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{\bf Table 1.} Target levels  of Fe XIII and their threshold energies (in Ryd).
\newline 
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\begin{tabular}{rllrrrr} \hline
  & & & & & &  \\
Index    & Configuration & Level                            &  Expt.$^a$  &   GRASP$^b$ &   GRASP$^c$ &    CIV3$^d$  \\ 
  & & & & & & \\ \hline
  & & & & & & \\
  1......& 3s$^2$3p$^2$ &  $^3$P$_0$			     &  0.0000  &    0.0000  &   0.0000  &   0.0000  \\
  2......& 3s$^2$3p$^2$ &  $^3$P$_1$			     &  0.0848  &    0.0835  &   0.0835  &   0.0768  \\
  3......& 3s$^2$3p$^2$ &  $^3$P$_2$			     &  0.1691  &    0.1700  &   0.1693  &   0.1582  \\
  4......& 3s$^2$3p$^2$ &  $^1$D$_2$			     &  0.4380  &    0.4629  &   0.4570  &   0.4366  \\
  5......& 3s$^2$3p$^2$ &  $^1$S$_0$			     &  0.8339  &    0.8497  &   0.8513  &   0.8612  \\
  6......& 3s3p$^3$	&  $^5$S${^o}{_2}$		     &          &    1.9719  &   1.8987  &	     \\
  7......& 3s3p$^3$	&  $^3$D${^o}{_1}$		     &  2.6172  &    2.7427  &   2.6004  &   2.5978  \\
  8......& 3s3p$^3$	&  $^3$D${^o}{_2}$		     &  2.6186  &    2.7437  &   2.6017  &   2.5982  \\
  9......& 3s3p$^3$	&  $^3$D${^o}{_3}$		     &  2.6445  &    2.7683  &   2.6271  &   2.6212  \\
 10......& 3s3p$^3$	&  $^3$P${^o}{_0}$		     &          &    3.1533  &   2.9915  &   2.9906  \\
 11......& 3s3p$^3$	&  $^3$P${^o}{_1}$		     &  3.0040  &    3.1595  &   2.9978  &   2.9956  \\
 12......& 3s3p$^3$	&  $^3$P${^o}{_2}$		     &  3.0097  &    3.1649  &   3.0033  &   2.9910  \\
 13......& 3s3p$^3$	&  $^1$D${^o}{_2}$		     &  3.3017  &    3.5222  &   3.3084  &   3.2968  \\
 14......& 3s$^2$3p3d	&  $^3$F${^o}{_2}$		     &          &    4.1285  &   3.9508  &   3.9906  \\
 15......& 3s3p$^3$	&  $^3$S${^o}{_1}$		     &  3.7860  &    4.1498  &   3.8485  &   3.8390  \\
 16......& 3s$^2$3p3d	&  $^3$F${^o}{_3}$		     &          &    4.1901  &   4.0120  &   4.0500  \\
 17......& 3s$^2$3p3d	&  $^3$F${^o}{_4}$		     &          &    4.2822  &   4.1025  &   4.1366  \\
 18......& 3s3p$^3$	&  $^1$P${^o}{_1}$		     &  3.9918  &    4.3144  &   4.0650  &   4.0348  \\
 19......& 3s$^2$3p3d	&  $^3$P${^o}{_2}$		     &  4.4320  &    4.7668  &   4.5045  &   4.4884  \\
 20......& 3s$^2$3p3d	&  $^3$P${^o}{_1}$		     &  4.5102  &    4.8245  &   4.5788  &   4.5594  \\
 21......& 3s$^2$3p3d	&  $^3$P${^o}{_0}$		     &  4.5867  &    4.8765  &   4.6310  &   4.6076  \\
 22......& 3s$^2$3p3d	&  $^1$D${^o}{_2}$		     &  4.5460  &    4.9284  &   4.6237  &   4.5960  \\
 23......& 3s$^2$3p3d	&  $^3$D${^o}{_1}$		     &  4.6156  &    4.9392  &   4.6924  &   4.6642  \\
 24......& 3s$^2$3p3d	&  $^3$D${^o}{_2}$		     &  4.6406  &    4.9689  &   4.7194  &   4.6918  \\
 25......& 3s$^2$3p3d	&  $^3$D${^o}{_3}$		     &  4.6400  &    4.9694  &   4.7219  &   4.6968  \\
 26......& 3s$^2$3p3d	&  $^1$F${^o}{_3}$		     &  5.0745  &    5.4286  &   5.1884  &   5.2120  \\
 27......& 3p$^4$	&  $^3$P$_2$			     &          &    5.5487  &   5.5444  &	     \\
 28......& 3s$^2$3p3d	&  $^1$P${^o}{_1}$		     &  5.2005  &    5.5975  &   5.3014  &   5.2694  \\
 29......& 3p$^4$	&  $^3$P$_1$			     &          &    5.6581  &   5.6547  &	     \\
 30......& 3p$^4$	&  $^3$P$_0$			     &          &    5.6877  &   5.6844  &	     \\
 31......& 3s3p$^2$3d	&  $^5$F${_1}$  		     &          &    5.7727  &   5.7591  &	     \\
 32......& 3s3p$^2$3d	&  $^5$F${_2}$  		     &          &    5.7924  &   5.7792  &	     \\
 33......& 3p$^4$	&  $^1$D$_2$			     &          &    5.7955  &   5.7830  &	     \\
 34......& 3s3p$^2$3d	&  $^5$F${_3}$  		     &          &    5.8246  &   5.8116  &	     \\
 35......& 3s3p$^2$3d	&  $^5$F${_4}$  		     &          &    5.8698  &   5.8569  &	     \\
 36......& 3s3p$^2$3d	&  $^5$F${_5}$  		     &          &    5.9286  &   5.9151  &	     \\
 37......& 3s3p$^2$3d	&  $^5$D${_0}$  		     &          &    5.9856  &   5.9873  &	     \\
 38......& 3s3p$^2$3d	&  $^5$D${_1}$  		     &          &    5.9911  &   5.9924  &	     \\
 39......& 3s3p$^2$3d	&  $^5$D${_2}$  		     &          &    6.0016  &   6.0024  &	     \\
 40......& 3s3p$^2$3d	&  $^5$D${_3}$  		     &          &    6.0179  &   6.0183  &	     \\
 41......& 3s3p$^2$3d	&  $^5$D${_4}$  		     &          &    6.0444  &   6.0456  &	     \\
 42......& 3s3p$^2$($^1$D)3d   &  $^3$F${_2}$		     &          &    6.2614  &   6.2600  &	     \\
 43......& 3s3p$^2$($^1$D)3d   &  $^3$F${_3}$		     &          &    6.3008  &   6.2996  &	     \\
 44......& 3s3p$^2$($^1$D)3d   &  $^3$F${_4}$		     &          &    6.3595  &   6.3587  &	     \\
 45......& 3s3p$^2$3d	&  $^5$P${_3}$  		     &          &    6.4703  &   6.4298  &	     \\
 46......& 3s3p$^2$3d	&  $^5$P${_2}$  		     &          &    6.5030  &   6.4626  &	     \\
 47......& 3s3p$^2$3d	&  $^5$P${_1}$  		     &          &    6.5227  &   6.4821  &	     \\
 48......& 3p$^4$	&  $^1$S$_0$			     &          &    6.6097  &   6.6104  &	     \\
  & & & & & & \\ \hline
 \end{tabular} 
 \newpage 
\vspace*{-1.0 cm}
 \begin{tabular}{rllrrrr} \hline
  & & & & & &  \\
Index    & Configuration & Level                &  Expt.$^a$  &   GRASP$^b$ &   GRASP$^c$ & CIV3$^d$  \\
  & & & & & & \\ \hline
  & & & & & & \\ 
 49......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$P${_2}$	   &   &  6.7648  &   6.7631  &   \\
 50......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$P${_1}$	   &   &  6.8482  &   6.8462  &   \\
 51......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$P${_0}$	   &   &  6.9048  &   6.9047  &   \\
 52......& 3s3p$^2$3d	&  $^3$G${_3}$  		   &   &  7.0072  &   6.9720  &   \\
 53......& 3s3p$^2$3d	&  $^3$G${_4}$  		   &   &  7.0220  &   6.9868  &   \\
 54......& 3s3p$^2$3d	&  $^3$G${_5}$  		   &   &  7.0414  &   7.0060  &   \\
 55......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$D${_1}$	   &   &  7.0666  &   7.0097  &   \\
 56......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$D${_2}$	   &   &  7.0752  &   7.0186  &   \\
 57......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$D${_3}$	   &   &  7.0921  &   7.0339  &   \\
 58......& 3s3p$^2$3d	&  $^1$G${_4}$  		   &   &  7.1333  &   7.1225  &   \\
 59......& 3s3p$^2$($^1$D)3d   &  $^1$F${_3}$		   &   &  7.2445  &   7.2348  &   \\
 60......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$F${_2}$	   &   &  7.3369  &   7.3136  &   \\
 61......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$F${_3}$	   &   &  7.3838  &   7.3622  &   \\
 62......& 3s3p$^2$($^1$D)3d   &  $^3$D${_1}$		   &   &  7.3972  &   7.3870  &   \\
 63......& 3s3p$^2$($^1$D)3d   &  $^3$D${_2}$		   &   &  7.4209  &   7.4109  &   \\
 64......& 3s3p$^2$($^3$P)($^4$P)3d   &  $^3$F${_4}$	   &   &  7.4509  &   7.4280  &   \\
 65......& 3s3p$^2$($^1$D)3d   &  $^3$P${_0}$		   &   &  7.4676  &   7.4415  &   \\
 66......& 3s3p$^2$($^1$D)3d   &  $^3$D${_3}$		   &   &  7.4687  &   7.4609  &   \\
 67......& 3s3p$^2$($^1$D)3d   &  $^3$P${_1}$		   &   &  7.4842  &   7.4587  &   \\
 68......& 3s3p$^2$($^1$D)3d   &  $^3$P${_2}$		   &   &  7.5160  &   7.4910  &   \\
 69......& 3s3p$^2$($^3$P)3d   &  $^1$P${_1}$		   &   &  7.5402  &   7.5333  &   \\
 70......& 3s3p$^2$3d	&  $^3$S${_1}$  		   &   &  7.6629  &   7.6561  &   \\
 71......& 3s3p$^2$($^1$S)3d   &  $^3$D${_1}$		   &   &  7.7297  &   7.6830  &   \\
 72......& 3s3p$^2$($^1$S)3d   &  $^3$D${_2}$		   &   &  7.7356  &   7.6721  &   \\
 73......& 3s3p$^2$($^1$S)3d   &  $^3$D${_3}$		   &   &  7.7962  &   7.7111  &   \\
 74......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$F${_2}$	   &   &  7.8615  &   7.8205  &   \\
 75......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$F${_3}$	   &   &  7.9025  &   7.8650  &   \\
 76......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$F${_4}$	   &   &  7.9385  &   7.8993  &   \\
 77......& 3s3p$^2$($^1$D)3d   &  $^1$D${_2}$		   &   &  7.9594  &   7.9241  &   \\
 78......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$D${_3}$	   &   &  8.1752  &   8.1095  &   \\
 79......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$D${_2}$	   &   &  8.2051  &   8.1212  &   \\
 80......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$D${_1}$	   &   &  8.2295  &   8.1344  &   \\
 81......& 3s3p$^2$($^1$S)3d   &  $^1$D${_2}$		   &   &  8.2398  &   8.1926  &   \\
 82......& 3s3p$^2$($^1$D)3d   &  $^1$P${_1}$		   &   &  8.3951  &   8.3257  &   \\
 83......& 3s3p$^2$3d	&  $^1$S${_0}$  		   &   &  8.3971  &   8.3913  &   \\
 84......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$P${_2}$	   &   &  8.6544  &   8.6114  &   \\
 85......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$P${_1}$	   &   &  8.7027  &   8.6585  &   \\
 86......& 3s3p$^2$($^3$P)($^2$P)3d   &  $^3$P${_0}$	   &   &  8.7262  &   8.6850  &   \\
 87......& 3s3p$^2$($^3$P)3d   &  $^1$F${_3}$		   &   &  8.8997  &   8.8197  &   \\
 88......& 3s$^2$3d$^2$ &  $^3$F${_2}$  		   &   &  9.0282  &   8.9791  &   \\
 89......& 3s$^2$3d$^2$ &  $^3$F${_3}$  		   &   &  9.0382  &   8.9900  &   \\
 90......& 3s$^2$3d$^2$ &  $^3$F${_4}$  		   &   &  9.0472  &   9.0001  &   \\
 91......& 3s3p$^2$	&  $^1$D${_2}$  		   &   &  9.2874  &   9.1905  &   \\
 92......& 3s$^2$3d$^2$ &  $^1$G${_4}$  		   &   &  9.3583  &   9.2835  &   \\
 93......& 3s$^2$3d$^2$ &  $^3$P${_0}$  		   &   &  9.3808  &   9.2843  &   \\
 94......& 3s$^2$3d$^2$ &  $^3$P${_1}$  		   &   &  9.3883  &   9.2913  &   \\
 95......& 3s$^2$3d$^2$ &  $^3$P${_2}$  		   &   &  9.4030  &   9.3049  &   \\
 96......& 3s$^2$3d$^2$ &  $^1$D${_2}$  		   &   &  9.4997  &   9.4177  &   \\
 97......& 3s$^2$3d$^2$ &  $^1$S${_0}$  		   &   & 10.1460  &  10.1260  &   \\
  & & & & & & \\ \hline								      
\end{tabular}
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\begin{tabbing}
aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa\= \kill
