-06 &  35 & 153 & 4.153+01 & 1.150+04 & 4.164-09 & 6.672-01 \\
  35 &  58 & 1.804+02 & 3.634-03 & 2.482-14 & 3.258-04 &  36 &  38 & 3.362+02 & 6.839-04 & 8.278-15 & 9.849-04 \\
  35 &  59 & 1.737+02 & 4.912-01 & 1.333-12 & 1.562-02 &  36 &  39 & 3.305+02 & 3.545-02 & 2.487-13 & 2.811-02 \\
  35 &  68 & 1.545+02 & 2.647-02 & 9.469-14 & 7.807-04 &  36 &  42 & 2.486+02 & 2.415-05 & 9.586-17 & 4.610-06 \\
  35 &  69 & 1.540+02 & 3.525-01 & 1.253-12 & 1.024-02 &  36 &  52 & 1.861+02 & 1.120-02 & 2.494-14 & 5.037-04 \\
  35 &  70 & 1.534+02 & 7.459-01 & 3.684-12 & 2.974-02 &  36 &  53 & 1.846+02 & 5.489-01 & 3.606-12 & 7.104-02 \\
  35 &  71 & 1.492+02 & 3.056-03 & 6.123-15 & 4.553-05 &  36 &  54 & 1.841+02 & 2.162-01 & 7.850-13 & 1.535-02 \\
  35 &  76 & 8.537+01 & 2.413-01 & 2.636-13 & 3.668-04 &  36 &  55 & 1.838+02 & 4.440-02 & 2.249-13 & 4.371-03 \\
  35 &  77 & 8.517+01 & 1.502-01 & 9.801-14 & 1.354-04 &  36 &  57 & 1.821+02 & 3.221-02 & 1.143-13 & 2.162-03 \\
  35 &  84 & 7.852+01 & 2.098-02 & 3.879-15 & 4.199-06 &  36 &  58 & 1.811+02 & 1.711-00 & 8.410-12 & 1.563-01 \\
  35 &  85 & 7.844+01 & 1.480-00 & 8.190-13 & 8.843-04 &  36 &  59 & 1.743+02 & 5.071-01 & 9.901-13 & 1.643-02 \\
  35 &  86 & 7.766+01 & 5.984-01 & 1.082-13 & 1.133-04 &  36 &  68 & 1.550+02 & 7.582-02 & 1.950-13 & 2.273-03 \\
  35 &  87 & 7.755+01 & 1.130+01 & 6.112-12 & 6.375-03 &  36 &  69 & 1.545+02 & 2.385-00 & 6.097-12 & 7.040-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  36 &  70 & 1.539+02 & 3.104-01 & 1.102-12 & 1.258-02 &  37 &  52 & 2.016+02 & 1.945-01 & 7.111-13 & 1.303-02 \\
  36 &  71 & 1.497+02 & 1.426-00 & 2.053-12 & 2.158-02 &  37 &  53 & 1.998+02 & 2.296-01 & 2.473-12 & 4.413-02 \\
  36 &  76 & 8.552+01 & 1.632-00 & 1.278-12 & 2.503-03 &  37 &  54 & 1.992+02 & 3.512-01 & 2.090-12 & 3.698-02 \\
  36 &  77 & 8.533+01 & 1.760-02 & 8.235-15 & 1.602-05 &  37 &  55 & 1.988+02 & 2.230-04 & 1.850-15 & 3.254-05 \\
  36 &  85 & 7.857+01 & 1.777-01 & 7.050-14 & 1.071-04 &  37 &  57 & 1.969+02 & 1.604-01 & 9.316-13 & 1.590-02 \\
  36 &  87 & 7.767+01 & 6.906-02 & 2.677-14 & 3.928-05 &  37 &  58 & 1.957+02 & 1.299-02 & 1.044-13 & 1.749-03 \\
  36 &  88 & 7.756+01 & 3.213-01 & 3.725-13 & 5.442-04 &  37 &  59 & 1.878+02 & 7.130-02 & 2.262-13 & 3.353-03 \\
  36 &  89 & 7.751+01 & 1.518+01 & 9.767-12 & 1.424-02 &  37 &  68 & 1.656+02 & 1.778-02 & 7.304-14 & 7.412-04 \\
  36 &  90 & 7.749+01 & 1.079-00 & 9.716-13 & 1.416-03 &  37 &  69 & 1.650+02 & 1.913-01 & 7.807-13 & 7.843-03 \\
  36 &  91 & 7.735+01 & 1.151-02 & 7.377-15 & 1.069-05 &  37 &  70 & 1.643+02 & 3.918-01 & 2.220-12 & 2.203-02 \\
  36 &  92 & 7.726+01 & 9.791-00 & 8.761-12 & 1.265-02 &  37 &  71 & 1.596+02 & 1.778-01 & 4.073-13 & 3.700-03 \\
  36 &  93 & 7.654+01 & 2.100+01 & 7.904-12 & 1.110-02 &  37 &  76 & 8.864+01 & 3.181-01 & 3.747-13 & 5.838-04 \\
  36 & 102 & 7.556+01 & 9.634-02 & 5.889-14 & 7.954-05 &  37 &  77 & 8.844+01 & 2.462-02 & 1.732-14 & 2.680-05 \\
  36 & 103 & 7.554+01 & 4.585+01 & 3.923-11 & 5.296-02 &  37 &  84 & 8.128+01 & 1.977-00 & 3.916-13 & 4.704-04 \\
  36 & 104 & 7.550+01 & 6.202-03 & 8.329-15 & 1.122-05 &  37 &  85 & 8.120+01 & 2.386-00 & 1.415-12 & 1.694-03 \\
  36 & 106 & 7.547+01 & 7.133-01 & 6.091-13 & 8.197-04 &  37 &  86 & 8.036+01 & 5.939-00 & 1.150-12 & 1.335-03 \\
  36 & 107 & 7.546+01 & 1.110+02 & 1.219-10 & 1.640-01 &  37 &  87 & 8.024+01 & 5.241-00 & 3.036-12 & 3.508-03 \\
  36 & 108 & 7.543+01 & 2.743-00 & 3.009-12 & 4.043-03 &  37 &  88 & 8.012+01 & 1.011-02 & 1.751-14 & 2.014-05 \\
  36 & 109 & 7.542+01 & 7.131-00 & 9.556-12 & 1.284-02 &  37 &  89 & 8.006+01 & 4.492-00 & 4.316-12 & 4.955-03 \\
  36 & 115 & 7.183+01 & 2.581-00 & 1.426-12 & 1.654-03 &  37 &  90 & 8.004+01 & 1.689-01 & 2.271-13 & 2.605-04 \\
  36 & 116 & 7.178+01 & 5.888+01 & 3.249-11 & 3.762-02 &  37 &  91 & 7.989+01 & 1.237-00 & 1.184-12 & 1.351-03 \\
  36 & 117 & 7.171+01 & 6.883-00 & 5.306-12 & 6.127-03 &  37 &  92 & 7.980+01 & 1.191-00 & 1.592-12 & 1.810-03 \\
  36 & 118 & 7.131+01 & 3.059+01 & 9.995-12 & 1.135-02 &  37 &  93 & 7.903+01 & 6.822-00 & 3.833-12 & 4.231-03 \\
  36 & 124 & 7.007+01 & 1.323-02 & 9.737-15 & 1.049-05 &  37 & 102 & 7.798+01 & 2.162-00 & 1.971-12 & 2.091-03 \\
  36 & 125 & 7.007+01 & 2.596+02 & 2.456-10 & 2.646-01 &  37 & 103 & 7.797+01 & 8.473+01 & 1.081-10 & 1.146-01 \\
  36 & 126 & 7.005+01 & 3.502-00 & 3.313-12 & 3.566-03 &  37 & 106 & 7.789+01 & 1.278+01 & 1.627-11 & 1.720-02 \\
  36 & 127 & 7.004+01 & 2.487-00 & 2.874-12 & 3.093-03 &  37 & 107 & 7.788+01 & 2.684+01 & 4.392-11 & 4.641-02 \\
  36 & 129 & 6.693+01 & 3.669+02 & 1.056-10 & 9.918-02 &  37 & 108 & 7.785+01 & 3.708-00 & 6.065-12 & 6.401-03 \\
  36 & 130 & 6.660+01 & 1.714+03 & 8.141-10 & 7.531-01 &  37 & 115 & 7.402+01 & 2.228-01 & 1.830-13 & 1.660-04 \\
  36 & 131 & 6.638+01 & 8.706+02 & 2.465-10 & 2.258-01 &  37 & 116 & 7.397+01 & 5.321-04 & 4.365-16 & 3.951-07 \\
  36 & 136 & 5.916+01 & 3.323-01 & 1.246-13 & 8.077-05 &  37 & 117 & 7.389+01 & 1.081-04 & 1.238-16 & 1.118-07 \\
  36 & 137 & 5.915+01 & 2.744+03 & 1.439-09 & 9.330-01 &  37 & 118 & 7.346+01 & 2.923-00 & 1.419-12 & 1.259-03 \\
  36 & 138 & 5.914+01 & 7.281+04 & 4.908-08 & 3.179+01 &  37 & 124 & 7.216+01 & 1.724+01 & 1.884-11 & 1.583-02 \\
  36 & 139 & 5.910+01 & 8.106+03 & 4.245-09 & 2.744-00 &  37 & 125 & 7.215+01 & 2.164+01 & 3.040-11 & 2.554-02 \\
  36 & 143 & 4.332+01 & 3.556+02 & 4.287-11 & 1.091-02 &  37 & 126 & 7.214+01 & 1.661-00 & 2.332-12 & 1.958-03 \\
  36 & 144 & 4.325+01 & 1.637+03 & 3.279-10 & 8.307-02 &  37 & 128 & 6.889+01 & 9.750+02 & 1.387-10 & 1.015-01 \\
  36 & 145 & 4.320+01 & 7.636+02 & 9.158-11 & 2.313-02 &  37 & 129 & 6.883+01 & 2.868+02 & 1.222-10 & 8.917-02 \\
  36 & 150 & 4.159+01 & 1.081-01 & 2.002-14 & 4.509-06 &  37 & 130 & 6.848+01 & 3.450+02 & 2.425-10 & 1.742-01 \\
  36 & 151 & 4.158+01 & 2.188+03 & 5.674-10 & 1.278-01 &  37 & 131 & 6.825+01 & 1.043+03 & 4.369-10 & 3.106-01 \\
  36 & 152 & 4.158+01 & 5.440+04 & 1.813-08 & 4.082-00 &  37 & 136 & 6.064+01 & 8.641+02 & 4.764-10 & 2.376-01 \\
  36 & 153 & 4.157+01 & 6.030+03 & 1.562-09 & 3.513-01 &  37 & 137 & 6.063+01 & 1.911+03 & 1.474-09 & 7.350-01 \\
  37 &  38 & 3.902+02 & 7.357-04 & 1.680-14 & 2.233-03 &  37 & 138 & 6.062+01 & 1.404+04 & 1.392-08 & 6.935-00 \\
  37 &  39 & 3.825+02 & 1.861-03 & 2.450-14 & 3.067-03 &  37 & 139 & 6.058+01 & 3.150+04 & 2.426-08 & 1.206+01 \\
  37 &  41 & 2.790+02 & 7.789-03 & 1.818-14 & 8.828-04 &  37 & 142 & 4.412+01 & 1.067+03 & 6.226-11 & 1.196-02 \\
  37 &  42 & 2.769+02 & 7.489-04 & 5.166-15 & 2.454-04 &  37 & 143 & 4.411+01 & 3.015+02 & 5.276-11 & 1.013-02 \\
  37 &  51 & 2.031+02 & 1.748-01 & 2.161-13 & 4.047-03 &  37 & 144 & 4.403+01 & 3.749+02 & 1.090-10 & 2.081-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  37 & 145 & 4.399+01 & 1.182+03 & 2.057-10 & 3.916-02 &  38 & 121 & 8.873+01 & 3.487-01 & 5.762-13 & 9.003-04 \\
  37 & 150 & 4.231+01 & 6.565+02 & 1.762-10 & 2.985-02 &  38 & 122 & 8.872+01 & 1.205-02 & 2.559-14 & 3.998-05 \\
  37 & 151 & 4.231+01 & 1.660+03 & 6.236-10 & 1.056-01 &  38 & 123 & 8.870+01 & 7.078-03 & 8.348-15 & 1.303-05 \\
  37 & 152 & 4.231+01 & 1.068+04 & 5.158-09 & 8.737-01 &  38 & 132 & 7.514+01 & 1.701-01 & 8.639-14 & 8.198-05 \\
  37 & 153 & 4.229+01 & 2.367+04 & 8.886-09 & 1.503-00 &  38 & 133 & 7.511+01 & 4.523-00 & 3.826-12 & 3.626-03 \\
  38 &  40 & 9.824+02 & 3.099-02 & 2.690-12 & 5.704-00 &  38 & 134 & 7.506+01 & 2.430+01 & 2.873-11 & 2.717-02 \\
  38 &  43 & 9.174+02 & 1.302-04 & 1.643-14 & 2.839-02 &  38 & 135 & 7.427+01 & 3.048-00 & 2.521-12 & 2.309-03 \\
  38 &  44 & 8.741+02 & 8.909-02 & 1.429-11 & 2.135+01 &  38 & 140 & 5.110+01 & 2.116-00 & 4.971-13 & 1.484-04 \\
  38 &  45 & 8.496+02 & 1.665-01 & 1.081-11 & 1.483+01 &  38 & 141 & 5.087+01 & 7.122-00 & 5.526-13 & 1.627-04 \\
  38 &  46 & 8.167+02 & 2.106-01 & 2.105-11 & 2.565+01 &  38 & 146 & 4.816+01 & 1.522-02 & 3.177-15 & 7.939-07 \\
  38 &  47 & 6.492+02 & 8.675-01 & 1.096-11 & 6.711-00 &  38 & 147 & 4.816+01 & 2.136-00 & 7.427-13 & 1.855-04 \\
  38 &  48 & 4.783+02 & 7.403-03 & 1.524-13 & 3.729-02 &  38 & 148 & 4.815+01 & 1.510+01 & 7.346-12 & 1.834-03 \\
  38 &  49 & 4.575+02 & 1.228-02 & 2.313-13 & 4.954-02 &  38 & 149 & 4.799+01 & 3.140-00 & 1.084-12 & 2.679-04 \\
  38 &  50 & 4.537+02 & 7.860-08 & 2.426-18 & 5.068-07 &  38 & 154 & 4.738+01 & 2.384-06 & 1.124-18 & 2.674-10 \\
  38 &  56 & 4.041+02 & 1.217-00 & 5.961-12 & 8.798-01 &  38 & 155 & 4.738+01 & 3.238-06 & 1.962-18 & 4.668-10 \\
  38 &  60 & 3.251+02 & 5.026-07 & 4.780-18 & 3.676-07 &  38 & 157 & 4.738+01 & 3.351-06 & 2.030-18 & 4.829-10 \\
  38 &  61 & 3.251+02 & 1.343-06 & 3.831-17 & 2.945-06 &  39 &  40 & 1.035+03 & 2.763-03 & 4.436-13 & 6.600-01 \\
  38 &  63 & 3.240+02 & 6.608-04 & 1.040-14 & 7.907-04 &  39 &  43 & 9.631+02 & 2.513-05 & 5.824-15 & 6.982-03 \\
  38 &  64 & 3.211+02 & 1.272-03 & 2.754-14 & 2.040-03 &  39 &  44 & 9.155+02 & 1.046-01 & 3.066-11 & 3.157+01 \\
  38 &  65 & 3.207+02 & 5.735-05 & 8.842-16 & 6.521-05 &  39 &  45 & 8.886+02 & 1.571-02 & 1.860-12 & 1.752-00 \\
  38 &  66 & 3.204+02 & 2.728-04 & 5.876-15 & 4.323-04 &  39 &  46 & 8.527+02 & 7.130-02 & 1.295-11 & 1.078+01 \\
  38 &  67 & 3.198+02 & 3.598-04 & 9.927-15 & 7.259-04 &  39 &  48 & 4.905+02 & 1.464-03 & 5.281-14 & 8.362-03 \\
  38 &  72 & 2.431+02 & 5.542-06 & 6.873-17 & 2.208-06 &  39 &  49 & 4.686+02 & 1.905-02 & 6.271-13 & 8.661-02 \\
  38 &  73 & 2.426+02 & 2.896-04 & 4.598-15 & 1.467-04 &  39 &  50 & 4.646+02 & 3.591-03 & 1.937-13 & 2.607-02 \\
  38 &  74 & 2.420+02 & 6.694-03 & 8.225-14 & 2.606-03 &  39 &  60 & 3.307+02 & 5.250-04 & 8.608-15 & 4.179-04 \\
  38 &  75 & 2.419+02 & 1.285-04 & 1.127-15 & 3.570-05 &  39 &  63 & 3.295+02 & 5.097-03 & 1.383-13 & 6.637-03 \\
  38 &  78 & 1.084+02 & 9.150+01 & 9.679-11 & 2.761-01 &  39 &  64 & 3.265+02 & 7.380-03 & 2.753-13 & 1.286-02 \\
  38 &  79 & 1.080+02 & 5.960-01 & 1.042-12 & 2.935-03 &  39 &  65 & 3.261+02 & 3.332-03 & 8.851-14 & 4.118-03 \\
  38 &  80 & 1.077+02 & 1.815+02 & 4.416-10 & 1.233-00 &  39 &  66 & 3.258+02 & 5.225-03 & 1.940-13 & 9.002-03 \\
  38 &  81 & 1.075+02 & 2.722+02 & 2.829-10 & 7.857-01 &  39 &  72 & 2.462+02 & 1.722-03 & 3.650-14 & 7.308-04 \\
  38 &  82 & 1.072+02 & 3.100+02 & 5.343-10 & 1.473-00 &  39 &  74 & 2.450+02 & 7.748-03 & 1.627-13 & 3.213-03 \\
  38 &  83 & 1.052+02 & 3.385+02 & 1.123-10 & 2.920-01 &  39 &  75 & 2.450+02 & 5.518-03 & 8.274-14 & 1.633-03 \\
  38 &  94 & 9.782+01 & 4.445-03 & 3.826-15 & 8.010-06 &  39 &  78 & 1.091+02 & 2.557+01 & 4.560-11 & 7.936-02 \\
  38 &  95 & 9.773+01 & 1.728-01 & 2.475-13 & 5.167-04 &  39 &  79 & 1.086+02 & 2.627-01 & 7.742-13 & 1.331-03 \\
  38 &  97 & 9.770+01 & 2.828-04 & 7.285-16 & 1.520-06 &  39 &  80 & 1.083+02 & 2.817+02 & 1.155-09 & 1.968-00 \\
  38 &  98 & 9.757+01 & 2.359-01 & 4.712-13 & 9.789-04 &  39 &  81 & 1.081+02 & 3.731+01 & 6.535-11 & 1.107-01 \\
  38 &  99 & 9.750+01 & 3.546-02 & 5.054-14 & 1.048-04 &  39 &  82 & 1.078+02 & 1.378+02 & 4.003-10 & 6.732-01 \\
  38 & 100 & 9.749+01 & 1.879-02 & 3.748-14 & 7.768-05 &  39 &  94 & 9.832+01 & 1.229-01 & 1.780-13 & 2.270-04 \\
  38 & 101 & 9.746+01 & 4.862-02 & 1.246-13 & 2.581-04 &  39 &  95 & 9.822+01 & 1.886-01 & 4.547-13 & 5.783-04 \\
  38 & 110 & 9.734+01 & 2.908-00 & 2.479-12 & 5.113-03 &  39 &  98 & 9.806+01 & 4.663-01 & 1.569-12 & 1.985-03 \\
  38 & 111 & 9.700+01 & 1.273+01 & 1.077-11 & 2.199-02 &  39 &  99 & 9.800+01 & 1.736-01 & 4.165-13 & 5.260-04 \\
  38 & 112 & 9.681+01 & 2.186-08 & 3.071-20 & 6.232-11 &  39 & 100 & 9.799+01 & 2.433-01 & 8.171-13 & 1.032-03 \\
  38 & 113 & 9.588+01 & 1.597-00 & 4.403-13 & 8.681-04 &  39 & 110 & 9.783+01 & 1.192-00 & 1.711-12 & 2.150-03 \\
  38 & 114 & 9.174+01 & 7.174+02 & 5.430-10 & 9.377-01 &  39 & 111 & 9.749+01 & 5.342-00 & 7.612-12 & 9.467-03 \\
  38 & 119 & 9.035+01 & 1.161+03 & 2.842-10 & 4.687-01 &  39 & 112 & 9.729+01 & 1.156-01 & 2.734-13 & 3.380-04 \\
  38 & 120 & 8.876+01 & 4.813-04 & 7.959-16 & 1.245-06 &  39 & 114 & 9.217+01 & 6.034+02 & 7.685-10 & 8.077-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  39 & 120 & 8.917+01 & 2.256-02 & 6.274-14 & 5.971-05 &  40 & 139 & 7.735+01 & 1.260-01 & 2.636-13 & 1.638-04 \\
  39 & 121 & 8.914+01 & 6.274-02 & 1.744-13 & 1.658-04 &  40 & 143 & 5.238+01 & 1.782-00 & 7.329-13 & 1.414-04 \\
  39 & 123 & 8.911+01 & 1.082-01 & 2.148-13 & 2.039-04 &  40 & 144 & 5.228+01 & 7.625-00 & 5.207-12 & 9.983-04 \\
  39 & 132 & 7.543+01 & 6.352-01 & 5.418-13 & 3.121-04 &  40 & 145 & 5.221+01 & 6.012-00 & 2.457-12 & 4.692-04 \\
  39 & 133 & 7.540+01 & 2.372-00 & 3.370-12 & 1.939-03 &  40 & 150 & 4.987+01 & 4.127-02 & 2.564-14 & 4.267-06 \\
  39 & 134 & 7.535+01 & 3.283-02 & 6.521-14 & 3.743-05 &  40 & 151 & 4.986+01 & 5.508-02 & 4.791-14 & 7.972-06 \\
  39 & 135 & 7.455+01 & 4.511-02 & 6.264-14 & 3.484-05 &  40 & 153 & 4.984+01 & 1.407-02 & 1.222-14 & 2.031-06 \\
  39 & 140 & 5.124+01 & 3.772-01 & 1.485-13 & 2.680-05 &  41 &  43 & 1.472+04 & 7.704-11 & 1.251-17 & 1.783-02 \\
  39 & 146 & 4.828+01 & 2.041-01 & 7.134-14 & 1.078-05 &  41 &  46 & 4.940+03 & 4.823-10 & 8.825-18 & 4.761-04 \\
  39 & 147 & 4.828+01 & 1.393-00 & 8.115-13 & 1.225-04 &  41 &  50 & 8.460+02 & 1.030-01 & 5.524-11 & 1.497+01 \\
  39 & 148 & 4.826+01 & 1.259-01 & 1.026-13 & 1.549-05 &  41 &  63 & 4.843+02 & 3.750-05 & 6.594-15 & 3.351-04 \\
  39 & 149 & 4.810+01 & 4.220-01 & 2.440-13 & 3.645-05 &  41 &  65 & 4.770+02 & 8.720-05 & 1.487-14 & 7.221-04 \\
  39 & 154 & 4.750+01 & 2.335-05 & 1.843-17 & 2.651-09 &  41 &  75 & 3.214+02 & 8.151-05 & 6.310-15 & 9.368-05 \\
  40 &  42 & 3.266+04 & 4.658-11 & 7.449-18 & 3.482-01 &  41 &  79 & 1.214+02 & 5.851-02 & 6.462-13 & 5.170-04 \\
  40 &  52 & 7.246+02 & 7.052-02 & 5.551-12 & 2.835-00 &  41 &  82 & 1.204+02 & 1.933-03 & 2.101-14 & 1.640-05 \\
  40 &  54 & 6.952+02 & 7.826-02 & 9.450-12 & 4.261-00 &  41 &  95 & 1.086+02 & 7.263-01 & 6.418-12 & 3.675-03 \\
  40 &  55 & 6.903+02 & 1.236-02 & 2.060-12 & 9.093-01 &  41 &  99 & 1.083+02 & 2.273-01 & 1.998-12 & 1.135-03 \\
  40 &  57 & 6.669+02 & 6.974-02 & 7.751-12 & 3.085-00 &  41 & 112 & 1.074+02 & 1.795+02 & 1.553-09 & 8.619-01 \\
  40 &  58 & 6.535+02 & 8.028-03 & 1.199-12 & 4.491-01 &  41 & 123 & 9.754+01 & 7.682-04 & 5.478-15 & 2.274-06 \\
  40 &  59 & 5.735+02 & 1.203-00 & 5.931-11 & 1.501+01 &  41 & 133 & 8.136+01 & 3.640-02 & 1.806-13 & 4.350-05 \\
  40 &  68 & 4.065+02 & 3.328-03 & 1.374-13 & 1.238-02 &  41 & 135 & 8.037+01 & 9.447-01 & 4.574-12 & 1.062-03 \\
  40 &  69 & 4.032+02 & 3.929-02 & 1.596-12 & 1.403-01 &  41 & 147 & 5.065+01 & 5.906-02 & 1.136-13 & 6.602-06 \\
  40 &  70 & 3.991+02 & 1.268-02 & 7.069-13 & 6.032-02 &  41 & 149 & 5.046+01 & 9.720-01 & 1.855-12 & 1.066-04 \\
  40 &  71 & 3.722+02 & 5.724-01 & 1.189-11 & 8.225-01 &  42 &  43 & 2.414+04 & 1.394-11 & 2.030-18 & 3.832-02 \\
  40 &  76 & 1.299+02 & 3.387+01 & 1.427-10 & 4.194-01 &  42 &  44 & 1.048+04 & 8.320-10 & 3.196-17 & 4.936-02 \\
  40 &  77 & 1.294+02 & 1.232+01 & 3.094-11 & 9.000-02 &  42 &  45 & 7.785+03 & 8.971-09 & 8.150-17 & 5.160-02 \\
  40 &  85 & 1.145+02 & 1.228+01 & 2.412-11 & 4.858-02 &  42 &  46 & 5.686+03 & 1.937-10 & 1.565-18 & 3.859-04 \\
  40 &  87 & 1.126+02 & 6.987+01 & 1.328-10 & 2.543-01 &  42 &  48 & 9.597+02 & 5.999-05 & 8.283-15 & 9.824-03 \\
  40 &  89 & 1.122+02 & 7.445+01 & 2.343-10 & 4.446-01 &  42 &  49 & 8.794+02 & 2.086-01 & 2.418-11 & 2.207+01 \\
  40 &  90 & 1.122+02 & 1.249+01 & 5.501-11 & 1.043-01 &  42 &  50 & 8.655+02 & 1.377-01 & 2.577-11 & 2.242+01 \\
  40 &  91 & 1.119+02 & 5.988+01 & 1.873-10 & 3.523-01 &  42 &  60 & 4.934+02 & 7.012-06 & 2.559-16 & 4.124-05 \\
  40 &  92 & 1.117+02 & 5.836-00 & 2.548-11 & 4.767-02 &  42 &  63 & 4.906+02 & 3.339-03 & 2.008-13 & 3.183-02 \\
  40 &  93 & 1.102+02 & 4.580+02 & 8.341-10 & 1.499-00 &  42 &  64 & 4.841+02 & 1.718-03 & 1.409-13 & 2.145-02 \\
  40 & 102 & 1.082+02 & 3.256-04 & 9.523-16 & 1.618-06 &  42 &  65 & 4.831+02 & 1.148-03 & 6.694-14 & 1.013-02 \\
  40 & 103 & 1.082+02 & 1.524-04 & 6.236-16 & 1.059-06 &  42 &  66 & 4.825+02 & 5.739-04 & 4.674-14 & 7.045-03 \\
  40 & 106 & 1.080+02 & 1.815-04 & 7.407-16 & 1.253-06 &  42 &  72 & 3.262+02 & 1.586-04 & 5.905-15 & 2.752-04 \\
  40 & 115 & 1.007+02 & 2.461-02 & 6.236-14 & 8.547-05 &  42 &  74 & 3.242+02 & 4.347-04 & 1.599-14 & 7.313-04 \\
  40 & 116 & 1.006+02 & 2.086-00 & 5.278-12 & 7.215-03 &  42 &  75 & 3.241+02 & 1.337-04 & 3.510-15 & 1.604-04 \\
  40 & 117 & 1.005+02 & 4.223-01 & 1.491-12 & 2.030-03 &  42 &  78 & 1.223+02 & 3.020-00 & 6.779-12 & 1.667-02 \\
  40 & 118 & 9.968+01 & 5.064-00 & 7.545-12 & 1.003-02 &  42 &  79 & 1.218+02 & 1.636-01 & 6.061-13 & 1.469-03 \\
  40 & 124 & 9.729+01 & 1.588-05 & 5.256-17 & 6.497-08 &  42 &  80 & 1.214+02 & 6.566-01 & 3.384-12 & 8.120-03 \\
  40 & 129 & 9.134+01 & 4.302+02 & 5.381-10 & 5.504-01 &  42 &  81 & 1.211+02 & 4.857-01 & 1.068-12 & 2.548-03 \\
  40 & 130 & 9.072+01 & 1.518+02 & 3.121-10 & 3.128-01 &  42 &  82 & 1.208+02 & 8.131-02 & 2.964-13 & 7.012-04 \\
  40 & 131 & 9.032+01 & 4.417+01 & 5.401-11 & 5.340-02 &  42 &  94 & 1.090+02 & 5.543-01 & 9.873-13 & 1.716-03 \\
  40 & 136 & 7.746+01 & 1.346-01 & 2.017-13 & 1.258-04 &  42 &  95 & 1.089+02 & 3.135-02 & 9.288-14 & 1.609-04 \\
  40 & 137 & 7.744+01 & 1.883-02 & 3.951-14 & 2.463-05 &  42 &  98 & 1.087+02 & 9.940-01 & 4.108-12 & 7.077-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  42 &  99 & 1.086+02 & 1.330-00 & 3.920-12 & 6.738-03 &  43 & 107 & 1.088+02 & 3.625-02 & 1.159-13 & 3.342-04 \\
  42 & 100 & 1.086+02 & 1.373-01 & 5.663-13 & 9.733-04 &  43 & 108 & 1.088+02 & 1.684-02 & 5.379-14 & 1.549-04 \\
  42 & 110 & 1.084+02 & 4.616-00 & 8.133-12 & 1.390-02 &  43 & 115 & 1.014+02 & 4.813-03 & 7.425-15 & 1.733-05 \\
  42 & 111 & 1.080+02 & 4.468+02 & 7.811-10 & 1.320-00 &  43 & 116 & 1.013+02 & 4.850-01 & 7.469-13 & 1.739-03 \\
  42 & 112 & 1.078+02 & 2.745+02 & 7.961-10 & 1.336-00 &  43 & 117 & 1.012+02 & 4.744-01 & 1.020-12 & 2.365-03 \\
  42 & 114 & 1.015+02 & 6.626-00 & 1.023-11 & 1.436-02 &  43 & 118 & 1.004+02 & 9.465-01 & 8.583-13 & 1.943-03 \\
  42 & 120 & 9.787+01 & 4.849-03 & 1.625-14 & 2.044-05 &  43 & 124 & 9.798+01 & 4.850-02 & 9.772-14 & 2.056-04 \\
  42 & 121 & 9.783+01 & 1.961-02 & 6.567-14 & 8.252-05 &  43 & 125 & 9.796+01 & 1.556-02 & 4.030-14 & 8.474-05 \\
  42 & 123 & 9.779+01 & 9.643-03 & 2.304-14 & 2.892-05 &  43 & 126 & 9.794+01 & 6.388-03 & 1.653-14 & 3.474-05 \\
  42 & 132 & 8.157+01 & 6.215-01 & 6.198-13 & 4.514-04 &  43 & 128 & 9.205+01 & 1.219+03 & 3.097-10 & 5.403-01 \\
  42 & 133 & 8.153+01 & 2.856-00 & 4.744-12 & 3.450-03 &  43 & 129 & 9.195+01 & 6.010+02 & 4.570-10 & 7.947-01 \\
  42 & 134 & 8.147+01 & 7.375-02 & 1.712-13 & 1.242-04 &  43 & 130 & 9.132+01 & 1.036-00 & 1.295-12 & 2.206-03 \\
  42 & 135 & 8.054+01 & 4.686-00 & 7.595-12 & 5.325-03 &  43 & 131 & 9.091+01 & 3.540+01 & 2.632-11 & 4.422-02 \\
  42 & 140 & 5.399+01 & 1.552-01 & 6.782-14 & 1.433-05 &  43 & 136 & 7.789+01 & 1.879-00 & 1.709-12 & 1.807-03 \\
  42 & 146 & 5.072+01 & 1.899-01 & 7.325-14 & 1.283-05 &  43 & 137 & 7.788+01 & 7.051-00 & 8.976-12 & 9.484-03 \\
  42 & 147 & 5.072+01 & 1.580-00 & 1.015-12 & 1.778-04 &  43 & 138 & 7.785+01 & 5.455-00 & 8.922-12 & 9.416-03 \\
  42 & 148 & 5.071+01 & 3.785-02 & 3.404-14 & 5.955-06 &  43 & 139 & 7.779+01 & 7.672-03 & 9.743-15 & 1.026-05 \\
  42 & 149 & 5.053+01 & 2.443-00 & 1.558-12 & 2.698-04 &  43 & 142 & 5.260+01 & 4.451-03 & 3.692-16 & 1.201-07 \\
  42 & 154 & 4.986+01 & 1.419-05 & 1.234-17 & 2.053-09 &  43 & 143 & 5.258+01 & 1.052-01 & 2.616-14 & 8.506-06 \\
  43 &  51 & 7.859+02 & 1.312-02 & 2.429-13 & 2.638-01 &  43 & 144 & 5.247+01 & 2.584-02 & 1.067-14 & 3.447-06 \\
  43 &  52 & 7.645+02 & 2.240-02 & 1.178-12 & 1.177-00 &  43 & 145 & 5.241+01 & 2.820-01 & 6.968-14 & 2.243-05 \\
  43 &  53 & 7.395+02 & 1.449-01 & 2.138-11 & 1.934+01 &  43 & 150 & 5.005+01 & 9.550-02 & 3.586-14 & 1.005-05 \\
  43 &  54 & 7.318+02 & 4.760-02 & 3.822-12 & 3.351-00 &  43 & 151 & 5.004+01 & 4.876-01 & 2.563-13 & 7.185-05 \\
  43 &  55 & 7.264+02 & 1.211-02 & 1.341-12 & 1.150-00 &  43 & 152 & 5.004+01 & 2.580-00 & 1.743-12 & 4.885-04 \\
  43 &  57 & 7.006+02 & 1.488-04 & 1.095-14 & 8.420-03 &  43 & 153 & 5.002+01 & 2.377-01 & 1.248-13 & 3.494-05 \\
