\documentstyle[epsf]{aa}
\begin{document}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{Elemental Abundances from Newly Measured Lines}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
$\mu$ Lep   &       &    &     &        &   \\
O I         &   &       & log (O/N$_{T}$) & = & -2.55 $\pm$ 0.18\\   
  1& 7771.94 & +0.37 & WF & 142 & -2.39  \\
   & 7774.17 & +0.22 & WF & 130 & -2.50  \\
   & 7777.53 & +0.00 & WF & 107 & -2.74  \\
   &         &       &    &     &        \\  
14 Hya &  & &            &     &        \\
O I         &   &       & log (O/N$_{T}$) & = & -3.10 $\pm$ 0.22\\
 11& 5436.86 & -1.40 & WF &   7 & -3.26 \\
 12& 5330.74 & -0.88 & WF &  36 & -2.95 \\
Mg I         &   &       & log (Mg/N$_{T}$) & = & -4.92\\
  2& 5183.60 & -0.16 & WS &  13 & -4.92 \\
P II         &   &       & log (P/N$_{T}$) & = & -5.65 $\pm$ 0.37\\
 10& 5253.47 & +0.29 & KX &  17 & -5.57 \\
S II         &   &       & log (S/N$_{T}$) & = & -4.73 $\pm$ 0.16\\
  6& 5428.66 & -0.01 & WS &   9 & -4.89 \\
   & 5432.82 & +0.31 & WS &  19 & -4.63 \\
   & 5453.86 & +0.56 & WS &  17 & -4.97 \\
   & 5473.61 & -0.12 & WS &  10 & -4.67 \\
 11& 5606.15 & +0.16 & WS &  12 & -4.73 \\
   & 5639.98 & +0.33 & WS &  18 & -4.44 \\
Ti II         &   &       & log (Ti/N$_{T}$) & = & -5.75 $\pm$ 0.32\\
 69& 5336.78 & -1.70 & MF &  29 & -5.71 \\
   & 5381.02 & -2.08 & MF &  16 & -5.18 \\
 70& 5154.06 & -1.92 & MF &  36 & -5.30 \\
   & 5185.91 & -1.35 & MF &  37 & -5.70 \\
   & 5188.68 & -1.21 & MF &  44 & -5.81 \\
   & 5226.54 & -1.30 & MF &  37 & -5.92 \\
 86& 5129.15 & -1.39 & MF &  21 & -6.07 \\
103& 5211.54 & -1.36 & KX &  14 & -6.02 \\
   & 5268.62 & -1.62 & MF &   6 & -6.15 \\
Cr II        &   &       & log (Cr/N$_{T}$) & = & -5.62 $\pm$ 0.28\\
 23& 5249.40 & -2.43 & KX &  12 & -5.58 \\
 43& 5232.50 & -2.09 & KX &  13 & -5.70 \\
   & 5237.33 & -1.16 & MF &  50 & -5.55 \\
   & 5308.41 & -1.81 & MF &  18 & -5.80 \\
   & 5313.56 & -1.65 & MF &  27 & -5.68 \\
   & 5334.99 & -1.56 & KX &  16 & -6.15 \\
 87& 6089.69 & -1.26 & KX &  15 & -5.23 \\
Mn II         &   &       & log (Mn/N$_{T}$) & = & -4.48 $\pm$ 0.26\\
  I& 5102.52 & -1.93 & KX &  31 & -4.42 \\
   & 5123.33 & -1.88 & KX &  34 & -4.37 \\
   & 5177.65 & -1.77 & KX &  50 & -4.00 \\
   & 5295.40 & -0.66 & KX &  63 & -4.21 \\
   & 5302.44 & +1.00 & KX &  71 & -4.28 \\
   & 5501.08 & -1.75 & KX &  11 & -5.00 \\
   & 5511.55 & -1.90 & KX &  24 & -4.37 \\
   & 5559.05 & -1.32 & KX &  52 & -4.27 \\
   & 5561.43 & -2.42 & KX &  12 & -4.44 \\
   & 5570.54 & -1.44 & KX &  54 & -4.10 \\
   & 5578.13 & -1.40 & KX &  55 & -4.08 \\
   & 5752.23 & -1.94 & KX &  12 & -4.67 \\
   & 5826.29 & -1.77 & KX &  14 & -4.73 \\
   & 6105.28 & -0.46 & KX &  12 & -4.34 \\
   & 6122.45 & +0.95 & KX &  69 & -4.18 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
14 Hya      &       &    &     &        &   \\
Fe II       &   &      & log (Fe/N$_{T}$) & = & -4.82 $\pm$ 0.29\\
J & 5093.58 & +0.11 & KX &  14 & -4.52  \\
  & 5097.27 & +0.31 & KX &  21 & -4.45  \\
  & 5145.78 & -0.17 & KX &   9 & -4.50  \\
  & 5149.46 & +0.40 & KX &  12 & -4.89  \\
  & 5169.03 & -0.87 & MF &  74 & -5.29  \\
  & 5197.56 & -2.10 & MF &  26 & -5.32  \\
  & 5216.85 & +0.81 & KX &  15 & -5.10  \\
  & 5227.48 & +0.80 & KX &  36 & -4.39  \\
  & 5234.62 & -2.05 & MF &  35 & -5.12  \\
  & 5247.95 & +0.63 & KX &  15 & -4.90  \\
  & 5254.93 & -3.23 & KX &   8 & -4.91  \\
  & 5260.26 & +1.07 & KX &  24 & -5.07  \\
  & 5276.00 & -1.94 & MF &  29 & -5.41  \\
  & 5272.39 & -2.03 & KX &  11 & -4.62  \\
  & 5284.10 & -3.19 & MF &   9 & -5.02  \\
  & 5318.05 & -0.14 & KX &   9 & -4.48  \\
  & 5325.56 & -2.60 & MF &  12 & -5.29  \\
  & 5339.59 & +0.54 & KX &  12 & -4.97  \\
  & 5362.87 & -2.74 & KX &  35 & -4.44  \\
  & 5387.06 & +0.52 & KX &  14 & -4.83  \\
  & 5395.86 & +0.36 & KX &   6 & -5.09  \\
  & 5402.06 & +0.50 & KX &  15 & -4.77  \\
  & 5429.99 & +0.46 & KX &  11 & -4.89  \\
  & 5506.20 & +0.95 & MF &  27 & -4.76  \\
  & 5534.83 & -2.93 & MF &  21 & -4.62  \\
  & 5780.12 & +0.32 & KX &  11 & -4.68  \\
Y II       &   &      & log (Y/N$_{T}$) & = & -7.05 $\pm$ 0.24\\
20 & 5200.41 & -0.57 & HL & 17 & -7.20 \\
   & 5205.72 & -0.34 & HL & 27 & -7.06 \\
27 & 5497.41 & -0.58 & HL & 21 & -6.67 \\
38 & 5662.92 & +0.16 & HL & 28 & -7.04 \\
   &         &       &    &    &       \\  
$\kappa$ Cnc &  & &      &        &     \\