$a$: NIST  ({\tt http://www.physics.nist/gov/PhysRefData})\\
$b$: Present results from 6  configurations and  97 levels \\
$c$: Present results from 13 configurations and 301 levels \\
$d$: Gupta \& Tayal (1998) \\
%$c$:
%$d$:
\end{tabbing}
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Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
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\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\  
   1 &   7 & 3.322+02 & 6.755-02 & 1.360+09 &   4 &   9 & 3.953+02 & 2.698-03 & 8.227+07\\
   1 &  11 & 2.884+02 & 5.235-02 & 1.399+09 &   4 &  11 & 3.379+02 & 6.165-04 & 6.001+07\\
   1 &  15 & 2.196+02 & 1.167-01 & 5.378+09 &   4 &  12 & 3.373+02 & 1.522-06 & 8.927+04\\
   1 &  18 & 2.112+02 & 1.099-01 & 5.478+09 &   4 &  13 & 2.979+02 & 7.595-02 & 5.709+09\\
   1 &  20 & 1.889+02 & 8.184-01 & 5.100+10 &   4 &  14 & 2.486+02 & 2.420-03 & 2.612+08\\
   1 &  23 & 1.845+02 & 2.185-01 & 1.427+10 &   4 &  15 & 2.472+02 & 5.090-02 & 9.262+09\\
   1 &  28 & 1.628+02 & 7.234-03 & 6.069+08 &   4 &  16 & 2.445+02 & 3.149-04 & 2.510+07\\
   2 &   6 & 4.826+02 & 2.261-04 & 3.886+06 &   4 &  18 & 2.366+02 & 1.374-01 & 2.728+10\\
   2 &   7 & 3.427+02 & 6.764-03 & 3.842+08 &   4 &  19 & 2.117+02 & 3.171-02 & 4.719+09\\
   2 &   8 & 3.426+02 & 4.660-02 & 1.589+09 &   4 &  20 & 2.089+02 & 5.166-03 & 1.316+09\\
   2 &  10 & 2.969+02 & 2.088-02 & 4.741+09 &   4 &  22 & 2.041+02 & 3.634-01 & 5.820+10\\
   2 &  11 & 2.962+02 & 2.619-02 & 1.990+09 &   4 &  23 & 2.036+02 & 4.139-03 & 1.110+09\\
   2 &  12 & 2.957+02 & 1.175-02 & 5.378+08 &   4 &  24 & 2.022+02 & 8.732-02 & 1.424+10\\
   2 &  13 & 2.650+02 & 1.233-03 & 7.025+07 &   4 &  25 & 2.022+02 & 2.046-02 & 2.384+09\\
   2 &  14 & 2.253+02 & 1.335-03 & 1.052+08 &   4 &  26 & 1.835+02 & 5.849-01 & 8.275+10\\
   2 &  15 & 2.241+02 & 9.563-02 & 1.270+10 &   4 &  28 & 1.775+02 & 3.598-03 & 1.270+09\\
   2 &  18 & 2.154+02 & 1.206-01 & 1.734+10 &   5 &   7 & 4.814+02 & 4.103-04 & 3.937+06\\
   2 &  19 & 1.946+02 & 3.077-01 & 3.252+10 &   5 &  11 & 3.945+02 & 1.603-03 & 2.290+07\\
   2 &  20 & 1.922+02 & 3.947-05 & 7.126+06 &   5 &  15 & 2.761+02 & 4.316-02 & 1.258+09\\
   2 &  21 & 1.901+02 & 1.009-01 & 5.586+10 &   5 &  18 & 2.630+02 & 7.061-02 & 2.269+09\\
   2 &  22 & 1.881+02 & 1.361-01 & 1.540+10 &   5 &  20 & 2.293+02 & 1.929-03 & 8.158+07\\
   2 &  23 & 1.877+02 & 2.599-01 & 4.922+10 &   5 &  23 & 2.228+02 & 2.803-04 & 1.255+07\\
   2 &  24 & 1.865+02 & 2.400-01 & 2.761+10 &   5 &  28 & 1.919+02 & 1.238-00 & 7.474+10\\
   2 &  28 & 1.653+02 & 5.169-04 & 1.262+08 &   6 &  27 & 2.548+02 & 1.319-04 & 1.356+07\\
   3 &   6 & 5.057+02 & 2.576-04 & 6.720+06 &   6 &  29 & 2.472+02 & 6.050-06 & 1.101+06\\
   3 &   7 & 3.542+02 & 1.246-04 & 1.104+07 &   6 &  31 & 2.398+02 & 7.933-06 & 1.534+06\\
   3 &   8 & 3.541+02 & 1.142-03 & 6.078+07 &   6 &  32 & 2.385+02 & 8.216-05 & 9.632+06\\
   3 &   9 & 3.507+02 & 3.548-02 & 1.374+09 &   6 &  33 & 2.383+02 & 5.373-06 & 6.309+05\\
   3 &  11 & 3.048+02 & 9.956-03 & 1.191+09 &   6 &  34 & 2.365+02 & 2.317-04 & 1.973+07\\
   3 &  12 & 3.043+02 & 5.099-02 & 3.673+09 &   6 &  38 & 2.267+02 & 7.372-04 & 1.594+08\\
   3 &  13 & 2.718+02 & 1.227-03 & 1.108+08 &   6 &  39 & 2.261+02 & 3.274-03 & 4.270+08\\
   3 &  14 & 2.302+02 & 8.368-04 & 1.053+08 &   6 &  40 & 2.252+02 & 6.342-03 & 5.956+08\\
   3 &  15 & 2.290+02 & 1.509-01 & 3.201+10 &   6 &  42 & 2.124+02 & 4.071-05 & 6.016+06\\
   3 &  16 & 2.267+02 & 3.008-03 & 2.789+08 &   6 &  43 & 2.105+02 & 5.604-04 & 6.025+07\\
   3 &  18 & 2.199+02 & 5.764-02 & 1.326+10 &   6 &  45 & 2.026+02 & 5.863-01 & 6.807+10\\
   3 &  19 & 1.982+02 & 1.259-01 & 2.137+10 &   6 &  46 & 2.011+02 & 4.221-01 & 6.960+10\\
   3 &  20 & 1.958+02 & 3.722-02 & 1.079+10 &   6 &  47 & 2.002+02 & 2.562-01 & 7.103+10\\
   3 &  22 & 1.915+02 & 3.247-02 & 5.906+09 &   6 &  49 & 1.901+02 & 3.299-03 & 6.087+08\\
   3 &  23 & 1.911+02 & 4.571-02 & 1.392+10 &   6 &  50 & 1.869+02 & 8.704-04 & 2.771+08\\
   3 &  24 & 1.899+02 & 1.928-01 & 3.566+10 &   6 &  52 & 1.810+02 & 4.074-06 & 5.927+05\\
   3 &  25 & 1.899+02 & 6.014-01 & 7.948+10 &   6 &  55 & 1.789+02 & 7.132-05 & 2.478+07\\
   3 &  26 & 1.733+02 & 2.110-02 & 3.348+09 &   6 &  56 & 1.786+02 & 7.251-04 & 1.517+08\\
   3 &  28 & 1.679+02 & 3.266-05 & 1.288+07 &   6 &  57 & 1.780+02 & 3.124-03 & 4.699+08\\
   4 &   6 & 6.039+02 & 8.345-06 & 1.526+05 &   6 &  59 & 1.728+02 & 2.808-05 & 4.480+06\\
   4 &   7 & 3.997+02 & 3.865-04 & 2.689+07 &   6 &  60 & 1.699+02 & 8.757-06 & 2.024+06\\
   4 &   8 & 3.995+02 & 2.081-04 & 8.696+06 &   6 &  61 & 1.684+02 & 1.275-04 & 2.142+07\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
   6 &  62 & 1.680+02 & 6.463-06 & 2.547+06 &   7 &  62 & 1.958+02 & 1.328-01 & 2.310+10\\
   6 &  63 & 1.672+02 & 5.814-05 & 1.387+07 &   7 &  63 & 1.948+02 & 8.928-02 & 9.417+09\\
   6 &  66 & 1.658+02 & 3.445-04 & 5.972+07 &   7 &  65 & 1.929+02 & 1.117-03 & 6.009+08\\
   6 &  67 & 1.653+02 & 7.668-05 & 3.119+07 &   7 &  67 & 1.922+02 & 1.048-03 & 1.892+08\\
   6 &  68 & 1.644+02 & 3.543-04 & 8.748+07 &   7 &  68 & 1.909+02 & 3.856-03 & 4.234+08\\
   6 &  69 & 1.636+02 & 7.177-07 & 2.979+05 &   7 &  69 & 1.899+02 & 6.754-03 & 1.248+09\\
   6 &  70 & 1.601+02 & 2.918-05 & 1.265+07 &   7 &  70 & 1.852+02 & 8.270-04 & 1.608+08\\
   6 &  71 & 1.583+02 & 2.967-06 & 1.317+06 &   7 &  71 & 1.827+02 & 4.507-04 & 9.003+07\\
   6 &  72 & 1.581+02 & 3.092-05 & 8.250+06 &   7 &  72 & 1.825+02 & 1.256-02 & 1.509+09\\
   6 &  73 & 1.565+02 & 5.323-04 & 1.036+08 &   7 &  74 & 1.780+02 & 1.803-01 & 2.277+10\\
   6 &  74 & 1.547+02 & 7.376-06 & 2.055+06 &   7 &  77 & 1.747+02 & 1.497-03 & 1.964+08\\
   6 &  75 & 1.537+02 & 3.838-07 & 7.744+04 &   7 &  79 & 1.668+02 & 4.301-04 & 6.185+07\\
   6 &  77 & 1.522+02 & 1.434-06 & 4.129+05 &   7 &  80 & 1.661+02 & 1.247-03 & 3.016+08\\
   6 &  78 & 1.469+02 & 3.049-04 & 6.733+07 &   7 &  81 & 1.658+02 & 9.509-04 & 1.385+08\\
   6 &  79 & 1.462+02 & 6.120-05 & 1.910+07 &   7 &  82 & 1.612+02 & 5.930-04 & 1.522+08\\
   6 &  80 & 1.456+02 & 3.944-06 & 2.068+06 &   7 &  83 & 1.612+02 & 4.710-04 & 3.629+08\\
   6 &  81 & 1.454+02 & 2.181-09 & 6.882+02 &   7 &  84 & 1.541+02 & 2.657-05 & 4.476+06\\
   6 &  82 & 1.419+02 & 2.792-07 & 1.542+05 &   7 &  85 & 1.529+02 & 7.248-05 & 2.068+07\\
   6 &  84 & 1.364+02 & 5.689-05 & 2.040+07 &   7 &  86 & 1.523+02 & 7.719-05 & 6.660+07\\
   6 &  85 & 1.354+02 & 1.404-05 & 8.512+06 &   7 &  88 & 1.450+02 & 4.626-03 & 8.807+08\\
   6 &  87 & 1.315+02 & 6.901-09 & 1.900+03 &   7 &  91 & 1.392+02 & 8.843-05 & 1.826+07\\
   6 &  88 & 1.291+02 & 7.822-09 & 3.128+03 &   7 &  93 & 1.373+02 & 3.299-06 & 3.503+06\\
   6 &  89 & 1.290+02 & 3.508-09 & 1.005+03 &   7 &  94 & 1.371+02 & 4.904-06 & 1.740+06\\
   6 &  91 & 1.246+02 & 6.231-07 & 2.678+05 &   7 &  95 & 1.368+02 & 4.132-06 & 8.834+05\\
   6 &  94 & 1.229+02 & 2.155-06 & 1.587+06 &   7 &  96 & 1.349+02 & 4.118-05 & 9.062+06\\
   6 &  95 & 1.226+02 & 5.325-06 & 2.362+06 &   7 &  97 & 1.231+02 & 3.138-05 & 4.145+07\\
   6 &  96 & 1.211+02 & 3.509-09 & 1.597+03 &   8 &  27 & 3.249+02 & 1.938-02 & 1.225+09\\
   7 &  27 & 3.248+02 & 2.809-03 & 1.066+08 &   8 &  29 & 3.127+02 & 3.913-02 & 4.450+09\\
   7 &  29 & 3.126+02 & 2.564-02 & 1.751+09 &   8 &  31 & 3.009+02 & 7.765-07 & 9.538+04\\
   7 &  30 & 3.094+02 & 3.001-02 & 6.271+09 &   8 &  32 & 2.989+02 & 2.679-04 & 2.000+07\\
   7 &  31 & 3.008+02 & 7.339-04 & 5.412+07 &   8 &  33 & 2.986+02 & 7.261-04 & 5.432+07\\
   7 &  32 & 2.988+02 & 2.597-08 & 1.164+03 &   8 &  34 & 2.958+02 & 3.400-05 & 1.852+06\\
   7 &  33 & 2.985+02 & 7.671-05 & 3.445+06 &   8 &  38 & 2.806+02 & 1.158-03 & 1.635+08\\
   7 &  37 & 2.810+02 & 9.644-04 & 2.444+08 &   8 &  39 & 2.797+02 & 2.408-05 & 2.053+06\\
   7 &  38 & 2.805+02 & 3.599-04 & 3.050+07 &   8 &  40 & 2.783+02 & 2.037-06 & 1.253+05\\
   7 &  39 & 2.796+02 & 2.123-07 & 1.087+04 &   8 &  42 & 2.590+02 & 4.971-04 & 4.941+07\\
   7 &  42 & 2.590+02 & 3.244-03 & 1.936+08 &   8 &  43 & 2.562+02 & 1.798-03 & 1.305+08\\
   7 &  46 & 2.423+02 & 2.647-05 & 1.804+06 &   8 &  45 & 2.445+02 & 6.127-04 & 4.882+07\\
   7 &  47 & 2.411+02 & 2.255-05 & 2.588+06 &   8 &  46 & 2.424+02 & 1.591-05 & 1.806+06\\
   7 &  48 & 2.356+02 & 2.313-03 & 8.335+08 &   8 &  47 & 2.411+02 & 7.313-05 & 1.398+07\\
   7 &  49 & 2.266+02 & 2.145-02 & 1.672+09 &   8 &  49 & 2.266+02 & 1.102-01 & 1.431+10\\
   7 &  50 & 2.220+02 & 1.408-01 & 1.906+10 &   8 &  50 & 2.220+02 & 1.031-01 & 2.324+10\\
   7 &  51 & 2.189+02 & 9.204-02 & 3.842+10 &   8 &  52 & 2.137+02 & 3.521-04 & 3.672+07\\
   7 &  55 & 2.108+02 & 1.472-01 & 2.210+10 &   8 &  55 & 2.108+02 & 5.633-02 & 1.409+10\\
   7 &  56 & 2.103+02 & 9.853-02 & 8.913+09 &   8 &  56 & 2.104+02 & 1.339-01 & 2.018+10\\
   7 &  60 & 1.984+02 & 3.499-01 & 3.559+10 &   8 &  57 & 2.096+02 & 5.825-02 & 6.319+09\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
   8 &  59 & 2.025+02 & 2.710-02 & 3.150+09 &   9 &  56 & 2.116+02 & 4.591-02 & 9.576+09\\
   8 &  60 & 1.984+02 & 1.326-01 & 2.246+10 &   9 &  57 & 2.108+02 & 2.360-01 & 3.544+10\\
   8 &  61 & 1.964+02 & 3.364-01 & 4.156+10 &   9 &  58 & 2.088+02 & 1.293-02 & 1.540+09\\
   8 &  62 & 1.958+02 & 2.613-02 & 7.576+09 &   9 &  59 & 2.036+02 & 9.837-03 & 1.583+09\\
   8 &  63 & 1.948+02 & 5.283-02 & 9.284+09 &   9 &  60 & 1.995+02 & 8.070-03 & 1.894+09\\
   8 &  66 & 1.929+02 & 6.918-02 & 8.862+09 &   9 &  61 & 1.974+02 & 1.218-01 & 2.084+10\\
   8 &  67 & 1.922+02 & 4.408-04 & 1.326+08 &   9 &  63 & 1.959+02 & 1.075-02 & 2.618+09\\
   8 &  68 & 1.909+02 & 8.634-03 & 1.580+09 &   9 &  64 & 1.946+02 & 5.024-01 & 6.883+10\\
   8 &  69 & 1.900+02 & 1.151-04 & 3.546+07 &   9 &  66 & 1.939+02 & 2.228-02 & 3.954+09\\
