\documentclass{aa}
\pagestyle{empty}
\begin{document}
\footnotesize
\begin{table*}
\begin{flushleft}
\begin{tabular}{llcrrrlcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{c}{$\lambda$ (\AA)} &
\multicolumn{1}{c}{\sl ion} &
\multicolumn{1}{c}{\sl mult} &
\multicolumn{2}{c}{\sl EP} &
\multicolumn{1}{c}{log $gf$} &
\multicolumn{1}{c}{\sl ref} &
\multicolumn{2}{c}{T = 4500 $^\circ$K}&
\multicolumn{1}{c}{} &
\multicolumn{2}{c}{T = 7500 $^\circ$K}\\ \cline{4-5} \cline{8-9} \cline{11-12}
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{\sl (eV)} &
\multicolumn{1}{c}{$cm^{-1}$} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=1.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}&
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=2.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
 8490.079 & Fe II           &            &  9.74 & 78525.407 & $+$0.336 & K88  &       &&&0.765 \\
 8491.280 & $^{12}$C$^{14}$N&A-X,4-2,35Q &  0.79 &  6387.272 & $-$1.383 & K    & 0.561 \\
 8492.077 & Si I            &            &  5.86 & 47284.061 & $-$1.630 & KP   & 0.734 \\
 8492.939 & Fe I            &            &  0.98 &  7895.780 & $-$6.597 & K88  & 0.546 \\
 8493.405 & $^{12}$C$^{14}$N&A-X,4-2,35Q &  0.81 &  6519.466 & $-$1.383 & K    & 0.546 \\
 8493.788 & Fe I            & 1269       &  4.96 & 39969.844 & $-$1.982 & K88  & 0.785 \\
 8494.471 & Ti I            &  141       &  1.74 & 14028.470 & $-$2.199 & K88  & 0.751 &0.796 \\
 8496.100 & $^{12}$C$^{14}$N&A-X,3-1,44P &  0.73 &  5893.294 & $-$1.549 & K    & 0.596 \\
 8496.108 & Ti I            &  313       &  3.71 & 29912.262 & $-$0.863 & K88  & 0.449 &0.527 \\
 8496.483 & Fe I            & 1136       &  4.42 & 35611.619 & $-$2.755 & K88  & 0.818 \\
 8496.984 & Fe I            & 1172       &  4.61 & 37162.740 & $-$2.811 & K88  & 0.895 \\
 8497.528 & $^{12}$C$^{14}$N&A-X,2-0,63Q &  0.96 &  7756.248 & $-$1.248 & K    & 0.595 \\
 8497.911 & $^{12}$C$^{14}$N&A-X,3-1,51Q &  0.89 &  7157.432 & $-$1.168 & K    & 0.527 \\
 8498.023 & Ca II           &    2       &  1.69 & 13650.190 & $-$1.312 & BWL  & 0.036 &0.126&&0.198&0.272 \\
 8498.582 & $^{12}$C$^{14}$N&A-X,2-0,56P &  0.77 &  6181.913 & $-$1.612 & K    & 0.643 \\
 8499.291 & $^{12}$C$^{14}$N&A-X,4-2,29P &  0.70 &  5668.670 & $-$1.612 & K    & 0.689 \\
 8499.606 & Fe II           &            &  9.76 & 78725.790 & $+$0.145 & K88  &       &&&0.820 \\
 8499.887 & $^{12}$C$^{14}$N&A-X,4-2,29P &  0.72 &  5779.137 & $-$1.790 & K    & 0.693 \\
 8501.544 & Si I            &   47       &  5.87 & 47351.554 & $-$1.530 & KP   & 0.706\\
 8501.799 & Ni I            &  186       &  3.85 & 31031.042 & $-$1.974 & K88  & 0.664\\
 8502.219 & Si I            &   46       &  5.87 & 47351.554 & $-$1.260 & KP   & 0.627 &&&0.894&0.862\\
 8502.487 & H I             &   10       & 12.09 & 97492.302 & $-$1.587 & NSB  &       &&&0.508&0.638\\
 8502.492 & $^{12}$C$^{14}$N&A-X,4-2,36Q &  0.81 &  6519.723 & $-$1.370 & K    & 0.564 \\
 8502.668 & Fe I            &            &  1.01 &  8154.710 & $-$6.444 & K88  & 0.483 &0.877\\
 8503.084 & $^{12}$C$^{14}$N&A-X,2-0,64Q &  0.96 &  7756.720 & $-$1.241 & K    & 0.592 \\
 8503.981 & $^{12}$C$^{14}$N&A-X,3-1,45P &  0.73 &  5893.620 & $-$1.542 & K    & 0.593 \\
 8504.530 & $^{12}$C$^{14}$N&A-X,3-1,52Q &  0.89 &  7157.809 & $-$1.160 & K    & 0.524 \\
 8505.082 & $^{12}$C$^{14}$N&A-X,2-0,57P &  0.77 &  6182.332 & $-$1.606 & K    & 0.641 \\
 8505.150 & $^{12}$C$^{14}$N&A-X,4-2,36Q &  0.83 &  6655.520 & $-$1.370 & K    & 0.573 \\
 8510.937 & $^{12}$C$^{14}$N&A-X,4-2,30P &  0.72 &  5779.352 & $-$1.782 & K    & 0.689 \\
 8511.679 & Fe I            &            &  2.84 & 22946.808 & $-$4.599 & K88  & 0.767 \\
 8512.120 & $^{12}$C$^{14}$N&A-X,4-2,30P &  0.73 &  5893.452 & $-$1.774 & K    & 0.694 \\
 8512.940 & $^{12}$C$^{14}$N&A-X,3-1,45P &  0.75 &  6063.177 & $-$1.538 & K    & 0.603 \\
 8514.053 & $^{12}$C$^{14}$N&A-X,4-2,37Q &  0.83 &  6655.785 & $-$1.357 & K    & 0.568 \\