  43 &  58 & 6.858+02 & 1.046-01 & 1.032-11 & 7.445-00 &  44 &  52 & 7.975+02 & 1.943-03 & 7.939-14 & 1.261-01 \\
  43 &  59 & 5.982+02 & 2.044-03 & 6.579-14 & 3.150-02 &  44 &  53 & 7.702+02 & 4.309-01 & 4.928-11 & 7.051+01 \\
  43 &  68 & 4.188+02 & 2.860-05 & 7.518-16 & 1.235-04 &  44 &  54 & 7.619+02 & 7.392-02 & 4.596-12 & 6.366-00 \\
  43 &  69 & 4.152+02 & 2.189-02 & 5.658-13 & 9.060-02 &  44 &  55 & 7.560+02 & 1.058-03 & 9.067-14 & 1.227-01 \\
  43 &  70 & 4.109+02 & 5.798-03 & 2.055-13 & 3.190-02 &  44 &  57 & 7.281+02 & 2.899-02 & 1.646-12 & 1.990-00 \\
  43 &  71 & 3.824+02 & 5.938-03 & 7.812-14 & 9.774-03 &  44 &  58 & 7.121+02 & 4.096-01 & 3.114-11 & 3.522+01 \\
  43 &  76 & 1.311+02 & 2.447-01 & 6.303-13 & 3.175-03 &  44 &  59 & 6.181+02 & 1.714-02 & 4.208-13 & 3.112-01 \\
  43 &  77 & 1.306+02 & 3.849-01 & 5.909-13 & 2.946-03 &  44 &  68 & 4.284+02 & 1.979-03 & 3.890-14 & 9.580-03 \\
  43 &  84 & 1.156+02 & 7.070-01 & 2.833-13 & 9.790-04 &  44 &  69 & 4.248+02 & 1.157-02 & 2.235-13 & 5.362-02 \\
  43 &  85 & 1.154+02 & 4.731-01 & 5.671-13 & 1.951-03 &  44 &  70 & 4.203+02 & 2.021-03 & 5.352-14 & 1.244-02 \\
  43 &  86 & 1.137+02 & 3.478+01 & 1.349-11 & 4.441-02 &  44 &  71 & 3.905+02 & 1.228-03 & 1.203-14 & 2.244-03 \\
  43 &  87 & 1.135+02 & 3.313+01 & 3.839-11 & 1.256-01 &  44 &  76 & 1.320+02 & 1.364+02 & 2.545-10 & 1.834-00 \\
  43 &  88 & 1.133+02 & 2.079+02 & 7.196-10 & 2.338-00 &  44 &  77 & 1.316+02 & 3.520+02 & 3.914-10 & 2.791-00 \\
  43 &  89 & 1.132+02 & 6.437+01 & 1.236-10 & 4.004-01 &  44 &  85 & 1.162+02 & 1.779-00 & 1.542-12 & 7.571-03 \\
  43 &  90 & 1.131+02 & 1.535+01 & 4.122-11 & 1.335-01 &  44 &  87 & 1.142+02 & 4.715-00 & 3.951-12 & 1.843-02 \\
  43 &  91 & 1.128+02 & 1.092-01 & 2.083-13 & 6.689-04 &  44 &  88 & 1.140+02 & 7.563+02 & 1.893-09 & 8.773-00 \\
  43 &  92 & 1.126+02 & 1.004+02 & 2.673-10 & 8.540-01 &  44 &  89 & 1.138+02 & 1.180+02 & 1.637-10 & 7.566-01 \\
  43 &  93 & 1.111+02 & 2.026-00 & 2.249-12 & 6.898-03 &  44 &  90 & 1.138+02 & 1.614-00 & 3.134-12 & 1.446-02 \\
  43 & 102 & 1.090+02 & 1.435-02 & 2.557-14 & 7.416-05 &  44 &  91 & 1.135+02 & 3.979+01 & 5.489-11 & 2.513-01 \\
  43 & 103 & 1.090+02 & 1.122-02 & 2.799-14 & 8.110-05 &  44 &  92 & 1.133+02 & 4.720+02 & 9.084-10 & 4.139-00 \\
  43 & 106 & 1.089+02 & 1.781-02 & 4.430-14 & 1.278-04 &  44 &  93 & 1.118+02 & 1.744+01 & 1.400-11 & 6.119-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  44 & 102 & 1.097+02 & 3.919-05 & 5.049-17 & 2.086-07 &  45 &  92 & 1.137+02 & 4.535+02 & 2.052-09 & 4.052-00 \\
  44 & 103 & 1.097+02 & 5.297-02 & 9.549-14 & 3.943-04 &  45 &  93 & 1.122+02 & 1.592+02 & 3.004-10 & 5.692-01 \\
  44 & 104 & 1.096+02 & 7.139-06 & 2.019-17 & 8.318-08 &  45 & 102 & 1.101+02 & 2.438-03 & 7.382-15 & 1.322-05 \\
  44 & 106 & 1.095+02 & 6.454-03 & 1.160-14 & 4.770-05 &  45 & 103 & 1.101+02 & 1.605-02 & 6.803-14 & 1.217-04 \\
  44 & 107 & 1.095+02 & 4.853-02 & 1.121-13 & 4.607-04 &  45 & 106 & 1.099+02 & 1.225-02 & 5.175-14 & 9.218-05 \\
  44 & 108 & 1.094+02 & 1.033-03 & 2.384-15 & 9.781-06 &  45 & 115 & 1.023+02 & 1.148-02 & 3.005-14 & 4.324-05 \\
  44 & 109 & 1.094+02 & 3.202-03 & 9.028-15 & 3.702-05 &  45 & 116 & 1.022+02 & 1.155-01 & 3.017-13 & 4.329-04 \\
  44 & 115 & 1.020+02 & 4.155-02 & 4.629-14 & 1.538-04 &  45 & 117 & 1.021+02 & 3.197-02 & 1.166-13 & 1.666-04 \\
  44 & 116 & 1.019+02 & 3.379-01 & 3.758-13 & 1.246-03 &  45 & 118 & 1.013+02 & 2.997-01 & 4.610-13 & 6.430-04 \\
  44 & 117 & 1.018+02 & 8.262-04 & 1.283-15 & 4.233-06 &  45 & 124 & 9.882+01 & 4.027-05 & 1.376-16 & 1.782-07 \\
  44 & 118 & 1.009+02 & 5.846-01 & 3.828-13 & 1.233-03 &  45 & 129 & 9.269+01 & 1.840+02 & 2.370-10 & 2.533-01 \\
  44 & 124 & 9.850+01 & 1.403-04 & 2.041-16 & 6.109-07 &  45 & 130 & 9.205+01 & 2.577+02 & 5.457-10 & 5.712-01 \\
  44 & 125 & 9.848+01 & 1.053-01 & 1.969-13 & 5.888-04 &  45 & 131 & 9.163+01 & 9.289-00 & 1.169-11 & 1.207-02 \\
  44 & 126 & 9.846+01 & 1.754-03 & 3.277-15 & 9.795-06 &  45 & 136 & 7.842+01 & 9.729-01 & 1.495-12 & 9.678-04 \\
  44 & 127 & 9.844+01 & 2.030-03 & 4.634-15 & 1.384-05 &  45 & 137 & 7.841+01 & 5.493-02 & 1.181-13 & 7.643-05 \\
  44 & 129 & 9.241+01 & 5.540+01 & 3.039-11 & 7.510-02 &  45 & 139 & 7.832+01 & 7.625-01 & 1.636-12 & 1.055-03 \\
  44 & 130 & 9.177+01 & 4.180+02 & 3.770-10 & 9.125-01 &  45 & 143 & 5.282+01 & 2.547-01 & 1.066-13 & 2.107-05 \\
  44 & 131 & 9.136+01 & 7.888+02 & 4.230-10 & 1.010-00 &  45 & 144 & 5.272+01 & 1.693-01 & 1.175-13 & 2.310-05 \\
  44 & 136 & 7.822+01 & 4.500-03 & 2.949-15 & 4.419-06 &  45 & 145 & 5.265+01 & 5.071-01 & 2.107-13 & 4.126-05 \\
  44 & 137 & 7.821+01 & 2.243-00 & 2.057-12 & 3.081-03 &  45 & 150 & 5.026+01 & 1.310-03 & 8.269-16 & 1.409-07 \\
  44 & 138 & 7.818+01 & 4.890+01 & 5.761-11 & 8.621-02 &  45 & 151 & 5.026+01 & 8.825-04 & 7.799-16 & 1.329-07 \\
  44 & 139 & 7.811+01 & 5.265-00 & 4.816-12 & 7.188-03 &  45 & 153 & 5.024+01 & 1.314-00 & 1.160-12 & 1.973-04 \\
  44 & 143 & 5.273+01 & 4.548-02 & 8.124-15 & 3.729-06 &  46 &  51 & 8.788+02 & 4.029-06 & 9.331-17 & 1.417-04 \\
  44 & 144 & 5.262+01 & 4.913-01 & 1.457-13 & 6.649-05 &  46 &  52 & 8.521+02 & 2.503-02 & 1.635-12 & 2.263-00 \\
  44 & 145 & 5.256+01 & 1.879-01 & 3.335-14 & 1.516-05 &  46 &  53 & 8.211+02 & 1.184-01 & 2.153-11 & 2.667+01 \\
  44 & 150 & 5.018+01 & 3.073-02 & 8.285-15 & 3.278-06 &  46 &  54 & 8.117+02 & 1.975-01 & 1.951-11 & 2.334+01 \\
  44 & 151 & 5.018+01 & 1.250-01 & 4.719-14 & 1.867-05 &  46 &  55 & 8.050+02 & 3.752-04 & 5.103-14 & 5.955-02 \\
  44 & 152 & 5.017+01 & 1.089+01 & 5.286-12 & 2.091-03 &  46 &  57 & 7.734+02 & 7.378-02 & 6.616-12 & 6.847-00 \\
  44 & 153 & 5.015+01 & 1.753-00 & 6.609-13 & 2.611-04 &  46 &  58 & 7.554+02 & 1.193-01 & 1.429-11 & 1.378+01 \\
  45 &  52 & 8.190+02 & 2.259-02 & 2.272-12 & 1.675-00 &  46 &  59 & 6.505+02 & 3.995-01 & 1.521-11 & 9.361-00 \\
  45 &  54 & 7.816+02 & 2.494-03 & 3.807-13 & 2.439-01 &  46 &  68 & 4.437+02 & 5.012-03 & 1.479-13 & 2.891-02 \\
  45 &  55 & 7.754+02 & 3.528-04 & 7.420-14 & 4.643-02 &  46 &  69 & 4.398+02 & 2.979-02 & 8.637-13 & 1.643-01 \\
  45 &  57 & 7.460+02 & 5.678-03 & 7.896-13 & 4.400-01 &  46 &  70 & 4.350+02 & 1.210-04 & 4.807-15 & 8.848-04 \\
  45 &  58 & 7.293+02 & 3.450-01 & 6.418-11 & 3.341+01 &  46 &  71 & 4.032+02 & 3.223-01 & 4.713-12 & 6.908-01 \\
  45 &  59 & 6.310+02 & 2.490-01 & 1.486-11 & 5.012-00 &  46 &  76 & 1.334+02 & 1.800+02 & 4.805-10 & 2.553-00 \\
  45 &  68 & 4.346+02 & 8.472-04 & 3.998-14 & 4.404-03 &  46 &  77 & 1.330+02 & 1.146+02 & 1.822-10 & 9.583-01 \\
  45 &  69 & 4.308+02 & 1.068-02 & 4.952-13 & 5.313-02 &  46 &  84 & 1.174+02 & 4.340-03 & 1.795-15 & 6.500-06 \\
  45 &  70 & 4.262+02 & 6.352-06 & 4.036-16 & 4.193-05 &  46 &  85 & 1.173+02 & 6.011-00 & 7.435-12 & 2.682-02 \\
  45 &  71 & 3.956+02 & 1.410-01 & 3.309-12 & 2.750-01 &  46 &  86 & 1.155+02 & 1.013-02 & 4.053-15 & 1.397-05 \\
  45 &  76 & 1.326+02 & 9.420+01 & 4.138-10 & 1.295-00 &  46 &  87 & 1.153+02 & 6.852+01 & 8.189-11 & 2.805-01 \\
  45 &  77 & 1.321+02 & 2.059+01 & 5.389-11 & 1.669-01 &  46 &  88 & 1.150+02 & 2.932+02 & 1.046-09 & 3.561-00 \\
  45 &  85 & 1.166+02 & 5.234-00 & 1.067-11 & 2.271-02 &  46 &  89 & 1.149+02 & 4.313+02 & 8.536-10 & 2.896-00 \\
  45 &  87 & 1.146+02 & 5.195+01 & 1.024-10 & 2.070-01 &  46 &  90 & 1.149+02 & 8.838-01 & 2.447-12 & 8.295-03 \\
  45 &  89 & 1.143+02 & 5.574-00 & 1.819-11 & 3.643-02 &  46 &  91 & 1.146+02 & 1.414+02 & 2.782-10 & 9.352-01 \\
  45 &  90 & 1.142+02 & 7.252-01 & 3.311-12 & 6.624-03 &  46 &  92 & 1.143+02 & 1.895+02 & 5.201-10 & 1.739-00 \\
  45 &  91 & 1.139+02 & 8.679-00 & 2.815-11 & 5.586-02 &  46 &  93 & 1.128+02 & 2.976+02 & 3.405-10 & 1.093-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  46 & 102 & 1.107+02 & 3.117-03 & 5.723-15 & 1.735-05 &  48 &  58 & 2.185+03 & 1.609-06 & 2.687-15 & 3.764-02 \\
  46 & 103 & 1.106+02 & 1.453-01 & 3.734-13 & 1.131-03 &  48 &  59 & 1.490+03 & 1.302-07 & 4.334-17 & 1.924-04 \\
  46 & 106 & 1.105+02 & 3.074-02 & 7.875-14 & 2.375-04 &  48 &  68 & 7.208+02 & 1.083-02 & 1.406-12 & 7.065-01 \\
  46 & 107 & 1.105+02 & 3.696-02 & 1.217-13 & 3.668-04 &  48 &  69 & 7.104+02 & 6.080-02 & 7.667-12 & 3.688-00 \\
  46 & 108 & 1.104+02 & 9.607-03 & 3.160-14 & 9.509-05 &  48 &  70 & 6.979+02 & 1.854-01 & 3.158-11 & 1.441+01 \\
  46 & 115 & 1.028+02 & 1.414-01 & 2.242-13 & 5.456-04 &  48 &  71 & 6.195+02 & 4.814-02 & 2.770-12 & 8.840-01 \\
  46 & 116 & 1.028+02 & 1.507-00 & 2.386-12 & 5.789-03 &  48 &  76 & 1.509+02 & 2.700-01 & 1.536-12 & 7.078-03 \\
  46 & 117 & 1.026+02 & 5.860-03 & 1.295-14 & 3.129-05 &  48 &  77 & 1.503+02 & 1.068-01 & 3.616-13 & 1.647-03 \\
  46 & 118 & 1.018+02 & 3.055-00 & 2.847-12 & 6.713-03 &  48 &  85 & 1.305+02 & 1.988-01 & 5.077-13 & 1.515-03 \\
  46 & 124 & 9.929+01 & 1.653-02 & 3.420-14 & 7.487-05 &  48 &  87 & 1.281+02 & 3.815-02 & 9.379-14 & 2.643-04 \\
  46 & 125 & 9.927+01 & 2.809-03 & 7.469-15 & 1.634-05 &  48 &  89 & 1.276+02 & 8.544-02 & 3.476-13 & 9.691-04 \\
  46 & 126 & 9.925+01 & 2.260-03 & 6.008-15 & 1.314-05 &  48 &  90 & 1.276+02 & 8.255-02 & 4.698-13 & 1.308-03 \\
  46 & 128 & 9.321+01 & 4.426-00 & 1.153-12 & 2.088-03 &  48 &  91 & 1.272+02 & 1.059-02 & 4.280-14 & 1.181-04 \\
  46 & 129 & 9.310+01 & 1.338+01 & 1.043-11 & 1.882-02 &  48 &  92 & 1.269+02 & 7.556-01 & 4.258-12 & 1.168-02 \\
  46 & 130 & 9.245+01 & 3.992+02 & 5.116-10 & 9.043-01 &  48 &  93 & 1.250+02 & 2.088-01 & 4.892-13 & 1.282-03 \\
  46 & 131 & 9.203+01 & 2.801+02 & 2.134-10 & 3.721-01 &  48 & 102 & 1.224+02 & 4.839-06 & 1.811-17 & 4.457-08 \\
  46 & 136 & 7.872+01 & 1.184-01 & 1.100-13 & 1.200-04 &  48 & 103 & 1.224+02 & 9.152-03 & 4.794-14 & 1.179-04 \\
  46 & 137 & 7.870+01 & 4.427-01 & 5.755-13 & 6.276-04 &  48 & 106 & 1.222+02 & 9.448-04 & 4.932-15 & 1.207-05 \\
  46 & 138 & 7.868+01 & 2.033-00 & 3.397-12 & 3.700-03 &  48 & 115 & 1.129+02 & 1.618+01 & 5.152-11 & 9.950-02 \\
  46 & 139 & 7.861+01 & 6.776-00 & 8.788-12 & 9.547-03 &  48 & 116 & 1.128+02 & 6.824+01 & 2.169-10 & 4.177-01 \\
  46 & 142 & 5.297+01 & 2.644-01 & 2.224-14 & 7.394-06 &  48 & 117 & 1.126+02 & 1.945+02 & 8.628-10 & 1.654-00 \\
  46 & 143 & 5.295+01 & 4.356-02 & 1.099-14 & 3.649-06 &  48 & 118 & 1.116+02 & 2.635+01 & 4.922-11 & 9.186-02 \\
  46 & 144 & 5.285+01 & 2.290-03 & 9.586-16 & 3.165-07 &  48 & 124 & 1.086+02 & 4.769-03 & 1.968-14 & 3.386-05 \\
  46 & 145 & 5.278+01 & 3.188-02 & 7.988-15 & 2.627-06 &  48 & 129 & 1.013+02 & 3.001-01 & 4.613-13 & 6.430-04 \\
  46 & 150 & 5.038+01 & 2.066-01 & 7.864-14 & 2.250-05 &  48 & 130 & 1.005+02 & 6.942-02 & 1.752-13 & 2.387-04 \\
  46 & 151 & 5.038+01 & 4.094-02 & 2.181-14 & 6.239-06 &  48 & 131 & 1.000+02 & 9.501-01 & 1.425-12 & 1.912-03 \\
  46 & 152 & 5.038+01 & 3.036-00 & 2.079-12 & 5.946-04 &  48 & 136 & 8.448+01 & 2.114-00 & 3.769-12 & 3.049-03 \\
  46 & 153 & 5.036+01 & 7.465-01 & 3.973-13 & 1.135-04 &  48 & 137 & 8.446+01 & 1.371-02 & 3.421-14 & 2.766-05 \\
  47 &  54 & 1.092+03 & 1.986-02 & 1.773-11 & 1.032+01 &  48 & 139 & 8.435+01 & 3.051-00 & 7.594-12 & 6.117-03 \\
  47 &  57 & 1.023+03 & 9.096-03 & 7.141-12 & 3.424-00 &  48 & 143 & 5.550+01 & 2.705-02 & 1.249-14 & 2.865-06 \\
  47 &  68 & 5.160+02 & 1.979-03 & 3.950-13 & 2.429-02 &  48 & 144 & 5.538+01 & 2.932-01 & 2.247-13 & 5.123-05 \\
  47 &  69 & 5.107+02 & 1.114-01 & 2.178-11 & 1.298-00 &  48 & 145 & 5.531+01 & 2.451-01 & 1.124-13 & 2.552-05 \\
  47 &  76 & 1.393+02 & 5.133+01 & 7.468-10 & 9.032-01 &  48 & 150 & 5.268+01 & 2.185-02 & 1.515-14 & 2.973-06 \\
  47 &  89 & 1.192+02 & 2.268+02 & 2.416-09 & 1.832-00 &  48 & 151 & 5.268+01 & 2.638-01 & 2.561-13 & 5.026-05 \\
  47 &  91 & 1.188+02 & 7.732+01 & 8.186-10 & 6.147-01 &  48 & 153 & 5.265+01 & 4.241-01 & 4.113-13 & 8.058-05 \\
  47 & 102 & 1.147+02 & 1.784-05 & 1.759-16 & 1.186-07 &  49 &  52 & 4.710+03 & 1.368-07 & 4.551-16 & 6.381-02 \\
  47 & 115 & 1.063+02 & 6.227-01 & 5.274-12 & 2.834-03 &  49 &  54 & 3.693+03 & 5.605-07 & 1.910-15 & 1.291-01 \\
  47 & 116 & 1.062+02 & 1.200+01 & 1.015-10 & 5.436-02 &  49 &  55 & 3.559+03 & 1.893-07 & 8.384-16 & 5.071-02 \\
  47 & 130 & 9.523+01 & 1.130+02 & 7.684-10 & 2.969-01 &  49 &  57 & 3.014+03 & 2.375-07 & 5.391-16 & 1.981-02 \\
  47 & 136 & 8.072+01 & 1.331-02 & 6.504-14 & 1.530-05 &  49 &  58 & 2.758+03 & 6.542-07 & 1.741-15 & 4.902-02 \\
  47 & 144 & 5.374+01 & 1.372-00 & 2.970-12 & 2.062-04 &  49 &  59 & 1.736+03 & 8.520-05 & 3.848-14 & 2.700-01 \\
  47 & 150 & 5.120+01 & 1.683-01 & 3.308-13 & 1.986-05 &  49 &  68 & 7.738+02 & 5.397-04 & 8.074-14 & 5.019-02 \\
  48 &  52 & 3.254+03 & 1.122-08 & 1.782-17 & 8.234-04 &  49 &  69 & 7.618+02 & 4.447-01 & 6.448-11 & 3.826+01 \\
  48 &  54 & 2.734+03 & 4.606-07 & 8.601-16 & 2.358-02 &  49 &  70 & 7.475+02 & 9.543-02 & 1.865-11 & 1.045+01 \\
  48 &  55 & 2.659+03 & 4.551-07 & 1.126-15 & 2.841-02 &  49 &  71 & 6.583+02 & 1.405-03 & 9.128-14 & 3.495-02 \\
  48 &  57 & 2.343+03 & 2.219-08 & 3.044-17 & 5.254-04 &  49 &  76 & 1.531+02 & 4.003-01 & 2.343-12 & 1.128-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  49 &  77 & 1.524+02 & 4.645-01 & 1.618-12 & 7.696-03 &  50 &  88 & 1.296+02 & 2.196-01 & 9.957-13 & 4.849-03 \\
  49 &  85 & 1.322+02 & 2.362+02 & 6.184-10 & 1.916-00 &  50 &  89 & 1.295+02 & 2.001-00 & 5.028-12 & 2.441-02 \\
  49 &  87 & 1.296+02 & 4.577-00 & 1.153-11 & 3.371-02 &  50 &  90 & 1.294+02 & 4.006-01 & 1.408-12 & 6.829-03 \\
  49 &  89 & 1.292+02 & 2.998-01 & 1.250-12 & 3.614-03 &  50 &  91 & 1.290+02 & 1.053-02 & 2.627-14 & 1.262-04 \\
  49 &  90 & 1.291+02 & 3.615-01 & 2.108-12 & 6.090-03 &  50 &  92 & 1.288+02 & 1.826-02 & 6.356-14 & 3.036-04 \\
  49 &  91 & 1.287+02 & 4.265-01 & 1.766-12 & 5.053-03 &  50 &  93 & 1.268+02 & 1.503-00 & 2.174-12 & 9.912-03 \\
  49 &  92 & 1.285+02 & 5.620-01 & 3.245-12 & 9.234-03 &  50 & 102 & 1.241+02 & 2.727-03 & 6.299-15 & 2.694-05 \\
  49 &  93 & 1.265+02 & 1.242+01 & 2.980-11 & 8.095-02 &  50 & 103 & 1.241+02 & 1.835-02 & 5.931-14 & 2.535-04 \\
  49 & 102 & 1.238+02 & 1.091-03 & 4.179-15 & 1.065-05 &  50 & 106 & 1.239+02 & 8.612-03 & 2.774-14 & 1.180-04 \\
  49 & 103 & 1.238+02 & 8.152-03 & 4.371-14 & 1.113-04 &  50 & 107 & 1.239+02 & 4.992-02 & 2.067-13 & 8.783-04 \\
  49 & 106 & 1.236+02 & 9.896-04 & 5.288-15 & 1.340-05 &  50 & 108 & 1.238+02 & 1.653-02 & 6.834-14 & 2.899-04 \\
  49 & 115 & 1.141+02 & 7.533-03 & 2.452-14 & 4.891-05 &  50 & 115 & 1.144+02 & 1.377-06 & 2.699-18 & 9.032-09 \\
  49 & 116 & 1.140+02 & 7.404+02 & 2.405-09 & 4.783-00 &  50 & 116 & 1.142+02 & 3.160+02 & 6.184-10 & 2.063-00 \\
  49 & 117 & 1.138+02 & 1.435+02 & 6.503-10 & 1.287-00 &  50 & 117 & 1.141+02 & 9.025+02 & 2.465-09 & 8.184-00 \\
  49 & 118 & 1.128+02 & 2.704-01 & 5.160-13 & 9.943-04 &  50 & 118 & 1.131+02 & 2.651-02 & 3.048-14 & 9.849-05 \\
  49 & 124 & 1.098+02 & 1.973-03 & 8.316-15 & 1.476-05 &  50 & 124 & 1.100+02 & 4.374-02 & 1.110-13 & 3.304-04 \\
  49 & 129 & 1.022+02 & 8.484-01 & 1.330-12 & 1.908-03 &  50 & 125 & 1.100+02 & 7.036-03 & 2.296-14 & 6.828-05 \\
  49 & 130 & 1.015+02 & 1.872-01 & 4.816-13 & 6.752-04 &  50 & 126 & 1.099+02 & 1.663-03 & 5.422-15 & 1.611-05 \\
  49 & 131 & 1.010+02 & 5.506-00 & 8.414-12 & 1.162-02 &  50 & 128 & 1.026+02 & 1.098-01 & 3.465-14 & 8.363-05 \\
  49 & 136 & 8.516+01 & 1.449-01 & 2.626-13 & 2.176-04 &  50 & 129 & 1.024+02 & 7.724-02 & 7.291-14 & 1.753-04 \\
  49 & 137 & 8.514+01 & 3.217-03 & 8.158-15 & 6.758-06 &  50 & 130 & 1.017+02 & 7.105-01 & 1.101-12 & 2.587-03 \\
  49 & 139 & 8.503+01 & 1.979-01 & 5.006-13 & 4.131-04 &  50 & 131 & 1.012+02 & 2.293-00 & 2.110-12 & 4.885-03 \\
  49 & 143 & 5.579+01 & 6.922-02 & 3.230-14 & 7.529-06 &  50 & 136 & 8.529+01 & 9.198-02 & 1.003-13 & 1.392-04 \\
  49 & 144 & 5.567+01 & 1.656-00 & 1.283-12 & 2.970-04 &  50 & 137 & 8.528+01 & 5.162-00 & 7.879-12 & 1.093-02 \\
  49 & 145 & 5.560+01 & 1.125-00 & 5.211-13 & 1.202-04 &  50 & 138 & 8.525+01 & 9.363-01 & 1.836-12 & 2.544-03 \\
  49 & 150 & 5.295+01 & 1.517-01 & 1.062-13 & 2.117-05 &  50 & 139 & 8.517+01 & 1.310+01 & 1.995-11 & 2.756-02 \\
  49 & 151 & 5.295+01 & 2.846-01 & 2.791-13 & 5.560-05 &  50 & 142 & 5.587+01 & 3.516-02 & 3.291-15 & 1.283-06 \\
  49 & 153 & 5.292+01 & 3.412-01 & 3.342-13 & 6.647-05 &  50 & 143 & 5.585+01 & 3.846-02 & 1.079-14 & 4.205-06 \\
  50 &  51 & 6.315+03 & 3.516-09 & 4.204-18 & 2.368-03 &  50 & 144 & 5.573+01 & 2.523-02 & 1.175-14 & 4.549-06 \\
  50 &  52 & 5.156+03 & 1.906-08 & 4.558-17 & 1.397-02 &  50 & 145 & 5.566+01 & 7.062-02 & 1.968-14 & 7.588-06 \\
  50 &  53 & 4.196+03 & 1.347-08 & 6.401-17 & 1.058-02 &  50 & 150 & 5.300+01 & 4.972-02 & 2.094-14 & 6.972-06 \\
  50 &  54 & 3.962+03 & 5.958-07 & 1.402-15 & 1.950-01 &  50 & 151 & 5.300+01 & 1.246-00 & 7.346-13 & 2.446-04 \\
  50 &  55 & 3.807+03 & 2.681-07 & 8.156-16 & 1.007-01 &  50 & 152 & 5.299+01 & 2.028-03 & 1.537-15 & 5.115-07 \\
  50 &  57 & 3.191+03 & 1.348-09 & 2.057-18 & 1.495-04 &  50 & 153 & 5.297+01 & 1.335-00 & 7.862-13 & 2.613-04 \\
  50 &  58 & 2.905+03 & 1.263-09 & 2.237-18 & 1.227-04 &  51 &  63 & 1.380+03 & 3.039-04 & 4.342-13 & 5.109-01 \\
  50 &  59 & 1.793+03 & 6.857-06 & 1.982-15 & 2.555-02 &  51 &  65 & 1.322+03 & 3.522-03 & 4.618-12 & 4.779-00 \\
  50 &  68 & 7.849+02 & 2.737-04 & 2.528-14 & 2.734-02 &  51 &  75 & 5.645+02 & 8.850-05 & 2.114-14 & 1.702-03 \\
  50 &  69 & 7.726+02 & 1.754-01 & 1.569-11 & 1.619+01 &  51 &  79 & 1.450+02 & 9.964-01 & 1.570-11 & 2.139-02 \\
  50 &  70 & 7.579+02 & 5.590-01 & 6.739-11 & 6.562+01 &  51 &  82 & 1.436+02 & 3.195-04 & 4.938-15 & 6.538-06 \\
  50 &  71 & 6.663+02 & 2.617-04 & 1.045-14 & 6.917-03 &  51 &  95 & 1.271+02 & 1.467+01 & 1.775-10 & 1.629-01 \\
  50 &  76 & 1.535+02 & 7.369-04 & 2.603-15 & 2.106-05 &  51 &  99 & 1.267+02 & 2.442+02 & 2.937-09 & 2.671-00 \\
  50 &  77 & 1.529+02 & 8.274-02 & 1.740-13 & 1.390-03 &  51 & 112 & 1.255+02 & 2.668-02 & 3.151-13 & 2.787-04 \\
  50 &  84 & 1.327+02 & 5.027+02 & 2.654-10 & 1.387-00 &  51 & 123 & 1.122+02 & 8.138-02 & 7.681-13 & 4.854-04 \\
  50 &  85 & 1.325+02 & 2.471+02 & 3.901-10 & 2.029-00 &  51 & 133 & 9.131+01 & 9.165+01 & 5.728-10 & 1.951-01 \\
  50 &  86 & 1.302+02 & 2.830-00 & 1.439-12 & 7.115-03 &  51 & 135 & 9.007+01 & 4.356+01 & 2.649-10 & 8.658-02 \\
  50 &  87 & 1.299+02 & 1.694-00 & 2.572-12 & 1.262-02 &  51 & 147 & 5.434+01 & 2.306-01 & 5.104-13 & 3.663-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  51 & 149 & 5.412+01 & 2.202-03 & 4.834-15 & 3.428-07 &  53 &  75 & 5.912+02 & 2.012-06 & 5.857-17 & 4.873-05 \\
  52 &  60 & 1.476+03 & 1.393-03 & 4.549-13 & 1.963-00 &  53 &  79 & 1.467+02 & 5.720+01 & 1.025-10 & 1.302-00 \\
  52 &  63 & 1.452+03 & 5.662-03 & 2.982-12 & 1.224+01 &  53 &  80 & 1.461+02 & 1.380+02 & 3.435-10 & 4.312-00 \\
  52 &  64 & 1.396+03 & 1.267-04 & 8.641-14 & 3.158-01 &  53 &  82 & 1.452+02 & 7.384+01 & 1.297-10 & 1.601-00 \\
  52 &  65 & 1.388+03 & 2.602-03 & 1.252-12 & 4.494-00 &  53 &  95 & 1.284+02 & 2.372-00 & 3.255-12 & 2.772-02 \\
  52 &  66 & 1.383+03 & 1.033-03 & 6.909-13 & 2.451-00 &  53 &  96 & 1.283+02 & 2.312+03 & 6.975-09 & 5.934+01 \\
  52 &  72 & 5.828+02 & 7.928-04 & 9.420-14 & 2.502-02 &  53 &  97 & 1.283+02 & 1.258+01 & 3.106-11 & 2.642-01 \\
  52 &  74 & 5.764+02 & 1.877-03 & 2.181-13 & 5.607-02 &  53 &  98 & 1.281+02 & 1.055+02 & 2.018-10 & 1.708-00 \\
  52 &  75 & 5.761+02 & 1.156-03 & 9.587-14 & 2.460-02 &  53 &  99 & 1.280+02 & 2.048-00 & 2.794-12 & 2.358-02 \\
  52 &  78 & 1.466+02 & 1.350+01 & 4.348-11 & 1.837-01 &  53 & 100 & 1.280+02 & 1.859+01 & 3.550-11 & 2.995-01 \\
  52 &  79 & 1.457+02 & 2.397-00 & 1.272-11 & 5.281-02 &  53 & 101 & 1.279+02 & 7.636+02 & 1.873-09 & 1.578+01 \\
  52 &  80 & 1.451+02 & 3.804-01 & 2.803-12 & 1.151-02 &  53 & 112 & 1.268+02 & 1.683-01 & 2.253-13 & 1.849-03 \\
  52 &  81 & 1.448+02 & 7.532-00 & 2.368-11 & 9.647-02 &  53 & 120 & 1.133+02 & 7.961-04 & 1.192-15 & 6.988-06 \\
  52 &  82 & 1.443+02 & 6.446-00 & 3.355-11 & 1.353-01 &  53 & 121 & 1.133+02 & 3.371-02 & 5.043-14 & 2.952-04 \\
  52 &  94 & 1.278+02 & 1.514+02 & 3.707-10 & 1.038-00 &  53 & 122 & 1.133+02 & 9.794-02 & 1.884-13 & 1.102-03 \\
  52 &  95 & 1.276+02 & 5.395+02 & 2.196-09 & 6.130-00 &  53 & 123 & 1.132+02 & 5.833-03 & 6.228-15 & 3.640-05 \\