O I       &   &      & log (O/N$_{T}$) & = & -3.47 $\pm$ 0.33\\
12 & 5330.74 & -0.88 & WF & 27 & -3.01 \\
Ne I       &   &      & log (Ne/N$_{T}$) & = & -3.39 $\pm$ 0.24\\
 1 & 6143.06 & -0.35 & WS &  31 & -3.07 \\
 3 & 6074.34 & -0.45 & WS &  19 & -3.49 \\
 6 & 5842.49 & -0.43 & WS &  15 & -3.63 \\
P II       &   &      & log (P/N$_{T}$) & = & -4.52 $\pm$ 0.25\\
 5 & 6024.18 & +0.14 & KX &  87 & -4.13 \\
   & 6034.04 & -0.21 & KX &  65 & -4.14 \\
   & 6043.08 & +0.38 & KX &  91 & -4.29 \\
 6 & 5344.73 & -0.33 & KX &  50 & -4.41 \\
   & 5409.72 & -0.37 & KX &  52 & -4.31 \\
   & 5425.88 & +0.24 & KX &  74 & -4.47 \\
   & 5499.70 & -0.50 & KX &  40 & -4.41 \\
 7 & 5152.22 & -1.60 & KX &   9 & -4.47 \\
   & 5191.39 & -0.82 & KX &  43 & -3.99 \\
   & 5296.07 & -0.13 & KX &  67 & -4.26 \\
23 & 5483.52 & -0.70 & KX &  12 & -4.18 \\
   & 5541.14 & -0.34 & KX &  11 & -4.61 \\
   & 5583.24 & +0.10 & KX &  15 & -4.89 \\
27 & 5727.70 & -0.67 & KX &  11 & -4.20 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
$\kappa$ Cnc &  & &      &        &     \\
P II& {\it (continued)}   &     &    &     &      \\
 S & 5378.19 & -0.06 & KX &  13 & -4.80\\
   & 5437.36 & -0.39 & KX &   5 & -4.61\\
   & 5461.18 & +0.47 & KX &  21 & -4.62\\
Sc II       &   &    & log (Sc/N$_{T}$) & = & -8.13 $\pm$ 0.29\\
29 & 5657.90 & -0.50 & MF &   4 & -7.62\\
Cr II       &   &      & log (Cr/N$_{T}$) & = & -6.28 $\pm$ 0.18\\
43 & 5237.33 & -1.16 & MF &  14 & -6.25\\
   & 5274.96 & -1.29 & KX &   9 & -6.34\\
   & 5334.87 & -1.56 & KX &   9 & -6.10\\
50 & 5478.36 & -1.91 & KX &   5 & -5.96\\
Mn II       &   &      & log (Mn/N$_{T}$) & = & -4.35 $\pm$ 0.27\\
I & 5251.82 & -1.83 & KX &   19 & -4.09\\
  & 5295.40 & +0.66 & KX &   69 & -3.87\\
  & 5302.44 & +1.00 & KX &   80 & -3.96\\
  & 5307.35 & -2.07 & KX &   11 & -4.18\\
  & 5343.09 & -0.59 & KX &    4 & -3.88\\
  & 5421.92 & -2.18 & KX &   33 & -3.72\\
  & 5501.08 & -1.75 & KX &   20 & -4.38\\
  & 5511.55 & -1.90 & KX &   22 & -4.17\\
  & 5559.05 & -1.32 & KX &   51 & -4.01\\
  & 5561.43 & -2.42 & KX &   19 & -3.90\\
  & 5570.54 & -1.44 & KX &   56 & -3.72\\
  & 5752.23 & -1.94 & KX &   20 & -4.11\\
  & 5826.29 & -1.77 & KX &   23 & -4.16\\
  & 6040.36 & -2.19 & KX &   11 & -4.07\\
  & 6050.38 & -0.79 & KX &   11 & -3.94\\
  & 6051.95 & -0.90 & KX &    5 & -4.26\\
  & 6101.36 & -2.56 & KX &   11 & -3.77\\
  & 6107.20 & -0.97 & KX &    9 & -3.88\\
  & 6122.45 & +0.95 & KX &   71 & -3.93\\
  & 6125.88 & +0.78 & KX &   55 & -4.13\\
  & 6131.94 & +0.05 & KX &   28 & -4.19\\
Fe II       &   &      & log (Fe/N$_{T}$) & = & -4.38 $\pm$ 0.25\\
 J & 5113.00 & -0.49 & KX &   9 & -4.14\\
   & 5115.06 & -0.45 & KX &   9 & -4.20\\
   & 5117.01 & -0.13 & KX &  10 & -4.42\\
   & 5143.88 & +0.10 & KX &   8 & -4.80\\
   & 5144.36 & +0.28 & KX &  21 & -4.37\\
   & 5145.78 & -0.17 & KX &  26 & -3.76\\
   & 5149.46 & +0.40 & KX &  27 & -4.29\\
   & 5150.49 & -0.12 & KX &  18 & -4.09\\
   & 5160.84 & -2.64 & KX &  16 & -3.80\\
   & 5169.03 & -0.87 & MF &  88 & -4.68\\
   & 5170.78 & -0.36 & KX &  10 & -4.21\\
   & 5177.02 & -0.18 & KX &  24 & -3.85\\
   & 5180.31 & +0.04 & KX &  17 & -4.32\\
   & 5197.56 & -2.10 & MF &  52 & -4.32\\
   & 5199.12 & +0.10 & KX &  17 & -4.37\\
   & 5200.81 & -0.37 & KX &  11 & -4.12\\
   & 5203.64 & -0.05 & KX &  19 & -4.14\\
   & 5215.34 & -0.10 & KX &  25 & -3.87\\
   & 5215.83 & -0.23 & KX &  22 & -3.88\\
   & 5216.85 & +0.81 & KX &  31 & -4.54\\
   & 5218.84 & -0.20 & KX &  12 & -4.28\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
$\kappa$ Cnc& &      &    &     &      \\
Fe II& {\it (continued)} &      &    &     &      \\
   & 5222.36 & -0.33 & KX &  12 & -4.08\\
   & 5223.23 & -0.41 & KX &  17 & -3.84\\
   & 5234.62 & -2.05 & MF &  60 & -4.13\\
   & 5237.95 & +0.14 & KX &  22 & -4.18\\
   & 5247.95 & +0.63 & MF &  43 & -3.98\\
   & 5251.23 & +0.51 & KX &  32 & -4.19\\
   & 5254.93 & -3.23 & KX &  17 & -4.24\\
   & 5257.12 & +0.03 & KX &  21 & -4.09\\
   & 5260.26 & +1.07 & KX &  60 & -3.98\\
   & 5264.18 & +0.36 & KX &  34 & -4.02\\
   & 5264.81 & -3.19 & MF &  25 & -4.04\\
   & 5276.00 & -1.94 & MF &  52 & -4.48\\
   & 5291.67 & +0.58 & KX &  31 & -4.30\\
   & 5306.18 & +0.22 & KX &  25 & -4.13\\
   & 5315.56 & -1.46 & KX &  10 & -4.03\\
   & 5318.05 & -0.14 & KX &  13 & -4.22\\
   & 5318.75 & -0.57 & KX &   8 & -4.07\\