   8 &  70 & 1.852+02 & 4.762-03 & 1.543+09 &   9 &  68 & 1.919+02 & 9.385-04 & 2.379+08\\
   8 &  71 & 1.828+02 & 1.687-04 & 5.616+07 &   9 &  72 & 1.834+02 & 6.395-04 & 1.774+08\\
   8 &  72 & 1.826+02 & 1.952-03 & 3.908+08 &   9 &  73 & 1.812+02 & 4.931-03 & 1.001+09\\
   8 &  73 & 1.804+02 & 4.684-02 & 6.861+09 &   9 &  74 & 1.789+02 & 2.228-04 & 6.500+07\\
   8 &  74 & 1.781+02 & 1.583-02 & 3.331+09 &   9 &  75 & 1.775+02 & 1.381-02 & 2.923+09\\
   8 &  75 & 1.766+02 & 9.800-02 & 1.496+10 &   9 &  76 & 1.762+02 & 1.005-01 & 1.679+10\\
   8 &  77 & 1.747+02 & 1.553-03 & 3.393+08 &   9 &  77 & 1.755+02 & 2.700-04 & 8.184+07\\
   8 &  78 & 1.678+02 & 2.486-04 & 4.208+07 &   9 &  78 & 1.685+02 & 3.371-03 & 7.915+08\\
   8 &  79 & 1.669+02 & 1.439-03 & 3.447+08 &   9 &  79 & 1.676+02 & 2.698-04 & 8.969+07\\
   8 &  80 & 1.661+02 & 2.726-04 & 1.098+08 &   9 &  81 & 1.666+02 & 2.177-04 & 7.328+07\\
   8 &  81 & 1.658+02 & 9.174-05 & 2.226+07 &   9 &  84 & 1.548+02 & 9.569-05 & 3.728+07\\
   8 &  82 & 1.612+02 & 7.706-07 & 3.295+05 &   9 &  87 & 1.486+02 & 5.721-05 & 1.728+07\\
   8 &  84 & 1.542+02 & 1.651-05 & 4.634+06 &   9 &  88 & 1.456+02 & 5.731-06 & 2.526+06\\
   8 &  85 & 1.529+02 & 1.268-04 & 6.027+07 &   9 &  89 & 1.453+02 & 3.135-04 & 9.898+07\\
   8 &  87 & 1.480+02 & 5.294-06 & 1.151+06 &   9 &  90 & 1.451+02 & 4.566-03 & 1.125+09\\
   8 &  88 & 1.450+02 & 3.973-04 & 1.260+08 &   9 &  91 & 1.398+02 & 6.435-07 & 3.075+05\\
   8 &  89 & 1.448+02 & 3.925-03 & 8.924+08 &   9 &  92 & 1.383+02 & 1.651-06 & 4.480+05\\
   8 &  91 & 1.393+02 & 1.062-05 & 3.653+06 &   9 &  95 & 1.374+02 & 1.775-06 & 8.788+05\\
   8 &  94 & 1.371+02 & 3.747-07 & 2.214+05 &   9 &  96 & 1.354+02 & 1.175-05 & 5.988+06\\
   8 &  95 & 1.368+02 & 8.262-06 & 2.943+06 &  10 &  29 & 3.638+02 & 1.376-02 & 2.312+08\\
   8 &  96 & 1.349+02 & 9.330-08 & 3.421+04 &  10 &  31 & 3.479+02 & 4.757-05 & 8.738+05\\
   9 &  27 & 3.278+02 & 5.872-02 & 5.105+09 &  10 &  38 & 3.211+02 & 6.084-04 & 1.312+07\\
   9 &  32 & 3.013+02 & 1.156-04 & 1.189+07 &  10 &  47 & 2.705+02 & 1.270-04 & 3.860+06\\
   9 &  33 & 3.010+02 & 4.141-03 & 4.268+08 &  10 &  50 & 2.466+02 & 9.183-02 & 3.357+09\\
   9 &  34 & 2.982+02 & 1.472-04 & 1.104+07 &  10 &  55 & 2.329+02 & 2.805-04 & 1.150+07\\
   9 &  35 & 2.938+02 & 7.363-05 & 4.425+06 &  10 &  62 & 2.147+02 & 3.106-01 & 1.498+10\\
   9 &  39 & 2.818+02 & 9.031-04 & 1.062+08 &  10 &  67 & 2.104+02 & 3.803-01 & 1.910+10\\
   9 &  40 & 2.804+02 & 1.036-04 & 8.784+06 &  10 &  69 & 2.077+02 & 4.965-02 & 2.558+09\\
   9 &  41 & 2.781+02 & 1.549-05 & 1.039+06 &  10 &  70 & 2.021+02 & 2.841-02 & 1.547+09\\
   9 &  42 & 2.609+02 & 4.714-05 & 6.468+06 &  10 &  71 & 1.991+02 & 2.531-01 & 1.420+10\\
   9 &  43 & 2.580+02 & 4.489-04 & 4.500+07 &  10 &  80 & 1.795+02 & 2.476-01 & 1.708+10\\
   9 &  44 & 2.538+02 & 1.017-03 & 8.196+07 &  10 &  82 & 1.739+02 & 1.021-06 & 7.511+04\\
   9 &  45 & 2.461+02 & 1.494-03 & 1.645+08 &  10 &  85 & 1.642+02 & 1.870-03 & 1.542+08\\
   9 &  46 & 2.440+02 & 8.089-04 & 1.269+08 &  10 &  94 & 1.461+02 & 3.453-05 & 3.594+06\\
   9 &  49 & 2.280+02 & 1.788-01 & 3.211+10 &  11 &  27 & 3.814+02 & 6.753-03 & 1.858+08\\
   9 &  52 & 2.150+02 & 4.693-05 & 6.774+06 &  11 &  29 & 3.647+02 & 6.029-04 & 3.023+07\\
   9 &  53 & 2.142+02 & 9.366-04 & 1.059+08 &  11 &  30 & 3.604+02 & 8.328-03 & 1.283+09\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  11 &  31 & 3.487+02 & 3.164-05 & 1.735+06 &  12 &  33 & 3.464+02 & 1.829-03 & 1.017+08\\
  11 &  32 & 3.461+02 & 1.040-04 & 3.473+06 &  12 &  34 & 3.426+02 & 2.931-05 & 1.190+06\\
  11 &  33 & 3.457+02 & 2.792-04 & 9.349+06 &  12 &  38 & 3.224+02 & 2.851-04 & 3.049+07\\
  11 &  37 & 3.225+02 & 3.721-04 & 7.162+07 &  12 &  39 & 3.212+02 & 5.869-05 & 3.793+06\\
  11 &  38 & 3.218+02 & 3.986-05 & 2.567+06 &  12 &  40 & 3.194+02 & 3.317-05 & 1.549+06\\
  11 &  39 & 3.206+02 & 1.750-04 & 6.812+06 &  12 &  42 & 2.943+02 & 1.904-05 & 1.466+06\\
  11 &  42 & 2.938+02 & 1.414-06 & 6.558+04 &  12 &  43 & 2.906+02 & 7.256-08 & 4.094+03\\
  11 &  46 & 2.725+02 & 1.173-04 & 6.318+06 &  12 &  45 & 2.757+02 & 2.490-04 & 1.561+07\\
  11 &  47 & 2.710+02 & 2.141-05 & 1.945+06 &  12 &  46 & 2.730+02 & 8.176-04 & 7.318+07\\
  11 &  48 & 2.641+02 & 1.010-03 & 2.896+08 &  12 &  47 & 2.714+02 & 4.114-04 & 6.210+07\\
  11 &  49 & 2.528+02 & 3.399-02 & 2.129+09 &  12 &  49 & 2.531+02 & 4.228-02 & 4.401+09\\
  11 &  50 & 2.470+02 & 9.843-03 & 1.076+09 &  12 &  50 & 2.474+02 & 4.699-02 & 8.534+09\\
  11 &  51 & 2.433+02 & 4.543-02 & 1.536+10 &  12 &  52 & 2.372+02 & 2.132-04 & 1.806+07\\
  11 &  55 & 2.332+02 & 4.237-03 & 5.196+08 &  12 &  55 & 2.336+02 & 1.665-03 & 3.393+08\\
  11 &  56 & 2.327+02 & 9.155-04 & 6.765+07 &  12 &  56 & 2.330+02 & 4.008-03 & 4.923+08\\
  11 &  60 & 2.181+02 & 5.824-03 & 4.898+08 &  12 &  57 & 2.320+02 & 3.056-03 & 2.704+08\\
  11 &  62 & 2.150+02 & 4.620-02 & 6.664+09 &  12 &  59 & 2.234+02 & 4.347-02 & 4.151+09\\
  11 &  63 & 2.138+02 & 2.826-01 & 2.473+10 &  12 &  60 & 2.184+02 & 6.654-05 & 9.303+06\\
  11 &  65 & 2.115+02 & 1.250-01 & 5.590+10 &  12 &  61 & 2.160+02 & 1.789-02 & 1.827+09\\
  11 &  67 & 2.107+02 & 1.145-01 & 1.721+10 &  12 &  62 & 2.153+02 & 6.149-04 & 1.475+08\\
  11 &  68 & 2.092+02 & 1.223-01 & 1.119+10 &  12 &  63 & 2.141+02 & 1.482-02 & 2.157+09\\
  11 &  69 & 2.080+02 & 1.802-03 & 2.777+08 &  12 &  66 & 2.117+02 & 2.260-01 & 2.402+10\\
  11 &  70 & 2.024+02 & 1.086-01 & 1.769+10 &  12 &  67 & 2.110+02 & 7.531-02 & 1.881+10\\
  11 &  71 & 1.994+02 & 3.620-02 & 6.073+09 &  12 &  68 & 2.094+02 & 2.744-01 & 4.173+10\\
  11 &  72 & 1.991+02 & 1.549-01 & 1.564+10 &  12 &  69 & 2.083+02 & 1.902-02 & 4.874+09\\
  11 &  74 & 1.938+02 & 1.400-05 & 1.492+06 &  12 &  70 & 2.026+02 & 1.168-01 & 3.164+10\\
  11 &  77 & 1.899+02 & 1.859-02 & 2.065+09 &  12 &  71 & 1.996+02 & 3.683-03 & 1.027+09\\
  11 &  79 & 1.806+02 & 1.763-01 & 2.163+10 &  12 &  72 & 1.994+02 & 3.029-02 & 5.084+09\\
  11 &  80 & 1.797+02 & 6.512-02 & 1.345+10 &  12 &  73 & 1.968+02 & 1.810-01 & 2.228+10\\
  11 &  81 & 1.794+02 & 1.011-03 & 1.258+08 &  12 &  74 & 1.940+02 & 3.167-04 & 5.612+07\\
  11 &  82 & 1.741+02 & 1.266-03 & 2.788+08 &  12 &  75 & 1.924+02 & 1.469-02 & 1.891+09\\
  11 &  83 & 1.740+02 & 7.697-04 & 5.088+08 &  12 &  77 & 1.901+02 & 6.060-04 & 1.119+08\\
  11 &  84 & 1.658+02 & 1.426-05 & 2.076+06 &  12 &  78 & 1.819+02 & 1.727-01 & 2.488+10\\
  11 &  85 & 1.644+02 & 1.121-03 & 2.767+08 &  12 &  79 & 1.808+02 & 4.448-02 & 9.076+09\\
  11 &  86 & 1.637+02 & 1.053-03 & 7.865+08 &  12 &  80 & 1.799+02 & 2.848-03 & 9.781+08\\
  11 &  88 & 1.553+02 & 4.636-04 & 7.695+07 &  12 &  81 & 1.796+02 & 1.193-04 & 2.468+07\\
  11 &  91 & 1.487+02 & 3.119-05 & 5.644+06 &  12 &  82 & 1.742+02 & 4.063-04 & 1.488+08\\
  11 &  93 & 1.465+02 & 3.089-05 & 2.881+07 &  12 &  84 & 1.660+02 & 1.454-03 & 3.519+08\\
  11 &  94 & 1.463+02 & 5.455-05 & 1.700+07 &  12 &  85 & 1.646+02 & 4.175-04 & 1.714+08\\
  11 &  95 & 1.460+02 & 2.045-05 & 3.843+06 &  12 &  87 & 1.589+02 & 4.872-03 & 9.193+08\\
  11 &  96 & 1.437+02 & 3.122-06 & 6.049+05 &  12 &  88 & 1.554+02 & 2.930-05 & 8.091+06\\
  11 &  97 & 1.304+02 & 1.516-07 & 1.783+05 &  12 &  89 & 1.551+02 & 6.210-04 & 1.229+08\\
  12 &  27 & 3.823+02 & 9.302-03 & 4.246+08 &  12 &  91 & 1.488+02 & 3.001-04 & 9.035+07\\
  12 &  29 & 3.655+02 & 1.043-02 & 8.676+08 &  12 &  94 & 1.464+02 & 3.986-07 & 2.067+05\\
  12 &  31 & 3.494+02 & 2.653-05 & 2.416+06 &  12 &  95 & 1.461+02 & 1.910-06 & 5.969+05\\
  12 &  32 & 3.468+02 & 1.713-04 & 9.498+06 &  12 &  96 & 1.439+02 & 1.324-06 & 4.268+05\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  13 &  27 & 4.497+02 & 5.544-03 & 1.829+08 &  13 &  91 & 1.581+02 & 1.109-02 & 2.962+09\\
  13 &  29 & 4.266+02 & 4.413-04 & 2.695+07 &  13 &  94 & 1.553+02 & 2.663-05 & 1.227+07\\
  13 &  31 & 4.049+02 & 7.604-07 & 5.156+04 &  13 &  95 & 1.550+02 & 6.721-04 & 1.867+08\\
  13 &  32 & 4.014+02 & 3.845-03 & 1.592+08 &  13 &  96 & 1.524+02 & 5.027-03 & 1.443+09\\
  13 &  33 & 4.009+02 & 9.626-02 & 3.996+09 &  14 &  27 & 6.417+02 & 9.112-06 & 1.476+05\\
  13 &  34 & 3.958+02 & 3.002-06 & 9.131+04 &  14 &  29 & 5.958+02 & 9.013-06 & 2.823+05\\
  13 &  38 & 3.691+02 & 4.230-06 & 3.451+05 &  14 &  31 & 5.542+02 & 1.808-04 & 6.545+06\\
  13 &  39 & 3.675+02 & 7.915-05 & 3.908+06 &  14 &  32 & 5.477+02 & 1.203-04 & 2.676+06\\
  13 &  40 & 3.651+02 & 4.429-07 & 1.583+04 &  14 &  33 & 5.467+02 & 3.466-04 & 7.735+06\\
  13 &  42 & 3.327+02 & 1.901-04 & 1.146+07 &  14 &  34 & 5.373+02 & 1.536-05 & 2.536+05\\
  13 &  43 & 3.280+02 & 1.784-04 & 7.902+06 &  14 &  38 & 4.893+02 & 1.188-05 & 5.516+05\\
  13 &  45 & 3.091+02 & 1.442-07 & 7.189+03 &  14 &  39 & 4.865+02 & 1.267-04 & 3.571+06\\
  13 &  46 & 3.057+02 & 1.271-05 & 9.074+05 &  14 &  40 & 4.823+02 & 8.481-05 & 1.737+06\\
  13 &  47 & 3.037+02 & 3.735-06 & 4.502+05 &  14 &  42 & 4.272+02 & 1.158-02 & 4.231+08\\
  13 &  49 & 2.810+02 & 2.074-03 & 1.752+08 &  14 &  43 & 4.195+02 & 2.052-03 & 5.556+07\\
  13 &  50 & 2.740+02 & 1.045-06 & 1.548+05 &  14 &  45 & 3.891+02 & 2.413-06 & 7.593+04\\
  13 &  52 & 2.615+02 & 7.864-03 & 5.480+08 &  14 &  46 & 3.838+02 & 3.690-06 & 1.671+05\\
  13 &  55 & 2.571+02 & 9.456-04 & 1.590+08 &  14 &  47 & 3.806+02 & 6.554-07 & 5.030+04\\
  13 &  56 & 2.565+02 & 4.646-04 & 4.711+07 &  14 &  49 & 3.457+02 & 3.985-05 & 2.224+06\\
  13 &  57 & 2.553+02 & 1.423-02 & 1.041+09 &  14 &  50 & 3.351+02 & 5.059-05 & 5.010+06\\
  13 &  59 & 2.448+02 & 2.530-01 & 2.011+10 &  14 &  52 & 3.166+02 & 2.053-01 & 9.763+09\\
  13 &  60 & 2.389+02 & 3.567-04 & 4.170+07 &  14 &  55 & 3.102+02 & 3.800-03 & 4.391+08\\
  13 &  61 & 2.360+02 & 4.962-04 & 4.246+07 &  14 &  56 & 3.093+02 & 5.050-03 & 3.522+08\\
  13 &  62 & 2.352+02 & 4.806-04 & 9.660+07 &  14 &  57 & 3.075+02 & 1.819-03 & 9.165+07\\