  52 &  98 & 1.274+02 & 4.012-00 & 2.277-11 & 6.313-02 &  53 & 133 & 9.198+01 & 2.499+02 & 1.761-10 & 5.517-01 \\
  52 &  99 & 1.272+02 & 2.804+02 & 1.135-09 & 3.138-00 &  53 & 134 & 9.190+01 & 2.418+02 & 2.381-10 & 7.440-01 \\
  52 & 100 & 1.272+02 & 9.236+01 & 5.231-10 & 1.446-00 &  53 & 135 & 9.072+01 & 5.522+02 & 3.785-10 & 1.138-00 \\
  52 & 110 & 1.270+02 & 4.469-00 & 1.080-11 & 2.968-02 &  53 & 147 & 5.458+01 & 1.017-00 & 2.522-13 & 1.651-04 \\
  52 & 111 & 1.264+02 & 1.562-00 & 3.742-12 & 1.014-02 &  53 & 148 & 5.456+01 & 2.875+01 & 9.979-12 & 6.525-03 \\
  52 & 112 & 1.261+02 & 1.069-00 & 4.246-12 & 1.142-02 &  53 & 149 & 5.436+01 & 2.178+01 & 5.360-12 & 3.466-03 \\
  52 & 114 & 1.176+02 & 2.463-01 & 5.108-13 & 1.115-03 &  53 & 154 & 5.358+01 & 1.365-02 & 4.571-15 & 2.831-06 \\
  52 & 120 & 1.128+02 & 4.859-01 & 2.161-12 & 4.159-03 &  53 & 155 & 5.358+01 & 1.899-01 & 8.176-14 & 5.065-05 \\
  52 & 121 & 1.127+02 & 2.528-00 & 1.123-11 & 2.159-02 &  53 & 156 & 5.358+01 & 5.880-00 & 3.093-12 & 1.916-03 \\
  52 & 123 & 1.127+02 & 1.515-00 & 4.805-12 & 9.221-03 &  53 & 157 & 5.358+01 & 3.919-01 & 1.687-13 & 1.045-04 \\
  52 & 132 & 9.165+01 & 6.148+01 & 7.742-11 & 8.000-02 &  54 &  56 & 5.506+04 & 5.302-11 & 4.820-18 & 1.799-00 \\
  52 & 133 & 9.161+01 & 1.471+02 & 3.085-10 & 3.183-01 &  54 &  60 & 1.615+03 & 1.424-04 & 3.342-14 & 3.151-01 \\
  52 & 134 & 9.153+01 & 5.434+01 & 1.592-10 & 1.639-01 &  54 &  61 & 1.615+03 & 3.248-05 & 2.286-14 & 2.153-01 \\
  52 & 135 & 9.036+01 & 1.353+02 & 2.761-10 & 2.733-01 &  54 &  63 & 1.586+03 & 6.002-03 & 2.265-12 & 2.022+01 \\
  52 & 140 & 5.824+01 & 1.517-05 & 7.714-18 & 2.045-09 &  54 &  64 & 1.520+03 & 6.762-03 & 3.282-12 & 2.581+01 \\
  52 & 146 & 5.445+01 & 8.821-03 & 3.921-15 & 8.496-07 &  54 &  65 & 1.510+03 & 1.519-03 & 5.196-13 & 4.005-00 \\
  52 & 147 & 5.444+01 & 8.542-01 & 6.327-13 & 1.370-04 &  54 &  66 & 1.504+03 & 1.512-03 & 7.181-13 & 5.468-00 \\
  52 & 148 & 5.443+01 & 1.306-01 & 1.354-13 & 2.929-05 &  54 &  67 & 1.490+03 & 1.857-03 & 1.113-12 & 8.242-00 \\
  52 & 149 & 5.422+01 & 1.329-02 & 9.766-15 & 2.090-06 &  54 &  72 & 6.033+02 & 1.476-04 & 1.128-14 & 5.540-03 \\
  52 & 154 & 5.346+01 & 1.312-01 & 1.312-13 & 2.689-05 &  54 &  73 & 6.001+02 & 1.631-03 & 1.585-13 & 7.664-02 \\
  53 &  61 & 1.579+03 & 1.045-04 & 3.904-14 & 6.186-01 &  54 &  74 & 5.965+02 & 9.306-03 & 6.951-13 & 3.300-01 \\
  53 &  62 & 1.576+03 & 1.465-02 & 6.662-12 & 1.049+02 &  54 &  75 & 5.962+02 & 2.375-06 & 1.266-16 & 5.998-05 \\
  53 &  63 & 1.552+03 & 2.216-05 & 4.443-15 & 6.683-02 &  54 &  78 & 1.478+02 & 1.933+01 & 3.798-11 & 2.744-01 \\
  53 &  64 & 1.489+03 & 7.553-04 & 1.951-13 & 2.592-00 &  54 &  79 & 1.470+02 & 1.055+01 & 3.415-11 & 2.425-01 \\
  53 &  65 & 1.479+03 & 1.291-05 & 2.351-15 & 3.062-02 &  54 &  80 & 1.464+02 & 9.999-00 & 4.497-11 & 3.156-01 \\
  53 &  66 & 1.473+03 & 2.824-04 & 7.146-14 & 9.195-01 &  54 &  81 & 1.460+02 & 1.749-00 & 3.355-12 & 2.337-02 \\
  53 &  67 & 1.460+03 & 7.075-03 & 2.260-12 & 2.830+01 &  54 &  82 & 1.456+02 & 6.564+01 & 2.084-10 & 1.438-00 \\
  53 &  72 & 5.982+02 & 8.667-06 & 3.617-16 & 3.118-04 &  54 &  83 & 1.418+02 & 1.454+02 & 8.761-11 & 5.585-01 \\
  53 &  73 & 5.950+02 & 4.339-04 & 2.303-14 & 1.954-02 &  54 &  94 & 1.288+02 & 2.372+01 & 3.537-11 & 1.689-01 \\
  53 &  74 & 5.915+02 & 3.515-05 & 1.434-15 & 1.196-03 &  54 &  95 & 1.286+02 & 8.951+02 & 2.219-09 & 1.056+01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  54 &  97 & 1.286+02 & 7.278-00 & 3.246-11 & 1.542-01 &  55 &  95 & 1.288+02 & 3.989+01 & 7.083-11 & 4.736-01 \\
  54 &  98 & 1.283+02 & 9.951+02 & 3.439-09 & 1.625+01 &  55 &  96 & 1.287+02 & 3.505+02 & 1.368-09 & 9.140-00 \\
  54 &  99 & 1.282+02 & 2.690+02 & 6.628-10 & 3.124-00 &  55 &  97 & 1.287+02 & 1.746+02 & 5.577-10 & 3.725-00 \\
  54 & 100 & 1.282+02 & 9.118+01 & 3.145-10 & 1.482-00 &  55 &  98 & 1.285+02 & 1.185+02 & 2.933-10 & 1.948-00 \\
  54 & 101 & 1.281+02 & 2.205+02 & 9.772-10 & 4.598-00 &  55 &  99 & 1.284+02 & 1.624+01 & 2.866-11 & 1.899-01 \\
  54 & 110 & 1.279+02 & 3.771-01 & 5.551-13 & 2.599-03 &  55 & 100 & 1.284+02 & 6.995+01 & 1.728-10 & 1.145-00 \\
  54 & 111 & 1.273+02 & 6.571-01 & 9.585-13 & 4.428-03 &  55 & 101 & 1.283+02 & 2.148+02 & 6.815-10 & 4.507-00 \\
  54 & 112 & 1.270+02 & 5.765-00 & 1.394-11 & 6.390-02 &  55 & 110 & 1.281+02 & 1.693-01 & 1.785-13 & 1.175-03 \\
  54 & 113 & 1.254+02 & 2.878-00 & 1.357-12 & 5.990-03 &  55 & 111 & 1.275+02 & 5.663-03 & 5.916-15 & 3.841-05 \\
  54 & 114 & 1.184+02 & 5.699-01 & 7.189-13 & 2.670-03 &  55 & 112 & 1.272+02 & 6.217-01 & 1.077-12 & 6.936-03 \\
  54 & 119 & 1.161+02 & 2.976-01 & 1.203-13 & 4.213-04 &  55 & 114 & 1.186+02 & 6.633-03 & 5.991-15 & 3.127-05 \\
  54 & 120 & 1.135+02 & 5.205-03 & 1.408-14 & 4.605-05 &  55 & 120 & 1.137+02 & 1.568-02 & 3.037-14 & 1.396-04 \\
  54 & 121 & 1.135+02 & 1.750+01 & 4.727-11 & 1.544-01 &  55 & 121 & 1.136+02 & 1.330-00 & 2.572-12 & 1.181-02 \\
  54 & 122 & 1.134+02 & 1.566-00 & 5.438-12 & 1.776-02 &  55 & 122 & 1.136+02 & 4.506-00 & 1.120-11 & 5.141-02 \\
  54 & 123 & 1.134+02 & 6.088-05 & 1.174-16 & 3.829-07 &  55 & 123 & 1.135+02 & 3.999-02 & 5.521-14 & 2.530-04 \\
  54 & 132 & 9.215+01 & 8.064+01 & 6.159-11 & 1.078-01 &  55 & 132 & 9.223+01 & 8.583+02 & 4.691-10 & 1.153-00 \\
  54 & 133 & 9.210+01 & 2.359-00 & 3.000-12 & 5.243-03 &  55 & 133 & 9.219+01 & 1.949+02 & 1.773-10 & 4.351-01 \\
  54 & 134 & 9.202+01 & 2.689+02 & 4.779-10 & 8.329-01 &  55 & 134 & 9.211+01 & 5.673-01 & 7.215-13 & 1.766-03 \\
  54 & 135 & 9.084+01 & 2.058+02 & 2.546-10 & 4.268-01 &  55 & 135 & 9.092+01 & 1.550+02 & 1.372-10 & 3.230-01 \\
  54 & 140 & 5.843+01 & 4.086-02 & 1.255-14 & 5.600-06 &  55 & 140 & 5.847+01 & 3.732-02 & 8.197-15 & 5.131-06 \\
  54 & 141 & 5.813+01 & 3.489-00 & 3.536-13 & 1.554-04 &  55 & 146 & 5.466+01 & 1.444-01 & 2.772-14 & 1.417-05 \\
  54 & 146 & 5.462+01 & 8.740-03 & 2.346-15 & 8.553-07 &  55 & 147 & 5.465+01 & 3.386-00 & 1.083-12 & 5.534-04 \\
  54 & 147 & 5.462+01 & 4.105-01 & 1.836-13 & 6.690-05 &  55 & 148 & 5.463+01 & 1.969-01 & 8.813-14 & 4.500-05 \\
  54 & 148 & 5.460+01 & 9.506-01 & 5.949-13 & 2.166-04 &  55 & 149 & 5.443+01 & 2.024-01 & 6.420-14 & 3.242-05 \\
  54 & 149 & 5.440+01 & 3.950-03 & 1.753-15 & 6.310-07 &  55 & 154 & 5.365+01 & 4.541-01 & 1.960-13 & 9.479-05 \\
  54 & 154 & 5.362+01 & 1.229-01 & 7.416-14 & 2.558-05 &  55 & 155 & 5.365+01 & 3.393-00 & 1.883-12 & 9.107-04 \\
  54 & 155 & 5.362+01 & 3.036-02 & 2.356-14 & 8.126-06 &  55 & 156 & 5.365+01 & 2.557-01 & 1.734-13 & 8.385-05 \\
  54 & 157 & 5.362+01 & 4.037-01 & 3.132-13 & 1.080-04 &  55 & 157 & 5.365+01 & 4.094-03 & 2.271-15 & 1.098-06 \\
  55 &  60 & 1.642+03 & 3.096-05 & 5.367-15 & 7.448-02 &  56 &  57 & 2.335+04 & 1.615-10 & 6.600-17 & 3.758-01 \\
  55 &  61 & 1.642+03 & 8.591-04 & 4.465-13 & 6.189-00 &  56 &  68 & 9.965+02 & 2.142-03 & 1.594-12 & 7.058-01 \\
  55 &  62 & 1.638+03 & 1.821-03 & 1.152-12 & 1.586+01 &  56 &  69 & 9.768+02 & 1.542-02 & 1.103-11 & 4.600-00 \\
  55 &  63 & 1.613+03 & 1.972-04 & 5.492-14 & 7.211-01 &  56 &  76 & 1.601+02 & 6.977-00 & 1.341-10 & 2.465-01 \\
  55 &  64 & 1.545+03 & 9.969-04 & 3.566-13 & 4.114-00 &  56 &  89 & 1.342+02 & 3.810+01 & 5.141-10 & 5.555-01 \\
  55 &  65 & 1.534+03 & 1.433-04 & 3.611-14 & 4.083-01 &  56 &  91 & 1.337+02 & 1.048+01 & 1.404-10 & 1.501-01 \\
  55 &  66 & 1.528+03 & 3.417-04 & 1.196-13 & 1.335-00 &  56 & 102 & 1.284+02 & 9.881-04 & 1.222-14 & 1.158-05 \\
  55 &  67 & 1.514+03 & 1.739-03 & 7.678-13 & 8.336-00 &  56 & 115 & 1.180+02 & 1.116+01 & 1.165-10 & 8.569-02 \\
  55 &  72 & 6.071+02 & 9.026-05 & 4.987-15 & 3.494-03 &  56 & 116 & 1.179+02 & 1.084+02 & 1.129-09 & 8.279-01 \\
  55 &  73 & 6.038+02 & 2.683-03 & 1.885-13 & 1.300-01 &  56 & 130 & 1.045+02 & 1.024+01 & 8.385-11 & 4.285-02 \\
  55 &  74 & 6.002+02 & 1.293-03 & 6.985-14 & 4.730-02 &  56 & 136 & 8.731+01 & 4.775-03 & 2.729-14 & 8.124-06 \\
  55 &  75 & 5.998+02 & 1.314-05 & 5.064-16 & 3.423-04 &  56 & 144 & 5.658+01 & 8.870-01 & 2.129-12 & 1.726-04 \\
  55 &  78 & 1.480+02 & 4.608-00 & 6.489-12 & 6.593-02 &  56 & 150 & 5.377+01 & 7.134-02 & 1.546-13 & 1.075-05 \\
  55 &  79 & 1.472+02 & 2.769-00 & 6.424-12 & 6.415-02 &  57 &  60 & 1.792+03 & 2.766-04 & 7.989-14 & 1.028-00 \\
  55 &  80 & 1.466+02 & 2.983-01 & 9.614-13 & 9.488-03 &  57 &  61 & 1.791+03 & 4.918-04 & 4.259-13 & 5.475-00 \\
  55 &  81 & 1.463+02 & 3.740-01 & 5.140-13 & 5.035-03 &  57 &  63 & 1.756+03 & 2.613-05 & 1.209-14 & 1.465-01 \\
  55 &  82 & 1.458+02 & 2.116-01 & 4.815-13 & 4.670-03 &  57 &  64 & 1.676+03 & 1.927-06 & 1.136-15 & 1.196-02 \\
  55 &  94 & 1.289+02 & 4.429-00 & 4.730-12 & 3.174-02 &  57 &  65 & 1.664+03 & 1.170-03 & 4.858-13 & 5.004-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  57 &  66 & 1.656+03 & 2.488-04 & 1.433-13 & 1.456-00 &  58 &  64 & 1.767+03 & 2.760-03 & 1.292-12 & 2.233+01 \\
  57 &  67 & 1.640+03 & 3.471-03 & 2.518-12 & 2.482+01 &  58 &  65 & 1.754+03 & 2.699-04 & 8.887-14 & 1.501-00 \\
  57 &  72 & 6.264+02 & 2.235-04 & 1.840-14 & 1.012-02 &  58 &  66 & 1.745+03 & 1.170-03 & 5.343-13 & 8.895-00 \\
  57 &  73 & 6.229+02 & 1.029-04 & 1.077-14 & 5.823-03 &  58 &  67 & 1.727+03 & 4.945-03 & 2.842-12 & 4.581+01 \\
  57 &  74 & 6.191+02 & 1.093-04 & 8.788-15 & 4.663-03 &  58 &  72 & 6.387+02 & 6.024-05 & 3.685-15 & 3.006-03 \\
  57 &  75 & 6.187+02 & 4.063-04 & 2.332-14 & 1.235-02 &  58 &  73 & 6.351+02 & 6.841-06 & 5.319-16 & 4.266-04 \\
  57 &  78 & 1.492+02 & 1.519+01 & 3.039-11 & 2.256-01 &  58 &  74 & 6.311+02 & 1.228-03 & 7.330-14 & 5.769-02 \\
  57 &  79 & 1.483+02 & 1.068-01 & 3.521-13 & 2.569-03 &  58 &  75 & 6.307+02 & 2.532-07 & 1.079-17 & 8.475-06 \\
  57 &  80 & 1.477+02 & 3.792-00 & 1.737-11 & 1.252-01 &  58 &  78 & 1.499+02 & 2.839-00 & 4.095-12 & 4.315-02 \\
  57 &  81 & 1.474+02 & 2.330-00 & 4.551-12 & 3.257-02 &  58 &  79 & 1.490+02 & 2.132+01 & 5.068-11 & 5.248-01 \\
  57 &  82 & 1.469+02 & 1.975+01 & 6.385-11 & 4.522-01 &  58 &  80 & 1.484+02 & 7.899+01 & 2.607-10 & 2.668-00 \\
  57 &  83 & 1.430+02 & 4.836+01 & 2.966-11 & 1.941-01 &  58 &  81 & 1.480+02 & 1.622+02 & 2.284-10 & 2.320-00 \\
  57 &  94 & 1.298+02 & 7.640+01 & 1.157-10 & 5.659-01 &  58 &  82 & 1.475+02 & 4.087+01 & 9.525-11 & 9.574-01 \\
  57 &  95 & 1.296+02 & 1.377-00 & 3.469-12 & 1.690-02 &  58 &  94 & 1.303+02 & 3.653-02 & 3.984-14 & 2.760-04 \\
  57 &  97 & 1.296+02 & 1.343+02 & 6.086-10 & 2.961-00 &  58 &  95 & 1.301+02 & 1.153+02 & 2.091-10 & 1.443-00 \\
  57 &  98 & 1.293+02 & 1.479-01 & 5.194-13 & 2.513-03 &  58 &  96 & 1.301+02 & 5.036+02 & 2.008-09 & 1.384+01 \\
  57 &  99 & 1.292+02 & 2.461+02 & 6.160-10 & 2.973-00 &  58 &  97 & 1.301+02 & 2.909+01 & 9.488-11 & 6.541-01 \\
  57 & 100 & 1.292+02 & 5.024+01 & 1.760-10 & 8.493-01 &  58 &  98 & 1.299+02 & 8.965+02 & 2.266-09 & 1.554+01 \\
  57 & 101 & 1.291+02 & 6.736+02 & 3.032-09 & 1.461+01 &  58 &  99 & 1.297+02 & 8.909+01 & 1.606-10 & 1.098-00 \\
  57 & 110 & 1.289+02 & 2.814-00 & 4.209-12 & 2.018-02 &  58 & 100 & 1.297+02 & 1.832+02 & 4.623-10 & 3.160-00 \\
  57 & 111 & 1.284+02 & 3.826-01 & 5.669-13 & 2.681-03 &  58 & 101 & 1.297+02 & 1.227+03 & 3.977-09 & 2.715+01 \\
  57 & 112 & 1.280+02 & 4.732-03 & 1.162-14 & 5.453-05 &  58 & 110 & 1.294+02 & 3.540-03 & 3.812-15 & 2.589-05 \\
  57 & 113 & 1.264+02 & 3.186-01 & 1.526-13 & 6.891-04 &  58 & 111 & 1.289+02 & 6.235-02 & 6.652-14 & 4.456-04 \\
  57 & 114 & 1.193+02 & 2.519-03 & 3.224-15 & 1.224-05 &  58 & 112 & 1.285+02 & 8.849-01 & 1.565-12 & 1.040-02 \\
  57 & 119 & 1.169+02 & 2.373-01 & 9.731-14 & 3.481-04 &  58 & 114 & 1.197+02 & 4.204-02 & 3.871-14 & 2.080-04 \\
  57 & 120 & 1.143+02 & 5.824-01 & 1.597-12 & 5.335-03 &  58 & 120 & 1.147+02 & 2.634-02 & 5.196-14 & 2.456-04 \\
  57 & 121 & 1.142+02 & 2.710-01 & 7.425-13 & 2.477-03 &  58 & 121 & 1.147+02 & 4.595-01 & 9.056-13 & 4.274-03 \\
  57 & 122 & 1.142+02 & 5.934-01 & 2.090-12 & 6.968-03 &  58 & 122 & 1.146+02 & 2.196-01 & 5.564-13 & 2.625-03 \\
  57 & 123 & 1.142+02 & 1.656-01 & 3.237-13 & 1.078-03 &  58 & 123 & 1.146+02 & 2.442-02 & 3.435-14 & 1.619-04 \\
  57 & 132 & 9.267+01 & 2.442+02 & 1.886-10 & 3.358-01 &  58 & 132 & 9.293+01 & 3.601-00 & 1.998-12 & 5.022-03 \\
  57 & 133 & 9.262+01 & 3.058+02 & 3.933-10 & 6.989-01 &  58 & 133 & 9.289+01 & 1.512+02 & 1.397-10 & 3.506-01 \\
  57 & 134 & 9.254+01 & 7.958+01 & 1.430-10 & 2.535-01 &  58 & 134 & 9.280+01 & 3.233+02 & 4.174-10 & 1.045-00 \\
  57 & 135 & 9.134+01 & 3.818+01 & 4.776-11 & 8.141-02 &  58 & 135 & 9.160+01 & 2.216+02 & 1.991-10 & 4.793-01 \\
  57 & 140 & 5.864+01 & 8.099-02 & 2.505-14 & 1.130-05 &  58 & 140 & 5.875+01 & 3.117-01 & 6.912-14 & 4.389-05 \\
  57 & 141 & 5.834+01 & 3.490-01 & 3.562-14 & 1.582-05 &  58 & 146 & 5.490+01 & 1.668-00 & 3.231-13 & 1.674-04 \\
  57 & 146 & 5.481+01 & 2.968-01 & 8.019-14 & 2.953-05 &  58 & 147 & 5.489+01 & 8.806-01 & 2.841-13 & 1.472-04 \\
  57 & 147 & 5.480+01 & 3.198-02 & 1.440-14 & 5.299-06 &  58 & 148 & 5.488+01 & 8.532-01 & 3.852-13 & 1.993-04 \\
  57 & 148 & 5.478+01 & 4.337-03 & 2.732-15 & 1.005-06 &  58 & 149 & 5.467+01 & 4.062-00 & 1.300-12 & 6.653-04 \\
  57 & 149 & 5.458+01 & 7.225-01 & 3.227-13 & 1.173-04 &  58 & 154 & 5.389+01 & 7.688-03 & 3.347-15 & 1.640-06 \\
  57 & 154 & 5.380+01 & 1.082-00 & 6.573-13 & 2.290-04 &  58 & 155 & 5.389+01 & 7.873-02 & 4.408-14 & 2.160-05 \\
  57 & 155 & 5.380+01 & 4.522-01 & 3.532-13 & 1.230-04 &  58 & 156 & 5.388+01 & 2.840-01 & 1.943-13 & 9.519-05 \\
  57 & 157 & 5.379+01 & 4.921-02 & 3.842-14 & 1.338-05 &  58 & 157 & 5.388+01 & 2.580-00 & 1.444-12 & 7.073-04 \\
  58 &  60 & 1.897+03 & 1.151-07 & 2.661-17 & 5.685-04 &  59 &  60 & 3.188+03 & 6.978-06 & 1.063-14 & 4.623-01 \\
  58 &  61 & 1.896+03 & 9.303-05 & 6.445-14 & 1.375-00 &  59 &  63 & 3.077+03 & 9.240-05 & 2.186-13 & 8.546-00 \\
  58 &  62 & 1.891+03 & 1.293-03 & 1.089-12 & 2.306+01 &  59 &  64 & 2.838+03 & 1.526-04 & 4.301-13 & 1.320+01 \\
  58 &  63 & 1.857+03 & 3.823-04 & 1.411-13 & 2.829-00 &  59 &  65 & 2.804+03 & 7.824-05 & 1.537-13 & 4.544-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  59 &  66 & 2.782+03 & 1.253-04 & 3.392-13 & 9.806-00 &  60 & 106 & 1.389+02 & 4.597+02 & 3.101-09 & 1.115+01 \\
  59 &  72 & 7.396+02 & 5.348-04 & 1.023-13 & 5.557-02 &  60 & 115 & 1.270+02 & 6.588-03 & 2.656-14 & 7.306-05 \\
  59 &  74 & 7.294+02 & 6.572-03 & 1.223-12 & 6.370-01 &  60 & 116 & 1.269+02 & 3.364-04 & 1.353-15 & 3.711-06 \\
  59 &  75 & 7.289+02 & 3.057-03 & 4.058-13 & 2.109-01 &  60 & 117 & 1.267+02 & 6.782-02 & 3.806-13 & 1.038-03 \\
  59 &  78 & 1.548+02 & 8.132+01 & 2.922-10 & 1.455-00 &  60 & 118 & 1.254+02 & 1.743-03 & 4.109-15 & 1.088-05 \\
  59 &  79 & 1.539+02 & 5.321-02 & 3.148-13 & 1.539-03 &  60 & 124 & 1.216+02 & 5.190-01 & 2.687-12 & 6.490-03 \\
  59 &  80 & 1.532+02 & 3.404-01 & 2.796-12 & 1.350-02 &  60 & 129 & 1.125+02 & 1.204-01 & 2.285-13 & 4.364-04 \\
  59 &  81 & 1.529+02 & 2.421+01 & 8.481-11 & 4.065-01 &  60 & 130 & 1.115+02 & 4.521-03 & 1.405-14 & 2.617-05 \\
  59 &  82 & 1.523+02 & 3.157+01 & 1.830-10 & 8.678-01 &  60 & 131 & 1.109+02 & 2.163-05 & 3.991-17 & 7.311-08 \\
  59 &  94 & 1.340+02 & 3.570+01 & 9.615-11 & 3.106-01 &  60 & 136 & 9.214+01 & 8.485+01 & 1.800-10 & 1.890-01 \\
  59 &  95 & 1.339+02 & 3.549+02 & 1.589-09 & 5.115-00 &  60 & 137 & 9.212+01 & 1.773+02 & 5.263-10 & 5.522-01 \\
  59 &  98 & 1.336+02 & 5.490+02 & 3.426-09 & 1.095+01 &  60 & 139 & 9.199+01 & 1.493+02 & 4.419-10 & 4.617-01 \\
  59 &  99 & 1.334+02 & 2.692+02 & 1.198-09 & 3.819-00 &  60 & 143 & 5.871+01 & 1.614-01 & 8.338-14 & 2.264-05 \\
  59 & 100 & 1.334+02 & 2.295+02 & 1.429-09 & 4.554-00 &  60 & 144 & 5.858+01 & 8.440-04 & 7.236-16 & 1.952-07 \\
  59 & 110 & 1.331+02 & 1.178-00 & 3.130-12 & 9.912-03 &  60 & 145 & 5.849+01 & 2.087-03 & 1.071-15 & 2.875-07 \\
  59 & 111 & 1.325+02 & 1.010-00 & 2.658-12 & 8.299-03 &  60 & 150 & 5.557+01 & 5.869-00 & 4.528-12 & 1.043-03 \\
  59 & 112 & 1.321+02 & 3.113-01 & 1.358-12 & 4.205-03 &  60 & 151 & 5.556+01 & 3.146-01 & 3.398-13 & 7.822-05 \\
  59 & 114 & 1.229+02 & 6.297-01 & 1.425-12 & 3.547-03 &  60 & 153 & 5.553+01 & 1.047+01 & 1.129-11 & 2.595-03 \\
  59 & 120 & 1.176+02 & 1.627-00 & 7.868-12 & 1.717-02 &  61 &  68 & 2.485+03 & 5.411-07 & 2.784-16 & 1.720-02 \\
  59 & 121 & 1.175+02 & 2.181+01 & 1.054-10 & 2.296-01 &  61 &  69 & 2.366+03 & 1.038-07 & 4.842-17 & 2.583-03 \\
  59 & 123 & 1.175+02 & 8.691-00 & 2.997-11 & 6.521-02 &  61 &  70 & 2.233+03 & 5.597-08 & 3.255-17 & 1.460-03 \\
  59 & 132 & 9.481+01 & 1.239+01 & 1.670-11 & 1.910-02 &  61 &  76 & 1.772+02 & 7.474-06 & 1.955-17 & 4.381-07 \\
  59 & 133 & 9.477+01 & 7.948+01 & 1.784-10 & 2.037-01 &  61 &  88 & 1.461+02 & 3.413-01 & 1.093-12 & 1.372-02 \\
  59 & 134 & 9.468+01 & 1.697+02 & 5.322-10 & 6.062-01 &  61 &  89 & 1.459+02 & 2.567-01 & 4.554-13 & 5.699-03 \\
  59 & 135 & 9.343+01 & 1.462-00 & 3.189-12 & 3.491-03 &  61 &  90 & 1.459+02 & 4.139-00 & 1.027-11 & 1.284-01 \\
  59 & 140 & 5.950+01 & 1.261-00 & 6.690-13 & 1.891-04 &  61 &  91 & 1.454+02 & 5.268-00 & 9.273-12 & 1.147-01 \\
  59 & 146 & 5.555+01 & 1.867-01 & 8.638-14 & 1.987-05 &  61 &  92 & 1.451+02 & 8.712-01 & 2.138-12 & 2.627-02 \\
  59 & 147 & 5.554+01 & 1.320-00 & 1.017-12 & 2.340-04 &  61 & 102 & 1.392+02 & 1.183-00 & 1.909-12 & 2.071-02 \\
  59 & 148 & 5.553+01 & 2.025-00 & 2.184-12 & 5.019-04 &  61 & 103 & 1.391+02 & 9.407-01 & 2.123-12 & 2.303-02 \\
  59 & 149 & 5.532+01 & 1.576-01 & 1.205-13 & 2.737-05 &  61 & 104 & 1.390+02 & 9.457+02 & 3.347-09 & 3.619+01 \\
  59 & 154 & 5.452+01 & 4.291-01 & 4.461-13 & 9.701-05 &  61 & 105 & 1.389+02 & 8.065+02 & 3.372-09 & 3.643+01 \\
  60 &  68 & 2.484+03 & 3.954-08 & 6.095-17 & 1.254-03 &  61 & 106 & 1.389+02 & 5.280+01 & 1.187-10 & 1.281-00 \\
  60 &  69 & 2.365+03 & 7.583-08 & 1.060-16 & 1.881-03 &  61 & 107 & 1.389+02 & 9.685-00 & 2.799-11 & 3.017-01 \\
  60 &  70 & 2.232+03 & 5.065-08 & 8.829-17 & 1.318-03 &  61 & 108 & 1.388+02 & 3.255+02 & 9.396-10 & 1.010+01 \\
  60 &  71 & 1.589+03 & 8.265-07 & 3.129-16 & 1.685-03 &  61 & 109 & 1.387+02 & 3.163+01 & 1.115-10 & 1.199-00 \\
  60 &  76 & 1.772+02 & 3.738-05 & 2.933-16 & 2.190-06 &  61 & 115 & 1.270+02 & 4.622-05 & 6.212-17 & 5.127-07 \\
  60 &  77 & 1.764+02 & 1.288-03 & 6.007-15 & 4.423-05 &  61 & 116 & 1.269+02 & 3.969-06 & 5.322-18 & 4.378-08 \\
  60 &  85 & 1.498+02 & 2.103-03 & 7.072-15 & 3.188-05 &  61 & 117 & 1.267+02 & 4.663-04 & 8.724-16 & 7.138-06 \\
  60 &  87 & 1.465+02 & 3.492-00 & 1.124-11 & 4.746-02 &  61 & 124 & 1.217+02 & 2.339-02 & 4.036-14 & 2.925-04 \\
  60 &  89 & 1.459+02 & 3.400-01 & 1.809-12 & 7.546-03 &  61 & 125 & 1.216+02 & 5.062-02 & 1.123-13 & 8.131-04 \\
  60 &  90 & 1.459+02 & 1.027-02 & 7.644-14 & 3.184-04 &  61 & 126 & 1.216+02 & 4.671-02 & 1.035-13 & 7.490-04 \\
  60 &  91 & 1.454+02 & 8.651-01 & 4.568-12 & 1.883-02 &  61 & 127 & 1.216+02 & 1.917-01 & 5.189-13 & 3.752-03 \\
  60 &  92 & 1.451+02 & 1.494-02 & 1.099-13 & 4.504-04 &  61 & 130 & 1.115+02 & 8.686-04 & 9.001-16 & 5.029-06 \\
  60 &  93 & 1.425+02 & 5.445-01 & 1.659-12 & 6.446-03 &  61 & 136 & 9.214+01 & 7.331+02 & 5.184-10 & 1.633-00 \\
  60 & 102 & 1.392+02 & 5.620+02 & 2.720-09 & 9.838-00 &  61 & 137 & 9.213+01 & 2.298+02 & 2.274-10 & 7.159-01 \\
  60 & 103 & 1.391+02 & 2.502+02 & 1.694-09 & 6.123-00 &  61 & 138 & 9.209+01 & 8.351-00 & 1.062-11 & 3.338-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  61 & 139 & 9.200+01 & 3.086+01 & 3.045-11 & 9.546-02 &  63 & 106 & 1.391+02 & 2.721+01 & 1.105-10 & 6.651-01 \\
  61 & 144 & 5.858+01 & 4.716-04 & 1.348-16 & 1.091-07 &  63 & 107 & 1.391+02 & 2.067+02 & 1.078-09 & 6.487-00 \\
  61 & 150 & 5.557+01 & 1.913-00 & 4.919-13 & 3.398-04 &  63 & 108 & 1.390+02 & 2.930+01 & 1.527-10 & 9.166-01 \\
  61 & 151 & 5.556+01 & 6.110-00 & 2.200-12 & 1.519-03 &  63 & 115 & 1.272+02 & 6.829-04 & 1.657-15 & 7.628-06 \\
  61 & 152 & 5.556+01 & 1.151-02 & 5.325-15 & 3.677-06 &  63 & 116 & 1.271+02 & 8.505-08 & 2.059-19 & 9.448-10 \\
  61 & 153 & 5.553+01 & 4.091-00 & 1.471-12 & 1.015-03 &  63 & 117 & 1.268+02 & 1.685-01 & 5.692-13 & 2.598-03 \\
  62 &  70 & 2.240+03 & 3.030-07 & 1.450-16 & 8.024-03 &  63 & 118 & 1.256+02 & 1.854-02 & 2.630-14 & 1.165-04 \\