 8514.069 & Fe I            &   60       &  2.20 & 17726.981 & $-$2.229 & FMW  & 0.089 &0.257&&0.657&0.639 \\
 8514.599 & Si I            &   18       &  5.61 & 45276.188 & $-$1.670 & KP   & 0.652 \\
 8514.617 & $^{12}$C$^{14}$N&A-X,3-1,52Q &  0.91 &  7352.230 & $-$1.160 & K    & 0.536 \\
 8515.110 & Fe I            &  401       &  3.02 & 24338.762 & $-$1.923 & K88  & 0.177 &0.368&&0.783&0.743 \\
 8517.082 & Fe I            &            &  5.11 & 41178.406 & $-$1.964 & K88  & 0.836 \\
 8517.228 & $^{12}$C$^{14}$N&A-X,4-2,37Q &  0.84 &  6795.178 & $-$1.357 & K    & 0.577 \\
 8517.951 & $^{12}$C$^{14}$N&A-X,2-0,64Q &  0.99 &  7995.091 & $-$1.241 & K    & 0.608 \\
 8517.971 & Ti I            &  182       &  2.13 & 17215.440 & $-$1.099 & K88  & 0.481 &0.556 \\
 8518.349 & Ti I            &  150       &  1.88 & 15156.787 & $-$1.019 & K88  & 0.321 &0.429 \\
 8519.115 & $^{12}$C$^{14}$N&A-X,2-0,57P &  0.79 &  6396.299 & $-$1.604 & K    & 0.655 \\
 8520.725 & $^{12}$C$^{14}$N&A-X,3-1,46P &  0.75 &  6063.510 & $-$1.532 & K    & 0.601 \\
 8521.154 & $^{12}$C$^{14}$N&A-X,3-1,53Q &  0.91 &  7352.615 & $-$1.151 & K    & 0.533 \\
 8522.931 & $^{12}$C$^{14}$N&A-X,4-2,31P &  0.73 &  5893.674 & $-$1.765 & K    & 0.690 \\
 8523.457 & $^{12}$C$^{14}$N&A-X,2-0,65Q &  0.99 &  7995.570 & $-$1.235 & K    & 0.606 \\
 8524.732 & $^{12}$C$^{14}$N&A-X,4-2,31P &  0.75 &  6011.403 & $-$1.758 & K    & 0.695 \\
 8525.133 & Zr II           &            &  2.41 & 19433.240 & $-$1.000 & MULT & 0.818 \\
 8525.566 & $^{12}$C$^{14}$N&A-X,2-0,58P &  0.79 &  6396.726 & $-$1.598 & K    & 0.652 \\
 8525.965 & $^{12}$C$^{14}$N&A-X,4-2,38Q &  0.84 &  6795.450 & $-$1.345 & K    & 0.572 \\
 8526.667 & Fe I            & 1270       &  4.91 & 39625.800 & $-$0.513 & K88  & 0.366 &0.581&&0.800&0.759 \\
 8527.266 & Si I            &   18       &  5.62 & 45293.629 & $-$0.930 & KP   & 0.479 &0.803&&0.745&0.715 \\
 8527.852 & Fe I            & 1270       &  5.02 & 40491.274 & $-$2.036 & K88  & 0.828 \\
 8529.658 & $^{12}$C$^{14}$N&A-X,4-2,38Q &  0.86 &  6938.436 & $-$1.345 & K    & 0.582 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\begin{flushleft}
\begin{tabular}{llcrrrlcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{c}{$\lambda$ (\AA)} &
\multicolumn{1}{c}{\sl ion} &
\multicolumn{1}{c}{\sl mult} &
\multicolumn{2}{c}{\sl EP} &
\multicolumn{1}{c}{log $gf$} &
\multicolumn{1}{c}{\sl ref} &
\multicolumn{2}{c}{T = 4500 $^\circ$K}&
\multicolumn{1}{c}{} &
\multicolumn{2}{c}{T = 7500 $^\circ$K}\\ \cline{4-5} \cline{8-9} \cline{11-12}
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{\sl (eV)} &
\multicolumn{1}{c}{$cm^{-1}$} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=1.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}&
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=2.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
 8530.163 & $^{12}$C$^{14}$N&A-X,3-1,46P &  0.77 &  6236.641 & $-$1.528 & K    & 0.611 \\
 8531.390 & Ti I            &  141       &  1.73 & 13981.750 & $-$2.446 & K88  & 0.839 &0.869 \\
 8531.703 & $^{12}$C$^{14}$N&A-X,3-1,53Q &  0.94 &  7550.558 & $-$1.151 & K    & 0.545 \\
 8535.294 & $^{12}$C$^{14}$N&A-X,4-2,32P &  0.75 &  6011.632 & $-$1.750 & K    & 0.691 \\
 8536.164 & Si I            &   80       &  6.18 & 49850.830 & $-$0.910 & KP   & 0.639 &&&0.868&0.839 \\
 8537.680 & $^{12}$C$^{14}$N&A-X,4-2,32P &  0.76 &  6132.985 & $-$1.743 & K    & 0.697 \\
 8537.834 & $^{12}$C$^{14}$N&A-X,3-1,47P &  0.77 &  6236.981 & $-$1.522 & K    & 0.609 \\
 8538.014 & Fe I            & 1266       &  4.91 & 39625.800 & $-$2.368 & K88  & 0.857 \\
 8538.173 & $^{12}$C$^{14}$N&A-X,3-1,54Q &  0.94 &  7550.949 & $-$1.143 & K    & 0.542 \\
 8538.175 & Fe I            &            &  4.28 & 34547.206 & $-$4.626 & K88  & 0.771 \\
 8538.230 & $^{12}$C$^{14}$N&A-X,4-2,39Q &  0.86 &  6938.714 & $-$1.333 & K    & 0.577 \\