   & 5322.34 & -0.52 & KX &  10 & -4.02\\
   & 5347.18 & -0.28 & KX &  11 & -4.12\\
   & 5355.42 & -0.41 & KX &   7 & -4.28\\
   & 5358.87 & -0.30 & KX &   6 & -4.47\\
   & 5366.21 & -0.27 & KX &   6 & -4.49\\
   & 5370.28 & -0.54 & KX &  12 & -3.89\\
   & 5395.86 & +0.36 & KX &  24 & -4.25\\
   & 5402.06 & +0.50 & KX &  31 & -4.19\\
   & 5405.10 & -0.27 & KX &  10 & -4.19\\
   & 5408.81 & -2.39 & KX &   7 & -4.29\\
   & 5411.36 & -0.44 & KX &  10 & -4.04\\
   & 5414.05 & -3.79 & MF &   5 & -4.37\\
   & 5414.85 & -0.31 & KX &   9 & -4.24\\
   & 5427.82 & -1.66 & KX &  14 & -4.34\\
   & 5429.99 & +0.46 & KX &  21 & -4.46\\
   & 5442.35 & -0.30 & KX &   7 & -4.37\\
   & 5444.39 & -0.18 & KX &  20 & -3.86\\
   & 5445.81 & -0.11 & KX &  11 & -4.33\\
   & 5455.93 & -0.52 & KX &  14 & -3.81\\
   & 5457.72 & -0.17 & KX &   8 & -4.37\\
   & 5475.83 & -0.18 & KX &  14 & -4.12\\
   & 5479.41 & -0.42 & KX &   6 & -4.35\\
   & 5482.31 & +0.43 & KX &  27 & -4.24\\
   & 5487.62 & +0.36 & KX &  29 & -4.06\\
   & 5488.78 & -0.47 & KX &   5 & -4.35\\
   & 5493.83 & +0.21 & KX &  29 & -3.98\\
   & 5502.68 & -0.14 & KX &  10 & -4.35\\
   & 5506.20 & +0.95 & MF &  45 & -4.21\\
   & 5510.78 &  0.00 & KX &  24 & -3.91\\
   & 5529.06 & -0.25 & KX &   4 & -4.64\\
   & 5529.93 & -1.87 & KX &   6 & -4.58\\
   & 5532.09 & -0.33 & KX &  12 & -4.05\\
   & 5534.85 & -2.93 & MF &  30 & -4.10\\
   & 5544.20 & -0.23 & KX &  11 & -4.17\\
   & 5544.76 & +0.12 & KX &  17 & -4.28\\
   & 5548.21 & -0.51 & KX &   6 & -4.23\\
   & 5549.00 & -0.23 & KX &  10 & -4.26\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
$\kappa$ Cnc & &     &    &    &          \\
Fe II & {\it (continued)} &    &   & &     \\   
   & 5563.40 & -0.57 & KX &   5 & -4.26\\
   & 5567.84 & -1.89 & KX &   8 & -4.38\\
   & 5579.92 & -0.55 & KX &   6 & -4.13\\
   & 5587.11 & -2.18 & KX &   7 & -4.14\\
   & 5645.40 & +0.08 & KX &  18 & -4.18\\
   & 5648.90 & -0.24 & KX &  11 & -4.17\\
   & 5651.58 & -0.58 & KX &   9 & -3.88\\
   & 5660.15 & -0.41 & KX &   9 & -4.08\\
   & 5691.00 & -0.20 & KX &  11 & -4.16\\
   & 5746.58 & -0.37 & KX &  12 & -3.94\\
   & 5755.45 & -0.45 & KX &   4 & -4.41\\
   & 5776.76 & -0.58 & KX &   8 & -3.93\\
   & 5780.13 & +0.32 & KX &  28 & -4.02\\
   & 5783.63 & +0.21 & KX &  18 & -4.22\\
   & 5784.48 & +0.06 & KX &  10 & -4.40\\
   & 5811.63 & -0.49 & KX &   5 & -4.27\\
   & 5813.82 & -1.94 & KX &   8 & -3.86\\
   & 5830.34 & -0.27 & KX &   5 & -4.45\\
   & 5835.49 & -2.37 & KX &   8 & -4.24\\
   & 5854.19 & -0.19 & KX &   7 & -4.36\\
   & 5871.77 & +0.02 & KX &  15 & -4.09\\
   & 6045.46 & -2.42 & KX &  11 & -3.88\\
   & 6060.98 & -1.68 & KX &   5 & -4.34\\
    &        &       &    &     & \\
7 Sex     &  &       &    &   &        \\
C I       &   &      & log (C/N$_{T}$) & = & -3.35 $\pm$ 0.07\\
11   &5380.34& -1.62 & WF &  14 & -3.42 \\
18.01&5039.07& -1.79 & WF &  11 & -3.25 \\
O I       &   &      & log (O/N$_{T}$) & = & -3.00 $\pm$ 0.31\\
11 & 5436.86 & -1.40 & WF &   6 & -3.49 \\
12 & 5330.74 & -0.98 & WF &  49 & -2.75 \\ 
22 & 6046.40 & -1.29 & WF &  23 & -2.71 \\
Mg I         &   &      & log (Mg/N$_{T}$) & = & -3.98 $\pm$ 0.09\\
 2 & 5167.32 & -1.03 & WS &  85 & -3.82 \\
   & 5172.68 & -0.38 & WS & 104 & -4.08 \\
   & 5183.60 & -0.16 & WS & 121 & -3.96 \\
 9 & 5528.39 & -0.62 & KX &  44 & -3.98 \\
S II       &   &      & log (S/N$_{T}$) & = & -4.24 $\pm$ 0.38\\
 6 & 5453.86 & +0.56 & WS &   7 & -4.79 \\
11 & 5606.15 & +0.16 & WS &   4 & -4.64 \\
14 & 5639.98 & +0.33 & WS &  13 & -3.90 \\
Ca I       &   &      & log (Ca/N$_{T}$) & = & -4.98 $\pm$ 0.31\\
21 & 5594.46 & -0.05 & WS &  10 & -4.66 \\
Ti II       &   &      & log (Ti/N$_{T}$) & = & -6.79 $\pm$ 0.25\\
  69 & 5336.78 & -1.70 & MF &  17 & -6.93 \\
     & 5381.02 & -2.08 & MF &  28 & -6.27 \\
  70 & 5185.91 & -1.35 & MF &  37 & -6.64 \\
     & 5188.68 & -1.21 & MF &  42 & -6.86 \\
  86 & 5129.15 & -1.39 & MF &  27 & -6.79 \\
 113 & 5072.28 & -0.75 & MF &  12 & -7.15 \\
Cr I       &   &      & log (Cr/N$_{T}$) & = & -5.74 $\pm$ 0.09\\
   7 & 5204.51 & -0.21 & MF &  14 & -5.62 \\
     & 5206.04 & +0.02 & MF &  18 & -5.72 \\
     & 5208.42 & +0.16 & MF &  25 & -5.68 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
7 Sex       &   &     &                  &   &                \\
Cr II      &   &      & log (Cr/N$_{T}$) & = & -6.03 $\pm$ 0.29\\