  62 &  88 & 1.461+02 & 5.688+01 & 1.490-10 & 2.289-00 &  63 & 124 & 1.218+02 & 6.321-01 & 1.969-12 & 7.959-03 \\
  62 &  90 & 1.459+02 & 1.118+01 & 2.270-11 & 3.470-01 &  63 & 125 & 1.218+02 & 8.953-01 & 3.583-12 & 1.448-02 \\
  62 &  92 & 1.451+02 & 1.555+01 & 3.123-11 & 4.694-01 &  63 & 126 & 1.218+02 & 1.324-01 & 5.296-13 & 2.138-03 \\
  62 & 103 & 1.392+02 & 1.108-00 & 2.046-12 & 2.714-02 &  63 & 128 & 1.128+02 & 7.768-02 & 2.963-14 & 9.507-05 \\
  62 & 104 & 1.390+02 & 2.232+01 & 6.467-11 & 8.549-01 &  63 & 129 & 1.126+02 & 4.135-01 & 4.718-13 & 1.508-03 \\
  62 & 105 & 1.390+02 & 5.163+03 & 1.767-08 & 2.334+02 &  63 & 130 & 1.117+02 & 4.113-01 & 7.691-13 & 2.396-03 \\
  62 & 106 & 1.389+02 & 1.043-01 & 1.919-13 & 2.531-03 &  63 & 131 & 1.111+02 & 1.151-00 & 1.277-12 & 3.914-03 \\
  62 & 107 & 1.389+02 & 8.615+01 & 2.038-10 & 2.686-00 &  63 & 136 & 9.224+01 & 6.706+01 & 8.553-11 & 1.501-01 \\
  62 & 108 & 1.388+02 & 8.855-00 & 2.092-11 & 2.751-01 &  63 & 137 & 9.222+01 & 2.775-01 & 4.954-13 & 8.690-04 \\
  62 & 109 & 1.387+02 & 1.048+03 & 3.024-09 & 3.974+01 &  63 & 138 & 9.218+01 & 2.430+02 & 5.572-10 & 9.763-01 \\
  62 & 117 & 1.267+02 & 3.842-03 & 5.882-15 & 5.886-05 &  63 & 139 & 9.209+01 & 3.463+02 & 6.165-10 & 1.077-00 \\
  62 & 124 & 1.217+02 & 2.137-02 & 3.018-14 & 2.674-04 &  63 & 142 & 5.877+01 & 5.523-01 & 5.719-14 & 2.597-05 \\
  62 & 125 & 1.216+02 & 2.937-04 & 5.331-16 & 4.721-06 &  63 & 143 & 5.875+01 & 1.275-00 & 3.957-13 & 1.794-04 \\
  62 & 126 & 1.216+02 & 5.289-04 & 9.593-16 & 8.489-06 &  63 & 144 & 5.862+01 & 7.916-01 & 4.077-13 & 1.837-04 \\
  62 & 127 & 1.216+02 & 9.807-02 & 2.173-13 & 1.922-03 &  63 & 145 & 5.853+01 & 2.012-00 & 6.200-13 & 2.781-04 \\
  62 & 137 & 9.214+01 & 1.664+02 & 1.348-10 & 5.187-01 &  63 & 150 & 5.560+01 & 5.193-01 & 2.407-13 & 9.255-05 \\
  62 & 138 & 9.210+01 & 2.127+02 & 2.213-10 & 8.506-01 &  63 & 151 & 5.560+01 & 2.183+01 & 1.416-11 & 5.446-03 \\
  62 & 139 & 9.201+01 & 5.286+02 & 4.269-10 & 1.636-00 &  63 & 152 & 5.559+01 & 2.551-01 & 2.127-13 & 8.176-05 \\
  62 & 151 & 5.557+01 & 1.713-00 & 5.046-13 & 4.261-04 &  63 & 153 & 5.557+01 & 3.091+01 & 2.003-11 & 7.687-03 \\
  62 & 152 & 5.556+01 & 4.886+01 & 1.850-11 & 1.562-02 &  64 &  68 & 2.747+03 & 9.435-09 & 7.626-18 & 4.952-04 \\
  62 & 153 & 5.554+01 & 1.038+01 & 3.056-12 & 2.576-03 &  64 &  69 & 2.603+03 & 8.883-07 & 6.443-16 & 3.557-02 \\
  63 &  68 & 2.556+03 & 4.524-08 & 4.429-17 & 1.654-03 &  64 &  70 & 2.443+03 & 1.752-06 & 1.568-15 & 7.157-02 \\
  63 &  69 & 2.430+03 & 4.913-06 & 4.349-15 & 1.396-01 &  64 &  71 & 1.693+03 & 2.656-04 & 4.891-14 & 7.431-01 \\
  63 &  70 & 2.290+03 & 5.204-08 & 5.728-17 & 1.539-03 &  64 &  76 & 1.784+02 & 9.018-03 & 3.075-14 & 5.469-04 \\
  63 &  71 & 1.618+03 & 2.898-04 & 6.827-14 & 6.470-01 &  64 &  77 & 1.776+02 & 5.512-02 & 1.117-13 & 1.959-03 \\
  63 &  76 & 1.776+02 & 1.821-03 & 8.609-15 & 1.078-04 &  64 &  85 & 1.506+02 & 2.712-01 & 3.954-13 & 4.232-03 \\
  63 &  77 & 1.767+02 & 2.078-02 & 5.837-14 & 7.207-04 &  64 &  87 & 1.474+02 & 3.435-01 & 4.793-13 & 4.803-03 \\
  63 &  84 & 1.503+02 & 4.748-02 & 3.216-14 & 2.442-04 &  64 &  88 & 1.469+02 & 1.255-00 & 5.222-12 & 5.189-02 \\
  63 &  85 & 1.500+02 & 6.619-01 & 1.340-12 & 1.012-02 &  64 &  89 & 1.468+02 & 2.678+01 & 6.178-11 & 6.115-01 \\
  63 &  86 & 1.472+02 & 2.668-00 & 1.732-12 & 1.235-02 &  64 &  90 & 1.467+02 & 2.775-00 & 8.955-12 & 8.854-02 \\
  63 &  87 & 1.468+02 & 2.003+01 & 3.882-11 & 2.745-01 &  64 &  91 & 1.462+02 & 6.497-05 & 1.487-16 & 1.455-06 \\
  63 &  88 & 1.464+02 & 1.520-02 & 8.787-14 & 6.162-04 &  64 &  92 & 1.459+02 & 1.690+01 & 5.392-11 & 5.241-01 \\
  63 &  89 & 1.462+02 & 2.047+01 & 6.557-11 & 4.581-01 &  64 &  93 & 1.433+02 & 2.024+01 & 2.671-11 & 2.463-01 \\
  63 &  90 & 1.461+02 & 7.891-01 & 3.536-12 & 2.468-02 &  64 & 102 & 1.399+02 & 2.236+01 & 4.689-11 & 4.022-01 \\
  63 &  91 & 1.456+02 & 2.034-01 & 6.464-13 & 4.463-03 &  64 & 103 & 1.399+02 & 1.394+03 & 4.088-09 & 3.504+01 \\
  63 &  92 & 1.453+02 & 1.141-00 & 5.054-12 & 3.467-02 &  64 & 104 & 1.397+02 & 2.522+01 & 1.160-10 & 9.914-01 \\
  63 &  93 & 1.428+02 & 1.363+01 & 2.499-11 & 1.626-01 &  64 & 106 & 1.396+02 & 1.461-00 & 4.270-12 & 3.639-02 \\
  63 & 102 & 1.394+02 & 1.628+02 & 4.741-10 & 2.872-00 &  64 & 107 & 1.396+02 & 3.153+03 & 1.184-08 & 1.009+02 \\
  63 & 103 & 1.394+02 & 3.594+03 & 1.465-08 & 8.865+01 &  64 & 108 & 1.395+02 & 2.768+01 & 1.038-10 & 8.824-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  64 & 109 & 1.395+02 & 2.338+02 & 1.071-09 & 9.097-00 &  65 & 117 & 1.274+02 & 3.277-04 & 1.116-15 & 5.154-06 \\
  64 & 115 & 1.277+02 & 9.678-05 & 1.689-16 & 1.100-06 &  65 & 118 & 1.261+02 & 1.925-02 & 2.753-14 & 1.234-04 \\
  64 & 116 & 1.275+02 & 1.073-03 & 1.868-15 & 1.213-05 &  65 & 124 & 1.223+02 & 5.615-01 & 1.762-12 & 7.208-03 \\
  64 & 117 & 1.273+02 & 6.526-02 & 1.585-13 & 1.024-03 &  65 & 125 & 1.223+02 & 5.015-02 & 2.023-13 & 8.267-04 \\
  64 & 118 & 1.260+02 & 3.212-02 & 3.278-14 & 2.054-04 &  65 & 126 & 1.222+02 & 2.693-01 & 1.086-12 & 4.433-03 \\
  64 & 124 & 1.222+02 & 1.252-02 & 2.803-14 & 1.602-04 &  65 & 128 & 1.132+02 & 5.231-01 & 2.009-13 & 6.518-04 \\
  64 & 125 & 1.222+02 & 3.431-00 & 9.874-12 & 5.641-02 &  65 & 129 & 1.130+02 & 4.208-02 & 4.836-14 & 1.562-04 \\
  64 & 126 & 1.222+02 & 3.472-01 & 9.985-13 & 5.700-03 &  65 & 130 & 1.121+02 & 3.362-02 & 6.332-14 & 1.994-04 \\
  64 & 127 & 1.221+02 & 7.346-01 & 2.581-12 & 1.472-02 &  65 & 131 & 1.115+02 & 2.556-01 & 2.857-13 & 8.848-04 \\
  64 & 129 & 1.130+02 & 2.342-02 & 1.921-14 & 8.674-05 &  65 & 136 & 9.251+01 & 1.296+02 & 1.663-10 & 2.945-01 \\
  64 & 130 & 1.120+02 & 8.470-01 & 1.138-12 & 5.011-03 &  65 & 137 & 9.249+01 & 2.280+02 & 4.094-10 & 7.245-01 \\
  64 & 131 & 1.114+02 & 1.010-00 & 8.058-13 & 3.489-03 &  65 & 138 & 9.245+01 & 1.749+02 & 4.035-10 & 7.133-01 \\
  64 & 136 & 9.247+01 & 1.000+02 & 9.158-11 & 2.268-01 &  65 & 139 & 9.236+01 & 2.444-01 & 4.375-13 & 7.709-04 \\
  64 & 137 & 9.245+01 & 4.385-03 & 5.619-15 & 1.390-05 &  65 & 142 & 5.888+01 & 5.375-01 & 5.587-14 & 2.550-05 \\
  64 & 138 & 9.242+01 & 6.869+01 & 1.131-10 & 2.795-01 &  65 & 143 & 5.885+01 & 4.214-02 & 1.313-14 & 5.987-06 \\
  64 & 139 & 9.232+01 & 3.262+02 & 4.168-10 & 1.027-00 &  65 & 144 & 5.872+01 & 4.308-02 & 2.227-14 & 1.009-05 \\
  64 & 143 & 5.884+01 & 2.310-01 & 5.139-14 & 3.278-05 &  65 & 145 & 5.864+01 & 1.989-01 & 6.152-14 & 2.775-05 \\
  64 & 144 & 5.871+01 & 2.292-00 & 8.458-13 & 5.360-04 &  65 & 150 & 5.570+01 & 5.610-01 & 2.609-13 & 1.008-04 \\
  64 & 145 & 5.863+01 & 1.320-00 & 2.915-13 & 1.840-04 &  65 & 151 & 5.570+01 & 4.811-02 & 3.132-14 & 1.211-05 \\
  64 & 150 & 5.569+01 & 1.385-01 & 4.600-14 & 2.487-05 &  65 & 152 & 5.569+01 & 5.258-00 & 4.401-12 & 1.700-03 \\
  64 & 151 & 5.568+01 & 1.122-00 & 5.218-13 & 2.821-04 &  65 & 153 & 5.567+01 & 5.372-00 & 3.494-12 & 1.348-03 \\
  64 & 152 & 5.568+01 & 3.043+01 & 1.819-11 & 9.829-03 &  66 &  68 & 2.802+03 & 7.831-11 & 6.584-20 & 4.537-06 \\
  64 & 153 & 5.565+01 & 3.738-00 & 1.735-12 & 9.367-04 &  66 &  69 & 2.652+03 & 6.269-07 & 4.720-16 & 2.756-02 \\
  65 &  68 & 2.781+03 & 4.410-07 & 5.112-16 & 2.459-02 &  66 &  70 & 2.486+03 & 3.801-09 & 3.522-18 & 1.694-04 \\
  65 &  69 & 2.633+03 & 8.301-07 & 8.626-16 & 3.521-02 &  66 &  71 & 1.714+03 & 8.341-05 & 1.574-14 & 2.480-01 \\
  65 &  70 & 2.469+03 & 8.621-09 & 1.103-17 & 3.716-04 &  66 &  76 & 1.786+02 & 1.396-03 & 4.771-15 & 8.520-05 \\
  65 &  71 & 1.706+03 & 1.330-04 & 3.480-14 & 3.863-01 &  66 &  77 & 1.778+02 & 3.152-02 & 6.402-14 & 1.127-03 \\
  65 &  76 & 1.786+02 & 3.281-05 & 1.569-16 & 1.998-06 &  66 &  85 & 1.508+02 & 4.200-02 & 6.137-14 & 6.590-04 \\
  65 &  77 & 1.777+02 & 1.482-02 & 4.210-14 & 5.286-04 &  66 &  87 & 1.475+02 & 4.932-00 & 6.896-12 & 6.932-02 \\
  65 &  84 & 1.510+02 & 1.585-01 & 1.084-13 & 8.349-04 &  66 &  88 & 1.471+02 & 4.935-01 & 2.059-12 & 2.052-02 \\
  65 &  85 & 1.507+02 & 2.029-01 & 4.147-13 & 3.177-03 &  66 &  89 & 1.469+02 & 5.577-00 & 1.289-11 & 1.280-01 \\
  65 &  86 & 1.479+02 & 2.605+01 & 1.707-11 & 1.234-01 &  66 &  90 & 1.469+02 & 1.329-00 & 4.298-12 & 4.263-02 \\
  65 &  87 & 1.475+02 & 7.588-00 & 1.484-11 & 1.064-01 &  66 &  91 & 1.463+02 & 1.545-00 & 3.543-12 & 3.477-02 \\
  65 &  88 & 1.470+02 & 1.734-03 & 1.012-14 & 7.194-05 &  66 &  92 & 1.460+02 & 7.061-00 & 2.257-11 & 2.201-01 \\
  65 &  89 & 1.469+02 & 4.154-00 & 1.343-11 & 9.515-02 &  66 &  93 & 1.435+02 & 1.422+01 & 1.881-11 & 1.740-01 \\
  65 &  90 & 1.468+02 & 1.301-01 & 5.885-13 & 4.164-03 &  66 & 102 & 1.401+02 & 6.185+01 & 1.299-10 & 1.118-00 \\
  65 &  91 & 1.463+02 & 5.522-00 & 1.771-11 & 1.240-01 &  66 & 103 & 1.400+02 & 1.159+02 & 3.407-10 & 2.928-00 \\
  65 &  92 & 1.460+02 & 6.792-01 & 3.037-12 & 2.113-02 &  66 & 104 & 1.399+02 & 2.842+02 & 1.310-09 & 1.123+01 \\
  65 &  93 & 1.434+02 & 7.474-00 & 1.383-11 & 9.125-02 &  66 & 106 & 1.398+02 & 5.076+02 & 1.487-09 & 1.271+01 \\
  65 & 102 & 1.400+02 & 3.428+02 & 1.007-09 & 6.185-00 &  66 & 107 & 1.397+02 & 1.291+02 & 4.857-10 & 4.149-00 \\
  65 & 103 & 1.400+02 & 3.973+02 & 1.634-09 & 1.002+01 &  66 & 108 & 1.396+02 & 6.238+02 & 2.344-09 & 1.999+01 \\
  65 & 106 & 1.397+02 & 5.066+02 & 2.075-09 & 1.266+01 &  66 & 109 & 1.396+02 & 1.084+03 & 4.979-09 & 4.242+01 \\
  65 & 107 & 1.397+02 & 7.776+02 & 4.094-09 & 2.495+01 &  66 & 115 & 1.278+02 & 1.216-03 & 2.125-15 & 1.388-05 \\
  65 & 108 & 1.396+02 & 5.591+02 & 2.939-09 & 1.788+01 &  66 & 116 & 1.276+02 & 2.317-04 & 4.042-16 & 2.631-06 \\
  65 & 115 & 1.277+02 & 8.473-03 & 2.072-14 & 9.658-05 &  66 & 117 & 1.274+02 & 1.058-02 & 2.575-14 & 1.667-04 \\
  65 & 116 & 1.276+02 & 7.730-03 & 1.886-14 & 8.762-05 &  66 & 118 & 1.261+02 & 1.111-02 & 1.135-14 & 7.134-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  66 & 124 & 1.223+02 & 2.806-01 & 6.294-13 & 3.607-03 &  67 & 139 & 9.243+01 & 3.287+02 & 3.275-10 & 1.041-00 \\
  66 & 125 & 1.223+02 & 4.797-01 & 1.383-12 & 7.922-03 &  67 & 144 & 5.876+01 & 8.734-02 & 2.511-14 & 2.051-05 \\
  66 & 126 & 1.223+02 & 6.716-01 & 1.935-12 & 1.108-02 &  67 & 150 & 5.573+01 & 2.103-00 & 5.439-13 & 3.790-04 \\
  66 & 127 & 1.222+02 & 2.503-01 & 8.809-13 & 5.038-03 &  67 & 151 & 5.572+01 & 4.354-00 & 1.576-12 & 1.098-03 \\
  66 & 129 & 1.131+02 & 1.673-01 & 1.374-13 & 6.220-04 &  67 & 152 & 5.572+01 & 5.190-01 & 2.416-13 & 1.683-04 \\
  66 & 130 & 1.121+02 & 1.414-01 & 1.903-13 & 8.399-04 &  67 & 153 & 5.569+01 & 9.236-00 & 3.340-12 & 2.323-03 \\
  66 & 131 & 1.115+02 & 2.643-01 & 2.111-13 & 9.164-04 &  68 &  72 & 1.573+03 & 1.588-03 & 8.246-13 & 7.176-00 \\
  66 & 136 & 9.253+01 & 2.699+02 & 2.475-10 & 6.140-01 &  68 &  73 & 1.551+03 & 2.917-03 & 1.893-12 & 1.580+01 \\
  66 & 137 & 9.251+01 & 2.962+02 & 3.801-10 & 9.425-01 &  68 &  74 & 1.527+03 & 3.817-04 & 1.869-13 & 1.490-00 \\
  66 & 138 & 9.248+01 & 5.877+01 & 9.688-11 & 2.399-01 &  68 &  75 & 1.525+03 & 6.983-04 & 2.435-13 & 1.932-00 \\
  66 & 139 & 9.238+01 & 5.689-01 & 7.279-13 & 1.797-03 &  68 &  78 & 1.741+02 & 7.408-02 & 2.020-13 & 2.385-03 \\
  66 & 143 & 5.887+01 & 1.515-01 & 3.374-14 & 2.155-05 &  68 &  79 & 1.729+02 & 2.775-05 & 1.244-16 & 1.439-06 \\
  66 & 144 & 5.873+01 & 2.409-01 & 8.898-14 & 5.646-05 &  68 &  80 & 1.721+02 & 3.180-02 & 1.977-13 & 2.256-03 \\
  66 & 145 & 5.865+01 & 2.193-01 & 4.848-14 & 3.063-05 &  68 &  81 & 1.716+02 & 1.172-02 & 3.105-14 & 3.512-04 \\
  66 & 150 & 5.571+01 & 2.499-00 & 8.305-13 & 4.496-04 &  68 &  82 & 1.710+02 & 9.678-02 & 4.241-13 & 4.740-03 \\
  66 & 151 & 5.571+01 & 4.284-01 & 1.993-13 & 1.079-04 &  68 &  83 & 1.658+02 & 6.415-04 & 5.287-16 & 5.390-06 \\
  66 & 152 & 5.570+01 & 2.066-00 & 1.235-12 & 6.685-04 &  68 &  94 & 1.483+02 & 4.152-01 & 8.210-13 & 5.984-03 \\
  66 & 153 & 5.567+01 & 2.547-02 & 1.183-14 & 6.395-06 &  68 &  95 & 1.481+02 & 3.022-02 & 9.931-14 & 7.209-04 \\
  67 &  68 & 2.852+03 & 4.410-07 & 2.987-16 & 2.788-02 &  68 &  97 & 1.480+02 & 3.348-01 & 1.979-12 & 1.434-02 \\
  67 &  69 & 2.696+03 & 2.027-06 & 1.227-15 & 9.681-02 &  68 &  98 & 1.477+02 & 2.969-02 & 1.359-13 & 9.791-04 \\
  67 &  70 & 2.525+03 & 2.283-09 & 1.697-18 & 1.100-04 &  68 &  99 & 1.475+02 & 8.798-01 & 2.871-12 & 2.062-02 \\
  67 &  76 & 1.789+02 & 1.387-03 & 3.696-15 & 8.514-05 &  68 & 100 & 1.475+02 & 3.988-02 & 1.822-13 & 1.308-03 \\
  67 &  88 & 1.472+02 & 1.729+01 & 5.621-11 & 7.223-01 &  68 & 101 & 1.474+02 & 1.112-00 & 6.521-12 & 4.674-02 \\
  67 &  89 & 1.471+02 & 8.028-00 & 1.446-11 & 1.851-01 &  68 & 110 & 1.472+02 & 2.876-00 & 5.603-12 & 3.994-02 \\
  67 &  90 & 1.470+02 & 6.244-00 & 1.573-11 & 2.011-01 &  68 & 111 & 1.464+02 & 4.788-01 & 9.230-13 & 6.477-03 \\
  67 &  91 & 1.465+02 & 2.567+01 & 4.587-11 & 5.804-01 &  68 & 112 & 1.459+02 & 9.557-02 & 3.052-13 & 2.122-03 \\
  67 &  92 & 1.462+02 & 3.193+01 & 7.953-11 & 9.997-01 &  68 & 113 & 1.439+02 & 9.696-00 & 6.017-12 & 4.007-02 \\
  67 & 102 & 1.402+02 & 3.849-02 & 6.300-14 & 6.987-04 &  68 & 114 & 1.347+02 & 1.168-02 & 1.906-14 & 1.042-04 \\
  67 & 103 & 1.401+02 & 1.306+02 & 2.991-10 & 3.315-00 &  68 & 119 & 1.317+02 & 3.458-01 & 1.799-13 & 9.203-04 \\
  67 & 104 & 1.400+02 & 1.963+01 & 7.050-11 & 7.787-01 &  68 & 120 & 1.284+02 & 2.613+02 & 9.041-10 & 4.281-00 \\
  67 & 105 & 1.400+02 & 4.375+02 & 1.856-09 & 2.049+01 &  68 & 121 & 1.283+02 & 3.853+01 & 1.332-10 & 6.297-01 \\
  67 & 106 & 1.399+02 & 4.722-00 & 1.077-11 & 1.187-01 &  68 & 122 & 1.283+02 & 4.242+02 & 1.885-09 & 8.909-00 \\
  67 & 107 & 1.399+02 & 1.481+03 & 4.342-09 & 4.782+01 &  68 & 123 & 1.283+02 & 9.389+01 & 2.316-10 & 1.093-00 \\
  67 & 108 & 1.398+02 & 9.194+01 & 2.692-10 & 2.959-00 &  68 & 132 & 1.017+02 & 4.257-01 & 3.962-13 & 9.328-04 \\
  67 & 109 & 1.397+02 & 3.826+03 & 1.369-08 & 1.503+02 &  68 & 133 & 1.017+02 & 2.269-01 & 3.515-13 & 8.263-04 \\
  67 & 115 & 1.279+02 & 3.395-04 & 4.624-16 & 3.892-06 &  68 & 134 & 1.016+02 & 4.789-01 & 1.037-12 & 2.430-03 \\
  67 & 116 & 1.277+02 & 2.223-03 & 3.020-15 & 2.534-05 &  68 & 135 & 1.001+02 & 7.659-02 & 1.151-13 & 2.585-04 \\
  67 & 117 & 1.275+02 & 1.325-02 & 2.512-14 & 2.096-04 &  68 & 140 & 6.214+01 & 8.812-03 & 3.061-15 & 1.643-06 \\
  67 & 124 & 1.224+02 & 1.301-02 & 2.273-14 & 1.679-04 &  68 & 141 & 6.180+01 & 8.947-03 & 1.025-15 & 5.411-07 \\
  67 & 125 & 1.224+02 & 1.054-00 & 2.366-12 & 1.746-02 &  68 & 146 & 5.785+01 & 2.638-00 & 7.942-13 & 3.440-04 \\
  67 & 126 & 1.223+02 & 1.237-02 & 2.776-14 & 2.047-04 &  68 & 147 & 5.785+01 & 5.394-01 & 2.706-13 & 1.171-04 \\
  67 & 127 & 1.223+02 & 3.452-00 & 9.464-12 & 6.974-02 &  68 & 148 & 5.783+01 & 9.847-02 & 6.912-14 & 2.990-05 \\
  67 & 130 & 1.122+02 & 1.674-01 & 1.755-13 & 9.976-04 &  68 & 149 & 5.760+01 & 1.504-01 & 7.480-14 & 3.197-05 \\
  67 & 136 & 9.258+01 & 1.486+01 & 1.061-11 & 3.390-02 &  68 & 154 & 5.673+01 & 1.245-00 & 8.408-13 & 3.434-04 \\
  67 & 137 & 9.257+01 & 6.166+01 & 6.160-11 & 1.967-01 &  68 & 155 & 5.673+01 & 5.335-01 & 4.634-13 & 1.893-04 \\
  67 & 138 & 9.253+01 & 2.523+02 & 3.238-10 & 1.033-00 &  68 & 157 & 5.673+01 & 1.227-01 & 1.066-13 & 4.352-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  69 &  72 & 1.625+03 & 8.865-05 & 4.910-14 & 4.709-01 &  70 &  80 & 1.735+02 & 4.723-02 & 2.131-13 & 3.485-03 \\
  69 &  73 & 1.601+03 & 1.056-03 & 7.307-13 & 6.710-00 &  70 &  81 & 1.730+02 & 6.479-03 & 1.246-14 & 2.020-04 \\
  69 &  74 & 1.576+03 & 1.500-02 & 7.821-12 & 6.849+01 &  70 &  82 & 1.723+02 & 6.449-03 & 2.050-14 & 3.284-04 \\
  69 &  75 & 1.574+03 & 1.303-06 & 4.840-16 & 4.219-03 &  70 &  94 & 1.493+02 & 2.372-00 & 3.395-12 & 3.536-02 \\
  69 &  78 & 1.747+02 & 8.232-02 & 2.261-13 & 2.697-03 &  70 &  95 & 1.491+02 & 1.504-00 & 3.578-12 & 3.711-02 \\
  69 &  79 & 1.736+02 & 1.906-01 & 8.604-13 & 1.006-02 &  70 &  96 & 1.490+02 & 1.786-01 & 9.342-13 & 9.676-03 \\
  69 &  80 & 1.727+02 & 2.823-01 & 1.768-12 & 2.038-02 &  70 &  97 & 1.490+02 & 8.125-02 & 3.477-13 & 3.601-03 \\
  69 &  81 & 1.722+02 & 5.949-02 & 1.588-13 & 1.815-03 &  70 &  98 & 1.487+02 & 1.575-00 & 5.219-12 & 5.371-02 \\
  69 &  82 & 1.716+02 & 5.209-01 & 2.299-12 & 2.596-02 &  70 &  99 & 1.485+02 & 2.351-02 & 5.554-14 & 5.698-04 \\
  69 &  83 & 1.664+02 & 8.819-00 & 7.318-12 & 7.536-02 &  70 & 100 & 1.485+02 & 1.885-02 & 6.234-14 & 6.394-04 \\
  69 &  94 & 1.487+02 & 4.669-04 & 9.287-16 & 6.831-06 &  70 & 101 & 1.484+02 & 2.785-01 & 1.183-12 & 1.211-02 \\
  69 &  95 & 1.485+02 & 7.672-00 & 2.536-11 & 1.858-01 &  70 & 110 & 1.481+02 & 5.531+01 & 7.799-11 & 7.942-01 \\
  69 &  97 & 1.484+02 & 6.055-02 & 3.600-13 & 2.633-03 &  70 & 111 & 1.474+02 & 6.370+01 & 8.889-11 & 8.910-01 \\
  69 &  98 & 1.481+02 & 2.519-00 & 1.160-11 & 8.432-02 &  70 & 112 & 1.469+02 & 1.864+02 & 4.309-10 & 4.280-00 \\
  69 &  99 & 1.480+02 & 1.543-00 & 5.066-12 & 3.672-02 &  70 & 114 & 1.356+02 & 1.505-01 & 1.777-13 & 1.386-03 \\
  69 & 100 & 1.480+02 & 5.198-01 & 2.388-12 & 1.730-02 &  70 & 120 & 1.292+02 & 5.200-01 & 1.300-12 & 8.774-03 \\
  69 & 101 & 1.479+02 & 1.722-00 & 1.016-11 & 7.351-02 &  70 & 121 & 1.291+02 & 3.899+02 & 9.741-10 & 6.562-00 \\
  69 & 110 & 1.476+02 & 3.355+01 & 6.574-11 & 4.728-01 &  70 & 122 & 1.291+02 & 2.544+03 & 8.168-09 & 5.500+01 \\
  69 & 111 & 1.468+02 & 1.628+02 & 3.157-10 & 2.236-00 &  70 & 123 & 1.290+02 & 2.449-04 & 4.364-16 & 2.935-06 \\
  69 & 112 & 1.464+02 & 4.361+01 & 1.401-10 & 9.828-01 &  70 & 132 & 1.022+02 & 1.739-00 & 1.167-12 & 3.900-03 \\
  69 & 113 & 1.443+02 & 7.407+01 & 4.623-11 & 3.105-01 &  70 & 133 & 1.021+02 & 2.154-01 & 2.406-13 & 8.029-04 \\
  69 & 114 & 1.351+02 & 3.446-00 & 5.656-12 & 3.119-02 &  70 & 134 & 1.020+02 & 5.702-01 & 8.901-13 & 2.961-03 \\
  69 & 119 & 1.321+02 & 9.828-02 & 5.142-14 & 2.651-04 &  70 & 135 & 1.006+02 & 2.681-01 & 2.905-13 & 9.258-04 \\
  69 & 120 & 1.287+02 & 1.252-00 & 4.354-12 & 2.078-02 &  70 & 140 & 6.232+01 & 8.585-02 & 2.142-14 & 1.624-05 \\
  69 & 121 & 1.287+02 & 2.372+03 & 8.241-09 & 3.927+01 &  70 & 146 & 5.801+01 & 2.024-00 & 4.376-13 & 2.674-04 \\
  69 & 122 & 1.286+02 & 1.806+02 & 8.067-10 & 3.842-00 &  70 & 147 & 5.800+01 & 8.376-00 & 3.017-12 & 1.843-03 \\
  69 & 123 & 1.286+02 & 1.641-01 & 4.070-13 & 1.936-03 &  70 & 148 & 5.798+01 & 1.312-00 & 6.615-13 & 4.038-04 \\
  69 & 132 & 1.019+02 & 3.762-01 & 3.516-13 & 8.330-04 &  70 & 149 & 5.775+01 & 8.538-00 & 3.049-12 & 1.839-03 \\
  69 & 133 & 1.019+02 & 3.029-02 & 4.714-14 & 1.115-04 &  70 & 154 & 5.688+01 & 5.896-02 & 2.860-14 & 1.648-05 \\
  69 & 134 & 1.018+02 & 5.937-00 & 1.291-11 & 3.044-02 &  70 & 155 & 5.688+01 & 8.976-03 & 5.597-15 & 3.226-06 \\
  69 & 135 & 1.003+02 & 2.426-00 & 3.662-12 & 8.273-03 &  70 & 156 & 5.687+01 & 8.709-01 & 6.637-13 & 3.823-04 \\
  69 & 140 & 6.222+01 & 1.882-01 & 6.553-14 & 3.531-05 &  70 & 157 & 5.687+01 & 3.781-00 & 2.357-12 & 1.358-03 \\
  69 & 141 & 6.188+01 & 8.138-01 & 9.344-14 & 4.953-05 &  71 &  72 & 2.444+03 & 4.761-05 & 9.952-14 & 1.951-00 \\
  69 & 146 & 5.792+01 & 2.116-01 & 6.387-14 & 2.776-05 &  71 &  74 & 2.336+03 & 2.560-04 & 4.889-13 & 8.369-00 \\
  69 & 147 & 5.791+01 & 1.378-02 & 6.931-15 & 3.011-06 &  71 &  75 & 2.331+03 & 1.832-04 & 2.487-13 & 4.227-00 \\
  69 & 148 & 5.790+01 & 1.473-00 & 1.036-12 & 4.497-04 &  71 &  78 & 1.813+02 & 5.004-00 & 2.465-11 & 1.970-01 \\
  69 & 149 & 5.767+01 & 1.429-01 & 7.125-14 & 3.056-05 &  71 &  79 & 1.800+02 & 4.193-02 & 3.395-13 & 2.657-03 \\
  69 & 154 & 5.680+01 & 8.916-03 & 6.037-15 & 2.474-06 &  71 &  80 & 1.791+02 & 1.985-02 & 2.228-13 & 1.718-03 \\
  69 & 155 & 5.680+01 & 5.745-02 & 5.001-14 & 2.050-05 &  71 &  81 & 1.786+02 & 1.464-00 & 7.000-12 & 5.351-02 \\
  69 & 157 & 5.679+01 & 4.419-01 & 3.846-13 & 1.576-04 &  71 &  82 & 1.779+02 & 2.949-00 & 2.331-11 & 1.760-01 \\
  70 &  72 & 1.694+03 & 1.601-05 & 6.885-15 & 1.048-01 &  71 &  94 & 1.534+02 & 3.036-04 & 1.071-15 & 5.191-06 \\
  70 &  73 & 1.668+03 & 1.217-02 & 6.530-12 & 9.495+01 &  71 &  95 & 1.532+02 & 2.439+01 & 1.430-10 & 6.901-01 \\
  70 &  74 & 1.641+03 & 2.008-03 & 8.109-13 & 1.122+01 &  71 &  98 & 1.528+02 & 2.420+01 & 1.976-10 & 9.461-01 \\
  70 &  75 & 1.638+03 & 7.631-08 & 2.194-17 & 3.022-04 &  71 &  99 & 1.526+02 & 1.875+01 & 1.091-10 & 5.208-01 \\
  70 &  78 & 1.755+02 & 1.645-01 & 3.255-13 & 5.509-03 &  71 & 100 & 1.526+02 & 4.854-00 & 3.955-11 & 1.887-01 \\