 8538.769 & $^{12}$C$^{14}$N&A-X,2-0,65Q &  1.02 &  8237.391 & $-$1.235 & K    & 0.622 \\
 8539.127 & Fe I            &            &  4.19 & 33801.567 & $-$3.027 & K88  & 0.816 \\
 8539.468 & Ti I            &  209       &  2.24 & 18061.540 & $-$1.121 & K88  & 0.558 &0.623 \\
 8540.060 & $^{12}$C$^{14}$N&A-X,2-0,58P &  0.82 &  6614.207 & $-$1.596 & K    & 0.666 \\
 8542.091 & Ca II           &    2       &  1.70 & 13710.880 & $-$0.362 & BWL  & 0.032 &0.106&&0.182&0.264 \\
 8542.444 & $^{12}$C$^{14}$N&A-X,4-2,39Q &  0.88 &  7085.205 & $-$1.333 & K    & 0.586 \\
 8543.151 & Si I            &            &  5.61 & 45276.188 & $-$1.140 & KP   & 0.519 &0.847&&0.814&0.776 \\
 8543.734 & Cr I            &   56       &  4.16 & 33542.110 & $-$2.543 & K88  & 0.815 &0.872 \\
 8544.239 & $^{12}$C$^{14}$N&A-X,2-0,66Q &  1.02 &  8237.877 & $-$1.228 & K    & 0.619 \\
 8545.387 & H I             &   10       & 12.09 & 97492.302 & $-$1.496 & NSB  &       &&&0.502&0.627\\
 8546.460 & $^{12}$C$^{14}$N&A-X,2-0,59P &  0.82 &  6614.642 & $-$1.591 & K    & 0.664 \\
 8547.757 & $^{12}$C$^{14}$N&A-X,3-1,47P &  0.80 &  6413.680 & $-$1.518 & K    & 0.619 \\
 8547.999 & $^{12}$C$^{14}$N&A-X,4-2,33P &  0.76 &  6133.221 & $-$1.735 & K    & 0.693 \\
 8548.098 & Ti I            &  150       &  1.87 & 15108.121 & $-$1.117 & K88  & 0.348 &0.451 \\
 8548.877 & Cr I            &   56       &  2.71 & 21847.880 & $-$2.066 & K88  & 0.616 &0.714 \\
 8549.154 & $^{12}$C$^{14}$N&A-X,3-1,54Q &  0.96 &  7752.405 & $-$1.143 & K    & 0.554 \\
 8550.353 & Si I            &   88       &  6.22 & 50189.389 & $-$1.480 & KP   & 0.816 \\
 8550.566 & Ti I            &  141       &  1.75 & 14105.680 & $-$2.504 & K88  & 0.862 &0.888 \\
 8550.840 & $^{12}$C$^{14}$N&A-X,4-2,40Q &  0.88 &  7085.571 & $-$1.322 & K    & 0.582 \\
 8550.984 & $^{12}$C$^{14}$N&A-X,4-2,33P &  0.78 &  6258.193 & $-$1.728 & K    & 0.699 \\
 8555.332 & $^{12}$C$^{14}$N&A-X,3-1,48P &  0.80 &  6414.028 & $-$1.512 & K    & 0.616 \\
 8555.505 & Cr I            &   56       &  2.71 & 21856.940 & $-$2.826 & K88  & 0.893 \\
 8555.554 & $^{12}$C$^{14}$N&A-X,3-1,55Q &  0.96 &  7752.804 & $-$1.135 & K    & 0.551 \\
 8555.563 & $^{12}$C$^{14}$N&A-X,4-2,40Q &  0.90 &  7235.721 & $-$1.322 & K    & 0.592 \\
 8556.777 & Si I            &   45       &  5.87 & 47351.554 & $-$0.730 & KP   & 0.506 &0.829&&0.743&0.716 \\
 8556.805 & Si I            &            &  6.19 & 49933.775 & $-$0.740 & KP   & 0.599 &     &&0.825&0.795 \\
 8559.744 & Fe I            & 1321       &  5.11 & 41178.406 & $-$1.459 & K88  & 0.659 &0.889 \\
 8560.009 & $^{12}$C$^{14}$N&A-X,2-0,66Q &  1.05 &  8483.135 & $-$1.228 & K    & 0.636 \\
 8561.079 & $^{12}$C$^{14}$N&A-X,4-2,34P &  0.78 &  6258.436 & $-$1.720 & K    & 0.695 \\
 8561.415 & $^{12}$C$^{14}$N&A-X,2-0,59P &  0.85 &  6835.627 & $-$1.589 & K    & 0.679 \\
 8563.827 & $^{12}$C$^{14}$N&A-X,4-2,41Q &  0.90 &  7236.014 & $-$1.310 & K    & 0.587 \\
 8564.612 & $^{12}$C$^{14}$N&A-X,4-2,34P &  0.79 &  6387.021 & $-$1.714 & K    & 0.702 \\
 8565.432 & $^{12}$C$^{14}$N&A-X,2-0,67Q &  1.05 &  8483.629 & $-$1.221 & K    & 0.633 \\
 8565.541 & Ti I            &  141       &  1.74 & 14028.470 & $-$2.395 & K88  & 0.825 &0.858 \\
 8565.733 & $^{12}$C$^{14}$N&A-X,3-1,48P &  0.82 &  6594.286 & $-$1.509 & K    & 0.628 \\
 8567.016 & $^{12}$C$^{14}$N&A-X,3-1,55Q &  0.99 &  7957.764 & $-$1.135 & K    & 0.564 \\
 8567.735 & N I             &    8       & 10.68 & 86137.350 & $-$0.700 & NBS  &       &&&0.854 \\
 8567.759 & $^{12}$C$^{14}$N&A-X,2-0,60P &  0.85 &  6836.069 & $-$1.583 & K    & 0.676 \\
 8567.785 & Fe I            & 1269       &  4.91 & 39625.800 & $-$2.135 & K88  & 0.818 \\
 8569.048 & $^{12}$C$^{14}$N&A-X,4-2,41Q &  0.92 &  7389.736 & $-$1.310 & K    & 0.597 \\
 8569.945 & Ti I            &  209       &  2.23 & 17995.750 & $-$1.421 & K88  & 0.698 &0.745 \\
 8571.802 & Fe I            & 1272       &  6.46 & 52067.460 & $-$1.441 & K88  & 0.610 &0.866 \\
