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

\begin{tabular}{rllrrrrr} \hline
  & & & & & & & \\
Index    & Configuration               & Level                   &  NIST       &  BD	  &   GRASP4  &   DGM      &   GRASP8 \\ 
  & & & & & & &\\ \hline
  & & & & & & &\\
  1......& 3s$^2$3p$^5$                &   $^2$P$^o_{3/2}$       &    0.0000   &  0.0000   &  0.0000  &    0.0000   &  0.0000  \\
  2......& 3s$^2$3p$^5$     	       &   $^2$P$^o_{1/2}$       &    0.1429   &  0.1322   &  0.1430  &    0.1426   &  0.1426  \\
  3......& 3s3p$^6$         	       &   $^2$S$_{1/2}$         &    2.6358   &  2.6329   &  2.6221  &    2.5927   &  2.6024  \\
  4......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$D$_{5/2}$         &    3.5422   &  3.5564   &  3.5453  &    3.5448   &  3.5473  \\
  5......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$D$_{7/2}$         &    3.5422   &  3.5569   &  3.5442  &    3.5446   &  3.5468  \\
  6......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$D$_{3/2}$         &    3.5544   &  3.5661   &  3.5571  &    3.5545   &  3.5587  \\
  7......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$D$_{1/2}$         &    3.5681   &  3.5784   &  3.5712  &    3.5682   &  3.5724  \\
  8......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$F$_{9/2}$         &    3.8059   &  3.8263   &  3.8191  &    3.8077   &  3.8407  \\
  9......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$P$_{1/2}$         &    ......   &  3.8904   &  3.8882  &    3.7636   &  3.8608  \\
 10......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$F$_{7/2}$         &    3.8528   &  3.8693   &  3.8672  &    3.8549   &  3.8876  \\
 11......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$F$_{5/2}$         &    3.8890   &  3.9005   &  3.9019  &    3.8925   &  3.9220  \\
 12......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$F$_{3/2}$         &    3.9029   &  3.9150   &  3.9178  &    3.9373   &  3.9345  \\
 13......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$P$_{3/2}$         &    3.9360   &  3.9585   &  3.9606  &    3.8949   &  3.9375  \\
 14......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$D$_{3/2}$         &    3.9605   &  4.0056   &  4.0073  &    3.9710   &  3.9942  \\
 15......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$P$_{1/2}$         &    3.9622   &  3.9978   &  4.0003  &    3.9833   &  3.9992  \\
 16......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$P$_{3/2}$         &    ......   &  4.0450   &  4.0497  &    4.1171   &  4.0435  \\
 17......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^4$P$_{5/2}$         &    4.0265   &  4.0652   &  4.0683  &    4.0303   &  4.0615  \\
 18......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^2$F$_{7/2}$         &    4.0172   &  4.1517   &  4.0671  &    4.0274   &  4.0716  \\
 19......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$D$_{5/2}$         &    ......   &  4.0871   &  4.0939  &    4.0532   &  4.0836  \\
 20......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$G$_{9/2}$         &    4.1075   &  4.1440   &  4.1501  &    4.1116   &  4.1612  \\
 21......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$G$_{7/2}$         &    4.1106   &  4.0649   &  4.1603  &    4.1249   &  4.1660  \\
 22......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^2$F$_{5/2}$         &    4.1256   &  4.1866   &  4.1966  &    4.1513   &  4.1935  \\
 23......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$F$_{5/2}$         &    ......   &  4.4638   &  4.4796  &    4.5386   &  4.4664  \\
 24......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$F$_{7/2}$         &    4.4286   &  4.4981   &  4.5147  &    4.5689   &  4.5020  \\
 25......& 3s$^2$3p$^4$ ($^1$S)3d      &   $^2$D$_{3/2}$         &    4.6639   &  4.7849   &  4.8102  &    4.7120   &  4.7243  \\
 26......& 3s$^2$3p$^4$ ($^1$S)3d      &   $^2$D$_{5/2}$         &    ......   &  4.8234   &  4.8497  &    4.9266   &  4.7618  \\
 27......& 3s$^2$3p$^4$ ($^1$D)3d      &   $^2$S$_{1/2}$         &    4.9380   &  5.2766   &  5.3189  &    4.9886   &  5.0228  \\
 28......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^2$P$_{3/2}$         &    5.1414   &  5.3219   &  5.3605  &    5.2806   &  5.2727  \\
 29......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^2$P$_{1/2}$         &    5.1941   &  5.3762   &  5.4141  &    5.3628   &  5.3243  \\
 30......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^2$D$_{5/2}$         &    5.2211   &  5.4723   &  5.5127  &    5.3950   &  5.3428  \\
 31......& 3s$^2$3p$^4$ ($^3$P)3d      &   $^2$D$_{3/2}$         &    5.3422   &  5.5857   &  5.6339  &    5.5132   &  5.4633  \\
 32......& 3s3p$^5$($^3$P)3d	       &   $^4$P$^o_{1/2}$       &    ......   &  6.4777   &  6.4698  &    6.1094   &  6.2252  \\
 33......& 3s3p$^5$($^3$P)3d	       &   $^4$P$^o_{3/2}$       &    ......   &  6.5033   &  6.4953  &    6.1323   &  6.2485  \\
 34......& 3s3p$^5$($^3$P)3d	       &   $^4$P$^o_{5/2}$       &    ......   &  6.5485   &  6.5411  &    6.1760   &  6.2905  \\
 35......& 3s3p$^5$($^3$P)3d	       &   $^4$F$^o_{9/2}$       &    6.3484   &  6.6584   &  6.6513  &    6.3568   &  6.5516  \\
 36......& 3s3p$^5$($^3$P)3d	       &   $^4$F$^o_{7/2}$       &    6.3742   &  6.6857   &  6.6817  &    6.3834   &  6.5771  \\
 37......& 3s3p$^5$($^3$P)3d	       &   $^4$F$^o_{5/2}$       &    6.4024   &  6.7131   &  6.7121  &    6.4115   &  6.6044  \\
 38......& 3s3p$^5$($^3$P)3d	       &   $^4$F$^o_{3/2}$       &    6.4283   &  6.7369   &  6.7385  &    6.4366   &  6.6293  \\
 39......& 3s3p$^5$($^3$P)3d	       &   $^4$D$^o_{7/2}$       &    ......   &  6.9896   &  6.9929  &    6.7351   &  6.8504  \\
 40......& 3s3p$^5$($^3$P)3d	       &   $^4$D$^o_{1/2}$       &    ......   &  7.0050   &  7.0142  &    6.7480   &  6.8630  \\
 41......& 3s3p$^5$($^3$P)3d	       &   $^4$D$^o_{5/2}$       &    ......   &  7.0058   &  7.0116  &    6.7482   &  6.8662  \\
 42......& 3s3p$^5$($^3$P)3d	       &   $^4$D$^o_{3/2}$       &    ......   &  7.0080   &  7.0160  &    6.7507   &  6.8678  \\
  & & & & & & &\\ \hline				  								   
\end{tabular}
\newpage	 
\begin{tabular}{rllrrrrr} \hline
  & & & & & & & \\
Index    & Configuration               & Level                   &  NIST       &  BD	  &   GRASP4  &   DGM      &   GRASP8 \\ 
  & & & & & & &\\ \hline
  & & & & & & &\\   
 43......& 3s3p$^5$($^3$P)3d	       &   $^2$F$^o_{7/2}$       &    ......   &  7.2283   &  7.2411  &    6.8396   &  6.9268  \\
 44......& 3s3p$^5$($^3$P)3d	       &   $^2$F$^o_{5/2}$       &    ......   &  7.2554   &  7.3246  &    6.8890   &  6.9859  \\
 45......& 3s3p$^5$($^3$P)3d	       &   $^2$D$^o_{3/2}$       &    ......   &  7.2845   &  7.2975  &    6.9375   &  7.0510  \\
 46......& 3s3p$^5$($^3$P)3d	       &   $^2$D$^o_{5/2}$       &    ......   &  7.3078   &  7.2679  &    6.9562   &  7.0664  \\
 47......& 3s3p$^5$($^1$P)3d	       &   $^2$P$^o_{1/2}$       &    ......   &  7.5371   &  7.5536  &    7.0603   &  7.1458  \\
 48......& 3s3p$^5$($^1$P)3d	       &   $^2$P$^o_{3/2}$       &    ......   &  7.6084   &  7.6294  &    7.1273   &  7.2206  \\
 49......& 3s3p$^5$($^1$P)3d           &   $^2$F$^o_{5/2}$       &    ......   &  7.9368   &  7.9637  &    7.3210   &  7.4237  \\
 50......& 3s3p$^5$($^1$P)3d	       &   $^2$F$^o_{7/2}$       &    ......   &  7.9483   &  7.9728  &    7.3556   &  7.4626  \\
 51......& 3s3p$^5$($^1$P)3d	       &   $^2$D$^o_{3/2}$       &    ......   &  8.1956   &  8.2299  &    7.5919   &  7.6777  \\
 52......& 3s3p$^5$($^1$P)3d	       &   $^2$D$^o_{5/2}$       &    ......   &  8.2031   &  8.2350  &    7.6056   &  7.6931  \\
 53......& 3s3p$^5$($^3$P)3d	       &   $^2$P$^o_{1/2}$       &    ......   &  8.8872   &  8.9439  &    7.9995   &  8.2058  \\
 54......& 3s3p$^5$($^3$P)3d	       &   $^2$P$^o_{3/2}$       &    ......   &  8.8768   &  8.9304  &    8.0054   &  8.2119  \\
  & & & & & & &\\ \hline				  								   
\end{tabular}													   
\begin {flushleft}
\begin{tabbing}
aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa\= \kill
NIST  ({\tt http://www.physics.nist/gov/PhysRefData})\\
BD: Bhatia \& Doschek (1995) \\
DGM: Deb et al. (2002) \\
GRASP4: Present results from 4  configurations and  54 levels \\
GRASP8: Present results from 8  configurations and 669 levels \\
%Tayal (2001) \\
\end{tabbing}
\end {flushleft}

\begin{flushleft}                                                                                                                           

\clearpage
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                                                                                                                                                           
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\         
  1 &  3 &  3.502+02 &  2.975+09 &  2.734-02 &  1.261-01 \\                                                             
  1 &  4 &  2.569+02 &  6.750+06 &  1.002-04 &  3.389-04 \\                                                             
  1 &  6 &  2.561+02 &  6.298+06 &  6.191-05 &  2.088-04 \\                                                             
  1 &  7 &  2.551+02 &  3.639+06 &  1.775-05 &  5.962-05 \\                                                             
  1 &  9 &  2.360+02 &  5.728+07 &  2.392-04 &  7.435-04 \\                                                             
  1 & 11 &  2.324+02 &  4.511+07 &  5.476-04 &  1.675-03 \\                                                             
  1 & 12 &  2.316+02 &  1.238+08 &  9.960-04 &  3.038-03 \\                                                             
  1 & 13 &  2.314+02 &  2.689+08 &  2.160-03 &  6.582-03 \\                                                             
  1 & 14 &  2.281+02 &  2.279+08 &  1.778-03 &  5.343-03 \\                                                             
  1 & 15 &  2.279+02 &  2.827+08 &  1.100-03 &  3.302-03 \\                                                             
  1 & 16 &  2.254+02 &  3.610+06 &  2.749-05 &  8.158-05 \\                                                             
  1 & 17 &  2.244+02 &  1.134+08 &  1.283-03 &  3.792-03 \\                                                             
  1 & 19 &  2.231+02 &  5.871+07 &  6.575-04 &  1.932-03 \\                                                             
  1 & 22 &  2.173+02 &  2.182+07 &  2.318-04 &  6.632-04 \\                                                             
  1 & 23 &  2.040+02 &  1.662+08 &  1.555-03 &  4.179-03 \\                                                             
  1 & 25 &  1.929+02 &  6.606+08 &  3.685-03 &  9.359-03 \\                                                             
  1 & 26 &  1.914+02 &  3.073+08 &  2.531-03 &  6.378-03 \\                                                             
  1 & 27 &  1.814+02 &  1.326+11 &  3.272-01 &  7.816-01 \\                                                             
  1 & 28 &  1.728+02 &  1.605+11 &  7.188-01 &  1.636-00 \\                                                             
  1 & 29 &  1.711+02 &  4.230+10 &  9.289-02 &  2.094-01 \\                                                             
  1 & 30 &  1.706+02 &  1.977+11 &  1.293-00 &  2.905-00 \\                                                             
  1 & 31 &  1.668+02 &  7.924+09 &  3.305-02 &  7.259-02 \\                                                             
  2 &  3 &  3.705+02 &  1.299+09 &  2.674-02 &  6.522-02 \\                                                             
  2 &  6 &  2.668+02 &  7.275+04 &  1.552-06 &  2.727-06 \\                                                             
  2 &  7 &  2.657+02 &  5.103+06 &  5.401-05 &  9.448-05 \\                                                             
  2 &  9 &  2.451+02 &  2.566+08 &  2.311-03 &  3.729-03 \\                                                             
  2 & 12 &  2.403+02 &  1.157+08 &  2.003-03 &  3.170-03 \\                                                             
  2 & 13 &  2.401+02 &  4.577+07 &  7.913-04 &  1.251-03 \\                                                             
  2 & 14 &  2.366+02 &  1.032+08 &  1.733-03 &  2.699-03 \\                                                             
  2 & 15 &  2.363+02 &  4.945+07 &  4.139-04 &  6.439-04 \\                                                             
  2 & 16 &  2.336+02 &  2.139+06 &  3.501-05 &  5.384-05 \\                                                             
  2 & 25 &  1.989+02 &  2.118+08 &  2.512-03 &  3.290-03 \\                                                             
  2 & 27 &  1.867+02 &  4.342+10 &  2.270-01 &  2.790-01 \\                                                             
  2 & 28 &  1.776+02 &  3.849+09 &  3.641-02 &  4.259-02 \\                                                             
  2 & 29 &  1.759+02 &  1.180+11 &  5.472-01 &  6.336-01 \\                                                             
  2 & 31 &  1.713+02 &  1.867+11 &  1.642-00 &  1.851-00 \\                                                             
  3 & 32 &  2.515+02 &  1.612+06 &  1.529-05 &  2.533-05 \\                                                             
  3 & 33 &  2.499+02 &  4.332+06 &  8.113-05 &  1.335-04 \\                                                             
  3 & 38 &  2.263+02 &  2.891+05 &  4.438-06 &  6.613-06 \\                                                             
  3 & 40 &  2.139+02 &  1.720+07 &  1.180-04 &  1.661-04 \\                                                             
  3 & 42 &  2.136+02 &  2.043+07 &  2.796-04 &  3.933-04 \\                                                             
  3 & 45 &  2.048+02 &  3.765+08 &  4.736-03 &  6.388-03 \\                                                             
  3 & 47 &  2.006+02 &  3.434+09 &  2.071-02 &  2.735-02 \\                                                             
  3 & 48 &  1.973+02 &  2.125+09 &  2.481-02 &  3.223-02 \\                                                             
  3 & 51 &  1.796+02 &  3.848+08 &  3.720-03 &  4.397-03 \\                                                             
  3 & 53 &  1.626+02 &  1.701+11 &  6.746-01 &  7.223-01 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
  3 & 54 &  1.624+02 &  1.690+11 &  1.337-00 &  1.430-00 \\                                                             
  4 & 33 &  3.374+02 &  1.970+09 &  2.241-02 &  1.493-01 \\                                                             
  4 & 34 &  3.322+02 &  5.526+08 &  9.141-03 &  5.998-02 \\                                                             
  4 & 36 &  3.008+02 &  2.579+09 &  4.664-02 &  2.771-01 \\                                                             
  4 & 37 &  2.981+02 &  1.454+09 &  1.937-02 &  1.141-01 \\                                                             
  4 & 38 &  2.957+02 &  1.943+08 &  1.698-03 &  9.915-03 \\                                                             
  4 & 39 &  2.759+02 &  2.210+08 &  3.363-03 &  1.833-02 \\                                                             
  4 & 41 &  2.746+02 &  5.068+08 &  5.728-03 &  3.107-02 \\                                                             
  4 & 42 &  2.744+02 &  3.752+08 &  2.825-03 &  1.531-02 \\                                                             
  4 & 43 &  2.696+02 &  2.753+07 &  4.001-04 &  2.131-03 \\                                                             
  4 & 44 &  2.650+02 &  2.865+06 &  3.017-05 &  1.579-04 \\                                                             
  4 & 45 &  2.601+02 &  4.478+06 &  3.028-05 &  1.556-04 \\                                                             
  4 & 46 &  2.590+02 &  1.793+05 &  1.802-06 &  9.218-06 \\                                                             
  4 & 48 &  2.481+02 &  3.282+07 &  2.019-04 &  9.893-04 \\                                                             
  4 & 49 &  2.351+02 &  1.153+07 &  9.555-05 &  4.437-04 \\                                                             
  4 & 50 &  2.328+02 &  4.202+06 &  4.550-05 &  2.092-04 \\                                                             
  4 & 51 &  2.206+02 &  4.056+07 &  1.973-04 &  8.598-04 \\                                                             
  4 & 52 &  2.198+02 &  9.859+07 &  7.141-04 &  3.100-03 \\                                                             
  4 & 54 &  1.954+02 &  3.076+07 &  1.173-04 &  4.528-04 \\                                                             
  5 & 34 &  3.321+02 &  2.448+09 &  3.036-02 &  2.656-01 \\                                                             
  5 & 35 &  3.033+02 &  3.254+09 &  5.608-02 &  4.479-01 \\                                                             
  5 & 36 &  3.007+02 &  1.091+09 &  1.479-02 &  1.172-01 \\                                                             
  5 & 37 &  2.980+02 &  1.344+08 &  1.342-03 &  1.053-02 \\                                                             
  5 & 39 &  2.758+02 &  8.715+08 &  9.941-03 &  7.222-02 \\                                                             
  5 & 41 &  2.745+02 &  1.772+08 &  1.501-03 &  1.085-02 \\                                                             
  5 & 43 &  2.696+02 &  1.001+05 &  1.090-06 &  7.743-06 \\                                                             
  5 & 44 &  2.650+02 &  1.043+06 &  8.231-06 &  5.744-05 \\                                                             
  5 & 46 &  2.589+02 &  1.891+04 &  1.425-07 &  9.717-07 \\                                                             
  5 & 49 &  2.351+02 &  1.972+06 &  1.225-05 &  7.582-05 \\                                                             
  5 & 50 &  2.327+02 &  2.062+07 &  1.674-04 &  1.026-03 \\                                                             
  5 & 52 &  2.198+02 &  2.225+07 &  1.208-04 &  6.994-04 \\                                                             
  6 & 32 &  3.417+02 &  1.613+09 &  1.412-02 &  6.356-02 \\                                                             
  6 & 33 &  3.388+02 &  9.678+08 &  1.665-02 &  7.430-02 \\                                                             
  6 & 34 &  3.336+02 &  4.823+07 &  1.207-03 &  5.302-03 \\                                                             
  6 & 37 &  2.992+02 &  2.264+09 &  4.557-02 &  1.795-01 \\                                                             
  6 & 38 &  2.968+02 &  1.416+09 &  1.870-02 &  7.309-02 \\                                                             
  6 & 40 &  2.758+02 &  6.608+08 &  3.767-03 &  1.368-02 \\                                                             
  6 & 41 &  2.755+02 &  3.366+08 &  5.746-03 &  2.085-02 \\                                                             
  6 & 42 &  2.754+02 &  3.870+08 &  4.400-03 &  1.595-02 \\                                                             
  6 & 44 &  2.659+02 &  4.954+04 &  7.875-07 &  2.757-06 \\                                                             
  6 & 45 &  2.609+02 &  2.310+06 &  2.358-05 &  8.103-05 \\                                                             
  6 & 46 &  2.598+02 &  1.444+07 &  2.191-04 &  7.494-04 \\                                                             
  6 & 47 &  2.540+02 &  7.261+07 &  3.512-04 &  1.175-03 \\                                                             
  6 & 48 &  2.489+02 &  1.162+07 &  1.079-04 &  3.537-04 \\                                                             
  6 & 49 &  2.358+02 &  6.550+06 &  8.187-05 &  2.542-04 \\                                                             
  6 & 51 &  2.212+02 &  1.354+08 &  9.934-04 &  2.894-03 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
  6 & 52 &  2.204+02 &  4.042+06 &  4.416-05 &  1.282-04 \\                                                             
  6 & 53 &  1.961+02 &  3.175+07 &  9.152-05 &  2.363-04 \\                                                             
  6 & 54 &  1.958+02 &  4.184+06 &  2.406-05 &  6.204-05 \\                                                             
  7 & 32 &  3.435+02 &  1.564+09 &  2.766-02 &  6.256-02 \\                                                             
  7 & 33 &  3.405+02 &  1.352+08 &  4.699-03 &  1.054-02 \\                                                             
  7 & 38 &  2.981+02 &  2.302+09 &  6.134-02 &  1.204-01 \\                                                             
  7 & 40 &  2.769+02 &  6.674+08 &  7.673-03 &  1.399-02 \\                                                             
  7 & 42 &  2.765+02 &  3.696+08 &  8.474-03 &  1.543-02 \\                                                             
  7 & 45 &  2.620+02 &  4.271+07 &  8.788-04 &  1.516-03 \\                                                             
  7 & 47 &  2.550+02 &  3.546+07 &  3.457-04 &  5.805-04 \\                                                             
  7 & 48 &  2.498+02 &  1.700+06 &  3.180-05 &  5.229-05 \\                                                             
  7 & 51 &  2.220+02 &  5.139+07 &  7.592-04 &  1.110-03 \\                                                             
  7 & 53 &  1.967+02 &  7.144+06 &  4.143-05 &  5.364-05 \\                                                             
  7 & 54 &  1.964+02 &  1.006+07 &  1.164-04 &  1.505-04 \\                                                             
  8 & 35 &  3.362+02 &  2.611+09 &  4.424-02 &  4.896-01 \\                                                             
  8 & 36 &  3.330+02 &  1.549+08 &  2.061-03 &  2.259-02 \\                                                             
  8 & 39 &  3.028+02 &  2.193+09 &  2.411-02 &  2.403-01 \\                                                             
  8 & 43 &  2.953+02 &  1.607+08 &  1.681-03 &  1.634-02 \\                                                             
  8 & 50 &  2.516+02 &  2.778+08 &  2.109-03 &  1.747-02 \\                                                             
  9 & 32 &  3.854+02 &  2.265+07 &  5.043-04 &  1.280-03 \\                                                             
  9 & 33 &  3.816+02 &  1.335+07 &  5.831-04 &  1.465-03 \\                                                             
  9 & 38 &  3.291+02 &  8.008+06 &  2.601-04 &  5.638-04 \\                                                             
  9 & 40 &  3.035+02 &  8.495+07 &  1.173-03 &  2.345-03 \\                                                             
  9 & 42 &  3.030+02 &  5.196+07 &  1.431-03 &  2.855-03 \\                                                             
  9 & 45 &  2.856+02 &  2.068+09 &  5.059-02 &  9.514-02 \\                                                             
  9 & 47 &  2.774+02 &  2.293+09 &  2.645-02 &  4.831-02 \\                                                             
  9 & 48 &  2.712+02 &  1.068+08 &  2.355-03 &  4.206-03 \\                                                             
  9 & 51 &  2.388+02 &  1.970+09 &  3.366-02 &  5.292-02 \\                                                             
  9 & 53 &  2.097+02 &  5.302+07 &  3.496-04 &  4.828-04 \\                                                             
  9 & 54 &  2.094+02 &  5.961+07 &  7.840-04 &  1.081-03 \\                                                             
 10 & 34 &  3.792+02 &  4.627+06 &  7.483-05 &  7.474-04 \\                                                             
 10 & 35 &  3.421+02 &  4.156+08 &  9.115-03 &  8.211-02 \\                                                             
 10 & 36 &  3.388+02 &  1.992+09 &  3.428-02 &  3.059-01 \\                                                             
 10 & 37 &  3.354+02 &  2.548+08 &  3.223-03 &  2.847-02 \\                                                             
 10 & 39 &  3.076+02 &  1.745+07 &  2.475-04 &  2.005-03 \\                                                             
 10 & 41 &  3.059+02 &  2.286+09 &  2.406-02 &  1.939-01 \\                                                             
 10 & 43 &  2.998+02 &  2.691+07 &  3.627-04 &  2.864-03 \\                                                             
 10 & 44 &  2.941+02 &  1.599+07 &  1.555-04 &  1.205-03 \\                                                             
 10 & 46 &  2.867+02 &  2.184+06 &  2.018-05 &  1.524-04 \\                                                             
 10 & 49 &  2.577+02 &  2.135+08 &  1.594-03 &  1.082-02 \\                                                             
 10 & 50 &  2.549+02 &  4.291+06 &  4.180-05 &  2.806-04 \\                                                             
 10 & 52 &  2.395+02 &  2.359+06 &  1.521-05 &  9.592-05 \\                                                             
 11 & 33 &  3.917+02 &  1.670+06 &  2.561-05 &  1.982-04 \\                                                             
 11 & 34 &  3.848+02 &  1.804+05 &  4.003-06 &  3.042-05 \\                                                             
 11 & 36 &  3.432+02 &  5.570+08 &  1.311-02 &  8.891-02 \\                                                             
 11 & 37 &  3.397+02 &  1.912+09 &  3.308-02 &  2.220-01 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 11 & 38 &  3.366+02 &  3.349+08 &  3.793-03 &  2.522-02 \\                                                             
 11 & 39 &  3.112+02 &  2.097+06 &  4.059-05 &  2.495-04 \\                                                             
 11 & 41 &  3.095+02 &  1.050+08 &  1.508-03 &  9.218-03 \\                                                             
 11 & 42 &  3.093+02 &  2.162+09 &  2.068-02 &  1.264-01 \\                                                             
 11 & 43 &  3.033+02 &  5.732+04 &  1.054-06 &  6.313-06 \\                                                             
 11 & 44 &  2.974+02 &  3.464+06 &  4.594-05 &  2.699-04 \\                                                             
 11 & 45 &  2.912+02 &  1.850+06 &  1.568-05 &  9.022-05 \\                                                             
 11 & 46 &  2.898+02 &  6.802+06 &  8.564-05 &  4.902-04 \\                                                             
 11 & 48 &  2.763+02 &  4.730+06 &  3.608-05 &  1.969-04 \\                                                             
 11 & 49 &  2.602+02 &  3.245+04 &  3.295-07 &  1.694-06 \\                                                             
 11 & 50 &  2.574+02 &  2.414+06 &  3.197-05 &  1.626-04 \\                                                             
 11 & 51 &  2.426+02 &  2.289+07 &  1.347-04 &  6.455-04 \\                                                             
 11 & 52 &  2.416+02 &  7.597+06 &  6.651-05 &  3.174-04 \\                                                             
 11 & 54 &  2.124+02 &  3.013+07 &  1.359-04 &  5.702-04 \\                                                             
 12 & 32 &  3.978+02 &  3.543+06 &  4.203-05 &  2.202-04 \\                                                             
 12 & 33 &  3.938+02 &  1.500+07 &  3.488-04 &  1.809-03 \\                                                             
 12 & 34 &  3.868+02 &  6.368+06 &  2.142-04 &  1.091-03 \\                                                             
 12 & 37 &  3.413+02 &  2.841+08 &  7.442-03 &  3.345-02 \\                                                             
 12 & 38 &  3.382+02 &  1.367+09 &  2.344-02 &  1.044-01 \\                                                             
 12 & 40 &  3.112+02 &  9.374+08 &  6.804-03 &  2.788-02 \\                                                             
 12 & 41 &  3.108+02 &  1.784+08 &  3.875-03 &  1.586-02 \\                                                             
 12 & 42 &  3.107+02 &  4.479+08 &  6.481-03 &  2.651-02 \\                                                             
 12 & 44 &  2.986+02 &  1.224+08 &  2.454-03 &  9.650-03 \\                                                             
 12 & 45 &  2.924+02 &  2.599+07 &  3.331-04 &  1.283-03 \\                                                             
 12 & 46 &  2.910+02 &  4.931+08 &  9.387-03 &  3.597-02 \\                                                             
 12 & 47 &  2.838+02 &  4.214+08 &  2.544-03 &  9.505-03 \\                                                             
 12 & 48 &  2.773+02 &  1.144+09 &  1.318-02 &  4.814-02 \\                                                             
 12 & 49 &  2.612+02 &  6.855+06 &  1.052-04 &  3.616-04 \\                                                             
 12 & 51 &  2.434+02 &  2.819+07 &  2.505-04 &  8.031-04 \\                                                             
 12 & 52 &  2.424+02 &  9.230+08 &  1.220-02 &  3.895-02 \\                                                             
 12 & 53 &  2.134+02 &  2.396+07 &  8.176-05 &  2.297-04 \\                                                             
 12 & 54 &  2.130+02 &  1.076+08 &  7.323-04 &  2.054-03 \\                                                             
 13 & 32 &  3.983+02 &  2.000+06 &  2.379-05 &  1.248-04 \\                                                             
 13 & 33 &  3.943+02 &  2.763+07 &  6.441-04 &  3.344-03 \\                                                             
 13 & 34 &  3.873+02 &  9.087+06 &  3.065-04 &  1.563-03 \\                                                             
 13 & 37 &  3.417+02 &  1.454+08 &  3.817-03 &  1.718-02 \\                                                             
 13 & 38 &  3.385+02 &  8.473+08 &  1.456-02 &  6.490-02 \\                                                             
 13 & 40 &  3.115+02 &  1.294+09 &  9.414-03 &  3.861-02 \\                                                             
 13 & 41 &  3.111+02 &  2.136+08 &  4.651-03 &  1.906-02 \\                                                             