  70 &  79 & 1.743+02 & 1.046-02 & 3.402-14 & 5.643-04 &  71 & 110 & 1.522+02 & 5.002-00 & 1.738-11 & 8.230-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  71 & 111 & 1.514+02 & 1.737-01 & 5.971-13 & 2.782-03 &  72 & 138 & 1.018+02 & 3.096-01 & 6.188-13 & 2.046-03 \\
  71 & 112 & 1.509+02 & 1.574-05 & 8.963-17 & 4.137-07 &  72 & 139 & 1.017+02 & 2.651-01 & 4.112-13 & 1.355-03 \\
  71 & 114 & 1.390+02 & 3.113-01 & 9.011-13 & 3.245-03 &  72 & 143 & 6.252+01 & 1.239-02 & 3.110-15 & 2.380-06 \\
  71 & 120 & 1.322+02 & 5.065+01 & 3.099-10 & 9.621-01 &  72 & 144 & 6.237+01 & 2.954-04 & 1.230-16 & 9.349-08 \\
  71 & 121 & 1.322+02 & 3.029+02 & 1.851-09 & 5.738-00 &  72 & 145 & 6.228+01 & 4.233-03 & 1.055-15 & 7.977-07 \\
  71 & 123 & 1.321+02 & 2.035+02 & 8.876-10 & 2.746-00 &  72 & 150 & 5.897+01 & 7.114-00 & 2.649-12 & 1.701-03 \\
  71 & 132 & 1.041+02 & 1.830-06 & 2.975-18 & 4.507-09 &  72 & 151 & 5.897+01 & 9.407-01 & 4.904-13 & 3.149-04 \\
  71 & 133 & 1.041+02 & 1.738-01 & 4.702-13 & 7.113-04 &  72 & 152 & 5.896+01 & 2.635-02 & 1.766-14 & 1.133-05 \\
  71 & 134 & 1.040+02 & 7.393-00 & 2.795-11 & 4.215-02 &  72 & 153 & 5.893+01 & 1.772-01 & 9.228-14 & 5.914-05 \\
  71 & 135 & 1.025+02 & 6.071-01 & 1.592-12 & 2.298-03 &  73 &  76 & 2.176+02 & 1.867-04 & 7.363-16 & 3.054-05 \\
  71 & 140 & 6.303+01 & 4.148-01 & 2.471-13 & 8.304-05 &  73 &  88 & 1.725+02 & 2.395-02 & 1.068-13 & 2.209-03 \\
  71 & 146 & 5.862+01 & 6.851-03 & 3.530-15 & 9.544-07 &  73 &  89 & 1.723+02 & 5.568-02 & 1.376-13 & 2.833-03 \\
  71 & 147 & 5.861+01 & 8.755-02 & 7.515-14 & 2.031-05 &  73 &  90 & 1.722+02 & 1.966-02 & 6.795-14 & 1.397-03 \\
  71 & 148 & 5.860+01 & 2.499-00 & 3.002-12 & 8.105-04 &  73 &  91 & 1.715+02 & 1.977-03 & 4.842-15 & 9.830-05 \\
  71 & 149 & 5.836+01 & 1.379-01 & 1.174-13 & 3.131-05 &  73 &  92 & 1.710+02 & 1.431-02 & 4.882-14 & 9.835-04 \\
  71 & 154 & 5.747+01 & 2.678-01 & 3.094-13 & 7.883-05 &  73 & 102 & 1.629+02 & 1.919-03 & 4.243-15 & 7.387-05 \\
  72 &  76 & 2.172+02 & 3.561-07 & 1.798-18 & 5.767-08 &  73 & 103 & 1.629+02 & 1.364-01 & 4.219-13 & 7.338-03 \\
  72 &  77 & 2.159+02 & 1.348-03 & 4.039-15 & 1.273-04 &  73 & 104 & 1.627+02 & 5.285-04 & 2.562-15 & 4.440-05 \\
  72 &  85 & 1.774+02 & 1.483-04 & 2.997-16 & 5.235-06 &  73 & 105 & 1.626+02 & 1.084-01 & 6.206-13 & 1.074-02 \\
  72 &  87 & 1.728+02 & 3.535-02 & 6.784-14 & 1.097-03 &  73 & 106 & 1.625+02 & 1.877-03 & 5.781-15 & 9.988-05 \\
  72 &  88 & 1.722+02 & 3.075-04 & 1.759-15 & 2.815-05 &  73 & 107 & 1.625+02 & 9.140-01 & 3.617-12 & 6.245-02 \\
  72 &  89 & 1.720+02 & 5.661-03 & 1.793-14 & 2.858-04 &  73 & 108 & 1.623+02 & 1.204-02 & 4.758-14 & 8.196-04 \\
  72 &  90 & 1.719+02 & 5.980-03 & 2.650-14 & 4.216-04 &  73 & 109 & 1.623+02 & 8.775-01 & 4.235-12 & 7.288-02 \\
  72 &  91 & 1.712+02 & 1.153-03 & 3.618-15 & 5.686-05 &  73 & 115 & 1.465+02 & 1.509+01 & 2.698-11 & 3.417-01 \\
  72 &  92 & 1.708+02 & 6.505-03 & 2.844-14 & 4.436-04 &  73 & 116 & 1.463+02 & 7.607-00 & 1.357-11 & 1.712-01 \\
  72 &  93 & 1.673+02 & 2.000-02 & 3.597-14 & 5.275-04 &  73 & 117 & 1.460+02 & 6.690+01 & 1.664-10 & 2.086-00 \\
  72 & 102 & 1.627+02 & 5.475-02 & 1.552-13 & 2.092-03 &  73 & 124 & 1.394+02 & 7.741-04 & 1.754-15 & 1.913-05 \\
  72 & 103 & 1.626+02 & 4.175-03 & 1.655-14 & 2.229-04 &  73 & 125 & 1.394+02 & 4.576+02 & 1.333-09 & 1.452+01 \\
  72 & 104 & 1.624+02 & 1.759-01 & 1.093-12 & 1.467-02 &  73 & 126 & 1.393+02 & 1.892+01 & 5.507-11 & 5.996-01 \\
  72 & 106 & 1.623+02 & 3.339-01 & 1.318-12 & 1.764-02 &  73 & 127 & 1.393+02 & 5.488+03 & 1.951-08 & 2.122+02 \\
  72 & 107 & 1.622+02 & 3.093-04 & 1.569-15 & 2.098-05 &  73 & 130 & 1.263+02 & 2.880-02 & 3.827-14 & 3.104-04 \\
  72 & 108 & 1.621+02 & 1.424-01 & 7.211-13 & 9.618-03 &  73 & 136 & 1.020+02 & 1.363-01 & 1.181-13 & 5.044-04 \\
  72 & 109 & 1.621+02 & 2.591-01 & 1.603-12 & 2.136-02 &  73 & 137 & 1.020+02 & 1.524-02 & 1.847-14 & 7.882-05 \\
  72 & 115 & 1.463+02 & 7.041-00 & 1.614-11 & 1.584-01 &  73 & 138 & 1.019+02 & 1.812-00 & 2.822-12 & 1.203-02 \\
  72 & 116 & 1.461+02 & 6.223-01 & 1.423-12 & 1.391-02 &  73 & 139 & 1.018+02 & 1.342-01 & 1.621-13 & 6.887-04 \\
  72 & 117 & 1.458+02 & 5.206-02 & 1.660-13 & 1.613-03 &  73 & 144 & 6.241+01 & 2.644-02 & 8.576-15 & 8.392-06 \\
  72 & 118 & 1.442+02 & 3.059-00 & 4.086-12 & 3.835-02 &  73 & 150 & 5.900+01 & 3.442-00 & 9.979-13 & 8.252-04 \\
  72 & 124 & 1.392+02 & 1.675+02 & 4.869-10 & 4.115-00 &  73 & 151 & 5.900+01 & 1.173+01 & 4.761-12 & 3.936-03 \\
  72 & 125 & 1.392+02 & 3.999+01 & 1.494-10 & 1.262-00 &  73 & 152 & 5.899+01 & 2.676-00 & 1.396-12 & 1.154-03 \\
  72 & 126 & 1.391+02 & 1.051+03 & 3.922-09 & 3.309+01 &  73 & 153 & 5.896+01 & 1.978+01 & 8.018-12 & 6.617-03 \\
  72 & 127 & 1.391+02 & 6.961+02 & 3.173-09 & 2.675+01 &  74 &  76 & 2.181+02 & 6.303-03 & 3.210-14 & 1.042-03 \\
  72 & 129 & 1.274+02 & 1.595-02 & 1.663-14 & 1.076-04 &  74 &  77 & 2.168+02 & 1.026-02 & 3.098-14 & 9.887-04 \\
  72 & 130 & 1.262+02 & 3.729-04 & 6.355-16 & 3.995-06 &  74 &  85 & 1.779+02 & 3.391-06 & 6.899-18 & 1.217-07 \\
  72 & 131 & 1.254+02 & 7.926-03 & 8.005-15 & 4.939-05 &  74 &  87 & 1.734+02 & 4.218-02 & 8.148-14 & 1.330-03 \\
  72 & 136 & 1.019+02 & 3.119-01 & 3.467-13 & 1.149-03 &  74 &  88 & 1.728+02 & 1.221-03 & 7.028-15 & 1.136-04 \\
  72 & 137 & 1.019+02 & 1.452-01 & 2.259-13 & 7.478-04 &  74 &  89 & 1.726+02 & 7.229-02 & 2.305-13 & 3.709-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  74 &  90 & 1.725+02 & 2.266-02 & 1.011-13 & 1.624-03 &  75 & 103 & 1.631+02 & 1.279-01 & 7.146-13 & 6.942-03 \\
  74 &  91 & 1.718+02 & 3.014-03 & 9.523-15 & 1.511-04 &  75 & 106 & 1.628+02 & 1.689-03 & 9.393-15 & 9.065-05 \\
  74 &  92 & 1.713+02 & 7.912-02 & 3.482-13 & 5.484-03 &  75 & 107 & 1.628+02 & 8.700-03 & 6.219-14 & 5.998-04 \\
  74 &  93 & 1.678+02 & 6.274-01 & 1.136-12 & 1.681-02 &  75 & 108 & 1.626+02 & 2.393-01 & 1.708-12 & 1.643-02 \\
  74 & 102 & 1.632+02 & 5.551-03 & 1.583-14 & 2.154-04 &  75 & 115 & 1.468+02 & 2.014-00 & 6.502-12 & 4.597-02 \\
  74 & 103 & 1.631+02 & 1.000-00 & 3.990-12 & 5.424-02 &  75 & 116 & 1.466+02 & 2.338-03 & 7.530-15 & 5.303-05 \\
  74 & 104 & 1.629+02 & 1.402-03 & 8.765-15 & 1.187-04 &  75 & 117 & 1.463+02 & 3.083-02 & 1.385-13 & 9.691-04 \\
  74 & 106 & 1.628+02 & 1.158-02 & 4.598-14 & 6.209-04 &  75 & 118 & 1.446+02 & 6.967-00 & 1.310-11 & 8.860-02 \\
  74 & 107 & 1.627+02 & 6.213-01 & 3.171-12 & 4.280-02 &  75 & 124 & 1.396+02 & 1.004+03 & 4.107-09 & 2.500+01 \\
  74 & 108 & 1.626+02 & 4.925-02 & 2.510-13 & 3.379-03 &  75 & 125 & 1.396+02 & 4.615+02 & 2.426-09 & 1.476+01 \\
  74 & 109 & 1.626+02 & 3.578-01 & 2.227-12 & 2.996-02 &  75 & 126 & 1.395+02 & 1.930+02 & 1.014-09 & 6.163-00 \\
  74 & 115 & 1.467+02 & 2.484-00 & 5.726-12 & 5.665-02 &  75 & 128 & 1.279+02 & 1.748-02 & 8.573-15 & 4.011-05 \\
  74 & 116 & 1.466+02 & 6.899+01 & 1.587-10 & 1.564-00 &  75 & 129 & 1.277+02 & 7.312-02 & 1.072-13 & 4.993-04 \\
  74 & 117 & 1.462+02 & 8.040-00 & 2.578-11 & 2.525-01 &  75 & 130 & 1.265+02 & 1.345-02 & 3.224-14 & 1.459-04 \\
  74 & 118 & 1.446+02 & 1.375+01 & 1.846-11 & 1.747-01 &  75 & 131 & 1.257+02 & 1.182-03 & 1.679-15 & 7.457-06 \\
  74 & 124 & 1.396+02 & 1.519-00 & 4.437-12 & 3.779-02 &  75 & 136 & 1.021+02 & 6.378-02 & 9.968-14 & 2.373-04 \\
  74 & 125 & 1.396+02 & 5.132+03 & 1.927-08 & 1.640+02 &  75 & 137 & 1.021+02 & 1.050+01 & 2.297-11 & 5.464-02 \\
  74 & 126 & 1.395+02 & 1.284+02 & 4.817-10 & 4.096-00 &  75 & 138 & 1.020+02 & 7.284-00 & 2.046-11 & 4.861-02 \\
  74 & 127 & 1.395+02 & 1.862+02 & 8.535-10 & 7.252-00 &  75 & 139 & 1.019+02 & 3.565-00 & 7.772-12 & 1.840-02 \\
  74 & 129 & 1.277+02 & 9.719-02 & 1.018-13 & 6.633-04 &  75 & 142 & 6.262+01 & 9.724-03 & 1.143-15 & 6.279-07 \\
  74 & 130 & 1.264+02 & 6.578-01 & 1.126-12 & 7.132-03 &  75 & 143 & 6.260+01 & 1.605-01 & 5.656-14 & 3.103-05 \\
  74 & 131 & 1.257+02 & 7.471-02 & 7.581-14 & 4.711-04 &  75 & 144 & 6.245+01 & 2.279-02 & 1.333-14 & 7.259-06 \\
  74 & 136 & 1.021+02 & 2.731-02 & 3.048-14 & 1.016-04 &  75 & 145 & 6.235+01 & 1.158-02 & 4.049-15 & 2.196-06 \\
  74 & 137 & 1.021+02 & 5.250-01 & 8.199-13 & 2.730-03 &  75 & 150 & 5.904+01 & 6.594-01 & 3.446-13 & 1.586-04 \\
  74 & 138 & 1.020+02 & 8.569+01 & 1.719-10 & 5.716-01 &  75 & 151 & 5.904+01 & 1.172-00 & 8.572-13 & 3.945-04 \\
  74 & 139 & 1.019+02 & 4.253-01 & 6.621-13 & 2.194-03 &  75 & 152 & 5.903+01 & 3.049-00 & 2.867-12 & 1.319-03 \\
  74 & 143 & 6.259+01 & 4.335-01 & 1.091-13 & 8.380-05 &  75 & 153 & 5.900+01 & 2.257-01 & 1.649-13 & 7.577-05 \\
  74 & 144 & 6.244+01 & 2.385-00 & 9.958-13 & 7.593-04 &  76 &  78 & 1.988+03 & 2.467-03 & 8.772-13 & 1.542+01 \\
  74 & 145 & 6.235+01 & 4.066-01 & 1.016-13 & 7.708-05 &  76 &  79 & 1.845+03 & 1.799-05 & 9.185-15 & 1.291-01 \\
  74 & 150 & 5.903+01 & 3.069-02 & 1.145-14 & 7.378-06 &  76 &  80 & 1.758+03 & 7.042-03 & 4.569-12 & 5.553+01 \\
  74 & 151 & 5.903+01 & 6.516-01 & 3.404-13 & 2.193-04 &  76 &  81 & 1.708+03 & 1.291-02 & 3.388-12 & 3.776+01 \\
  74 & 152 & 5.903+01 & 1.920+01 & 1.289-11 & 8.302-03 &  76 &  82 & 1.643+03 & 1.672-02 & 6.770-12 & 6.718+01 \\
  74 & 153 & 5.900+01 & 2.685-00 & 1.401-12 & 9.008-04 &  76 &  83 & 1.264+03 & 8.749-02 & 4.194-12 & 1.896+01 \\
  75 &  76 & 2.181+02 & 1.019-04 & 7.270-16 & 1.687-05 &  76 &  94 & 6.647+02 & 4.985-05 & 1.981-15 & 1.301-03 \\
  75 &  77 & 2.169+02 & 3.559-03 & 1.506-14 & 3.434-04 &  76 &  95 & 6.606+02 & 8.444-05 & 5.524-15 & 3.562-03 \\
  75 &  84 & 1.784+02 & 3.654-03 & 3.485-15 & 4.424-05 &  76 &  97 & 6.593+02 & 2.304-07 & 2.702-17 & 1.732-05 \\
  75 &  85 & 1.780+02 & 5.499-04 & 1.567-15 & 1.976-05 &  76 &  98 & 6.532+02 & 2.667-04 & 2.389-14 & 1.489-02 \\
  75 &  86 & 1.740+02 & 7.093-03 & 6.437-15 & 7.582-05 &  76 &  99 & 6.503+02 & 3.493-05 & 2.215-15 & 1.363-03 \\
  75 &  87 & 1.734+02 & 1.232-02 & 3.331-14 & 3.887-04 &  76 & 100 & 6.500+02 & 1.663-05 & 1.474-15 & 9.057-04 \\
  75 &  88 & 1.729+02 & 1.858-04 & 1.498-15 & 1.730-05 &  76 & 101 & 6.485+02 & 3.348-05 & 3.800-15 & 2.318-03 \\
  75 &  89 & 1.726+02 & 3.513-03 & 1.569-14 & 1.804-04 &  76 & 110 & 6.432+02 & 1.492-03 & 5.551-14 & 3.304-02 \\
  75 &  90 & 1.725+02 & 3.879-03 & 2.423-14 & 2.782-04 &  76 & 111 & 6.288+02 & 2.320-03 & 8.251-14 & 4.588-02 \\
  75 &  91 & 1.718+02 & 8.022-03 & 3.550-14 & 4.026-04 &  76 & 112 & 6.207+02 & 3.892-06 & 2.248-16 & 1.202-04 \\
  75 &  92 & 1.714+02 & 5.898-04 & 3.635-15 & 4.091-05 &  76 & 113 & 5.845+02 & 9.275-02 & 9.501-13 & 4.244-01 \\
  75 &  93 & 1.679+02 & 1.481-01 & 3.754-13 & 3.972-03 &  76 & 114 & 4.582+02 & 1.882-02 & 3.555-13 & 7.649-02 \\
  75 & 102 & 1.632+02 & 2.249-01 & 8.980-13 & 8.732-03 &  76 & 119 & 4.255+02 & 1.336-01 & 7.254-13 & 1.250-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  76 & 120 & 3.926+02 & 4.148-06 & 1.342-16 & 1.816-05 &  78 &  89 & 1.416+03 & 5.772-03 & 2.891-12 & 1.102+01 \\
  76 & 121 & 3.919+02 & 1.999-03 & 6.446-14 & 8.680-03 &  78 &  90 & 1.410+03 & 9.684-04 & 6.738-13 & 2.536-00 \\
  76 & 122 & 3.918+02 & 5.709-05 & 2.365-15 & 3.181-04 &  78 &  91 & 1.364+03 & 5.562-03 & 2.586-12 & 8.812-00 \\
  76 & 123 & 3.913+02 & 4.882-07 & 1.121-17 & 1.501-06 &  78 &  92 & 1.337+03 & 8.095-04 & 5.063-13 & 1.625-00 \\
  76 & 132 & 2.179+02 & 1.102-02 & 4.703-14 & 1.088-03 &  78 &  93 & 1.150+03 & 1.082-01 & 2.145-11 & 4.380+01 \\
  76 & 133 & 2.176+02 & 3.822-02 & 2.713-13 & 6.254-03 &  78 & 102 & 9.621+02 & 4.647-07 & 1.075-16 & 1.285-04 \\
  76 & 134 & 2.171+02 & 7.651-02 & 7.573-13 & 1.734-02 &  78 & 103 & 9.601+02 & 1.760-07 & 5.674-17 & 6.740-05 \\
  76 & 135 & 2.107+02 & 7.640-03 & 5.084-14 & 1.063-03 &  78 & 106 & 9.480+02 & 8.817-09 & 2.772-18 & 3.169-06 \\
  76 & 140 & 9.216+01 & 5.645+02 & 4.312-10 & 7.549-01 &  78 & 115 & 5.792+02 & 1.846-04 & 1.547-14 & 4.035-03 \\
  76 & 141 & 9.141+01 & 1.230+03 & 3.081-10 & 5.263-01 &  78 & 116 & 5.763+02 & 8.389-03 & 6.963-13 & 1.789-01 \\
  76 & 146 & 8.303+01 & 1.808-01 & 1.121-13 & 1.435-04 &  78 & 117 & 5.718+02 & 1.876-03 & 2.145-13 & 5.381-02 \\
  76 & 147 & 8.301+01 & 1.936-01 & 2.000-13 & 2.558-04 &  78 & 118 & 5.470+02 & 5.163-02 & 2.316-12 & 5.088-01 \\
  76 & 148 & 8.297+01 & 3.869-03 & 5.590-15 & 7.143-06 &  78 & 124 & 4.820+02 & 2.819-07 & 2.291-17 & 3.442-06 \\
  76 & 149 & 8.250+01 & 2.120-01 & 2.164-13 & 2.718-04 &  78 & 129 & 3.644+02 & 3.728-03 & 7.422-14 & 4.821-03 \\
  76 & 154 & 8.074+01 & 3.350-07 & 4.583-19 & 5.395-10 &  78 & 130 & 3.547+02 & 1.791-02 & 5.632-13 & 3.373-02 \\
  76 & 155 & 8.074+01 & 1.524-07 & 2.682-19 & 3.157-10 &  78 & 131 & 3.486+02 & 3.722-02 & 6.781-13 & 3.855-02 \\
  76 & 157 & 8.072+01 & 9.553-08 & 1.680-19 & 1.976-10 &  78 & 136 & 2.125+02 & 2.624-04 & 2.960-15 & 3.809-05 \\
  77 &  78 & 2.099+03 & 2.529-04 & 1.671-13 & 2.074-00 &  78 & 137 & 2.124+02 & 4.226-05 & 6.666-16 & 8.568-06 \\
  77 &  79 & 1.940+03 & 5.051-06 & 4.752-15 & 4.660-02 &  78 & 139 & 2.117+02 & 2.027-04 & 3.177-15 & 4.044-05 \\
  77 &  80 & 1.844+03 & 8.253-03 & 9.819-12 & 8.265+01 &  78 & 143 & 9.185+01 & 3.743+02 & 4.734-10 & 4.922-01 \\
  77 &  81 & 1.789+03 & 1.242-03 & 5.960-13 & 4.582-00 &  78 & 144 & 9.153+01 & 7.985+01 & 1.671-10 & 1.720-01 \\
  77 &  82 & 1.718+03 & 5.535-03 & 4.082-12 & 2.779+01 &  78 & 145 & 9.132+01 & 1.125+02 & 1.407-10 & 1.438-01 \\
  77 &  94 & 6.766+02 & 2.337-05 & 1.604-15 & 6.669-04 &  78 & 150 & 8.439+01 & 7.475-03 & 1.330-14 & 1.073-05 \\
  77 &  95 & 6.724+02 & 5.316-04 & 6.006-14 & 2.450-02 &  78 & 151 & 8.438+01 & 2.878-03 & 7.169-15 & 5.780-06 \\
  77 &  98 & 6.648+02 & 1.364-03 & 2.108-13 & 8.313-02 &  78 & 153 & 8.431+01 & 1.500-06 & 3.729-18 & 2.999-09 \\
  77 &  99 & 6.618+02 & 3.868-04 & 4.232-14 & 1.646-02 &  79 &  84 & 2.084+03 & 6.535-07 & 8.511-17 & 1.724-03 \\
  77 & 100 & 6.614+02 & 4.223-04 & 6.463-14 & 2.510-02 &  79 &  85 & 2.033+03 & 1.289-05 & 4.792-15 & 9.003-02 \\
  77 & 110 & 6.544+02 & 6.136-04 & 3.939-14 & 1.481-02 &  79 &  86 & 1.610+03 & 1.067-03 & 8.292-14 & 7.736-01 \\
  77 & 111 & 6.395+02 & 3.007-03 & 1.844-13 & 6.470-02 &  79 &  87 & 1.564+03 & 1.557-03 & 3.425-13 & 2.929-00 \\
  77 & 112 & 6.311+02 & 4.720-04 & 4.697-14 & 1.584-02 &  79 &  88 & 1.518+03 & 1.127-02 & 7.008-12 & 5.482+01 \\
  77 & 114 & 4.639+02 & 3.356-03 & 1.083-13 & 1.450-02 &  79 &  89 & 1.499+03 & 3.610-03 & 1.216-12 & 9.150-00 \\
  77 & 120 & 3.967+02 & 2.551-04 & 1.404-14 & 1.176-03 &  79 &  90 & 1.492+03 & 8.683-04 & 4.058-13 & 3.017-00 \\
  77 & 121 & 3.960+02 & 2.763-03 & 1.516-13 & 1.264-02 &  79 &  91 & 1.441+03 & 1.253-05 & 3.901-15 & 2.610-02 \\
  77 & 123 & 3.954+02 & 1.115-03 & 4.356-14 & 3.613-03 &  79 &  92 & 1.411+03 & 7.536-03 & 3.148-12 & 1.977+01 \\
  77 & 132 & 2.191+02 & 1.239-02 & 8.922-14 & 1.260-03 &  79 &  93 & 1.204+03 & 1.707-04 & 2.226-14 & 8.692-02 \\
  77 & 133 & 2.189+02 & 9.079-03 & 1.087-13 & 1.529-03 &  79 & 102 & 9.996+02 & 9.132-07 & 1.368-16 & 3.056-04 \\
  77 & 134 & 2.184+02 & 8.394-03 & 1.401-13 & 1.959-03 &  79 & 103 & 9.975+02 & 6.866-06 & 1.434-15 & 3.182-03 \\
  77 & 135 & 2.119+02 & 4.374-03 & 4.906-14 & 6.262-04 &  79 & 106 & 9.844+02 & 1.600-07 & 3.253-17 & 6.940-05 \\
  77 & 140 & 9.238+01 & 6.325+02 & 8.093-10 & 8.564-01 &  79 & 107 & 9.830+02 & 2.188-06 & 5.705-16 & 1.212-03 \\
  77 & 146 & 8.321+01 & 4.658-02 & 4.835-14 & 3.738-05 &  79 & 108 & 9.782+02 & 2.439-07 & 6.298-17 & 1.319-04 \\
  77 & 147 & 8.319+01 & 2.023-01 & 3.498-13 & 2.703-04 &  79 & 115 & 5.926+02 & 4.155-06 & 2.188-16 & 1.018-04 \\
  77 & 148 & 8.316+01 & 1.661-00 & 4.019-12 & 3.101-03 &  79 & 116 & 5.896+02 & 2.470-03 & 1.287-13 & 5.900-02 \\
  77 & 149 & 8.268+01 & 5.325-01 & 9.096-13 & 6.901-04 &  79 & 117 & 5.848+02 & 9.098-04 & 6.531-14 & 2.922-02 \\
  77 & 154 & 8.091+01 & 7.962-09 & 1.823-20 & 1.296-11 &  79 & 118 & 5.589+02 & 6.887-04 & 1.935-14 & 7.560-03 \\
  78 &  85 & 1.884+03 & 2.965-04 & 1.577-13 & 1.414-00 &  79 & 124 & 4.912+02 & 1.807-05 & 9.149-16 & 2.426-04 \\
  78 &  87 & 1.474+03 & 4.779-03 & 1.557-12 & 6.688-00 &  79 & 125 & 4.908+02 & 1.968-06 & 1.279-16 & 3.383-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  79 & 126 & 4.902+02 & 1.611-06 & 1.045-16 & 2.753-05 &  80 & 139 & 2.147+02 & 6.235-03 & 4.307-14 & 1.334-03 \\
  79 & 128 & 3.714+02 & 7.181-05 & 2.970-16 & 3.402-05 &  80 & 143 & 9.240+01 & 3.697+01 & 2.028-11 & 5.011-02 \\
  79 & 129 & 3.697+02 & 2.784-04 & 3.423-15 & 3.868-04 &  80 & 144 & 9.208+01 & 3.236+02 & 2.938-10 & 7.184-01 \\
  79 & 130 & 3.597+02 & 1.576-03 & 3.057-14 & 3.182-03 &  80 & 145 & 9.188+01 & 8.430+02 & 4.572-10 & 1.110-00 \\
  79 & 131 & 3.534+02 & 4.541-04 & 5.101-15 & 5.036-04 &  80 & 150 & 8.486+01 & 9.861-03 & 7.604-15 & 1.455-05 \\
  79 & 136 & 2.142+02 & 4.570-03 & 3.144-14 & 6.915-04 &  80 & 151 & 8.485+01 & 1.473-03 & 1.589-15 & 3.041-06 \\
  79 & 137 & 2.141+02 & 1.866-02 & 1.796-13 & 3.944-03 &  80 & 152 & 8.484+01 & 3.928-01 & 5.450-13 & 1.042-03 \\
  79 & 138 & 2.139+02 & 1.653-02 & 2.041-13 & 4.470-03 &  80 & 153 & 8.478+01 & 6.337-02 & 6.828-14 & 1.303-04 \\
  79 & 139 & 2.134+02 & 2.239-04 & 2.141-15 & 4.656-05 &  81 &  85 & 2.230+03 & 3.081-05 & 2.297-14 & 3.419-01 \\
  79 & 142 & 9.223+01 & 1.241+03 & 3.165-10 & 5.553-01 &  81 &  87 & 1.678+03 & 1.465-03 & 6.183-13 & 3.920-00 \\
  79 & 143 & 9.218+01 & 5.828+02 & 4.454-10 & 7.802-01 &  81 &  89 & 1.603+03 & 2.133-04 & 1.370-13 & 7.574-01 \\
  79 & 144 & 9.186+01 & 1.774-00 & 2.244-12 & 3.891-03 &  81 &  90 & 1.596+03 & 3.178-05 & 2.832-14 & 1.545-01 \\
  79 & 145 & 9.165+01 & 3.266+01 & 2.468-11 & 4.249-02 &  81 &  91 & 1.537+03 & 4.729-04 & 2.792-13 & 1.361-00 \\
  79 & 150 & 8.467+01 & 7.385-03 & 7.937-15 & 1.077-05 &  81 &  92 & 1.503+03 & 2.535-02 & 2.004-11 & 9.130+01 \\
  79 & 151 & 8.466+01 & 9.405-03 & 1.415-14 & 1.920-05 &  81 &  93 & 1.271+03 & 2.063-02 & 4.994-12 & 1.375+01 \\
  79 & 152 & 8.464+01 & 1.218-01 & 2.354-13 & 3.193-04 &  81 & 102 & 1.045+03 & 1.132-06 & 3.088-16 & 4.730-04 \\
  79 & 153 & 8.458+01 & 1.226-02 & 1.841-14 & 2.493-05 &  81 & 103 & 1.043+03 & 3.804-06 & 1.447-15 & 2.201-03 \\
  80 &  85 & 2.150+03 & 8.613-06 & 2.559-15 & 7.967-02 &  81 & 106 & 1.028+03 & 1.292-06 & 4.782-16 & 6.981-04 \\
  80 &  87 & 1.632+03 & 1.348-04 & 2.308-14 & 3.143-01 &  81 & 115 & 6.083+02 & 1.184-04 & 1.095-14 & 3.307-03 \\
  80 &  88 & 1.582+03 & 3.243-02 & 1.565-11 & 1.943+02 &  81 & 116 & 6.051+02 & 1.269-03 & 1.161-13 & 3.453-02 \\
  80 &  89 & 1.562+03 & 5.315-03 & 1.388-12 & 1.655+01 &  81 & 117 & 6.001+02 & 4.452-06 & 5.609-16 & 1.627-04 \\
  80 &  90 & 1.555+03 & 8.532-05 & 3.092-14 & 3.638-01 &  81 & 118 & 5.729+02 & 1.216-02 & 5.984-13 & 1.510-01 \\
  80 &  91 & 1.499+03 & 2.295-03 & 5.520-13 & 5.821-00 &  81 & 124 & 5.019+02 & 8.330-06 & 7.342-16 & 1.246-04 \\
  80 &  92 & 1.466+03 & 3.099-02 & 9.989-12 & 9.862+01 &  81 & 129 & 3.757+02 & 1.395-03 & 2.953-14 & 2.102-03 \\
  80 &  93 & 1.244+03 & 1.390-03 & 1.383-13 & 8.345-01 &  81 & 130 & 3.654+02 & 1.091-03 & 3.640-14 & 2.384-03 \\
  80 & 102 & 1.027+03 & 1.820-07 & 2.057-17 & 6.980-05 &  81 & 131 & 3.589+02 & 7.526-06 & 1.453-16 & 9.019-06 \\
  80 & 103 & 1.025+03 & 2.560-08 & 4.032-18 & 1.359-05 &  81 & 136 & 2.162+02 & 2.281-03 & 2.665-14 & 3.617-04 \\
  80 & 104 & 1.017+03 & 2.194-09 & 5.347-19 & 1.762-06 &  81 & 137 & 2.161+02 & 4.698-04 & 7.678-15 & 1.041-04 \\
  80 & 106 & 1.011+03 & 2.515-06 & 3.855-16 & 1.248-03 &  81 & 139 & 2.154+02 & 1.525-05 & 2.475-16 & 3.321-06 \\
  80 & 107 & 1.010+03 & 5.622-06 & 1.105-15 & 3.560-03 &  81 & 143 & 9.255+01 & 2.043+02 & 2.623-10 & 2.790-01 \\
  80 & 108 & 1.005+03 & 3.898-07 & 7.583-17 & 2.408-04 &  81 & 144 & 9.222+01 & 2.094+02 & 4.451-10 & 4.685-01 \\
  80 & 109 & 1.003+03 & 2.247-06 & 5.323-16 & 1.681-03 &  81 & 145 & 9.202+01 & 1.866+01 & 2.369-11 & 2.477-02 \\
  80 & 115 & 6.022+02 & 3.238-04 & 1.258-14 & 8.600-03 &  81 & 150 & 8.498+01 & 5.868-03 & 1.059-14 & 8.720-06 \\
  80 & 116 & 5.991+02 & 2.283-03 & 8.775-14 & 5.909-02 &  81 & 151 & 8.497+01 & 7.726-04 & 1.951-15 & 1.607-06 \\
  80 & 117 & 5.941+02 & 3.176-04 & 1.681-14 & 1.104-02 &  81 & 153 & 8.490+01 & 1.425-01 & 3.593-13 & 2.951-04 \\
  80 & 118 & 5.675+02 & 3.036-05 & 6.281-16 & 3.594-04 &  82 &  84 & 2.421+03 & 7.303-08 & 1.283-17 & 4.070-04 \\