  23 & 5407.62 & -2.09 & KX &  14 & -6.18 \\
  43 & 5237.34 & -1.16 & MF &  54 & -6.02 \\
     & 5274.96 & -1.29 & KX &  44 & -6.09 \\
     & 5308.84 & -1.81 & MF &   9 & -6.51 \\
     & 5310.70 & -2.28 & MF &   8 & -6.11 \\
     & 5313.16 & -1.65 & MF &  31 & -6.00 \\
     & 5334.88 & -1.56 & KX &  21 & -6.35 \\
     & 5337.79 & -2.03 & KX &  25 & -5.77 \\
  50 & 5478.35 & -1.91 & KX &  20 & -5.97 \\
Fe I       &   &      & log (Fe/N$_{T}$) & = & -4.17 $\pm$ 0.25\\
  15 & 5269.54 & -1.32 & MF & 42 & -3.94 \\
     & 5371.49 & -1.64 & MF & 24 & -3.95 \\
     & 5405.79 & -1.84 & MF & 27 & -3.66 \\
     & 5455.61 & -1.75 & KX & 24 & -3.82 \\
 283 & 5139.47 & -0.57 & KX & 30 & -3.74 \\
 553 & 5324.18 & -0.24 & MF & 25 & -4.02 \\
 686 & 5572.85 & -0.31 & MF &  9 & -4.41 \\
     & 5586.76 & -0.21 & MF & 25 & -3.94 \\
1146 & 5364.87 & +0.22 & MF &  9 & -4.34 \\
     & 5367.48 & +0.35 & MF & 11 & -4.36 \\
     & 5383.37 & +0.50 & MF & 27 & -4.07 \\
1163 & 5463.27 & +0.11 & MF & 17 & -3.89 \\
1165 & 5404.11 & +0.54 & KX & 25 & -4.18 \\
Fe II       &   &     & log (Fe/N$_{T}$) & = & -4.36 $\pm$ 0.23\\
 J & 5061.72 & +0.22 & KX &  13 & -4.55 \\ 
   & 5070.90 & +0.24 & KX &  15 & -4.48 \\
   & 5075.76 & +0.28 & KX &  17 & -4.40 \\
   & 5082.23 & -0.10 & KX &   7 & -4.51 \\
   & 5089.21 & -0.04 & KX &  11 & -4.42 \\
   & 5093.58 & +0.11 & KX &  21 & -4.10 \\
   & 5097.27 & +0.31 & KX &  27 & -4.13 \\
   & 5106.11 & -0.19 & KX &   5 & -4.67 \\ 
   & 5117.03 & -0.13 & KX &   6 & -4.61 \\
   & 5127.86 & -2.53 & KX &  18 & -4.10 \\
   & 5144.36 & +0.28 & KX &  20 & -4.27 \\
   & 5149.46 & +0.40 & KX &  24 & -4.24 \\
   & 5160.84 & -2.64 & KX &  18 & -4.00 \\
   & 5169.03 & -0.87 & MF & 128 & -4.82 \\
   & 5180.31 & +0.04 & KX &   9 & -4.55 \\
   & 5194.89 & -0.15 & KX &  23 & -3.72 \\
   & 5197.56 & -2.10 & MF &  74 & -4.57 \\
   & 5199.12 & +0.10 & KX &  15 & -4.31 \\ 
   & 5200.80 & -0.37 & KX &   8 & -4.16 \\
   & 5216.85 & +0.81 & KX &  26 & -4.55 \\ 
   & 5214.00 & -0.22 & KX &   7 & -4.35 \\
   & 5223.23 & -0.41 & KX &   6 & -4.32 \\
   & 5227.49 & +0.80 & KX &  50 & -3.94 \\
   & 5234.62 & -2.05 & MF &  84 & -4.38 \\
   & 5237.95 & +0.14 & KX &  14 & -4.36 \\
   & 5247.95 & +0.63 & MF &  15 & -4.75 \\
   & 5251.24 & +0.51 & KX &  25 & -4.28 \\
   & 5253.64 & -0.09 & KX &  19 & -3.91 \\
   & 5254.93 & -3.23 & KX &  40 & -4.14 \\
   & 5257.12 & +0.03 & KX &  19 & -4.00 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
7 Sex &      &       &    &     &      \\
Fe II &{\it (continued)}      &       &    &     &      \\
   & 5260.26 & +1.07 & KX &  41 & -4.45 \\
   & 5272.40 & -2.03 & MF &  27 & -4.11 \\
   & 5276.00 & -1.94 & MF &  86 & -4.45 \\
   & 5284.10 & -3.19 & MF &  56 & -4.07 \\
   & 5291.67 & +0.58 & KX &  24 & -4.38 \\ 
   & 5306.18 & +0.22 & KX &  20 & -4.11 \\
   & 5315.56 & -1.46 & KX &  15 & -3.85 \\
   & 5318.05 & -0.14 & KX &  16 & -3.93 \\
   & 5325.56 & -2.60 & MF &  55 & -4.48 \\
   & 5339.59 & +0.54 & KX &  44 & -3.80 \\
   & 5358.87 & -0.30 & KX &   8 & -4.18 \\ 
   & 5375.84 & -0.29 & KX &  13 & -3.92 \\
   & 5387.06 & +0.52 & KX &  25 & -4.24 \\ 
   & 5395.86 & +0.36 & KX &  15 & -4.42 \\
   & 5414.05 & -3.79 & MF &  12 & -4.32 \\
   & 5425.25 & -3.36 & MF &  30 & -4.24 \\
   & 5427.82 & -1.66 & KX &  16 & -4.37 \\
   & 5429.99 & +0.46 & KX &  30 & -4.00 \\
   & 5439.71 & -2.31 & KX &  10 & -3.97 \\
   & 5442.35 & -0.30 & KX &   6 & -4.29 \\
   & 5475.83 & -0.18 & KX &   4 & -4.63 \\
   & 5482.31 & +0.43 & KX &  20 & -4.28 \\
   & 5487.62 & +0.36 & KX &  19 & -4.23 \\
   & 5503.21 & -0.09 & KX &  20 & -3.79 \\
   & 5506.19 & +0.95 & MF &  33 & -4.42 \\ 
   & 5529.06 & -0.25 & KX &  13 & -3.89 \\
   & 5534.83 & -2.93 & MF &  57 & -4.06 \\
   & 5544.76 & +0.12 & KX &  26 & -3.79 \\
   & 5567.84 & -1.89 & KX &   6 & -4.65 \\
   & 5577.92 & -0.14 & KX &   8 & -4.25 \\
   & 5588.22 & +0.09 & KX &  13 & -4.17 \\
   & 5645.40 & +0.08 & KX &  11 & -4.28 \\
   & 5746.58 & -0.37 & KX &  10 & -3.84 \\
   & 5747.89 & -2.91 & KX &  10 & -3.99 \\
   & 5780.13 & +0.32 & KX &  15 & -4.26 \\
   & 5783.63 & +0.21 & KX &  11 & -4.29 \\
   & 5784.48 & +0.06 & KX &   7 & -4.42 \\
   & 6045.46 & -2.42 & KX &   6 & -4.34 \\
Y II       &   &      & log (Y/N$_{T}$) & = & -9.20 $\pm$ 0.25\\
21 & 5123.21 & -0.83 & HL &   3 & -8.96 \\
38 & 5662.92 & +0.16 & HL &   5 & -9.20 \\
