\documentstyle []{l-aa}           
\begin{document}
%
% Table: Abundance Results For M2
%
\setcounter{table}{4}
\begin{table*}
\caption{Measured Abundances for M2}
\begin{flushleft}
\begin{tabular}{lrcrcrrcr}                       
\hline\noalign{\smallskip}
Element& $A$& Solar & M2\_V11 &  sigma &  $n$ & M2\_HII\_89& sigma & $n$ \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
C  I  &   6 &  8.56 &  \dots &  \dots &  \dots &  8.13 &  0.17  &  2  \\
Na I  &  11 &  6.33 &  4.88  &  0.03  &  2     &  4.53 &  0.08  &  2  \\
Mg I  &  12 &  7.58 &  6.32  &  0.52  &  3     &  6.49 &  0.13  &  4  \\
Al I  &  13 &  6.47 &  5.77  &  0.39  &  2     &  4.84 &  0.25  &  2  \\
Si I  &  14 &  7.55 &  6.28  &  0.11  &  9     &  6.10 &  0.03  &  12 \\
Si II &  14 &  7.55 &  \dots &  \dots &  \dots &  4.43 &  \dots &  1  \\
Ca I  &  20 &  6.36 &  4.83  &  0.04  &  14    &  4.92 &  0.08  &  4  \\
Sc I  &  21 &  3.10 &  \dots &  \dots &  \dots &  1.60 &  0.07  &  1  \\
Sc II &  21 &  3.10 &  1.41  &  0.06  &  10    &  1.09 &  \dots &  11 \\
Ti I  &  22 &  4.99 &  3.64  &  0.05  &  11    &  3.31 &  0.10  &  4  \\
Ti II &  22 &  4.99 &  3.32  &  0.07  &  5     &  3.59 &  0.10  &  5  \\
V  I  &  23 &  4.00 &  3.34  &  \dots &  1     &  2.11 &  0.03  &  3  \\
Cr I  &  24 &  5.67 &  3.90  &  0.05  &  6     &  3.91 &  0.07  &  6  \\
Cr II &  24 &  5.67 &  3.64  &  0.05  &  5     &  4.19 &  0.09  &  5  \\
Mn I  &  25 &  5.39 &  3.47  &  0.16  &  3     &  3.42 &  0.04  &  8  \\
Fe I  &  26 &  7.51 &  5.75  &  0.04  &  33    &  5.97 &  0.03  &  25 \\
Fe II &  26 &  7.51 &  5.71  &  0.02  &  18    &  5.96 &  0.03  &  18 \\
Co I  &  27 &  4.92 &  3.95  &  \dots &  1     &  3.63 &  0.14  &  4  \\
Ni I  &  28 &  6.25 &  4.65  &  0.07  &  11    &  4.55 &  0.06  &  10 \\
Cu I  &  29 &  4.21 &  \dots &  \dots &  \dots &  2.46 &  0.08  &  2  \\
Zn I  &  30 &  4.60 &  3.21  &  0.16  &  2     &  3.04 &  \dots &  1  \\
Y  II &  39 &  2.24 &  0.39  &  0.09  &  7     &  0.40 &  0.06  &  9  \\
Zr I  &  40 &  2.60 &  3.31  &  \dots &  1     &  1.10 &  0.05  &  5  \\
Zr II &  40 &  2.60 &  0.15  &  \dots &  1     &  1.16 &  0.06  &  2  \\
Ru I  &  44 &  1.84 &  \dots &  \dots &  \dots &  0.72 &  \dots &  1  \\
Ba II &  56 &  2.13 &  0.82  &  0.20  &  3     &  0.68 &  0.02  &  3  \\
La II &  57 &  1.22 &  -1.32 &  \dots &  1     & -0.61 &  0.11  &  4  \\
Ce II &  58 &  1.55 &  -0.15 &  \dots &  1     & -0.53 &  0.14  &  5  \\
Pr II &  59 &  0.71 &  \dots &  \dots &  \dots & -0.75 &  0.17  &  2  \\
Nd II &  60 &  1.50 &  -0.30 &  0.11  &  3     & -0.12 &  0.05  &  16 \\
Sm II &  62 &  1.00 &  -0.47 &  0.80  &  2     & -0.43 &  0.31  &  4  \\
Eu II &  63 &  0.51 &  -0.92 &  0.48  &  2     & -0.72 &  0.43  &  2  \\
Dy II &  66 &  1.10 &  \dots & \dots  & \dots  & \dots & \dots  &\dots\\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\label{M2}