  80 & 124 & 4.978+02 & 8.667-06 & 3.219-16 & 1.244-04 &  82 &  85 & 2.351+03 & 2.087-05 & 1.038-14 & 3.018-01 \\
  80 & 125 & 4.974+02 & 2.481-04 & 1.183-14 & 4.559-03 &  82 &  86 & 1.803+03 & 1.168-06 & 1.139-16 & 1.493-03 \\
  80 & 126 & 4.968+02 & 4.799-06 & 2.283-16 & 8.762-05 &  82 &  87 & 1.746+03 & 1.692-03 & 4.638-13 & 5.519-00 \\
  80 & 127 & 4.963+02 & 8.372-06 & 4.858-16 & 1.859-04 &  82 &  88 & 1.689+03 & 8.737-03 & 6.725-12 & 7.245+01 \\
  80 & 129 & 3.734+02 & 1.104-02 & 9.892-14 & 1.612-02 &  82 &  89 & 1.665+03 & 1.483-02 & 6.161-12 & 6.360+01 \\
  80 & 130 & 3.632+02 & 9.901-03 & 1.399-13 & 2.098-02 &  82 &  90 & 1.657+03 & 3.072-05 & 1.771-14 & 1.803-01 \\
  80 & 131 & 3.568+02 & 8.837-07 & 7.228-18 & 1.028-06 &  82 &  91 & 1.594+03 & 5.879-03 & 2.239-12 & 2.028+01 \\
  80 & 136 & 2.155+02 & 1.881-06 & 9.354-18 & 2.930-07 &  82 &  92 & 1.557+03 & 8.899-03 & 4.529-12 & 3.825+01 \\
  80 & 137 & 2.154+02 & 6.944-03 & 4.829-14 & 1.511-03 &  82 &  93 & 1.309+03 & 3.471-02 & 5.351-12 & 2.685+01 \\
  80 & 138 & 2.152+02 & 1.379-01 & 1.231-12 & 3.839-02 &  82 & 102 & 1.071+03 & 2.110-07 & 3.629-17 & 9.970-05 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  82 & 103 & 1.068+03 & 1.828-06 & 4.380-16 & 1.195-03 &  85 &  98 & 2.012+03 & 3.272-05 & 4.634-14 & 5.068-01 \\
  82 & 106 & 1.054+03 & 1.070-06 & 2.493-16 & 6.519-04 &  85 &  99 & 1.985+03 & 6.124-05 & 6.029-14 & 6.327-01 \\
  82 & 107 & 1.052+03 & 6.637-07 & 1.982-16 & 5.160-04 &  85 & 100 & 1.982+03 & 2.191-06 & 3.010-15 & 3.144-02 \\
  82 & 108 & 1.046+03 & 1.297-08 & 3.832-18 & 9.823-06 &  85 & 110 & 1.920+03 & 1.055-04 & 5.827-14 & 5.533-01 \\
  82 & 115 & 6.170+02 & 6.059-04 & 3.458-14 & 1.816-02 &  85 & 111 & 1.797+03 & 1.472-02 & 7.129-12 & 5.552+01 \\
  82 & 116 & 6.137+02 & 3.093-03 & 1.747-13 & 9.032-02 &  85 & 112 & 1.732+03 & 1.118-02 & 8.384-12 & 5.848+01 \\
  82 & 117 & 6.085+02 & 5.982-07 & 4.649-17 & 2.343-05 &  85 & 114 & 8.707+02 & 9.929-03 & 1.128-12 & 9.997-01 \\
  82 & 118 & 5.806+02 & 3.339-02 & 1.012-12 & 4.431-01 &  85 & 120 & 6.607+02 & 2.378-06 & 3.631-16 & 1.406-04 \\
  82 & 124 & 5.078+02 & 2.687-06 & 1.454-16 & 4.260-05 &  85 & 121 & 6.589+02 & 1.139-06 & 1.730-16 & 6.642-05 \\
  82 & 125 & 5.074+02 & 1.465-06 & 1.018-16 & 2.975-05 &  85 & 123 & 6.571+02 & 2.045-07 & 2.206-17 & 8.399-06 \\
  82 & 126 & 5.068+02 & 4.978-08 & 3.450-18 & 1.004-06 &  85 & 132 & 2.812+02 & 1.503-02 & 1.781-13 & 5.315-03 \\
  82 & 128 & 3.808+02 & 8.452-04 & 3.675-15 & 4.539-04 &  85 & 133 & 2.808+02 & 9.012-03 & 1.775-13 & 5.274-03 \\
  82 & 129 & 3.790+02 & 8.863-03 & 1.145-13 & 1.395-02 &  85 & 134 & 2.800+02 & 2.271-03 & 6.228-14 & 1.835-03 \\
  82 & 130 & 3.685+02 & 2.134-03 & 4.344-14 & 4.862-03 &  85 & 135 & 2.694+02 & 2.685-02 & 4.866-13 & 1.276-02 \\
  82 & 131 & 3.619+02 & 2.482-03 & 2.924-14 & 3.101-03 &  85 & 140 & 1.019+02 & 2.800-00 & 4.355-12 & 6.177-03 \\
  82 & 136 & 2.173+02 & 3.379-04 & 2.393-15 & 5.495-05 &  85 & 146 & 9.082+01 & 3.995-02 & 4.940-14 & 4.967-05 \\
  82 & 137 & 2.172+02 & 1.622-03 & 1.607-14 & 3.685-04 &  85 & 147 & 9.080+01 & 1.499-01 & 3.087-13 & 3.102-04 \\
  82 & 138 & 2.170+02 & 6.167-03 & 7.839-14 & 1.792-03 &  85 & 148 & 9.076+01 & 2.566-00 & 7.395-12 & 7.419-03 \\
  82 & 139 & 2.165+02 & 1.097-02 & 1.079-13 & 2.450-03 &  85 & 149 & 9.019+01 & 1.582-00 & 3.216-12 & 3.167-03 \\
  82 & 142 & 9.280+01 & 3.598-00 & 9.291-13 & 1.661-03 &  85 & 154 & 8.809+01 & 6.214-07 & 1.687-18 & 1.547-09 \\
  82 & 143 & 9.275+01 & 1.871+01 & 1.448-11 & 2.583-02 &  86 &  95 & 2.852+03 & 1.669-05 & 1.017-13 & 1.055-00 \\
  82 & 144 & 9.242+01 & 4.294+02 & 5.499-10 & 9.710-01 &  86 &  99 & 2.670+03 & 3.843-04 & 2.053-12 & 1.748+01 \\
  82 & 145 & 9.221+01 & 3.088+02 & 2.362-10 & 4.143-01 &  86 & 112 & 2.232+03 & 1.298-05 & 4.846-14 & 2.411-01 \\
  82 & 150 & 8.514+01 & 8.659-03 & 9.411-15 & 1.299-05 &  86 & 123 & 7.181+02 & 1.186-05 & 4.585-15 & 7.594-04 \\
  82 & 151 & 8.514+01 & 2.351-04 & 3.577-16 & 4.938-07 &  86 & 133 & 2.914+02 & 2.602-03 & 1.656-13 & 1.832-03 \\
  82 & 152 & 8.513+01 & 1.079-01 & 2.110-13 & 2.911-04 &  86 & 135 & 2.791+02 & 2.108-02 & 1.231-12 & 1.197-02 \\
  82 & 153 & 8.506+01 & 2.578-02 & 3.915-14 & 5.391-05 &  86 & 147 & 9.188+01 & 8.726+01 & 5.522-10 & 1.916-01 \\
  83 &  89 & 2.391+03 & 1.203-03 & 5.153-12 & 3.150+01 &  86 & 149 & 9.126+01 & 4.410+01 & 2.753-10 & 9.361-02 \\
  83 &  91 & 2.247+03 & 5.630-04 & 2.130-12 & 1.081+01 &  87 &  94 & 3.096+03 & 1.202-04 & 1.727-13 & 6.875-00 \\
  83 & 102 & 1.331+03 & 2.871-08 & 3.812-17 & 4.019-05 &  87 &  95 & 3.009+03 & 4.464-04 & 1.009-12 & 3.690+01 \\
  83 & 115 & 6.952+02 & 1.615-04 & 5.851-14 & 8.794-03 &  87 &  98 & 2.862+03 & 1.715-06 & 4.915-15 & 1.547-01 \\
  83 & 116 & 6.910+02 & 1.632-02 & 5.842-12 & 8.625-01 &  87 &  99 & 2.807+03 & 3.230-04 & 6.361-13 & 1.888+01 \\
  83 & 130 & 3.951+02 & 4.428-02 & 5.180-12 & 1.429-01 &  87 & 100 & 2.801+03 & 1.279-04 & 3.508-13 & 1.034+01 \\
  83 & 136 & 2.263+02 & 1.099-05 & 4.219-16 & 2.187-06 &  87 & 110 & 2.679+03 & 4.456-06 & 4.793-15 & 1.236-01 \\
  83 & 144 & 9.401+01 & 1.252+02 & 8.293-10 & 3.082-01 &  87 & 111 & 2.446+03 & 4.124-05 & 3.698-14 & 7.261-01 \\
  83 & 150 & 8.649+01 & 8.983-03 & 5.037-14 & 1.458-05 &  87 & 112 & 2.327+03 & 2.696-06 & 3.649-15 & 6.171-02 \\
  84 &  95 & 2.032+03 & 8.664-06 & 2.682-14 & 1.007-01 &  87 & 114 & 9.991+02 & 3.963-05 & 5.930-15 & 7.936-03 \\
  84 &  99 & 1.938+03 & 1.793-05 & 5.050-14 & 1.645-01 &  87 & 120 & 7.321+02 & 1.945-04 & 3.647-14 & 1.921-02 \\
  84 & 112 & 1.696+03 & 8.215-03 & 1.772-11 & 3.872+01 &  87 & 121 & 7.299+02 & 5.821-04 & 1.085-13 & 5.660-02 \\
  84 & 123 & 6.519+02 & 1.354-05 & 4.312-15 & 5.343-04 &  87 & 123 & 7.276+02 & 2.500-04 & 3.308-14 & 1.710-02 \\
  84 & 133 & 2.798+02 & 4.703-03 & 2.761-13 & 2.706-03 &  87 & 132 & 2.934+02 & 1.629-02 & 2.102-13 & 7.121-03 \\
  84 & 135 & 2.685+02 & 4.098-03 & 2.214-13 & 1.917-03 &  87 & 133 & 2.929+02 & 5.493-02 & 1.178-12 & 3.972-02 \\
  84 & 147 & 9.070+01 & 3.098-02 & 1.910-13 & 6.377-05 &  87 & 134 & 2.921+02 & 1.590-03 & 4.747-14 & 1.587-03 \\
  84 & 149 & 9.010+01 & 1.177-00 & 7.164-12 & 2.344-03 &  87 & 135 & 2.805+02 & 4.923-02 & 9.678-13 & 2.866-02 \\
  85 &  94 & 2.125+03 & 1.161-05 & 7.861-15 & 1.012-01 &  87 & 140 & 1.034+02 & 8.786-02 & 1.409-13 & 2.091-04 \\
  85 &  95 & 2.084+03 & 1.505-05 & 1.633-14 & 1.982-01 &  87 & 146 & 9.206+01 & 5.388+01 & 6.845-11 & 7.166-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  87 & 147 & 9.203+01 & 1.576+02 & 3.335-10 & 3.489-01 &  89 & 135 & 2.827+02 & 6.762-02 & 8.101-13 & 4.094-02 \\
  87 & 148 & 9.199+01 & 4.380+01 & 1.296-10 & 1.355-01 &  89 & 140 & 1.037+02 & 1.635-01 & 1.582-13 & 3.947-04 \\
  87 & 149 & 9.141+01 & 1.349+02 & 2.817-10 & 2.888-01 &  89 & 141 & 1.028+02 & 3.246-01 & 1.028-13 & 2.496-04 \\
  87 & 154 & 8.925+01 & 3.346-04 & 9.325-16 & 8.897-07 &  89 & 146 & 9.229+01 & 8.050+01 & 6.168-11 & 1.085-01 \\
  88 &  95 & 3.194+03 & 1.707-06 & 1.451-15 & 1.902-01 &  89 & 147 & 9.227+01 & 9.725-00 & 1.241-11 & 2.181-02 \\
  88 &  96 & 3.165+03 & 1.580-03 & 2.900-12 & 3.702+02 &  89 & 148 & 9.223+01 & 2.646+02 & 4.723-10 & 8.288-01 \\
  88 &  97 & 3.164+03 & 8.622-06 & 1.294-14 & 1.649-00 &  89 & 149 & 9.164+01 & 1.965+02 & 2.474-10 & 4.259-01 \\
  88 &  98 & 3.029+03 & 8.770-05 & 9.385-14 & 1.051+01 &  89 & 154 & 8.947+01 & 2.877-04 & 4.834-16 & 7.744-07 \\
  88 &  99 & 2.968+03 & 1.911-06 & 1.401-15 & 1.475-01 &  89 & 155 & 8.947+01 & 8.726-06 & 1.885-17 & 3.020-08 \\
  88 & 100 & 2.960+03 & 1.754-05 & 1.793-14 & 1.873-00 &  89 & 157 & 8.946+01 & 9.459-04 & 2.043-15 & 3.271-06 \\
  88 & 101 & 2.930+03 & 7.732-04 & 9.952-13 & 1.008+02 &  90 &  94 & 3.419+03 & 2.734-06 & 2.054-15 & 2.571-01 \\
  88 & 112 & 2.436+03 & 4.053-07 & 2.004-16 & 1.167-02 &  90 &  95 & 3.313+03 & 2.172-05 & 2.554-14 & 2.909-00 \\
  88 & 120 & 7.426+02 & 2.642-06 & 1.699-16 & 2.800-04 &  90 &  96 & 3.282+03 & 1.998-04 & 5.071-13 & 5.617+01 \\
  88 & 121 & 7.403+02 & 8.748-06 & 5.590-16 & 9.131-04 &  90 &  97 & 3.281+03 & 9.897-05 & 2.054-13 & 2.271+01 \\
  88 & 122 & 7.398+02 & 1.106-04 & 9.075-15 & 1.479-02 &  90 &  98 & 3.137+03 & 8.370-05 & 1.235-13 & 1.194+01 \\
  88 & 123 & 7.380+02 & 4.754-07 & 2.156-17 & 3.490-05 &  90 &  99 & 3.071+03 & 1.111-05 & 1.122-14 & 1.017-00 \\
  88 & 133 & 2.946+02 & 1.373-02 & 9.922-14 & 1.021-02 &  90 & 100 & 3.063+03 & 5.802-05 & 8.160-14 & 7.344-00 \\
  88 & 134 & 2.937+02 & 2.433-02 & 2.448-13 & 2.498-02 &  90 & 101 & 3.030+03 & 1.828-04 & 3.236-13 & 2.820+01 \\
  88 & 135 & 2.820+02 & 1.708-02 & 1.132-13 & 1.022-02 &  90 & 110 & 2.918+03 & 1.204-08 & 6.586-18 & 5.123-04 \\
  88 & 147 & 9.220+01 & 2.331+02 & 1.650-10 & 5.207-01 &  90 & 111 & 2.643+03 & 1.533-06 & 6.881-16 & 3.980-02 \\
  88 & 148 & 9.215+01 & 2.265+02 & 2.243-10 & 7.068-01 &  90 & 112 & 2.505+03 & 4.560-06 & 3.065-15 & 1.509-01 \\
  88 & 149 & 9.157+01 & 5.535+02 & 3.866-10 & 1.195-00 &  90 & 114 & 1.031+03 & 3.493-05 & 2.383-15 & 8.168-03 \\
  88 & 154 & 8.940+01 & 3.623-04 & 3.376-16 & 9.714-07 &  90 & 120 & 7.489+02 & 1.795-05 & 1.509-15 & 1.985-03 \\
  88 & 155 & 8.941+01 & 1.904-04 & 2.281-16 & 6.564-07 &  90 & 121 & 7.465+02 & 4.451-04 & 3.719-14 & 4.845-02 \\
  88 & 156 & 8.939+01 & 5.026-04 & 7.359-16 & 2.116-06 &  90 & 122 & 7.460+02 & 8.889-04 & 9.535-14 & 1.240-01 \\
  88 & 157 & 8.939+01 & 1.753-03 & 2.100-15 & 6.038-06 &  90 & 123 & 7.442+02 & 1.713-05 & 1.016-15 & 1.312-03 \\
  89 &  94 & 3.387+03 & 1.341-05 & 1.384-14 & 1.202-00 &  90 & 132 & 2.960+02 & 8.485-04 & 4.777-15 & 3.880-04 \\
  89 &  95 & 3.283+03 & 5.096-04 & 8.233-13 & 6.515+01 &  90 & 133 & 2.956+02 & 3.222-04 & 3.014-15 & 2.437-04 \\
  89 &  97 & 3.251+03 & 5.125-06 & 1.461-14 & 1.123-00 &  90 & 134 & 2.947+02 & 4.900-03 & 6.381-14 & 5.115-03 \\
  89 &  98 & 3.109+03 & 7.411-04 & 1.504-12 & 1.011+02 &  90 & 135 & 2.829+02 & 6.533-05 & 5.600-16 & 3.971-05 \\
  89 &  99 & 3.044+03 & 2.175-04 & 3.022-13 & 1.908+01 &  90 & 140 & 1.037+02 & 1.303-01 & 9.012-14 & 3.151-04 \\
  89 & 100 & 3.037+03 & 7.462-05 & 1.444-13 & 9.049-00 &  90 & 146 & 9.232+01 & 8.521+02 & 4.666-10 & 1.150-00 \\
  89 & 101 & 3.005+03 & 1.832-04 & 4.465-13 & 2.710+01 &  90 & 147 & 9.229+01 & 2.013+02 & 1.836-10 & 4.521-01 \\
  89 & 110 & 2.894+03 & 4.284-08 & 3.228-17 & 1.750-03 &  90 & 148 & 9.225+01 & 1.380-00 & 1.760-12 & 4.327-03 \\
  89 & 111 & 2.624+03 & 3.558-06 & 2.203-15 & 8.902-02 &  90 & 149 & 9.167+01 & 1.458+02 & 1.311-10 & 3.164-01 \\
  89 & 112 & 2.488+03 & 2.280-05 & 2.116-14 & 7.289-01 &  90 & 154 & 8.950+01 & 1.505-03 & 1.807-15 & 4.056-06 \\
  89 & 113 & 1.993+03 & 4.599-04 & 5.479-14 & 9.706-01 &  90 & 155 & 8.950+01 & 2.365-02 & 3.651-14 & 8.196-05 \\
  89 & 114 & 1.028+03 & 1.639-04 & 1.556-14 & 3.777-02 &  90 & 156 & 8.948+01 & 5.081-03 & 9.584-15 & 2.150-05 \\
  89 & 119 & 8.765+02 & 3.828-03 & 8.818-14 & 1.328-01 &  90 & 157 & 8.948+01 & 6.153-02 & 9.496-14 & 2.130-04 \\
  89 & 120 & 7.473+02 & 1.414-05 & 1.658-15 & 1.548-03 &  91 &  94 & 3.724+03 & 2.338-05 & 2.917-14 & 3.371-00 \\
  89 & 121 & 7.450+02 & 2.437-03 & 2.839-13 & 2.625-01 &  91 &  95 & 3.599+03 & 1.315-06 & 2.554-15 & 2.664-01 \\
  89 & 122 & 7.444+02 & 4.620-04 & 6.909-14 & 6.376-02 &  91 &  97 & 3.561+03 & 5.110-05 & 1.749-13 & 1.766+01 \\
  89 & 123 & 7.427+02 & 2.541-05 & 2.101-15 & 1.925-03 &  91 &  98 & 3.392+03 & 4.618-07 & 1.115-15 & 9.733-02 \\
  89 & 132 & 2.958+02 & 1.051-03 & 8.271-15 & 4.787-04 &  91 &  99 & 3.315+03 & 1.396-04 & 2.299-13 & 1.872+01 \\
  89 & 133 & 2.953+02 & 9.379-02 & 1.226-12 & 7.065-02 &  91 & 100 & 3.306+03 & 2.907-05 & 6.667-14 & 5.387-00 \\
  89 & 134 & 2.945+02 & 8.572-02 & 1.560-12 & 8.911-02 &  91 & 101 & 3.268+03 & 4.030-04 & 1.161-12 & 9.063+01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  91 & 110 & 3.137+03 & 1.535-06 & 1.359-15 & 9.381-02 &  92 & 148 & 9.258+01 & 3.948+02 & 5.073-10 & 1.261-00 \\
  91 & 111 & 2.822+03 & 1.514-06 & 1.085-15 & 5.452-02 &  92 & 149 & 9.200+01 & 2.139+02 & 1.938-10 & 4.725-01 \\
  91 & 112 & 2.665+03 & 6.440-09 & 6.859-18 & 2.905-04 &  92 & 154 & 8.981+01 & 2.516-04 & 3.042-16 & 6.899-07 \\
  91 & 113 & 2.106+03 & 7.517-05 & 9.994-15 & 2.087-01 &  92 & 155 & 8.981+01 & 2.432-02 & 3.781-14 & 8.576-05 \\
  91 & 114 & 1.057+03 & 1.110-04 & 1.115-14 & 2.943-02 &  92 & 156 & 8.979+01 & 1.786-03 & 3.394-15 & 7.693-06 \\
  91 & 119 & 8.975+02 & 7.503-04 & 1.812-14 & 2.931-02 &  92 & 157 & 8.979+01 & 4.279-02 & 6.650-14 & 1.507-04 \\
  91 & 120 & 7.626+02 & 7.501-05 & 9.156-15 & 9.081-03 &  93 &  94 & 7.574+03 & 2.869-07 & 2.467-15 & 1.439-00 \\
  91 & 121 & 7.601+02 & 4.102-05 & 4.974-15 & 4.887-03 &  93 &  95 & 7.073+03 & 5.070-06 & 6.337-14 & 3.009+01 \\
  91 & 122 & 7.596+02 & 3.824-05 & 5.954-15 & 5.836-03 &  93 &  98 & 6.314+03 & 1.260-05 & 1.758-13 & 5.940+01 \\
  91 & 123 & 7.577+02 & 1.164-04 & 1.002-14 & 9.749-03 &  93 &  99 & 6.052+03 & 8.041-06 & 7.359-14 & 2.189+01 \\
  91 & 132 & 2.981+02 & 9.156-03 & 7.320-14 & 4.339-03 &  93 & 100 & 6.022+03 & 6.240-06 & 7.916-14 & 2.320+01 \\
  91 & 133 & 2.977+02 & 2.627-07 & 3.489-18 & 2.059-07 &  93 & 110 & 5.485+03 & 1.014-07 & 4.574-16 & 1.013-01 \\
  91 & 134 & 2.968+02 & 3.816-05 & 7.056-16 & 4.127-05 &  93 & 111 & 4.590+03 & 2.341-06 & 7.392-15 & 9.590-01 \\
  91 & 135 & 2.849+02 & 1.185-02 & 1.442-13 & 7.455-03 &  93 & 112 & 4.189+03 & 2.590-07 & 1.135-15 & 1.120-01 \\
  91 & 140 & 1.040+02 & 3.808-01 & 3.705-13 & 9.323-04 &  93 & 114 & 1.235+03 & 2.419-04 & 5.528-14 & 1.396-01 \\
  91 & 141 & 1.031+02 & 3.009-02 & 9.581-15 & 2.345-05 &  93 & 120 & 8.511+02 & 1.818-04 & 4.606-14 & 3.812-02 \\
  91 & 146 & 9.252+01 & 2.242+02 & 1.726-10 & 3.058-01 &  93 & 121 & 8.481+02 & 3.289-03 & 8.275-13 & 6.774-01 \\
  91 & 147 & 9.250+01 & 3.120+02 & 4.003-10 & 7.085-01 &  93 & 123 & 8.451+02 & 1.271-03 & 2.268-13 & 1.837-01 \\
  91 & 148 & 9.246+01 & 8.345+01 & 1.497-10 & 2.646-01 &  93 & 132 & 3.108+02 & 5.669-03 & 8.208-14 & 3.306-03 \\
  91 & 149 & 9.187+01 & 3.770+01 & 4.770-11 & 8.274-02 &  93 & 133 & 3.103+02 & 3.079-02 & 7.406-13 & 2.969-02 \\
  91 & 154 & 8.969+01 & 1.941-03 & 3.277-15 & 5.288-06 &  93 & 134 & 3.094+02 & 2.562-02 & 8.576-13 & 3.407-02 \\
  91 & 155 & 8.969+01 & 3.768-05 & 8.180-17 & 1.320-07 &  93 & 135 & 2.964+02 & 1.900-02 & 4.170-13 & 1.457-02 \\
  91 & 157 & 8.967+01 & 1.283-03 & 2.783-15 & 4.489-06 &  93 & 140 & 1.055+02 & 7.383-01 & 1.232-12 & 1.941-03 \\
  92 &  94 & 3.942+03 & 1.223-08 & 1.221-17 & 2.342-03 &  93 & 146 & 9.370+01 & 8.869-00 & 1.167-11 & 1.289-02 \\
  92 &  95 & 3.802+03 & 3.145-05 & 4.867-14 & 8.375-00 &  93 & 147 & 9.368+01 & 6.847+01 & 1.501-10 & 1.656-01 \\
  92 &  96 & 3.761+03 & 1.466-04 & 4.887-13 & 8.141+01 &  93 & 148 & 9.364+01 & 1.848+02 & 5.667-10 & 6.244-01 \\
  92 &  97 & 3.759+03 & 8.387-06 & 2.284-14 & 3.799-00 &  93 & 149 & 9.304+01 & 1.336-01 & 2.889-13 & 3.122-04 \\
  92 &  98 & 3.571+03 & 3.357-04 & 6.417-13 & 9.151+01 &  93 & 154 & 9.080+01 & 7.701-04 & 2.221-15 & 2.231-06 \\
  92 &  99 & 3.486+03 & 3.593-05 & 4.674-14 & 6.198-00 &  94 & 102 & 2.641+04 & 3.714-09 & 6.474-16 & 1.601+01 \\
  92 & 100 & 3.476+03 & 7.963-05 & 1.442-13 & 1.896+01 &  94 & 103 & 2.500+04 & 2.159-09 & 4.722-16 & 9.905-00 \\
  92 & 101 & 3.434+03 & 5.601-04 & 1.273-12 & 1.614+02 &  94 & 106 & 1.875+04 & 1.675-08 & 2.060-15 & 1.824+01 \\
  92 & 110 & 3.290+03 & 4.353-07 & 3.027-16 & 3.375-02 &  94 & 115 & 1.380+03 & 4.894-05 & 2.327-14 & 8.200-02 \\
  92 & 111 & 2.945+03 & 1.050-06 & 5.849-16 & 4.678-02 &  94 & 116 & 1.363+03 & 3.521-05 & 1.635-14 & 5.560-02 \\
  92 & 112 & 2.775+03 & 5.268-07 & 4.344-16 & 2.906-02 &  94 & 117 & 1.338+03 & 7.046-04 & 4.412-13 & 1.418-00 \\
  92 & 114 & 1.073+03 & 2.861-04 & 2.118-14 & 8.204-02 &  94 & 118 & 1.210+03 & 1.073-04 & 2.355-14 & 5.596-02 \\
  92 & 120 & 7.713+02 & 3.918-05 & 3.494-15 & 5.019-03 &  94 & 124 & 9.318+02 & 9.244-06 & 2.808-15 & 3.048-03 \\
  92 & 121 & 7.688+02 & 6.276-04 & 5.561-14 & 7.912-02 &  94 & 129 & 5.739+02 & 4.843-04 & 2.391-14 & 6.066-03 \\
  92 & 122 & 7.682+02 & 1.757-07 & 1.999-17 & 2.838-05 &  94 & 130 & 5.501+02 & 3.661-07 & 2.768-17 & 6.186-06 \\
  92 & 123 & 7.663+02 & 2.407-07 & 1.513-17 & 2.133-05 &  94 & 131 & 5.356+02 & 4.620-05 & 1.987-15 & 4.096-04 \\
  92 & 132 & 2.995+02 & 5.766-03 & 3.322-14 & 2.793-03 &  94 & 136 & 2.699+02 & 7.752-03 & 1.411-13 & 3.722-03 \\
  92 & 133 & 2.990+02 & 2.884-04 & 2.760-15 & 2.310-04 &  94 & 137 & 2.697+02 & 1.076-03 & 2.738-14 & 7.211-04 \\
  92 & 134 & 2.981+02 & 1.120-01 & 1.493-12 & 1.239-01 &  94 & 139 & 2.686+02 & 6.411-04 & 1.618-14 & 4.209-04 \\
  92 & 135 & 2.861+02 & 3.355-03 & 2.940-14 & 2.155-03 &  94 & 143 & 1.012+02 & 7.835-02 & 1.202-13 & 1.669-04 \\
  92 & 140 & 1.042+02 & 1.007-00 & 7.017-13 & 2.483-03 &  94 & 144 & 1.008+02 & 6.102-02 & 1.548-13 & 2.126-04 \\
  92 & 146 & 9.265+01 & 4.688-00 & 2.585-12 & 6.438-03 &  94 & 145 & 1.005+02 & 9.076-03 & 1.375-14 & 1.874-05 \\
  92 & 147 & 9.262+01 & 1.441+02 & 1.324-10 & 3.295-01 &  94 & 150 & 9.218+01 & 1.593+01 & 3.381-11 & 3.554-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  94 & 151 & 9.217+01 & 1.853+02 & 5.507-10 & 5.787-01 &  96 & 152 & 9.226+01 & 1.918+02 & 2.002-10 & 7.735-01 \\
  94 & 153 & 9.208+01 & 4.484+01 & 1.330-10 & 1.393-01 &  96 & 153 & 9.218+01 & 5.350+02 & 4.338-10 & 1.672-00 \\
  95 & 102 & 3.507+04 & 3.359-10 & 6.195-17 & 5.977-00 &  97 & 102 & 3.918+04 & 2.396-12 & 3.064-19 & 7.417-02 \\
  95 & 103 & 3.263+04 & 7.947-09 & 1.776-15 & 1.380+02 &  97 & 103 & 3.615+04 & 1.355-12 & 2.065-19 & 3.928-02 \\
  95 & 106 & 2.274+04 & 1.695-10 & 1.840-17 & 4.839-01 &  97 & 104 & 2.846+04 & 4.300-09 & 6.382-16 & 5.924+01 \\
  95 & 107 & 2.202+04 & 2.431-09 & 3.181-16 & 7.598-00 &  97 & 105 & 2.705+04 & 4.627-09 & 7.334-16 & 5.846+01 \\
  95 & 108 & 1.985+04 & 1.491-09 & 1.586-16 & 2.776-00 &  97 & 106 & 2.440+04 & 5.135-10 & 3.564-17 & 2.084-00 \\
  95 & 115 & 1.398+03 & 1.980-07 & 5.797-17 & 3.539-04 &  97 & 107 & 2.357+04 & 1.802-10 & 1.501-17 & 7.912-01 \\
  95 & 116 & 1.381+03 & 3.321-04 & 9.493-14 & 5.591-01 &  97 & 108 & 2.110+04 & 6.491-09 & 4.334-16 & 1.640+01 \\
  95 & 117 & 1.355+03 & 3.600-04 & 1.387-13 & 7.715-01 &  97 & 109 & 2.034+04 & 1.135-09 & 8.608-17 & 2.918-00 \\
  95 & 118 & 1.224+03 & 8.290-04 & 1.117-13 & 4.577-01 &  97 & 115 & 1.403+03 & 6.747-06 & 1.107-15 & 1.232-02 \\
  95 & 124 & 9.400+02 & 2.322-05 & 4.305-15 & 7.997-03 &  97 & 116 & 1.387+03 & 2.012-06 & 3.221-16 & 3.457-03 \\
  95 & 125 & 9.385+02 & 2.387-05 & 5.675-15 & 1.049-02 &  97 & 117 & 1.360+03 & 9.399-08 & 2.028-17 & 2.056-04 \\
  95 & 126 & 9.363+02 & 8.408-06 & 1.989-15 & 3.652-03 &  97 & 124 & 9.426+02 & 3.063-07 & 3.174-17 & 1.070-04 \\
  95 & 128 & 5.811+02 & 4.863-04 & 4.924-15 & 2.161-03 &  97 & 125 & 9.412+02 & 1.364-06 & 1.812-16 & 6.081-04 \\
  95 & 129 & 5.770+02 & 1.968-03 & 5.893-14 & 2.532-02 &  97 & 126 & 9.390+02 & 2.568-06 & 3.394-16 & 1.131-03 \\
  95 & 130 & 5.530+02 & 1.877-03 & 8.603-14 & 3.254-02 &  97 & 127 & 9.372+02 & 7.991-06 & 1.286-15 & 4.263-03 \\
  95 & 131 & 5.383+02 & 6.696-03 & 1.745-13 & 6.087-02 &  97 & 130 & 5.539+02 & 2.186-06 & 5.586-17 & 3.822-05 \\
  95 & 136 & 2.706+02 & 8.518-03 & 9.349-14 & 4.142-03 &  97 & 136 & 2.708+02 & 1.621-04 & 9.899-16 & 7.914-05 \\
  95 & 137 & 2.704+02 & 1.103-02 & 1.694-13 & 7.491-03 &  97 & 137 & 2.706+02 & 7.718-04 & 6.591-15 & 5.260-04 \\
  95 & 138 & 2.701+02 & 5.247-03 & 1.033-13 & 4.552-03 &  97 & 138 & 2.703+02 & 1.374-04 & 1.505-15 & 1.197-04 \\
  95 & 139 & 2.693+02 & 2.957-02 & 4.500-13 & 1.966-02 &  97 & 139 & 2.695+02 & 4.053-06 & 3.433-17 & 2.705-06 \\
  95 & 142 & 1.013+02 & 5.481-01 & 1.687-13 & 3.923-04 &  97 & 144 & 1.009+02 & 2.889-03 & 2.449-15 & 1.013-05 \\
  95 & 143 & 1.012+02 & 2.944-02 & 2.714-14 & 6.301-05 &  97 & 150 & 9.228+01 & 7.367+02 & 5.225-10 & 1.653-00 \\
  95 & 144 & 1.009+02 & 1.579-02 & 2.408-14 & 5.527-05 &  97 & 151 & 9.228+01 & 2.182+02 & 2.167-10 & 6.854-01 \\
  95 & 145 & 1.006+02 & 1.863-02 & 1.696-14 & 3.864-05 &  97 & 152 & 9.226+01 & 5.874-00 & 7.495-12 & 2.370-02 \\
  95 & 150 & 9.226+01 & 4.448+01 & 5.675-11 & 9.967-02 &  97 & 153 & 9.219+01 & 3.580+01 & 3.547-11 & 1.119-01 \\
  95 & 151 & 9.225+01 & 8.700+01 & 1.554-10 & 2.729-01 &  98 & 102 & 8.677+04 & 2.468-13 & 1.990-19 & 4.071-01 \\