        &  & &           &    &  \\
HR 4487 &  & &           &    &        \\
Al I       &   &      & log (Al/N$_{T}$) & = & -4.40 $\pm$ 0.11\\
1 & 7835.31 & -0.65 & KX &   5 & -4.32 \\
  & 7836.13 & -0.49 & KX &   5 & -4.48 \\
P II       &   &      & log (P/N$_{T}$) & = & -5.46 $\pm$ 0.33\\
5 & 6024.18 & +0.14 & KX &  11 & -5.34 \\
  & 6043.08 & +0.38 & KX &   6 & -5.91 \\
M & 7845.61 & -0.06 & KX &   4 & -5.14 \\
Ca I       &   &      & log (Ca/N$_{T}$) & = & -4.11 $\pm$ 0.27\\
21 & 5594.46 & -0.05 & WS & 13 & -3.90 \\
   & 5598.48 & -0.22 & WS & 13 & -3.71 \\
47 & 5857.45 & +0.23 & WS &  6 & -4.30 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
HR 4487 &  & &           &    &        \\
Cr II       &   &      & log (Cr/N$_{T}$) & = & -5.48 $\pm$ 0.32\\
189& 5620.63 & -1.14 & KX & 11 & -5.62 \\
Mn II       &   &      & log (Mn/N$_{T}$) & = & -5.17 $\pm$ 0.26\\
 I & 5901.72 & -1.60 & KX &  9 & -5.22 \\
   & 6105.28 & -0.46 & KX &  2 & -5.18 \\
   & 6125.88 & +0.78 & KX & 25 & -5.15 \\
   & 6128.74 & +0.59 & KX & 32 & -4.72 \\
Fe I       &   &      & log (Fe/N$_{T}$) & = & -4.14 $\pm$ 0.29\\
686& 5615.65 & -0.14 & MF & 19 & -3.78 \\
Fe II       &   &     & log (Fe/N$_{T}$) & = & -4.49 $\pm$ 0.27\\
 J & 5645.40 & +0.08 & KX &  8 & -4.51 \\
   & 5780.13 & +0.32 & KX & 11 & -4.47 \\
   & 5783.63 & +0.21 & KX &  9 & -4.51 \\
   & 5784.48 & +0.06 & KX &  6 & -4.58 \\
   & 5813.82 & -1.94 & KX &  4 & -4.18 \\
   & 5842.30 & -0.21 & KX &  7 & -4.21 \\
   & 5854.19 & -0.19 & KX & 14 & -3.77 \\
   & 5871.77 & +0.02 & KX &  4 & -4.70 \\
   & 5902.82 & +0.42 & KX & 14 & -4.40 \\
   & 5952.51 & -2.03 & KX &  8 & -4.69 \\
   & 5961.71 & +0.70 & KX & 15 & -4.64 \\
   & 7711.71 & -2.54 & KX & 17 & -4.71 \\
Y II       &   &      & log (Y/N$_{T}$) & = & -7.02 $\pm$ 0.39\\
34 & 5728.89 & -1.12 & HL & 29 & -6.44 \\
   & 5781.69 & -0.91 & KX & 19 & -6.95 \\
Hg I       &   &      & log (Hg/N$_{T}$) & = & -6.56 $\pm$ 0.10\\
 1 & 5460.74 & +0.45 & WM & 12 & -6.49 \\
 5 & 5799.90 & +0.63 & KX &  3 & -6.63 \\
   &         &       &    &    &       \\  
HR 4817 &  & &           &    &        \\
P II       &   &      & log (P/N$_{T}$) & = & -6.10 $\pm$ 0.27\\
5 & 6024.18 & +0.14 & KX &  10 & -5.91 \\
  & 6034.04 & -0.21 & KX &   4 & -6.07 \\
  & 6043.08 & +0.38 & KX &  15 & -5.89 \\
S II       &   &      & log (S/N$_{T}$) & = & -4.99 $\pm$ 0.20\\
14& 5639.98 & +0.33 & WS &  14 & -4.81 \\
  & 5647.02 & +0.11 & WS &   8 & -5.03 \\
Mn II       &   &      & log (Mn/N$_{T}$) & = & -4.94 $\pm$ 0.25\\
I & 5752.23 & -1.94 & KX &  15 & -4.41 \\
  & 5826.29 & -1.77 & KX &  23 & -4.30 \\
  & 6105.28 & -0.46 & KX &  16 & -4.11 \\
  & 6122.45 & +0.95 & KX &  81 & -3.77 \\
  & 6050.38 & -0.79 & KX &   8 & -4.21 \\
  & 6122.83 & +0.08 & KX &  20 & -4.55 \\
  & 6125.88 & +0.78 & KX &  53 & -4.26 \\
  & 6131.94 & +0.05 & KX &  36 & -4.00 \\
Fe II       &   &      & log (Fe/N$_{T}$) & = & -4.94 $\pm$ 0.25\\
J & 5588.22 & +0.09 & KX &  4 & -4.98 \\
  & 5645.40 & +0.08 & KX &  9 & -4.60 \\
  & 5780.13 & +0.32 & KX &  8 & -4.84 \\
  & 5783.63 & +0.21 & KX &  3 & -5.20 \\
  & 5885.02 & +0.32 & KX &  8 & -4.80 \\
  & 6045.46 & -2.42 & KX &  4 & -4.45 \\
  & 6069.67 & -0.37 & KX &  4 & -4.49 \\
  & 6071.43 & -0.19 & KX &  3 & -4.77 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
3 Cen A &  & &           &    &       \\
N II       &   &      & log (N/N$_{T}$) & = & -3.91 $\pm$ 0.29\\
3 & 5666.63 & -0.04 & WF & 34 &  -3.45 \\
  & 5676.02 & -0.37 & WF & 18 &  -3.76 \\
  & 5679.56 & +0.25 & WF & 47 &  -3.39 \\
  & 5686.21 & -0.55 & WF & 12 &  -3.79 \\
  & 5710.77 & -0.52 & WF & 17 &  -3.65 \\
9 & 5747.30 & -1.08 & WF &  3 &  -4.05 \\
O I       &   &      & log (O/N$_{T}$) & = & -3.67 $\pm$ 0.16\\
1 & 7771.94 & +0.37 & WF & 54 & -3.51 \\
  & 7774.17 & +0.22 & WF & 43 & -3.61 \\
  & 7777.53 & +0.00 & WF & 26 & -3.90 \\
Ne I       &   &      & log (Ne/N$_{T}$) & = & -3.56 $\pm$ 0.12\\
1 & 5944.83 & -0.56 & WS &  29 & -3.33 \\
  & 5881.90 & -0.70 & WS &  17 & -3.60 \\
3 & 6030.00 & -0.99 & WS &   9 & -3.59 \\
  & 6074.34 & -0.45 & WS &  27 & -3.46 \\
6 & 5842.49 & -0.43 & WS &  22 & -3.63 \\
13& 5748.30 & -1.02 & KX &   2 & -3.72 \\
  & 5764.42 & -0.37 & KX &   9 & -3.62 \\
P II       &   &      & log (P/N$_{T}$) & = & -4.85 $\pm$ 0.27\\
17& 6043.08 & +0.38 & KX & 107 & -4.20 \\
23& 5541.14 & -0.34 & KX &  10 & -4.82 \\