 8573.219 & $^{12}$C$^{14}$N&A-X,3-1,49P &  2.26 & 18255.668 & $-$1.502 & K    & 0.625 \\
 8573.336 & $^{12}$C$^{14}$N&A-X,3-1,56Q &  2.43 & 19619.038 & $-$1.127 & K    & 0.561 \\
 8574.503 & $^{12}$C$^{14}$N&A-X,4-2,53P &  0.79 &  6387.272 & $-$1.706 & K    & 0.698 \\
 8574.525 & Co I            &            &  2.70 & 21780.470 & $-$1.796 & FHSW & 0.564 \\
 8575.276 & Co I            &            &  2.79 & 22475.360 & $-$1.387 & FHSW & 0.455 &0.828 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\begin{flushleft}
\begin{tabular}{llcrrrlcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{c}{$\lambda$ (\AA)} &
\multicolumn{1}{c}{\sl ion} &
\multicolumn{1}{c}{\sl mult} &
\multicolumn{2}{c}{\sl EP} &
\multicolumn{1}{c}{log $gf$} &
\multicolumn{1}{c}{\sl ref} &
\multicolumn{2}{c}{T = 4500 $^\circ$K}&
\multicolumn{1}{c}{} &
\multicolumn{2}{c}{T = 7500 $^\circ$K}\\ \cline{4-5} \cline{8-9} \cline{11-12}
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{\sl (eV)} &
\multicolumn{1}{c}{$cm^{-1}$} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=1.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}&
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=2.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
 8576.500 & Fe I            &            &  4.59 & 37045.960 & $-$1.873 & K88  & 0.571 &0.845 \\
 8577.155 & $^{12}$C$^{14}$N&A-X,4-2,42Q &  0.92 &  7390.037 & $-$1.300 & K    & 0.593 \\
 8578.396 & Ti I            &  141       &  1.73 & 13981.750 & $-$2.420 & K88  & 0.831 &0.863 \\
 8578.599 & $^{12}$C$^{14}$N&A-X,4-2,35P &  0.81 &  6519.466 & $-$1.700 & K    & 0.705 \\
 8579.092 & Si I            &   56       &  5.98 & 48264.292 & $-$1.960 & KP   & 0.866 \\
 8581.661 & $^{12}$C$^{14}$N&A-X,2-0,67Q &  1.08 &  8732.315 & $-$1.221 & K    & 0.650 \\
 8582.257 & Fe I            &  401       &  2.99 & 24118.814 & $-$1.993 & K88  & 0.181 &0.374&&0.800&0.760 \\
 8582.890 & $^{12}$C$^{14}$N&A-X,4-2,42Q &  0.94 &  7547.326 & $-$1.300 & K    & 0.604 \\
 8583.175 & $^{12}$C$^{14}$N&A-X,2-0,60P &  0.88 &  7060.551 & $-$1.581 & K    & 0.691 \\
 8583.322 & Ca I            &            &  4.44 & 35818.713 & $-$0.986 & K88  & 0.881 \\
 8584.093 & $^{12}$C$^{14}$N&A-X,3-1,49P &  0.84 &  6778.452 & $-$1.499 & K    & 0.636 \\
 8584.791 & Fe I            & 1270       &  5.01 & 40404.506 & $-$1.259 & K88  & 0.550 &0.822 \\
 8585.251 & $^{12}$C$^{14}$N&A-X,3-1,56Q &  1.01 &  8166.627 & $-$1.127 & K    & 0.574 \\
 8586.670 & Co I            &            &  4.15 & 33462.830 & $-$0.801 & K88  & 0.880 \\
 8587.942 & Fe I            &            &  5.07 & 40871.410 & $-$2.210 & K88  & 0.887 \\
 8588.309 & $^{12}$C$^{14}$N&A-X,4-2,36P &  0.81 &  6519.723 & $-$1.692 & K    & 0.701 \\
 8588.409 & Fe I            &            &  2.86 & 23051.742 & $-$4.317 & K88  & 0.654 \\
 8589.472 & $^{12}$C$^{14}$N&A-X,2-0,61P &  0.88 &  7061.000 & $-$1.576 & K    & 0.689 \\
 8590.867 & $^{12}$C$^{14}$N&A-X,4-2,43Q &  0.94 &  7547.633 & $-$1.289 & K    & 0.599 \\
 8591.490 & $^{12}$C$^{14}$N&A-X,3-1,50P &  0.84 &  6778.814 & $-$1.493 & K    & 0.634 \\
 8591.504 & $^{12}$C$^{14}$N&A-X,3-1,57Q &  1.01 &  8167.040 & $-$1.119 & K    & 0.571 \\
 8592.945 & Fe I            & 1267       &  4.96 & 39969.844 & $-$0.968 & K88  & 0.457 &0.721&&&0.894 \\
 8594.000 & N I             &    8       & 10.68 & 86137.350 & $-$0.700 & NBS  &       &&&0.775 \\
 8595.960 & Si I            &   80       &  6.19 & 49933.775 & $-$1.040 & KP   & 0.679 &&&0.899&0.873 \\
 8597.050 & Si I            &   80       &  6.19 & 49933.775 & $-$1.370 & KP   & 0.775 \\
 8597.089 & $^{12}$C$^{14}$N&A-X,4-2,43Q &  0.96 &  7708.482 & $-$1.289 & K    & 0.610 \\
 8598.191 & Ti I            &  236       &  2.27 & 18287.560 & $-$1.843 & K88  & 0.869 &0.890 \\
 8598.396 & H I             &    9       & 12.09 & 97492.302 & $-$1.398 & NSB  &       &&&0.496&0.616\\
 8598.825 & Fe I            & 1153       &  4.39 & 35379.206 & $-$1.428 & K88  & 0.393 &0.644&&&0.895 \\