  95 & 152 & 9.223+01 & 1.834+02 & 4.211-10 & 7.390-01 &  98 & 103 & 7.320+04 & 6.132-11 & 4.926-17 & 6.052+01 \\
  95 & 153 & 9.216+01 & 7.140+01 & 1.273-10 & 2.229-01 &  98 & 104 & 4.732+04 & 2.612-12 & 1.378-18 & 4.570-01 \\
  96 & 103 & 3.597+04 & 4.812-12 & 5.939-19 & 1.360-01 &  98 & 106 & 3.705+04 & 4.384-12 & 9.023-19 & 1.437-01 \\
  96 & 104 & 2.835+04 & 1.049-10 & 1.264-17 & 1.417-00 &  98 & 107 & 3.518+04 & 5.252-09 & 1.253-15 & 1.708+02 \\
  96 & 105 & 2.695+04 & 3.110-08 & 4.002-15 & 3.855+02 &  98 & 108 & 2.996+04 & 2.669-10 & 4.616-17 & 3.886-00 \\
  96 & 106 & 2.431+04 & 6.696-12 & 3.776-19 & 2.671-02 &  98 & 109 & 2.844+04 & 1.791-09 & 3.414-16 & 2.460+01 \\
  96 & 107 & 2.349+04 & 1.048-09 & 7.096-17 & 4.527-00 &  98 & 115 & 1.432+03 & 3.061-08 & 6.718-18 & 6.171-05 \\
  96 & 108 & 2.104+04 & 1.822-10 & 9.896-18 & 4.537-01 &  98 & 116 & 1.414+03 & 3.395-06 & 7.270-16 & 6.437-03 \\
  96 & 109 & 2.028+04 & 2.600-08 & 1.604-15 & 6.588+01 &  98 & 117 & 1.387+03 & 3.464-05 & 9.987-15 & 8.341-02 \\
  96 & 117 & 1.360+03 & 3.321-06 & 5.861-16 & 7.256-03 &  98 & 118 & 1.250+03 & 1.183-03 & 1.187-13 & 7.252-01 \\
  96 & 124 & 9.425+02 & 1.021-06 & 8.653-17 & 3.565-04 &  98 & 124 & 9.552+02 & 4.796-08 & 6.560-18 & 1.790-05 \\
  96 & 125 & 9.410+02 & 6.837-07 & 7.427-17 & 3.045-04 &  98 & 125 & 9.537+02 & 8.048-05 & 1.411-14 & 3.833-02 \\
  96 & 126 & 9.388+02 & 7.410-09 & 8.011-19 & 3.262-06 &  98 & 126 & 9.515+02 & 6.196-06 & 1.081-15 & 2.916-03 \\
  96 & 127 & 9.371+02 & 5.976-06 & 7.867-16 & 3.185-03 &  98 & 127 & 9.497+02 & 2.379-05 & 5.055-15 & 1.356-02 \\
  96 & 137 & 2.706+02 & 6.513-04 & 4.550-15 & 4.438-04 &  98 & 129 & 5.827+02 & 5.492-04 & 1.198-14 & 7.422-03 \\
  96 & 138 & 2.703+02 & 8.487-04 & 7.606-15 & 7.391-04 &  98 & 130 & 5.582+02 & 5.123-03 & 1.710-13 & 9.313-02 \\
  96 & 139 & 2.695+02 & 1.167-03 & 8.086-15 & 7.789-04 &  98 & 131 & 5.432+02 & 5.216-03 & 9.889-14 & 4.965-02 \\
  96 & 151 & 9.227+01 & 1.675+02 & 1.361-10 & 5.260-01 &  98 & 136 & 2.718+02 & 1.174-03 & 9.285-15 & 5.840-04 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
  98 & 137 & 2.717+02 & 3.077-02 & 3.404-13 & 2.137-02 & 100 & 116 & 1.430+03 & 6.286-06 & 1.376-15 & 1.259-02 \\
  98 & 138 & 2.713+02 & 5.837-03 & 8.283-14 & 5.181-03 & 100 & 117 & 1.402+03 & 3.541-08 & 1.043-17 & 8.995-05 \\
  98 & 139 & 2.705+02 & 4.279-02 & 4.695-13 & 2.911-02 & 100 & 118 & 1.262+03 & 1.570-04 & 1.606-14 & 1.010-01 \\
  98 & 143 & 1.014+02 & 1.424-01 & 9.408-14 & 3.073-04 & 100 & 124 & 9.623+02 & 3.075-05 & 4.269-15 & 1.191-02 \\
  98 & 144 & 1.010+02 & 4.153-03 & 4.540-15 & 1.466-05 & 100 & 125 & 9.608+02 & 2.293-06 & 4.080-16 & 1.133-03 \\
  98 & 145 & 1.008+02 & 4.530-01 & 2.957-13 & 9.478-04 & 100 & 126 & 9.585+02 & 1.159-05 & 2.052-15 & 5.659-03 \\
  98 & 150 & 9.240+01 & 5.336+01 & 4.879-11 & 1.205-01 & 100 & 127 & 9.567+02 & 3.550-06 & 7.655-16 & 2.099-03 \\
  98 & 151 & 9.239+01 & 1.585-00 & 2.029-12 & 5.011-03 & 100 & 129 & 5.853+02 & 3.651-04 & 8.037-15 & 5.047-03 \\
  98 & 152 & 9.238+01 & 3.789+02 & 6.233-10 & 1.539-00 & 100 & 130 & 5.606+02 & 1.908-04 & 6.422-15 & 3.544-03 \\
  98 & 153 & 9.231+01 & 1.590+02 & 2.031-10 & 5.003-01 & 100 & 131 & 5.455+02 & 4.501-04 & 8.606-15 & 4.375-03 \\
  99 & 102 & 2.146+05 & 5.879-14 & 4.057-19 & 8.964-00 & 100 & 136 & 2.724+02 & 6.143-03 & 4.881-14 & 3.089-03 \\
  99 & 103 & 1.471+05 & 7.908-13 & 3.593-18 & 2.560+01 & 100 & 137 & 2.722+02 & 6.206-03 & 6.895-14 & 4.356-03 \\
  99 & 106 & 4.969+04 & 1.491-10 & 7.727-17 & 2.120+01 & 100 & 138 & 2.719+02 & 4.746-06 & 6.763-17 & 4.257-06 \\
  99 & 107 & 4.638+04 & 3.416-10 & 1.983-16 & 4.424+01 & 100 & 139 & 2.711+02 & 2.008-02 & 2.212-13 & 1.380-02 \\
  99 & 108 & 3.771+04 & 6.056-10 & 2.324-16 & 2.787+01 & 100 & 143 & 1.015+02 & 2.210-01 & 1.463-13 & 4.789-04 \\
  99 & 115 & 1.446+03 & 9.979-06 & 3.127-15 & 2.114-02 & 100 & 144 & 1.011+02 & 3.528-02 & 3.863-14 & 1.250-04 \\
  99 & 116 & 1.428+03 & 7.768-06 & 2.375-15 & 1.546-02 & 100 & 145 & 1.009+02 & 1.622-01 & 1.060-13 & 3.406-04 \\
  99 & 117 & 1.400+03 & 5.497-06 & 2.262-15 & 1.388-02 & 100 & 150 & 9.247+01 & 2.919+02 & 2.673-10 & 6.617-01 \\
  99 & 118 & 1.260+03 & 6.150-04 & 8.789-14 & 3.937-01 & 100 & 151 & 9.246+01 & 3.133+02 & 4.015-10 & 9.938-01 \\
  99 & 124 & 9.615+02 & 9.475-07 & 1.838-16 & 3.655-04 & 100 & 152 & 9.244+01 & 5.758+01 & 9.484-11 & 2.346-01 \\
  99 & 125 & 9.600+02 & 3.787-06 & 9.419-16 & 1.864-03 & 100 & 153 & 9.237+01 & 2.811+01 & 3.596-11 & 8.874-02 \\
  99 & 126 & 9.577+02 & 7.146-06 & 1.769-15 & 3.475-03 & 101 & 102 & 2.966+06 & 1.830-24 & 1.341-27 & 1.410-04 \\
  99 & 128 & 5.893+02 & 2.554-03 & 2.659-14 & 1.217-02 & 101 & 103 & 4.044+05 & 1.171-15 & 2.233-20 & 5.945-00 \\
  99 & 129 & 5.850+02 & 3.246-04 & 9.995-15 & 4.477-03 & 101 & 104 & 1.005+05 & 2.139-13 & 3.961-19 & 1.620-00 \\
  99 & 130 & 5.604+02 & 4.242-04 & 1.997-14 & 7.860-03 & 101 & 105 & 8.491+04 & 9.126-12 & 1.425-17 & 3.512+01 \\
  99 & 131 & 5.453+02 & 2.300-03 & 6.151-14 & 2.231-02 & 101 & 106 & 6.329+04 & 5.311-13 & 2.481-19 & 2.532-01 \\
  99 & 136 & 2.723+02 & 2.028-02 & 2.255-13 & 1.018-02 & 101 & 107 & 5.801+04 & 1.922-10 & 9.695-17 & 7.620+01 \\
  99 & 137 & 2.722+02 & 2.702-03 & 4.200-14 & 1.894-03 & 101 & 108 & 4.505+04 & 4.574-11 & 1.392-17 & 5.125-00 \\
  99 & 138 & 2.718+02 & 1.145-02 & 2.284-13 & 1.026-02 & 101 & 109 & 4.172+04 & 2.613-09 & 8.335-16 & 2.437+02 \\
  99 & 139 & 2.710+02 & 3.126-02 & 4.820-13 & 2.147-02 & 101 & 115 & 1.455+03 & 8.592-06 & 1.515-15 & 1.878-02 \\
  99 & 142 & 1.016+02 & 3.549-01 & 1.097-13 & 2.571-04 & 101 & 116 & 1.437+03 & 3.463-05 & 5.955-15 & 7.111-02 \\
  99 & 143 & 1.015+02 & 5.516-02 & 5.111-14 & 1.195-04 & 101 & 117 & 1.409+03 & 7.588-07 & 1.756-16 & 1.976-03 \\
  99 & 144 & 1.011+02 & 4.307-03 & 6.601-15 & 1.526-05 & 101 & 124 & 9.655+02 & 6.636-09 & 7.214-19 & 2.614-06 \\
  99 & 145 & 1.009+02 & 5.667-02 & 5.185-14 & 1.190-04 & 101 & 125 & 9.640+02 & 7.800-05 & 1.087-14 & 3.920-02 \\
  99 & 150 & 9.246+01 & 6.627+01 & 8.493-11 & 1.502-01 & 101 & 126 & 9.617+02 & 4.423-07 & 6.132-17 & 2.196-04 \\
  99 & 151 & 9.245+01 & 2.076+02 & 3.725-10 & 6.585-01 & 101 & 127 & 9.599+02 & 3.927-05 & 6.629-15 & 2.360-02 \\
  99 & 152 & 9.244+01 & 1.028+02 & 2.370-10 & 4.187-01 & 101 & 130 & 5.617+02 & 2.859-04 & 7.515-15 & 5.363-03 \\
  99 & 153 & 9.236+01 & 2.276+01 & 4.075-11 & 7.183-02 & 101 & 136 & 2.726+02 & 9.404-05 & 5.822-16 & 4.751-05 \\
 100 & 102 & 2.602+05 & 5.588-15 & 4.052-20 & 2.235-00 & 101 & 137 & 2.725+02 & 3.114-03 & 2.696-14 & 2.196-03 \\
 100 & 103 & 1.672+05 & 2.049-14 & 8.591-20 & 1.259-00 & 101 & 138 & 2.722+02 & 6.347-02 & 7.048-13 & 5.721-02 \\
 100 & 104 & 7.433+04 & 1.165-11 & 1.517-17 & 1.951+01 & 101 & 139 & 2.714+02 & 4.711-03 & 4.044-14 & 3.253-03 \\
 100 & 106 & 5.180+04 & 1.143-10 & 4.596-17 & 2.000+01 & 101 & 144 & 1.012+02 & 3.387-01 & 2.886-13 & 1.203-03 \\
 100 & 107 & 4.821+04 & 4.201-12 & 1.882-18 & 6.601-01 & 101 & 150 & 9.250+01 & 9.528-00 & 6.790-12 & 2.163-02 \\
 100 & 108 & 3.891+04 & 5.604-10 & 1.635-16 & 3.016+01 & 101 & 151 & 9.249+01 & 6.620+01 & 6.603-11 & 2.104-01 \\
 100 & 109 & 3.640+04 & 1.262-09 & 3.937-16 & 5.945+01 & 101 & 152 & 9.247+01 & 3.530+02 & 4.526-10 & 1.441-00 \\
 100 & 115 & 1.447+03 & 5.669-08 & 1.272-17 & 1.208-04 & 101 & 153 & 9.240+01 & 3.050+02 & 3.037-10 & 9.646-01 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 102 & 110 & 8.056+04 & 6.669-13 & 3.894-19 & 4.554-01 & 104 & 122 & 9.994+02 & 5.395-08 & 6.610-18 & 3.247-05 \\
 102 & 111 & 2.084+04 & 4.015-11 & 1.568-18 & 3.172-02 & 104 & 134 & 3.275+02 & 7.183-06 & 7.352-17 & 1.271-05 \\
 102 & 112 & 1.453+04 & 1.482-10 & 4.690-18 & 3.219-02 & 104 & 148 & 9.524+01 & 1.628-05 & 1.408-17 & 5.987-08 \\
 102 & 113 & 5.933+03 & 5.633-11 & 5.946-20 & 2.778-05 & 104 & 154 & 9.230+01 & 6.750+02 & 5.487-10 & 2.123-00 \\
 102 & 114 & 1.562+03 & 8.639-11 & 1.897-20 & 1.618-07 & 104 & 155 & 9.230+01 & 2.050+02 & 2.143-10 & 8.292-01 \\
 102 & 119 & 1.238+03 & 2.661-09 & 1.223-19 & 5.187-07 & 104 & 156 & 9.229+01 & 7.256-00 & 9.265-12 & 3.584-02 \\
 102 & 120 & 9.950+02 & 2.040-06 & 4.238-16 & 9.338-04 & 104 & 157 & 9.229+01 & 4.321-00 & 4.514-12 & 1.746-02 \\
 102 & 121 & 9.909+02 & 3.144-07 & 6.478-17 & 1.410-04 & 105 & 122 & 1.001+03 & 2.654-06 & 2.762-16 & 1.612-03 \\
 102 & 122 & 9.899+02 & 5.998-07 & 1.586-16 & 3.442-04 & 105 & 155 & 9.232+01 & 5.090-01 & 4.502-13 & 2.060-03 \\
 102 & 123 & 9.868+02 & 1.134-05 & 1.656-15 & 3.559-03 & 105 & 156 & 9.230+01 & 1.613+02 & 1.744-10 & 7.974-01 \\
 102 & 132 & 3.281+02 & 2.809-03 & 2.720-14 & 2.149-03 & 105 & 157 & 9.230+01 & 6.567+02 & 5.807-10 & 2.656-00 \\
 102 & 133 & 3.275+02 & 9.544-04 & 1.535-14 & 1.207-03 & 110 & 106 & 3.277+05 & 2.851-16 & 1.071-20 & 5.061-01 \\
 102 & 134 & 3.265+02 & 5.364-05 & 1.200-15 & 9.345-05 & 106 & 111 & 3.074+04 & 6.139-12 & 3.727-19 & 3.391-02 \\
 102 & 135 & 3.121+02 & 1.601-04 & 2.338-15 & 1.590-04 & 106 & 112 & 1.874+04 & 1.210-13 & 4.550-21 & 9.381-05 \\
 102 & 140 & 1.074+02 & 3.626-06 & 3.764-18 & 1.044-08 & 106 & 114 & 1.601+03 & 5.792-10 & 9.540-20 & 1.226-06 \\
 102 & 141 & 1.064+02 & 5.159-07 & 1.752-19 & 4.721-10 & 106 & 120 & 1.011+03 & 1.540-05 & 2.358-15 & 7.622-03 \\
 102 & 146 & 9.522+01 & 9.950-03 & 8.115-15 & 1.567-05 & 106 & 121 & 1.006+03 & 1.106-06 & 1.679-16 & 5.358-04 \\
 102 & 147 & 9.520+01 & 4.940-06 & 6.711-18 & 1.295-08 & 106 & 122 & 1.005+03 & 2.074-06 & 4.040-16 & 1.285-03 \\
 102 & 148 & 9.515+01 & 7.895-04 & 1.500-15 & 2.891-06 & 106 & 123 & 1.002+03 & 6.638-06 & 7.137-16 & 2.249-03 \\
 102 & 149 & 9.453+01 & 1.458-05 & 1.954-17 & 3.691-08 & 106 & 132 & 3.298+02 & 1.084-02 & 7.574-14 & 8.506-03 \\
 102 & 154 & 9.222+01 & 1.015+01 & 1.811-11 & 3.177-02 & 106 & 133 & 3.292+02 & 3.783-04 & 4.390-15 & 4.905-04 \\
 102 & 155 & 9.222+01 & 2.780+02 & 6.381-10 & 1.120-00 & 106 & 134 & 3.282+02 & 9.860-07 & 1.592-17 & 1.762-06 \\
 102 & 157 & 9.220+01 & 3.030-00 & 6.950-12 & 1.219-02 & 106 & 135 & 3.136+02 & 5.987-07 & 6.305-18 & 6.089-07 \\
 103 & 110 & 9.731+04 & 1.460-13 & 8.885-20 & 2.564-01 & 106 & 140 & 1.076+02 & 1.001-05 & 7.448-18 & 2.906-08 \\
 103 & 111 & 2.181+04 & 1.433-11 & 4.379-19 & 1.422-02 & 106 & 146 & 9.536+01 & 2.939-02 & 1.717-14 & 4.663-05 \\
 103 & 112 & 1.500+04 & 1.730-09 & 4.166-17 & 4.400-01 & 106 & 147 & 9.534+01 & 3.200-02 & 3.115-14 & 8.452-05 \\
 103 & 114 & 1.568+03 & 5.263-09 & 8.309-19 & 1.002-05 & 106 & 148 & 9.529+01 & 1.821-03 & 2.479-15 & 6.716-06 \\
 103 & 120 & 9.971+02 & 4.545-07 & 6.775-17 & 2.103-04 & 106 & 149 & 9.467+01 & 1.457-04 & 1.398-16 & 3.716-07 \\
 103 & 121 & 9.930+02 & 6.211-05 & 9.181-15 & 2.815-02 & 106 & 154 & 9.235+01 & 1.164+02 & 1.489-10 & 3.672-01 \\
 103 & 122 & 9.920+02 & 1.988-05 & 3.771-15 & 1.153-02 & 106 & 155 & 9.235+01 & 4.193+02 & 6.894-10 & 1.701-00 \\
 103 & 123 & 9.889+02 & 1.945-05 & 2.037-15 & 6.168-03 & 106 & 156 & 9.234+01 & 8.966-00 & 1.801-11 & 4.440-02 \\
 103 & 132 & 3.283+02 & 1.347-04 & 9.328-16 & 1.034-04 & 106 & 157 & 9.233+01 & 8.716-02 & 1.432-13 & 3.531-04 \\
 103 & 133 & 3.278+02 & 3.038-03 & 3.496-14 & 3.855-03 & 107 & 112 & 1.926+04 & 2.046-11 & 6.322-19 & 1.819-02 \\
 103 & 134 & 3.267+02 & 7.330-04 & 1.173-14 & 1.281-03 & 107 & 120 & 1.012+03 & 2.210-09 & 2.639-19 & 1.101-06 \\
 103 & 135 & 3.123+02 & 1.054-03 & 1.101-14 & 1.050-03 & 107 & 121 & 1.008+03 & 1.197-06 & 1.417-16 & 5.838-04 \\
 103 & 140 & 1.074+02 & 5.232-05 & 3.881-17 & 1.508-07 & 107 & 122 & 1.007+03 & 4.163-05 & 6.327-15 & 2.599-02 \\
 103 & 146 & 9.524+01 & 5.263-02 & 3.068-14 & 8.298-05 & 107 & 123 & 1.004+03 & 4.884-06 & 4.096-16 & 1.667-03 \\
 103 & 147 & 9.521+01 & 1.027-01 & 9.965-14 & 2.694-04 & 107 & 133 & 3.294+02 & 5.749-03 & 5.195-14 & 7.473-03 \\
 103 & 148 & 9.517+01 & 3.912-03 & 5.311-15 & 1.434-05 & 107 & 134 & 3.283+02 & 7.180-04 & 9.025-15 & 1.286-03 \\
 103 & 149 & 9.455+01 & 3.531-03 & 3.380-15 & 8.946-06 & 107 & 135 & 3.138+02 & 2.415-05 & 1.980-16 & 2.462-05 \\
 103 & 154 & 9.224+01 & 9.573-00 & 1.221-11 & 3.001-02 & 107 & 147 & 9.535+01 & 3.927-02 & 2.974-14 & 1.038-04 \\
 103 & 155 & 9.224+01 & 3.355+01 & 5.503-11 & 1.352-01 & 107 & 148 & 9.530+01 & 1.678-01 & 1.777-13 & 6.193-04 \\
 103 & 156 & 9.222+01 & 2.784+02 & 5.579-10 & 1.370-00 & 107 & 149 & 9.468+01 & 1.087-02 & 8.119-15 & 2.774-05 \\
 103 & 157 & 9.222+01 & 6.432-02 & 1.054-13 & 2.590-04 & 107 & 154 & 9.236+01 & 3.375+01 & 3.357-11 & 1.065-01 \\
 104 & 120 & 1.005+03 & 6.558-06 & 6.315-16 & 3.151-03 & 107 & 155 & 9.237+01 & 2.592+01 & 3.315-11 & 1.052-01 \\
 104 & 121 & 1.000+03 & 2.149-07 & 2.052-17 & 1.011-04 & 107 & 156 & 9.235+01 & 5.427+02 & 8.480-10 & 2.689-00 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 107 & 157 & 9.235+01 & 1.168+02 & 1.493-10 & 4.734-01 & 111 & 124 & 1.013+03 & 7.572-07 & 2.717-16 & 3.788-04 \\
 108 & 112 & 2.130+04 & 1.359-11 & 5.132-19 & 1.995-02 & 111 & 129 & 6.036+02 & 2.345-04 & 1.281-14 & 3.781-03 \\
 108 & 120 & 1.017+03 & 4.485-07 & 5.411-17 & 2.292-04 & 111 & 130 & 5.774+02 & 4.885-03 & 4.069-13 & 1.051-01 \\
 108 & 121 & 1.013+03 & 2.168-06 & 2.593-16 & 1.084-03 & 111 & 131 & 5.614+02 & 1.854-02 & 8.760-13 & 2.080-01 \\
 108 & 122 & 1.012+03 & 2.733-07 & 4.194-17 & 1.749-04 & 111 & 136 & 2.763+02 & 9.904-04 & 1.889-14 & 5.346-04 \\
 108 & 123 & 1.008+03 & 1.836-05 & 1.555-15 & 6.424-03 & 111 & 137 & 2.761+02 & 3.536-05 & 9.432-16 & 2.665-05 \\
 108 & 133 & 3.299+02 & 3.122-03 & 2.830-14 & 4.091-03 & 111 & 139 & 2.750+02 & 1.888-04 & 4.993-15 & 1.393-04 \\
 108 & 134 & 3.289+02 & 6.290-04 & 7.932-15 & 1.136-03 & 111 & 143 & 1.020+02 & 4.595-00 & 7.171-12 & 1.022-02 \\
 108 & 135 & 3.142+02 & 2.389-03 & 1.964-14 & 2.454-03 & 111 & 144 & 1.017+02 & 9.742-00 & 2.515-11 & 3.544-02 \\
 108 & 147 & 9.539+01 & 4.602-03 & 3.488-15 & 1.219-05 & 111 & 145 & 1.014+02 & 5.186-00 & 7.992-12 & 1.118-02 \\
 108 & 148 & 9.535+01 & 6.052-05 & 6.415-17 & 2.239-07 & 111 & 150 & 9.291+01 & 1.060-01 & 2.287-13 & 2.461-04 \\
 108 & 149 & 9.473+01 & 2.796-02 & 2.090-14 & 7.152-05 & 111 & 151 & 9.290+01 & 2.113-01 & 6.380-13 & 6.866-04 \\
 108 & 154 & 9.241+01 & 3.308+02 & 3.293-10 & 1.046-00 & 111 & 153 & 9.282+01 & 3.944-01 & 1.189-12 & 1.276-03 \\
 108 & 155 & 9.241+01 & 3.246+02 & 4.155-10 & 1.320-00 & 112 & 115 & 1.618+03 & 1.181-08 & 4.634-18 & 4.387-05 \\
 108 & 156 & 9.239+01 & 3.897+01 & 6.095-11 & 1.936-01 & 112 & 116 & 1.595+03 & 1.291-02 & 4.926-12 & 4.474+01 \\
 108 & 157 & 9.239+01 & 7.625-00 & 9.757-12 & 3.098-02 & 112 & 117 & 1.561+03 & 4.147-02 & 2.120-11 & 1.803+02 \\
 109 & 120 & 1.019+03 & 5.513-06 & 5.461-16 & 2.843-03 & 112 & 118 & 1.389+03 & 3.209-06 & 5.571-16 & 3.341-03 \\
 109 & 121 & 1.015+03 & 3.128-05 & 3.073-15 & 1.579-02 & 112 & 124 & 1.035+03 & 7.919-06 & 1.779-15 & 4.407-03 \\
 109 & 122 & 1.014+03 & 3.271-06 & 4.123-16 & 2.113-03 & 112 & 125 & 1.033+03 & 1.173-07 & 3.378-17 & 8.327-05 \\
 109 & 134 & 3.290+02 & 8.467-03 & 8.746-14 & 1.533-02 & 112 & 126 & 1.030+03 & 5.890-08 & 1.687-17 & 4.126-05 \\
 109 & 148 & 9.536+01 & 1.339-02 & 1.162-14 & 4.959-05 & 112 & 128 & 6.160+02 & 8.990-03 & 1.023-13 & 5.346-02 \\
 109 & 154 & 9.242+01 & 1.158+01 & 9.440-12 & 3.667-02 & 112 & 129 & 6.113+02 & 1.374-03 & 4.618-14 & 2.360-02 \\
 109 & 155 & 9.242+01 & 1.002-00 & 1.050-12 & 4.080-03 & 112 & 130 & 5.844+02 & 1.038-03 & 5.316-14 & 2.374-02 \\
 109 & 156 & 9.241+01 & 3.351+02 & 4.291-10 & 1.666-00 & 112 & 131 & 5.680+02 & 7.012-04 & 2.035-14 & 8.344-03 \\
 109 & 157 & 9.240+01 & 3.820+02 & 4.001-10 & 1.553-00 & 112 & 136 & 2.779+02 & 3.346-04 & 3.874-15 & 1.859-04 \\
 110 & 115 & 1.482+03 & 9.275-04 & 5.092-13 & 2.226-00 & 112 & 137 & 2.777+02 & 1.760-02 & 2.850-13 & 1.366-02 \\
 110 & 116 & 1.464+03 & 8.130-03 & 4.351-12 & 1.831+01 & 112 & 138 & 2.774+02 & 2.157-03 & 4.478-14 & 2.138-03 \\
 110 & 117 & 1.434+03 & 1.078-02 & 7.759-12 & 3.073+01 & 112 & 139 & 2.765+02 & 1.875-02 & 3.010-13 & 1.424-02 \\
 110 & 118 & 1.288+03 & 3.200-03 & 7.961-13 & 2.284-00 & 112 & 142 & 1.023+02 & 4.386-00 & 1.377-12 & 3.299-03 \\
 110 & 124 & 9.775+02 & 2.623-07 & 8.768-17 & 1.099-04 & 112 & 143 & 1.022+02 & 5.613-01 & 5.280-13 & 1.263-03 \\
 110 & 129 & 5.909+02 & 3.180-07 & 1.665-17 & 4.611-06 & 112 & 144 & 1.019+02 & 1.232-01 & 1.917-13 & 4.531-04 \\
 110 & 130 & 5.658+02 & 9.062-04 & 7.248-14 & 1.762-02 & 112 & 145 & 1.016+02 & 4.866-02 & 4.519-14 & 1.060-04 \\
 110 & 131 & 5.504+02 & 8.175-03 & 3.713-13 & 8.308-02 & 112 & 150 & 9.309+01 & 1.871-01 & 2.430-13 & 4.386-04 \\
 110 & 136 & 2.736+02 & 6.488-03 & 1.214-13 & 3.336-03 & 112 & 151 & 9.308+01 & 3.913-02 & 7.117-14 & 1.284-04 \\
 110 & 137 & 2.734+02 & 1.163-04 & 3.041-15 & 8.343-05 & 112 & 152 & 9.307+01 & 6.945-01 & 1.623-12 & 2.927-03 \\
 110 & 139 & 2.723+02 & 4.516-03 & 1.171-13 & 3.173-03 & 112 & 153 & 9.300+01 & 1.913-00 & 3.473-12 & 6.247-03 \\
 110 & 143 & 1.017+02 & 2.574-01 & 3.988-13 & 5.624-04 & 113 & 115 & 1.929+03 & 1.698-04 & 4.735-13 & 1.520-00 \\
 110 & 144 & 1.013+02 & 2.334-00 & 5.983-12 & 8.341-03 & 113 & 116 & 1.897+03 & 1.862-03 & 5.024-12 & 1.534+01 \\
 110 & 145 & 1.010+02 & 2.184-01 & 3.342-13 & 4.626-04 & 113 & 130 & 6.206+02 & 9.397-03 & 2.713-12 & 2.901-01 \\
 110 & 150 & 9.261+01 & 6.160-01 & 1.320-12 & 1.407-03 & 113 & 136 & 2.858+02 & 5.005-06 & 3.065-16 & 3.201-06 \\
 110 & 151 & 9.260+01 & 4.550-00 & 1.365-11 & 1.454-02 & 113 & 144 & 1.029+02 & 1.682-01 & 1.335-12 & 6.509-04 \\
 110 & 153 & 9.251+01 & 2.200-00 & 6.585-12 & 6.996-03 & 113 & 150 & 9.396+01 & 6.977-03 & 4.617-14 & 1.714-05 \\
 111 & 115 & 1.565+03 & 6.325-06 & 3.870-15 & 1.990-02 & 114 & 115 & 2.128+04 & 8.032-13 & 9.088-20 & 1.175-03 \\
 111 & 116 & 1.544+03 & 3.262-02 & 1.943-11 & 9.597+01 & 114 & 116 & 1.798+04 & 3.355-09 & 2.709-16 & 2.113-00 \\
 111 & 117 & 1.512+03 & 9.809-03 & 7.840-12 & 3.634+01 & 114 & 117 & 1.438+04 & 8.686-10 & 6.285-17 & 2.510-01 \\
 111 & 118 & 1.350+03 & 2.355-07 & 6.435-17 & 2.125-04 & 114 & 118 & 6.728+03 & 3.441-09 & 2.335-17 & 9.543-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 114 & 124 & 2.530+03 & 5.743-11 & 1.285-19 & 2.792-06 & 116 & 154 & 9.854+01 & 5.941-05 & 1.211-16 & 2.592-07 \\
 114 & 129 & 9.393+02 & 8.712-03 & 1.152-12 & 1.282-00 & 116 & 155 & 9.854+01 & 4.221-06 & 1.106-17 & 2.368-08 \\
 114 & 130 & 8.773+02 & 1.271-01 & 2.445-11 & 2.216+01 & 116 & 157 & 9.852+01 & 1.121-03 & 2.937-15 & 6.282-06 \\
 114 & 131 & 8.409+02 & 2.493-01 & 2.643-11 & 2.109+01 & 117 & 120 & 3.385+03 & 2.326-07 & 3.995-16 & 4.851-02 \\
 114 & 136 & 3.303+02 & 1.400-08 & 3.818-19 & 1.847-08 & 117 & 121 & 3.337+03 & 2.060-04 & 3.440-13 & 4.003+01 \\
 114 & 137 & 3.301+02 & 7.755-09 & 2.956-19 & 1.427-08 & 117 & 122 & 3.327+03 & 1.362-03 & 2.906-12 & 3.350+02 \\
 114 & 139 & 3.284+02 & 3.913-07 & 1.477-17 & 7.020-07 & 117 & 123 & 3.291+03 & 3.423-08 & 3.971-17 & 4.433-03 \\
 114 & 143 & 1.086+02 & 3.472+01 & 6.138-11 & 1.055-01 & 117 & 132 & 4.277+02 & 7.358-03 & 8.647-14 & 2.118-02 \\
 114 & 144 & 1.082+02 & 2.917+02 & 8.525-10 & 1.447-00 & 117 & 133 & 4.267+02 & 7.433-03 & 1.449-13 & 3.526-02 \\
 114 & 145 & 1.079+02 & 3.898+02 & 6.799-10 & 1.145-00 & 117 & 134 & 4.250+02 & 7.316-03 & 1.981-13 & 4.760-02 \\
 114 & 150 & 9.832+01 & 5.048-05 & 1.219-16 & 1.555-07 & 117 & 135 & 4.009+02 & 6.014-03 & 1.035-13 & 2.088-02 \\
 114 & 151 & 9.831+01 & 7.222-06 & 2.442-17 & 3.114-08 & 117 & 140 & 1.163+02 & 2.477-01 & 2.153-13 & 1.060-03 \\
 114 & 153 & 9.821+01 & 3.100-04 & 1.046-15 & 1.330-06 & 117 & 146 & 1.021+02 & 1.804-00 & 1.209-12 & 4.030-03 \\
 115 & 119 & 8.279+03 & 2.631-09 & 5.409-18 & 6.866-03 & 117 & 147 & 1.021+02 & 8.667-01 & 9.674-13 & 3.223-03 \\
 115 & 120 & 3.145+03 & 1.832-04 & 3.803-13 & 2.646+01 & 117 & 148 & 1.020+02 & 2.547-02 & 3.975-14 & 1.323-04 \\
 115 & 121 & 3.104+03 & 5.029-05 & 1.017-13 & 6.800-00 & 117 & 149 & 1.013+02 & 1.368-01 & 1.504-13 & 4.900-04 \\
 115 & 122 & 3.095+03 & 3.074-04 & 7.945-13 & 5.267+01 & 117 & 154 & 9.868+01 & 4.805-03 & 7.014-15 & 2.110-05 \\
 115 & 123 & 3.064+03 & 7.551-05 & 1.063-13 & 6.839-00 & 117 & 155 & 9.868+01 & 1.168-02 & 2.192-14 & 6.596-05 \\
 115 & 132 & 4.236+02 & 2.851-04 & 4.602-15 & 7.823-04 & 117 & 156 & 9.866+01 & 4.058-02 & 9.305-14 & 2.798-04 \\