 13 & 42 &  3.110+02 &  1.238+07 &  1.796-04 &  7.353-04 \\                                                             
 13 & 44 &  2.989+02 &  3.427+08 &  6.887-03 &  2.711-02 \\                                                             
 13 & 45 &  2.927+02 &  4.412+07 &  5.666-04 &  2.184-03 \\                                                             
 13 & 46 &  2.912+02 &  3.597+08 &  6.861-03 &  2.631-02 \\                                                             
 13 & 47 &  2.840+02 &  1.267+09 &  7.660-03 &  2.865-02 \\                                                             
 13 & 48 &  2.776+02 &  1.861+09 &  2.149-02 &  7.857-02 \\                                                             
 13 & 49 &  2.614+02 &  1.682+08 &  2.584-03 &  8.896-03 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 13 & 51 &  2.436+02 &  6.016+08 &  5.354-03 &  1.718-02 \\                                                             
 13 & 52 &  2.426+02 &  1.073+09 &  1.421-02 &  4.539-02 \\                                                             
 13 & 53 &  2.135+02 &  1.488+08 &  5.085-04 &  1.430-03 \\                                                             
 13 & 54 &  2.132+02 &  5.783+07 &  3.941-04 &  1.106-03 \\                                                             
 14 & 32 &  4.085+02 &  5.960+07 &  7.454-04 &  4.010-03 \\                                                             
 14 & 33 &  4.042+02 &  6.889+05 &  1.688-05 &  8.985-05 \\                                                             
 14 & 34 &  3.969+02 &  1.045+07 &  3.700-04 &  1.934-03 \\                                                             
 14 & 37 &  3.491+02 &  6.727+07 &  1.844-03 &  8.477-03 \\                                                             
 14 & 38 &  3.458+02 &  9.745+07 &  1.747-03 &  7.957-03 \\                                                             
 14 & 40 &  3.176+02 &  1.827+08 &  1.382-03 &  5.781-03 \\                                                             
 14 & 41 &  3.173+02 &  2.095+08 &  4.742-03 &  1.981-02 \\                                                             
 14 & 42 &  3.171+02 &  9.315+07 &  1.404-03 &  5.865-03 \\                                                             
 14 & 44 &  3.046+02 &  1.928+08 &  4.022-03 &  1.613-02 \\                                                             
 14 & 45 &  2.981+02 &  4.947+08 &  6.591-03 &  2.588-02 \\                                                             
 14 & 46 &  2.966+02 &  3.606+08 &  7.134-03 &  2.787-02 \\                                                             
 14 & 47 &  2.891+02 &  3.121+09 &  1.956-02 &  7.447-02 \\                                                             
 14 & 48 &  2.824+02 &  1.088+08 &  1.301-03 &  4.837-03 \\                                                             
 14 & 49 &  2.657+02 &  1.737+09 &  2.758-02 &  9.651-02 \\                                                             
 14 & 51 &  2.474+02 &  2.358+09 &  2.163-02 &  7.048-02 \\                                                             
 14 & 52 &  2.464+02 &  2.694+08 &  3.677-03 &  1.193-02 \\                                                             
 14 & 53 &  2.164+02 &  2.561+08 &  8.987-04 &  2.561-03 \\                                                             
 14 & 54 &  2.161+02 &  3.261+05 &  2.282-06 &  6.494-06 \\                                                             
 15 & 32 &  4.094+02 &  6.762+07 &  1.699-03 &  4.579-03 \\                                                             
 15 & 33 &  4.051+02 &  2.448+08 &  1.205-02 &  3.214-02 \\                                                             
 15 & 38 &  3.465+02 &  1.500+06 &  5.398-05 &  1.232-04 \\                                                             
 15 & 40 &  3.182+02 &  2.159+09 &  3.277-02 &  6.866-02 \\                                                             
 15 & 42 &  3.177+02 &  1.144+09 &  3.463-02 &  7.243-02 \\                                                             
 15 & 45 &  2.986+02 &  3.967+07 &  1.061-03 &  2.085-03 \\                                                             
 15 & 47 &  2.896+02 &  1.218+08 &  1.532-03 &  2.921-03 \\                                                             
 15 & 48 &  2.829+02 &  1.620+06 &  3.887-05 &  7.239-05 \\                                                             
 15 & 51 &  2.477+02 &  1.600+07 &  2.944-04 &  4.802-04 \\                                                             
 15 & 53 &  2.166+02 &  2.426+07 &  1.707-04 &  2.434-04 \\                                                             
 15 & 54 &  2.163+02 &  7.781+06 &  1.092-04 &  1.555-04 \\                                                             
 16 & 32 &  4.177+02 &  1.771+08 &  2.316-03 &  1.274-02 \\                                                             
 16 & 33 &  4.133+02 &  5.083+07 &  1.302-03 &  7.084-03 \\                                                             
 16 & 34 &  4.055+02 &  1.971+08 &  7.290-03 &  3.893-02 \\                                                             
 16 & 37 &  3.558+02 &  3.310+04 &  9.424-07 &  4.416-06 \\                                                             
 16 & 38 &  3.524+02 &  9.968+06 &  1.856-04 &  8.613-04 \\                                                             
 16 & 40 &  3.232+02 &  2.810+08 &  2.201-03 &  9.367-03 \\                                                             
 16 & 41 &  3.228+02 &  1.427+09 &  3.343-02 &  1.421-01 \\                                                             
 16 & 42 &  3.226+02 &  1.089+09 &  1.699-02 &  7.220-02 \\                                                             
 16 & 44 &  3.097+02 &  1.406+07 &  3.032-04 &  1.236-03 \\                                                             
 16 & 45 &  3.030+02 &  2.943+07 &  4.051-04 &  1.616-03 \\                                                             
 16 & 46 &  3.015+02 &  4.264+08 &  8.713-03 &  3.459-02 \\                                                             
 16 & 47 &  2.937+02 &  2.766+06 &  1.789-05 &  6.919-05 \\                                                             
 16 & 48 &  2.868+02 &  6.234+08 &  7.688-03 &  2.904-02 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 16 & 49 &  2.696+02 &  1.563+08 &  2.555-03 &  9.070-03 \\                                                             
 16 & 51 &  2.508+02 &  9.674+07 &  9.120-04 &  3.011-03 \\                                                             
 16 & 52 &  2.497+02 &  4.028+08 &  5.648-03 &  1.857-02 \\                                                             
 16 & 53 &  2.189+02 &  1.601+07 &  5.753-05 &  1.659-04 \\                                                             
 16 & 54 &  2.186+02 &  4.794+05 &  3.435-06 &  9.888-06 \\                                                             
 17 & 33 &  4.167+02 &  8.848+07 &  1.535-03 &  1.264-02 \\                                                             
 17 & 34 &  4.088+02 &  9.914+07 &  2.484-03 &  2.006-02 \\                                                             
 17 & 36 &  3.622+02 &  1.496+07 &  3.925-04 &  2.808-03 \\                                                             
 17 & 37 &  3.584+02 &  1.296+05 &  2.495-06 &  1.766-05 \\                                                             
 17 & 38 &  3.549+02 &  1.855+05 &  2.335-06 &  1.637-05 \\                                                             
 17 & 39 &  3.268+02 &  1.726+09 &  3.684-02 &  2.378-01 \\                                                             
 17 & 41 &  3.249+02 &  4.641+08 &  7.345-03 &  4.714-02 \\                                                             
 17 & 42 &  3.247+02 &  7.221+07 &  7.610-04 &  4.881-03 \\                                                             
 17 & 43 &  3.180+02 &  1.534+07 &  3.101-04 &  1.948-03 \\                                                             
 17 & 44 &  3.116+02 &  2.313+08 &  3.367-03 &  2.073-02 \\                                                             
 17 & 45 &  3.048+02 &  1.763+08 &  1.637-03 &  9.859-03 \\                                                             
 17 & 46 &  3.033+02 &  4.640+07 &  6.397-04 &  3.832-03 \\                                                             
 17 & 48 &  2.885+02 &  1.209+09 &  1.006-02 &  5.730-02 \\                                                             
 17 & 49 &  2.710+02 &  1.298+08 &  1.430-03 &  7.654-03 \\                                                             
 17 & 50 &  2.679+02 &  9.374+08 &  1.345-02 &  7.119-02 \\                                                             
 17 & 51 &  2.520+02 &  1.236+08 &  7.846-04 &  3.905-03 \\                                                             
 17 & 52 &  2.509+02 &  1.285+09 &  1.213-02 &  6.010-02 \\                                                             
 17 & 54 &  2.196+02 &  2.101+08 &  1.012-03 &  4.391-03 \\                                                             
 18 & 34 &  4.107+02 &  1.323+06 &  2.509-05 &  2.714-04 \\                                                             
 18 & 35 &  3.675+02 &  4.035+07 &  1.021-03 &  9.881-03 \\                                                             
 18 & 36 &  3.637+02 &  4.339+07 &  8.605-04 &  8.243-03 \\                                                             
 18 & 37 &  3.598+02 &  5.350+06 &  7.787-05 &  7.378-04 \\                                                             
 18 & 39 &  3.279+02 &  2.810+07 &  4.530-04 &  3.912-03 \\                                                             
 18 & 41 &  3.261+02 &  1.934+07 &  2.312-04 &  1.986-03 \\                                                             
 18 & 43 &  3.192+02 &  1.216+09 &  1.857-02 &  1.561-01 \\                                                             
 18 & 44 &  3.127+02 &  2.234+08 &  2.456-03 &  2.023-02 \\                                                             
 18 & 46 &  3.043+02 &  1.255+09 &  1.306-02 &  1.047-01 \\                                                             
 18 & 49 &  2.719+02 &  2.595+09 &  2.156-02 &  1.544-01 \\                                                             
 18 & 50 &  2.687+02 &  1.276+08 &  1.381-03 &  9.774-03 \\                                                             
 18 & 52 &  2.516+02 &  9.685+08 &  6.895-03 &  4.569-02 \\                                                             
 19 & 33 &  4.209+02 &  1.656+07 &  2.933-04 &  2.439-03 \\                                                             
 19 & 34 &  4.129+02 &  1.994+08 &  5.096-03 &  4.157-02 \\                                                             
 19 & 36 &  3.655+02 &  2.787+05 &  7.441-06 &  5.371-05 \\                                                             
 19 & 37 &  3.615+02 &  1.866+06 &  3.655-05 &  2.610-04 \\                                                             
 19 & 38 &  3.580+02 &  8.813+04 &  1.129-06 &  7.981-06 \\                                                             
 19 & 39 &  3.294+02 &  1.051+09 &  2.278-02 &  1.482-01 \\                                                             
 19 & 41 &  3.275+02 &  3.609+08 &  5.803-03 &  3.754-02 \\                                                             
 19 & 42 &  3.273+02 &  6.800+07 &  7.280-04 &  4.707-03 \\                                                             
 19 & 43 &  3.205+02 &  3.193+08 &  6.556-03 &  4.151-02 \\                                                             
 19 & 44 &  3.140+02 &  1.718+08 &  2.539-03 &  1.575-02 \\                                                             
 19 & 45 &  3.071+02 &  1.735+08 &  1.636-03 &  9.922-03 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 19 & 46 &  3.055+02 &  1.578+07 &  2.208-04 &  1.333-03 \\                                                             
 19 & 48 &  2.905+02 &  1.540+09 &  1.299-02 &  7.452-02 \\                                                             
 19 & 49 &  2.728+02 &  1.864+08 &  2.081-03 &  1.121-02 \\                                                             
 19 & 50 &  2.697+02 &  1.567+09 &  2.279-02 &  1.214-01 \\                                                             
 19 & 51 &  2.536+02 &  1.926+08 &  1.238-03 &  6.198-03 \\                                                             
 19 & 52 &  2.525+02 &  1.831+09 &  1.750-02 &  8.725-02 \\                                                             
 19 & 54 &  2.207+02 &  1.850+08 &  9.008-04 &  3.928-03 \\                                                             
 20 & 35 &  3.812+02 &  8.824+07 &  1.922-03 &  2.413-02 \\                                                             
 20 & 36 &  3.772+02 &  6.620+05 &  1.130-05 &  1.403-04 \\                                                             
 20 & 39 &  3.389+02 &  2.320+07 &  3.196-04 &  3.565-03 \\                                                             
 20 & 43 &  3.295+02 &  1.022+08 &  1.332-03 &  1.444-02 \\                                                             
 20 & 50 &  2.760+02 &  8.084+09 &  7.387-02 &  6.713-01 \\                                                             
 21 & 34 &  4.289+02 &  2.914+05 &  6.028-06 &  6.810-05 \\                                                             
 21 & 35 &  3.820+02 &  5.803+05 &  1.587-05 &  1.597-04 \\                                                             
 21 & 36 &  3.780+02 &  2.247+07 &  4.813-04 &  4.791-03 \\                                                             
 21 & 37 &  3.737+02 &  6.902+06 &  1.084-04 &  1.067-03 \\                                                             
 21 & 39 &  3.395+02 &  8.511+06 &  1.470-04 &  1.315-03 \\                                                             
 21 & 41 &  3.375+02 &  2.721+06 &  3.485-05 &  3.097-04 \\                                                             
 21 & 43 &  3.301+02 &  4.536+08 &  7.409-03 &  6.441-02 \\                                                             
 21 & 44 &  3.232+02 &  1.412+07 &  1.658-04 &  1.411-03 \\                                                             
 21 & 46 &  3.142+02 &  4.004+08 &  4.444-03 &  3.677-02 \\                                                             
 21 & 49 &  2.797+02 &  5.911+09 &  5.201-02 &  3.832-01 \\                                                             
 21 & 50 &  2.764+02 &  3.518+07 &  4.030-04 &  2.934-03 \\                                                             
 21 & 52 &  2.584+02 &  7.024+08 &  5.272-03 &  3.587-02 \\                                                             
 22 & 33 &  4.435+02 &  8.863+05 &  1.742-05 &  1.526-04 \\                                                             
 22 & 34 &  4.346+02 &  8.358+02 &  2.366-08 &  2.031-07 \\                                                             
 22 & 36 &  3.823+02 &  2.465+06 &  7.202-05 &  5.438-04 \\                                                             
 22 & 37 &  3.780+02 &  1.176+06 &  2.520-05 &  1.881-04 \\                                                             
 22 & 38 &  3.741+02 &  1.298+07 &  1.816-04 &  1.342-03 \\                                                             
 22 & 39 &  3.430+02 &  1.266+07 &  2.977-04 &  2.017-03 \\                                                             
 22 & 41 &  3.410+02 &  3.473+05 &  6.053-06 &  4.077-05 \\                                                             
 22 & 42 &  3.407+02 &  5.688+04 &  6.600-07 &  4.442-06 \\                                                             
 22 & 43 &  3.334+02 &  8.319+07 &  1.848-03 &  1.217-02 \\                                                             
 22 & 44 &  3.263+02 &  1.180+09 &  1.883-02 &  1.214-01 \\                                                             
 22 & 45 &  3.189+02 &  1.364+09 &  1.387-02 &  8.735-02 \\                                                             
 22 & 46 &  3.172+02 &  3.032+08 &  4.573-03 &  2.865-02 \\                                                             
 22 & 48 &  3.010+02 &  6.855+08 &  6.209-03 &  3.692-02 \\                                                             
 22 & 49 &  2.821+02 &  1.739+08 &  2.075-03 &  1.156-02 \\                                                             
 22 & 50 &  2.788+02 &  2.319+07 &  3.602-04 &  1.984-03 \\                                                             
 22 & 51 &  2.615+02 &  1.745+09 &  1.193-02 &  6.163-02 \\                                                             
 22 & 52 &  2.604+02 &  1.181+06 &  1.200-05 &  6.173-05 \\                                                             
 22 & 54 &  2.268+02 &  3.261+06 &  1.676-05 &  7.508-05 \\                                                             
 23 & 33 &  5.114+02 &  2.707+03 &  7.075-08 &  7.146-07 \\                                                             
 23 & 34 &  4.996+02 &  2.671+04 &  9.995-07 &  9.863-06 \\                                                             
 23 & 36 &  4.317+02 &  1.477+03 &  5.505-08 &  4.694-07 \\                                                             
 23 & 37 &  4.262+02 &  2.955+05 &  8.048-06 &  6.776-05 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 23 & 38 &  4.213+02 &  3.256+05 &  5.776-06 &  4.807-05 \\                                                             
 23 & 39 &  3.822+02 &  6.159+06 &  1.799-04 &  1.358-03 \\                                                             
 23 & 41 &  3.797+02 &  9.287+06 &  2.008-04 &  1.506-03 \\                                                             
 23 & 42 &  3.795+02 &  4.353+06 &  6.264-05 &  4.696-04 \\                                                             
 23 & 43 &  3.704+02 &  8.747+06 &  2.399-04 &  1.755-03 \\                                                             
 23 & 44 &  3.617+02 &  1.711+08 &  3.356-03 &  2.398-02 \\                                                             
 23 & 45 &  3.526+02 &  2.210+07 &  2.745-04 &  1.912-03 \\                                                             
 23 & 46 &  3.505+02 &  1.752+08 &  3.226-03 &  2.233-02 \\                                                             
 23 & 48 &  3.309+02 &  2.998+07 &  3.280-04 &  2.144-03 \\                                                             
 23 & 49 &  3.081+02 &  1.731+09 &  2.464-02 &  1.500-01 \\                                                             
 23 & 50 &  3.041+02 &  1.475+08 &  2.727-03 &  1.639-02 \\                                                             
 23 & 51 &  2.838+02 &  4.609+09 &  3.709-02 &  2.079-01 \\                                                             
 23 & 52 &  2.824+02 &  5.842+08 &  6.986-03 &  3.897-02 \\                                                             
 23 & 54 &  2.433+02 &  2.143+05 &  1.268-06 &  6.093-06 \\                                                             
 24 & 34 &  5.095+02 &  8.506+04 &  2.483-06 &  3.332-05 \\                                                             
 24 & 35 &  4.446+02 &  3.491+05 &  1.293-05 &  1.514-04 \\                                                             
 24 & 36 &  4.391+02 &  2.745+05 &  7.937-06 &  9.180-05 \\                                                             
 24 & 37 &  4.334+02 &  5.239+04 &  1.107-06 &  1.263-05 \\                                                             
 24 & 39 &  3.880+02 &  3.679+07 &  8.305-04 &  8.487-03 \\                                                             
 24 & 41 &  3.854+02 &  4.047+06 &  6.760-05 &  6.862-04 \\                                                             
 24 & 43 &  3.758+02 &  1.432+08 &  3.032-03 &  3.001-02 \\                                                             
 24 & 44 &  3.669+02 &  1.236+07 &  1.870-04 &  1.807-03 \\                                                             
 24 & 46 &  3.554+02 &  5.093+07 &  7.231-04 &  6.768-03 \\                                                             
 24 & 49 &  3.119+02 &  1.603+07 &  1.754-04 &  1.441-03 \\                                                             
 24 & 50 &  3.078+02 &  2.138+09 &  3.037-02 &  2.462-01 \\                                                             
 24 & 52 &  2.856+02 &  4.646+09 &  4.259-02 &  3.204-01 \\                                                             
 25 & 32 &  6.072+02 &  6.475+03 &  1.789-07 &  1.431-06 \\                                                             
 25 & 33 &  5.979+02 &  1.190+05 &  6.380-06 &  5.023-05 \\                                                             
 25 & 34 &  5.818+02 &  2.720+04 &  2.071-06 &  1.587-05 \\                                                             
 25 & 37 &  4.847+02 &  1.406+06 &  7.427-05 &  4.741-04 \\                                                             
 25 & 38 &  4.784+02 &  2.941+06 &  1.009-04 &  6.356-04 \\                                                             
 25 & 40 &  4.261+02 &  1.872+07 &  2.548-04 &  1.429-03 \\                                                             
 25 & 41 &  4.255+02 &  1.409+06 &  5.734-05 &  3.213-04 \\                                                             
 25 & 42 &  4.251+02 &  2.998+06 &  8.123-05 &  4.547-04 \\                                                             
 25 & 44 &  4.029+02 &  1.297+07 &  4.734-04 &  2.512-03 \\                                                             
 25 & 45 &  3.917+02 &  4.444+07 &  1.022-03 &  5.270-03 \\                                                             
 25 & 46 &  3.891+02 &  6.911+05 &  2.353-05 &  1.206-04 \\                                                             
 25 & 47 &  3.763+02 &  8.492+07 &  9.015-04 &  4.467-03 \\                                                             
 25 & 48 &  3.650+02 &  7.572+06 &  1.513-04 &  7.272-04 \\                                                             
 25 & 49 &  3.376+02 &  2.900+07 &  7.433-04 &  3.304-03 \\                                                             
 25 & 51 &  3.085+02 &  1.181+09 &  1.686-02 &  6.851-02 \\                                                             
 25 & 52 &  3.070+02 &  1.587+08 &  3.362-03 &  1.359-02 \\                                                             
 25 & 53 &  2.618+02 &  1.378+08 &  7.077-04 &  2.440-03 \\                                                             
 25 & 54 &  2.613+02 &  8.115+07 &  8.306-04 &  2.858-03 \\                                                             
 26 & 33 &  6.130+02 &  2.892+01 &  1.086-09 &  1.315-08 \\                                                             
 26 & 34 &  5.961+02 &  5.822+05 &  3.102-05 &  3.652-04 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 26 & 36 &  5.020+02 &  8.666+05 &  4.366-05 &  4.329-04 \\                                                             
 26 & 37 &  4.946+02 &  6.208+05 &  2.276-05 &  2.224-04 \\                                                             
 26 & 38 &  4.880+02 &  1.929+05 &  4.591-06 &  4.426-05 \\                                                             
 26 & 39 &  4.363+02 &  6.810+06 &  2.591-04 &  2.233-03 \\                                                             
 26 & 41 &  4.330+02 &  2.390+06 &  6.718-05 &  5.746-04 \\                                                             
 26 & 42 &  4.327+02 &  5.863+06 &  1.097-04 &  9.377-04 \\                                                             
 26 & 43 &  4.209+02 &  2.263+07 &  8.015-04 &  6.664-03 \\                                                             
 26 & 44 &  4.097+02 &  2.237+07 &  5.630-04 &  4.557-03 \\                                                             
 26 & 45 &  3.981+02 &  2.351+07 &  3.724-04 &  2.928-03 \\                                                             
 26 & 46 &  3.954+02 &  7.265+06 &  1.703-04 &  1.330-03 \\                                                             
 26 & 48 &  3.706+02 &  6.352+07 &  8.721-04 &  6.384-03 \\                                                             
 26 & 49 &  3.423+02 &  3.119+06 &  5.480-05 &  3.705-04 \\                                                             
 26 & 50 &  3.374+02 &  7.701+07 &  1.753-03 &  1.168-02 \\                                                             
 26 & 51 &  3.125+02 &  1.662+08 &  1.623-03 &  1.002-02 \\                                                             
 26 & 52 &  3.109+02 &  1.072+09 &  1.554-02 &  9.541-02 \\                                                             
 26 & 54 &  2.641+02 &  6.971+07 &  4.861-04 &  2.536-03 \\                                                             
 27 & 32 &  7.579+02 &  1.480+05 &  1.275-05 &  6.360-05 \\                                                             
 27 & 33 &  7.435+02 &  3.560+05 &  5.902-05 &  2.889-04 \\                                                             
 27 & 38 &  5.672+02 &  1.046+02 &  1.009-08 &  3.768-08 \\                                                             
 27 & 40 &  4.952+02 &  1.358+06 &  4.992-05 &  1.628-04 \\                                                             
 27 & 42 &  4.939+02 &  2.105+05 &  1.540-05 &  5.007-05 \\                                                             
 27 & 45 &  4.493+02 &  2.336+07 &  1.414-03 &  4.182-03 \\                                                             
 27 & 47 &  4.292+02 &  2.675+08 &  7.388-03 &  2.088-02 \\                                                             
 27 & 48 &  4.146+02 &  2.103+08 &  1.084-02 &  2.959-02 \\                                                             
 27 & 51 &  3.432+02 &  2.227+04 &  7.868-07 &  1.778-06 \\                                                             
 27 & 53 &  2.863+02 &  1.248+08 &  1.533-03 &  2.890-03 \\                                                             
 27 & 54 &  2.858+02 &  3.577+07 &  8.758-04 &  1.648-03 \\                                                             
 28 & 32 &  9.567+02 &  8.061+03 &  5.530-07 &  6.967-06 \\                                                             
 28 & 33 &  9.339+02 &  2.801+04 &  3.662-06 &  4.503-05 \\                                                             
 28 & 34 &  8.953+02 &  2.565+04 &  4.624-06 &  5.452-05 \\                                                             
 28 & 37 &  6.842+02 &  9.026+04 &  9.504-06 &  8.563-05 \\                                                             
 28 & 38 &  6.717+02 &  8.087+03 &  5.470-07 &  4.838-06 \\                                                             
 28 & 40 &  5.730+02 &  7.702+05 &  1.895-05 &  1.430-04 \\                                                             
 28 & 41 &  5.718+02 &  1.855+06 &  1.364-04 &  1.027-03 \\                                                             
 28 & 42 &  5.713+02 &  2.726+04 &  1.333-06 &  1.003-05 \\                                                             
 28 & 44 &  5.319+02 &  4.122+07 &  2.623-03 &  1.837-02 \\                                                             
 28 & 45 &  5.124+02 &  3.146+07 &  1.238-03 &  8.355-03 \\                                                             
 28 & 46 &  5.080+02 &  3.414+07 &  1.981-03 &  1.325-02 \\                                                             
 28 & 47 &  4.865+02 &  3.236+07 &  5.740-04 &  3.677-03 \\                                                             
 28 & 48 &  4.678+02 &  3.836+07 &  1.259-03 &  7.754-03 \\                                                             
 28 & 49 &  4.236+02 &  2.746+04 &  1.108-06 &  6.182-06 \\                                                             
 28 & 51 &  3.789+02 &  3.615+07 &  7.781-04 &  3.882-03 \\                                                             
 28 & 52 &  3.765+02 &  5.171+07 &  1.648-03 &  8.171-03 \\                                                             
 28 & 53 &  3.107+02 &  9.900+08 &  7.163-03 &  2.931-02 \\                                                             
 28 & 54 &  3.100+02 &  6.883+08 &  9.919-03 &  4.050-02 \\                                                             
 29 & 32 &  1.012+03 &  1.753+04 &  2.690-06 &  1.792-05 \\                                                             
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 2. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric dipole (E1) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrr} \hline                                                                                                                                  
 & & & & & \\                                                                                                                                                   
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S \\                                                                                                       
 & & & & & \\ \hline                                                                                                                                            
 & & & & &  \\                                                                                                                                                  
 29 & 33 &  9.861+02 &  3.201+02 &  9.333-08 &  6.060-07 \\                                                             
 29 & 38 &  6.983+02 &  6.514+03 &  9.523-07 &  4.379-06 \\                                                             
 29 & 40 &  5.922+02 &  7.172+05 &  3.771-05 &  1.471-04 \\                                                             
 29 & 42 &  5.904+02 &  1.251+06 &  1.307-04 &  5.082-04 \\                                                             
 29 & 45 &  5.278+02 &  3.337+07 &  2.786-03 &  9.683-03 \\                                                             