  13 &  63 & 2.337+02 & 4.698-06 & 5.736+05 &  14 &  59 & 2.925+02 & 2.271-03 & 1.265+08\\
  13 &  66 & 2.309+02 & 3.575-02 & 3.195+09 &  14 &  60 & 2.840+02 & 6.546-02 & 5.413+09\\
  13 &  67 & 2.300+02 & 1.702-04 & 3.576+07 &  14 &  61 & 2.799+02 & 6.446-03 & 3.919+08\\
  13 &  68 & 2.282+02 & 4.654-03 & 5.962+08 &  14 &  62 & 2.788+02 & 9.223-03 & 1.319+09\\
  13 &  69 & 2.268+02 & 2.111-01 & 4.562+10 &  14 &  63 & 2.768+02 & 2.333-03 & 2.031+08\\
  13 &  70 & 2.201+02 & 2.054-02 & 4.715+09 &  14 &  66 & 2.728+02 & 1.258-03 & 8.055+07\\
  13 &  71 & 2.166+02 & 2.434-02 & 5.769+09 &  14 &  67 & 2.716+02 & 7.059-04 & 1.064+08\\
  13 &  72 & 2.163+02 & 3.378-03 & 4.816+08 &  14 &  68 & 2.690+02 & 1.385-04 & 1.277+07\\
  13 &  73 & 2.132+02 & 6.059-03 & 6.350+08 &  14 &  69 & 2.671+02 & 1.424-02 & 2.220+09\\
  13 &  74 & 2.100+02 & 1.938-02 & 2.932+09 &  14 &  70 & 2.578+02 & 5.376-03 & 8.991+08\\
  13 &  75 & 2.080+02 & 2.468-03 & 2.717+08 &  14 &  71 & 2.531+02 & 1.629-01 & 2.829+10\\
  13 &  77 & 2.054+02 & 2.354-01 & 3.723+10 &  14 &  72 & 2.526+02 & 6.793-02 & 7.100+09\\
  13 &  78 & 1.958+02 & 1.879-03 & 2.334+08 &  14 &  73 & 2.485+02 & 9.336-03 & 7.206+08\\
  13 &  79 & 1.946+02 & 4.860-03 & 8.562+08 &  14 &  74 & 2.441+02 & 2.301-01 & 2.576+10\\
  13 &  80 & 1.936+02 & 2.172-04 & 6.445+07 &  14 &  75 & 2.415+02 & 2.929-02 & 2.394+09\\
  13 &  81 & 1.932+02 & 1.196-01 & 2.139+10 &  14 &  77 & 2.379+02 & 2.338-02 & 2.757+09\\
  13 &  82 & 1.870+02 & 8.930-03 & 2.839+09 &  14 &  78 & 2.252+02 & 3.608-03 & 3.390+08\\
  13 &  84 & 1.776+02 & 2.821-03 & 5.968+08 &  14 &  79 & 2.235+02 & 2.809-02 & 3.749+09\\
  13 &  85 & 1.759+02 & 1.816-04 & 6.525+07 &  14 &  80 & 2.222+02 & 3.409-02 & 7.675+09\\
  13 &  87 & 1.695+02 & 2.631-01 & 4.365+10 &  14 &  81 & 2.216+02 & 1.763-04 & 2.394+07\\
  13 &  88 & 1.655+02 & 1.026-03 & 2.497+08 &  14 &  82 & 2.136+02 & 4.952-04 & 1.207+08\\
  13 &  89 & 1.652+02 & 3.371-06 & 5.885+05 &  14 &  84 & 2.014+02 & 1.303-07 & 2.144+04\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  14 &  85 & 1.992+02 & 2.674-05 & 7.489+06 &  15 &  88 & 1.868+02 & 1.766-03 & 2.026+08\\
  14 &  87 & 1.910+02 & 5.329-03 & 6.961+08 &  15 &  91 & 1.774+02 & 2.232-01 & 2.839+10\\
  14 &  88 & 1.860+02 & 1.785-01 & 3.443+10 &  15 &  93 & 1.742+02 & 2.698-03 & 1.779+09\\
  14 &  89 & 1.856+02 & 1.115-02 & 1.541+09 &  15 &  94 & 1.739+02 & 9.123-03 & 2.011+09\\
  14 &  91 & 1.766+02 & 2.885-03 & 6.168+08 &  15 &  95 & 1.735+02 & 4.088-03 & 5.437+08\\
  14 &  94 & 1.732+02 & 3.384-04 & 1.253+08 &  15 &  96 & 1.703+02 & 4.495-03 & 6.201+08\\
  14 &  95 & 1.728+02 & 3.661-05 & 8.180+06 &  15 &  97 & 1.520+02 & 2.313-03 & 2.004+09\\
  14 &  96 & 1.697+02 & 8.596-04 & 1.992+08 &  16 &  27 & 6.708+02 & 1.345-05 & 2.791+05\\
  15 &  27 & 6.514+02 & 2.105-02 & 1.986+08 &  16 &  32 & 5.687+02 & 1.173-04 & 3.387+06\\
  15 &  29 & 6.042+02 & 1.168-02 & 2.134+08 &  16 &  33 & 5.677+02 & 5.937-07 & 1.721+04\\
  15 &  30 & 5.925+02 & 6.064-03 & 3.456+08 &  16 &  34 & 5.575+02 & 5.520-05 & 1.184+06\\
  15 &  31 & 5.615+02 & 1.937-05 & 4.098+05 &  16 &  35 & 5.425+02 & 1.263-04 & 2.227+06\\
  15 &  32 & 5.548+02 & 1.755-04 & 2.282+06 &  16 &  39 & 5.031+02 & 1.108-05 & 4.089+05\\
  15 &  33 & 5.537+02 & 2.496-03 & 3.258+07 &  16 &  40 & 4.986+02 & 3.828-04 & 1.027+07\\
  15 &  37 & 4.964+02 & 9.206-05 & 7.477+06 &  16 &  41 & 4.914+02 & 1.413-04 & 3.035+06\\
  15 &  38 & 4.949+02 & 9.238-05 & 2.516+06 &  16 &  42 & 4.400+02 & 4.453-04 & 2.148+07\\
  15 &  39 & 4.921+02 & 2.267-05 & 3.747+05 &  16 &  43 & 4.317+02 & 9.965-03 & 3.566+08\\
  15 &  42 & 4.315+02 & 6.191-05 & 1.330+06 &  16 &  44 & 4.201+02 & 1.396-03 & 4.105+07\\
  15 &  46 & 3.872+02 & 4.281-05 & 1.142+06 &  16 &  45 & 3.996+02 & 1.438-05 & 6.007+05\\
  15 &  47 & 3.840+02 & 2.040-05 & 9.228+05 &  16 &  46 & 3.940+02 & 2.613-06 & 1.572+05\\
  15 &  48 & 3.705+02 & 3.969-02 & 5.787+09 &  16 &  49 & 3.539+02 & 4.120-06 & 3.071+05\\
  15 &  49 & 3.485+02 & 1.673-02 & 5.514+08 &  16 &  52 & 3.235+02 & 8.301-03 & 5.292+08\\
  15 &  50 & 3.377+02 & 1.369-02 & 8.010+08 &  16 &  53 & 3.218+02 & 1.902-01 & 9.531+09\\
  15 &  51 & 3.308+02 & 8.064-04 & 1.475+08 &  16 &  56 & 3.159+02 & 1.035-03 & 9.690+07\\
  15 &  55 & 3.124+02 & 2.436-04 & 1.664+07 &  16 &  57 & 3.140+02 & 2.142-03 & 1.449+08\\
  15 &  56 & 3.115+02 & 8.075-05 & 3.330+06 &  16 &  58 & 3.096+02 & 3.422-03 & 1.852+08\\
  15 &  60 & 2.859+02 & 3.266-04 & 1.599+07 &  16 &  59 & 2.984+02 & 5.175-03 & 3.878+08\\
  15 &  62 & 2.806+02 & 1.797-04 & 1.522+07 &  16 &  60 & 2.896+02 & 6.404-03 & 7.130+08\\
  15 &  63 & 2.786+02 & 2.351-04 & 1.212+07 &  16 &  61 & 2.853+02 & 4.430-02 & 3.630+09\\
  15 &  65 & 2.747+02 & 1.618-03 & 4.293+08 &  16 &  63 & 2.821+02 & 9.852-03 & 1.156+09\\
  15 &  67 & 2.733+02 & 5.342-03 & 4.771+08 &  16 &  64 & 2.795+02 & 3.234-03 & 2.148+08\\
  15 &  68 & 2.707+02 & 7.436-03 & 4.061+08 &  16 &  66 & 2.780+02 & 3.445-03 & 2.974+08\\
  15 &  69 & 2.688+02 & 3.773-04 & 3.483+07 &  16 &  68 & 2.740+02 & 3.683-04 & 4.581+07\\
  15 &  70 & 2.594+02 & 1.063-04 & 1.053+07 &  16 &  72 & 2.570+02 & 1.613-01 & 2.280+10\\
  15 &  71 & 2.546+02 & 1.087-03 & 1.119+08 &  16 &  73 & 2.527+02 & 1.035-01 & 1.081+10\\
  15 &  72 & 2.541+02 & 2.084-03 & 1.292+08 &  16 &  74 & 2.482+02 & 4.474-02 & 6.782+09\\
  15 &  74 & 2.455+02 & 2.031-03 & 1.349+08 &  16 &  75 & 2.455+02 & 1.921-01 & 2.126+10\\
  15 &  77 & 2.392+02 & 4.635-03 & 3.242+08 &  16 &  76 & 2.431+02 & 3.355-02 & 2.945+09\\
  15 &  79 & 2.247+02 & 1.650-02 & 1.307+09 &  16 &  77 & 2.418+02 & 1.979-02 & 3.163+09\\
  15 &  80 & 2.234+02 & 3.146-03 & 4.206+08 &  16 &  78 & 2.287+02 & 3.857-02 & 4.920+09\\
  15 &  81 & 2.228+02 & 2.696-01 & 2.174+10 &  16 &  79 & 2.270+02 & 2.981-02 & 5.404+09\\
  15 &  82 & 2.147+02 & 3.950-01 & 5.718+10 &  16 &  81 & 2.250+02 & 5.562-03 & 1.026+09\\
  15 &  83 & 2.146+02 & 1.555-01 & 6.759+10 &  16 &  84 & 2.041+02 & 8.415-05 & 1.886+07\\
  15 &  84 & 2.023+02 & 4.956-01 & 4.846+10 &  16 &  87 & 1.935+02 & 3.114-04 & 5.548+07\\
  15 &  85 & 2.001+02 & 2.155-01 & 3.589+10 &  16 &  88 & 1.884+02 & 1.743-02 & 4.587+09\\
  15 &  86 & 1.991+02 & 6.280-02 & 3.169+10 &  16 &  89 & 1.880+02 & 1.733-01 & 3.272+10\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  16 &  90 & 1.876+02 & 4.858-03 & 7.160+08 &  18 &  55 & 3.311+02 & 6.940-05 & 4.222+06\\
  16 &  91 & 1.788+02 & 8.397-05 & 2.454+07 &  18 &  56 & 3.301+02 & 1.103-04 & 4.050+06\\
  16 &  92 & 1.763+02 & 2.221-03 & 3.707+08 &  18 &  60 & 3.015+02 & 2.087-04 & 9.188+06\\
  16 &  95 & 1.748+02 & 7.015-04 & 2.144+08 &  18 &  62 & 2.956+02 & 2.840-05 & 2.168+06\\
  16 &  96 & 1.716+02 & 6.172-05 & 1.957+07 &  18 &  63 & 2.933+02 & 2.101-04 & 9.772+06\\
  17 &  34 & 5.908+02 & 5.040-05 & 1.238+06 &  18 &  65 & 2.890+02 & 8.513-04 & 2.040+08\\
  17 &  35 & 5.740+02 & 3.931-05 & 7.958+05 &  18 &  67 & 2.875+02 & 2.023-03 & 1.633+08\\
  17 &  36 & 5.535+02 & 5.208-04 & 9.278+06 &  18 &  68 & 2.846+02 & 4.347-03 & 2.148+08\\
  17 &  40 & 5.250+02 & 8.700-06 & 2.707+05 &  18 &  69 & 2.825+02 & 4.574-05 & 3.823+06\\
  17 &  41 & 5.171+02 & 6.477-04 & 1.616+07 &  18 &  70 & 2.721+02 & 7.764-05 & 6.992+06\\
  17 &  43 & 4.514+02 & 2.425-04 & 1.020+07 &  18 &  71 & 2.668+02 & 1.725-05 & 1.616+06\\
  17 &  44 & 4.387+02 & 8.701-03 & 3.016+08 &  18 &  72 & 2.664+02 & 5.850-04 & 3.300+07\\
  17 &  45 & 4.165+02 & 2.092-06 & 1.034+05 &  18 &  74 & 2.569+02 & 1.410-03 & 8.552+07\\
  17 &  52 & 3.344+02 & 5.064-05 & 3.884+06 &  18 &  77 & 2.500+02 & 1.450-03 & 9.287+07\\
  17 &  53 & 3.326+02 & 6.100-03 & 3.678+08 &  18 &  79 & 2.342+02 & 9.011-03 & 6.574+08\\
  17 &  54 & 3.303+02 & 1.836-01 & 9.186+09 &  18 &  80 & 2.328+02 & 1.945-03 & 2.395+08\\
  17 &  57 & 3.243+02 & 5.367-04 & 4.376+07 &  18 &  81 & 2.321+02 & 1.160-01 & 8.613+09\\
  17 &  58 & 3.196+02 & 2.900-03 & 1.893+08 &  18 &  82 & 2.233+02 & 1.502-01 & 2.009+10\\
  17 &  59 & 3.076+02 & 5.645-05 & 5.116+06 &  18 &  83 & 2.232+02 & 4.972-02 & 1.997+10\\
  17 &  61 & 2.938+02 & 3.449-03 & 3.427+08 &  18 &  84 & 2.100+02 & 6.629-01 & 6.018+10\\
  17 &  64 & 2.876+02 & 4.035-02 & 3.254+09 &  18 &  85 & 2.077+02 & 4.659-01 & 7.208+10\\
  17 &  66 & 2.860+02 & 6.708-03 & 7.035+08 &  18 &  86 & 2.066+02 & 1.649-01 & 7.736+10\\
  17 &  73 & 2.593+02 & 1.151-01 & 1.468+10 &  18 &  88 & 1.933+02 & 2.090-03 & 2.238+08\\
  17 &  75 & 2.517+02 & 1.166-01 & 1.578+10 &  18 &  91 & 1.832+02 & 2.081-01 & 2.480+10\\
  17 &  76 & 2.492+02 & 3.642-01 & 3.911+10 &  18 &  93 & 1.799+02 & 6.055-03 & 3.745+09\\
  17 &  78 & 2.341+02 & 5.716-02 & 8.946+09 &  18 &  94 & 1.796+02 & 1.289-02 & 2.665+09\\
  17 &  87 & 1.974+02 & 2.483-05 & 5.467+06 &  18 &  95 & 1.791+02 & 3.416-02 & 4.263+09\\
  17 &  89 & 1.916+02 & 1.371-02 & 3.203+09 &  18 &  96 & 1.757+02 & 5.186-03 & 6.721+08\\
  17 &  90 & 1.912+02 & 1.851-01 & 3.375+10 &  18 &  97 & 1.563+02 & 1.471-03 & 1.205+09\\
  17 &  92 & 1.795+02 & 1.804-09 & 3.734+02 &  19 &  27 & 1.165+03 & 4.539-04 & 2.230+06\\
  18 &  27 & 7.383+02 & 1.234-02 & 9.062+07 &  19 &  29 & 1.022+03 & 1.955-05 & 2.079+05\\
  18 &  29 & 6.782+02 & 1.079-02 & 1.564+08 &  19 &  31 & 9.059+02 & 1.154-06 & 1.563+04\\
  18 &  30 & 6.635+02 & 2.326-03 & 1.057+08 &  19 &  32 & 8.885+02 & 3.231-05 & 2.730+05\\
  18 &  31 & 6.249+02 & 1.627-05 & 2.779+05 &  19 &  33 & 8.858+02 & 7.106-04 & 6.041+06\\
  18 &  32 & 6.165+02 & 4.058-04 & 4.272+06 &  19 &  34 & 8.615+02 & 5.282-05 & 3.391+05\\
  18 &  33 & 6.153+02 & 1.266-02 & 1.339+08 &  19 &  38 & 7.443+02 & 8.119-06 & 1.629+05\\
  18 &  37 & 5.453+02 & 2.179-05 & 1.467+06 &  19 &  39 & 7.380+02 & 1.710-06 & 2.094+04\\
  18 &  38 & 5.435+02 & 8.971-05 & 2.026+06 &  19 &  40 & 7.283+02 & 7.750-05 & 6.961+05\\