 8601.052 & Fe I            &            &  6.55 & 52857.790 & $-$1.590 & K88  & 0.712 \\
 8601.079 & Ti I            &  209       &  2.25 & 18145.400 & $-$1.620 & K88  & 0.791 &0.825 \\
 8602.463 & $^{12}$C$^{14}$N&A-X,4-2,37P &  0.83 &  6655.785 & $-$1.679 & K    & 0.705 \\
 8603.734 & $^{12}$C$^{14}$N&A-X,2-0,68Q &  1.11 &  8984.922 & $-$1.215 & K    & 0.665 \\
 8603.878 & $^{12}$C$^{14}$N&A-X,3-1,57Q &  1.04 &  8378.984 & $-$1.119 & K    & 0.585 \\
 8604.926 & $^{12}$C$^{14}$N&A-X,4-2,44Q &  0.96 &  7708.797 & $-$1.279 & K    & 0.606 \\
 8605.360 & $^{12}$C$^{14}$N&A-X,2-0,61P &  0.90 &  7288.968 & $-$1.574 & K    & 0.703 \\
 8606.012 & Si I            &   55       &  5.95 & 48020.074 & $-$2.130 & KP   & 0.895 \\
 8606.386 & Ni I            &  275       &  5.28 & 42621.048 & $-$0.362 & K88  & 0.732 \\
 8607.071 & Fe I            & 1272       &  6.45 & 52019.670 & $-$1.246 & K88  & 0.546 &0.819 \\
 8610.164 & $^{12}$C$^{14}$N&A-X,3-1,51P &  0.86 &  6966.539 & $-$1.484 & K    & 0.643 \\
 8611.615 & $^{12}$C$^{14}$N&A-X,2-0,62P &  0.90 &  7289.425 & $-$1.568 & K    & 0.701 \\
 8611.655 & $^{12}$C$^{14}$N&A-X,4-2,44Q &  0.98 &  7873.199 & $-$1.279 & K    & 0.617 \\
 8611.795 & Fe I            &  339       &  4.28 & 34555.600 & $-$1.900 & FMW  & 0.150 &0.337&&0.727&0.694 \\
 8613.935 & Fe I            & 1272       &  4.99 & 40231.332 & $-$1.389 & K88  & 0.581 &0.847 \\
 8616.276 & Fe I            & 1266       &  4.91 & 39625.800 & $-$0.405 & K88  & 0.354 &0.558&&0.767&0.731 \\
 8616.996 & $^{12}$C$^{14}$N&A-X,4-2,38P &  0.84 &  6795.450 & $-$1.666 & K    & 0.709 \\
 8617.090 & S I             &            &  8.41 & 67816.351 & $-$0.410 & KP   &       &&&0.792&0.856 \\
 8618.144 & Fe I            &            &  4.96 & 39969.844 & $-$1.876 & K88  & 0.749 \\
 8618.551 & Ti I            &  209       &  2.24 & 18061.540 & $-$1.595 & K88  & 0.777 &0.813 \\
 8619.363 & $^{12}$C$^{14}$N&A-X,4-2,45Q &  0.98 &  7873.521 & $-$1.269 & K    & 0.613 \\
 8621.598 & Fe I            &  401       &  2.95 & 23783.614 & $-$2.024 & K88  & 0.179 &0.372&&0.801&0.760 \\
 8622.909 & $^{12}$C$^{14}$N&A-X,3-1,58Q &  1.07 &  8594.827 & $-$1.111 & K    & 0.596 \\
 8626.249 & $^{12}$C$^{14}$N&A-X,2-0,69Q &  1.15 &  9240.943 & $-$1.208 & K    & 0.679 \\
 8626.541 & S I             &            &  8.41 & 67816.351 & $-$0.540 & KP   &       &&&0.832&0.884 \\
 8626.595 & $^{12}$C$^{14}$N&A-X,4-2,45Q &  1.00 &  8041.469 & $-$1.268 & K    & 0.624 \\
 8627.966 & $^{12}$C$^{14}$N&A-X,2-0,62P &  0.93 &  7520.871 & $-$1.566 & K    & 0.715 \\
 8629.235 & N I             &    8       & 10.69 & 86220.510 & $+$0.027 & NBS  &       &&&0.681&0.855 \\
 8631.904 & $^{12}$C$^{14}$N&A-X,4-2,39P &  0.86 &  6938.714 & $-$1.654 & K    & 0.713 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\begin{flushleft}
\begin{tabular}{llcrrrlcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{c}{$\lambda$ (\AA)} &
\multicolumn{1}{c}{\sl ion} &
\multicolumn{1}{c}{\sl mult} &
\multicolumn{2}{c}{\sl EP} &
\multicolumn{1}{c}{log $gf$} &
\multicolumn{1}{c}{\sl ref} &
\multicolumn{2}{c}{T = 4500 $^\circ$K}&
\multicolumn{1}{c}{} &
\multicolumn{2}{c}{T = 7500 $^\circ$K}\\ \cline{4-5} \cline{8-9} \cline{11-12}
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{\sl (eV)} &
\multicolumn{1}{c}{$cm^{-1}$} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=1.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}&
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=2.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
 8632.412 & Fe I            & 1050       &  4.10 & 33095.937 & $-$1.958 & K88  & 0.418 &0.698 \\
 8633.124 & S I             &            &  8.41 & 67825.188 & $-$0.060 & KP   &       &&&0.677&0.764 \\
 8633.933 & Ca I            &            &  4.45 & 35896.889 & $-$0.810 & K88  & 0.840 &0.874 \\
 8634.185 & $^{12}$C$^{14}$N&A-X,4-2,46Q &  1.00 &  8041.798 & $-$1.259 & K    & 0.620 \\