 29 & 47 &  5.003+02 &  2.926+07 &  1.098-03 &  3.616-03 \\                                                             
 29 & 48 &  4.806+02 &  4.357+07 &  3.017-03 &  9.545-03 \\                                                             
 29 & 51 &  3.872+02 &  9.414+07 &  4.233-03 &  1.079-02 \\                                                             
 29 & 53 &  3.162+02 &  7.353+08 &  1.103-02 &  2.296-02 \\                                                             
 29 & 54 &  3.156+02 &  1.778+08 &  5.310-03 &  1.103-02 \\                                                             
 30 & 33 &  1.006+03 &  2.442+03 &  2.472-07 &  4.913-06 \\                                                             
 30 & 34 &  9.616+02 &  4.414+03 &  6.119-07 &  1.162-05 \\                                                             
 30 & 36 &  7.383+02 &  6.647+05 &  7.243-05 &  1.056-03 \\                                                             
 30 & 37 &  7.223+02 &  2.800+03 &  2.190-07 &  3.125-06 \\                                                             
 30 & 38 &  7.083+02 &  2.169+04 &  1.088-06 &  1.522-05 \\                                                             
 30 & 39 &  6.045+02 &  9.864+05 &  7.204-05 &  8.602-04 \\                                                             
 30 & 41 &  5.982+02 &  2.151+05 &  1.154-05 &  1.364-04 \\                                                             
 30 & 42 &  5.975+02 &  1.937+04 &  6.912-07 &  8.159-06 \\                                                             
 30 & 43 &  5.753+02 &  5.847+07 &  3.869-03 &  4.396-02 \\                                                             
 30 & 44 &  5.546+02 &  1.081+07 &  4.985-04 &  5.461-03 \\                                                             
 30 & 45 &  5.335+02 &  1.510+06 &  4.295-05 &  4.526-04 \\                                                             
 30 & 46 &  5.287+02 &  2.406+06 &  1.008-04 &  1.053-03 \\                                                             
 30 & 48 &  4.853+02 &  1.239+06 &  2.916-05 &  2.795-04 \\                                                             
 30 & 49 &  4.379+02 &  2.305+06 &  6.628-05 &  5.733-04 \\                                                             
 30 & 50 &  4.299+02 &  1.981+05 &  7.317-06 &  6.214-05 \\                                                             
 30 & 51 &  3.903+02 &  4.949+06 &  7.535-05 &  5.809-04 \\                                                             
 30 & 52 &  3.877+02 &  3.735+07 &  8.419-04 &  6.448-03 \\                                                             
 30 & 54 &  3.176+02 &  1.877+09 &  1.892-02 &  1.187-01 \\                                                             
 31 & 32 &  1.196+03 &  3.938+02 &  4.223-08 &  6.651-07 \\                                                             
 31 & 33 &  1.161+03 &  2.392+02 &  4.831-08 &  7.384-07 \\                                                             
 31 & 34 &  1.102+03 &  1.218+03 &  3.324-07 &  4.822-06 \\                                                             
 31 & 37 &  7.986+02 &  2.999+05 &  4.301-05 &  4.523-04 \\                                                             
 31 & 38 &  7.815+02 &  8.881+04 &  8.132-06 &  8.369-05 \\                                                             
 31 & 40 &  6.510+02 &  3.878+03 &  1.232-07 &  1.056-06 \\                                                             
 31 & 41 &  6.495+02 &  3.072+05 &  2.914-05 &  2.493-04 \\                                                             
 31 & 42 &  6.488+02 &  1.221+05 &  7.707-06 &  6.585-05 \\                                                             
 31 & 44 &  5.985+02 &  1.332+07 &  1.073-03 &  8.454-03 \\                                                             
 31 & 45 &  5.739+02 &  2.340+06 &  1.155-04 &  8.732-04 \\                                                             
 31 & 46 &  5.684+02 &  3.667+07 &  2.665-03 &  1.995-02 \\                                                             
 31 & 47 &  5.416+02 &  3.844+05 &  8.452-06 &  6.028-05 \\                                                             
 31 & 48 &  5.186+02 &  4.760+06 &  1.919-04 &  1.310-03 \\                                                             
 31 & 49 &  4.648+02 &  6.734+06 &  3.272-04 &  2.003-03 \\                                                             
 31 & 51 &  4.115+02 &  2.634+07 &  6.687-04 &  3.624-03 \\                                                             
 31 & 52 &  4.087+02 &  1.151+07 &  4.322-04 &  2.326-03 \\                                                             
 31 & 53 &  3.323+02 &  1.422+09 &  1.177-02 &  5.151-02 \\                                                             
 31 & 54 &  3.315+02 &  4.080+08 &  6.723-03 &  2.935-02 \\ 
& & & & & \\ \hline                                                                                                                                             
\end{tabular}                                                               

\clearpage
\begin{flushleft}
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and  
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\
\end{flushleft}

\begin{tabular}{rrrrrrrrrrrr} \hline
 & & & & & & & & & & &\\
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\ 
 & & & & & & & & & & &\\ \hline
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\
 & & & & & & & & & & &\\ \hline
 & & & & & & & & & & & \\
  1 &  2 &  6.388+03 &  1.628-02 &  4.981-11 &  3.094-01 &  6.890+01 &  2.108-07 &  1.332-00 &  ........ &  ........ &  ........ \\                             
  1 &  3 &  3.502+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.804+01 &  2.577-10 &  1.980+01 \\                             
  1 &  4 &  2.569+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.434-00 &  2.128-11 &  6.455-01 \\                             
  1 &  5 &  2.569+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.877+01 &  1.163-09 &  3.530+01 \\                             
  1 &  6 &  2.561+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.155-00 &  1.136-11 &  3.412-01 \\                             
  1 &  7 &  2.551+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.240-00 &  3.043-11 &  9.039-01 \\                             
  1 &  9 &  2.360+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.882+01 &  4.127-10 &  9.710-00 \\                             
  1 & 10 &  2.344+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.993-00 &  4.930-11 &  1.136-00 \\                             
  1 & 11 &  2.324+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.075-01 &  3.733-12 &  8.378-02 \\                             
  1 & 12 &  2.316+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.284-00 &  5.053-11 &  1.123-00 \\                             
  1 & 13 &  2.314+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.267-00 &  1.820-11 &  4.037-01 \\                             
  1 & 14 &  2.281+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.268+01 &  2.550-10 &  5.419-00 \\                             
  1 & 15 &  2.279+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.556+01 &  6.056-11 &  1.282-00 \\                             
  1 & 16 &  2.254+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.717-00 &  2.069-11 &  4.237-01 \\                             
  1 & 17 &  2.244+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.006+01 &  5.667-10 &  1.145+01 \\                             
  1 & 18 &  2.238+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.407+01 &  2.114-10 &  4.241-00 \\                             
  1 & 19 &  2.231+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.205-00 &  2.469-11 &  4.909-01 \\                             
  1 & 21 &  2.187+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.100+01 &  1.578-10 &  2.955-00 \\                             
  1 & 22 &  2.173+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.033-00 &  7.468-11 &  1.371-00 \\                             
  1 & 23 &  2.040+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.205-01 &  8.616-12 &  1.310-01 \\                             
  1 & 24 &  2.024+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.563-00 &  1.920-11 &  2.850-01 \\                             
  1 & 25 &  1.929+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.892+01 &  1.056-10 &  1.356-00 \\                             
  1 & 26 &  1.914+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.676+01 &  2.204-10 &  2.764-00 \\                             
  1 & 27 &  1.814+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.780-00 &  2.413-11 &  2.578-01 \\                             
  1 & 28 &  1.728+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.994+01 &  4.476-10 &  4.134-00 \\                             
  1 & 29 &  1.711+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.573-00 &  7.846-12 &  7.039-02 \\                             
  1 & 30 &  1.706+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.710-00 &  4.390-11 &  3.897-01 \\                             
  1 & 31 &  1.668+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.093-00 &  2.124-11 &  1.764-01 \\                             
  1 & 32 &  1.464+02 &  2.208+02 &  3.546-10 &  2.650-05 &  7.120-01 &  1.144-12 &  1.656-07 &  ........ &  ........ &  ........ \\                             
  1 & 33 &  1.458+02 &  2.795-01 &  8.913-13 &  6.587-08 &  2.521-01 &  8.037-13 &  1.159-07 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  1 & 34 &  1.449+02 &  4.515+02 &  2.131-09 &  1.543-04 &  2.116-01 &  9.986-13 &  1.431-07 &  ........ &  ........ &  ........ \\                             
  1 & 36 &  1.386+02 &  7.140+03 &  4.109-08 &  2.604-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  1 & 37 &  1.380+02 &  3.959+03 &  1.695-08 &  1.061-03 &  2.125-01 &  9.099-13 &  1.242-07 &  ........ &  ........ &  ........ \\                             
  1 & 38 &  1.375+02 &  5.956+02 &  1.687-09 &  1.044-04 &  3.027-02 &  8.575-14 &  1.166-08 &  ........ &  ........ &  ........ \\                             
  1 & 39 &  1.330+02 &  7.531+04 &  3.996-07 &  2.241-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  1 & 40 &  1.328+02 &  2.526+04 &  3.339-08 &  1.862-03 &  2.918-02 &  3.856-14 &  5.064-09 &  ........ &  ........ &  ........ \\                             
  1 & 41 &  1.327+02 &  7.545+03 &  2.989-08 &  1.664-03 &  1.758-00 &  6.962-12 &  9.139-07 &  ........ &  ........ &  ........ \\                             
  1 & 42 &  1.327+02 &  4.332-00 &  1.143-11 &  6.364-07 &  2.008-03 &  5.301-15 &  6.956-10 &  ........ &  ........ &  ........ \\                             
  1 & 43 &  1.316+02 &  2.706+06 &  1.404-05 &  7.617-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  1 & 44 &  1.304+02 &  2.251+06 &  8.615-06 &  4.555-01 &  2.593-01 &  9.922-13 &  1.280-07 &  ........ &  ........ &  ........ \\                             
  1 & 45 &  1.292+02 &  2.156+06 &  5.399-06 &  2.777-01 &  2.129-00 &  5.330-12 &  6.814-07 &  ........ &  ........ &  ........ \\                             
  1 & 46 &  1.290+02 &  4.985+05 &  1.864-06 &  9.525-02 &  8.796-01 &  3.289-12 &  4.195-07 &  ........ &  ........ &  ........ \\                             
  1 & 47 &  1.275+02 &  3.093+06 &  3.771-06 &  1.863-01 &  1.786+01 &  2.177-11 &  2.746-06 &  ........ &  ........ &  ........ \\                             
  1 & 48 &  1.262+02 &  7.110+05 &  1.698-06 &  8.130-02 &  3.147-01 &  7.514-13 &  9.380-08 &  ........ &  ........ &  ........ \\                             
  1 & 49 &  1.228+02 &  3.327+04 &  1.127-07 &  4.968-03 &  3.222-02 &  1.092-13 &  1.325-08 &  ........ &  ........ &  ........ \\                             
  1 & 50 &  1.221+02 &  1.735+05 &  7.755-07 &  3.364-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  1 & 51 &  1.187+02 &  5.967+05 &  1.260-06 &  5.020-02 &  9.531-03 &  2.013-14 &  2.363-09 &  ........ &  ........ &  ........ \\                             
  1 & 52 &  1.184+02 &  7.096+05 &  2.239-06 &  8.866-02 &  7.619-04 &  2.404-15 &  2.816-10 &  ........ &  ........ &  ........ \\                             
  1 & 53 &  1.111+02 &  2.167+06 &  2.003-06 &  6.536-02 &  6.971-00 &  6.444-12 &  7.078-07 &  ........ &  ........ &  ........ \\                             
  1 & 54 &  1.110+02 &  1.114+06 &  2.056-06 &  6.694-02 &  6.905-03 &  1.275-14 &  1.399-09 &  ........ &  ........ &  ........ \\                             
  2 &  4 &  2.677+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.116+01 &  3.597-10 &  6.171-00 \\                             
  2 &  6 &  2.668+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.402-00 &  9.392-11 &  1.595-00 \\                             
  2 & 11 &  2.411+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.332-02 &  2.440-12 &  3.060-02 \\                             
  2 & 12 &  2.403+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.019+01 &  1.764-10 &  2.191-00 \\                             
  2 & 13 &  2.401+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.150+01 &  1.989-10 &  2.464-00 \\                             
  2 & 14 &  2.366+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.863-00 &  9.841-11 &  1.166-00 \\                             
  2 & 16 &  2.336+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.107+01 &  9.992-10 &  1.140+01 \\                             
  2 & 17 &  2.325+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.299+01 &  3.159-10 &  3.553-00 \\                             
  2 & 19 &  2.312+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.585+01 &  1.824-09 &  2.018+01 \\                             
  2 & 22 &  2.250+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.275+01 &  2.901-10 &  2.955-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  2 & 23 &  2.108+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.552-00 &  1.109-10 &  9.290-01 \\                             
  2 & 25 &  1.989+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.271+01 &  1.507-10 &  1.061-00 \\                             
  2 & 26 &  1.973+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.852-01 &  4.993-12 &  3.430-02 \\                             
  2 & 28 &  1.776+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.442-00 &  3.257-11 &  1.633-01 \\                             
  2 & 30 &  1.752+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.473-01 &  6.177-12 &  2.974-02 \\                             
  2 & 31 &  1.713+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.979-00 &  1.740-11 &  7.823-02 \\                             
  2 & 32 &  1.498+02 &  ........ &  ........ &  ........ &  8.765-01 &  2.950-12 &  2.185-07 &  ........ &  ........ &  ........ \\                             
  2 & 33 &  1.492+02 &  4.859+02 &  3.245-09 &  1.285-04 &  3.913-06 &  2.613-17 &  1.929-12 &  ........ &  ........ &  ........ \\                             
  2 & 34 &  1.482+02 &  1.033+02 &  1.021-09 &  3.962-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 37 &  1.410+02 &  1.358+03 &  1.215-08 &  4.059-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 38 &  1.405+02 &  9.874+02 &  5.843-09 &  1.930-04 &  2.478-01 &  1.466-12 &  1.019-07 &  ........ &  ........ &  ........ \\                             
  2 & 40 &  1.356+02 &  ........ &  ........ &  ........ &  4.710-01 &  1.298-12 &  8.707-08 &  ........ &  ........ &  ........ \\                             
  2 & 41 &  1.355+02 &  1.065+04 &  8.797-08 &  2.609-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 42 &  1.355+02 &  1.032+04 &  5.681-08 &  1.684-03 &  2.601-00 &  1.432-11 &  9.595-07 &  ........ &  ........ &  ........ \\                             
  2 & 44 &  1.332+02 &  5.353+05 &  4.269-06 &  1.201-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 45 &  1.319+02 &  4.228+05 &  2.206-06 &  6.031-02 &  8.789-02 &  4.585-13 &  2.991-08 &  ........ &  ........ &  ........ \\                             
  2 & 46 &  1.316+02 &  1.905+06 &  1.484-05 &  4.031-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 47 &  1.301+02 &  ........ &  ........ &  ........ &  6.989-04 &  1.774-15 &  1.142-10 &  ........ &  ........ &  ........ \\                             
  2 & 48 &  1.288+02 &  2.161+06 &  1.074-05 &  2.730-01 &  8.040-00 &  3.996-11 &  2.544-06 &  ........ &  ........ &  ........ \\                             
  2 & 49 &  1.252+02 &  2.986+05 &  2.104-06 &  4.913-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 51 &  1.209+02 &  6.044+05 &  2.650-06 &  5.585-02 &  2.549-01 &  1.118-12 &  6.685-08 &  ........ &  ........ &  ........ \\                             
  2 & 52 &  1.207+02 &  3.071+05 &  2.012-06 &  4.213-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  2 & 53 &  1.130+02 &  ........ &  ........ &  ........ &  2.655-05 &  5.084-17 &  2.842-12 &  ........ &  ........ &  ........ \\                             
  2 & 54 &  1.129+02 &  1.190+06 &  4.549-06 &  7.805-02 &  2.119-00 &  8.103-12 &  4.525-07 &  ........ &  ........ &  ........ \\                             
  3 &  4 &  9.644+02 &  1.661-02 &  6.947-12 &  7.423-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 &  6 &  9.529+02 &  7.614-03 &  2.073-12 &  2.137-05 &  1.227-01 &  3.340-11 &  1.574-05 &  ........ &  ........ &  ........ \\                             
  3 &  7 &  9.394+02 &  ........ &  ........ &  ........ &  5.978-02 &  7.909-12 &  3.675-06 &  ........ &  ........ &  ........ \\                             
  3 &  9 &  7.241+02 &  ........ &  ........ &  ........ &  6.214-00 &  4.885-10 &  1.749-04 &  ........ &  ........ &  ........ \\                             
  3 & 11 &  6.905+02 &  1.806-03 &  3.874-13 &  1.519-06 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 12 &  6.840+02 &  7.431-02 &  1.043-11 &  3.976-05 &  1.226-01 &  1.721-11 &  5.821-06 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  3 & 13 &  6.825+02 &  1.081-00 &  1.510-10 &  5.720-04 &  6.857-02 &  9.578-12 &  3.233-06 &  ........ &  ........ &  ........ \\                             
  3 & 14 &  6.547+02 &  2.128+01 &  2.735-09 &  9.142-03 &  2.552-00 &  3.280-10 &  1.062-04 &  ........ &  ........ &  ........ \\                             
  3 & 15 &  6.524+02 &  ........ &  ........ &  ........ &  9.383-00 &  5.987-10 &  1.932-04 &  ........ &  ........ &  ........ \\                             
  3 & 16 &  6.323+02 &  2.069-00 &  2.481-10 &  7.471-04 &  3.162+01 &  3.791-09 &  1.185-03 &  ........ &  ........ &  ........ \\                             
  3 & 17 &  6.245+02 &  1.748+01 &  3.066-09 &  8.897-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 19 &  6.152+02 &  2.309+01 &  3.930-09 &  1.090-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 22 &  5.727+02 &  1.699-00 &  2.506-10 &  5.609-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 23 &  4.889+02 &  5.352-01 &  5.752-11 &  8.006-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 25 &  4.295+02 &  2.631+02 &  1.455-08 &  1.373-02 &  1.482-01 &  8.196-12 &  1.741-06 &  ........ &  ........ &  ........ \\                             
  3 & 26 &  4.220+02 &  3.677+02 &  2.945-08 &  2.636-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 27 &  3.765+02 &  ........ &  ........ &  ........ &  5.246-01 &  1.115-11 &  2.075-06 &  ........ &  ........ &  ........ \\                             
  3 & 28 &  3.413+02 &  1.161-00 &  4.054-11 &  1.920-05 &  7.132-00 &  2.491-10 &  4.203-05 &  ........ &  ........ &  ........ \\                             
  3 & 29 &  3.348+02 &  ........ &  ........ &  ........ &  4.802+01 &  8.068-10 &  1.336-04 &  ........ &  ........ &  ........ \\                             
  3 & 30 &  3.325+02 &  7.376+01 &  3.668-09 &  1.607-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  3 & 31 &  3.185+02 &  4.794+02 &  1.458-08 &  5.614-03 &  6.349-01 &  1.931-11 &  3.043-06 &  ........ &  ........ &  ........ \\                             
  3 & 33 &  2.499+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.462+01 &  2.738-10 &  3.825-00 \\                             
  3 & 34 &  2.471+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.775+01 &  2.684-09 &  3.622+01 \\                             
  3 & 37 &  2.277+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.270-01 &  5.294-12 &  5.592-02 \\                             
  3 & 38 &  2.263+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.529-01 &  2.348-12 &  2.434-02 \\                             
  3 & 41 &  2.137+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.012-00 &  6.188-11 &  5.404-01 \\                             
  3 & 42 &  2.136+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.522-07 &  4.820-18 &  4.205-08 \\                             
  3 & 44 &  2.079+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.174+01 &  2.281-10 &  1.833-00 \\                             
  3 & 45 &  2.048+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.658+01 &  1.089-09 &  8.377-00 \\                             
  3 & 46 &  2.041+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.677+01 &  5.018-10 &  3.819-00 \\                             
  3 & 48 &  1.973+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.317+01 &  6.207-10 &  4.266-00 \\                             
  3 & 49 &  1.890+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.364-01 &  5.405-12 &  3.265-02 \\                             
  3 & 51 &  1.796+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.895+01 &  1.832-10 &  9.489-01 \\                             
  3 & 52 &  1.790+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.227+01 &  1.769-10 &  9.075-01 \\                             
  3 & 54 &  1.624+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.068-00 &  2.428-11 &  9.312-02 \\                             
  4 &  6 &  8.006+04 &  8.281-11 &  5.306-17 &  9.731-04 &  1.068-01 &  6.841-08 &  8.126-00 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  4 &  7 &  3.628+04 &  5.301-08 &  3.486-15 &  5.946-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 &  8 &  3.105+03 &  1.177-02 &  2.834-11 &  3.033-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 &  9 &  2.907+03 &  6.845-03 &  2.890-12 &  2.536-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 & 10 &  2.678+03 &  7.811-03 &  1.119-11 &  7.680-03 &  6.200-01 &  8.885-10 &  3.530-03 &  ........ &  ........ &  ........ \\                             
  4 & 11 &  2.432+03 &  4.259-02 &  3.776-11 &  1.941-02 &  1.849+01 &  1.639-08 &  5.913-02 &  ........ &  ........ &  ........ \\                             
  4 & 12 &  2.353+03 &  7.791-03 &  4.312-12 &  2.008-03 &  1.321-00 &  7.309-10 &  2.552-03 &  ........ &  ........ &  ........ \\                             
  4 & 13 &  2.335+03 &  2.630-02 &  1.434-11 &  6.525-03 &  5.835+01 &  3.180-08 &  1.102-01 &  ........ &  ........ &  ........ \\                             
  4 & 14 &  2.039+03 &  4.557-01 &  1.893-10 &  5.733-02 &  5.760-00 &  2.393-09 &  7.238-03 &  ........ &  ........ &  ........ \\                             
  4 & 15 &  2.016+03 &  4.901-00 &  9.958-10 &  2.917-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 & 16 &  1.836+03 &  2.908-04 &  9.800-14 &  2.169-05 &  3.158-00 &  1.064-09 &  2.899-03 &  ........ &  ........ &  ........ \\                             
  4 & 17 &  1.772+03 &  1.423-00 &  6.700-10 &  1.333-01 &  4.127+01 &  1.943-08 &  5.109-02 &  ........ &  ........ &  ........ \\                             
  4 & 18 &  1.738+03 &  6.440-02 &  3.889-11 &  7.296-03 &  5.156-00 &  3.113-09 &  8.028-03 &  ........ &  ........ &  ........ \\                             
  4 & 19 &  1.699+03 &  1.396-00 &  6.043-10 &  1.059-01 &  1.062-01 &  4.596-11 &  1.159-04 &  ........ &  ........ &  ........ \\                             
  4 & 20 &  1.484+03 &  1.465-03 &  8.065-13 &  9.426-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 & 21 &  1.473+03 &  3.641-01 &  1.578-10 &  1.802-02 &  9.692-00 &  4.202-09 &  9.181-03 &  ........ &  ........ &  ........ \\                             
  4 & 22 &  1.410+03 &  5.397-02 &  1.609-11 &  1.612-03 &  2.217+01 &  6.609-09 &  1.383-02 &  ........ &  ........ &  ........ \\                             
  4 & 23 &  9.914+02 &  8.480-01 &  1.250-10 &  4.352-03 &  3.012+01 &  4.438-09 &  6.529-03 &  ........ &  ........ &  ........ \\                             
  4 & 24 &  9.545+02 &  1.681-00 &  3.062-10 &  9.514-03 &  1.913+01 &  3.484-09 &  4.933-03 &  ........ &  ........ &  ........ \\                             
  4 & 25 &  7.742+02 &  4.976+01 &  2.981-09 &  4.943-02 &  6.708-00 &  4.019-10 &  4.616-04 &  ........ &  ........ &  ........ \\                             
  4 & 26 &  7.503+02 &  8.711-00 &  7.352-10 &  1.110-02 &  8.874-00 &  7.489-10 &  8.336-04 &  ........ &  ........ &  ........ \\                             
  4 & 27 &  6.176+02 &  3.915-00 &  7.461-11 &  6.281-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 & 28 &  5.282+02 &  3.334-01 &  9.296-12 &  4.894-05 &  9.259-01 &  2.581-11 &  2.023-05 &  ........ &  ........ &  ........ \\                             
  4 & 29 &  5.128+02 &  1.887+01 &  2.480-10 &  1.195-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  4 & 30 &  5.075+02 &  2.010+02 &  7.762-09 &  3.626-02 &  2.950+01 &  1.139-09 &  8.578-04 &  ........ &  ........ &  ........ \\                             
  4 & 31 &  4.756+02 &  1.569-01 &  3.547-12 &  1.364-05 &  8.381-01 &  1.895-11 &  1.337-05 &  ........ &  ........ &  ........ \\                             
  4 & 32 &  3.403+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.810-00 &  2.784-11 &  2.944-00 \\                             
  4 & 33 &  3.374+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.272-00 &  9.409-11 &  9.697-00 \\                             
  4 & 34 &  3.322+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.451-01 &  9.018-12 &  8.873-01 \\                             
  4 & 35 &  3.033+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.549-00 &  5.861-11 &  4.390-00 \\                             
  4 & 36 &  3.008+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.406-00 &  4.351-11 &  3.177-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  4 & 37 &  2.981+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.475-01 &  3.296-12 &  2.343-01 \\                             
  4 & 38 &  2.957+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.942-00 &  1.697-11 &  1.178-00 \\                             
  4 & 39 &  2.759+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.488-01 &  3.786-12 &  2.134-01 \\                             
  4 & 40 &  2.748+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.323-01 &  1.632-12 &  9.092-02 \\                             
  4 & 41 &  2.746+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.355-00 &  1.531-11 &  8.506-01 \\                             
  4 & 42 &  2.744+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.552-01 &  6.437-12 &  3.571-01 \\                             
  4 & 43 &  2.696+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.189-00 &  1.190-10 &  6.263-00 \\                             
  4 & 44 &  2.650+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.519-00 &  7.917-11 &  3.955-00 \\                             
  4 & 45 &  2.601+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.702-00 &  1.151-11 &  5.433-01 \\                             
  4 & 46 &  2.590+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.900-01 &  1.910-12 &  8.902-02 \\                             
  4 & 47 &  2.532+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.929+01 &  1.580-10 &  6.885-00 \\                             
  4 & 48 &  2.481+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.609-00 &  1.605-11 &  6.576-01 \\                             
  4 & 49 &  2.351+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.458-00 &  7.836-11 &  2.732-00 \\                             
  4 & 50 &  2.328+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.269-00 &  1.004-10 &  3.397-00 \\                             
  4 & 51 &  2.206+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.574-01 &  3.198-12 &  9.218-02 \\                             
  4 & 52 &  2.198+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.316-00 &  9.529-12 &  2.716-01 \\                             
  4 & 53 &  1.956+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.746-01 &  7.164-13 &  1.439-02 \\                             
  4 & 54 &  1.954+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.469-02 &  3.230-13 &  6.465-03 \\                             
  5 &  6 &  7.656+04 &  1.680-10 &  7.383-17 &  1.579-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 &  8 &  3.100+03 &  7.091-03 &  1.277-11 &  1.812-02 &  1.292+01 &  2.327-08 &  1.427-01 &  ........ &  ........ &  ........ \\                             
  5 & 10 &  2.674+03 &  5.788-02 &  6.202-11 &  5.647-02 &  9.747-00 &  1.045-08 &  5.524-02 &  ........ &  ........ &  ........ \\                             
  5 & 11 &  2.428+03 &  3.639-04 &  2.413-13 &  1.647-04 &  1.098+01 &  7.283-09 &  3.499-02 &  ........ &  ........ &  ........ \\                             
  5 & 12 &  2.350+03 &  4.771-03 &  1.975-12 &  1.221-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 13 &  2.332+03 &  7.079-02 &  2.886-11 &  1.744-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 14 &  2.036+03 &  5.750-02 &  1.787-11 &  7.192-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 16 &  1.834+03 &  4.316-00 &  1.089-09 &  3.203-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 17 &  1.770+03 &  3.259-01 &  1.148-10 &  3.037-02 &  1.951-00 &  6.874-10 &  2.407-03 &  ........ &  ........ &  ........ \\                             