Mn II        &   &      & log (Mn/N$_{T}$) & = & -4.81 $\pm$ 0.22\\
 I& 5570.54 & -1.44 & KX &  5 &  -4.68 \\
Fe II       &   &      & log (Fe/N$_{T}$) & = & -4.31 $\pm$ 0.27\\
J & 5510.78 &  0.00 & KX &  9 & -4.07 \\
  & 5529.92 & -1.88 & KX &  2 & -4.21 \\
  & 5534.85 & -2.93 & KX &  6 & -4.01 \\
  & 5544.76 & +0.12 & KX & 14 & -3.95 \\
  & 5645.40 & +0.08 & KX &  9 & -4.10 \\
  & 5648.90 & -0.24 & KX &  2 & -4.53 \\
  & 5726.55 & -0.02 & KX &  2 & -4.60 \\
  & 5780.13 & +0.32 & KX & 11 & -4.19 \\
  & 5783.63 & +0.21 & KX &  5 & -4.48 \\
  & 5871.77 & +0.02 & KX &  2 & -4.71 \\
  & 5902.82 & +0.42 & KX & 15 & -4.12 \\
  & 5961.71 & +0.70 & KX & 15 & -4.39 \\
Fe III       &   &      & log (Fe/N$_{T}$) & = & -4.24 $\pm$ 0.24\\
114&4733.94 & +0.62 & KX & 14 & -3.97 \\
        &  & &           &    &       \\
28 Her  &  & &           &    &       \\
P II      &   &      & log (P/N$_{T}$) & = & -5.58 $\pm$ 0.18\\
 5 & 6024.18 & +0.14 & KX & 10 & -5.36 \\
   & 6034.04 & -0.21 & KX &  4 & -5.55 \\
   & 6043.08 & +0.38 & KX &  8 & -5.73 \\
S II      &   &      & log (S/N$_{T}$) & = & -4.46 $\pm$ 0.30\\
14 & 5639.98 & +0.33 & WS &  6 & -4.68 \\
Mn II      &   &      & log (Mn/N$_{T}$) & = & -5.49 $\pm$ 0.31\\
 I & 6125.88 & +0.78 & KX & 19 & -5.31 \\
   & 6128.74 & +0.59 & KX & 18 & -5.16 \\
   & 6130.80 & +0.35 & KX & 11 & -5.26 \\
Fe I       &   &      & log (Fe/N$_{T}$) & = & -4.44 $\pm$ 0.19\\
686& 5572.84 & -0.31& MF &   5 & -4.35 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
28 Her      &   &      &                  &   &  \\
Fe II       &   &      & log (Fe/N$_{T}$) & = & -4.40 $\pm$ 0.23\\
  J& 5645.40 & +0.08 & KX & 15 & -4.16 \\
   & 5648.90 & -0.24 & KX & 12 & -3.96 \\
   & 5660.15 & -0.41 & KX &  5 & -4.25 \\
   & 5737.90 & -0.54 & KX &  6 & -3.92 \\
   & 5755.45 & -0.45 & KX &  5 & -4.15 \\
   & 5780.13 & +0.32 & KX & 28 & -3.75 \\
   & 5783.63 & +0.21 & KX & 11 & -4.35 \\
   & 5784.45 & +0.06 & KX &  6 & -4.54 \\
   & 5813.82 & -1.94 & KX &  5 & -4.06 \\
   & 6017.89 & -1.95 & KX &  3 & -4.21 \\
   & 6049.45 & -0.42 & KX &  9 & -3.80 \\
   & 6045.46 & -2.42 & KX &  6 & -4.33 \\
Y II       &   &      & log (Y/N$_{T}$) & = & -6.69 $\pm$ 0.27\\
34 & 5728.89 & -1.12 & HL & 27 & -6.47 \\
   & 5781.69 & -0.91 & KX & 16 & -7.09 \\
38 & 5662.92 & +0.16 & HL & 64 & -6.16 \\
   &         &       &    &    &      \\
HR 7245 &  & &           &    &       \\
C II      &   &      & log (C/N$_{T}$) & = & -3.88 $\pm$ 0.21\\
 2& 6578.05 & -0.03 & FW & 20 & -4.00 \\
  & 6582.88 & -0.33 & FW & 15 & -3.89 \\
O I       &   &      & log (O/N$_{T}$) & = & -3.25 $\pm$ 0.14\\
 9& 6453.60 & -1.29 & FW & 10 & -3.07 \\
  & 6454.45 & -1.07 & FW & 10 & -3.29 \\
12& 5329.11 & -1.34 & FW & 10 & -3.16 \\
  & 5329.69 & -1.06 & FW & 15 & -3.22 \\
  & 5330.74 & -0.88 & FW & 20 & -3.27 \\
22& 6046.40 & -1.29 & FW &  3 & -3.55 \\
Ne I       &   &      & log (Ne/N$_{T}$) & = & -4.61\\
 2& 6402.25 & +0.36 & KX &  8 & -4.61 \\
Mg I       &   &      & log (Mg/N$_{T}$) & = & -4.46 $\pm$ 0.16\\
 2& 5172.68 & -0.38 & WS & 17 & -4.35 \\
  & 5183.60 & -0.16 & WS & 17 & -4.57 \\
P II      &   &      & log (P/N$_{T}$) & = & -5.24 $\pm$ 0.24\\
 5& 6024.18 & +0.14 & KX & 29 & -5.12 \\
  & 6034.04 & -0.21 & KX & 18 & -5.19 \\
  & 6043.08 & +0.38 & KX & 44 & -4.95 \\
  & 6087.84 & -0.44 & KX & 12 & -5.19 \\
 6& 5344.74 & -0.33 & KX & 17 & -5.27 \\
  & 5409.72 & -0.37 & KX & 15 & -5.30 \\
  & 5425.88 & +0.24 & KX & 29 & -5.42 \\
  & 5499.70 & -0.50 & KX & 10 & -5.38 \\
 7& 5191.39 & -0.82 & KX & 11 & -5.01 \\
  & 5296.07 & -0.13 & KX & 34 & -4.76 \\
23& 5450.17 & -0.05 & KX &  3 & -5.42 \\
  & 5541.14 & -0.34 & KX &  3 & -5.15 \\
32& 6459.94 & +0.16 & KX & 21 & -5.20 \\
S II       &   &      & log (S/N$_{T}$) & = & -5.45 $\pm$ 0.30\\
 6& 5428.66 & -0.01 & WS &  9 & -5.07 \\
  & 5432.82 & +0.31 & WS & 15 & -4.98 \\
  & 5453.86 & +0.56 & WS &  6 & -5.80 \\
 7& 5103.33 & -0.28 & WM &  3 & -5.41 \\
11& 5606.15 & +0.16 & WS &  2 & -5.88 \\
  & 5640.33 & +0.15 & KX &  4 & -5.56 \\
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
HR 7245 &  & &           &    &       \\
S II &{\it (continued)}&  &    &    &     \\
14& 5647.02 & +0.11 & WS &  2 & -5.75 \\
39& 5212.62 & +0.66 & KX &  6 & -5.48 \\
Sc II       &   &      & log (Sc/N$_{T}$) & = & -8.70 $\pm$ 0.03\\
31& 5526.80 & +0.13 & KX &  3 & -8.68 \\
