% aa.dem % AA vers. 5.1, LaTeX class for Astronomy & Astrophysics % demonstration file % (c) Springer-Verlag HD %----------------------------------------------------------------------- % \documentclass[referee]{aa} % for a referee version % %\documentclass{aa} %\usepackage{psfig} \usepackage[dvips]{graphicx} \setcounter{table}{1} %__________________________________________________ 7 column table \begin{document} \begin{table} \caption[]{ Table 2 Analyses of individual atomic lines. Columns from left to right are: the names of ion, wavelength in \AA, excitation potential ( $\chi$ ) in eV, log {\it gf} value, reference for log {\it gf}, log $\epsilon$, and the remark ( HFS : the abundances determined by adopting the HFS data taken from Kurucz\ (\cite{kurucz}) ). } \label{individual} \begin{center} \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline & & & & & & \\ \ion{He}{i} & \multicolumn{3}{r}{(log $\epsilon$(\ion{He}{i}) $\le$ 9.0)} upper limit & & & \\ & 5875.6 & & & & $\le$ 9.0 & \\ & 5875.60 & 20.96 & $-$1.52 & NI & & \\ & 5875.61 & 20.96 & $-$0.34 & NI & & \\ & 5875.62 & 20.96 & 0.41 & NI & & \\ & 5875.63 & 20.96 & $-$0.34 & NI & & \\ & 5875.64 & 20.96 & 0.14 & NI & & \\ & 5875.97 & 20.96 & $-$0.22 & NI & & \\ % & 6678.15 & 21.22 & 0.33 & NI & & \\ & & & & & & \\ \ion{C}{ii} & \multicolumn{3}{r}{(log $\epsilon$(\ion{C}{i}) $\le$ 8.3)} upper limit & & & \\ & 4267 & & & & $\le$ 8.3 & \\ & 4267.00 & 18.04 & 0.56 & HH & & \\ & 4267.26 & 18.04 & 0.79 & HH & & \\ & 4267.26 & 18.04 & $-$0.59 & HH & & \\ & & & & & & \\ \ion{O}{i} & \multicolumn{2}{r}{(log $\epsilon$(\ion{O}{i}) = 8.31)} & & &\\ & 6156--58 & & & &8.31 & \\ & 6155.96 & 10.74 & $-$1.36 & NI & & \\ & 6155.97 & 10.74 & $-$1.01 & NI & & \\ & 6155.99 & 10.74 & $-$1.12 & NI & & \\ & 6156.74 & 10.74 & $-$1.49 & NI & & \\ & 6156.76 & 10.74 & $-$0.90 & NI & & \\ & 6156.78 & 10.74 & $-$0.69 & NI & & \\ & 6158.15 & 10.74 & $-$1.84 & NI & & \\ & 6158.17 & 10.74 & $-$1.00 & NI & & \\ & 6158.19 & 10.74 & $-$0.41 & NI & & \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \label{individual3} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline & & & & & & \\ \ion{Mg}{i} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Mg}{i}) = 7.30 $\pm$~0.42)} & & & \\ & 4702.99 & 4.35 & $-$0.67 & KX & 7.60 & \\ & 5528.40 & 4.35 & $-$0.34 & NI & 7.00 & \\ & & & & & & \\ \ion{Mg}{ii} & \multicolumn{2}{r}{(log $\epsilon$(\ion{Mg}{ii}) = 7.15 $\pm$~0.19)} & & & \\ & 4390.6 & & & & 7.08 & \\ & 4390.51 & 10.00 & $-$1.49 & KX & & \\ & 4390.57 & 10.00 & $-$0.53 & KX & & \\ & 4433.99 & 10.00 & $-$0.91 & KX & 7.30 & \\ & 4436.5 & & & & 7.30 & \\ & 4436.49 & 11.57 & $-$0.89 & KX & & \\ & 4436.49 & 11.57 & $-$2.19 & KX & & \\ & 4436.59 & 11.57 & $-$1.04 & KX & & \\ & 4481 & & & & 6.90 & \\ & 4481.13 & 8.86 & 0.73 & NI & & \\ & 4481.15 & 8.86 & $-$0.57 & NI & & \\ & 4481.33 & 8.86 & 0.58 & NI & & \\ & & & & & & \\ \ion{Si}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Si}{ii}) = 7.75 $\pm$~0.09)} & & & \\ & 4128.05 & 9.84 & 0.32 & NI & 7.65 & \\ & 4130.9 & & & & 7.80 & \\ & 4130.87 & 9.84 & $-$0.82 & KX & & \\ & 4130.89 & 9.84 & 0.48 & KX & & \\ & 5957.56 & 10.07 & $-$0.35 & NI & 7.80 & \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \label{individual3} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline & & & & & & \\ \ion{Cl}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Cl}{ii}) = 7.39 $\pm$~0.17)} & & & \\ & 4794.56 & 13.38 & 0.40 & NI & 7.21 & \\ & 4810.07 & 13.38 & 0.24 & NI & 7.53 & \\ & 4819.48 & 13.38 & 0.02 & NI & 7.44 & \\ & & & & & & \\ \ion{Sc}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Sc}{ii}) = 3.06)}& & & \\ & 4314.08 & 0.62 & $-$0.10 & NI & 3.06 & \\ & & & & & & \\ \ion{Ti}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Ti}{ii}) = 5.49 $\pm$~0.38)}& & &\\ & 4301.91 & 1.16 & $-$1.16 & NI & 5.34 & \\ & 4394.05 & 1.22 & $-$1.59 & NI & 5.40 & \\ & 4411.93 & 1.22 & $-$2.41 & KX & 5.75 & \\ & 4468.51 & 1.13 & $-$0.62 & NI & 4.84 & \\ & 4470.86 & 1.16 & $-$2.28 & NI & 5.80 & \\ & 4763.88 & 1.22 & $-$2.45 & KX & 5.81 & \\ & & & & & & \\ \ion{V}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{V}{ii}) = 4.75)} & & &\\ & 4183.44 & 2.05 & $-$1.11 & BG & 4.75 & \\ & & & & & & \\ \ion{Cr}{i} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Cr}{i}) = 7.61 $\pm$~0.45)} & & &\\ & 4274.80 & 0.00 & $-$0.23 & NI & 6.97 & \\ & 4374.17 & 3.00 & $-$0.49 & NI & 8.00& \\ & 4730.70 & 3.08 & $-$0.19 & NI & 7.70 & \\ & 4756.14 & 3.10 & 0.09 & NI & 7.78& \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \label{individual3} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline \ion{Cr}{ii} & \multicolumn{2}{r}{(log $\epsilon$ (\ion{Cr}{ii}) = 7.36 $\pm$~0.48)} & & & & \\ & 4222.00 & 5.66 & $-$1.93 & KX & 7.30 & \\ & 4503.56 & 5.66 & $-$3.30 & KX & 8.15 & \\ & 4577.42 & 8.35 & $-$1.42 & KX & 7.83& \\ & 4592.05 & 4.07 & $-$1.22 & NI & 6.80 & \\ & 4634.09 & 4.07 & $-$1.25 & NI & 7.16 & \\ & 4723.34 & 4.17 & $-$2.71 & KX & 7.40& \\ & 4779.05 & 5.67 & $-$1.93 & KX & 7.20& \\ & 4812.34 & 3.86 & $-$1.80 & NI & 6.83 & \\ & 4836.23 & 3.86 & $-$2.25 & NI & 6.85 & \\ & 4884.61 & 3.86 & $-$2.08 & NI & 7.00 & \\ & 4896.05 & 6.48 & $-$2.46 & KX & 7.85 & \\ & 4912.46 & 6.48 & $-$0.95 & KX & 7.04& \\ & 5308.41 & 4.07 & $-$1.81 & NI & 6.88 & \\ & 5508.61 & 4.16 & $-$2.12 & NI & 7.00& \\ & 5678.39 & 6.48 & $-$1.24 & KX & 7.31 & \\ & 6118.03 & 11.08 & $-$0.47 & KX & 8.20& \\ & 6181.35 & 11.14 & 0.19 & KX & 7.94& \\ & 6418.90 & 6.69 &$-$1.79 & KX & 7.80 & \\ & & & & & & \\ & & & & & & \\ \ion{Mn}{ii}&\multicolumn{2}{r}{(log $\epsilon$(\ion{Mn}{ii}) = 6.30 $\pm$~0.00)} & & & \\ & 4252.96 & 6.19 & $-$1.14 & KX & 6.30& HFS \\ & 4755.73 & 5.40 & $-$1.24 & KX & 6.30 & HFS \\ & 4806.82 & 5.42 & $-$1.56 & KX & 6.30 & HFS \\ & & & & & & \\ \ion{Fe}{i}&\multicolumn{2}{r}{(log $\epsilon$(\ion{Fe}{i}) = 8.32 $\pm$~0.17)}& & &\\ & 4154.50 & 2.83 & $-$0.69 & KX & 8.36& \\ & 4219.36 & 3.57 & 0.12 & NI & 8.20& \\ & 4260.47 & 2.40 & $-$0.02 & NI & 8.13 & \\ & 4415.12 & 1.61 & $-$0.61 & NI & 8.14& \\ & 4484.22 & 3.60 & $-$0.72 & NI & 8.41& \\ & 4611.28 & 3.68 & $-$0.67 & KX & 8.31& \\ & 4910.33 & 4.19 & $-$0.47 & KX & 8.58& \\ & 4910.56 & 4.22 & $-$0.44 & KX & 8.52& \\ & 4983.87 & 4.10 & $-$0.07 & KX & 8.46& \\ & 5269.54 & 0.86 & $-$1.32 & NI & 8.09 & \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline \ion{Fe}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Fe}{ii}) = 8.29 $\pm$~0.32)}& & & \\ & 4178.86 & 2.58 & $-$2.54 & RU & 7.89 & \\ & 4303.17 & 2.70 & $-$2.49 & RU & 7.78 & \\ & 4314.31 & 2.68 & $-$3.60 & RU & 8.46 & \\ & 4318.19 & 7.88 & $-$1.88 & RU & 8.70 & \\ & 4319.41 & 7.65 & $-$1.99 & RU & 8.57 & \\ & 4372.22 & 2.68 & $-$4.98 & RU & 8.75 & \\ & 4385.39 & 2.78 & $-$2.58 & RU & 8.05& \\ & 4416.83 & 2.78 & $-$2.60 & RU & 8.09& \\ & 4451.98 & 11.26 & $-$0.74 & KX & 8.35& \\ & 4455.27 & 6.23 & $-$2.00 & RU & 8.83& \\ & 4472.93 & 2.83 & $-$3.53 & RU & 8.45 & \\ & 4480.69 & 6.23 & $-$2.56 & RU & 8.30& \\ & 4499.69 & 7.69 & $-$1.68 & RU & 8.55& \\ & 4508.28 & 2.86 & $-$2.35 & RU & 7.77 & \\ & 4510.51 & 6.22 & $-$3.05 & RU & 8.47 & \\ & 4520.22 & 2.81 & $-$2.62 & RU & 7.70 & \\ & 4522.63 & 2.84 & $-$2.17 & RU & 7.82 & \\ & 4576.34 & 2.84 & $-$2.98 & RU & 7.99 & \\ & 4582.84 & 2.84 & $-$3.22 & RU & 8.07 & \\ & 4583.83 & 2.81 & $-$2.02 & RU & 7.96 & \\ & 4620.51 & 2.83 & $-$3.31 & RU & 8.12& \\ & 4640.81 & 7.71 & $-$1.74 & RU & 8.59& \\ & 4666.76 & 2.83 & $-$3.37 & RU & 8.24& \\ & 4923.93 & 2.89 & $-$1.50 & RU & 7.73 & \\ & 4993.36 & 2.81 & $-$3.68 & RU & 8.58& \\ & 5315.56 & 8.23 & $-$1.46 & RU & 8.68 & \\ & 5529.93 & 6.73 & $-$1.81 & RU & 8.48& \\ & 5871.80 & 10.83 & 0.28 & RU & 8.36 & \\ & 5991.38 & 3.15 & $-$3.65 & RU & 8.51& \\ & 6084.10 & 3.20 & $-$3.88 & RU & 8.60& \\ & 6147.74 & 3.89 & $-$2.83 & RU & 8.34& \\ & 6149.26 & 3.89 & $-$2.84 & RU & 8.37& \\ & 6238.39 & 3.89 & $-$2.75 & RU & 8.32& \\ & 6446.41 & 6.22 & $-$2.08 & RU & 8.42& \\ & 6516.08 & 2.89 & $-$3.43 & RU & 8.41& \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline \ion{Co}{i} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Co}{i}) = 8.44 $\pm$~0.10)} & & &\\ & 4478.31 & 3.10 & $-$1.21 & KX & 8.50 & HFS \\ & 5341.33 & 4.15 & 0.04 & KX & 8.34 & HFS \\ & 5352.05 & 3.58 & 0.07 & NI & 8.40 & HFS \\ & 5381.77 & 4.24 & $-$0.07 & KX & 8.40 & HFS \\ & 6006.35 & 4.40 & $-$0.23 & KX & 8.36 & HFS \\ & 6082.43 & 3.51 & $-$0.52 & NI & 8.45 & HFS \\ & 6595.86 & 3.71 & $-$0.70 & KX & 8.58 & HFS \\ & & & & & & \\ \ion{Co}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Co}{ii}) = 