  5 & 18 &  1.736+03 &  1.216-01 &  5.494-11 &  1.370-02 &  2.815+01 &  1.272-08 &  4.371-02 &  ........ &  ........ &  ........ \\                             
  5 & 19 &  1.697+03 &  2.101-00 &  6.804-10 &  1.585-01 &  1.522+02 &  4.932-08 &  1.656-01 &  ........ &  ........ &  ........ \\                             
  5 & 20 &  1.483+03 &  2.860-01 &  1.179-10 &  1.833-02 &  4.470-00 &  1.843-09 &  5.406-03 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  5 & 21 &  1.472+03 &  3.073-03 &  9.974-13 &  1.514-04 &  2.078+01 &  6.744-09 &  1.963-02 &  ........ &  ........ &  ........ \\                             
  5 & 22 &  1.409+03 &  6.599-01 &  1.473-10 &  1.964-02 &  2.792-00 &  6.233-10 &  1.737-03 &  ........ &  ........ &  ........ \\                             
  5 & 23 &  9.909+02 &  9.862-01 &  1.089-10 &  5.047-03 &  2.294-00 &  2.533-10 &  4.964-04 &  ........ &  ........ &  ........ \\                             
  5 & 24 &  9.540+02 &  2.313-01 &  3.156-11 &  1.306-03 &  7.144+01 &  9.746-09 &  1.839-02 &  ........ &  ........ &  ........ \\                             
  5 & 25 &  7.738+02 &  1.293+01 &  5.804-10 &  1.281-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 26 &  7.500+02 &  6.503+01 &  4.112-09 &  8.265-02 &  5.004+01 &  3.165-09 &  4.695-03 &  ........ &  ........ &  ........ \\                             
  5 & 28 &  5.280+02 &  2.505-00 &  5.234-11 &  3.671-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 30 &  5.074+02 &  2.095+02 &  6.064-09 &  3.774-02 &  3.020+01 &  8.742-10 &  8.773-04 &  ........ &  ........ &  ........ \\                             
  5 & 31 &  4.755+02 &  7.500-01 &  1.271-11 &  6.510-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  5 & 33 &  3.373+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.638-00 &  2.250-11 &  3.089-00 \\                             
  5 & 34 &  3.321+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.032-00 &  1.120-10 &  1.469+01 \\                             
  5 & 35 &  3.033+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.954-00 &  5.092-11 &  5.083-00 \\                             
  5 & 36 &  3.007+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.799-03 &  3.794-14 &  3.693-03 \\                             
  5 & 37 &  2.980+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.857-01 &  7.847-12 &  7.433-01 \\                             
  5 & 38 &  2.956+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.400-01 &  1.572-12 &  1.453-01 \\                             
  5 & 39 &  2.758+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.637-01 &  4.149-12 &  3.116-01 \\                             
  5 & 41 &  2.745+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.706-01 &  3.141-12 &  2.325-01 \\                             
  5 & 42 &  2.744+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.721-02 &  9.715-14 &  7.182-03 \\                             
  5 & 43 &  2.696+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.214-00 &  8.951-11 &  6.277-00 \\                             
  5 & 44 &  2.650+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.751-00 &  4.540-11 &  3.022-00 \\                             
  5 & 45 &  2.600+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.102-00 &  2.586-11 &  1.628-00 \\                             
  5 & 46 &  2.589+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.098-00 &  8.274-12 &  5.139-01 \\                             
  5 & 48 &  2.480+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.929+01 &  3.196-10 &  1.745+01 \\                             
  5 & 49 &  2.351+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.412-00 &  8.771-12 &  4.076-01 \\                             
  5 & 50 &  2.327+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.068-00 &  7.363-11 &  3.321-00 \\                             
  5 & 51 &  2.206+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.606-01 &  9.506-13 &  3.652-02 \\                             
  5 & 52 &  2.198+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.212-01 &  3.374-12 &  1.282-01 \\                             
  5 & 54 &  1.953+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.504-00 &  4.303-12 &  1.148-01 \\                             
  6 &  7 &  6.632+04 &  1.463-08 &  4.824-15 &  3.353-02 &  2.650-01 &  8.737-08 &  5.732-00 &  ........ &  ........ &  ........ \\                             
  6 &  9 &  3.016+03 &  1.503-03 &  1.025-12 &  6.702-04 &  3.559+01 &  2.427-08 &  7.241-02 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  6 & 10 &  2.770+03 &  3.386-03 &  7.792-12 &  3.947-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  6 & 11 &  2.508+03 &  3.670-03 &  5.191-12 &  1.951-03 &  2.140-00 &  3.028-09 &  7.510-03 &  ........ &  ........ &  ........ \\                             
  6 & 12 &  2.424+03 &  2.386-02 &  2.103-11 &  7.138-03 &  1.257-00 &  1.107-09 &  2.656-03 &  ........ &  ........ &  ........ \\                             
  6 & 13 &  2.405+03 &  6.681-02 &  5.795-11 &  1.922-02 &  1.057+01 &  9.172-09 &  2.182-02 &  ........ &  ........ &  ........ \\                             
  6 & 14 &  2.092+03 &  3.538-01 &  2.321-10 &  5.064-02 &  6.251+01 &  4.102-08 &  8.488-02 &  ........ &  ........ &  ........ \\                             
  6 & 15 &  2.068+03 &  2.240-00 &  7.183-10 &  1.515-01 &  4.574-00 &  1.467-09 &  3.002-03 &  ........ &  ........ &  ........ \\                             
  6 & 16 &  1.880+03 &  8.545-01 &  4.525-10 &  7.157-02 &  1.325+01 &  7.016-09 &  1.304-02 &  ........ &  ........ &  ........ \\                             
  6 & 17 &  1.812+03 &  6.639-01 &  4.903-10 &  6.954-02 &  2.597-00 &  1.918-09 &  3.438-03 &  ........ &  ........ &  ........ \\                             
  6 & 18 &  1.777+03 &  8.354-02 &  7.906-11 &  1.056-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  6 & 19 &  1.736+03 &  1.094-01 &  7.414-11 &  9.239-03 &  2.677+01 &  1.814-08 &  3.114-02 &  ........ &  ........ &  ........ \\                             
  6 & 21 &  1.500+03 &  5.766-02 &  3.892-11 &  3.131-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  6 & 22 &  1.435+03 &  1.970-01 &  9.128-11 &  6.432-03 &  1.090+01 &  5.051-09 &  7.171-03 &  ........ &  ........ &  ........ \\                             
  6 & 23 &  1.004+03 &  1.915-00 &  4.339-10 &  1.046-02 &  2.118+01 &  4.799-09 &  4.765-03 &  ........ &  ........ &  ........ \\                             
  6 & 24 &  9.660+02 &  1.446-00 &  4.046-10 &  8.690-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  6 & 25 &  7.818+02 &  3.717+01 &  3.405-09 &  3.876-02 &  1.533+01 &  1.405-09 &  1.086-03 &  ........ &  ........ &  ........ \\                             
  6 & 26 &  7.574+02 &  5.585-01 &  7.205-11 &  7.458-04 &  2.387+01 &  3.079-09 &  2.307-03 &  ........ &  ........ &  ........ \\                             
  6 & 27 &  6.224+02 &  3.133-00 &  9.098-11 &  5.226-04 &  2.500-00 &  7.258-11 &  4.468-05 &  ........ &  ........ &  ........ \\                             
  6 & 28 &  5.317+02 &  1.205+01 &  5.104-10 &  1.828-03 &  8.906-00 &  3.774-10 &  1.985-04 &  ........ &  ........ &  ........ \\                             
  6 & 29 &  5.161+02 &  3.380-02 &  6.748-13 &  2.210-06 &  5.200-01 &  1.038-11 &  5.300-06 &  ........ &  ........ &  ........ \\                             
  6 & 30 &  5.108+02 &  2.704-00 &  1.586-10 &  5.034-04 &  3.302+01 &  1.937-09 &  9.786-04 &  ........ &  ........ &  ........ \\                             
  6 & 31 &  4.784+02 &  7.978-01 &  2.738-11 &  7.144-05 &  2.726+01 &  9.354-10 &  4.426-04 &  ........ &  ........ &  ........ \\                             
  6 & 32 &  3.417+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.842-00 &  8.616-11 &  6.153-00 \\                             
  6 & 33 &  3.388+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.694-01 &  8.076-12 &  5.620-01 \\                             
  6 & 34 &  3.336+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.384-01 &  8.467-12 &  5.624-01 \\                             
  6 & 36 &  3.019+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.442-00 &  9.407-11 &  4.632-00 \\                             
  6 & 37 &  2.992+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.717-01 &  1.956-11 &  9.374-01 \\                             
  6 & 38 &  2.968+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.201-00 &  2.906-11 &  1.359-00 \\                             
  6 & 39 &  2.768+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.607-00 &  3.693-11 &  1.402-00 \\                             
  6 & 40 &  2.758+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.658-00 &  1.516-11 &  5.688-01 \\                             
  6 & 41 &  2.755+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.287-00 &  2.197-11 &  8.223-01 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  6 & 42 &  2.754+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.258-00 &  1.431-11 &  5.346-01 \\                             
  6 & 43 &  2.706+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.700-00 &  5.925-11 &  2.100-00 \\                             
  6 & 44 &  2.659+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.385-00 &  1.174-10 &  3.949-00 \\                             
  6 & 45 &  2.609+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.980-00 &  3.042-11 &  9.669-01 \\                             
  6 & 46 &  2.598+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.605-00 &  2.436-11 &  7.643-01 \\                             
  6 & 47 &  2.540+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.147+01 &  5.549-11 &  1.628-00 \\                             
  6 & 48 &  2.489+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.086-00 &  1.008-11 &  2.779-01 \\                             
  6 & 49 &  2.358+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.533+01 &  1.917-10 &  4.496-00 \\                             
  6 & 50 &  2.334+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.157-00 &  5.158-11 &  1.174-00 \\                             
  6 & 51 &  2.212+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.066-00 &  1.516-11 &  2.937-01 \\                             
  6 & 52 &  2.204+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.705-03 &  1.862-14 &  3.568-04 \\                             
  6 & 53 &  1.961+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.494-02 &  7.187-14 &  9.698-04 \\                             
  6 & 54 &  1.958+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.357-04 &  5.380-15 &  7.231-05 \\                             
  7 &  9 &  3.160+03 &  ........ &  ........ &  ........ &  9.650-00 &  1.445-08 &  2.258-02 &  ........ &  ........ &  ........ \\                             
  7 & 11 &  2.607+03 &  2.177-03 &  6.652-12 &  1.403-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  7 & 12 &  2.516+03 &  1.163-02 &  2.208-11 &  4.192-03 &  6.297-00 &  1.196-08 &  1.488-02 &  ........ &  ........ &  ........ \\                             
  7 & 13 &  2.496+03 &  3.574-04 &  6.675-13 &  1.236-04 &  7.345-01 &  1.372-09 &  1.693-03 &  ........ &  ........ &  ........ \\                             
  7 & 14 &  2.160+03 &  7.781-02 &  1.089-10 &  1.307-02 &  5.588+01 &  7.818-08 &  8.352-02 &  ........ &  ........ &  ........ \\                             
  7 & 15 &  2.135+03 &  ........ &  ........ &  ........ &  5.563+01 &  3.802-08 &  4.014-02 &  ........ &  ........ &  ........ \\                             
  7 & 16 &  1.934+03 &  1.234-00 &  1.384-09 &  1.194-01 &  3.188+01 &  3.577-08 &  3.421-02 &  ........ &  ........ &  ........ \\                             
  7 & 17 &  1.863+03 &  4.660-02 &  7.276-11 &  5.606-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  7 & 19 &  1.782+03 &  4.069-04 &  5.814-13 &  3.923-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  7 & 22 &  1.467+03 &  8.620-03 &  8.345-12 &  3.140-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  7 & 23 &  1.019+03 &  1.556-02 &  7.269-12 &  9.170-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  7 & 25 &  7.911+02 &  1.053+01 &  1.975-09 &  1.165-02 &  4.673+01 &  8.768-09 &  3.430-03 &  ........ &  ........ &  ........ \\                             
  7 & 26 &  7.661+02 &  5.152-00 &  1.360-09 &  7.285-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  7 & 27 &  6.283+02 &  ........ &  ........ &  ........ &  3.027-00 &  1.791-10 &  5.566-05 &  ........ &  ........ &  ........ \\                             
  7 & 28 &  5.360+02 &  2.235-00 &  1.925-10 &  3.530-04 &  5.459-00 &  4.702-10 &  1.246-04 &  ........ &  ........ &  ........ \\                             
  7 & 29 &  5.202+02 &  ........ &  ........ &  ........ &  3.768-01 &  1.529-11 &  3.932-06 &  ........ &  ........ &  ........ \\                             
  7 & 30 &  5.147+02 &  9.089-00 &  1.083-09 &  1.759-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  7 & 31 &  4.819+02 &  3.354-04 &  2.336-14 &  3.114-08 &  5.401+01 &  3.761-09 &  8.963-04 &  ........ &  ........ &  ........ \\                             
  7 & 33 &  3.405+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.514-00 &  5.265-11 &  1.860-00 \\                             
  7 & 34 &  3.353+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.526-01 &  1.277-11 &  4.306-01 \\                             
  7 & 37 &  3.005+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.109-00 &  1.263-10 &  3.068-00 \\                             
  7 & 38 &  2.981+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.875-01 &  1.299-11 &  3.078-01 \\                             
  7 & 41 &  2.767+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.686-00 &  5.805-11 &  1.100-00 \\                             
  7 & 42 &  2.765+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.647-00 &  6.068-11 &  1.148-00 \\                             
  7 & 44 &  2.670+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.383-00 &  1.725-10 &  2.937-00 \\                             
  7 & 45 &  2.620+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.357-01 &  1.308-11 &  2.104-01 \\                             
  7 & 46 &  2.608+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.235-00 &  3.779-11 &  5.998-01 \\                             
  7 & 48 &  2.498+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.134-01 &  1.335-11 &  1.861-01 \\                             
  7 & 49 &  2.366+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.076+01 &  2.708-10 &  3.210-00 \\                             
  7 & 51 &  2.220+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.336-01 &  1.084-11 &  1.061-01 \\                             
  7 & 52 &  2.211+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.280-01 &  9.415-12 &  9.110-02 \\                             
  7 & 54 &  1.964+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.181-02 &  9.463-13 &  6.416-03 \\                             
  8 & 10 &  1.944+04 &  2.140-05 &  9.707-13 &  4.251-01 &  4.280-00 &  1.941-07 &  9.332-00 &  ........ &  ........ &  ........ \\                             
  8 & 11 &  1.121+04 &  7.727-07 &  8.740-15 &  7.341-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 17 &  4.128+03 &  3.371-02 &  5.167-11 &  2.165-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 18 &  3.948+03 &  1.019-02 &  1.905-11 &  6.981-02 &  9.564-00 &  1.788-08 &  1.745-01 &  ........ &  ........ &  ........ \\                             
  8 & 19 &  3.752+03 &  6.573-02 &  8.322-11 &  2.618-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 20 &  2.844+03 &  6.678-02 &  8.096-11 &  1.109-01 &  6.217+01 &  7.537-08 &  5.300-01 &  ........ &  ........ &  ........ \\                             
  8 & 21 &  2.801+03 &  1.677-03 &  1.579-12 &  2.067-03 &  4.521-00 &  4.255-09 &  2.947-02 &  ........ &  ........ &  ........ \\                             
  8 & 22 &  2.583+03 &  8.109-02 &  4.868-11 &  4.998-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 23 &  1.456+03 &  1.136-00 &  2.167-10 &  3.988-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 24 &  1.378+03 &  1.640-00 &  3.736-10 &  5.823-02 &  7.686+01 &  1.751-08 &  5.965-02 &  ........ &  ........ &  ........ \\                             
  8 & 26 &  9.893+02 &  2.569+01 &  2.262-09 &  1.305-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 30 &  6.067+02 &  8.553+01 &  2.831-09 &  3.766-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  8 & 34 &  3.720+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.506-02 &  4.365-13 &  1.005-01 \\                             
  8 & 35 &  3.362+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.128+01 &  1.911-10 &  3.247+01 \\                             
  8 & 36 &  3.330+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.767-00 &  3.681-11 &  6.081-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  8 & 37 &  3.297+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.275-01 &  2.225-12 &  3.567-01 \\                             
  8 & 39 &  3.028+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.689-00 &  7.355-11 &  9.133-00 \\                             
  8 & 41 &  3.012+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.569-00 &  4.545-11 &  5.555-00 \\                             
  8 & 43 &  2.953+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.645-00 &  6.949-11 &  8.004-00 \\                             
  8 & 44 &  2.897+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.397-00 &  1.810-11 &  1.969-00 \\                             
  8 & 46 &  2.825+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.391-00 &  2.434-11 &  2.455-00 \\                             
  8 & 49 &  2.543+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.553-00 &  9.039-12 &  6.653-01 \\                             
  8 & 50 &  2.516+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.452+01 &  1.103-10 &  7.858-00 \\                             
  8 & 52 &  2.366+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.668+01 &  2.350-10 &  1.391+01 \\                             
  9 & 11 &  1.488+04 &  4.986-06 &  4.969-13 &  1.952-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 12 &  1.235+04 &  1.801-05 &  8.241-13 &  1.851-02 &  1.984-00 &  9.078-08 &  5.547-01 &  ........ &  ........ &  ........ \\                             
  9 & 13 &  1.188+04 &  1.014-04 &  4.288-12 &  8.562-02 &  3.305-00 &  1.398-07 &  8.213-01 &  ........ &  ........ &  ........ \\                             
  9 & 14 &  6.828+03 &  2.309-03 &  3.228-11 &  1.224-01 &  7.423-02 &  1.038-09 &  3.504-03 &  ........ &  ........ &  ........ \\                             
  9 & 15 &  6.583+03 &  ........ &  ........ &  ........ &  3.570-00 &  2.320-08 &  7.552-02 &  ........ &  ........ &  ........ \\                             
  9 & 16 &  4.987+03 &  5.755-04 &  4.291-12 &  6.340-03 &  1.256-00 &  9.363-09 &  2.309-02 &  ........ &  ........ &  ........ \\                             
  9 & 17 &  4.540+03 &  3.266-03 &  3.028-11 &  3.376-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 19 &  4.089+03 &  2.238-02 &  1.683-10 &  1.371-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 22 &  2.739+03 &  1.176-01 &  3.968-10 &  9.712-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 23 &  1.505+03 &  8.941-03 &  9.104-12 &  3.694-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 25 &  1.055+03 &  1.284-02 &  4.286-12 &  5.999-05 &  3.970+01 &  1.325-08 &  6.917-03 &  ........ &  ........ &  ........ \\                             
  9 & 26 &  1.011+03 &  1.660-00 &  7.637-10 &  9.410-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 27 &  7.842+02 &  ........ &  ........ &  ........ &  2.639+01 &  2.433-09 &  9.435-04 &  ........ &  ........ &  ........ \\                             
  9 & 28 &  6.454+02 &  1.911+01 &  2.387-09 &  7.645-03 &  1.520+01 &  1.898-09 &  6.059-04 &  ........ &  ........ &  ........ \\                             
  9 & 29 &  6.226+02 &  ........ &  ........ &  ........ &  8.622-01 &  5.011-11 &  1.543-05 &  ........ &  ........ &  ........ \\                             
  9 & 30 &  6.149+02 &  1.001+01 &  1.703-09 &  4.715-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
  9 & 31 &  5.686+02 &  6.771-00 &  6.564-10 &  1.438-03 &  1.211+01 &  1.174-09 &  3.303-04 &  ........ &  ........ &  ........ \\                             
  9 & 33 &  3.816+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.298-00 &  5.669-11 &  2.820-00 \\                             
  9 & 34 &  3.750+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.805-01 &  3.040-11 &  1.435-00 \\                             
  9 & 37 &  3.321+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.083-02 &  5.373-13 &  1.761-02 \\                             
  9 & 38 &  3.291+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.043-02 &  6.636-13 &  2.117-02 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
  9 & 41 &  3.032+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.369-04 &  9.796-15 &  2.443-04 \\                             
  9 & 42 &  3.030+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.935-02 &  1.634-12 &  4.069-02 \\                             
  9 & 44 &  2.916+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.832-00 &  1.083-10 &  2.403-00 \\                             
  9 & 45 &  2.856+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.822-01 &  6.904-12 &  1.440-01 \\                             
  9 & 46 &  2.843+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.656-00 &  2.783-10 &  5.719-00 \\                             
  9 & 48 &  2.712+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.063-01 &  1.117-11 &  1.993-01 \\                             
  9 & 49 &  2.558+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.016-00 &  2.064-10 &  3.090-00 \\                             
  9 & 51 &  2.388+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.650-03 &  1.307-13 &  1.592-03 \\                             
  9 & 52 &  2.378+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.096-01 &  2.787-12 &  3.353-02 \\                             
  9 & 54 &  2.094+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.851-01 &  9.009-12 &  7.405-02 \\                             
 10 & 11 &  2.649+04 &  6.313-06 &  4.981-13 &  4.412-01 &  2.902-00 &  2.290-07 &  1.200+01 &  ........ &  ........ &  ........ \\                             
 10 & 12 &  1.942+04 &  9.346-07 &  2.641-14 &  9.208-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 13 &  1.826+04 &  3.395-06 &  8.490-14 &  2.465-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 14 &  8.546+03 &  9.734-06 &  5.328-14 &  1.584-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 16 &  5.845+03 &  1.023-02 &  2.619-11 &  2.492-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 17 &  5.241+03 &  1.180-02 &  3.645-11 &  2.500-01 &  6.596-01 &  2.037-09 &  2.112-02 &  ........ &  ........ &  ........ \\                             
 10 & 18 &  4.953+03 &  1.168-05 &  4.297-14 &  2.488-04 &  7.977-00 &  2.934-08 &  2.875-01 &  ........ &  ........ &  ........ \\                             
 10 & 19 &  4.649+03 &  1.111-02 &  2.700-11 &  1.293-01 &  5.960-01 &  1.448-09 &  1.332-02 &  ........ &  ........ &  ........ \\                             
 10 & 20 &  3.331+03 &  6.425-03 &  1.336-11 &  2.352-02 &  6.254-00 &  1.300-08 &  8.568-02 &  ........ &  ........ &  ........ \\                             
 10 & 21 &  3.273+03 &  1.890-02 &  3.034-11 &  5.068-02 &  1.894+01 &  3.041-08 &  1.969-01 &  ........ &  ........ &  ........ \\                             
 10 & 22 &  2.979+03 &  4.186-03 &  4.177-12 &  5.263-03 &  2.623-00 &  2.618-09 &  1.543-02 &  ........ &  ........ &  ........ \\                             
 10 & 23 &  1.574+03 &  6.158-01 &  1.716-10 &  3.191-02 &  6.413-00 &  1.787-09 &  5.566-03 &  ........ &  ........ &  ........ \\                             
 10 & 24 &  1.483+03 &  2.062-02 &  6.800-12 &  1.057-03 &  3.528-01 &  1.163-10 &  3.413-04 &  ........ &  ........ &  ........ \\                             
 10 & 25 &  1.089+03 &  9.558-00 &  8.498-10 &  5.231-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 26 &  1.042+03 &  2.760-01 &  3.372-11 &  1.820-03 &  2.166+02 &  2.647-08 &  5.457-02 &  ........ &  ........ &  ........ \\                             
 10 & 28 &  6.579+02 &  3.104-00 &  1.007-10 &  1.367-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 30 &  6.262+02 &  2.056+01 &  9.066-10 &  1.061-02 &  9.801+01 &  4.321-09 &  5.353-03 &  ........ &  ........ &  ........ \\                             
 10 & 31 &  5.783+02 &  2.379-02 &  5.965-13 &  5.498-06 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 10 & 33 &  3.860+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.867-03 &  2.085-14 &  4.291-03 \\                             
 10 & 34 &  3.792+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.564-03 &  7.380-14 &  1.441-02 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 10 & 35 &  3.421+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.367-01 &  2.998-12 &  4.295-01 \\                             
 10 & 36 &  3.388+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.668-00 &  1.148-10 &  1.598+01 \\                             
 10 & 37 &  3.354+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.748-00 &  7.272-11 &  9.820-00 \\                             
 10 & 38 &  3.324+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.771-01 &  2.295-12 &  3.015-01 \\                             
 10 & 39 &  3.076+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.383-01 &  6.215-12 &  6.472-01 \\                             
 10 & 41 &  3.059+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.899-00 &  3.051-11 &  3.127-00 \\                             
 10 & 42 &  3.058+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.037+01 &  7.265-11 &  7.433-00 \\                             
 10 & 43 &  2.998+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.408-00 &  3.246-11 &  3.131-00 \\                             
 10 & 44 &  2.941+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.837-01 &  1.787-12 &  1.627-01 \\                             
 10 & 45 &  2.881+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.654-01 &  2.273-12 &  1.944-01 \\                             
 10 & 46 &  2.867+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.290-00 &  1.192-11 &  1.005-00 \\                             
 10 & 48 &  2.734+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.216-00 &  6.816-12 &  4.985-01 \\                             
 10 & 49 &  2.577+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.560+01 &  1.165-10 &  7.137-00 \\                             
 10 & 50 &  2.549+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.086-00 &  3.006-11 &  1.782-00 \\                             
 10 & 51 &  2.404+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.046+01 &  1.320-10 &  6.566-00 \\                             
 10 & 52 &  2.395+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.994-00 &  3.220-11 &  1.582-00 \\                             
 10 & 54 &  2.107+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.259-02 &  2.084-13 &  6.978-03 \\                             
 11 & 12 &  7.268+04 &  5.577-09 &  2.945-15 &  4.041-02 &  9.877-02 &  5.215-08 &  5.624-00 &  ........ &  ........ &  ........ \\                             
 11 & 13 &  5.882+04 &  8.447-08 &  2.921-14 &  2.124-01 &  1.088-01 &  3.761-08 &  3.282-00 &  ........ &  ........ &  ........ \\                             
 11 & 14 &  1.262+04 &  7.917-05 &  1.259-12 &  9.033-02 &  1.606-00 &  2.554-08 &  4.780-01 &  ........ &  ........ &  ........ \\                             
 11 & 15 &  1.180+04 &  2.555-04 &  1.779-12 &  1.046-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 11 & 16 &  7.500+03 &  1.858-03 &  1.045-11 &  1.575-01 &  2.531-01 &  1.423-09 &  1.583-02 &  ........ &  ........ &  ........ \\                             
 11 & 17 &  6.533+03 &  3.170-04 &  2.028-12 &  2.022-02 &  4.767-02 &  3.050-10 &  2.957-03 &  ........ &  ........ &  ........ \\                             
 11 & 18 &  6.092+03 &  1.966-06 &  1.458-14 &  1.179-04 &  7.844-00 &  5.820-08 &  5.260-01 &  ........ &  ........ &  ........ \\                             
 11 & 19 &  5.638+03 &  8.733-04 &  4.162-12 &  2.666-02 &  7.087-03 &  3.378-11 &  2.825-04 &  ........ &  ........ &  ........ \\                             
 11 & 20 &  3.810+03 &  1.851-04 &  6.715-13 &  1.327-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 11 & 21 &  3.734+03 &  1.216-03 &  3.389-12 &  6.306-03 &  3.986-00 &  1.111-08 &  6.155-02 &  ........ &  ........ &  ........ \\                             
 11 & 22 &  3.357+03 &  2.203-03 &  3.721-12 &  5.029-03 &  4.358-01 &  7.360-10 &  3.665-03 &  ........ &  ........ &  ........ \\                             
 11 & 23 &  1.674+03 &  2.689-02 &  1.129-11 &  1.893-03 &  5.248-00 &  2.204-09 &  5.474-03 &  ........ &  ........ &  ........ \\                             
 11 & 24 &  1.571+03 &  3.871-02 &  1.910-11 &  2.647-03 &  1.201+01 &  5.924-09 &  1.381-02 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 11 & 25 &  1.136+03 &  2.634-00 &  3.396-10 &  1.778-02 &  2.651+02 &  3.417-08 &  5.759-02 &  ........ &  ........ &  ........ \\                             
 11 & 26 &  1.085+03 &  1.826-02 &  3.223-12 &  1.471-04 &  1.355+01 &  2.392-09 &  3.851-03 &  ........ &  ........ &  ........ \\                             
 11 & 27 &  8.278+02 &  2.034-00 &  6.966-11 &  1.412-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 11 & 28 &  6.747+02 &  5.390+01 &  2.452-09 &  2.691-02 &  1.338-00 &  6.087-11 &  6.093-05 &  ........ &  ........ &  ........ \\                             