 8634.187 & $^{12}$C$^{14}$N&A-X,2-0,63P &  0.93 &  7521.335 & $-$1.561 & K    & 0.713 \\
 8634.712 & Fe I            &            &  4.22 & 34017.098 & $-$3.005 & K88  & 0.820 \\
 8636.257 & Cr I            &   56       &  2.71 & 21847.880 & $-$2.747 & K88  & 0.874 \\
 8636.995 & Ni I            &  186       &  3.85 & 31031.042 & $-$2.145 & K88  & 0.732 \\
 8641.888 & $^{12}$C$^{14}$N&A-X,4-2,46Q &  1.02 &  8213.286 & $-$1.259 & K    & 0.632 \\
 8642.338 & $^{12}$C$^{14}$N&A-X,3-1,59Q &  1.09 &  8814.147 & $-$1.104 & K    & 0.607 \\
 8643.022 & Cr I            &   56       &  2.71 & 21856.940 & $-$2.732 & K88  & 0.871 \\
 8643.306 & Fe I            & 1261       &  6.35 & 51192.270 & $-$2.310 & K88  & 0.868 \\
 8647.174 & $^{12}$C$^{14}$N&A-X,4-2,40P &  0.88 &  7085.571 & $-$1.642 & K    & 0.718 \\
 8648.465 & Si I            &            &  6.21 & 50054.800 & $-$0.300 & KP   & 0.512 &0.833&&0.688&0.678 \\
 8649.195 & $^{12}$C$^{14}$N&A-X,2-0,70Q &  1.18 &  9500.370 & $-$1.202 & K    & 0.694 \\
 8649.360 & $^{12}$C$^{14}$N&A-X,4-2,47Q &  1.02 &  8213.622 & $-$1.249 & K    & 0.628 \\
 8651.012 & $^{12}$C$^{14}$N&A-X,2-0,63P &  0.96 &  7756.248 & $-$1.559 & K    & 0.728 \\
 8652.480 & Fe I            & 1050       &  4.15 & 33507.120 & $-$2.301 & K88  & 0.524 &0.824 \\
 8654.417 & Fe I            &  623       &  4.73 & 38175.350 & $-$3.814 & K88  & 0.685 \\
 8655.173 & S I             &            &  8.41 & 67825.188 & $-$0.540 & KP   &       &&&0.832&0.885 \\
 8655.878 & N I             &    8       & 10.69 & 86220.510 & $-$0.650 & NBS  &       &&&0.846 \\
 8656.671 & Fe I            & 1269       &  5.02 & 40491.274 & $-$2.162 & K88  & 0.863 \\
 8657.183 & $^{12}$C$^{14}$N&A-X,2-0,64P &  0.96 &  7756.720 & $-$1.554 & K    & 0.726 \\
 8657.561 & $^{12}$C$^{14}$N&A-X,4-2,47Q &  1.04 &  8388.642 & $-$1.249 & K    & 0.639 \\
 8661.898 & Fe I            &   60       &  2.22 & 17927.376 & $-$1.344 & K88  & 0.058 &0.182&&0.466&0.501 \\
 8662.141 & Ca II           &    2       &  1.69 & 13659.190 & $-$0.623 & BWL  & 0.034 &0.111&&0.190&-0.623 \\
 8662.173 & $^{12}$C$^{14}$N&A-X,3-1,60Q &  1.12 &  9036.936 & $-$1.096 & K    & 0.619 \\
 8663.716 & Fe I            & 1270       &  4.99 & 40231.332 & $-$1.159 & K88  & 0.515 &0.789 \\
 8664.914 & $^{12}$C$^{14}$N&A-X,4-2,48Q &  1.04 &  8388.985 & $-$1.240 & K    & 0.636 \\
 8665.022 & H I             &    9       & 12.09 & 97492.302 & $-$1.292 & NSB  &       &&&0.491&0.606\\
 8667.363 & Fe I            &  166       &  2.45 & 19788.245 & $-$4.245 & K88  & 0.412 &0.765 \\
 8667.380 & Si I            &   55       &  5.96 & 48102.323 & $-$2.020 & KP   & 0.875 \\
 8668.440 & S I             &            &  8.41 & 67842.867 & $+$0.210 & KP   & 0.884 &  &&0.602&0.695 \\
 8668.911 & Fe I            &            &  4.19 & 33801.567 & $-$2.726 & K88  & 0.705 \\
 8670.183 & S I             &    6       &  7.87 & 63446.065 & $-$0.880 & NBS  &       &&&0.813&0.871 \\
 8670.589 & S I             &    6       &  7.87 & 63446.065 & $-$0.530 & NBS  &       &&&0.696&0.781 \\
 8670.901 & Mn I            &   49       &  4.42 & 35689.980 & $-$0.727 & K88  & 0.779 \\
 8671.281 & S I             &    6       &  7.87 & 63446.065 & $-$0.640 & NBS  &       &&&0.734&0.811 \\
 8671.852 & Fe I            & 1272       &  5.02 & 40491.274 & $-$1.274 & K88  & 0.560 &0.830 \\
 8671.884 & Fe II           &            &  6.14 & 49506.934 & $-$2.788 & K88  &       &&&0.895 \\
 8672.022 & Mn I            &   49       &  4.42 & 35689.980 & $-$0.581 & K88  & 0.725 &0.880 \\
 8672.576 & $^{12}$C$^{14}$N&A-X,2-0,71Q &  1.21 &  9763.190 & $-$1.196 & K    & 0.709 \\
 8673.605 & $^{12}$C$^{14}$N&A-X,4-2,48Q &  1.06 &  8567.530 & $-$1.240 & K    & 0.684 \\
 8673.933 & Mn I            &   49       &  4.42 & 35689.980 & $-$0.757 & K88  & 0.790 \\
 8674.743 & Fe I            &  339       &  2.83 & 22838.318 & $-$1.850 & FMW  & 0.145 &0.330&&0.706&0.677 \\