8.35 $\pm$~0.37)} & & &\\ & 4309.41 & 7.61 & $-$2.07 & KX & 8.60 & \\ & 4396.94 & 5.07 & $-$2.60 & KX & 8.43 & \\ & 4482.66 & 5.12 & $-$2.87 & KX & 8.67 & \\ & 4497.43 & 3.41 & $-$2.54 & KX & 7.77 & \\ & 4506.24 & 3.01 & $-$4.74 & KX & 8.77 & \\ & 4537.93 & 5.12 & $-$2.22 & KX & 8.01 & \\ & 4559.83 & 3.49 & $-$3.56 & KX & 7.70 & \\ & 4586.83 & 3.46 & $-$3.85 & KX & 8.00 & \\ & 4915.42 & 3.41 & $-$3.43 & KX & 8.50 & \\ & 6373.80 & 11.84 & 0.68 & KX & 8.60 & \\ & 6522.09 & 12.01 & 0.78 & KX & 8.60 & \\ & 6538.71 & 11.90 & 0.97 & KX & 8.55 & \\ & & & & & & \\ \ion{Ni}{ii}& \multicolumn{2}{r}{(log $\epsilon$(\ion{Ni}{ii}) = 6.90 )} & & &\\ & 6124.89 & 6.39 & $-$2.05 & KX & 6.90 & \\ & & & & & & \\ \ion{Sr}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Sr}{ii}) = 2.96 $\pm$~0.16)} & & &\\ & 4077.71 & 0.00 & 0.15 & NI & 2.85 & \\ & 4215.52 & 0.00 & $-$0.17 & NI & 3.07 & \\ & & & & & & \\ \ion{Y}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Y}{ii}) = 4.33 $\pm$~0.37)} & & &\\ & 4982.13 & 1.03 & $-$1.30 & NI & 4.55 & \\ & 5200.42 & 0.99 & $-$0.58 & NI & 4.10 & \\ & 5662.93 & 1.94 & 0.16 & KX & 3.93 & \\ & 5728.89 & 1.84 & $-$1.13 & NI & 4.73 & \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline & & & & & & \\ \ion{Ba}{ii} & \multicolumn{2}{r}{(log $\epsilon$(\ion{Ba}{ii}) $\le$ 2.1)} upper limit & & & \\ & 4554.03 & 0.00 & 0.16 & NI & $\le$ 2.1 & \\ & & & & & & \\ \ion{La}{ii} & \multicolumn{2}{r}{(log $\epsilon$(\ion{La}{ii}) = 4.00)} & & &\\ & 6262.29 & 0.40 & $-$1.22 & LB & 4.00 & \\ & & & & & & \\ \ion{Ce}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Ce}{ii}) = 4.68 $\pm$~0.21)} & & &\\ & 4123.87 & 0.86 & 0.28 & B & 4.40 & \\ & 4185.33 & 0.98 & $-$0.56 & B & 4.73 & \\ & 4310.70 & 0.50 & $-$0.95 & B & 4.90 & \\ & 4390.27 & 1.46 & 0.17 & B & 4.70 & \\ & & & & & & \\ \ion{Pr}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Pr}{ii}) = 4.70)} & & &\\ & 5815 & & & & 4.70 & \\ & 5815.17 & 1.05 & $-$0.26 & KX & & \\ & 5815.33 & 1.58 & 0.27 & KX & & \\ & & & & & & \\ \ion{Pr}{iii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Pr}{iii}) = 4.68 $\pm$~0.27)} & & &\\ & 4910.82 & 0.17 & $-$1.77 & B & 4.60 & \\ & 4929.12 & 0.36 & $-$1.88 & B & 4.63 & \\ & 5284.69 & 0.17 & $-$0.59 & B & 4.30 & \\ & 5299.99 & 0.36 & $-$0.53 & B & 4.50 & \\ & 5765.24 & 1.55 & $-$1.10 & B & 4.62 & \\ & 5998.93 & 0.17 & $-$1.80 & B & 4.95 & \\ & 6053.00 & 0.00 & $-$1.84 & B & 5.10 & \\ & 6090.01 & 0.36 & $-$0.82 & B & 4.46 & \\ & 6160.23 & 0.17 & $-$0.98 & B & 4.55 & \\ & 6361.65 & 0.17 & $-$2.08 & B & 5.05 & \\ & & & & & & \\ \ion{Nd}{iii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Nd}{iii}) =4.74 $\pm$~0.13)} & & &\\ & 5102.42 & 0.63 &$-$0.38 & B & 4.65 & \\ & 5294.10 & 0.00 &$-$0.65 & B & 4.68 & \\ & 5633.54 & 0.14 &$-$2.06 & B & 4.88 & \\ & & & & & & \\ \hline \end{tabular} \end{center} \end{table} \begin{table} \begin{center} \caption[]{ Table 2~continued } \vskip4mm \begin{tabular}{ccccccc} \hline \hline \noalign{\smallskip} Ion & $\lambda$~(\AA) & $\chi$~(eV) & log {\it gf} & Ref. & log $\epsilon$ & remark \\ \hline & & & & & & \\ \ion{Eu}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Eu}{ii}) = 4.14 $\pm$~0.38)} & & &\\ & 6303.42 & 1.28 & $-$0.84 & LW & 4.35 &HFS \\ & 6645.06 & 1.38 & 0.20 & LW & 3.76 & HFS \\ & & & & & & \\ \ion{Eu}{iii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Eu}{iii}) = 5.30 $\pm$~0.42)} & & &\\ & 4838.00 & 3.55 & $-$2.49 & MR & 5.60 & \\ & 6666.35 & 3.98 &$-$0.98 &MR & 5.00 & \\ & & & & & & \\ \ion{Gd}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Gd}{ii}) = 4.53 $\pm$~0.28)} & & &\\ & 4162.73 & 0.49 & $-$0.72 & KX & 4.60 & \\ & 4163.09 & 0.66 & $-$0.84 & KX & 4.40 & \\ & 4229.80 & 1.62 & $-$0.02 & KX & 4.15 & \\ & 4597.91 & 0.60 &$-$0.99 & KX & 4.60 & \\ & 4894.30 & 1.17 & $-$1.08 & KX & 4.90 & \\ & & & & & & \\ \ion{Dy}{ii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Dy}{ii}) = 4.75)}& & & \\ & 4689.75 & 1.85 & $-$0.71 & KX & 4.75 & \\ & & & & & & \\ \ion{Dy}{iii} &\multicolumn{2}{r}{(log $\epsilon$(\ion{Dy}{iii}) = 4.07)} & & & \\ & 4434.27 & 0.52 & $-$1.13 & B & 4.07 & \\ & & & & & & \\ \noalign{\smallskip} \hline \noalign{\smallskip} \hline \hline Reference for log {\it gf} values \\ \hline B : Bi\'emont et al.\ (\cite{dream}) \\ BG : Bi\'emont et al.\ (\cite{biemont89a}) \\ HH : Hirata \& Horaguchi\ (\cite{hirata}) \\ KX : Kurucz\ (\cite{kurucz}) \\ LB : Lawler et al.\ (\cite{lawler1}) \\ LW : Lawler et al.\ (\cite{lawler}) \\ MR: Mashonkina et al.\ (\cite{mashonkina})\\ NI : NIST\ (\cite{nist}) \\ RU : Raasen \& Ulings\ (\cite{raasen}) \\ \hline \end{tabular} \end{center} \end{table} \begin{thebibliography}{} \bibitem[1989]{biemont89a} Bi\'emont, E., Grevesse, N., Faires, L.M., Marsden, G., Lawler, J.E., \& Whaling, W. 1989, A\&A 209, 398 \bibitem[2002]{dream} Bi\'emont, E., Palmeri, P., \& Quinet, P. 2002, http://www.umh.ac.be/$^{\sim}$astro/dream.shtml \bibitem[1995]{hirata} Hirata, R., \& Horaguchi, T. 1995, http://vizier.u-strasbg.fr/cgi-bin/VizieR?-source=VI/69 \bibitem[2001]{kurucz} Kurucz, R.L. 2001, http://kurucz.harvard.edu/ \bibitem[2001a]{lawler1} Lawler, J.E., Bonvallet, G., \& Sneden C. 2001a, ApJ 556, 452 \bibitem[2001b]{lawler} Lawler, J.E., Wickliffe, M.E., \& Den Hartog. E.A. 2001b, ApJ 563, 1075 \bibitem[2002]{mashonkina} Mashonkina, L.I., Ryabtsev, A.N., \& Ryabchikova, T.A. 2002, Astro. Lett. 28, 34 \bibitem[2000]{nist} NIST 2000, http://physics.nist.gov/PhysRefData/contents-atomic.html \bibitem[1994]{north} North, P., \& Nicolet, B. 1994, A\&A 286, 348 \bibitem[2000]{raasen} Raasen, A.J.J., \& Uylings, P.H.M. 2000, http://www.science.uva.nl/pub/orth/iron/FeII.E1 \end{thebibliography} \end{document}