 11 & 29 &  6.498+02 &  3.572+01 &  7.539-10 &  7.393-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 11 & 30 &  6.414+02 &  3.770+01 &  2.325-09 &  2.192-02 &  1.265+01 &  7.801-10 &  7.423-04 &  ........ &  ........ &  ........ \\                             
 11 & 31 &  5.912+02 &  1.478+01 &  5.165-10 &  3.814-03 &  9.363+01 &  3.271-09 &  2.869-03 &  ........ &  ........ &  ........ \\                             
 11 & 32 &  3.957+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.886-03 &  2.258-14 &  3.754-03 \\                             
 11 & 33 &  3.917+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.972-02 &  3.024-13 &  4.878-02 \\                             
 11 & 34 &  3.848+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.189-02 &  4.858-13 &  7.426-02 \\                             
 11 & 35 &  3.465+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.004-00 &  3.013-11 &  3.365-00 \\                             
 11 & 36 &  3.432+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.847-00 &  4.348-11 &  4.718-00 \\                             
 11 & 37 &  3.397+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.130-00 &  1.956-11 &  2.058-00 \\                             
 11 & 38 &  3.366+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.038-00 &  7.969-11 &  8.157-00 \\                             
 11 & 39 &  3.112+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.131-01 &  4.126-12 &  3.337-01 \\                             
 11 & 40 &  3.099+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.469+01 &  7.049-11 &  5.628-00 \\                             
 11 & 41 &  3.095+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.725-01 &  9.658-12 &  7.686-01 \\                             
 11 & 42 &  3.093+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.761-01 &  9.335-12 &  7.417-01 \\                             
 11 & 43 &  3.033+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.588-02 &  2.919-13 &  2.186-02 \\                             
 11 & 44 &  2.974+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.116-00 &  2.806-11 &  1.982-00 \\                             
 11 & 45 &  2.912+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.154-01 &  5.217-12 &  3.459-01 \\                             
 11 & 46 &  2.898+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.246-01 &  5.346-12 &  3.493-01 \\                             
 11 & 47 &  2.827+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.815-00 &  7.248-12 &  4.394-01 \\                             
 11 & 48 &  2.763+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.879-03 &  1.434-14 &  8.113-04 \\                             
 11 & 49 &  2.602+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.178+01 &  1.196-10 &  5.656-00 \\                             
 11 & 50 &  2.574+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.290-04 &  1.708-15 &  7.814-05 \\                             
 11 & 51 &  2.426+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.504+01 &  8.851-11 &  3.394-00 \\                             
 11 & 52 &  2.416+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.661-04 &  4.080-15 &  1.545-04 \\                             
 11 & 53 &  2.127+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.979-02 &  8.997-14 &  2.325-03 \\                             
 11 & 54 &  2.124+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.182-02 &  1.435-13 &  3.693-03 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 12 & 13 &  3.083+05 &  5.548-12 &  7.907-17 &  5.522-02 &  7.069-04 &  1.007-08 &  3.072-00 &  ........ &  ........ &  ........ \\                             
 12 & 14 &  1.526+04 &  1.032-05 &  3.606-13 &  3.055-02 &  5.207-01 &  1.819-08 &  2.746-01 &  ........ &  ........ &  ........ \\                             
 12 & 15 &  1.409+04 &  5.611-05 &  8.352-13 &  5.569-02 &  4.358-01 &  6.487-09 &  9.042-02 &  ........ &  ........ &  ........ \\                             
 12 & 16 &  8.362+03 &  4.246-06 &  4.451-14 &  6.202-04 &  6.302-01 &  6.607-09 &  5.465-02 &  ........ &  ........ &  ........ \\                             
 12 & 17 &  7.178+03 &  9.312-05 &  1.079-12 &  9.511-03 &  1.559-00 &  1.807-08 &  1.283-01 &  ........ &  ........ &  ........ \\                             
 12 & 18 &  6.650+03 &  2.819-05 &  3.738-13 &  2.618-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 12 & 19 &  6.112+03 &  1.771-03 &  1.488-11 &  8.094-02 &  8.814-01 &  7.405-09 &  4.476-02 &  ........ &  ........ &  ........ \\                             
 12 & 21 &  3.936+03 &  3.015-03 &  1.401-11 &  2.035-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 12 & 22 &  3.519+03 &  1.476-02 &  4.111-11 &  4.269-02 &  6.161-01 &  1.716-09 &  5.972-03 &  ........ &  ........ &  ........ \\                             
 12 & 23 &  1.713+03 &  4.596-01 &  3.034-10 &  3.635-02 &  1.610+01 &  1.063-08 &  1.801-02 &  ........ &  ........ &  ........ \\                             
 12 & 24 &  1.606+03 &  7.162-02 &  5.538-11 &  5.464-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 12 & 25 &  1.154+03 &  1.121-00 &  2.238-10 &  8.191-03 &  2.878-00 &  5.745-10 &  6.556-04 &  ........ &  ........ &  ........ \\                             
 12 & 26 &  1.102+03 &  1.742-00 &  4.752-10 &  1.513-02 &  2.692-00 &  7.345-10 &  8.002-04 &  ........ &  ........ &  ........ \\                             
 12 & 27 &  8.373+02 &  8.885-01 &  4.670-11 &  6.532-04 &  1.153-00 &  6.061-11 &  5.020-05 &  ........ &  ........ &  ........ \\                             
 12 & 28 &  6.810+02 &  5.009-02 &  3.483-12 &  2.621-05 &  1.096+01 &  7.620-10 &  5.132-04 &  ........ &  ........ &  ........ \\                             
 12 & 29 &  6.557+02 &  3.642-00 &  1.174-10 &  7.883-04 &  5.258-00 &  1.695-10 &  1.099-04 &  ........ &  ........ &  ........ \\                             
 12 & 30 &  6.471+02 &  1.545+01 &  1.455-09 &  9.393-03 &  2.564-00 &  2.414-10 &  1.545-04 &  ........ &  ........ &  ........ \\                             
 12 & 31 &  5.961+02 &  3.679-01 &  1.960-11 &  9.889-05 &  1.803+01 &  9.607-10 &  5.664-04 &  ........ &  ........ &  ........ \\                             
 12 & 32 &  3.978+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.383-04 &  1.113-14 &  1.254-03 \\                             
 12 & 33 &  3.938+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.338-01 &  1.009-11 &  1.102-00 \\                             
 12 & 34 &  3.868+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.799-01 &  3.297-11 &  3.414-00 \\                             
 12 & 36 &  3.448+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.153-00 &  4.112-11 &  3.017-00 \\                             
 12 & 37 &  3.413+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.573-00 &  9.361-11 &  6.660-00 \\                             
 12 & 38 &  3.382+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.372-00 &  2.352-11 &  1.627-00 \\                             
 12 & 39 &  3.125+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.945-02 &  1.448-12 &  7.910-02 \\                             
 12 & 40 &  3.112+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.337-01 &  5.326-12 &  2.871-01 \\                             
 12 & 41 &  3.108+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.509-00 &  3.279-11 &  1.762-00 \\                             
 12 & 42 &  3.107+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.821-00 &  2.634-11 &  1.413-00 \\                             
 12 & 43 &  3.045+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.809-01 &  2.728-11 &  1.379-00 \\                             
 12 & 44 &  2.986+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.538-00 &  7.095-11 &  3.381-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 12 & 45 &  2.924+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.285-02 &  5.492-13 &  2.457-02 \\                             
 12 & 46 &  2.910+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.224-00 &  2.330-11 &  1.027-00 \\                             
 12 & 47 &  2.838+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.130-01 &  1.889-12 &  7.725-02 \\                             
 12 & 48 &  2.773+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.944-00 &  4.547-11 &  1.735-00 \\                             
 12 & 49 &  2.612+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.764-01 &  2.706-12 &  8.626-02 \\                             
 12 & 50 &  2.583+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.171-00 &  6.343-11 &  1.956-00 \\                             
 12 & 51 &  2.434+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.163-00 &  1.033-11 &  2.668-01 \\                             
 12 & 52 &  2.424+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.613-03 &  4.776-14 &  1.218-03 \\                             
 12 & 53 &  2.134+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.199-01 &  1.774-12 &  3.083-02 \\                             
 12 & 54 &  2.130+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.611-00 &  5.860-11 &  1.014-00 \\                             
 13 & 14 &  1.606+04 &  2.396-05 &  9.262-13 &  9.139-02 &  4.454-03 &  1.722-10 &  2.735-03 &  ........ &  ........ &  ........ \\                             
 13 & 15 &  1.477+04 &  3.753-05 &  6.135-13 &  4.707-02 &  3.952-01 &  6.461-09 &  9.437-02 &  ........ &  ........ &  ........ \\                             
 13 & 16 &  8.596+03 &  4.543-04 &  5.032-12 &  7.613-02 &  7.398-01 &  8.195-09 &  6.967-02 &  ........ &  ........ &  ........ \\                             
 13 & 17 &  7.350+03 &  5.202-04 &  6.319-12 &  5.977-02 &  1.162-01 &  1.412-09 &  1.026-02 &  ........ &  ........ &  ........ \\                             
 13 & 18 &  6.796+03 &  1.038-03 &  1.438-11 &  1.075-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 13 & 19 &  6.236+03 &  3.319-03 &  2.902-11 &  1.677-01 &  6.002-00 &  5.249-08 &  3.237-01 &  ........ &  ........ &  ........ \\                             
 13 & 21 &  3.987+03 &  1.477-02 &  7.040-11 &  1.063-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 13 & 22 &  3.560+03 &  2.921-02 &  8.324-11 &  8.946-02 &  6.200-02 &  1.767-10 &  6.220-04 &  ........ &  ........ &  ........ \\                             
 13 & 23 &  1.723+03 &  8.260-02 &  5.513-11 &  6.717-03 &  7.224-00 &  4.822-09 &  8.217-03 &  ........ &  ........ &  ........ \\                             
 13 & 24 &  1.614+03 &  3.735-01 &  2.918-10 &  2.925-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 13 & 25 &  1.158+03 &  6.253-02 &  1.257-11 &  4.653-04 &  2.096+02 &  4.215-08 &  4.828-02 &  ........ &  ........ &  ........ \\                             
 13 & 26 &  1.105+03 &  8.358-01 &  2.297-10 &  7.392-03 &  7.345-00 &  2.018-09 &  2.207-03 &  ........ &  ........ &  ........ \\                             
 13 & 27 &  8.396+02 &  4.883-01 &  2.581-11 &  3.639-04 &  7.754-01 &  4.098-11 &  3.403-05 &  ........ &  ........ &  ........ \\                             
 13 & 28 &  6.825+02 &  5.760-00 &  4.022-10 &  3.047-03 &  9.276-00 &  6.478-10 &  4.373-04 &  ........ &  ........ &  ........ \\                             
 13 & 29 &  6.571+02 &  6.968-00 &  2.255-10 &  1.524-03 &  5.673-00 &  1.836-10 &  1.193-04 &  ........ &  ........ &  ........ \\                             
 13 & 30 &  6.484+02 &  1.207-00 &  1.141-10 &  7.413-04 &  7.376-00 &  6.974-10 &  4.473-04 &  ........ &  ........ &  ........ \\                             
 13 & 31 &  5.972+02 &  2.967-00 &  1.586-10 &  8.051-04 &  5.214+01 &  2.788-09 &  1.647-03 &  ........ &  ........ &  ........ \\                             
 13 & 32 &  3.983+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.075-00 &  1.278-11 &  1.446-00 \\                             
 13 & 33 &  3.943+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.196-04 &  1.211-14 &  1.329-03 \\                             
 13 & 34 &  3.873+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.562-01 &  2.213-11 &  2.301-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 13 & 36 &  3.452+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.064-01 &  1.452-11 &  1.069-00 \\                             
 13 & 37 &  3.417+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.373-00 &  3.604-11 &  2.573-00 \\                             
 13 & 38 &  3.385+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.099-00 &  1.887-11 &  1.310-00 \\                             
 13 & 39 &  3.128+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.346-01 &  6.884-12 &  3.772-01 \\                             
 13 & 40 &  3.115+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.894-01 &  6.469-12 &  3.498-01 \\                             
 13 & 41 &  3.111+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.749-02 &  2.122-12 &  1.144-01 \\                             
 13 & 42 &  3.110+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.814-01 &  6.980-12 &  3.756-01 \\                             
 13 & 43 &  3.049+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.766-01 &  2.164-11 &  1.097-00 \\                             
 13 & 44 &  2.989+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.161-01 &  4.342-12 &  2.076-01 \\                             
 13 & 45 &  2.927+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.608-02 &  3.349-13 &  1.502-02 \\                             
 13 & 46 &  2.912+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.245-00 &  1.382-10 &  6.109-00 \\                             
 13 & 47 &  2.840+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.109-00 &  6.706-12 &  2.750-01 \\                             
 13 & 48 &  2.776+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.097-00 &  1.051-10 &  4.021-00 \\                             
 13 & 49 &  2.614+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.865-00 &  9.011-11 &  2.880-00 \\                             
 13 & 50 &  2.585+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.640-00 &  3.287-11 &  1.016-00 \\                             
 13 & 51 &  2.436+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.332-00 &  2.076-11 &  5.371-01 \\                             
 13 & 52 &  2.426+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.372-00 &  3.140-11 &  8.026-01 \\                             
 13 & 53 &  2.135+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.720-00 &  9.294-12 &  1.618-01 \\                             
 13 & 54 &  2.132+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.049+01 &  7.146-11 &  1.239-00 \\                             
 14 & 15 &  1.836+05 &  9.246-11 &  2.336-16 &  3.444-02 &  5.636-04 &  1.424-09 &  2.586-01 &  ........ &  ........ &  ........ \\                             
 14 & 16 &  1.850+04 &  1.328-05 &  6.808-13 &  1.026-01 &  9.066-01 &  4.649-08 &  8.505-01 &  ........ &  ........ &  ........ \\                             
 14 & 17 &  1.355+04 &  1.663-06 &  6.869-14 &  4.073-03 &  3.384-00 &  1.397-07 &  1.873-00 &  ........ &  ........ &  ........ \\                             
 14 & 18 &  1.178+04 &  2.288-05 &  9.523-13 &  3.711-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 14 & 19 &  1.020+04 &  2.815-05 &  6.578-13 &  1.660-02 &  2.088-00 &  4.880-08 &  4.921-01 &  ........ &  ........ &  ........ \\                             
 14 & 21 &  5.304+03 &  1.794-03 &  1.513-11 &  5.381-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 14 & 22 &  4.574+03 &  3.174-03 &  1.493-11 &  3.403-02 &  3.636-00 &  1.710-08 &  7.736-02 &  ........ &  ........ &  ........ \\                             
 14 & 23 &  1.930+03 &  1.574-00 &  1.318-09 &  2.257-01 &  2.632+01 &  2.204-08 &  4.208-02 &  ........ &  ........ &  ........ \\                             
 14 & 24 &  1.795+03 &  5.388-01 &  5.203-10 &  7.166-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 14 & 25 &  1.248+03 &  2.510-01 &  5.862-11 &  2.716-03 &  2.399+01 &  5.603-09 &  6.917-03 &  ........ &  ........ &  ........ \\                             
 14 & 26 &  1.187+03 &  8.656-01 &  2.743-10 &  1.094-02 &  1.281+01 &  4.059-09 &  4.766-03 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 14 & 27 &  8.860+02 &  2.723+01 &  1.602-09 &  2.655-02 &  1.043+01 &  6.135-10 &  5.376-04 &  ........ &  ........ &  ........ \\                             
 14 & 28 &  7.128+02 &  6.613-00 &  5.037-10 &  4.347-03 &  1.154+01 &  8.788-10 &  6.196-04 &  ........ &  ........ &  ........ \\                             
 14 & 29 &  6.851+02 &  8.077-00 &  2.842-10 &  2.177-03 &  3.034+01 &  1.068-09 &  7.235-04 &  ........ &  ........ &  ........ \\                             
 14 & 30 &  6.757+02 &  1.234-00 &  1.267-10 &  9.314-04 &  5.587-01 &  5.737-11 &  3.834-05 &  ........ &  ........ &  ........ \\                             
 14 & 31 &  6.203+02 &  4.582-00 &  2.643-10 &  1.503-03 &  1.301-01 &  7.504-12 &  4.604-06 &  ........ &  ........ &  ........ \\                             
 14 & 32 &  4.085+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.237-00 &  2.798-11 &  3.412-00 \\                             
 14 & 33 &  4.042+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.565-00 &  6.285-11 &  7.429-00 \\                             
 14 & 34 &  3.969+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.091-01 &  2.511-11 &  2.809-00 \\                             
 14 & 36 &  3.528+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.020-02 &  7.539-13 &  5.924-02 \\                             
 14 & 37 &  3.491+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.516-02 &  6.897-13 &  5.251-02 \\                             
 14 & 38 &  3.458+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.052-01 &  1.886-12 &  1.396-01 \\                             
 14 & 39 &  3.191+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.062-01 &  2.156-11 &  1.253-00 \\                             
 14 & 40 &  3.176+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.513-01 &  6.439-12 &  3.693-01 \\                             
 14 & 41 &  3.173+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.311-02 &  5.232-13 &  2.991-02 \\                             
 14 & 42 &  3.171+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.890-01 &  1.039-11 &  5.928-01 \\                             
 14 & 43 &  3.108+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.411-00 &  1.566-10 &  8.411-00 \\                             
 14 & 44 &  3.046+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.877-01 &  1.226-11 &  6.201-01 \\                             
 14 & 45 &  2.981+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.453-00 &  1.936-11 &  9.176-01 \\                             
 14 & 46 &  2.966+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.386-00 &  2.742-11 &  1.281-00 \\                             
 14 & 47 &  2.891+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.112-00 &  1.323-11 &  5.724-01 \\                             
 14 & 48 &  2.824+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.768-02 &  8.094-13 &  3.263-02 \\                             
 14 & 49 &  2.657+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.258-01 &  3.585-12 &  1.204-01 \\                             
 14 & 50 &  2.627+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.764-01 &  3.652-12 &  1.185-01 \\                             
 14 & 51 &  2.474+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.458-01 &  7.761-12 &  2.103-01 \\                             
 14 & 52 &  2.464+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.988-01 &  2.714-12 &  7.261-02 \\                             
 14 & 53 &  2.164+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.273-00 &  1.499-11 &  2.718-01 \\                             
 14 & 54 &  2.161+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.266-00 &  1.586-11 &  2.862-01 \\                             
 15 & 16 &  2.057+04 &  4.914-07 &  6.232-14 &  6.459-03 &  2.203-00 &  2.795-07 &  2.842-00 &  ........ &  ........ &  ........ \\                             
 15 & 17 &  1.463+04 &  1.465-05 &  1.410-12 &  5.262-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 15 & 19 &  1.079+04 &  1.161-05 &  6.084-13 &  9.115-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 15 & 22 &  4.690+03 &  1.789-06 &  1.770-14 &  2.176-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 15 & 23 &  1.950+03 &  1.539-03 &  2.634-12 &  2.328-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 15 & 25 &  1.257+03 &  4.056-00 &  1.921-09 &  4.541-02 &  1.346+01 &  6.374-09 &  3.961-03 &  ........ &  ........ &  ........ \\                             
 15 & 26 &  1.195+03 &  1.140-00 &  7.320-10 &  1.488-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 15 & 27 &  8.902+02 &  ........ &  ........ &  ........ &  3.166+01 &  3.762-09 &  1.656-03 &  ........ &  ........ &  ........ \\                             
 15 & 28 &  7.156+02 &  4.895-01 &  7.515-11 &  3.280-04 &  2.858+01 &  4.388-09 &  1.553-03 &  ........ &  ........ &  ........ \\                             
 15 & 29 &  6.877+02 &  ........ &  ........ &  ........ &  1.018+02 &  7.214-09 &  2.453-03 &  ........ &  ........ &  ........ \\                             
 15 & 30 &  6.782+02 &  3.016-00 &  6.240-10 &  2.319-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 15 & 31 &  6.224+02 &  4.322-01 &  5.020-11 &  1.442-04 &  4.448-03 &  5.167-13 &  1.590-07 &  ........ &  ........ &  ........ \\                             
 15 & 33 &  4.051+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.006-01 &  1.480-11 &  8.803-01 \\                             
 15 & 34 &  3.977+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.713-01 &  1.930-11 &  1.086-00 \\                             
 15 & 37 &  3.498+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.782-02 &  3.732-12 &  1.429-01 \\                             
 15 & 38 &  3.465+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.176-01 &  7.833-12 &  2.915-01 \\                             
 15 & 41 &  3.178+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.015-00 &  9.154-11 &  2.630-00 \\                             
 15 & 42 &  3.177+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.269-00 &  9.892-11 &  2.837-00 \\                             
 15 & 44 &  3.051+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.396-03 &  1.003-13 &  2.549-03 \\                             
 15 & 45 &  2.986+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.243-00 &  1.134-10 &  2.702-00 \\                             
 15 & 46 &  2.971+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.604-03 &  3.019-13 &  7.083-03 \\                             
 15 & 48 &  2.829+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.818-02 &  1.156-12 &  2.341-02 \\                             
 15 & 49 &  2.661+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.135-05 &  1.317-15 &  2.220-05 \\                             
 15 & 51 &  2.477+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.568+01 &  2.885-10 &  3.924-00 \\                             
 15 & 52 &  2.467+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.503-00 &  4.114-11 &  5.526-01 \\                             
 15 & 54 &  2.163+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.773-01 &  2.488-12 &  2.253-02 \\                             
 16 & 17 &  5.070+04 &  1.587-07 &  9.174-14 &  2.849-01 &  3.326-02 &  1.923-08 &  9.644-01 &  ........ &  ........ &  ........ \\                             
 16 & 18 &  3.246+04 &  4.582-07 &  1.448-13 &  1.180-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 16 & 19 &  2.272+04 &  1.272-07 &  1.476-14 &  4.122-03 &  8.222-01 &  9.540-08 &  2.143-00 &  ........ &  ........ &  ........ \\                             
 16 & 21 &  7.437+03 &  3.594-08 &  5.960-16 &  5.841-06 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 16 & 22 &  6.076+03 &  1.802-05 &  1.496-13 &  7.997-04 &  6.916-06 &  5.742-14 &  3.451-07 &  ........ &  ........ &  ........ \\                             
 16 & 23 &  2.155+03 &  1.269-01 &  1.325-10 &  3.158-02 &  2.788-02 &  2.911-11 &  6.204-05 &  ........ &  ........ &  ........ \\                             
 16 & 24 &  1.988+03 &  1.237-02 &  1.465-11 &  2.741-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 16 & 25 &  1.338+03 &  1.490-00 &  4.001-10 &  2.286-02 &  1.804+01 &  4.845-09 &  6.414-03 &  ........ &  ........ &  ........ \\                             
 16 & 26 &  1.269+03 &  1.929-00 &  6.980-10 &  3.395-02 &  7.900+01 &  2.859-08 &  3.588-02 &  ........ &  ........ &  ........ \\                             
 16 & 27 &  9.305+02 &  2.516-00 &  1.633-10 &  3.135-03 &  1.294+02 &  8.400-09 &  7.731-03 &  ........ &  ........ &  ........ \\                             
 16 & 28 &  7.414+02 &  2.400-00 &  1.978-10 &  1.920-03 &  7.853+01 &  6.471-09 &  4.745-03 &  ........ &  ........ &  ........ \\                             
 16 & 29 &  7.115+02 &  7.264-00 &  2.756-10 &  2.365-03 &  1.676-00 &  6.359-11 &  4.475-05 &  ........ &  ........ &  ........ \\                             
 16 & 30 &  7.013+02 &  4.741-00 &  5.244-10 &  4.310-03 &  2.727-00 &  3.017-10 &  2.093-04 &  ........ &  ........ &  ........ \\                             
 16 & 31 &  6.418+02 &  9.781-02 &  6.041-12 &  3.805-05 &  7.609-01 &  4.699-11 &  2.983-05 &  ........ &  ........ &  ........ \\                             
 16 & 32 &  4.177+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.910-01 &  1.165-11 &  1.520-00 \\                             
 16 & 33 &  4.133+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.065-01 &  2.727-12 &  3.445-01 \\                             
 16 & 34 &  4.055+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.624-03 &  1.710-13 &  2.042-02 \\                             
 16 & 36 &  3.597+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.574-02 &  2.550-12 &  2.123-01 \\                             
 16 & 37 &  3.558+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.431-01 &  4.073-12 &  3.284-01 \\                             
 16 & 38 &  3.524+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.610-02 &  8.584-13 &  6.723-02 \\                             
 16 & 39 &  3.247+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.937-00 &  6.122-11 &  3.749-00 \\                             
 16 & 40 &  3.232+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.543-01 &  6.689-12 &  4.041-01 \\                             
 16 & 41 &  3.228+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.197-00 &  7.493-11 &  4.511-00 \\                             
 16 & 42 &  3.226+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.516-02 &  3.927-13 &  2.360-02 \\                             
 16 & 43 &  3.161+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.306-01 &  1.889-11 &  1.067-00 \\                             
 16 & 44 &  3.097+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.113-03 &  1.319-13 &  7.008-03 \\                             
 16 & 45 &  3.030+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.783-00 &  2.455-11 &  1.222-00 \\                             
 16 & 46 &  3.015+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.720-01 &  5.558-12 &  2.725-01 \\                             
 16 & 47 &  2.937+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.043-00 &  1.968-11 &  8.925-01 \\                             
 16 & 48 &  2.868+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.238-00 &  5.228-11 &  2.207-00 \\                             
 16 & 49 &  2.696+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.713-03 &  4.433-14 &  1.554-03 \\                             
 16 & 50 &  2.665+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.884-02 &  1.679-12 &  5.689-02 \\                             
 16 & 51 &  2.508+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.349+01 &  1.272-10 &  3.588-00 \\                             
 16 & 52 &  2.497+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.731-00 &  1.364-10 &  3.800-00 \\                             
 16 & 53 &  2.189+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.039-01 &  1.092-12 &  2.050-02 \\                             
 16 & 54 &  2.186+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.057-00 &  2.190-11 &  4.094-01 \\                             
 17 & 18 &  9.025+04 &  2.405-09 &  3.915-15 &  1.028-01 &  1.348-04 &  2.194-10 &  2.938-02 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 17 & 19 &  4.115+04 &  1.251-07 &  3.176-14 &  7.909-02 &  1.360-01 &  3.453-08 &  2.108-00 &  ........ &  ........ &  ........ \\                             
 17 & 20 &  9.140+03 &  3.876-05 &  8.090-13 &  2.208-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 17 & 21 &  8.716+03 &  1.946-04 &  2.954-12 &  6.990-02 &  1.000-01 &  1.519-09 &  1.964-02 &  ........ &  ........ &  ........ \\                             
 17 & 22 &  6.903+03 &  3.448-04 &  2.463-12 &  2.896-02 &  2.283-00 &  1.631-08 &  1.671-01 &  ........ &  ........ &  ........ \\                             
 17 & 23 &  2.250+03 &  5.078-02 &  3.855-11 &  1.570-02 &  2.394+01 &  1.818-08 &  6.069-02 &  ........ &  ........ &  ........ \\                             
 17 & 24 &  2.069+03 &  3.216-01 &  2.751-10 &  8.702-02 &  7.840-00 &  6.706-09 &  2.058-02 &  ........ &  ........ &  ........ \\                             
 17 & 25 &  1.375+03 &  1.472-02 &  2.780-12 &  2.581-04 &  7.939-00 &  1.500-09 &  3.059-03 &  ........ &  ........ &  ........ \\                             
 17 & 26 &  1.301+03 &  3.177-00 &  8.063-10 &  6.348-02 &  5.747+01 &  1.459-08 &  2.816-02 &  ........ &  ........ &  ........ \\                             
