\begin{table}%T2
%%\centering
\par
\caption{Comparison of level energies (keV) for the $n=2$ complex
of Fe~{\sc xxiv} (see approximation key in Table~\ref{table1}).
Experimental values from Shirai et~al. (\cite{shi00}).}
\label{table2}
\begin{tabular}{rllllllllll}
\hline\hline
$i$& State & Expt & AST1 & AST2 & AST3 & HFR1 & HFR2 & HFR3 & BPR1 & SAF\\ \hline
1  & ${\rm 1s}^2{\rm 2s}\ ^2{\rm S}_{1/2}$                                      &0.0      &0.0      &0.0     &0.0     &0.0     &0.0     &0.0     &0.0    &0.0     \\
2  & ${\rm 1s}^2{\rm 2p}\ ^2{\rm P}^{0}_{1/2}$                              &0.04860  &0.04801  &0.04928 &0.04778 &0.04843 &0.04850 &0.04860 &       &0.04854\\
3  & ${\rm 1s}^2{\rm 2p}\ ^2{\rm P}^{0}_{3/2}$                              &0.06457  &0.06696  &0.06689 &0.06498 &0.06446 &0.06454 &0.06457 &       &0.06453\\
4  & ${\rm 1s}{\rm 2s}^2\ ^2{\rm S}_{1/2}$                                      &6.6004   &6.6099   &6.6070  &6.6003  &6.6051  &6.6018  &6.6004  &6.6072 &6.6011  \\
5  & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^3{\rm P}^{0})\ ^4{\rm P}^{0}_{1/2}$&6.6137   &6.6202   &6.6189  &6.6131  &6.6175  &6.6129  &6.6131  &6.6177 &6.6135  \\
6  & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^3{\rm P}^{0})\ ^4{\rm P}^{0}_{3/2}$&6.6167   &6.6253   &6.6227  &6.6169  &6.6221  &6.6178  &6.6173  &6.6230 &6.6171  \\
7  & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^3{\rm P}^{0})\ ^4{\rm P}^{0}_{5/2}$&         &6.6376   &6.6342  &6.6285  &6.6330  &6.6295  &6.6265  &       &6.6283  \\
8  & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^3{\rm P}^{0})\ ^2{\rm P}^{0}_{1/2}$&6.6535   &6.6624   &6.6598  &6.6525  &6.6567  &6.6538  &6.6537  &6.6605 &6.6534  \\
9  & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^3{\rm P}^{0})\ ^2{\rm P}^{0}_{3/2}$&6.6619   &6.6732   &6.6697  &6.6623  &6.6665  &6.6641  &6.6618  &6.6708 &6.6624  \\
10 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^3{\rm P})\ ^4{\rm P}_{1/2}$                &6.6710   &6.6781   &6.6770  &6.6706  &6.6753  &6.6709  &6.6708  &6.6764 &6.6717  \\
11 & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^1{\rm P}^{0})\ ^2{\rm P}^{0}_{1/2}$&6.6764   &6.6866   &6.6841  &6.6764  &6.6814  &6.6784  &6.6766  &6.6831 &6.6765  \\
12 & ${\rm 1s}(^2{\rm S}){\rm 2s2p}(^1{\rm P}^{0})\ ^2{\rm P}^{0}_{3/2}$&6.6792   &6.6896   &6.6867  &6.6791  &6.6839  &6.6812  &6.6790  &6.6869 &6.6795  \\
13 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^3{\rm P})\ ^4{\rm P}_{3/2}$                &6.6793   &6.6868   &6.6855  &6.6792  &6.6829  &6.6790  &6.6786  &6.6853 &6.6798  \\
14 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^3{\rm P})\ ^4{\rm P}_{5/2}$                &6.6850   &6.6946   &6.6917  &6.6850  &6.6900  &6.6865  &6.6857  &6.6932 &6.6856  \\
15 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^1{\rm D})\ ^2{\rm D}_{3/2}$                &6.7027   &6.7137   &6.7118  &6.7027  &6.7082  &6.7050  &6.7029  &6.7112 &6.7042  \\
16 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^3{\rm P})\ ^2{\rm P}_{1/2}$                &6.7046   &6.7159   &6.7128  &6.7041  &6.7099  &6.7068  &6.7048  &6.7141 &6.7052  \\
17 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^1{\rm D})\ ^2{\rm D}_{5/2}$                &6.7090   &6.7211   &6.7176  &6.7089  &6.7147  &6.7120  &6.7096  &6.7189 &6.7097  \\
18 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^3{\rm P})\ ^2{\rm P}_{3/2}$                &6.7224   &6.7349   &6.7315  &6.7225  &6.7268  &6.7247  &6.7219  &6.7329 &6.7230  \\
19 & ${\rm 1s}(^2{\rm S}){\rm 2p}^2(^1{\rm S})\ ^2{\rm S}_{1/2}$                &6.7415   &6.7541   &6.7514  &6.7414  &6.7468  &6.7448  &6.7412  &6.7519 &6.7428  \\
\hline
\end{tabular}
\end{table}