Ti II       &   &      & log (Ti/N$_{T}$) & = & -3.67 $\pm$ 0.16\\
69& 5336.78 & -1.70 & MF & 11 &-6.23 \\
  & 5381.02 & -2.08 & MF &  5 & -6.29 \\
70& 5188.68 & -1.21 & MF & 20 & -6.38 \\
  & 5226.54 & -1.30 & MF & 24 & -6.19 \\
86& 5129.15 & -1.39 & MF & 14 & -6.25 \\
Cr II       &   &      & log (Cr/N$_{T}$) & = & -5.88 $\pm$ 0.26\\
43& 5237.33 & -1.16 & MF & 35 & -5.96 \\
  & 5246.75 & -2.45 & MF & 11 & -5.62 \\ 
  & 5274.96 & -1.29 & KX & 31 & -5.93 \\
  & 5279.88 & -2.10 & MF & 17 & -5.54 \\
  & 5310.70 & -2.28 & MF & 10 & -5.65 \\
  & 5334.88 & -1.56 & KX & 16 & -6.14 \\
50& 5478.35 & -1.91 & KX & 14 & -5.78 \\
  & 5508.60 & -2.11 & MF &  8 & -5.88 \\
87& 6089.69 & -1.26 & KX & 10 & -5.43 \\
Mn II       &   &      & log (Mn/N$_{T}$) & = & -4.89 $\pm$ 0.30\\
 I& 5177.65 & -1.77 & KX & 17 & -4.98 \\
  & 5251.82 & -1.83 & KX &  7 & -4.89 \\
  & 5295.40 & +0.66 & KX & 48 & -4.60 \\
  & 5299.39 & +0.83 & KX & 50 & -4.68 \\
  & 5302.44 & +1.00 & KX & 60 & -4.61 \\
  & 5307.35 & -2.07 & KX &  6 & -4.70 \\
  & 5511.55 & -1.90 & KX &  9 & -4.94 \\
  & 5570.54 & -1.44 & KX & 36 & -4.64 \\
  & 6050.38 & -0.79 & KX &  4 & -4.57 \\
  & 6105.28 & -0.46 & KX &  6 & -4.72 \\
  & 6122.45 & +0.95 & KX & 39 & -4.91 \\
  & 6128.74 & +0.59 & KX & 28 & -4.87 \\
  & 6131.80 & +0.35 & KX &  7 & -5.50 \\
  & 6131.94 & +0.05 & KX &  7 & -5.20 \\
  & 6240.94 & -2.09 & KX &  3 & -5.01 \\
  & 6370.31 & -1.66 & KX & 12 & -4.79 \\
  & 6463.64 & +0.24 & KX &  9 & -4.31 \\
  & 6609.26 & -2.05 & KX &  7 & -4.67\\
Fe II       &   &      & log (Fe/N$_{T}$) & = & -4.53 $\pm$ 0.25\\
42& 5169.03 & -0.87 & MF & 89 & -4.92 \\
103&5268.61 & -1.62 & MF &  3 & -6.44 \\
 J& 5106.11 & -0.19 & KX &  9 & -4.58 \\
  & 5107.11 & -0.72 & KX &  8 & -4.10 \\
  & 5113.00 & -0.50 & KX &  3 & -4.79 \\
  & 5115.06 & -0.45 & KX &  5 & -4.57 \\
  & 5117.01 & -0.13 & KX &  6 & -4.78 \\
  & 5127.86 & -2.53 & KX & 10 & -4.37 \\
  & 5132.66 & -4.18 & MF &  5 & -4.45 \\
  & 5143.88 & +0.10 & KX &  6 & -4.97 \\
  & 5144.36 & +0.28 & KX & 10 & -4.89 \\
  & 5149.46 & +0.40 & KX & 14 & -4.81 \\
  & 5150.49 & -0.12 & KX &  7 & -4.67 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
HR 7245 &  & &           &    &       \\
Fe II& {\it (continued)}& &    &    &    \\
  & 5157.28 & -0.31 & KX & 13 & -4.15 \\
  & 5160.84 & -2.64 & KX & 15 & -4.05 \\
  & 5166.56 & -0.03 & KX & 20 & -4.15 \\
  & 5170.78 & -0.36 & KX & 19 & -3.88 \\
  & 5177.02 & -0.18 & KX & 20 & -4.04 \\
  & 5178.37 & -0.59 & KX &  7 & -4.20 \\
  & 5180.31 & +0.04 & KX &  6 & -4.94 \\
  & 5186.87 & -0.30 & KX &  4 & -4.77 \\
  & 5194.89 & -0.15 & KX & 17 & -4.13 \\
  & 5197.56 & -2.10 & MF & 54 & -4.52 \\
  & 5199.12 & +0.10 & KX & 14 & -4.57 \\
  & 5203.64 & -0.05 & KX & 18 & -4.24 \\
  & 5214.00 & -0.22 & KX & 13 & -4.25 \\
  & 5215.34 & -0.10 & KX & 14 & -4.34 \\
  & 5215.83 & -0.23 & KX & 16 & -4.12 \\
  & 5216.85 & +0.81 & KX & 25 & -4.79 \\
  & 5218.84 & -0.20 & KX &  7 & -4.65 \\
  & 5222.36 & -0.33 & KX &  3 & -4.92 \\
  & 5223.23 & -0.41 & KX &  6 & -4.53 \\
  & 5225.98 & -0.40 & KX & 11 & -4.20 \\
  & 5231.91 & -0.64 & KX &  4 & -4.43 \\
  & 5232.78 & -0.06 & KX & 23 & -4.03 \\
  & 5234.62 & -2.05 & MF & 59 & -4.39 \\
  & 5236.62 & -0.70 & KX &  3 & -4.49 \\
  & 5237.95 & +0.14 & KX & 11 & -4.73 \\
  & 5239.81 & -0.46 & KX &  7 & -4.33 \\
  & 5245.46 & -0.51 & KX & 10 & -4.12 \\
  & 5248.34 & -0.60 & KX &  7 & -4.20 \\
  & 5251.23 & +0.51 & KX & 26 & -4.43 \\
  & 5252.31 & -0.36 & KX &  4 & -4.72 \\
  & 5257.12 & +0.03 & KX & 17 & -4.30 \\
  & 5257.90 & -0.71 & KX &  7 & -4.07 \\
  & 5260.26 & +1.07 & KX & 45 & -4.43 \\
  & 5264.18 & +0.36 & KX & 29 & -4.19 \\
  & 5264.81 & -3.19 & MF & 24 & -4.32 \\
  & 5270.03 & +0.07 & KX &  9 & -4.71 \\
  & 5272.39 & -2.03 & KX & 21 & -4.26 \\
  & 5276.00 & -1.94 & MF & 57 & -4.60 \\
  & 5278.23 & -1.15 & KX &  4 & -3.92 \\
  & 5278.94 & -2.41 & KX &  6 & -4.58 \\
  & 5284.10 & -3.19 & MF & 30 & -4.31 \\
  & 5291.67 & +0.58 & KX & 24 & -4.59 \\
  & 5303.39 & -1.61 & KX &  8 & -4.20 \\
  & 5306.18 & +0.22 & KX & 13 & -4.62 \\
  & 5313.11 & -0.64 & KX &  6 & -4.20 \\
  & 5318.05 & -0.14 & KX &  5 & -4.82 \\
  & 5339.59 & +0.54 & KX & 28 & -4.43 \\
  & 5344.41 & -0.68 & KX &  3 & -4.42 \\
  & 5345.42 & -0.41 & KX &  5 & -4.53 \\
  & 5347.18 & -0.28 & KX &  9 & -4.32 \\
  & 5353.22 & -1.10 & KX &  5 & -3.89 \\