 17 & 27 &  9.479+02 &  7.117-00 &  3.196-10 &  9.728-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 17 & 28 &  7.524+02 &  3.846-02 &  2.176-12 &  3.312-05 &  6.655+01 &  3.765-09 &  4.203-03 &  ........ &  ........ &  ........ \\                             
 17 & 29 &  7.216+02 &  6.471-00 &  1.684-10 &  2.261-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 17 & 30 &  7.112+02 &  1.346-01 &  1.020-11 &  1.312-04 &  5.791-00 &  4.391-10 &  4.633-04 &  ........ &  ........ &  ........ \\                             
 17 & 31 &  6.501+02 &  8.508-00 &  3.593-10 &  3.528-03 &  2.767-00 &  1.169-10 &  1.127-04 &  ........ &  ........ &  ........ \\                             
 17 & 32 &  4.212+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.770-03 &  3.342-14 &  6.701-03 \\                             
 17 & 33 &  4.167+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.452-01 &  2.519-12 &  4.892-01 \\                             
 17 & 34 &  4.088+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.553-00 &  8.903-11 &  1.633+01 \\                             
 17 & 35 &  3.660+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.098-02 &  3.675-13 &  4.835-02 \\                             
 17 & 36 &  3.622+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.846-01 &  4.841-12 &  6.176-01 \\                             
 17 & 37 &  3.584+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.125-04 &  2.167-15 &  2.676-04 \\                             
 17 & 38 &  3.549+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.455-02 &  3.090-13 &  3.707-02 \\                             
 17 & 39 &  3.268+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.809-00 &  8.130-11 &  7.612-00 \\                             
 17 & 40 &  3.253+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.236-01 &  3.826-12 &  3.534-01 \\                             
 17 & 41 &  3.249+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.157-01 &  1.830-12 &  1.685-01 \\                             
 17 & 42 &  3.247+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.331-03 &  7.726-14 &  7.100-03 \\                             
 17 & 43 &  3.180+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.338-00 &  2.705-11 &  2.336-00 \\                             
 17 & 44 &  3.116+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.266-00 &  3.299-11 &  2.679-00 \\                             
 17 & 45 &  3.048+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.171-02 &  2.017-13 &  1.533-02 \\                             
 17 & 46 &  3.033+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.925-02 &  2.654-13 &  1.987-02 \\                             
 17 & 47 &  2.955+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.567-02 &  2.428-13 &  1.681-02 \\                             
 17 & 48 &  2.885+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.372+01 &  1.141-10 &  7.348-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 17 & 49 &  2.710+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.024-01 &  4.432-12 &  2.368-01 \\                             
 17 & 50 &  2.679+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.515-02 &  7.914-13 &  4.086-02 \\                             
 17 & 51 &  2.520+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.847-00 &  3.077-11 &  1.321-00 \\                             
 17 & 52 &  2.509+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.747-01 &  6.369-12 &  2.701-01 \\                             
 17 & 53 &  2.199+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.050-01 &  9.786-13 &  2.793-02 \\                             
 17 & 54 &  2.196+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.394-00 &  1.153-11 &  3.277-01 \\                             
 18 & 19 &  7.564+04 &  3.603-11 &  2.318-17 &  4.779-04 &  1.211-04 &  7.788-11 &  1.165-02 &  ........ &  ........ &  ........ \\                             
 18 & 20 &  1.017+04 &  2.054-04 &  3.981-12 &  1.995-01 &  4.489-00 &  8.701-08 &  1.751-00 &  ........ &  ........ &  ........ \\                             
 18 & 21 &  9.647+03 &  4.931-04 &  6.879-12 &  2.943-01 &  6.301-00 &  8.791-08 &  1.678-00 &  ........ &  ........ &  ........ \\                             
 18 & 22 &  7.475+03 &  6.342-05 &  3.984-13 &  7.930-03 &  2.298+01 &  1.444-07 &  2.135-00 &  ........ &  ........ &  ........ \\                             
 18 & 23 &  2.308+03 &  1.776-00 &  1.064-09 &  6.232-01 &  4.221-00 &  2.528-09 &  1.154-02 &  ........ &  ........ &  ........ \\                             
 18 & 24 &  2.117+03 &  1.352-01 &  9.083-11 &  4.107-02 &  5.791-00 &  3.892-09 &  1.630-02 &  ........ &  ........ &  ........ \\                             
 18 & 25 &  1.396+03 &  4.338-03 &  6.337-13 &  8.216-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 18 & 26 &  1.320+03 &  2.289-00 &  4.485-10 &  4.918-02 &  1.107+02 &  2.170-08 &  5.666-02 &  ........ &  ........ &  ........ \\                             
 18 & 28 &  7.587+02 &  9.217+01 &  3.977-09 &  8.276-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 18 & 30 &  7.168+02 &  1.866-01 &  1.078-11 &  1.892-04 &  3.027-00 &  1.749-10 &  2.480-04 &  ........ &  ........ &  ........ \\                             
 18 & 31 &  6.548+02 &  9.013-00 &  2.897-10 &  3.875-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 18 & 33 &  4.186+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.041-04 &  6.622-15 &  1.738-03 \\                             
 18 & 34 &  4.107+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.582-03 &  1.059-13 &  2.624-02 \\                             
 18 & 35 &  3.675+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.467-00 &  6.242-11 &  1.108+01 \\                             
 18 & 36 &  3.637+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.909-00 &  3.786-11 &  6.518-00 \\                             
 18 & 37 &  3.598+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.051-00 &  2.986-11 &  4.976-00 \\                             
 18 & 38 &  3.563+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.023-00 &  2.876-11 &  4.655-00 \\                             
 18 & 39 &  3.279+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.740-01 &  2.805-12 &  3.540-01 \\                             
 18 & 41 &  3.261+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.916-01 &  2.291-12 &  2.842-01 \\                             
 18 & 42 &  3.259+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.888-01 &  2.299-12 &  2.848-01 \\                             
 18 & 43 &  3.192+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.690-00 &  4.108-11 &  4.780-00 \\                             
 18 & 44 &  3.127+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.596-00 &  9.449-11 &  1.034+01 \\                             
 18 & 45 &  3.059+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.706-00 &  6.806-11 &  6.969-00 \\                             
 18 & 46 &  3.043+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.307-03 &  4.484-14 &  4.521-03 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 18 & 48 &  2.894+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.042-00 &  3.793-11 &  3.289-00 \\                             
 18 & 49 &  2.719+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.010-00 &  4.163-11 &  2.993-00 \\                             
 18 & 50 &  2.687+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.824-00 &  6.305-11 &  4.379-00 \\                             
 18 & 51 &  2.527+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.083-01 &  1.955-12 &  1.129-01 \\                             
 18 & 52 &  2.516+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.085-00 &  2.908-11 &  1.658-00 \\                             
 18 & 54 &  2.201+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.345-00 &  4.886-12 &  1.864-01 \\                             
 19 & 20 &  1.175+04 &  1.182-04 &  4.078-12 &  2.364-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 19 & 21 &  1.106+04 &  6.023-05 &  1.472-12 &  7.112-02 &  1.874-02 &  4.580-10 &  7.513-03 &  ........ &  ........ &  ........ \\                             
 19 & 22 &  8.295+03 &  4.566-04 &  4.710-12 &  9.606-02 &  1.803-01 &  1.860-09 &  2.289-02 &  ........ &  ........ &  ........ \\                             
 19 & 23 &  2.381+03 &  9.161-03 &  7.783-12 &  3.753-03 &  4.904-00 &  4.167-09 &  1.472-02 &  ........ &  ........ &  ........ \\                             
 19 & 24 &  2.178+03 &  5.562-01 &  5.275-10 &  1.948-01 &  6.578-00 &  6.238-09 &  2.016-02 &  ........ &  ........ &  ........ \\                             
 19 & 25 &  1.422+03 &  5.305-01 &  1.073-10 &  1.103-02 &  2.085+01 &  4.215-09 &  8.894-03 &  ........ &  ........ &  ........ \\                             
 19 & 26 &  1.344+03 &  7.357-02 &  1.991-11 &  1.726-03 &  1.224+02 &  3.312-08 &  6.603-02 &  ........ &  ........ &  ........ \\                             
 19 & 27 &  9.703+02 &  1.922+01 &  9.040-10 &  2.951-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 19 & 28 &  7.664+02 &  3.173+01 &  1.862-09 &  2.996-02 &  6.285-01 &  3.689-11 &  4.195-05 &  ........ &  ........ &  ........ \\                             
 19 & 29 &  7.345+02 &  2.929-01 &  7.896-12 &  1.118-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 19 & 30 &  7.237+02 &  3.184-00 &  2.500-10 &  3.386-03 &  1.314+01 &  1.032-09 &  1.108-03 &  ........ &  ........ &  ........ \\                             
 19 & 31 &  6.605+02 &  2.063-00 &  8.996-11 &  9.263-04 &  5.049-00 &  2.201-10 &  2.157-04 &  ........ &  ........ &  ........ \\                             
 19 & 32 &  4.255+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.965-01 &  3.587-12 &  7.419-01 \\                             
 19 & 33 &  4.209+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.941-01 &  1.406-11 &  2.816-00 \\                             
 19 & 34 &  4.129+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.435-02 &  8.780-13 &  1.659-01 \\                             
 19 & 35 &  3.692+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.307-02 &  4.453-13 &  6.017-02 \\                             
 19 & 36 &  3.655+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.206-02 &  5.889-13 &  7.716-02 \\                             
 19 & 37 &  3.615+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.244-02 &  1.027-12 &  1.303-01 \\                             
 19 & 38 &  3.580+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.803-03 &  3.589-14 &  4.419-03 \\                             
 19 & 39 &  3.294+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.069-00 &  4.486-11 &  4.302-00 \\                             
 19 & 40 &  3.279+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.205-02 &  4.408-13 &  4.170-02 \\                             
 19 & 41 &  3.275+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.989-02 &  6.414-13 &  6.047-02 \\                             
 19 & 42 &  3.273+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.646-01 &  2.833-12 &  2.666-01 \\                             
 19 & 43 &  3.205+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.849-00 &  3.798-11 &  3.357-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 19 & 44 &  3.140+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.205-02 &  3.259-13 &  2.708-02 \\                             
 19 & 45 &  3.071+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.371-01 &  1.292-12 &  1.005-01 \\                             
 19 & 46 &  3.055+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.420-00 &  6.184-11 &  4.733-00 \\                             
 19 & 47 &  2.976+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.437-00 &  1.078-11 &  7.627-01 \\                             
 19 & 48 &  2.905+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.337-01 &  2.815-12 &  1.852-01 \\                             
 19 & 49 &  2.728+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.527-03 &  1.063-13 &  5.795-03 \\                             
 19 & 50 &  2.697+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.309-01 &  4.810-12 &  2.533-01 \\                             
 19 & 51 &  2.536+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.312-01 &  1.485-12 &  6.498-02 \\                             
 19 & 52 &  2.525+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.334+01 &  1.274-10 &  5.504-00 \\                             
 19 & 53 &  2.211+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.695-01 &  6.583-13 &  1.909-02 \\                             
 19 & 54 &  2.207+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.217-00 &  3.028-11 &  8.741-01 \\                             
 20 & 21 &  1.876+05 &  7.678-11 &  3.241-16 &  1.274-01 &  1.451-03 &  6.126-09 &  2.842-00 &  ........ &  ........ &  ........ \\                             
 20 & 22 &  2.821+04 &  7.101-08 &  5.082-15 &  6.794-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 20 & 23 &  2.985+03 &  8.784-02 &  7.042-11 &  1.116-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 20 & 24 &  2.674+03 &  1.650-00 &  1.415-09 &  1.611-00 &  2.086-00 &  1.788-09 &  1.182-02 &  ........ &  ........ &  ........ \\                             
 20 & 26 &  1.517+03 &  1.258+01 &  2.605-09 &  5.418-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 20 & 30 &  7.712+02 &  2.711+01 &  1.451-09 &  3.963-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 20 & 34 &  4.280+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.020-05 &  1.681-16 &  5.893-05 \\                             
 20 & 35 &  3.812+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.100-01 &  1.329-11 &  3.294-00 \\                             
 20 & 36 &  3.772+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.479-00 &  2.524-11 &  6.060-00 \\                             
 20 & 37 &  3.730+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.548-00 &  1.937-11 &  4.496-00 \\                             
 20 & 39 &  3.389+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.180-01 &  1.625-12 &  2.829-01 \\                             
 20 & 41 &  3.369+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.843-01 &  2.902-12 &  4.964-01 \\                             
 20 & 43 &  3.295+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.462-00 &  1.903-11 &  3.046-00 \\                             
 20 & 44 &  3.226+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.377-00 &  6.906-11 &  1.037+01 \\                             
 20 & 46 &  3.137+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.732-00 &  4.188-11 &  5.782-00 \\                             
 20 & 49 &  2.793+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.743-02 &  3.329-13 &  3.245-02 \\                             
 20 & 50 &  2.760+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.166-00 &  6.548-11 &  6.161-00 \\                             
 20 & 52 &  2.580+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.921+01 &  1.150-10 &  8.836-00 \\                             
 21 & 22 &  3.320+04 &  2.008-06 &  2.489-13 &  4.339-01 &  1.424-01 &  1.765-08 &  1.159-00 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 21 & 23 &  3.034+03 &  4.032-01 &  4.172-10 &  5.551-01 &  1.976-00 &  2.044-09 &  1.227-02 &  ........ &  ........ &  ........ \\                             
 21 & 24 &  2.712+03 &  3.145-01 &  3.469-10 &  3.299-01 &  5.495-00 &  6.061-09 &  3.252-02 &  ........ &  ........ &  ........ \\                             
 21 & 25 &  1.632+03 &  1.038+01 &  2.073-09 &  4.295-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 21 & 26 &  1.530+03 &  3.585-01 &  9.430-11 &  1.608-02 &  1.259+01 &  3.311-09 &  1.002-02 &  ........ &  ........ &  ........ \\                             
 21 & 28 &  8.235+02 &  3.541+01 &  1.800-09 &  4.790-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 21 & 30 &  7.744+02 &  1.412+01 &  9.518-10 &  2.106-02 &  8.949-02 &  6.034-12 &  9.243-06 &  ........ &  ........ &  ........ \\                             
 21 & 31 &  7.025+02 &  1.850+02 &  6.844-09 &  1.130-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 21 & 33 &  4.376+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.785-05 &  8.304-16 &  2.490-04 \\                             
 21 & 34 &  4.289+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.594-04 &  1.157-14 &  3.269-03 \\                             
 21 & 35 &  3.820+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.134-01 &  8.569-12 &  1.709-00 \\                             
 21 & 36 &  3.780+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.923-02 &  8.401-13 &  1.623-01 \\                             
 21 & 37 &  3.737+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.612-00 &  2.531-11 &  4.728-00 \\                             
 21 & 38 &  3.699+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.929-00 &  6.083-11 &  1.102+01 \\                             
 21 & 39 &  3.395+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.525-03 &  2.634-14 &  3.688-03 \\                             
 21 & 41 &  3.375+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.522-01 &  1.949-12 &  2.682-01 \\                             
 21 & 42 &  3.373+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.293-01 &  3.661-12 &  5.027-01 \\                             
 21 & 43 &  3.301+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.203-03 &  3.598-14 &  4.632-03 \\                             
 21 & 44 &  3.232+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.171-01 &  3.723-12 &  4.496-01 \\                             
 21 & 45 &  3.159+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.070-00 &  5.288-11 &  5.964-00 \\                             
 21 & 46 &  3.142+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.153-00 &  2.390-11 &  2.652-00 \\                             
 21 & 48 &  2.983+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.774-00 &  2.517-11 &  2.392-00 \\                             
 21 & 49 &  2.797+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.218+01 &  1.072-10 &  8.396-00 \\                             
 21 & 50 &  2.764+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.108-00 &  1.270-11 &  9.598-01 \\                             
 21 & 51 &  2.595+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.574+01 &  1.299-10 &  8.126-00 \\                             
 21 & 52 &  2.584+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.130-00 &  2.349-11 &  1.450-00 \\                             
 21 & 54 &  2.252+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.714-00 &  1.032-11 &  4.220-01 \\                             
 22 & 23 &  3.339+03 &  6.495-02 &  1.086-10 &  1.444-01 &  7.375-01 &  1.233-09 &  6.105-03 &  ........ &  ........ &  ........ \\                             
 22 & 24 &  2.954+03 &  2.634-03 &  4.594-12 &  4.231-03 &  4.622-01 &  8.062-10 &  3.533-03 &  ........ &  ........ &  ........ \\                             
 22 & 25 &  1.717+03 &  4.730-00 &  1.393-09 &  2.518-01 &  3.630+01 &  1.069-08 &  2.723-02 &  ........ &  ........ &  ........ \\                             
 22 & 26 &  1.603+03 &  1.685-00 &  6.494-10 &  9.565-02 &  8.471+01 &  3.265-08 &  7.766-02 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 22 & 27 &  1.099+03 &  4.888-01 &  2.949-11 &  1.398-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 22 & 28 &  8.444+02 &  6.197-05 &  4.416-15 &  9.503-08 &  4.162-00 &  2.966-10 &  3.716-04 &  ........ &  ........ &  ........ \\                             
 22 & 29 &  8.058+02 &  1.196+02 &  3.880-09 &  7.256-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 22 & 30 &  7.929+02 &  6.575-00 &  6.197-10 &  1.104-02 &  1.813-01 &  1.708-11 &  2.009-05 &  ........ &  ........ &  ........ \\                             
 22 & 31 &  7.176+02 &  1.260-00 &  6.488-11 &  8.569-04 &  2.906-00 &  1.496-10 &  1.593-04 &  ........ &  ........ &  ........ \\                             
 22 & 32 &  4.485+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.653-04 &  2.667-15 &  6.460-04 \\                             
 22 & 33 &  4.435+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.175-03 &  2.310-14 &  5.406-03 \\                             
 22 & 34 &  4.346+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.248-02 &  3.534-13 &  7.784-02 \\                             
 22 & 35 &  3.864+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.847-01 &  1.062-11 &  1.646-00 \\                             
 22 & 36 &  3.823+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.189-00 &  3.473-11 &  5.208-00 \\                             
 22 & 37 &  3.780+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.435-00 &  3.074-11 &  4.455-00 \\                             
 22 & 38 &  3.741+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.657-01 &  1.211-11 &  1.702-00 \\                             
 22 & 39 &  3.430+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.225-01 &  2.880-12 &  3.118-01 \\                             
 22 & 40 &  3.414+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.287-02 &  2.496-13 &  2.665-02 \\                             
 22 & 41 &  3.410+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.129-04 &  1.242-14 &  1.322-03 \\                             
 22 & 42 &  3.407+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.559-02 &  5.290-13 &  5.618-02 \\                             
 22 & 43 &  3.334+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.880-01 &  1.973-11 &  1.963-00 \\                             
 22 & 44 &  3.263+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.130-00 &  3.401-11 &  3.173-00 \\                             
 22 & 45 &  3.189+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.838-00 &  2.884-11 &  2.511-00 \\                             
 22 & 46 &  3.172+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.403-01 &  1.267-11 &  1.086-00 \\                             
 22 & 47 &  3.087+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.475-01 &  4.035-12 &  3.185-01 \\                             
 22 & 48 &  3.010+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.084-01 &  6.416-12 &  4.698-01 \\                             
 22 & 49 &  2.821+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.045+01 &  1.247-10 &  7.516-00 \\                             
 22 & 50 &  2.788+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.298+01 &  2.017-10 &  1.172+01 \\                             
 22 & 51 &  2.615+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.069-00 &  1.415-11 &  6.793-01 \\                             
 22 & 52 &  2.604+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.688-00 &  2.732-11 &  1.295-00 \\                             
 22 & 53 &  2.271+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.471-00 &  6.371-12 &  2.003-01 \\                             
 22 & 54 &  2.268+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.943-03 &  2.026-14 &  6.343-04 \\                             
 23 & 24 &  2.561+04 &  4.762-07 &  6.245-14 &  3.750-02 &  6.711-01 &  8.801-08 &  3.344-00 &  ........ &  ........ &  ........ \\                             
 23 & 25 &  3.533+03 &  2.954-01 &  3.685-10 &  5.810-01 &  3.911-00 &  4.880-09 &  2.558-02 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 23 & 26 &  3.085+03 &  1.035-01 &  1.476-10 &  1.548-01 &  1.127+01 &  1.608-08 &  7.357-02 &  ........ &  ........ &  ........ \\                             
 23 & 27 &  1.638+03 &  8.127-03 &  1.089-12 &  1.710-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 23 & 28 &  1.130+03 &  6.082-00 &  7.765-10 &  4.007-02 &  5.729-00 &  7.315-10 &  1.227-03 &  ........ &  ........ &  ........ \\                             
 23 & 29 &  1.062+03 &  2.721+01 &  1.534-09 &  6.570-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 23 & 30 &  1.040+03 &  2.087-00 &  3.382-10 &  1.359-02 &  5.407+01 &  8.764-09 &  1.352-02 &  ........ &  ........ &  ........ \\                             
 23 & 31 &  9.141+02 &  9.936-00 &  8.298-10 &  2.265-02 &  3.515+01 &  2.936-09 &  3.981-03 &  ........ &  ........ &  ........ \\                             
 23 & 32 &  5.181+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.331-05 &  8.494-16 &  3.171-04 \\                             
 23 & 33 &  5.114+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.093-04 &  2.857-15 &  1.026-03 \\                             
 23 & 34 &  4.996+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.440-04 &  5.388-15 &  1.803-03 \\                             
 23 & 35 &  4.370+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.698-06 &  1.287-16 &  2.884-05 \\                             
 23 & 36 &  4.317+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.132-02 &  1.539-12 &  3.325-01 \\                             
 23 & 37 &  4.262+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.291-02 &  1.441-12 &  2.995-01 \\                             
 23 & 38 &  4.213+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.434-02 &  6.093-13 &  1.223-01 \\                             
 23 & 39 &  3.822+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.768-01 &  2.561-11 &  3.839-00 \\                             
 23 & 40 &  3.802+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.911-00 &  3.548-11 &  5.236-00 \\                             
 23 & 41 &  3.797+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.420-00 &  5.232-11 &  7.689-00 \\                             
 23 & 42 &  3.795+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.127-00 &  5.939-11 &  8.711-00 \\                             
 23 & 43 &  3.704+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.755-01 &  2.127-11 &  2.900-00 \\                             
 23 & 44 &  3.617+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.479-01 &  6.822-12 &  8.664-01 \\                             
 23 & 45 &  3.526+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.284-02 &  4.080-13 &  4.799-02 \\                             
 23 & 46 &  3.505+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.263-01 &  2.326-12 &  2.688-01 \\                             
 23 & 47 &  3.401+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.296-00 &  7.492-12 &  7.911-01 \\                             
 23 & 48 &  3.309+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.526-01 &  4.952-12 &  4.814-01 \\                             
 23 & 49 &  3.081+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.695-02 &  1.238-12 &  9.721-02 \\                             
 23 & 50 &  3.041+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.021-01 &  1.668-11 &  1.260-00 \\                             
 23 & 51 &  2.838+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.459-03 &  1.979-14 &  1.214-03 \\                             
 23 & 52 &  2.824+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.292-01 &  3.937-12 &  2.380-01 \\                             
 23 & 53 &  2.437+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.134-00 &  3.367-12 &  1.308-01 \\                             
 23 & 54 &  2.433+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.377-01 &  8.148-13 &  3.150-02 \\                             
 24 & 25 &  4.099+03 &  1.304-02 &  1.641-11 &  5.386-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 24 & 26 &  3.507+03 &  4.455-01 &  6.161-10 &  1.266-00 &  4.471-00 &  6.183-09 &  4.290-02 &  ........ &  ........ &  ........ \\                             
 24 & 28 &  1.182+03 &  6.079-00 &  6.371-10 &  5.019-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 24 & 30 &  1.084+03 &  1.484+01 &  1.960-09 &  1.189-01 &  2.564+01 &  3.386-09 &  7.259-03 &  ........ &  ........ &  ........ \\                             
 24 & 31 &  9.479+02 &  1.168+01 &  7.868-10 &  3.193-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 24 & 33 &  5.218+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.379-04 &  2.815-15 &  1.431-03 \\                             
 24 & 34 &  5.095+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.201-04 &  6.424-15 &  3.041-03 \\                             
 24 & 35 &  4.446+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.842-02 &  3.275-12 &  1.030-00 \\                             
 24 & 36 &  4.391+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.945-02 &  5.623-13 &  1.704-01 \\                             
 24 & 37 &  4.334+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.413-04 &  5.096-15 &  1.485-03 \\                             
 24 & 38 &  4.284+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.179-03 &  1.263-13 &  3.552-02 \\                             
 24 & 39 &  3.880+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.494-01 &  2.143-11 &  4.482-00 \\                             
 24 & 41 &  3.854+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.573-00 &  2.628-11 &  5.386-00 \\                             
 24 & 42 &  3.852+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.198-01 &  9.117-12 &  1.865-00 \\                             
 24 & 43 &  3.758+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.640-00 &  3.472-11 &  6.595-00 \\                             
 24 & 44 &  3.669+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.422-01 &  1.123-11 &  1.985-00 \\                             
 24 & 45 &  3.575+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.873-01 &  3.711-12 &  6.067-01 \\                             
 24 & 46 &  3.554+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.879-00 &  2.667-11 &  4.283-00 \\                             
 24 & 48 &  3.352+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.345-00 &  1.133-11 &  1.527-00 \\                             