  18 &  39 & 5.401+02 & 7.091-05 & 9.729+05 &  19 &  42 & 6.097+02 & 1.774-04 & 3.184+06\\
  18 &  42 & 4.680+02 & 4.015-05 & 7.336+05 &  19 &  43 & 5.940+02 & 5.803-04 & 7.835+06\\
  18 &  46 & 4.164+02 & 4.156-05 & 9.595+05 &  19 &  45 & 5.349+02 & 4.036-05 & 6.720+05\\
  18 &  47 & 4.126+02 & 2.794-05 & 1.094+06 &  19 &  46 & 5.248+02 & 2.287-05 & 5.538+05\\
  18 &  48 & 3.970+02 & 2.761-02 & 3.505+09 &  19 &  47 & 5.190+02 & 1.974-07 & 8.149+03\\
  18 &  49 & 3.719+02 & 1.733-02 & 5.015+08 &  19 &  49 & 4.561+02 & 7.117-03 & 2.282+08\\
  18 &  50 & 3.596+02 & 1.343-02 & 6.927+08 &  19 &  50 & 4.378+02 & 3.239-03 & 1.879+08\\
  18 &  51 & 3.518+02 & 1.202-02 & 1.943+09 &  19 &  52 & 4.067+02 & 7.043-05 & 2.028+06\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  19 &  55 & 3.962+02 & 2.062-05 & 1.460+06 &  20 &  49 & 4.696+02 & 5.803-03 & 1.053+08\\
  19 &  56 & 3.948+02 & 1.280-04 & 5.480+06 &  20 &  50 & 4.503+02 & 2.760-03 & 9.078+07\\
  19 &  57 & 3.919+02 & 5.970-04 & 1.852+07 &  20 &  51 & 4.380+02 & 3.471-03 & 3.620+08\\
  19 &  59 & 3.678+02 & 2.155-02 & 7.591+08 &  20 &  55 & 4.064+02 & 2.218-03 & 8.958+07\\
  19 &  60 & 3.546+02 & 2.410-03 & 1.279+08 &  20 &  56 & 4.049+02 & 2.889-04 & 7.054+06\\
  19 &  61 & 3.482+02 & 8.502-03 & 3.341+08 &  20 &  60 & 3.627+02 & 1.976-03 & 6.011+07\\
  19 &  62 & 3.464+02 & 1.468-03 & 1.360+08 &  20 &  62 & 3.542+02 & 2.002-02 & 1.064+09\\
  19 &  63 & 3.433+02 & 1.392-02 & 7.879+08 &  20 &  63 & 3.510+02 & 2.132-02 & 6.927+08\\
  19 &  66 & 3.373+02 & 3.276-02 & 1.372+09 &  20 &  65 & 3.448+02 & 1.776-02 & 2.989+09\\
  19 &  67 & 3.353+02 & 1.430-02 & 1.413+09 &  20 &  67 & 3.426+02 & 8.585-05 & 4.878+06\\
  19 &  68 & 3.315+02 & 1.171-02 & 7.112+08 &  20 &  68 & 3.386+02 & 1.059-02 & 3.697+08\\
  19 &  69 & 3.286+02 & 9.645-03 & 9.932+08 &  20 &  69 & 3.355+02 & 4.010-04 & 2.376+07\\
  19 &  70 & 3.146+02 & 1.068-02 & 1.199+09 &  20 &  70 & 3.210+02 & 1.961-02 & 1.269+09\\
  19 &  71 & 3.075+02 & 3.104-05 & 3.648+06 &  20 &  71 & 3.137+02 & 2.995-03 & 2.031+08\\
  19 &  72 & 3.070+02 & 9.816-04 & 6.950+07 &  20 &  72 & 3.130+02 & 7.738-06 & 3.160+05\\
  19 &  73 & 3.008+02 & 1.733-02 & 9.126+08 &  20 &  74 & 3.000+02 & 1.197-01 & 5.322+09\\
  19 &  74 & 2.945+02 & 7.908-03 & 6.084+08 &  20 &  77 & 2.907+02 & 6.560-03 & 3.107+08\\
  19 &  75 & 2.906+02 & 7.549-02 & 4.259+09 &  20 &  79 & 2.695+02 & 3.435-01 & 1.892+10\\
  19 &  77 & 2.854+02 & 7.874-03 & 6.447+08 &  20 &  80 & 2.676+02 & 3.484-02 & 3.245+09\\
  19 &  78 & 2.674+02 & 3.701-01 & 2.467+10 &  20 &  81 & 2.668+02 & 3.762-02 & 2.115+09\\
  19 &  79 & 2.650+02 & 3.934-02 & 3.735+09 &  20 &  82 & 2.552+02 & 2.342-03 & 2.399+08\\
  19 &  80 & 2.632+02 & 7.424-04 & 1.192+08 &  20 &  83 & 2.551+02 & 7.721-04 & 2.375+08\\
  19 &  81 & 2.624+02 & 3.054-02 & 2.959+09 &  20 &  84 & 2.379+02 & 6.042-02 & 4.272+09\\
  19 &  82 & 2.511+02 & 7.641-03 & 1.347+09 &  20 &  85 & 2.350+02 & 1.306-01 & 1.577+10\\
  19 &  84 & 2.344+02 & 1.345-01 & 1.633+10 &  20 &  86 & 2.336+02 & 3.215-04 & 1.179+08\\
  19 &  85 & 2.315+02 & 5.456-05 & 1.132+07 &  20 &  88 & 2.168+02 & 2.095-01 & 1.784+10\\
  19 &  87 & 2.205+02 & 6.607-02 & 6.475+09 &  20 &  91 & 2.042+02 & 6.062-04 & 5.819+07\\
  19 &  88 & 2.138+02 & 1.270-02 & 1.853+09 &  20 &  93 & 2.000+02 & 3.251-01 & 1.627+11\\
  19 &  89 & 2.133+02 & 8.009-02 & 8.384+09 &  20 &  94 & 1.997+02 & 2.906-02 & 4.863+09\\
  19 &  91 & 2.016+02 & 5.825-02 & 9.562+09 &  20 &  95 & 1.990+02 & 1.529-01 & 1.544+10\\
  19 &  94 & 1.972+02 & 2.342-01 & 6.696+10 &  20 &  96 & 1.949+02 & 5.582-04 & 5.880+07\\
  19 &  95 & 1.966+02 & 2.447-01 & 4.225+10 &  20 &  97 & 1.712+02 & 2.756-03 & 1.880+09\\
  19 &  96 & 1.925+02 & 7.493-02 & 1.348+10 &  21 &  29 & 1.166+03 & 1.817-04 & 2.972+05\\
  20 &  27 & 1.258+03 & 4.680-05 & 1.183+05 &  21 &  31 & 1.017+03 & 8.119-06 & 1.746+04\\
  20 &  29 & 1.093+03 & 4.056-04 & 2.264+06 &  21 &  38 & 8.176+02 & 1.921-04 & 6.388+05\\
  20 &  30 & 1.056+03 & 3.002-05 & 5.390+05 &  21 &  47 & 5.536+02 & 2.947-04 & 2.138+06\\
  20 &  31 & 9.610+02 & 1.722-06 & 1.244+04 &  21 &  50 & 4.622+02 & 1.411-02 & 1.468+08\\
  20 &  32 & 9.415+02 & 5.804-05 & 2.620+05 &  21 &  55 & 4.161+02 & 1.218-03 & 1.564+07\\
  20 &  33 & 9.385+02 & 2.009-05 & 9.131+04 &  21 &  62 & 3.615+02 & 4.416-02 & 7.514+08\\
  20 &  37 & 7.848+02 & 1.812-05 & 5.886+05 &  21 &  67 & 3.495+02 & 2.321-02 & 4.226+08\\
  20 &  38 & 7.811+02 & 1.228-06 & 1.343+04 &  21 &  69 & 3.421+02 & 4.298-03 & 8.166+07\\
  20 &  39 & 7.742+02 & 9.677-05 & 6.462+05 &  21 &  70 & 3.270+02 & 1.940-02 & 4.034+08\\
  20 &  42 & 6.342+02 & 1.571-03 & 1.563+07 &  21 &  71 & 3.194+02 & 1.462-02 & 3.187+08\\
  20 &  46 & 5.429+02 & 7.812-06 & 1.061+05 &  21 &  80 & 2.718+02 & 5.868-01 & 1.766+10\\
  20 &  47 & 5.366+02 & 3.776-05 & 8.747+05 &  21 &  82 & 2.590+02 & 1.955-02 & 6.479+08\\
  20 &  48 & 5.104+02 & 4.081-04 & 3.134+07 &  21 &  85 & 2.382+02 & 1.576-01 & 6.176+09\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  21 &  94 & 2.020+02 & 6.021-01 & 3.282+10 &  22 &  89 & 2.217+02 & 8.889-02 & 8.614+09\\
  22 &  27 & 1.469+03 & 7.427-05 & 2.296+05 &  22 &  91 & 2.091+02 & 1.335-01 & 2.038+10\\
  22 &  29 & 1.249+03 & 7.380-05 & 5.261+05 &  22 &  94 & 2.043+02 & 6.381-02 & 1.699+10\\
  22 &  31 & 1.079+03 & 1.663-06 & 1.588+04 &  22 &  95 & 2.036+02 & 4.437-03 & 7.136+08\\
  22 &  32 & 1.055+03 & 2.154-04 & 1.292+06 &  22 &  96 & 1.993+02 & 5.842-01 & 9.806+10\\
  22 &  33 & 1.051+03 & 4.726-03 & 2.854+07 &  23 &  27 & 1.495+03 & 1.025-05 & 1.835+04\\
  22 &  34 & 1.017+03 & 1.998-05 & 9.207+04 &  23 &  29 & 1.268+03 & 1.974-04 & 8.195+05\\
  22 &  38 & 8.575+02 & 9.663-07 & 1.461+04 &  23 &  30 & 1.217+03 & 5.671-04 & 7.656+06\\
  22 &  39 & 8.491+02 & 9.632-07 & 8.911+03 &  23 &  31 & 1.093+03 & 2.137-05 & 1.192+05\\
  22 &  40 & 8.364+02 & 6.006-06 & 4.091+04 &  23 &  32 & 1.068+03 & 2.672-05 & 9.375+04\\
  22 &  42 & 6.836+02 & 1.591-05 & 2.271+05 &  23 &  33 & 1.064+03 & 2.057-05 & 7.269+04\\
  22 &  43 & 6.640+02 & 1.575-03 & 1.702+07 &  23 &  37 & 8.708+02 & 6.100-07 & 1.610+04\\
  22 &  45 & 5.910+02 & 5.856-06 & 7.989+04 &  23 &  38 & 8.663+02 & 3.517-07 & 3.126+03\\
  22 &  46 & 5.787+02 & 5.827-06 & 1.160+05 &  23 &  39 & 8.578+02 & 1.111-04 & 6.041+05\\
  22 &  47 & 5.716+02 & 2.676-06 & 9.105+04 &  23 &  42 & 6.892+02 & 2.883-03 & 2.429+07\\
  22 &  49 & 4.962+02 & 1.073-03 & 2.905+07 &  23 &  46 & 5.827+02 & 8.980-05 & 1.058+06\\
  22 &  50 & 4.746+02 & 2.189-05 & 1.080+06 &  23 &  47 & 5.755+02 & 1.737-04 & 3.499+06\\
  22 &  52 & 4.384+02 & 5.570-04 & 1.381+07 &  23 &  48 & 5.455+02 & 5.056-05 & 3.400+06\\
  22 &  55 & 4.262+02 & 1.709-06 & 1.046+05 &  23 &  49 & 4.992+02 & 9.816-04 & 1.577+07\\
  22 &  56 & 4.245+02 & 1.003-03 & 3.714+07 &  23 &  50 & 4.774+02 & 4.560-04 & 1.335+07\\
  22 &  57 & 4.211+02 & 9.787-04 & 2.629+07 &  23 &  51 & 4.636+02 & 4.766-04 & 4.437+07\\
  22 &  59 & 3.935+02 & 4.638-02 & 1.428+09 &  23 &  55 & 4.284+02 & 1.010-02 & 3.670+08\\
  22 &  60 & 3.784+02 & 3.218-04 & 1.499+07 &  23 &  56 & 4.266+02 & 6.674-03 & 1.468+08\\
  22 &  61 & 3.711+02 & 5.828-04 & 2.016+07 &  23 &  60 & 3.801+02 & 1.643-03 & 4.551+07\\
  22 &  62 & 3.691+02 & 3.661-08 & 2.987+03 &  23 &  62 & 3.707+02 & 4.654-04 & 2.259+07\\
  22 &  63 & 3.656+02 & 1.633-03 & 8.149+07 &  23 &  63 & 3.672+02 & 1.570-02 & 4.660+08\\
  22 &  66 & 3.587+02 & 1.180-02 & 4.369+08 &  23 &  65 & 3.604+02 & 2.255-03 & 3.473+08\\
  22 &  67 & 3.565+02 & 6.264-03 & 5.478+08 &  23 &  67 & 3.581+02 & 9.023-03 & 4.694+08\\
  22 &  68 & 3.522+02 & 6.129-05 & 3.296+06 &  23 &  68 & 3.536+02 & 6.100-03 & 1.952+08\\
  22 &  69 & 3.489+02 & 2.094-02 & 1.913+09 &  23 &  69 & 3.504+02 & 3.213-04 & 1.746+07\\
  22 &  70 & 3.332+02 & 2.023-03 & 2.025+08 &  23 &  70 & 3.346+02 & 7.289-03 & 4.343+08\\
  22 &  71 & 3.253+02 & 6.656-03 & 6.993+08 &  23 &  71 & 3.266+02 & 1.984-05 & 1.241+06\\
  22 &  72 & 3.246+02 & 5.830-04 & 3.690+07 &  23 &  72 & 3.259+02 & 6.482-03 & 2.443+08\\
  22 &  73 & 3.178+02 & 1.822-03 & 8.595+07 &  23 &  74 & 3.118+02 & 1.428-01 & 5.878+09\\
  22 &  74 & 3.107+02 & 3.660-03 & 2.529+08 &  23 &  77 & 3.017+02 & 7.387-03 & 3.247+08\\
  22 &  75 & 3.064+02 & 3.098-02 & 1.572+09 &  23 &  79 & 2.790+02 & 6.261-02 & 3.219+09\\
  22 &  77 & 3.006+02 & 5.084-03 & 3.752+08 &  23 &  80 & 2.770+02 & 1.890-01 & 1.643+10\\
  22 &  78 & 2.807+02 & 2.651-02 & 1.603+09 &  23 &  81 & 2.761+02 & 2.325-03 & 1.220+08\\
  22 &  79 & 2.781+02 & 1.906-02 & 1.644+09 &  23 &  82 & 2.637+02 & 8.178-03 & 7.846+08\\
  22 &  80 & 2.760+02 & 8.733-04 & 1.274+08 &  23 &  83 & 2.635+02 & 1.009-02 & 2.907+09\\
  22 &  81 & 2.752+02 & 1.669-01 & 1.470+10 &  23 &  84 & 2.453+02 & 2.246-03 & 1.494+08\\
  22 &  82 & 2.629+02 & 5.454-02 & 8.775+09 &  23 &  85 & 2.421+02 & 2.622-02 & 2.983+09\\
  22 &  84 & 2.446+02 & 4.963-02 & 5.534+09 &  23 &  86 & 2.406+02 & 1.967-01 & 6.796+10\\
  22 &  85 & 2.414+02 & 6.428-03 & 1.226+09 &  23 &  88 & 2.229+02 & 6.136-01 & 4.944+10\\
  22 &  87 & 2.295+02 & 5.443-01 & 4.925+10 &  23 &  91 & 2.096+02 & 7.586-05 & 6.912+06\\
  22 &  88 & 2.223+02 & 6.560-03 & 8.857+08 &  23 &  93 & 2.052+02 & 4.444-03 & 2.113+09\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  23 &  94 & 2.048+02 & 2.183-01 & 3.471+10 &  24 &  85 & 2.441+02 & 2.284-01 & 4.263+10\\
  23 &  95 & 2.041+02 & 1.049-01 & 1.007+10 &  24 &  87 & 2.318+02 & 2.698-02 & 2.392+09\\
  23 &  96 & 1.998+02 & 3.501-03 & 3.510+08 &  24 &  88 & 2.245+02 & 6.882-02 & 9.109+09\\
  23 &  97 & 1.750+02 & 8.927-04 & 5.832+08 &  24 &  89 & 2.239+02 & 5.624-01 & 5.344+10\\
  24 &  27 & 1.572+03 & 1.844-04 & 4.979+05 &  24 &  91 & 2.110+02 & 1.744-04 & 2.613+07\\
  24 &  29 & 1.322+03 & 5.807-04 & 3.693+06 &  24 &  94 & 2.062+02 & 3.362-02 & 8.791+09\\