  & 5358.87 & -0.30 & KX &  7 & -4.48 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
HR 7245 &  & &           &    &       \\
Fe II &({\it continued})& & & &\\
  & 5360.49 & -0.60 & KX &  7 & -4.13 \\
  & 5366.21 & -0.27 & KX &  4 & -4.81 \\
  & 5395.86 & +0.50 & KX & 24 & -4.47 \\
  & 5402.06 & +0.50 & KX & 24 & -4.47 \\
  & 5405.10 & -0.27 & KX & 12 & -4.19 \\
  & 5408.81 & -2.39 & KX &  6 & -4.61 \\
  & 5411.36 & -0.44 & KX &  6 & -4.40 \\
  & 5414.05 & -3.79 & MF & 12 & -4.16 \\
  & 5414.85 & -0.31 & KX & 19 & -3.85 \\
  & 5425.25 & -3.36 & MF & 10 & -4.70 \\
  & 5429.99 & +0.46 & KX & 22 & -4.47 \\
  & 5436.61 & -0.95 & KX &  5 & -3.98 \\
  & 5442.35 & -0.30 & KX &  9 & -4.34 \\
  & 5443.45 & -0.59 & KX &  8 & -4.09 \\
  & 5444.39 & -0.18 & KX & 16 & -4.04 \\
  & 5445.81 & -0.11 & KX &  9 & -4.53 \\
  & 5451.32 & -0.81 & KX &  3 & -4.45 \\
  & 5455.93 & -0.52 & KX & 10 & -4.06 \\
  & 5457.72 & -0.17 & KX &  4 & -4.85 \\
  & 5475.83 & -0.18 & KX &  8 & -4.52 \\
  & 5479.41 & -0.42 & KX &  4 & -4.63 \\
  & 5488.78 & -0.47 & KX &  8 & -4.20 \\
  & 5427.83 & -1.66 & KX & 29 & -3.96 \\ 
  & 5429.99 & +0.46 & KX & 22 & -4.47 \\
  & 5465.93 & +0.52 & KX & 19 & -4.64 \\
  & 5482.31 & +0.43 & KX & 20 & -4.52 \\
  & 5487.62 & +0.36 & KX & 22 & -4.35 \\
  & 5506.20 & +0.95 & MF & 33 & -4.60 \\
  & 5529.92 & -1.88 & KX &  9 & -4.53 \\
  & 5534.85 & -2.93 & KX & 36 & -4.24 \\
  & 5544.76 & +0.12 & KX &  7 & -4.84 \\
  & 5567.84 & -1.89 & KX & 11 & -4.37 \\
  & 5587.11 & -2.18 & KX &  9 & -4.20 \\
  & 5588.22 & +0.09 & KX & 15 & -4.35 \\
  & 5645.40 & +0.08 & KX & 16 & -4.32 \\
  & 5648.90 & -0.24 & KX &  9 & -4.36 \\
  & 5651.58 & -0.58 & KX & 10 & -3.91 \\
  & 5493.83 & +0.21 & KX & 21 & -4.30 \\
  & 5498.57 & -0.39 & KX &  5 & -4.47 \\
  & 5502.68 & -0.14 & KX &  6 & -4.65 \\
  & 5507.06 & -0.32 & KX &  9 & -4.32 \\
  & 5525.12 & -4.61 & KX &  4 & -3.84 \\
  & 5529.06 & -0.25 & KX &  9 & -4.38 \\
  & 5532.09 & -0.33 & KX &  5 & -4.56 \\
  & 5544.76 & +0.12 & KX & 17 & -4.34 \\
  & 5549.00 & -0.23 & KX &  8 & -4.44 \\ 
  & 5579.92 & -0.55 & KX &  1 & -4.91 \\
  & 5655.36 & -0.72 & KX &  4 & -4.28 \\
  & 5657.93 & -4.10 & KX &  4 & -4.28 \\
  & 5668.64 & -0.71 & KX &  3 & -4.35 \\
  & 5737.90 & -0.54 & KX &  9 & -3.96 \\
 \noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
\end{table*}

\setcounter{table}{4}
\begin{table*}
\begin{center}
   \caption[]{\it - continued}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
 \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\
\hline\noalign{\smallskip}
HR 7245 &  & &           &    &       \\
Fe II &({\it continued})& & & &\\
  & 5783.63 & +0.21 & KX & 11 & -4.61 \\
  & 5784.48 & +0.06 & KX &  8 & -4.62 \\
  & 5802.77 & -0.61 & KX &  4 & -4.36 \\
  & 5813.82 & -1.94 & KX &  6 & -4.11 \\
  & 6045.46 & -2.42 & KX &  4 & -4.61 \\
  & 6069.67 & -0.37 & KX &  5 & -4.40 \\
  & 6071.43 & -0.19 & KX &  3 & -4.82 \\
  & 6113.33 & -4.16 & KX &  9 & -3.90 \\
  & 6147.77 & -2.72 & KX & 22 & -4.48 \\
  & 6149.25 & -2.72 & KX & 21 & -4.53 \\
  & 6238.39 & -2.63 & KX & 21 & -4.60 \\
  & 6247.55 & -2.33 & KX & 42 & -4.25 \\
  & 6248.89 & -2.70 & KX &  4 & -4.62 \\
  & 6375.79 & -0.08 & KX & 17 & -3.84 \\
  & 6383.72 & -2.27 & KX & 12 & -4.47 \\
  & 6385.45 & -2.62 & KX &  4 & -4.71 \\
  & 6389.27 & -0.79 & KX &  2 & -4.07 \\
  & 6415.55 & -1.69 & KX &  4 & -4.12 \\
  & 6425.74 & -0.54 & KX &  7 & -3.87 \\
  & 6432.68 & -3.71 & KX &  9 & -4.49 \\
  & 6442.94 & -2.88 & KX &  4 & -4.46 \\
  & 6456.38 & -2.08 & KX & 32 & -4.80 \\
  & 6482.20 & -2.27 & KX & 18 & -3.90 \\
  & 6571.42 & +0.07 & KX &  3 & -4.88 \\
  & 6573.49 & -2.42 & KX &  3 & -4.33 \\
  & 6600.02 & +0.30 & KX & 16 & -4.19 \\
  & 6621.98 & -0.42 & KX &  5 & -4.14 \\
  & 6627.24 & -1.61 & KX &  5 & -4.70 \\
  & 6679.58 & -3.12 & KX &  4 & -3.84 \\
Y II       &   &      & log (Y/N$_{T}$) & = & -7.91 $\pm$ 0.23\\
20& 5205.72 & -0.34 & HL &  9 & -7.72 \\
38& 5662.92 & +0.16 & HL &  9 & -7.76 \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{center}
gf value sources:\\
BG = Biemont et al. (1981)\\
FW = Fuhr \& Wiese (1990)\\
GB = Grevesse et al. (1981)\\
HL = Hannaford et al. (1982)\\
KX = Kurucz (1995)\\
LD = Lawler \& Dakin (1989)\\
MF = Martin et al. (1988) and Fuhr et al. (1988)\\
WF = Wiese et al. (1996)\\
WM = Wiese \& Martin (1980)\\
WS = Wiese et al. (1966, 1969)\\

\end{table*}
\end{document}