 24 & 49 &  3.119+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.141-01 &  9.999-12 &  1.086-00 \\                             
 24 & 50 &  3.078+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.919-00 &  9.828-11 &  1.026+01 \\                             
 24 & 51 &  2.870+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.217-00 &  1.368-11 &  1.157-00 \\                             
 24 & 52 &  2.856+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.388-00 &  2.189-11 &  1.824-00 \\                             
 24 & 54 &  2.456+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.624-01 &  3.448-12 &  1.829-01 \\                             
 25 & 26 &  2.430+04 &  6.693-06 &  8.883-13 &  3.035-01 &  7.331-01 &  9.731-08 &  2.338-00 &  ........ &  ........ &  ........ \\                             
 25 & 27 &  3.053+03 &  1.489-02 &  1.040-11 &  7.052-03 &  1.396-02 &  9.755-12 &  2.946-05 &  ........ &  ........ &  ........ \\                             
 25 & 28 &  1.662+03 &  2.163-01 &  8.955-11 &  9.793-03 &  3.537+01 &  1.464-08 &  2.407-02 &  ........ &  ........ &  ........ \\                             
 25 & 29 &  1.519+03 &  1.408-04 &  2.435-14 &  2.032-06 &  3.308+01 &  5.720-09 &  8.593-03 &  ........ &  ........ &  ........ \\                             
 25 & 30 &  1.473+03 &  3.122-01 &  1.524-10 &  1.161-02 &  8.078-00 &  3.944-09 &  5.747-03 &  ........ &  ........ &  ........ \\                             
 25 & 31 &  1.233+03 &  5.672-04 &  1.293-13 &  5.777-06 &  6.591-00 &  1.503-09 &  1.833-03 &  ........ &  ........ &  ........ \\                             
 25 & 32 &  6.072+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.028-02 &  1.666-12 &  6.672-01 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 25 & 33 &  5.979+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.241-02 &  1.737-12 &  6.644-01 \\                             
 25 & 34 &  5.818+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.410-03 &  4.880-13 &  1.720-01 \\                             
 25 & 36 &  4.918+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.459-01 &  1.784-11 &  3.798-00 \\                             
 25 & 37 &  4.847+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.876-01 &  9.912-12 &  2.020-00 \\                             
 25 & 38 &  4.784+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.754-02 &  1.974-12 &  3.867-01 \\                             
 25 & 39 &  4.286+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.059-01 &  5.834-12 &  8.221-01 \\                             
 25 & 40 &  4.261+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.970-01 &  6.763-12 &  9.362-01 \\                             
 25 & 41 &  4.255+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.550-00 &  6.308-11 &  8.693-00 \\                             
 25 & 42 &  4.251+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.490-00 &  4.037-11 &  5.550-00 \\                             
 25 & 43 &  4.138+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.751-01 &  3.978-11 &  5.043-00 \\                             
 25 & 44 &  4.029+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.667-01 &  2.069-11 &  2.422-00 \\                             
 25 & 45 &  3.917+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.875-01 &  6.611-12 &  7.107-01 \\                             
 25 & 46 &  3.891+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.896-01 &  6.455-12 &  6.804-01 \\                             
 25 & 47 &  3.763+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.249-01 &  2.388-12 &  2.277-01 \\                             
 25 & 48 &  3.650+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.975-02 &  1.393-12 &  1.213-01 \\                             
 25 & 49 &  3.376+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.792-01 &  9.719-12 &  6.691-01 \\                             
 25 & 50 &  3.328+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.756-01 &  1.911-11 &  1.261-00 \\                             
 25 & 51 &  3.085+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.309-02 &  7.577-13 &  3.983-02 \\                             
 25 & 52 &  3.070+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.281-02 &  6.952-13 &  3.598-02 \\                             
 25 & 53 &  2.618+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.470-01 &  1.268-12 &  4.070-02 \\                             
 25 & 54 &  2.613+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.602-01 &  2.664-12 &  8.502-02 \\                             
 26 & 27 &  3.492+03 &  1.292-02 &  7.869-12 &  1.197-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 26 & 28 &  1.784+03 &  5.822-01 &  1.852-10 &  3.757-02 &  1.193+01 &  3.796-09 &  1.005-02 &  ........ &  ........ &  ........ \\                             
 26 & 29 &  1.620+03 &  1.850-00 &  2.426-10 &  3.687-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 26 & 30 &  1.568+03 &  6.254-01 &  2.307-10 &  3.181-02 &  5.558-02 &  2.050-11 &  4.771-05 &  ........ &  ........ &  ........ \\                             
 26 & 31 &  1.299+03 &  2.535-01 &  4.275-11 &  3.350-03 &  4.340+01 &  7.320-09 &  1.411-02 &  ........ &  ........ &  ........ \\                             
 26 & 32 &  6.227+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.476-03 &  1.255-13 &  8.135-02 \\                             
 26 & 33 &  6.130+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.241-02 &  8.414-13 &  5.202-01 \\                             
 26 & 34 &  5.961+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.037-02 &  1.085-12 &  6.170-01 \\                             
 26 & 35 &  5.092+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.998-01 &  2.590-11 &  9.175-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 26 & 36 &  5.020+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.466-02 &  3.257-12 &  1.106-00 \\                             
 26 & 37 &  4.946+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.526-04 &  5.597-15 &  1.817-03 \\                             
 26 & 38 &  4.880+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.698-02 &  4.041-13 &  1.260-01 \\                             
 26 & 39 &  4.363+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.764-00 &  6.714-11 &  1.497+01 \\                             
 26 & 40 &  4.337+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.686-01 &  4.405-12 &  9.645-01 \\                             
 26 & 41 &  4.330+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.884-01 &  1.092-11 &  2.379-00 \\                             
 26 & 42 &  4.327+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.617-02 &  4.897-13 &  1.065-01 \\                             
 26 & 43 &  4.209+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.888-02 &  1.377-12 &  2.757-01 \\                             
 26 & 44 &  4.097+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.465-01 &  2.382-11 &  4.398-00 \\                             
 26 & 45 &  3.981+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.171-00 &  1.854-11 &  3.139-00 \\                             
 26 & 46 &  3.954+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.186-01 &  1.919-11 &  3.184-00 \\                             
 26 & 47 &  3.822+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.202-01 &  3.799-12 &  5.694-01 \\                             
 26 & 48 &  3.706+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.782-01 &  2.446-12 &  3.343-01 \\                             
 26 & 49 &  3.423+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.113-02 &  1.426-12 &  1.535-01 \\                             
 26 & 50 &  3.374+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.120-01 &  2.549-12 &  2.628-01 \\                             
 26 & 51 &  3.125+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.485-01 &  2.426-12 &  1.988-01 \\                             
 26 & 52 &  3.109+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.207-04 &  4.647-15 &  3.747-04 \\                             
 26 & 53 &  2.646+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.645-00 &  5.754-12 &  2.861-01 \\                             
 26 & 54 &  2.641+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.704-01 &  4.674-12 &  2.312-01 \\                             
 27 & 28 &  3.648+03 &  4.295-04 &  1.714-12 &  9.906-04 &  1.295-00 &  5.164-09 &  9.316-03 &  ........ &  ........ &  ........ \\                             
 27 & 29 &  3.022+03 &  ........ &  ........ &  ........ &  8.991-00 &  1.231-08 &  1.840-02 &  ........ &  ........ &  ........ \\                             
 27 & 30 &  2.848+03 &  4.495-03 &  1.639-11 &  4.509-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 27 & 31 &  2.069+03 &  2.159-01 &  2.770-10 &  2.922-02 &  4.046-01 &  5.192-10 &  5.313-04 &  ........ &  ........ &  ........ \\                             
 27 & 33 &  7.435+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.504-03 &  2.492-13 &  9.164-02 \\                             
 27 & 34 &  7.188+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.245-03 &  2.149-12 &  7.142-01 \\                             
 27 & 37 &  5.762+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.456-06 &  2.174-16 &  3.720-05 \\                             
 27 & 38 &  5.672+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.450-05 &  1.399-15 &  2.284-04 \\                             
 27 & 41 &  4.943+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.448-04 &  1.592-14 &  1.720-03 \\                             
 27 & 42 &  4.939+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.719-03 &  1.257-13 &  1.356-02 \\                             
 27 & 44 &  4.642+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.007-02 &  9.761-13 &  8.735-02 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 27 & 45 &  4.493+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.428-02 &  3.890-12 &  3.157-01 \\                             
 27 & 46 &  4.459+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.046-02 &  1.830-12 &  1.452-01 \\                             
 27 & 48 &  4.146+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.894-02 &  3.038-12 &  1.937-01 \\                             
 27 & 49 &  3.796+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.158-04 &  3.990-14 &  1.952-03 \\                             
 27 & 51 &  3.432+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.638-02 &  9.320-13 &  3.372-02 \\                             
 27 & 52 &  3.413+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.687-02 &  8.835-13 &  3.142-02 \\                             
 27 & 54 &  2.858+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.087+01 &  2.661-10 &  5.555-00 \\                             
 28 & 29 &  1.763+04 &  2.451-05 &  5.712-13 &  7.463-02 &  3.044-00 &  7.096-08 &  1.238-00 &  ........ &  ........ &  ........ \\                             
 28 & 30 &  1.298+04 &  1.976-04 &  7.493-12 &  3.908-01 &  2.934-01 &  1.112-08 &  1.429-01 &  ........ &  ........ &  ........ \\                             
 28 & 31 &  4.780+03 &  3.395-02 &  1.163-10 &  3.025-01 &  1.416+01 &  4.851-08 &  2.293-01 &  ........ &  ........ &  ........ \\                             
 28 & 32 &  9.567+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.114-04 &  7.641-15 &  1.197-02 \\                             
 28 & 33 &  9.339+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.264-05 &  1.652-15 &  2.408-03 \\                             
 28 & 34 &  8.953+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.576-04 &  1.546-13 &  1.985-01 \\                             
 28 & 36 &  6.986+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.384-03 &  2.025-13 &  1.235-01 \\                             
 28 & 37 &  6.842+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.294-04 &  4.521-14 &  2.592-02 \\                             
 28 & 38 &  6.717+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.543-05 &  1.044-15 &  5.661-04 \\                             
 28 & 39 &  5.776+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.799-02 &  4.800-12 &  1.655-00 \\                             
 28 & 40 &  5.730+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.242-03 &  2.028-13 &  6.828-02 \\                             
 28 & 41 &  5.718+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.178-04 &  3.808-14 &  1.274-02 \\                             
 28 & 42 &  5.713+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.269-03 &  4.535-13 &  1.513-01 \\                             
 28 & 43 &  5.509+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.403-02 &  1.276-12 &  3.819-01 \\                             
 28 & 44 &  5.319+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.059-03 &  3.855-13 &  1.038-01 \\                             
 28 & 45 &  5.124+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.215-03 &  1.266-13 &  3.047-02 \\                             
 28 & 46 &  5.080+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.160-02 &  2.414-12 &  5.664-01 \\                             
 28 & 47 &  4.865+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.724-02 &  1.015-12 &  2.092-01 \\                             
 28 & 48 &  4.678+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.165-03 &  7.102-14 &  1.301-02 \\                             
 28 & 49 &  4.236+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.312-03 &  9.332-14 &  1.270-02 \\                             
 28 & 50 &  4.161+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.052-03 &  3.661-13 &  4.721-02 \\                             
 28 & 51 &  3.789+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.501-01 &  3.231-12 &  3.145-01 \\                             
 28 & 52 &  3.765+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.870-01 &  5.960-12 &  5.691-01 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 28 & 53 &  3.107+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.818-00 &  7.104-11 &  3.812-00 \\                             
 28 & 54 &  3.100+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.354+01 &  1.951-10 &  1.040+01 \\                             
 29 & 30 &  4.925+04 &  1.416-07 &  1.545-13 &  2.199-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 29 & 31 &  6.557+03 &  5.026-03 &  6.479-11 &  2.176-01 &  1.822-00 &  2.349-08 &  7.616-02 &  ........ &  ........ &  ........ \\                             
 29 & 33 &  9.861+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.855-04 &  8.324-14 &  7.141-02 \\                             
 29 & 34 &  9.432+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.907-04 &  7.629-14 &  5.727-02 \\                             
 29 & 37 &  7.119+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  9.055-05 &  2.064-14 &  6.661-03 \\                             
 29 & 38 &  6.983+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.719-05 &  3.975-15 &  1.211-03 \\                             
 29 & 41 &  5.910+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.923-02 &  3.021-12 &  5.580-01 \\                             
 29 & 42 &  5.904+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.377-03 &  8.755-13 &  1.612-01 \\                             
 29 & 44 &  5.484+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.149-04 &  4.259-14 &  6.286-03 \\                             
 29 & 45 &  5.278+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.440-03 &  2.038-13 &  2.680-02 \\                             
 29 & 46 &  5.231+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.218-02 &  7.652-12 &  9.799-01 \\                             
 29 & 48 &  4.806+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.682-02 &  1.165-12 &  1.156-01 \\                             
 29 & 49 &  4.341+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.706-04 &  1.446-14 &  1.058-03 \\                             
 29 & 51 &  3.872+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.571-02 &  2.055-12 &  1.067-01 \\                             
 29 & 52 &  3.847+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.126-01 &  2.747-11 &  1.399-00 \\                             
 29 & 54 &  3.156+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.867-00 &  8.561-11 &  2.408-00 \\                             
 30 & 31 &  7.564+03 &  1.110-03 &  6.347-12 &  9.816-02 &  3.499+01 &  2.001-07 &  2.246-00 &  ........ &  ........ &  ........ \\                             
 30 & 32 &  1.033+03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.681-06 &  4.627-16 &  1.368-03 \\                             
 30 & 33 &  1.006+03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.870-05 &  1.892-15 &  5.175-03 \\                             
 30 & 34 &  9.616+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  6.115-05 &  8.477-15 &  2.023-02 \\                             
 30 & 35 &  7.539+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.522-02 &  3.581-12 &  4.119-00 \\                             
 30 & 36 &  7.383+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.387-03 &  2.601-13 &  2.809-01 \\                             
 30 & 37 &  7.223+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.655-04 &  1.294-14 &  1.309-02 \\                             
 30 & 38 &  7.083+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.235-04 &  3.628-14 &  3.461-02 \\                             
 30 & 39 &  6.045+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.677-02 &  1.225-12 &  7.262-01 \\                             
 30 & 40 &  5.995+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.352-03 &  7.814-14 &  4.518-02 \\                             
 30 & 41 &  5.982+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.394-03 &  1.821-13 &  1.046-01 \\                             
 30 & 42 &  5.975+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.498-04 &  1.248-14 &  7.150-03 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 30 & 43 &  5.753+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.510-02 &  9.990-13 &  5.106-01 \\                             
 30 & 44 &  5.546+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.312-02 &  6.049-13 &  2.770-01 \\                             
 30 & 45 &  5.335+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.471-05 &  2.125-15 &  8.659-04 \\                             
 30 & 46 &  5.287+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.488-02 &  6.237-13 &  2.474-01 \\                             
 30 & 47 &  5.054+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.992-02 &  5.095-13 &  1.766-01 \\                             
 30 & 48 &  4.853+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  8.277-03 &  1.948-13 &  5.977-02 \\                             
 30 & 49 &  4.379+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.003-02 &  1.151-12 &  2.594-01 \\                             
 30 & 50 &  4.299+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.660-02 &  6.132-13 &  1.308-01 \\                             
 30 & 51 &  3.903+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.617-02 &  7.029-13 &  1.122-01 \\                             
 30 & 52 &  3.877+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.406-03 &  1.218-13 &  1.906-02 \\                             
 30 & 53 &  3.183+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.885+01 &  1.461-10 &  1.264+01 \\                             
 30 & 54 &  3.176+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.004+01 &  1.013-10 &  8.709-00 \\                             
 31 & 32 &  1.196+03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.792-05 &  5.139-15 &  1.574-02 \\                             
 31 & 33 &  1.161+03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.470-05 &  9.027-15 &  2.525-02 \\                             
 31 & 34 &  1.102+03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.012-05 &  1.095-14 &  2.620-02 \\                             
 31 & 36 &  8.182+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.585-03 &  1.121-12 &  1.099-00 \\                             
 31 & 37 &  7.986+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.401-03 &  4.878-13 &  4.445-01 \\                             
 31 & 38 &  7.815+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.787-04 &  7.131-14 &  6.091-02 \\                             
 31 & 39 &  6.570+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.507-03 &  5.832-13 &  2.959-01 \\                             
 31 & 40 &  6.510+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  3.454-04 &  1.097-14 &  5.419-03 \\                             
 31 & 41 &  6.495+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.849-03 &  4.601-13 &  2.256-01 \\                             
 31 & 42 &  6.488+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.953-03 &  1.233-13 &  6.024-02 \\                             
 31 & 43 &  6.227+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.822-03 &  2.118-13 &  9.150-02 \\                             
 31 & 44 &  5.985+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.476-03 &  1.995-13 &  7.651-02 \\                             
 31 & 45 &  5.739+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.341-03 &  1.156-13 &  3.911-02 \\                             
 31 & 46 &  5.684+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.054-03 &  2.946-13 &  9.681-02 \\                             
 31 & 47 &  5.416+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  7.544-05 &  1.659-15 &  4.716-04 \\                             
 31 & 48 &  5.186+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.994-03 &  2.013-13 &  5.023-02 \\                             
 31 & 49 &  4.648+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  4.302-02 &  2.091-12 &  3.757-01 \\                             
 31 & 50 &  4.558+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  1.334-01 &  8.309-12 &  1.408-00 \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 31 & 51 &  4.115+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.023-02 &  5.136-13 &  6.406-02 \\                             
 31 & 52 &  4.087+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.321-02 &  8.718-13 &  1.065-01 \\                             
 31 & 53 &  3.323+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  2.749-01 &  2.275-12 &  1.494-01 \\                             
 31 & 54 &  3.315+02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ &  5.584-01 &  9.202-12 &  6.001-01 \\                             
 32 & 33 &  3.915+04 &  2.174-08 &  9.991-15 &  7.141-03 &  3.744-01 &  1.720-07 &  3.331-00 &  ........ &  ........ &  ........ \\                             
 32 & 34 &  1.395+04 &  1.379-05 &  1.207-12 &  3.906-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 37 &  2.403+03 &  8.228-02 &  2.137-10 &  3.531-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 38 &  2.255+03 &  4.242-01 &  6.467-10 &  8.833-02 &  4.343-02 &  6.622-11 &  7.384-05 &  ........ &  ........ &  ........ \\                             
 32 & 40 &  1.429+03 &  ........ &  ........ &  ........ &  6.739+01 &  2.062-08 &  1.457-02 &  ........ &  ........ &  ........ \\                             
 32 & 41 &  1.422+03 &  8.898-01 &  8.087-10 &  2.767-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 42 &  1.418+03 &  7.756-01 &  4.676-10 &  1.588-02 &  2.657-00 &  1.602-09 &  1.123-03 &  ........ &  ........ &  ........ \\                             
 32 & 44 &  1.198+03 &  2.001-02 &  1.291-11 &  2.644-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 45 &  1.103+03 &  5.783-02 &  2.111-11 &  3.379-04 &  7.277-01 &  2.656-10 &  1.450-04 &  ........ &  ........ &  ........ \\                             
 32 & 46 &  1.083+03 &  2.139-02 &  1.129-11 &  1.709-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 47 &  9.898+02 &  ........ &  ........ &  ........ &  2.165+01 &  3.181-09 &  1.557-03 &  ........ &  ........ &  ........ \\                             
 32 & 48 &  9.155+02 &  3.760-03 &  9.449-13 &  8.636-06 &  6.348-00 &  1.595-09 &  7.222-04 &  ........ &  ........ &  ........ \\                             
 32 & 49 &  7.603+02 &  5.398-01 &  1.404-10 &  7.350-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 51 &  6.274+02 &  7.891-00 &  9.313-10 &  2.740-03 &  9.038-00 &  1.067-09 &  3.309-04 &  ........ &  ........ &  ........ \\                             
 32 & 52 &  6.208+02 &  1.437-00 &  2.491-10 &  7.098-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 32 & 53 &  4.601+02 &  ........ &  ........ &  ........ &  2.385+01 &  7.570-10 &  1.722-04 &  ........ &  ........ &  ........ \\                             
 32 & 54 &  4.587+02 &  2.519-02 &  1.589-12 &  1.827-06 &  4.372-00 &  2.758-10 &  6.255-05 &  ........ &  ........ &  ........ \\                             
 33 & 34 &  2.168+04 &  1.615-06 &  1.707-13 &  4.143-02 &  1.595-00 &  1.686-07 &  3.615-00 &  ........ &  ........ &  ........ \\                             
 33 & 36 &  2.773+03 &  8.046-02 &  1.855-10 &  9.419-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 33 & 37 &  2.560+03 &  2.086-01 &  3.074-10 &  1.228-01 &  7.184-03 &  1.059-11 &  2.681-05 &  ........ &  ........ &  ........ \\                             
 33 & 38 &  2.393+03 &  2.089-01 &  1.793-10 &  5.853-02 &  4.762-01 &  4.088-10 &  9.673-04 &  ........ &  ........ &  ........ \\                             
 33 & 39 &  1.514+03 &  9.024-01 &  6.201-10 &  5.127-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 33 & 40 &  1.483+03 &  4.677-01 &  7.709-11 &  5.988-03 &  4.603+01 &  7.587-09 &  1.113-02 &  ........ &  ........ &  ........ \\                             
 33 & 41 &  1.475+03 &  9.559-02 &  4.677-11 &  3.576-03 &  2.375-00 &  1.162-09 &  1.696-03 &  ........ &  ........ &  ........ \\                             
 33 & 42 &  1.471+03 &  1.269-01 &  4.118-11 &  3.124-03 &  4.176+01 &  1.355-08 &  1.972-02 &  ........ &  ........ &  ........ \\                             
 33 & 43 &  1.343+03 &  1.037-01 &  5.615-11 &  3.243-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 33 & 44 &  1.236+03 &  2.613-02 &  8.970-12 &  4.032-04 &  1.006-00 &  3.455-10 &  4.222-04 &  ........ &  ........ &  ........ \\                             
 33 & 45 &  1.135+03 &  2.656-02 &  5.134-12 &  1.790-04 &  3.978-00 &  7.689-10 &  8.635-04 &  ........ &  ........ &  ........ \\                             
 33 & 46 &  1.114+03 &  3.603-04 &  1.006-13 &  3.312-06 &  2.439-00 &  6.808-10 &  7.502-04 &  ........ &  ........ &  ........ \\                             
 33 & 47 &  1.016+03 &  1.278-02 &  9.880-13 &  2.465-05 &  2.020-00 &  1.561-10 &  1.568-04 &  ........ &  ........ &  ........ \\                             
 33 & 48 &  9.374+02 &  2.146-03 &  2.827-13 &  5.547-06 &  1.978+01 &  2.606-09 &  2.416-03 &  ........ &  ........ &  ........ \\                             
 33 & 49 &  7.754+02 &  1.258-02 &  1.701-12 &  1.889-05 &  2.993-01 &  4.046-11 &  3.103-05 &  ........ &  ........ &  ........ \\                             
 33 & 50 &  7.506+02 &  6.962-01 &  1.176-10 &  1.185-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 33 & 51 &  6.376+02 &  2.731-00 &  1.664-10 &  1.028-03 &  3.774+01 &  2.300-09 &  1.451-03 &  ........ &  ........ &  ........ \\                             
 33 & 52 &  6.308+02 &  2.734-00 &  2.447-10 &  1.463-03 &  2.121+01 &  1.898-09 &  1.184-03 &  ........ &  ........ &  ........ \\                             
 33 & 53 &  4.656+02 &  2.701-01 &  4.388-12 &  1.055-05 &  2.794-00 &  4.539-11 &  2.090-05 &  ........ &  ........ &  ........ \\                             
 33 & 54 &  4.641+02 &  2.345-00 &  7.573-11 &  1.804-04 &  1.059+01 &  3.420-10 &  1.570-04 &  ........ &  ........ &  ........ \\                             
 34 & 35 &  3.490+03 &  5.593-02 &  1.702-10 &  2.587-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 34 & 36 &  3.179+03 &  6.470-02 &  1.307-10 &  1.502-01 &  3.381-01 &  6.831-10 &  3.222-03 &  ........ &  ........ &  ........ \\                             
 34 & 37 &  2.903+03 &  4.595-02 &  5.804-11 &  5.073-02 &  3.710-01 &  4.686-10 &  2.018-03 &  ........ &  ........ &  ........ \\                             
 34 & 38 &  2.690+03 &  1.324-02 &  9.570-12 &  6.654-03 &  2.745-01 &  1.984-10 &  7.918-04 &  ........ &  ........ &  ........ \\                             
 34 & 39 &  1.628+03 &  3.221-01 &  1.706-10 &  2.628-02 &  4.005+01 &  2.121-08 &  5.121-02 &  ........ &  ........ &  ........ \\                             
 34 & 40 &  1.592+03 &  6.917-03 &  8.757-13 &  1.262-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 34 & 41 &  1.583+03 &  2.742-01 &  1.030-10 &  1.459-02 &  2.016+01 &  7.572-09 &  1.778-02 &  ........ &  ........ &  ........ \\                             
 34 & 42 &  1.578+03 &  7.949-02 &  1.979-11 &  2.781-03 &  2.586+01 &  6.438-09 &  1.508-02 &  ........ &  ........ &  ........ \\                             
 34 & 43 &  1.432+03 &  7.231-03 &  2.965-12 &  3.113-04 &  1.592-00 &  6.529-10 &  1.387-03 &  ........ &  ........ &  ........ \\                             
 34 & 44 &  1.310+03 &  8.070-03 &  2.077-12 &  1.670-04 &  5.008-00 &  1.289-09 &  2.506-03 &  ........ &  ........ &  ........ \\                             
 34 & 45 &  1.198+03 &  1.837-02 &  2.635-12 &  1.620-04 &  5.846-00 &  8.388-10 &  1.491-03 &  ........ &  ........ &  ........ \\                             
 34 & 46 &  1.174+03 &  7.401-03 &  1.530-12 &  8.859-05 &  1.799+01 &  3.720-09 &  6.483-03 &  ........ &  ........ &  ........ \\                             