  24 &  31 & 1.134+03 & 8.349-06 & 7.222+04 &  24 &  95 & 2.055+02 & 2.531-01 & 3.997+10\\
  24 &  32 & 1.107+03 & 8.716-07 & 4.748+03 &  24 &  96 & 2.011+02 & 5.710-02 & 9.415+09\\
  24 &  33 & 1.102+03 & 2.242-04 & 1.231+06 &  25 &  27 & 1.573+03 & 6.659-04 & 2.513+06\\
  24 &  34 & 1.065+03 & 4.515-05 & 1.897+05 &  25 &  32 & 1.107+03 & 1.132-09 & 8.622-00\\
  24 &  38 & 8.915+02 & 5.762-08 & 8.060+02 &  25 &  33 & 1.103+03 & 9.742-05 & 7.476+05\\
  24 &  39 & 8.824+02 & 1.116-05 & 9.557+04 &  25 &  34 & 1.066+03 & 1.273-06 & 7.480+03\\
  24 &  40 & 8.687+02 & 1.686-04 & 1.064+06 &  25 &  35 & 1.012+03 & 6.683-05 & 3.385+05\\
  24 &  42 & 7.050+02 & 3.251-04 & 4.363+06 &  25 &  39 & 8.829+02 & 1.259-06 & 1.509+04\\
  24 &  43 & 6.842+02 & 2.592-03 & 2.638+07 &  25 &  40 & 8.691+02 & 2.537-05 & 2.240+05\\
  24 &  45 & 6.069+02 & 2.182-05 & 2.822+05 &  25 &  41 & 8.477+02 & 2.930-04 & 2.116+06\\
  24 &  46 & 5.940+02 & 2.459-04 & 4.650+06 &  25 &  42 & 7.053+02 & 3.052-06 & 5.729+04\\
  24 &  47 & 5.865+02 & 4.070-05 & 1.316+06 &  25 &  43 & 6.844+02 & 2.244-04 & 3.195+06\\
  24 &  49 & 5.074+02 & 1.109-03 & 2.873+07 &  25 &  44 & 6.555+02 & 5.440-03 & 6.568+07\\
  24 &  50 & 4.849+02 & 1.323-05 & 6.258+05 &  25 &  45 & 6.071+02 & 2.609-04 & 4.722+06\\
  24 &  52 & 4.471+02 & 2.714-07 & 6.469+03 &  25 &  46 & 5.942+02 & 6.128-05 & 1.621+06\\
  24 &  55 & 4.344+02 & 1.464-03 & 8.628+07 &  25 &  49 & 5.076+02 & 1.932-04 & 7.003+06\\
  24 &  56 & 4.326+02 & 8.872-03 & 3.162+08 &  25 &  52 & 4.472+02 & 4.365-05 & 1.456+06\\
  24 &  57 & 4.292+02 & 5.866-03 & 1.517+08 &  25 &  53 & 4.440+02 & 4.035-05 & 1.062+06\\
  24 &  59 & 4.005+02 & 8.026-04 & 2.385+07 &  25 &  56 & 4.328+02 & 6.497-04 & 3.240+07\\
  24 &  60 & 3.848+02 & 1.662-03 & 7.487+07 &  25 &  57 & 4.293+02 & 1.180-02 & 4.269+08\\
  24 &  61 & 3.773+02 & 3.338-03 & 1.117+08 &  25 &  58 & 4.211+02 & 1.752-04 & 5.126+06\\
  24 &  62 & 3.753+02 & 3.754-04 & 2.963+07 &  25 &  59 & 4.005+02 & 2.718-04 & 1.130+07\\
  24 &  63 & 3.716+02 & 1.095-04 & 5.288+06 &  25 &  60 & 3.849+02 & 1.442-04 & 9.091+06\\
  24 &  66 & 3.645+02 & 1.370-02 & 4.912+08 &  25 &  61 & 3.774+02 & 2.853-03 & 1.336+08\\
  24 &  67 & 3.623+02 & 4.099-03 & 3.472+08 &  25 &  63 & 3.717+02 & 3.474-04 & 2.348+07\\
  24 &  68 & 3.578+02 & 9.363-03 & 4.879+08 &  25 &  64 & 3.672+02 & 1.789-03 & 6.884+07\\
  24 &  69 & 3.544+02 & 1.227-03 & 1.086+08 &  25 &  66 & 3.646+02 & 1.557-03 & 7.815+07\\
  24 &  70 & 3.383+02 & 3.890-03 & 3.779+08 &  25 &  68 & 3.578+02 & 1.565-02 & 1.142+09\\
  24 &  71 & 3.301+02 & 1.019-03 & 1.040+08 &  25 &  72 & 3.294+02 & 6.577-09 & 5.659+02\\
  24 &  72 & 3.294+02 & 5.938-04 & 3.651+07 &  25 &  73 & 3.224+02 & 2.528-05 & 1.622+06\\
  24 &  73 & 3.223+02 & 1.888-02 & 8.660+08 &  25 &  74 & 3.151+02 & 2.410-04 & 2.267+07\\
  24 &  74 & 3.150+02 & 1.024-02 & 6.882+08 &  25 &  75 & 3.107+02 & 1.377-02 & 9.514+08\\
  24 &  75 & 3.106+02 & 1.148-01 & 5.671+09 &  25 &  76 & 3.069+02 & 2.283-01 & 1.258+10\\
  24 &  77 & 3.047+02 & 4.910-03 & 3.527+08 &  25 &  77 & 3.048+02 & 8.883-05 & 8.931+06\\
  24 &  78 & 2.842+02 & 6.603-02 & 3.895+09 &  25 &  78 & 2.843+02 & 1.148-01 & 9.479+09\\
  24 &  79 & 2.816+02 & 1.219-01 & 1.026+10 &  25 &  79 & 2.816+02 & 1.227-02 & 1.444+09\\
  24 &  80 & 2.795+02 & 1.934-02 & 2.752+09 &  25 &  81 & 2.786+02 & 1.713-03 & 2.060+08\\
  24 &  81 & 2.786+02 & 3.935-02 & 3.382+09 &  25 &  84 & 2.473+02 & 2.554-01 & 3.900+10\\
  24 &  82 & 2.660+02 & 1.623-04 & 2.550+07 &  25 &  87 & 2.319+02 & 2.873-03 & 3.564+08\\
  24 &  84 & 2.473+02 & 2.402-03 & 2.621+08 &  25 &  88 & 2.245+02 & 1.425-03 & 2.640+08\\
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
\newpage                                                                                                                                    
\begin{flushleft}                                                                                                                           
Table 2. Transition energies ($\AA$), oscillator strengths, and radiative rates (s$^{-1}$)\\ \hspace*{1.5 cm}for allowed transitions in  Fe XIII. 
\end{flushleft}                                                                                                                             
\begin{tabular}{rrcccrrccc} \hline                                                                                                          
 & & & & & & & & &\\                                                                                                                        
$i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ & $i$ & $j$ & $\Delta E_{ij}$ & f$_{ij}$ & A$_{ji}$ \\                                    
 & & & & & & & & &\\ \hline                                                                                                                 
 & & & & & & & & &\\                                                                                                                        
  25 &  89 & 2.240+02 & 5.666-02 & 7.534+09 &  26 &  91 & 2.361+02 & 3.661-01 & 6.130+10\\
  25 &  90 & 2.235+02 & 7.446-01 & 7.735+10 &  26 &  92 & 2.319+02 & 8.112-01 & 7.826+10\\
  25 &  91 & 2.110+02 & 6.584-03 & 1.380+09 &  26 &  95 & 2.293+02 & 1.301-02 & 2.311+09\\
  25 &  92 & 2.076+02 & 4.618-03 & 5.557+08 &  26 &  96 & 2.238+02 & 2.703-02 & 5.038+09\\
  25 &  95 & 2.055+02 & 2.332-01 & 5.155+10 &  27 &  28 & 1.866+04 & 1.102-06 & 3.520+01\\
  25 &  96 & 2.011+02 & 3.580-07 & 8.263+04 &  28 &  29 & 1.504+04 & 3.348-08 & 9.866-01\\
  26 &  27 & 7.586+03 & 8.506-06 & 1.380+03 &  28 &  30 & 1.010+04 & 1.805-06 & 3.538+02\\
  26 &  32 & 2.505+03 & 3.195-06 & 4.755+03 &  28 &  31 & 5.203+03 & 9.807-09 & 2.416-00\\
  26 &  33 & 2.484+03 & 7.319-05 & 1.108+05 &  28 &  32 & 4.677+03 & 9.900-06 & 1.811+03\\
  26 &  34 & 2.301+03 & 9.747-09 & 1.228+01 &  28 &  33 & 4.604+03 & 2.117-04 & 3.997+04\\
  26 &  35 & 2.065+03 & 2.046-08 & 2.488+01 &  28 &  37 & 2.348+03 & 3.533-07 & 1.282+03\\
  26 &  39 & 1.590+03 & 1.602-09 & 5.913-00 &  28 &  38 & 2.316+03 & 4.091-10 & 5.089-01\\
  26 &  40 & 1.546+03 & 5.021-08 & 1.401+02 &  28 &  39 & 2.256+03 & 3.573-07 & 2.810+02\\
  26 &  41 & 1.480+03 & 1.242-08 & 2.943+01 &  28 &  42 & 1.373+03 & 7.425-06 & 1.577+04\\
  26 &  42 & 1.094+03 & 2.642-06 & 2.060+04 &  28 &  46 & 1.006+03 & 2.901-08 & 1.147+02\\
  26 &  43 & 1.045+03 & 5.930-09 & 3.624+01 &  28 &  47 & 9.850+02 & 1.761-08 & 1.210+02\\
  26 &  44 & 9.789+02 & 3.128-06 & 1.693+04 &  28 &  48 & 9.003+02 & 3.389-03 & 8.367+07\\
  26 &  45 & 8.747+02 & 6.620-07 & 5.771+03 &  28 &  49 & 7.807+02 & 2.012-05 & 1.321+05\\
  26 &  46 & 8.481+02 & 2.164-07 & 2.809+03 &  28 &  50 & 7.286+02 & 3.716-06 & 4.668+04\\
  26 &  49 & 6.820+02 & 5.359-07 & 1.076+04 &  28 &  51 & 6.971+02 & 1.330-04 & 5.477+06\\
  26 &  52 & 5.773+02 & 1.201-04 & 2.404+06 &  28 &  55 & 6.203+02 & 3.339-07 & 5.787+03\\
  26 &  53 & 5.719+02 & 6.077-04 & 9.641+06 &  28 &  56 & 6.167+02 & 1.782-04 & 1.875+06\\
  26 &  56 & 5.534+02 & 2.252-05 & 6.866+05 &  28 &  60 & 5.239+02 & 1.500-04 & 2.187+06\\
  26 &  57 & 5.478+02 & 1.720-05 & 3.823+05 &  28 &  62 & 5.064+02 & 1.281-04 & 3.334+06\\
  26 &  58 & 5.345+02 & 1.394-02 & 2.532+08 &  28 &  63 & 4.998+02 & 6.644-04 & 1.065+07\\
  26 &  59 & 5.018+02 & 1.505-03 & 3.986+07 &  28 &  65 & 4.873+02 & 3.061-04 & 2.580+07\\
  26 &  60 & 4.775+02 & 1.577-04 & 6.458+06 &  28 &  67 & 4.830+02 & 1.905-04 & 5.448+06\\
  26 &  61 & 4.661+02 & 3.220-05 & 9.889+05 &  28 &  68 & 4.750+02 & 1.185-04 & 2.102+06\\
  26 &  63 & 4.574+02 & 2.833-07 & 1.264+04 &  28 &  69 & 4.691+02 & 5.190-05 & 1.573+06\\
  26 &  64 & 4.506+02 & 3.031-04 & 7.744+06 &  28 &  70 & 4.412+02 & 7.396-05 & 2.534+06\\
  26 &  66 & 4.467+02 & 7.714-05 & 2.579+06 &  28 &  71 & 4.274+02 & 9.215-07 & 3.365+04\\
  26 &  68 & 4.366+02 & 2.309-05 & 1.131+06 &  28 &  72 & 4.262+02 & 8.660-04 & 1.908+07\\
  26 &  72 & 3.950+02 & 2.863-04 & 1.714+07 &  28 &  74 & 4.025+02 & 1.147-03 & 2.833+07\\
  26 &  73 & 3.849+02 & 2.853-04 & 1.284+07 &  28 &  77 & 3.858+02 & 3.410-02 & 9.167+08\\
  26 &  74 & 3.746+02 & 1.231-06 & 8.196+04 &  28 &  79 & 3.495+02 & 4.077-05 & 1.336+06\\
  26 &  75 & 3.684+02 & 7.475-05 & 3.674+06 &  28 &  80 & 3.462+02 & 9.989-04 & 5.558+07\\
  26 &  76 & 3.631+02 & 2.103-03 & 8.276+07 &  28 &  81 & 3.449+02 & 4.339-02 & 1.460+09\\
  26 &  77 & 3.601+02 & 4.362-03 & 3.142+08 &  28 &  82 & 3.257+02 & 5.702-02 & 3.584+09\\
  26 &  78 & 3.318+02 & 7.698-05 & 4.665+06 &  28 &  83 & 3.255+02 & 2.568-02 & 4.850+09\\
  26 &  79 & 3.282+02 & 1.593-04 & 1.381+07 &  28 &  84 & 2.981+02 & 2.452-03 & 1.104+08\\
  26 &  81 & 3.241+02 & 1.101-03 & 9.784+07 &  28 &  85 & 2.935+02 & 4.376-03 & 3.389+08\\
  26 &  84 & 2.825+02 & 2.407-04 & 2.817+07 &  28 &  86 & 2.913+02 & 4.104-03 & 9.681+08\\
  26 &  87 & 2.625+02 & 4.353-01 & 4.213+10 &  28 &  88 & 2.656+02 & 2.463-05 & 1.397+06\\
  26 &  88 & 2.532+02 & 1.575-03 & 2.295+08 &  28 &  91 & 2.470+02 & 5.979-01 & 3.923+10\\
  26 &  89 & 2.524+02 & 3.053-03 & 3.196+08 &  28 &  93 & 2.409+02 & 1.766-03 & 6.093+08\\
  26 &  90 & 2.518+02 & 3.107-03 & 2.542+08 &  28 &  94 & 2.404+02 & 5.583-05 & 6.444+06\\
  28 &  95 & 2.395+02 & 2.206-02 & 1.539+09 &  28 &  97 & 2.004+02 & 4.056-01 & 2.022+11\\
  28 &  96 & 2.335+02 & 5.245-01 & 3.849+10 &     &     &                               \\ 
& & & & & & & & &\\ \hline                                                                                                                  
\end{tabular}                                                                                                                               
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{\bf Table 3.} Comparison of oscillator strengths for some transitions of Fe XIII. ($a-b \equiv a\times$10$^{-b}$).