 115 & 133 & 4.227+02 & 1.194-03 & 3.196-14 & 5.398-03 & 117 & 157 & 9.866+01 & 8.492-02 & 1.593-13 & 4.791-04 \\
 115 & 134 & 4.209+02 & 3.779-03 & 1.405-13 & 2.344-02 & 118 & 120 & 4.622+03 & 5.428-06 & 4.057-14 & 5.376-00 \\
 115 & 135 & 3.973+02 & 2.602-05 & 6.156-16 & 8.633-05 & 118 & 121 & 4.534+03 & 3.643-05 & 2.619-13 & 3.277+01 \\
 115 & 140 & 1.160+02 & 2.565-03 & 3.103-15 & 1.083-05 & 118 & 123 & 4.450+03 & 2.646-05 & 1.309-13 & 1.548+01 \\
 115 & 141 & 1.148+02 & 1.788-02 & 7.068-15 & 2.392-05 & 118 & 132 & 4.426+02 & 2.777-05 & 8.157-16 & 9.494-05 \\
 115 & 146 & 1.019+02 & 1.957-02 & 1.827-14 & 4.322-05 & 118 & 133 & 4.416+02 & 1.465-03 & 7.141-14 & 8.254-03 \\
 115 & 147 & 1.019+02 & 9.070-02 & 1.411-13 & 3.335-04 & 118 & 134 & 4.397+02 & 1.783-02 & 1.206-12 & 1.376-01 \\
 115 & 148 & 1.018+02 & 8.820-02 & 1.919-13 & 4.528-04 & 118 & 135 & 4.140+02 & 1.524-03 & 6.525-14 & 6.213-03 \\
 115 & 149 & 1.011+02 & 3.661-03 & 5.610-15 & 1.296-05 & 118 & 140 & 1.174+02 & 2.159-02 & 4.459-14 & 9.676-05 \\
 115 & 154 & 9.846+01 & 2.719-04 & 5.532-16 & 1.181-06 & 118 & 146 & 1.029+02 & 7.849-02 & 1.247-13 & 1.826-04 \\
 115 & 155 & 9.846+01 & 3.521-05 & 9.212-17 & 1.967-07 & 118 & 147 & 1.029+02 & 5.727-02 & 1.516-13 & 2.218-04 \\
 115 & 157 & 9.844+01 & 7.100-05 & 1.857-16 & 3.961-07 & 118 & 148 & 1.029+02 & 2.397-00 & 8.875-12 & 1.297-02 \\
 116 & 119 & 8.916+03 & 5.284-08 & 1.260-16 & 1.997-01 & 118 & 149 & 1.022+02 & 3.024-01 & 7.884-13 & 1.128-03 \\
 116 & 120 & 3.233+03 & 1.934-06 & 4.241-15 & 3.205-01 & 118 & 154 & 9.945+01 & 5.523-04 & 1.911-15 & 2.523-06 \\
 116 & 121 & 3.189+03 & 1.552-03 & 3.314-12 & 2.404+02 & 119 & 130 & 1.029+03 & 3.825-02 & 3.034-11 & 1.478+01 \\
 116 & 122 & 3.180+03 & 1.368-04 & 3.732-13 & 2.683+01 & 119 & 136 & 3.497+02 & 6.595-08 & 6.046-18 & 1.157-07 \\
 116 & 123 & 3.147+03 & 4.407-09 & 6.543-18 & 4.563-04 & 119 & 144 & 1.102+02 & 2.107+02 & 1.916-09 & 1.146-00 \\
 116 & 132 & 4.251+02 & 5.862-06 & 9.530-17 & 1.638-05 & 119 & 150 & 9.997+01 & 1.862-06 & 1.395-17 & 6.233-09 \\
 116 & 133 & 4.242+02 & 1.967-04 & 5.308-15 & 9.063-04 & 120 & 124 & 3.294+04 & 3.748-10 & 6.097-17 & 6.824-00 \\
 116 & 134 & 4.225+02 & 8.966-02 & 3.358-12 & 5.664-01 & 120 & 125 & 3.128+04 & 3.255-10 & 6.141-17 & 5.887-00 \\
 116 & 135 & 3.986+02 & 1.693-04 & 4.034-15 & 5.716-04 & 120 & 126 & 2.900+04 & 4.197-09 & 6.805-16 & 5.198+01 \\
 116 & 140 & 1.161+02 & 2.542-00 & 3.082-12 & 1.079-02 & 120 & 127 & 2.743+04 & 3.599-09 & 6.378-16 & 4.121+01 \\
 116 & 141 & 1.149+02 & 2.021-02 & 8.001-15 & 2.716-05 & 120 & 129 & 1.429+03 & 3.019-06 & 3.963-16 & 3.624-03 \\
 116 & 146 & 1.020+02 & 7.456-02 & 6.974-14 & 1.654-04 & 120 & 130 & 1.291+03 & 1.478-06 & 2.635-16 & 1.774-03 \\
 116 & 147 & 1.019+02 & 4.143-01 & 6.455-13 & 1.530-03 & 120 & 131 & 1.213+03 & 1.525-06 & 1.442-16 & 8.063-04 \\
 116 & 148 & 1.019+02 & 6.875-01 & 1.498-12 & 3.545-03 & 120 & 136 & 3.756+02 & 1.619-05 & 2.446-16 & 4.059-05 \\
 116 & 149 & 1.012+02 & 3.312-05 & 5.083-17 & 1.178-07 & 120 & 137 & 3.753+02 & 1.835-03 & 3.874-14 & 6.413-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 120 & 138 & 3.747+02 & 2.036-04 & 5.510-15 & 9.076-04 & 123 & 130 & 1.305+03 & 5.920-07 & 1.511-16 & 7.505-04 \\
 120 & 139 & 3.731+02 & 1.831-03 & 3.822-14 & 6.218-03 & 123 & 131 & 1.226+03 & 6.544-06 & 8.843-16 & 3.642-03 \\
 120 & 143 & 1.131+02 & 6.833-02 & 5.614-14 & 2.542-04 & 123 & 136 & 3.768+02 & 8.437-04 & 1.796-14 & 2.148-03 \\
 120 & 144 & 1.126+02 & 7.221-03 & 9.803-15 & 4.382-05 & 123 & 137 & 3.765+02 & 2.651-03 & 7.888-14 & 9.416-03 \\
 120 & 145 & 1.123+02 & 4.016-02 & 3.253-14 & 1.442-04 & 123 & 138 & 3.759+02 & 2.534-03 & 9.661-14 & 1.147-02 \\
 120 & 150 & 1.020+02 & 1.709-02 & 1.903-14 & 6.320-05 & 123 & 139 & 3.743+02 & 9.159-03 & 2.694-13 & 3.160-02 \\
 120 & 151 & 1.020+02 & 6.881-02 & 1.073-13 & 3.562-04 & 123 & 142 & 1.133+02 & 1.131-01 & 4.351-14 & 1.414-04 \\
 120 & 152 & 1.019+02 & 4.955-02 & 9.927-14 & 3.294-04 & 123 & 143 & 1.132+02 & 7.912-02 & 9.117-14 & 2.957-04 \\
 120 & 153 & 1.019+02 & 5.017-03 & 7.804-15 & 2.583-05 & 123 & 144 & 1.127+02 & 2.172-02 & 4.137-14 & 1.325-04 \\
 121 & 124 & 3.824+04 & 1.278-13 & 2.801-20 & 4.905-03 & 123 & 145 & 1.124+02 & 4.329-04 & 4.919-16 & 1.562-06 \\
 121 & 125 & 3.603+04 & 7.254-09 & 1.815-15 & 2.657+02 & 123 & 150 & 1.021+02 & 1.970-01 & 3.077-13 & 7.318-04 \\
 121 & 126 & 3.304+04 & 3.871-10 & 8.143-17 & 9.192-00 & 123 & 151 & 1.021+02 & 4.140-01 & 9.050-13 & 2.152-03 \\
 121 & 127 & 3.101+04 & 6.973-10 & 1.579-16 & 1.474+01 & 123 & 152 & 1.020+02 & 8.692-01 & 2.442-12 & 5.804-03 \\
 121 & 129 & 1.438+03 & 5.837-05 & 7.755-15 & 7.221-02 & 123 & 153 & 1.019+02 & 7.190-07 & 1.569-18 & 3.718-09 \\
 121 & 130 & 1.298+03 & 4.232-04 & 7.632-14 & 5.222-01 & 124 & 132 & 4.969+02 & 7.312-04 & 1.160-14 & 4.457-03 \\
 121 & 131 & 1.219+03 & 1.120-04 & 1.070-14 & 6.077-02 & 124 & 133 & 4.956+02 & 8.075-04 & 2.124-14 & 8.098-03 \\
 121 & 136 & 3.762+02 & 4.725-08 & 7.161-19 & 1.194-07 & 124 & 134 & 4.932+02 & 7.179-05 & 2.619-15 & 9.841-04 \\
 121 & 137 & 3.759+02 & 1.390-03 & 2.945-14 & 4.898-03 & 124 & 135 & 4.611+02 & 4.843-06 & 1.103-16 & 3.384-05 \\
 121 & 138 & 3.753+02 & 1.776-02 & 4.821-13 & 7.978-02 & 124 & 140 & 1.209+02 & 1.886-06 & 1.770-18 & 9.788-09 \\
 121 & 139 & 3.737+02 & 6.256-03 & 1.310-13 & 2.142-02 & 124 & 146 & 1.056+02 & 2.643-02 & 1.895-14 & 6.995-05 \\
 121 & 143 & 1.131+02 & 4.040-06 & 3.322-18 & 1.506-08 & 124 & 147 & 1.056+02 & 2.681-03 & 3.201-15 & 1.181-05 \\
 121 & 144 & 1.127+02 & 1.860-02 & 2.528-14 & 1.132-04 & 124 & 148 & 1.056+02 & 1.326-03 & 2.215-15 & 8.156-06 \\
 121 & 145 & 1.123+02 & 1.046-01 & 8.482-14 & 3.766-04 & 124 & 149 & 1.048+02 & 2.163-03 & 2.544-15 & 9.164-06 \\
 121 & 150 & 1.020+02 & 5.200-03 & 5.797-15 & 1.928-05 & 124 & 154 & 1.020+02 & 1.186-00 & 1.849-12 & 6.137-03 \\
 121 & 151 & 1.020+02 & 1.499-01 & 2.338-13 & 7.775-04 & 124 & 155 & 1.020+02 & 7.294-00 & 1.462-11 & 4.851-02 \\
 121 & 152 & 1.020+02 & 6.891-00 & 1.382-11 & 4.591-02 & 124 & 156 & 1.019+02 & 5.881-00 & 1.440-11 & 4.776-02 \\
 121 & 153 & 1.019+02 & 7.987-01 & 1.243-12 & 4.121-03 & 124 & 157 & 1.019+02 & 1.902-01 & 3.809-13 & 1.263-03 \\
 122 & 124 & 3.967+04 & 9.740-14 & 1.787-20 & 4.494-03 & 125 & 133 & 4.960+02 & 2.810-04 & 5.759-15 & 2.830-03 \\
 122 & 125 & 3.729+04 & 5.476-10 & 1.142-16 & 2.385+01 & 125 & 134 & 4.936+02 & 2.137-03 & 6.071-14 & 2.940-02 \\
 122 & 126 & 3.410+04 & 3.539-11 & 6.168-18 & 9.845-01 & 125 & 135 & 4.614+02 & 1.879-03 & 3.331-14 & 1.318-02 \\
 122 & 127 & 3.194+04 & 1.421-08 & 2.656-15 & 3.485+02 & 125 & 147 & 1.056+02 & 5.254-03 & 4.882-15 & 2.316-05 \\
 122 & 130 & 1.299+03 & 8.896-06 & 1.251-15 & 1.104-02 & 125 & 148 & 1.056+02 & 2.220-01 & 2.885-13 & 1.367-03 \\
 122 & 136 & 3.763+02 & 5.955-05 & 7.024-16 & 1.507-04 & 125 & 149 & 1.048+02 & 5.809-02 & 5.315-14 & 2.463-04 \\
 122 & 137 & 3.760+02 & 1.237-05 & 2.039-16 & 4.366-05 & 125 & 154 & 1.020+02 & 7.059-03 & 8.560-15 & 3.654-05 \\
 122 & 138 & 3.754+02 & 9.699-03 & 2.049-13 & 4.365-02 & 125 & 155 & 1.020+02 & 8.711-04 & 1.358-15 & 5.798-06 \\
 122 & 139 & 3.739+02 & 1.341-03 & 2.185-14 & 4.597-03 & 125 & 156 & 1.020+02 & 4.108+01 & 7.825-11 & 3.339-01 \\
 122 & 144 & 1.127+02 & 8.800-02 & 9.304-14 & 5.357-04 & 125 & 157 & 1.019+02 & 3.178-00 & 4.952-12 & 2.113-02 \\
 122 & 150 & 1.020+02 & 3.615-01 & 3.135-13 & 1.341-03 & 126 & 133 & 4.966+02 & 4.582-04 & 9.413-15 & 4.643-03 \\
 122 & 151 & 1.020+02 & 2.873-01 & 3.487-13 & 1.491-03 & 126 & 134 & 4.943+02 & 1.311-04 & 3.734-15 & 1.815-03 \\
 122 & 152 & 1.020+02 & 3.114-02 & 4.858-14 & 2.076-04 & 126 & 135 & 4.620+02 & 1.253-04 & 2.227-15 & 8.838-04 \\
 122 & 153 & 1.019+02 & 4.363-01 & 5.285-13 & 2.253-03 & 126 & 147 & 1.057+02 & 1.471-03 & 1.367-15 & 6.491-06 \\
 123 & 124 & 4.551+04 & 4.462-10 & 1.940-16 & 4.090+01 & 126 & 148 & 1.056+02 & 7.416-04 & 9.641-16 & 4.570-06 \\
 123 & 125 & 4.241+04 & 2.922-10 & 1.418-16 & 2.420+01 & 126 & 149 & 1.048+02 & 3.958-03 & 3.623-15 & 1.681-05 \\
 123 & 126 & 3.832+04 & 2.019-10 & 8.004-17 & 1.008+01 & 126 & 154 & 1.020+02 & 1.849-01 & 2.243-13 & 9.582-04 \\
 123 & 128 & 1.473+03 & 2.510-07 & 1.633-17 & 1.167-04 & 126 & 155 & 1.020+02 & 1.093-02 & 1.705-14 & 7.285-05 \\
 123 & 129 & 1.447+03 & 1.777-05 & 3.345-15 & 2.266-02 & 126 & 156 & 1.020+02 & 3.554-01 & 6.772-13 & 2.892-03 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 126 & 157 & 1.020+02 & 1.311-02 & 2.044-14 & 8.725-05 & 132 & 139 & 1.570+03 & 2.448-03 & 2.110-12 & 1.095+01 \\
 127 & 134 & 4.947+02 & 8.712-04 & 2.034-14 & 1.212-02 & 132 & 143 & 1.471+02 & 3.646-00 & 1.182-11 & 5.044-02 \\
 127 & 148 & 1.056+02 & 3.653-03 & 3.887-15 & 2.253-05 & 132 & 144 & 1.462+02 & 1.011-03 & 5.401-15 & 2.267-05 \\
 127 & 154 & 1.020+02 & 2.601-01 & 2.582-13 & 1.349-03 & 132 & 145 & 1.457+02 & 2.314-01 & 7.365-13 & 3.058-03 \\
 127 & 155 & 1.020+02 & 3.979-02 & 5.080-14 & 2.654-04 & 132 & 150 & 1.288+02 & 2.207+02 & 9.151-10 & 2.625-00 \\
 127 & 156 & 1.020+02 & 9.890-03 & 1.543-14 & 8.056-05 & 132 & 151 & 1.288+02 & 1.290+01 & 7.483-11 & 2.146-01 \\
 127 & 157 & 1.020+02 & 1.124-00 & 1.435-12 & 7.492-03 & 132 & 153 & 1.286+02 & 3.776+02 & 2.186-09 & 6.242-00 \\
 128 & 133 & 7.349+02 & 9.395-03 & 3.804-12 & 6.754-01 & 133 & 136 & 1.628+03 & 3.329-04 & 1.322-13 & 1.275-00 \\
 128 & 135 & 6.614+02 & 1.403-01 & 4.601-11 & 5.956-00 & 133 & 137 & 1.622+03 & 4.561-03 & 2.519-12 & 2.405+01 \\
 128 & 147 & 1.135+02 & 1.435+01 & 1.385-10 & 9.052-02 & 133 & 138 & 1.610+03 & 3.415-04 & 2.390-13 & 2.233-00 \\
 128 & 149 & 1.125+02 & 1.062+02 & 1.009-09 & 6.430-01 & 133 & 139 & 1.582+03 & 3.451-03 & 1.814-12 & 1.608+01 \\
 129 & 132 & 7.445+02 & 1.743-02 & 1.448-12 & 8.020-01 & 133 & 142 & 1.473+02 & 1.122+01 & 7.298-12 & 5.216-02 \\
 129 & 133 & 7.416+02 & 9.807-02 & 1.348-11 & 7.378-00 & 133 & 143 & 1.472+02 & 3.776+01 & 7.355-11 & 5.242-01 \\
 129 & 134 & 7.363+02 & 7.809-02 & 1.481-11 & 7.935-00 & 133 & 144 & 1.464+02 & 1.608+01 & 5.162-11 & 3.619-01 \\
 129 & 135 & 6.669+02 & 1.173-01 & 1.303-11 & 5.187-00 & 133 & 145 & 1.458+02 & 4.328+01 & 8.280-11 & 5.743-01 \\
 129 & 140 & 1.315+02 & 1.639+01 & 4.248-11 & 1.297-01 & 133 & 150 & 1.289+02 & 6.281+01 & 1.565-10 & 7.496-01 \\
 129 & 146 & 1.137+02 & 2.461+01 & 4.768-11 & 9.397-02 & 133 & 151 & 1.289+02 & 8.436+02 & 2.941-09 & 1.409+01 \\
 129 & 147 & 1.136+02 & 1.489+02 & 4.805-10 & 9.462-01 & 133 & 152 & 1.289+02 & 5.765+01 & 2.583-10 & 1.236-00 \\
 129 & 148 & 1.136+02 & 1.121+02 & 5.058-10 & 9.945-01 & 133 & 153 & 1.287+02 & 5.328+02 & 1.853-09 & 8.837-00 \\
 129 & 149 & 1.127+02 & 9.090+01 & 2.884-10 & 5.539-01 & 134 & 136 & 1.654+03 & 3.783-10 & 1.108-19 & 1.570-06 \\
 129 & 154 & 1.094+02 & 5.896-07 & 2.470-18 & 4.342-09 & 134 & 137 & 1.648+03 & 4.990-04 & 2.032-13 & 2.849-00 \\
 130 & 132 & 7.887+02 & 6.385-07 & 3.573-17 & 3.920-05 & 134 & 138 & 1.636+03 & 1.346-02 & 6.944-12 & 9.523+01 \\
 130 & 133 & 7.855+02 & 5.656-02 & 5.231-12 & 5.670-00 & 134 & 139 & 1.607+03 & 1.711-03 & 6.625-13 & 8.614-00 \\
 130 & 134 & 7.795+02 & 4.803-01 & 6.125-11 & 6.489+01 & 134 & 143 & 1.474+02 & 3.953+01 & 5.516-11 & 5.528-01 \\
 130 & 135 & 7.021+02 & 1.908-01 & 1.410-11 & 1.091+01 & 134 & 144 & 1.466+02 & 1.894+02 & 4.357-10 & 4.295-00 \\
 130 & 140 & 1.328+02 & 2.624+02 & 4.164-10 & 2.182-00 & 134 & 145 & 1.460+02 & 7.539+01 & 1.033-10 & 1.007-00 \\
 130 & 141 & 1.313+02 & 4.724+02 & 2.441-10 & 1.235-00 & 134 & 150 & 1.291+02 & 2.758-03 & 4.919-15 & 3.312-05 \\
 130 & 146 & 1.147+02 & 6.090-03 & 7.201-15 & 2.427-05 & 134 & 151 & 1.291+02 & 1.040+02 & 2.597-10 & 1.748-00 \\
 130 & 147 & 1.146+02 & 1.098+02 & 2.163-10 & 7.283-01 & 134 & 152 & 1.290+02 & 2.521+03 & 8.088-09 & 5.439+01 \\
 130 & 148 & 1.146+02 & 9.238+02 & 2.544-09 & 8.553-00 & 134 & 153 & 1.289+02 & 2.928+02 & 7.290-10 & 4.887-00 \\
 130 & 149 & 1.137+02 & 1.979+02 & 3.833-10 & 1.259-00 & 135 & 136 & 2.159+03 & 4.233-05 & 2.958-14 & 6.656-01 \\
 130 & 154 & 1.103+02 & 4.326-06 & 1.105-17 & 3.321-08 & 135 & 137 & 2.149+03 & 1.094-04 & 1.061-13 & 2.356-00 \\
 130 & 155 & 1.103+02 & 1.855-05 & 6.093-17 & 1.830-07 & 135 & 138 & 2.129+03 & 7.619-04 & 9.317-13 & 2.010+01 \\
 130 & 157 & 1.103+02 & 4.120-08 & 1.353-19 & 4.061-10 & 135 & 139 & 2.080+03 & 1.923-03 & 1.747-12 & 3.518+01 \\
 131 & 132 & 8.206+02 & 6.626-04 & 6.690-14 & 4.962-02 & 135 & 142 & 1.506+02 & 8.853+01 & 6.024-11 & 4.607-01 \\
 131 & 133 & 8.172+02 & 7.744-02 & 1.292-11 & 9.462-00 & 135 & 143 & 1.505+02 & 2.494+01 & 5.081-11 & 3.875-01 \\
 131 & 134 & 8.107+02 & 1.041-01 & 2.392-11 & 1.711+01 & 135 & 144 & 1.497+02 & 3.154+01 & 1.059-10 & 7.939-01 \\
 131 & 135 & 7.273+02 & 3.123-01 & 4.128-11 & 2.131+01 & 135 & 145 & 1.491+02 & 1.045+02 & 2.090-10 & 1.550-00 \\
 131 & 140 & 1.337+02 & 2.369+02 & 6.348-10 & 2.036-00 & 135 & 150 & 1.315+02 & 3.200+01 & 8.292-11 & 4.214-01 \\
 131 & 146 & 1.153+02 & 1.629-00 & 3.248-12 & 6.681-03 & 135 & 151 & 1.314+02 & 9.200+01 & 3.337-10 & 1.695-00 \\
 131 & 147 & 1.153+02 & 1.824+02 & 6.054-10 & 1.244-00 & 135 & 152 & 1.314+02 & 5.367+02 & 2.501-09 & 1.270+01 \\
 131 & 148 & 1.152+02 & 2.310+02 & 1.072-09 & 2.200-00 & 135 & 153 & 1.313+02 & 1.188+03 & 4.299-09 & 2.175+01 \\
 131 & 149 & 1.143+02 & 4.019+02 & 1.312-09 & 2.628-00 & 136 & 140 & 1.773+02 & 3.813-07 & 1.078-18 & 1.343-08 \\
 131 & 154 & 1.109+02 & 1.809-05 & 7.788-17 & 1.427-07 & 136 & 141 & 1.745+02 & 4.164-07 & 3.802-19 & 4.521-09 \\
 132 & 136 & 1.614+03 & 1.236-03 & 8.048-13 & 4.542-00 & 136 & 146 & 1.463+02 & 7.489-00 & 1.442-11 & 1.010-01 \\
 132 & 137 & 1.609+03 & 6.722-05 & 6.085-14 & 3.399-01 & 136 & 147 & 1.463+02 & 1.258-00 & 4.033-12 & 2.822-02 \\
& & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 5. Transition energies ($\AA$), radiative rates (s$^{-1}$), oscillator strengths, and line strengths (a.u.)\\ \hspace*{1.5 cm}                            
for magnetic quadrupole (M2) transitions in  Fe XVII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).\\                                                                      
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrccccrrcccc} \hline                                                                                                                            
 & & & & & & & & & & & \\                                                                                                                                       
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S & $i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$ & f$_{ij}$ & S \\                                                
 & & & & & & & & & & & \\ \hline                                                                                                                                
 & & & & & & & & & & & \\                                                                                                                                       
 136 & 148 & 1.461+02 & 1.989-06 & 8.916-18 & 6.226-08 & 143 & 154 & 1.005+03 & 8.563-12 & 3.025-21 & 4.119-09 \\
 136 & 149 & 1.447+02 & 5.996-01 & 1.882-12 & 1.275-02 & 144 & 146 & 1.624+03 & 7.614-09 & 1.806-18 & 1.729-05 \\
 136 & 154 & 1.394+02 & 1.019+03 & 4.154-09 & 2.514+01 & 144 & 147 & 1.617+03 & 4.191-03 & 1.642-12 & 1.552+01 \\
 136 & 155 & 1.394+02 & 6.920+01 & 3.626-10 & 2.195-00 & 144 & 148 & 1.604+03 & 3.629-02 & 1.959-11 & 1.807+02 \\
 136 & 157 & 1.393+02 & 5.958+02 & 3.120-09 & 1.887+01 & 144 & 149 & 1.444+03 & 1.410-02 & 4.409-12 & 2.970+01 \\
 137 & 140 & 1.773+02 & 7.326-10 & 1.480-21 & 2.584-11 & 144 & 154 & 1.044+03 & 5.200-13 & 1.191-22 & 3.035-10 \\
 137 & 146 & 1.464+02 & 5.846-01 & 8.046-13 & 7.899-03 & 144 & 155 & 1.045+03 & 2.473-11 & 7.283-21 & 1.857-08 \\
 137 & 147 & 1.463+02 & 2.378+01 & 5.450-11 & 5.344-01 & 144 & 157 & 1.042+03 & 3.967-11 & 1.163-20 & 2.945-08 \\
 137 & 148 & 1.462+02 & 1.995-00 & 6.392-12 & 6.255-02 & 145 & 146 & 1.691+03 & 4.837-05 & 2.073-14 & 1.345-01 \\
 137 & 149 & 1.447+02 & 2.141-00 & 4.803-12 & 4.560-02 & 145 & 147 & 1.683+03 & 5.682-03 & 4.022-12 & 2.573+01 \\
 137 & 154 & 1.394+02 & 1.294+02 & 3.770-10 & 3.197-00 & 145 & 148 & 1.669+03 & 7.684-03 & 7.487-12 & 4.670+01 \\
 137 & 155 & 1.394+02 & 9.420+02 & 3.528-09 & 2.992+01 & 145 & 149 & 1.497+03 & 2.310-02 & 1.293-11 & 5.820+01 \\
 137 & 156 & 1.394+02 & 1.769+02 & 8.096-10 & 6.861-00 & 145 & 154 & 1.072+03 & 1.405-10 & 5.645-20 & 9.327-08 \\
 137 & 157 & 1.394+02 & 1.637+03 & 6.127-09 & 5.192+01 & 146 & 150 & 3.238+03 & 1.338-04 & 3.506-13 & 1.597+01 \\
 138 & 147 & 1.464+02 & 2.291-00 & 4.090-12 & 5.167-02 & 146 & 151 & 3.230+03 & 8.911-06 & 3.251-14 & 1.470-00 \\
 138 & 148 & 1.463+02 & 6.693+01 & 1.670-10 & 2.105-00 & 146 & 153 & 3.125+03 & 2.730-04 & 9.323-13 & 3.817+01 \\
 138 & 149 & 1.448+02 & 1.822+01 & 3.184-11 & 3.894-01 & 147 & 150 & 3.266+03 & 3.610-05 & 5.772-14 & 4.498-00 \\
 138 & 154 & 1.395+02 & 2.095-03 & 4.752-15 & 5.192-05 & 147 & 151 & 3.258+03 & 5.048-04 & 1.124-12 & 8.695+01 \\
 138 & 155 & 1.395+02 & 1.354-00 & 3.948-12 & 4.313-02 & 147 & 152 & 3.237+03 & 3.757-05 & 1.063-13 & 8.063-00 \\
 138 & 156 & 1.394+02 & 5.417+03 & 1.930-08 & 2.107+02 & 147 & 153 & 3.151+03 & 3.663-04 & 7.633-13 & 5.341+01 \\
 138 & 157 & 1.394+02 & 4.805+02 & 1.401-09 & 1.529+01 & 148 & 150 & 3.321+03 & 1.391-12 & 1.643-21 & 1.884-07 \\
 139 & 140 & 1.778+02 & 4.318-07 & 8.771-19 & 1.544-08 & 148 & 151 & 3.312+03 & 5.692-05 & 9.362-14 & 1.065+01 \\
 139 & 146 & 1.467+02 & 1.825+01 & 2.523-11 & 2.494-01 & 148 & 152 & 3.291+03 & 1.439-03 & 3.004-12 & 3.352+02 \\
 139 & 147 & 1.466+02 & 1.580+01 & 3.637-11 & 3.590-01 & 148 & 153 & 3.202+03 & 1.874-04 & 2.881-13 & 2.961+01 \\
 139 & 148 & 1.465+02 & 6.091-00 & 1.960-11 & 1.931-01 & 149 & 150 & 4.306+03 & 4.666-06 & 1.297-14 & 2.316-00 \\
 139 & 149 & 1.451+02 & 3.339+01 & 7.523-11 & 7.191-01 & 149 & 151 & 4.292+03 & 1.416-05 & 5.475-14 & 9.679-00 \\
 139 & 154 & 1.397+02 & 4.228+01 & 1.237-10 & 1.056-00 & 149 & 152 & 4.256+03 & 8.363-05 & 4.088-13 & 7.049+01 \\
 139 & 155 & 1.397+02 & 1.712+02 & 6.439-10 & 5.496-00 & 149 & 153 & 4.108+03 & 2.240-04 & 7.933-13 & 1.230+02 \\
 139 & 156 & 1.397+02 & 7.049+02 & 3.239-09 & 2.763+01 & 150 & 154 & 3.060+04 & 3.258-09 & 6.404-16 & 4.105+01 \\
 139 & 157 & 1.396+02 & 3.615+03 & 1.359-08 & 1.159+02 & 150 & 155 & 3.076+04 & 2.019-10 & 5.155-17 & 3.357-00 \\
 140 & 143 & 1.853+03 & 7.660-04 & 3.945-13 & 3.371-00 & 150 & 157 & 2.878+04 & 2.606-09 & 5.822-16 & 3.102+01 \\
 140 & 144 & 1.732+03 & 1.116-02 & 8.370-12 & 5.838+01 & 151 & 154 & 3.135+04 & 3.540-10 & 5.215-17 & 5.030-00 \\
 140 & 145 & 1.662+03 & 2.166-02 & 8.971-12 & 5.527+01 & 151 & 155 & 3.152+04 & 2.615-09 & 5.007-16 & 4.908+01 \\
 140 & 150 & 6.658+02 & 2.753-09 & 3.049-19 & 1.208-07 & 151 & 156 & 2.978+04 & 6.234-10 & 1.303-16 & 1.077+01 \\
 140 & 151 & 6.654+02 & 4.192-10 & 6.493-20 & 2.568-08 & 151 & 157 & 2.943+04 & 6.726-09 & 1.123-15 & 8.966+01 \\
 140 & 153 & 6.609+02 & 5.842-09 & 8.926-19 & 3.457-07 & 152 & 154 & 3.339+04 & 6.558-18 & 8.524-25 & 1.277-07 \\
 141 & 144 & 2.046+03 & 3.243-03 & 1.017-11 & 3.898+01 & 152 & 155 & 3.358+04 & 2.926-12 & 4.947-19 & 7.540-02 \\
 141 & 150 & 7.075+02 & 2.136-09 & 8.013-19 & 1.269-07 & 152 & 156 & 3.162+04 & 1.495-08 & 2.739-15 & 3.485+02 \\
 142 & 147 & 1.509+03 & 7.086-04 & 1.210-12 & 1.862-00 & 152 & 157 & 3.122+04 & 1.385-09 & 2.025-16 & 2.482+01 \\
 142 & 149 & 1.358+03 & 1.044-02 & 1.442-11 & 1.615+01 & 153 & 154 & 4.652+04 & 1.766-11 & 5.730-18 & 1.806-00 \\
 143 & 146 & 1.530+03 & 1.301-03 & 4.567-13 & 2.195-00 & 153 & 155 & 4.689+04 & 7.194-11 & 3.049-17 & 9.840-00 \\
 143 & 147 & 1.524+03 & 7.443-03 & 4.318-12 & 2.050+01 & 153 & 156 & 4.315+04 & 4.084-10 & 1.791-16 & 4.506+01 \\
 143 & 148 & 1.512+03 & 5.931-03 & 4.744-12 & 2.201+01 & 153 & 157 & 4.242+04 & 2.222-09 & 7.708-16 & 1.842+02 \\
 143 & 149 & 1.369+03 & 8.744-03 & 4.097-12 & 1.412+01 &     &     &          &          &          &          \\
 & & & & & & & & & & & \\ \hline                                                                                                                                 
\end{tabular}
\end{document} 
\end{document}