 34 & 47 &  1.065+03 &  1.075-01 &  6.097-12 &  2.635-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 34 & 48 &  9.797+02 &  3.974-01 &  3.813-11 &  1.281-03 &  7.605-01 &  7.296-11 &  1.060-04 &  ........ &  ........ &  ........ \\                             
 34 & 49 &  8.042+02 &  2.463-01 &  2.388-11 &  4.438-04 &  3.809-01 &  3.693-11 &  4.406-05 &  ........ &  ........ &  ........ \\                             
 34 & 50 &  7.775+02 &  1.480-00 &  1.789-10 &  3.004-03 &  1.093-00 &  1.321-10 &  1.524-04 &  ........ &  ........ &  ........ \\                             
 34 & 51 &  6.569+02 &  1.674-00 &  7.222-11 &  7.317-04 &  1.387+01 &  5.982-10 &  5.830-04 &  ........ &  ........ &  ........ \\                             
 34 & 52 &  6.497+02 &  1.157-00 &  7.321-11 &  7.175-04 &  1.155+02 &  7.311-09 &  7.047-03 &  ........ &  ........ &  ........ \\                             
 34 & 53 &  4.758+02 &  1.067-02 &  1.207-13 &  4.648-07 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 34 & 54 &  4.743+02 &  6.285-00 &  1.413-10 &  5.387-04 &  3.375-00 &  7.586-11 &  5.338-05 &  ........ &  ........ &  ........ \\                             
 35 & 36 &  3.568+04 &  1.736-07 &  2.650-14 &  7.174-02 &  7.221-01 &  1.103-07 &  9.730-00 &  ........ &  ........ &  ........ \\                             
 35 & 37 &  1.724+04 &  2.239-06 &  5.985-14 &  1.826-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 35 & 39 &  3.050+03 &  5.872-01 &  6.550-10 &  1.107-00 &  1.604+01 &  1.789-08 &  1.349-01 &  ........ &  ........ &  ........ \\                             
 35 & 41 &  2.896+03 &  3.395-01 &  2.561-10 &  3.705-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 35 & 43 &  2.429+03 &  7.228-02 &  5.114-11 &  4.364-02 &  2.187+01 &  1.548-08 &  9.294-02 &  ........ &  ........ &  ........ \\                             
 35 & 44 &  2.098+03 &  4.584-05 &  1.815-14 &  9.980-06 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 35 & 46 &  1.770+03 &  5.141-02 &  1.449-11 &  4.784-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 35 & 49 &  1.045+03 &  2.919-01 &  2.867-11 &  1.948-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 35 & 50 &  1.000+03 &  1.399-00 &  1.679-10 &  1.001-02 &  1.080+02 &  1.296-08 &  3.206-02 &  ........ &  ........ &  ........ \\                             
 35 & 52 &  7.983+02 &  5.099-00 &  2.923-10 &  8.856-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 36 & 37 &  3.335+04 &  1.839-07 &  2.301-14 &  4.067-02 &  1.525-00 &  1.908-07 &  1.259+01 &  ........ &  ........ &  ........ \\                             
 36 & 38 &  1.746+04 &  2.535-06 &  5.790-14 &  1.468-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 36 & 39 &  3.335+03 &  1.147-01 &  1.913-10 &  3.379-01 &  8.119-00 &  1.354-08 &  8.929-02 &  ........ &  ........ &  ........ \\                             
 36 & 41 &  3.152+03 &  2.687-01 &  3.002-10 &  4.478-01 &  4.912-00 &  5.487-09 &  3.421-02 &  ........ &  ........ &  ........ \\                             
 36 & 42 &  3.134+03 &  4.226-01 &  3.112-10 &  4.566-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 36 & 43 &  2.606+03 &  8.030-03 &  8.177-12 &  6.897-03 &  1.538-01 &  1.566-10 &  8.074-04 &  ........ &  ........ &  ........ \\                             
 36 & 44 &  2.229+03 &  1.011-02 &  5.649-12 &  2.981-03 &  8.445-00 &  4.718-09 &  2.080-02 &  ........ &  ........ &  ........ \\                             
 36 & 45 &  1.923+03 &  4.963-03 &  1.375-12 &  4.659-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 36 & 46 &  1.862+03 &  1.903-03 &  7.422-13 &  2.284-04 &  1.229-00 &  4.794-10 &  1.766-03 &  ........ &  ........ &  ........ \\                             
 36 & 48 &  1.416+03 &  6.406-02 &  9.630-12 &  1.303-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 36 & 49 &  1.076+03 &  7.686-01 &  1.001-10 &  5.951-03 &  3.101+01 &  4.040-09 &  8.602-03 &  ........ &  ........ &  ........ \\                             
 36 & 50 &  1.029+03 &  1.774-02 &  2.817-12 &  1.463-04 &  3.210-00 &  5.097-10 &  1.038-03 &  ........ &  ........ &  ........ \\                             
 36 & 51 &  8.280+02 &  9.919-03 &  5.097-13 &  1.379-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 36 & 52 &  8.165+02 &  7.396-03 &  5.545-13 &  1.439-05 &  4.781+01 &  3.584-09 &  5.790-03 &  ........ &  ........ &  ........ \\                             
 36 & 54 &  5.574+02 &  2.299+01 &  5.355-10 &  4.420-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 37 & 38 &  3.663+04 &  6.641-08 &  8.905-15 &  1.564-02 &  1.299-00 &  1.743-07 &  9.469-00 &  ........ &  ........ &  ........ \\                             
 37 & 39 &  3.705+03 &  9.883-03 &  2.712-11 &  4.930-02 &  2.542-01 &  6.974-10 &  3.834-03 &  ........ &  ........ &  ........ \\                             
 37 & 40 &  3.524+03 &  3.482-01 &  2.161-10 &  3.380-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 37 & 41 &  3.481+03 &  1.371-01 &  2.490-10 &  3.752-01 &  1.494+01 &  2.714-08 &  1.402-01 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 37 & 42 &  3.460+03 &  1.089-01 &  1.302-10 &  1.927-01 &  4.040-01 &  4.833-10 &  2.481-03 &  ........ &  ........ &  ........ \\                             
 37 & 43 &  2.827+03 &  2.165-04 &  3.459-13 &  2.794-04 &  4.074-00 &  6.508-09 &  2.730-02 &  ........ &  ........ &  ........ \\                             
 37 & 44 &  2.389+03 &  1.460-03 &  1.249-12 &  6.081-04 &  7.251-01 &  6.202-10 &  2.198-03 &  ........ &  ........ &  ........ \\                             
 37 & 45 &  2.040+03 &  3.531-02 &  1.469-11 &  4.461-03 &  6.796-00 &  2.828-09 &  8.561-03 &  ........ &  ........ &  ........ \\                             
 37 & 46 &  1.972+03 &  3.390-02 &  1.977-11 &  5.423-03 &  1.463-00 &  8.534-10 &  2.497-03 &  ........ &  ........ &  ........ \\                             
 37 & 47 &  1.683+03 &  2.061-01 &  2.918-11 &  4.972-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 37 & 48 &  1.479+03 &  1.394-06 &  3.047-16 &  3.522-08 &  4.589-00 &  1.003-09 &  2.201-03 &  ........ &  ........ &  ........ \\                             
 37 & 49 &  1.112+03 &  2.385-03 &  4.425-13 &  2.176-05 &  4.778-00 &  8.863-10 &  1.463-03 &  ........ &  ........ &  ........ \\                             
 37 & 50 &  1.062+03 &  3.362-03 &  7.579-13 &  3.244-05 &  2.086+01 &  4.702-09 &  7.409-03 &  ........ &  ........ &  ........ \\                             
 37 & 51 &  8.491+02 &  1.817-01 &  1.309-11 &  2.865-04 &  5.240+01 &  3.776-09 &  4.757-03 &  ........ &  ........ &  ........ \\                             
 37 & 52 &  8.370+02 &  5.199-01 &  5.460-11 &  1.144-03 &  1.854-00 &  1.948-10 &  2.419-04 &  ........ &  ........ &  ........ \\                             
 37 & 53 &  5.691+02 &  3.865+01 &  6.256-10 &  4.120-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 37 & 54 &  5.669+02 &  1.482-00 &  4.761-11 &  3.100-04 &  3.221-00 &  1.035-10 &  8.702-05 &  ........ &  ........ &  ........ \\                             
 38 & 39 &  4.122+03 &  2.429-04 &  1.238-12 &  2.065-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 38 & 40 &  3.899+03 &  1.394-01 &  1.589-10 &  2.245-01 &  1.899+01 &  2.164-08 &  8.348-02 &  ........ &  ........ &  ........ \\                             
 38 & 41 &  3.846+03 &  1.514-02 &  5.035-11 &  6.826-02 &  8.010-01 &  2.665-09 &  1.014-02 &  ........ &  ........ &  ........ \\                             
 38 & 42 &  3.820+03 &  1.217-01 &  2.664-10 &  3.539-01 &  1.675+01 &  3.665-08 &  1.385-01 &  ........ &  ........ &  ........ \\                             
 38 & 43 &  3.064+03 &  5.208-05 &  1.466-13 &  1.004-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 38 & 44 &  2.555+03 &  1.129-03 &  1.658-12 &  6.588-04 &  9.003-00 &  1.322-08 &  3.341-02 &  ........ &  ........ &  ........ \\                             
 38 & 45 &  2.161+03 &  1.292-02 &  9.046-12 &  2.174-03 &  2.675-00 &  1.872-09 &  4.001-03 &  ........ &  ........ &  ........ \\                             
 38 & 46 &  2.085+03 &  6.539-03 &  6.391-12 &  1.380-03 &  5.041-00 &  4.927-09 &  1.016-02 &  ........ &  ........ &  ........ \\                             
 38 & 47 &  1.764+03 &  1.137-01 &  2.653-11 &  3.471-03 &  2.330-00 &  5.436-10 &  9.485-04 &  ........ &  ........ &  ........ \\                             
 38 & 48 &  1.541+03 &  7.626-02 &  2.715-11 &  2.368-03 &  7.409-02 &  2.638-11 &  4.021-05 &  ........ &  ........ &  ........ \\                             
 38 & 49 &  1.147+03 &  5.130-02 &  1.518-11 &  5.460-04 &  5.726+01 &  1.695-08 &  1.923-02 &  ........ &  ........ &  ........ \\                             
 38 & 50 &  1.094+03 &  1.984-02 &  7.115-12 &  2.217-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 38 & 51 &  8.692+02 &  8.540-02 &  9.673-12 &  1.514-04 &  2.181+01 &  2.470-09 &  2.124-03 &  ........ &  ........ &  ........ \\                             
 38 & 52 &  8.566+02 &  7.409-02 &  1.222-11 &  1.831-04 &  2.277-00 &  3.757-10 &  3.183-04 &  ........ &  ........ &  ........ \\                             
 38 & 53 &  5.780+02 &  5.801-00 &  1.453-10 &  6.686-04 &  3.792-00 &  9.497-11 &  5.430-05 &  ........ &  ........ &  ........ \\                             
 38 & 54 &  5.758+02 &  3.512-02 &  1.746-12 &  7.941-06 &  6.758-03 &  3.359-13 &  1.913-07 &  ........ &  ........ &  ........ \\                             
 39 & 41 &  5.747+04 &  8.440-08 &  3.135-14 &  2.836-01 &  1.575-01 &  5.849-08 &  6.650-00 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 39 & 42 &  5.219+04 &  2.078-08 &  4.242-15 &  2.873-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 39 & 43 &  1.193+04 &  1.955-05 &  4.171-13 &  3.374-02 &  5.928-01 &  1.265-08 &  2.985-01 &  ........ &  ........ &  ........ \\                             
 39 & 44 &  6.722+03 &  1.278-04 &  6.492-13 &  9.396-03 &  1.450-00 &  7.368-09 &  9.798-02 &  ........ &  ........ &  ........ \\                             
 39 & 45 &  4.541+03 &  1.294-04 &  2.001-13 &  8.929-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 39 & 46 &  4.218+03 &  6.138-03 &  1.228-11 &  4.391-02 &  3.451-01 &  6.904-10 &  5.761-03 &  ........ &  ........ &  ........ \\                             
 39 & 48 &  2.461+03 &  4.668-02 &  2.120-11 &  1.506-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 39 & 49 &  1.590+03 &  9.087-03 &  2.581-12 &  4.940-04 &  2.331-02 &  6.621-12 &  2.082-05 &  ........ &  ........ &  ........ \\                             
 39 & 50 &  1.489+03 &  2.414-01 &  8.019-11 &  1.260-02 &  4.717+01 &  1.567-08 &  4.614-02 &  ........ &  ........ &  ........ \\                             
 39 & 51 &  1.102+03 &  3.980-02 &  3.620-12 &  2.305-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 39 & 52 &  1.081+03 &  1.502-01 &  1.975-11 &  1.189-03 &  1.067+01 &  1.402-09 &  2.999-03 &  ........ &  ........ &  ........ \\                             
 39 & 54 &  6.693+02 &  1.463-00 &  4.912-11 &  7.018-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 40 & 41 &  2.819+05 &  5.124-12 &  1.832-16 &  4.889-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 40 & 42 &  1.884+05 &  1.885-10 &  2.005-15 &  1.596-01 &  5.878-03 &  6.253-08 &  5.824-00 &  ........ &  ........ &  ........ \\                             
 40 & 44 &  7.412+03 &  1.170-05 &  2.891-13 &  1.403-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 40 & 45 &  4.846+03 &  2.162-04 &  1.523-12 &  2.064-03 &  7.711-01 &  5.430-09 &  1.301-02 &  ........ &  ........ &  ........ \\                             
 40 & 46 &  4.480+03 &  1.081-04 &  9.752-13 &  1.044-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 40 & 47 &  3.222+03 &  ........ &  ........ &  ........ &  3.521-00 &  5.479-09 &  8.730-03 &  ........ &  ........ &  ........ \\                             
 40 & 48 &  2.548+03 &  4.793-03 &  9.333-12 &  1.840-03 &  2.029-00 &  3.950-09 &  4.977-03 &  ........ &  ........ &  ........ \\                             
 40 & 49 &  1.625+03 &  8.555-02 &  1.016-10 &  5.198-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 40 & 51 &  1.119+03 &  2.109-03 &  7.912-13 &  1.319-05 &  4.961-00 &  1.861-09 &  1.030-03 &  ........ &  ........ &  ........ \\                             
 40 & 52 &  1.098+03 &  4.941-03 &  2.678-12 &  4.220-05 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 40 & 53 &  6.786+02 &  ........ &  ........ &  ........ &  3.971+01 &  2.742-09 &  9.201-04 &  ........ &  ........ &  ........ \\                             
 40 & 54 &  6.756+02 &  1.592-00 &  2.178-10 &  8.000-04 &  1.507+01 &  2.062-09 &  6.889-04 &  ........ &  ........ &  ........ \\                             
 41 & 42 &  5.675+05 &  1.398-12 &  4.499-17 &  2.939-01 &  3.044-04 &  9.799-09 &  8.250-00 &  ........ &  ........ &  ........ \\                             
 41 & 43 &  1.506+04 &  3.935-06 &  1.783-13 &  2.174-02 &  1.634-01 &  7.403-09 &  1.654-01 &  ........ &  ........ &  ........ \\                             
 41 & 44 &  7.612+03 &  2.025-05 &  1.759-13 &  2.774-03 &  2.695-02 &  2.341-10 &  2.644-03 &  ........ &  ........ &  ........ \\                             
 41 & 45 &  4.931+03 &  6.028-07 &  1.465-15 &  6.277-06 &  3.635-01 &  8.834-10 &  6.463-03 &  ........ &  ........ &  ........ \\                             
 41 & 46 &  4.552+03 &  1.821-04 &  5.656-13 &  1.907-03 &  2.175-00 &  6.756-09 &  4.563-02 &  ........ &  ........ &  ........ \\                             
 41 & 47 &  3.259+03 &  3.998-03 &  2.122-12 &  2.626-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 41 & 48 &  2.571+03 &  2.560-03 &  1.692-12 &  1.028-03 &  1.313+01 &  8.675-09 &  3.310-02 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 41 & 49 &  1.635+03 &  6.274-02 &  2.513-11 &  3.924-03 &  2.100+01 &  8.415-09 &  2.041-02 &  ........ &  ........ &  ........ \\                             
 41 & 50 &  1.528+03 &  4.447-03 &  2.076-12 &  2.647-04 &  1.137+01 &  5.306-09 &  1.203-02 &  ........ &  ........ &  ........ \\                             
 41 & 51 &  1.123+03 &  1.164-02 &  1.468-12 &  7.429-05 &  5.284-01 &  6.660-11 &  1.110-04 &  ........ &  ........ &  ........ \\                             
 41 & 52 &  1.102+03 &  5.389-03 &  9.812-13 &  4.693-05 &  3.034-00 &  5.525-10 &  9.034-04 &  ........ &  ........ &  ........ \\                             
 41 & 53 &  6.803+02 &  3.732-02 &  8.631-13 &  9.711-06 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 41 & 54 &  6.772+02 &  2.223-01 &  1.019-11 &  1.131-04 &  1.320+02 &  6.050-09 &  6.078-03 &  ........ &  ........ &  ........ \\                             
 42 & 43 &  1.546+04 &  6.794-08 &  4.872-15 &  4.294-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 42 & 44 &  7.716+03 &  3.428-08 &  4.589-16 &  5.023-06 &  2.158-04 &  2.890-12 &  2.205-05 &  ........ &  ........ &  ........ \\                             
 42 & 45 &  4.974+03 &  3.643-04 &  1.351-12 &  3.962-03 &  5.407-01 &  2.006-09 &  9.868-03 &  ........ &  ........ &  ........ \\                             
 42 & 46 &  4.589+03 &  3.090-04 &  1.463-12 &  3.369-03 &  3.151-00 &  1.492-08 &  6.773-02 &  ........ &  ........ &  ........ \\                             
 42 & 47 &  3.278+03 &  2.497-03 &  2.011-12 &  1.687-03 &  1.631+01 &  1.314-08 &  4.260-02 &  ........ &  ........ &  ........ \\                             
 42 & 48 &  2.583+03 &  3.406-03 &  3.408-12 &  1.399-03 &  1.654-03 &  1.654-12 &  4.227-06 &  ........ &  ........ &  ........ \\                             
 42 & 49 &  1.639+03 &  9.872-03 &  5.967-12 &  6.264-04 &  1.420+01 &  8.583-09 &  1.392-02 &  ........ &  ........ &  ........ \\                             
 42 & 50 &  1.532+03 &  1.729-02 &  1.217-11 &  1.043-03 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 42 & 51 &  1.125+03 &  1.037-01 &  1.968-11 &  6.680-04 &  4.920-00 &  9.340-10 &  1.039-03 &  ........ &  ........ &  ........ \\                             
 42 & 52 &  1.104+03 &  1.173-01 &  3.216-11 &  1.032-03 &  3.052-00 &  8.368-10 &  9.139-04 &  ........ &  ........ &  ........ \\                             
 42 & 53 &  6.811+02 &  2.822-01 &  9.813-12 &  7.387-05 &  1.473+02 &  5.123-09 &  3.451-03 &  ........ &  ........ &  ........ \\                             
 42 & 54 &  6.780+02 &  1.081-00 &  7.448-11 &  5.530-04 &  3.739-00 &  2.577-10 &  1.728-04 &  ........ &  ........ &  ........ \\                             
 43 & 44 &  1.540+04 &  8.347-05 &  2.225-12 &  3.872-01 &  2.704-00 &  7.209-08 &  2.196-00 &  ........ &  ........ &  ........ \\                             
 43 & 45 &  7.333+03 &  8.470-04 &  3.414-12 &  6.414-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 43 & 46 &  6.525+03 &  9.308-03 &  4.456-11 &  5.899-01 &  1.921+01 &  9.195-08 &  1.187-00 &  ........ &  ........ &  ........ \\                             
 43 & 48 &  3.101+03 &  1.484-01 &  1.070-10 &  1.521-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 43 & 49 &  1.834+03 &  7.548-02 &  2.854-11 &  8.387-03 &  2.172+01 &  8.212-09 &  2.979-02 &  ........ &  ........ &  ........ \\                             
 43 & 50 &  1.701+03 &  1.938-03 &  8.406-13 &  1.971-04 &  1.243-00 &  5.391-10 &  1.814-03 &  ........ &  ........ &  ........ \\                             
 43 & 51 &  1.214+03 &  1.202-00 &  1.327-10 &  1.130-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 43 & 52 &  1.189+03 &  3.253-00 &  5.172-10 &  4.144-02 &  1.875+01 &  2.982-09 &  7.014-03 &  ........ &  ........ &  ........ \\                             
 43 & 54 &  7.091+02 &  1.956+02 &  7.372-09 &  1.252-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 44 & 45 &  1.400+04 &  4.264-04 &  8.353-12 &  8.189-01 &  1.815-00 &  3.556-08 &  7.385-01 &  ........ &  ........ &  ........ \\                             
 44 & 46 &  1.132+04 &  2.844-05 &  5.467-13 &  2.836-02 &  4.215-00 &  8.101-08 &  1.361-00 &  ........ &  ........ &  ........ \\                             
 44 & 47 &  5.699+03 &  2.693-03 &  4.371-12 &  2.891-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 44 & 48 &  3.883+03 &  8.964-03 &  1.351-11 &  2.827-02 &  9.155-00 &  1.380-08 &  7.949-02 &  ........ &  ........ &  ........ \\                             
 44 & 49 &  2.082+03 &  1.252-03 &  8.136-13 &  2.623-04 &  3.955-00 &  2.569-09 &  7.935-03 &  ........ &  ........ &  ........ \\                             
 44 & 50 &  1.912+03 &  1.009-01 &  7.370-11 &  1.841-02 &  3.375-00 &  2.466-09 &  6.997-03 &  ........ &  ........ &  ........ \\                             
 44 & 51 &  1.317+03 &  2.429-00 &  4.213-10 &  3.442-02 &  2.433+01 &  4.220-09 &  8.248-03 &  ........ &  ........ &  ........ \\                             
 44 & 52 &  1.289+03 &  2.699-03 &  6.720-13 &  5.139-05 &  1.826+01 &  4.546-09 &  8.690-03 &  ........ &  ........ &  ........ \\                             
 44 & 53 &  7.470+02 &  8.825+01 &  2.461-09 &  3.667-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 44 & 54 &  7.433+02 &  3.922+01 &  2.166-09 &  3.178-02 &  4.934-00 &  2.725-10 &  3.005-04 &  ........ &  ........ &  ........ \\                             
 45 & 46 &  5.923+04 &  1.033-08 &  8.150-15 &  4.035-02 &  3.062-02 &  2.416-08 &  1.415-00 &  ........ &  ........ &  ........ \\                             
 45 & 47 &  9.612+03 &  7.562-05 &  5.237-13 &  1.108-02 &  1.869-00 &  1.294-08 &  1.231-01 &  ........ &  ........ &  ........ \\                             
 45 & 48 &  5.374+03 &  2.419-03 &  1.047-11 &  3.871-02 &  1.612+01 &  6.980-08 &  3.710-01 &  ........ &  ........ &  ........ \\                             
 45 & 49 &  2.445+03 &  2.309-02 &  3.105-11 &  1.082-02 &  2.799-00 &  3.765-09 &  9.105-03 &  ........ &  ........ &  ........ \\                             
 45 & 50 &  2.214+03 &  4.619-02 &  6.791-11 &  1.757-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 45 & 51 &  1.454+03 &  7.364-03 &  2.335-12 &  1.711-04 &  1.769-00 &  5.608-10 &  8.066-04 &  ........ &  ........ &  ........ \\                             
 45 & 52 &  1.419+03 &  6.957-03 &  3.151-12 &  2.147-04 &  2.758-00 &  1.249-09 &  1.754-03 &  ........ &  ........ &  ........ \\                             
 45 & 53 &  7.892+02 &  1.752+01 &  8.177-10 &  9.574-03 &  1.735-00 &  8.101-11 &  6.323-05 &  ........ &  ........ &  ........ \\                             
 45 & 54 &  7.850+02 &  6.928-00 &  6.401-10 &  7.376-03 &  1.640+01 &  1.515-09 &  1.176-03 &  ........ &  ........ &  ........ \\                             
 46 & 47 &  1.147+04 &  6.598-05 &  4.342-13 &  2.344-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 46 & 48 &  5.910+03 &  3.525-06 &  1.230-14 &  9.076-05 &  5.622-00 &  1.963-08 &  1.721-01 &  ........ &  ........ &  ........ \\                             
 46 & 49 &  2.551+03 &  1.136-03 &  1.108-12 &  6.572-04 &  3.344-00 &  3.262-09 &  1.234-02 &  ........ &  ........ &  ........ \\                             
 46 & 50 &  2.300+03 &  1.111-01 &  1.175-10 &  5.113-02 &  1.257+01 &  1.330-08 &  4.540-02 &  ........ &  ........ &  ........ \\                             
 46 & 51 &  1.491+03 &  6.357-02 &  1.412-11 &  1.672-03 &  3.410-01 &  7.574-11 &  1.675-04 &  ........ &  ........ &  ........ \\                             
 46 & 52 &  1.454+03 &  2.042-02 &  6.471-12 &  7.110-04 &  7.254-00 &  2.299-09 &  4.961-03 &  ........ &  ........ &  ........ \\                             
 46 & 53 &  7.998+02 &  8.884+01 &  2.840-09 &  5.193-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 46 & 54 &  7.955+02 &  1.055-00 &  6.673-11 &  1.201-03 &  2.870-00 &  1.816-10 &  2.143-04 &  ........ &  ........ &  ........ \\                             
 47 & 48 &  1.219+04 &  3.366-05 &  1.499-12 &  3.232-02 &  4.564-00 &  2.032-07 &  1.225-00 &  ........ &  ........ &  ........ \\                             
 47 & 49 &  3.280+03 &  3.902-02 &  1.888-10 &  7.934-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 47 & 51 &  1.713+03 &  1.685-01 &  1.483-10 &  8.887-03 &  3.466-00 &  3.051-09 &  2.586-03 &  ........ &  ........ &  ........ \\                             
 47 & 52 &  1.665+03 &  1.661-01 &  2.071-10 &  1.139-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 47 & 53 &  8.597+02 &  ........ &  ........ &  ........ &  4.654-01 &  5.157-11 &  2.192-05 &  ........ &  ........ &  ........ \\                             
 47 & 54 &  8.548+02 &  4.338-01 &  9.504-11 &  7.071-04 &  1.767+01 &  3.870-09 &  1.636-03 &  ........ &  ........ &  ........ \\                             
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                                                                                                                                   
\newpage                                                                                                                                                        
\begin{flushleft}                                                                                                                                               
Table 3. Transition energies ($\Delta E_{ij}$ in $\AA$), radiative rates (A$_{ji}$ in s$^{-1}$), oscillator strengths (f$_{ij}$, dimensionless),                
 \\ \hspace*{1.5 cm}and line strengths (S, in atomic units) for electric quadrupole (E2), magnetic dipole (M1), and                                             
 \\ \hspace*{1.5 cm}magnetic quadrupole (M2) transitions in  Fe X. ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                                                        
\end{flushleft}                                                                                                                                                 
\begin{tabular}{rrrrrrrrrrrr} \hline                                                                                                                            
 & & & & & & & & & & &\\                                                                                                                                        
\multicolumn {2}{c}{Transition} & Energy &  \multicolumn {3}{c}{E2 Transitions} & \multicolumn {3}{c}{M1 Transitions} & \multicolumn {3}{c}{M2 Transitions}\\   
 & & & & & & & & & & &\\ \hline                                                                                                                                 
$i$ & $j$ & $\Delta E_{ij}$ & A$_{ji}$  & f$_{ij}$ & S &  A$_{ji}$  & f$_{ij}$ & S & A$_{ji}$  & f$_{ij}$ & S \\                                                
 & & & & & & & & & & &\\ \hline                                                                                                                                 
 & & & & & & & & & & & \\                                                                                                                                       
 48 & 49 &  4.488+03 &  5.580-03 &  2.527-11 &  5.441-02 &  2.925-02 &  1.324-10 &  5.878-04 &  ........ &  ........ &  ........ \\                             
 48 & 50 &  3.766+03 &  1.266-02 &  5.386-11 &  6.857-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 48 & 51 &  1.994+03 &  8.027-02 &  4.784-11 &  9.033-03 &  8.443-00 &  5.032-09 &  9.923-03 &  ........ &  ........ &  ........ \\                             
 48 & 52 &  1.929+03 &  1.271-01 &  1.063-10 &  1.817-02 &  6.501-00 &  5.437-09 &  1.037-02 &  ........ &  ........ &  ........ \\                             
 48 & 53 &  9.250+02 &  3.741-03 &  2.399-13 &  4.524-06 &  4.305+01 &  2.761-09 &  2.526-03 &  ........ &  ........ &  ........ \\                             
 48 & 54 &  9.193+02 &  3.466-00 &  4.391-10 &  8.126-03 &  2.563-01 &  3.247-11 &  2.953-05 &  ........ &  ........ &  ........ \\                             
 49 & 50 &  2.344+04 &  5.324-07 &  5.849-14 &  2.693-02 &  8.926-01 &  9.806-08 &  3.411-00 &  ........ &  ........ &  ........ \\                             
 49 & 51 &  3.588+03 &  2.500-01 &  3.217-10 &  5.309-01 &  2.197-02 &  2.826-11 &  1.504-04 &  ........ &  ........ &  ........ \\                             
 49 & 52 &  3.382+03 &  6.219-02 &  1.067-10 &  1.475-01 &  1.135-01 &  1.947-10 &  9.772-04 &  ........ &  ........ &  ........ \\                             
 49 & 53 &  1.165+03 &  1.211+01 &  8.217-10 &  4.645-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 49 & 54 &  1.156+03 &  2.614-00 &  3.492-10 &  1.929-02 &  4.373-02 &  5.842-12 &  1.002-05 &  ........ &  ........ &  ........ \\                             
 50 & 51 &  4.236+03 &  2.741-02 &  3.687-11 &  1.335-01 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 50 & 52 &  3.952+03 &  1.432-01 &  2.515-10 &  7.398-01 &  3.613-02 &  6.345-11 &  4.961-04 &  ........ &  ........ &  ........ \\                             
 50 & 54 &  1.216+03 &  8.306-00 &  9.207-10 &  7.890-02 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 51 & 52 &  5.902+04 &  2.986-08 &  2.339-14 &  1.145-01 &  5.240-02 &  4.104-08 &  2.396-00 &  ........ &  ........ &  ........ \\                             
 51 & 53 &  1.726+03 &  1.415-02 &  3.159-12 &  3.867-04 &  1.377+01 &  3.073-09 &  5.244-03 &  ........ &  ........ &  ........ \\                             
 51 & 54 &  1.706+03 &  2.582-02 &  1.126-11 &  1.332-03 &  2.266+01 &  9.884-09 &  1.668-02 &  ........ &  ........ &  ........ \\                             
 52 & 53 &  1.778+03 &  9.908-03 &  1.564-12 &  3.140-04 &  ........ &  ........ &  ........ &  ........ &  ........ &  ........ \\                             
 52 & 54 &  1.756+03 &  1.604-01 &  4.945-11 &  9.578-03 &  1.144+01 &  3.528-09 &  9.195-03 &  ........ &  ........ &  ........ \\                             
 53 & 54 &  1.490+05 &  1.010-10 &  6.724-16 &  2.649-02 &  2.687-03 &  1.788-08 &  1.317-00 &  ........ &  ........ &  ........ \\
& & & & & & & & &  & &\\ \hline                                                                                                                                 
\end{tabular}                                

\clearpage
\begin{flushleft}
Table 4. Comparison of lifetimes for levels of Fe X. \\% ($a{\pm}b \equiv$ 10$^{a{\pm}b}$). \\                          
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\begin{tabular}{lrl} \hline                                                                                                                                  
 & &  \\                                                                                                                                                                                                                                                                                           
Level & Present Results & Experimental  \\                                                                                                       
 & &  \\ \hline 																	   
 & &   \\	  
3s$^2$3p$^5$ $^2$P$^o_{1/2}$          & 14.51 ms  & 13.64$\pm$0.25$^a$, 14.41$\pm$0.14$^b$ \\													    
3s3p$^6$ $^2$S$_{1/2}$                & 234.0 ps  & 270$\pm$20$^c$ \\				     
3s$^2$3p$^4$($^3$P)3d $^4$F$_{9/2}$   & 77.27 ms  & 85.7$\pm$9.2$^d$, 110$\pm$5$^e$ \\  			     
3s$^2$3p$^4$($^3$P)3d $^4$F$_{7/2}$   & 56.47 ms  & 93$\pm$30$^d$, 58$\pm$10$^f$ \\										     
3s$^2$3p$^4$($^3$P)3d $^2$F$_{7/2}$   & 13.69 ms  & 16.0$\pm$1.6$^f$ \\%, 17.0$\pm$1.7$^e$ \\										     
3s$^2$3p$^4$($^1$D)3d $^2$F$_{7/2}$   & 4.56  ms  & 4.6$\pm$0.4$^f$ \\%, 4.9$\pm$0.4$6x$ \\ 			     
3s$^2$3p$^4$($^1$D)3d $^2$G$_{9/2}$   & 12.86 ms  & 17.8$\pm$3.1$^d$ \\ 					     
& & \\ \hline                                                   	    									   
\end{tabular}                                                         	    							   

\begin{flushleft}
$^a$: Moehs et al. (2001) \\
$^b$: Tr{\"{a}}bert et al. (2004) \\
$^c$: Tr{\"{a}}bert (1996) \\
$^d$: Moehs et al. (2000) \\
$^e$: Tr{\"{a}}bert et al. (2003) \\
$^f$: Tr{\"{a}}bert et al. (2002) \\

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\end{document}							