\newline 
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\begin{tabular}{rcrrrrr} \hline
  & & & & & & \\
 \multicolumn{3}{c}{Transition} & GRASP & GRASP6 & GRASP13 & CIV3 \\
  & & & & & &\\ \hline
  & & & & & &\\
  1 & - &  7 & 0.0676 & 0.0649 & 0.0678 & 0.069 \\
  1 & - & 11 & 0.0524 & 0.0695 & 0.0525 & 0.053 \\
  1 & - & 15 & 0.1167 & 0.1917 & 0.1896 & 0.187 \\
  1 & - & 18 & 0.1099 & 0.0194 & 0.0193 & 0.025 \\
  1 & - & 20 & 0.8184 & 0.9485 & 0.8106 & 0.818 \\
  1 & - & 23 & 0.2185 & 0.2434 & 0.2121 & 0.202 \\
  1 & - & 28 & 0.0072 & 0.0081 & 0.0056 & 0.003 \\
  
  2 & - &  7 & 0.0068 & 0.0051 & 0.0063 & 0.007 \\
  2 & - &  8 & 0.0466 & 0.0443 & 0.0461 & 0.048 \\
  2 & - & 10 & 0.0209 & 0.0264 & 0.0204 & 0.020 \\
  2 & - & 11 & 0.0262 & 0.0328 & 0.0273 & 0.027 \\
  2 & - & 12 & 0.0118 & 0.0161 & 0.0109 & 0.011 \\
  2 & - & 13 & 0.0012 & 0.0019 & 0.0014 & 0.001 \\
  2 & - & 14 & 0.0013 & 0.0017 & 0.0014 & 1.4-3 \\
  2 & - & 15 & 0.0956 & 0.1615 & 0.1636 & 0.163 \\
  2 & - & 18 & 0.1206 & 0.0421 & 0.0414 & 0.045 \\
  2 & - & 19 & 0.3077 & 0.2618 & 0.2244 & 0.197 \\
  2 & - & 20 & 3.95-5 & 4.62-7 & 9.48-8 & 1.0-4 \\
  2 & - & 21 & 0.1009 & 0.1166 & 0.0993 & 0.098 \\
  2 & - & 22 & 0.1361 & 0.1905 & 0.1610 & 0.195 \\
  2 & - & 23 & 0.2599 & 0.2991 & 0.2553 & 0.255 \\
  2 & - & 24 & 0.2400 & 0.3290 & 0.2833 & 0.276 \\
  2 & - & 28 & 5.17-4 & 8.61-4 & 7.10-4 & 7.0-4 \\
  
  3 & - &  7 & 1.25-4 & 6.45-5 & 1.31-4 & 1.0-4 \\
  3 & - &  8 & 0.0011 & 4.85-4 & 9.95-4 & 0.001 \\
  3 & - &  9 & 0.0355 & 0.0317 & 0.0348 & 0.037 \\
  3 & - & 11 & 0.0100 & 0.0121 & 0.0089 & 0.009 \\
  3 & - & 12 & 0.0510 & 0.0620 & 0.0507 & 0.051 \\
  3 & - & 13 & 0.0012 & 2.76-4 & 9.77-4 & 0.001 \\
  3 & - & 14 & 8.34-4 & 0.0011 & 0.0010 & 1.1-3 \\
  3 & - & 15 & 0.1509 & 0.2040 & 0.1969 & 0.198 \\
  3 & - & 16 & 0.0030 & 0.0039 & 0.0034 & 0.003 \\
  3 & - & 18 & 0.0576 & 0.0050 & 0.0054 & 7.6-3 \\
  3 & - & 19 & 0.1259 & 0.1463 & 0.1300 & 0.126 \\
  3 & - & 20 & 0.0372 & 0.0041 & 0.0359 & 0.034 \\
  3 & - & 22 & 0.0325 & 2.83-5 & 2.83-4 & 0.000 \\
  3 & - & 23 & 0.0457 & 0.0522 & 0.0437 & 0.045 \\
  3 & - & 24 & 0.1928 & 0.2534 & 0.2136 & 0.214 \\
  3 & - & 25 & 0.6014 & 0.6865 & 0.5850 & 0.586 \\
  3 & - & 26 & 0.0211 & 0.0245 & 0.0233 & 0.023 \\
  3 & - & 28 & 3.27-5 & 2.23-4 & 1.47-6 & 0.000 \\
  & & & & & &\\ \hline
 \end{tabular} 
 \newpage 
 \begin{tabular}{rcrrrrr} \hline
  & & & & & & \\
 \multicolumn{3}{c}{Transition} & GRASP & GRASP6 & GRASP13 & CIV3 \\
  & & & & & &\\ \hline
  & & & & & &\\
  4 & - &  7 & 3.87-4 & 5.26-4 & 4.11-4 & 4.0-4 \\
  4 & - &  8 & 2.08-4 & 1.39-4 & 2.23-4 & 2.0-4 \\
  4 & - &  9 & 0.0027 & 0.0023 & 0.0028 & 2.9-3 \\
  4 & - & 11 & 6.17-4 & 6.59-4 & 5.39-4 & 5.0-4 \\
  4 & - & 12 & 1.52-6 & 1.71-5 & 1.35-4 & 1.0-4 \\
  4 & - & 13 & 0.0760 & 0.0705 & 0.0790 & 0.084 \\
  4 & - & 14 & 0.0024 & 0.0032 & 0.0030 & 0.003 \\
  4 & - & 15 & 0.0509 & 0.0068 & 0.0045 & 5.6-3 \\
  4 & - & 16 & 3.15-4 & 3.88-4 & 3.02-4 & 2.0-4 \\
  4 & - & 18 & 0.1374 & 0.2050 & 0.1826 & 0.177 \\
  4 & - & 19 & 0.0317 & 0.1128 & 0.1007 & 0.127 \\
  4 & - & 20 & 0.0052 & 0.0049 & 0.0038 & 3.8-3 \\
  4 & - & 22 & 0.3634 & 0.3580 & 0.3247 & 0.292 \\
  4 & - & 23 & 0.0041 & 0.0048 & 0.0049 & 4.5-3 \\
  4 & - & 24 & 0.0873 & 0.0379 & 0.0347 & 0.038 \\
  4 & - & 25 & 0.0205 & 0.0229 & 0.0221 & 0.022 \\
  4 & - & 26 & 0.5849 & 0.6818 & 0.5759 & 0.573 \\
  4 & - & 28 & 0.0036 & 0.0056 & 3.10-4 & 8.0-4 \\
  
  5 & - &  7 & 4.10-4 & 4.44-4 & 2.67-4 & 2.0-4 \\
  5 & - & 11 & 0.0016 & 0.0026 & 0.0017 & 1.5-3 \\
  5 & - & 15 & 0.0432 & 0.0109 & 0.0164 & 0.018 \\
  5 & - & 18 & 0.0706 & 0.1452 & 0.1697 & 0.159 \\
  5 & - & 20 & 0.0019 & 0.0047 & 0.0018 & 0.001 \\
  5 & - & 23 & 2.80-4 & 0.0011 & 4.82-4 & 3.0-4 \\
  5 & - & 28 & 1.2380 & 1.2156 & 1.1314 & 1.106 \\
  & & & & & &\\ \hline
 \end{tabular}   
\begin {flushleft}
\begin{tabbing}
aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa\= \kill
$GRASP  $: present results with 3s$^2$3p$^2$, 3s3p$^3$, 3s$^2$3p3d, 3p$^4$,3s3p$^2$3d and 3s$^2$3d$^2$ configurations \\
$GRASP6 $: present results with 3s$^2$3p$^2$, 3s3p$^3$, 3s$^2$3p3d, 3p$^4$, 3s3p3d$^2$ and 3p$^3$3d configurations\\
$GRASP13$: present results with 13 configurations \\
$CIV3	$: Gupta \& Tayal (1998) \\
%$c$:
%$d$:
\end{tabbing}
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{\bf Table 4.} Comparison of collision strengths for some transitions of Fe XIII. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$).
\newline 
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\begin{tabular}{rrrrrrrrrrr} \hline
  & & & & & & & & & &  \\
\multicolumn{2}{c}{Index}    &  \multicolumn{3}{c}{15.0 Ryd}    & \multicolumn{3}{c}{30.0 Ryd}   &  \multicolumn{3}{c}{45.0 Ryd}\\ 
  & & & & & & & & & & \\ \hline
  & & & & & & & & & & \\  
 $i$ & $j$ & AK & GT & FM & AK & GT & FM & AK & GT & FM \\
  & & & & & & & & & & \\ \hline 
  & & & & & & & & & & \\
1 &  2    &  2.099-2  &  2.13-2   &  2.05-2   &  1.189-2    &  1.20-2	&  1.12-2    &  7.643-3   &  7.70-3  &  7.00-3  \\
1 &  3    &  9.349-2  &  9.72-2   &  9.80-2   &  9.320-2    &  9.36-2   &  8.42-2    &  9.608-2   &  9.19-2  &  7.47-2  \\
1 &  4    &  8.695-3  &  6.79-3   &  5.50-3   &  6.359-3    &  3.83-3   &  3.00-3    &  5.816-3   &  2.52-3  &  1.90-3  \\
1 &  5    &  4.450-4  &  5.62-2   &  4.70-4   &  2.155-4    &  5.15-2   &  2.10-4    &  1.305-4   &  4.13-2  &  1.10-4  \\
1 &  6    &  5.961-3  &  ......   &  5.50-3   &  3.404-3    &  ......   &  2.90-3    &  2.167-3   &  ......  &  1.70-3  \\
1 &  7    &  3.263-1  &  3.61-1   &  4.73-1   &  3.839-1    &  3.97-1   &  5.44-1    &  4.224-1   &  4.25-1  &  5.96-1  \\
1 &  8    &  8.787-3  &  9.86-3   &  8.40-3   &  5.014-3    &  5.32-3   &  4.50-3    &  3.174-3   &  3.29-3  &  2.70-3  \\
1 &  9    &  1.832-3  &  1.87-3   &  1.00-3   &  1.896-3    &  1.96-3   &  9.00-4    &  2.004-3   &  2.08-3  &  8.00-4  \\
1 &  10   &  5.967-4  &  7.19-4   &  6.00-4   &  3.411-4    &  3.83-4   &  3.00-4    &  2.148-4   &  2.34-4  &  2.00-4  \\
1 &  11   &  2.017-1  &  2.25-1   &  2.89-1   &  2.380-1    &  2.50-1   &  3.34-1    &  2.630-1   &  2.68-1  &  3.67-1  \\
1 &  12   &  2.904-3  &  3.86-3   &  2.80-3   &  1.640-3    &  2.07-3   &  1.40-3    &  1.038-3   &  1.28-3  &  9.00-4  \\
1 &  13   &  5.740-3  &  5.52-3   &  4.90-3   &  3.159-3    &  3.00-3   &  2.60-3    &  1.964-3   &  1.85-3  &  1.60-3  \\
1 &  14   &  6.923-3  &  6.59-3   &  6.30-3   &  3.631-3    &  3.44-3   &  3.20-3    &  2.226-3   &  2.07-3  &  1.90-3  \\
1 &  15   &  3.014-1  &  5.52-1   &  6.88-1   &  3.574-1    &  6.24-1   &  8.03-1    &  3.970-1   &  6.67-1  &  8.90-1  \\
1 &  16   &  1.753-2  &  1.70-2   &  1.58-2   &  1.884-2    &  1.88-2   &  1.47-2    &  2.031-2   &  2.04-2  &  1.35-2  \\
1 &  17   &  1.894-3  &  1.97-3   &  1.80-3   &  1.000-3    &  1.07-3   &  9.00-4    &  6.141-4   &  6.63-4  &  6.00-4  \\
1 &  18   &  2.591-1  &  6.87-2   &  7.37-2   &  3.082-1    &  7.80-2   &  8.64-2    &  3.436-1   &  8.35-2  &  9.58-2  \\
1 &  19   &  6.875-3  &  6.04-3   &  5.00-3   &  3.404-3    &  2.99-3   &  2.50-3    &  2.060-3   &  1.78-3  &  1.40-3  \\
1 &  20   &  1.662-0  &  1.82-0   &  2.71-0   &  1.980-0    &  2.12-0   &  3.20-0    &  2.216-0   &  2.28-0  &  3.57-0  \\
1 &  21   &  3.465-4  &  3.69-4   &  2.50-4   &  1.651-4    &  1.87-4   &  1.30-4    &  9.500-5   &  1.11-4  &  8.00-5  \\
1 &  22   &  1.736-3  &  1.97-3   &  2.30-3   &  9.186-4    &  9.87-4   &  1.20-3    &  5.661-4   &  5.81-4  &  7.00-4  \\
1 &  23   &  4.017-1  &  4.38-1   &  1.69-1   &  4.775-1    &  5.08-1   &  1.99-1    &  5.343-1   &  5.47-1  &  2.23-1  \\
1 &  24   &  2.599-3  &  3.10-3   &  1.40-3   &  1.353-3    &  1.68-3   &  7.00-4    &  8.449-4   &  1.07-3  &  4.00-4  \\
1 &  25   &  8.073-3  &  8.30-3   &  6.80-3   &  7.265-3    &  7.69-3   &  5.70-3    &  7.131-3   &  7.59-3  &  5.00-3  \\
1 &  26   &  3.915-3  &  4.12-3   &  3.60-3   &  2.051-3    &  2.18-3   &  1.90-3    &  1.310-3   &  1.38-3  &  1.20-3  \\
1 &  27   &  4.054-2  &  ......   &  ......   &  4.422-2    &  ......   &  ......    &  4.618-2   &  ......  &  ......  \\
1 &  28   &  1.232-2  &  7.51-3   &  8.30-3   &  1.416-2    &  7.92-3   &  9.00-3    &  1.578-2   &  8.25-3  &  9.70-3  \\
  & & & & & & & & & & \\
2 &  3    &  2.178-1  &  2.13-1   &  2.08-1   &  2.175-1    &  1.95-1	&  1.70-1    &  2.390-1   &  1.86-1  &  1.47-1  \\
2 &  4    &  3.948-2  &  3.97-2   &  3.99-2   &  2.864-2    &  2.79-2   &  2.70-2    &  2.416-2   &  2.25-2  &  2.08-2  \\
2 &  5    &  2.414-3  &  2.32-3   &  2.60-3   &  1.166-3    &  1.11-3   &  1.20-3    &  6.833-4   &  6.36-4  &  7.00-4  \\
2 &  6    &  2.198-2  &  ......   &  2.77-2   &  1.608-2    &  ......   &  2.28-2    &  1.342-2   &  ......  &  2.13-2  \\
2 &  7    &  1.120-1  &  1.26-1   &  1.31-1   &  1.241-1    &  1.33-1   &  1.43-1    &  1.336-1   &  1.40-1  &  1.54-1  \\
2 &  8    &  7.102-1  &  7.92-1   &  1.01-0   &  8.332-1    &  8.64-1   &  1.16-0    &  9.155-1   &  9.22-1  &  1.27-0  \\
2 &  9    &  1.351-2  &  1.43-2   &  1.10-2   &  9.385-3    &  9.59-3   &  6.50-3    &  7.519-3   &  7.64-3  &  4.40-3  \\
2 &  10   &  2.535-1  &  2.69-1   &  3.57-1   &  2.969-1    &  3.01-1   &  4.11-1    &  3.297-1   &  3.23-1  &  4.51-1  \\
2 &  11   &  3.237-1  &  3.59-1   &  5.02-1   &  3.784-1    &  3.97-1   &  5.76-1    &  4.182-1   &  4.25-1  &  6.33-1  \\
2 &  12   &  1.452-1  &  1.59-1   &  1.78-1   &  1.678-1    &  1.70-1   &  2.01-1    &  1.835-1   &  1.79-1  &  2.19-1  \\
  & & & & & & & & & & \\ \hline
\end{tabular}
\newpage
\begin{tabular}{rrrrrrrrrrr} \hline
  & & & & & & & & & &  \\
\multicolumn{2}{c}{Index}    &  \multicolumn{3}{c}{15.0 Ryd}    & \multicolumn{3}{c}{30.0 Ryd}   &  \multicolumn{3}{c}{45.0 Ryd}\\ 
  & & & & & & & & & & \\ \hline
  & & & & & & & & & & \\  
 $i$ & $j$ & AK & GT & FM & AK & GT & FM & AK & GT & FM \\
  & & & & & & & & & & \\ \hline 
  & & & & & & & & & & \\
2 &  13   &  3.265-2  &  3.48-2   &  4.18-2   &  2.610-2    &  2.71-2	&  3.73-2    &  2.365-2   &  2.41-2  &  3.65-2  \\
2 &  14   &  3.932-2  &  3.96-2   &  4.52-2   &  4.145-2    &  4.19-2   &  4.56-2    &  4.426-2   &  4.44-2  &  4.58-2  \\
2 &  15   &  7.653-1  &  1.49-0   &  1.82-0   &  9.048-1    &  1.69-0   &  2.13-0    &  1.007-0   &  1.81-0  &  2.36-0  \\
2 &  16   &  1.796-2  &  1.72-2   &  1.62-2   &  1.090-2    &  1.05-2   &  9.40-3    &  8.037-3   &  7.79-3  &  6.30-3  \\
2 &  17   &  2.978-2  &  2.87-2   &  2.64-2   &  2.893-2    &  2.86-2   &  2.45-2    &  2.983-2   &  2.67-2  &  1.97-2  \\
2 &  18   &  8.816-1  &  3.78-1   &  4.84-1   &  1.046-0    &  4.30-1   &  5.64-1    &  1.168-0   &  4.62-1  &  6.25-1  \\
2 &  19   &  1.941-0  &  1.39-0   &  1.83-0   &  2.312-0    &  1.60-0   &  2.16-0    &  2.581-0   &  1.72-0  &  2.40-0  \\