 8675.374 & Ti I            &   68       &  1.07 &  8602.340 & $-$1.669 & MFW  & 0.164 &0.337 \\
 8675.794 & Fe I            &            &  4.99 & 40231.332 & $-$2.090 & K88  & 0.833 \\
 8678.927 & Fe I            &            &  2.45 & 19788.245 & $-$4.608 & K88  & 0.544 &0.874 \\
 8678.927 & S I             &    6       &  7.87 & 63457.142 & $-$1.000 & NBS  &       &&&0.848&0.896 \\
 8679.620 & S I             &    6       &  7.87 & 63457.142 & $-$0.410 & NBS  & 0.886 &&&0.658&0.747 \\
 8679.638 & Fe I            & 1286       &  4.97 & 40052.030 & $-$1.445 & K88  & 0.592 &0.853 \\
 8679.952 & Fe I            &            &  3.02 & 24338.762 & $-$4.300 & K88  & 0.736 \\
 8680.080 & Si I            &            &  5.86 & 47284.061 & $-$1.000 & KP   & 0.564 &0.879&&0.830&0.793 \\
 8680.282 & N I             &    1       & 10.34 & 83364.620 & $+$0.236 & NBS  &       &&&0.591&0.761 \\
 8680.411 & S I             &    6       &  7.87 & 63457.142 & $-$0.210 & NBS  & 0.861 &&&0.601&0.694 \\
 8680.630 & $^{12}$C$^{14}$N&A-X,2-0,65P &  0.99 &  7995.570 & $-$1.547 & K    & 0.738 \\
 8680.789 & Fe I            &  999       &  4.19 & 33765.304 & $-$2.413 & K88  & 0.578 &0.857 \\
 8680.864 & $^{12}$C$^{14}$N&A-X,4-2,49Q &  1.06 &  8567.881 & $-$1.230 & K    & 0.644 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\begin{table*}
\begin{flushleft}
\begin{tabular}{llcrrrlcccccc}
\hline
\noalign{\smallskip}
\multicolumn{1}{c}{$\lambda$ (\AA)} &
\multicolumn{1}{c}{\sl ion} &
\multicolumn{1}{c}{\sl mult} &
\multicolumn{2}{c}{\sl EP} &
\multicolumn{1}{c}{log $gf$} &
\multicolumn{1}{c}{\sl ref} &
\multicolumn{2}{c}{T = 4500 $^\circ$K}&
\multicolumn{1}{c}{} &
\multicolumn{2}{c}{T = 7500 $^\circ$K}\\ \cline{4-5} \cline{8-9} \cline{11-12}
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{\sl (eV)} &
\multicolumn{1}{c}{$cm^{-1}$} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=1.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}&
\multicolumn{1}{c}{} &
\multicolumn{1}{c}{(log $g$=2.0)}&
\multicolumn{1}{c}{(log $g$=4.5)}\\
\noalign{\smallskip}
\hline
\noalign{\smallskip}
 8682.430 & $^{12}$C$^{14}$N&A-X,3-1,61Q &  1.15 &  9263.183 & $-$1.089 & K    & 0.631 \\
 8682.988 & Ti I            &   68       &  1.05 &  8492.421 & $-$1.941 & MFW  & 0.220 &0.381 \\
 8683.403 & N  I            &    1       & 10.33 & 83317.830 & $-$0.045 & NBS  &       &&&0.640&0.818 \\
 8686.149 & N  I            &    1       & 10.33 & 83284.070 & $-$0.448 & NBS  &       &&&0.731&0.894 \\
 8686.352 & Si I            &            &  6.21 & 50054.800 & $-$1.200 & KP   & 0.732 \\
 8686.777 & Fe I            & 1269       &  4.99 & 40231.332 & $-$2.138 & K88  & 0.846 \\
 8687.508 & Cr I            &            &  3.38 & 27223.050 & $-$1.854 & K88  & 0.863 \\
 8688.621 & Fe I            &   60       &  2.18 & 17550.175 & $-$1.212 & FMW  & 0.052 &0.166&&0.449 \\
 8689.701 & Fe I            &  507       &  3.05 & 24574.650 & $-$3.838 & K88  & 0.552 &0.867 \\
 8689.857 & Fe I            & 1330       &  5.11 & 41178.406 & $-$0.984 & K88  & 0.500 &0.765 \\
 8682.054 & $^{12}$C$^{14}$N&A-X,4-2,49Q &  1.07 &  8649.942 & $-$1.230 & K    & 0.656 \\
 8690.061 & Si I            &            &  5.61 & 45276.188 & $-$1.980 & KP   & 0.750 \\
 8692.326 & Ti I            &   68       &  1.05 &  8436.618 & $-$2.295 & MFW  & 0.325 &0.464 \\
 8693.931 & S  I            &    6       &  7.87 & 63475.051 & $-$0.510 & NBS  & 0.899 &&&0.691&0.776 \\
 8694.626 & S  I            &    6       &  7.87 & 63475.051 & $+$0.080 & NBS  & 0.820 &&&0.544&0.631 \\
 8696.408 & $^{12}$C$^{14}$N&A-X,2-0,72Q &  1.24 & 10029.394 & $-$1.190 & K    & 0.723 \\
 8698.407 & $^{12}$C$^{14}$N&A-X,2-0,65P &  1.02 &  8237.391 & $-$1.545 & K    & 0.752 \\
 8698.707 & Fe I            &  400       &  2.99 & 24118.814 & $-$3.483 & K88  & 0.411 &0.736 \\