2 &  20   &  9.454-3  &  8.95-3   &  1.37-1   &  5.408-3    &  4.83-3   &  1.58-1    &  3.915-3   &  3.18-3  &  1.74-1  \\
2 &  21   &  6.094-1  &  6.60-1   &  8.23-1   &  7.267-1    &  7.73-1   &  9.72-1    &  8.166-1   &  8.37-1  &  1.08-0  \\
2 &  22   &  8.587-1  &  1.32-0   &  2.48-0   &  1.024-0    &  1.53-0   &  2.93-0    &  1.144-0   &  1.64-0  &  3.27-0  \\	      
2 &  23   &  1.546-0  &  1.69-0   &  2.03-0   &  1.840-0    &  1.97-0   &  2.39-0    &  2.062-0   &  2.12-0  &  2.67-0  \\
2 &  24   &  1.379-0  &  1.82-0   &  1.51-0   &  1.644-0    &  2.10-0   &  1.79-0    &  1.837-0   &  2.25-0  &  1.99-0  \\
2 &  25   &  2.589-2  &  2.64-2   &  2.18-2   &  2.031-2    &  2.15-2   &  1.64-2    &  1.852-2   &  1.98-2  &  1.34-2  \\
2 &  26   &  1.311-2  &  1.35-2   &  1.25-2   &  6.553-3    &  6.87-3   &  6.30-3    &  3.938-3   &  4.12-3  &  3.70-3  \\
2 &  27   &  7.964-2  &  ......   &  ......   &  8.717-2    &  ......   &  ......    &  9.119-2   &  ......  &  ......  \\
2 &  28   &  5.907-3  &  7.26-3   &  9.50-3   &  4.620-3    &  5.99-3   &  8.60-3    &  4.381-3   &  5.63-3  &  8.60-3  \\
  & & & & & & & & & & \\ 
3 &  4    &  1.483-1  &  2.59-1   &  1.55-1   &  1.285-1    &  2.23-1   &  1.20-1    &  1.235-1   &  1.92-1  &  1.01-1  \\
3 &  5    &  2.388-2  &  1.46-2   &  1.76-2   &  2.306-2    &  1.27-2   &  1.40-2    &  2.461-2   &  1.21-2  &  1.21-2  \\
3 &  6    &  3.572-2  &  ......   &  4.60-2   &  2.749-2    &  ......   &  3.97-2    &  2.393-2   &  ......  &  3.79-2  \\
3 &  7    &  7.201-3  &  8.46-3   &  7.10-3   &  7.493-3    &  8.73-3   &  7.30-3    &  7.936-3   &  9.11-3  &  7.40-3  \\
3 &  8    &  4.403-2  &  4.98-2   &  3.79-2   &  4.317-2    &  4.73-2   &  3.55-2    &  4.413-2   &  4.75-2  &  3.55-2  \\
3 &  9    &  9.490-1  &  1.08-0   &  1.31-0   &  1.099-0    &  1.15-0   &  1.49-0    &  1.202-0   &  1.22-0  &  1.62-0  \\
3 &  10   &  2.676-3  &  2.98-3   &  2.70-3   &  1.515-3    &  1.59-3   &  1.40-3    &  9.585-4   &  9.77-4  &  8.00-4  \\
3 &  11   &  2.128-1  &  2.11-1   &  2.54-1   &  2.450-1    &  2.35-1   &  2.88-1    &  2.709-1   &  2.52-1  &  3.15-1  \\
3 &  12   &  1.080-0  &  1.18-0   &  1.55-0   &  1.265-0    &  1.32-0   &  1.78-0    &  1.399-0   &  1.41-0  &  1.95-0  \\
3 &  13   &  5.988-2  &  6.02-2   &  5.85-2   &  4.921-2    &  4.69-2   &  4.78-2    &  4.535-2   &  4.16-2  &  4.40-2  \\
3 &  14   &  3.568-2  &  3.88-2   &  4.92-2   &  3.208-2    &  3.58-2   &  4.74-2    &  3.177-2   &  3.53-2  &  4.77-2  \\
3 &  15   &  2.072-0  &  3.10-0   &  3.91-0   &  2.446-0    &  3.54-0   &  4.55-0    &  2.740-0   &  3.82-0  &  5.04-0  \\
3 &  16   &  8.373-2  &  8.81-2   &  1.20-1   &  8.676-2    &  9.00-2   &  1.27-1    &  9.174-2   &  9.30-2  &  1.33-1  \\
3 &  17   &  5.551-2  &  5.29-2   &  4.81-2   &  4.957-2    &  4.84-2   &  3.80-2    &  4.904-2   &  4.83-2  &  3.22-2  \\
3 &  18   &  7.100-1  &  1.23-1   &  1.26-1   &  8.342-1    &  1.33-1   &  1.41-1    &  9.331-1   &  1.41-1  &  1.53-1  \\
3 &  19   &  1.364-0  &  1.54-0   &  1.73-0   &  1.618-0    &  1.77-0   &  2.03-0    &  1.810-0   &  1.91-0  &  2.26-0  \\
3 &  20   &  3.888-1  &  4.12-1   &  2.68-1   &  4.573-1    &  4.77-1   &  3.11-1    &  5.122-1   &  5.16-1  &  3.44-1  \\
3 &  21   &  2.553-3  &  2.49-3   &  1.70-3   &  1.338-3    &  1.22-3   &  8.00-4    &  8.600-4   &  7.32-4  &  4.00-4  \\
3 &  22   &  3.621-1  &  1.51-2   &  8.46-2   &  4.239-1    &  8.08-3   &  9.16-2    &  4.722-1   &  5.12-3  &  9.90-2  \\
3 &  23   &  4.887-1  &  5.26-1   &  8.74-1   &  5.758-1    &  6.10-1   &  1.03-0    &  6.454-1   &  6.62-1  &  1.14-0  \\
3 &  24   &  1.949-0  &  2.42-0   &  3.25-0   &  2.317-0    &  2.91-0   &  3.83-0    &  2.594-0   &  3.03-0  &  4.27-0  \\
3 &  25   &  6.063-0  &  6.57-0   &  8.48-0   &  7.274-0    &  7.57-0   &  1.00+1    &  8.103-0   &  8.08-0  &  1.12+1  \\
3 &  26   &  2.170-1  &  2.43-1   &  3.38-1   &  2.457-1    &  2.70-1   &  3.86-1    &  2.683-1   &  2.84-1  &  4.26-1  \\
3 &  27   &  7.317-2  &  ......   &  ......   &  7.934-2    &  ......   &  ......    &  8.239-2   &  ......  &  ......  \\
3 &  28   &  7.614-3  &  8.02-3   &  1.05-2   &  4.631-3    &  4.80-3   &  7.50-3    &  3.669-3   &  3.62-3  &  6.30-3  \\
  & & & & & & & & & & \\ \hline
\end{tabular}
\newpage
\begin{tabular}{rrrrrrrrrrr} \hline
  & & & & & & & & & &  \\
\multicolumn{2}{c}{Index}    &  \multicolumn{3}{c}{15.0 Ryd}    & \multicolumn{3}{c}{30.0 Ryd}   &  \multicolumn{3}{c}{45.0 Ryd}\\ 
  & & & & & & & & & & \\ \hline
  & & & & & & & & & & \\  
 $i$ & $j$ & AK & GT & FM & AK & GT & FM & AK & GT & FM \\
  & & & & & & & & & & \\ \hline 
  & & & & & & & & & & \\
4 &  5    &  2.972-1  &  3.11-1   &  3.08-1   &  3.049-1    &  3.12-1	&  2.72-1    &  3.132-1   &  3.12-1  &  2.45-1  \\
4 &  6    &  1.867-3  &  ......   &  1.60-3   &  1.377-3    &  ......   &  9.00-4    &  1.159-3   &  ......  &  6.00-4  \\
4 &  7    &  3.047-2  &  3.38-2   &  3.91-2   &  2.494-2    &  2.59-2   &  3.48-2    &  2.283-2   &  2.29-2  &  3.37-2  \\
4 &  8    &  3.275-2  &  3.69-2   &  3.56-2   &  2.266-2    &  2.45-2   &  2.64-2    &  1.816-2   &  1.93-2  &  2.28-2  \\
4 &  9    &  1.199-1  &  1.32-1   &  1.84-1   &  1.211-1    &  1.23-1   &  1.92-1    &  1.247-1   &  1.22-1  &  2.02-1  \\
4 &  10   &  1.163-3  &  1.33-3   &  1.00-3   &  6.259-4    &  6.75-4   &  5.00-4    &  3.869-4   &  4.04-4  &  3.00-4  \\
4 &  11   &  2.141-2  &  2.08-2   &  2.54-2   &  2.140-2    &  1.95-2   &  2.55-2    &  2.223-2   &  1.94-2  &  2.64-2  \\
4 &  12   &  1.606-2  &  2.12-2   &  1.90-2   &  9.484-3    &  1.36-2   &  1.08-2    &  6.456-3   &  1.05-2  &  7.00-2  \\
4 &  13   &  1.564-0  &  1.93-0   &  2.32-0   &  1.843-0    &  2.15-0   &  2.67-0    &  2.044-0   &  2.30-0  &  2.93-0  \\
4 &  14   &  6.266-2  &  7.73-2   &  1.04-1   &  5.918-2    &  7.37-2   &  1.08-1    &  5.975-2   &  7.34-2  &  1.14-1  \\
4 &  15   &  7.459-1  &  9.97-2   &  8.10-2   &  8.789-1    &  1.14-1   &  9.30-2    &  9.830-1   &  1.23-1  &  1.02-1  \\
4 &  16   &  4.121-2  &  3.91-2   &  3.81-2   &  2.536-2    &  2.37-2   &  2.46-2    &  1.891-2   &  1.70-2  &  1.88-2  \\
4 &  17   &  5.780-2  &  5.59-2   &  5.15-2   &  3.160-2    &  3.11-2   &  2.79-2    &  2.067-2   &  2.03-2  &  1.74-2  \\
4 &  18   &  1.975-0  &  2.85-0   &  3.47-0   &  2.334-0    &  3.26-0   &  4.03-0    &  2.615-0   &  3.52-0  &  4.45-0  \\
4 &  19   &  4.109-1  &  1.72-0   &  2.67-0   &  4.811-1    &  1.97-0   &  3.13-0    &  5.356-1   &  2.12-0  &  3.47-0  \\
4 &  20   &  7.065-2  &  5.94-2   &  5.27-2   &  7.786-2    &  6.27-2   &  5.75-2    &  8.497-2   &  6.54-2  &  6.20-2  \\
4 &  21   &  4.534-3  &  4.59-3   &  4.10-3   &  2.328-3    &  2.38-3   &  2.10-3    &  1.394-3   &  1.42-3  &  1.20-3  \\
4 &  22   &  4.003-0  &  3.77-0   &  3.95-0   &  4.777-0    &  4.35-0   &  4.63-0    &  5.351-0   &  4.68-0  &  5.14-0  \\
4 &  23   &  5.968-2  &  6.70-2   &  1.30-1   &  6.420-2    &  7.15-2   &  1.47-1    &  6.956-2   &  7.50-2  &  1.60-1  \\
4 &  24   &  1.028-0  &  4.82-1   &  1.09-0   &  1.216-0    &  5.48-1   &  1.27-0    &  1.359-0   &  5.86-1  &  1.41-0  \\
4 &  25   &  2.610-1  &  3.01-1   &  4.24-1   &  2.971-1    &  3.30-1   &  4.85-1    &  3.251-1   &  3.46-1  &  5.34-1  \\
4 &  26   &  5.568-0  &  5.89-0   &  7.79-0   &  6.708-0    &  6.86-0   &  9.21-0    &  7.487-0   &  7.36-0  &  1.03+1  \\
4 &  27   &  3.944-3  &  ......   &  ......   &  3.789-3    &  ......   &  ......    &  3.695-3   &  ......  &  ......  \\
4 &  28   &  6.556-2  &  4.56-2   &  7.86-2   &  7.360-2    &  4.94-2   &  8.63-2    &  8.055-2   &  5.25-2  &  9.09-2  \\
  & & & & & & & & & & \\ 
5 &  6    &  1.307-5  &  ......   &  0.00-0   &  7.332-6    &  ......   &  0.00-0    &  4.705-6   &  ......  &  0.00-0  \\
5 &  7    &  3.651-3  &  2.28-3   &  2.80-3   &  4.194-3    &  2.44-3   &  3.10-3    &  4.585-3   &  2.58-3  &  3.40-3  \\
5 &  8    &  2.996-4  &  3.26-4   &  3.10-4   &  1.535-4    &  1.67-4   &  1.50-4    &  9.010-5   &  9.69-5  &  9.00-5  \\
5 &  9    &  3.202-4  &  3.12-4   &  2.40-4   &  1.808-4    &  1.75-4   &  1.20-4    &  1.278-4   &  1.19-4  &  7.00-5  \\
5 &  10   &  4.111-3  &  4.42-3   &  3.70-3   &  2.334-3    &  2.36-3   &  2.00-3    &  1.473-3   &  1.45-3  &  1.20-3  \\
5 &  11   &  2.116-2  &  2.25-2   &  2.84-2   &  1.815-2    &  1.78-2   &  2.62-2    &  1.714-2   &  1.61-2  &  2.59-2  \\
5 &  12   &  1.393-2  &  1.50-2   &  1.19-2   &  7.871-3    &  8.00-3   &  6.20-3    &  4.965-3   &  4.91-3  &  3.70-3  \\
5 &  13   &  2.996-3  &  3.17-3   &  2.30-3   &  1.746-3    &  1.82-3   &  1.20-3    &  1.122-3   &  1.20-3  &  7.00-4  \\
5 &  14   &  3.165-3  &  3.27-3   &  2.50-3   &  1.664-3    &  1.75-3   &  1.30-3    &  1.013-3   &  1.08-3  &  8.00-4  \\
5 &  15   &  1.529-1  &  7.97-2   &  1.16-1   &  1.817-1    &  8.80-2   &  1.33-1    &  2.014-1   &  9.37-2  &  1.46-1  \\
5 &  16   &  6.035-3  &  6.05-3   &  5.00-3   &  3.355-3    &  3.39-3   &  2.70-3    &  2.224-3   &  2.23-3  &  1.70-3  \\
5 &  17   &  1.058-2  &  1.05-2   &  9.00-3   &  5.514-3    &  5.59-3   &  4.70-3    &  3.363-3   &  3.43-3  &  2.80-3  \\
5 &  18   &  2.394-1  &  6.18-1   &  8.71-1   &  2.852-1    &  6.90-1   &  1.00-0    &  3.165-1   &  7.38-1  &  1.11-0  \\
5 &  19   &  3.406-3  &  3.65-3   &  1.60-3   &  1.813-3    &  2.12-3   &  8.00-4    &  1.148-3   &  1.45-3  &  5.00-4  \\
5 &  20   &  7.535-3  &  5.69-3   &  7.40-3   &  7.304-3    &  4.88-3   &  7.90-3    &  7.453-3   &  4.58-3  &  8.30-3  \\
5 &  21   &  1.455-3  &  1.37-3   &  1.20-3   &  7.282-4    &  7.20-4   &  6.00-4    &  4.315-4   &  4.40-4  &  4.00-4  \\
5 &  22   &  4.092-3  &  4.45-3   &  1.90-3   &  2.630-3    &  2.60-3   &  9.00-4    &  1.979-3   &  1.81-3  &  5.00-4  \\
5 &  23   &  2.759-3  &  3.03-3   &  3.40-3   &  1.778-3    &  2.09-3   &  2.50-3    &  1.453-3   &  1.73-3  &  2.20-3  \\
5 &  24   &  3.227-3  &  2.89-3   &  2.90-3   &  1.566-3    &  1.38-3   &  1.40-3    &  9.308-4   &  7.95-4  &  8.00-4  \\
5 &  25   &  2.239-3  &  2.37-3   &  2.20-3   &  9.121-4    &  1.01-3   &  1.00-3    &  4.648-4   &  5.21-4  &  5.00-4  \\
5 &  26   &  2.024-2  &  2.02-2   &  1.90-2   &  2.212-2    &  2.30-2   &  1.92-2    &  2.381-2   &  2.49-2  &  1.81-2  \\
5 &  27   &  1.924-4  &  ......   &  ......   &  1.928-4    &  ......   &  ......    &  1.937-4   &  ......  &  ......  \\
5 &  28   &  2.503-0  &  2.56-0   &  3.21-0   &  3.002-0    &  2.99-0   &  3.77-0    &  3.367-0   &  3.22-0  &  4.20-0  \\
  & & & & & & & & & & \\ \hline								      
\end{tabular}
\begin {flushleft}
\begin{tabbing}
aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa\= \kill
AK: Present results  \hspace*{1.0 cm} GT: Gupta \& Tayal (1998)  \hspace*{1.0 cm} FM: Fawcett \& Mason (1989)
\end{tabbing}
\end {flushleft}
\end{document}
\end{tabular}
\end{document}