 8699.446 & Fe I            & 1267       &  4.96 & 39969.844 & $-$0.360 & K88  & 0.359 &0.562&&0.764&0.727 \\
 8701.012 & Mn I            &   49       &  4.43 & 35725.850 & $-$0.477 & K88  & 0.686 &0.857 \\
 8702.489 & Ni I            &   83       &  2.74 & 22102.349 & $-$3.604 & K88  & 0.755 \\
 8703.247 & N  I            &    1       & 10.33 & 83284.070 & $-$0.412 & NBS  &       &&&0.723&0.888 \\
 8703.256 & Si I            &            &  5.62 & 45293.629 & $-$2.000 & KP   & 0.758 \\
 8703.701 & Mn I            &   49       &  4.43 & 35725.850 & $-$0.328 & K88  & 0.627 &0.817 \\
 8704.509 & $^{12}$C$^{14}$N&A-X,2-0,66P &  1.02 &  8237.877 & $-$1.540 & K    & 0.750 \\
 8706.878 & $^{12}$C$^{14}$N&A-X,4-2,50Q &  1.11 &  8935.871 & $-$1.221 & K    & 0.665 \\
 8707.962 & Cr I            &            &  4.39 & 35398.020 & $-$0.539 & K88  & 0.849 &0.893 \\
 8710.174 & Mg I            &            &  5.93 & 47841.119 & $-$1.550 & KP   & 0.684 &0.878 \\
 8710.392 & Fe I            & 1267       &  4.91 & 39625.800 & $-$0.646 & K88  & 0.392 &0.618&&0.844&0.803 \\
 8711.703 & N  I            &    1       & 10.33 & 83317.830 & $-$0.377 & NBS  &       &&&0.715&0.883 \\
 8712.676 & Mg I            &            &  5.93 & 47844.414 & $-$1.670 & KP   & 0.725 \\
 8712.689 & Mg I            &            &  5.93 & 47844.414 & $-$1.370 & KP   & 0.624 &0.837&&&0.898 \\
 8713.187 & Fe I            &  400       &  2.95 & 23783.614 & $-$3.182 & K88  & 0.338 &0.611 \\
 8713.210 & Fe I            & 1267       &  4.99 & 40231.332 & $-$0.904 & K88  & 0.456 &0.715&&0.883 \\
 8717.816 & Mg I            &            &  5.93 & 47851.162 & $-$1.850 & KP   & 0.785 \\
 8717.825 & Mg I            &            &  5.93 & 47851.162 & $-$0.930 & KP   & 0.504 &0.715&&0.803&0.789 \\
 8718.837 & N  I            &    1       & 10.34 & 83364.620 & $-$0.433 & NBS  &       &&&0.730&0.893 \\
 8719.611 & Ti I            &  140       &  1.74 & 14028.470 & $-$2.584 & K88  & 0.879 \\
 8722.778 & $^{12}$C$^{14}$N&A-X,2-0,66P &  1.05 &  8483.135 & $-$1.538 & K    & 0.765 \\
 8724.103 & $^{12}$C$^{14}$N&A-X,4-2,51Q &  1.13 &  9125.310 & $-$1.212 & K    & 0.674 \\
 8727.126 & C  I            &            &  1.26 & 10192.630 & $-$8.210 & LAMB & 0.742 \\
 8728.010 & Si I            &   79       &  6.18 & 49850.830 & $-$0.610 & KP   & 0.570 &0.883&&0.786&0.757 \\
 8728.594 & Si I            &   79       &  6.18 & 49850.830 & $-$1.720 & KP   & 0.865 \\
 8728.847 & $^{12}$C$^{14}$N&A-X,2-0,67P &  1.05 &  8483.629 & $-$1.533 & K    & 0.763 \\
 8729.148 & Fe I            &  713       &  3.41 & 27543.004 & $-$2.954 & K88  & 0.428 &0.739 \\
 8734.707 & Fe I            &            &  1.05 &  8492.421 & $-$2.384 & MFW  & 0.367 &0.498 \\
 8736.006 & Mg I            &            &  5.95 & 47957.027 & $-$0.860 & KP   & 0.493 &0.701&&0.785&0.773 \\
 8736.006 & Mg I            &            &  5.95 & 47957.027 & $-$1.930 & KP   & 0.815 \\
 8736.019 & Mg I            &            &  5.95 & 47957.045 & $-$1.970 & KP   & 0.826 \\
 8736.019 & Mg I            &            &  5.95 & 47957.045 & $-$2.170 & KP   & 0.877 \\
 8736.019 & Mg I            &            &  5.95 & 47957.045 & $-$0.690 & KP   & 0.459 &0.654&&0.729&0.723 \\
 8736.029 & Mg I            &            &  5.95 & 47957.058 & $-$1.020 & KP   & 0.530 &0.747&&0.833&0.820 \\
 8737.262 & Mn I            &   49       &  4.43 & 35769.970 & $-$0.600 & K88  & 0.737 &0.887 \\
 8740.914 & Mn I            &   49       &  4.43 & 35769.970 & $-$0.055 & K88  & 0.533 &0.735 \\
 8741.703 & $^{12}$C$^{14}$N&A-X,4-2,52Q &  1.16 &  9318.249 & $-$1.204 & K    & 0.683 \\
 8742.446 & Si I            &   44       &  5.87 & 47351.554 & $-$0.630 & KP   &       &0.810&&0.715&0.693 \\
 8747.423 & Fe I            &  401       &  3.02 & 24338.762 & $-$3.358 & K88  & 0.393 &0.704 \\
 8747.602 & $^{12}$C$^{14}$N&A-X,2-0,67P &  1.08 &  8732.315 & $-$1.531 & K    & 0.777 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}
\end{document}