\end{table*}


%
% Table: -- Abundance Results for M13
%
%
\setcounter{table}{5}
\begin{table*}
\caption{Measured Abundances for M13}
\begin{flushleft}
\begin{tabular}{lrrcrrcrrcr}                       
\hline\noalign{\smallskip}
Element&$A$ &M13\_SH11 & sigma & n  &M13\_I\_13&sigma  &$n$ &BD+11$\degr$2998& sigma& $n$    \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
C  I  &  6  & \dots & \dots & \dots & \dots & \dots & \dots & 7.40  & 0.07  & 4     \\
Na I  &  11 & 5.48  & 0.15  & 3     & 4.65  & 0.00  & 2     & 5.16  & 0.06  & 4     \\
Mg I  &  12 & 6.43  & 0.18  & 2     & 6.59  & 0.24  & 2     & 6.77  & 0.14  & 4     \\
Al I  &  13 & 5.91  & 0.12  & 2     & 4.88  & 0.23  & 2     & 5.26  & 0.41  & 2     \\
Si I  &  14 & 6.31  & 0.05  & 12    & 6.35  & 0.05  & 15    & 6.69  & 0.02  & 18    \\
Si II &  14 & 6.78  & \dots & 1     & \dots & \dots & \dots & 6.71  & \dots & 1     \\
Ca I  &  20 & 5.23  & 0.04  & 12    & 5.12  & 0.03  & 7     & 5.38  & 0.01  & 15    \\
Sc I  &  21 & \dots & \dots & \dots & \dots & \dots & \dots & 3.59  & \dots & 1     \\
Sc II &  21 & 1.98  & 0.06  & 10    & 1.85  & 0.05  & 9     & 1.94  & 0.02  & 11    \\
Ti I  &  22 & 3.87  & 0.11  & 8     & 3.80  & 0.09  & 21    & 3.97  & 0.05  & 23    \\
Ti II &  22 & 3.84  & 0.03  & 6     & 3.70  & 0.16  & 5     & 3.96  & 0.06  & 8     \\
V  I  &  23 & 2.71  & 0.07  & 5     & 2.52  & 0.09  & 4     & 2.79  & 0.09  & 5     \\
Cr I  &  24 & 4.28  & 0.11  & 9     & 4.28  & 0.10  & 8     & 4.32  & 0.07  & 12    \\
Cr II &  24 & 4.37  & 0.04  & 3     & 4.29  & 0.05  & 5     & 4.40  & 0.06  & 7     \\
Mn I  &  25 & 3.58  & 0.21  & 8     & 3.64  & 0.06  & 8     & 3.80  & 0.02  & 9     \\
Fe I  &  26 & 6.08  & 0.03  & 28    & 6.13  & 0.03  & 24    & 6.34  & 0.02  & 53    \\
Fe II &  26 & 6.20  & 0.05  & 18    & 6.15  & 0.04  & 20    & 6.35  & 0.04  & 20    \\
Co I  &  27 & 3.72  & 0.10  & 6     & 3.69  & 0.12  & 5     & 3.92  & 0.05  & 6     \\
Ni I  &  28 & 4.79  & 0.17  & 8     & 4.66  & 0.06  & 8     & 5.05  & 0.06  & 16    \\
Cu I  &  29 & 2.49  & 0.21  & 2     & 2.56  & 0.10  & 2     & 2.87  & 0.26  & 2     \\
Zn I  &  30 & 2.93  & \dots & 1     & 3.30  & 0.26  & 2     & 3.66  & 0.20  & 3     \\
Y  II &  39 & 0.65  & 0.07  & 7     & 0.60  & 0.06  & 12    & 0.76  & 0.04  & 12    \\
Zr I  &  40 & 1.64  & 0.06  & 6     & 1.50  & 0.09  & 7     & 2.87  & 0.12  & 2     \\
Zr II &  40 & 1.46  & 0.33  & 2     & 1.40  & 0.11  & 3     & 1.60  & 0.27  & 4     \\
Ru I  &  44 & 0.55  & 0.03  & 2     & 0.50  & 0.47  & 2     & \dots & \dots & \dots \\
Ba II &  56 & 1.55  & 0.01  & 2     & 0.91  & 0.02  & 2     & 1.05  & 0.08  & 3     \\
La II &  57 & -0.04 & 0.08  & 5     & -0.24 & 0.06  & 5     & -0.19 & 0.06  & 3     \\
Ce II &  58 & 0.05  & 0.19  & 5     & 0.10  & 0.12  & 6     & -0.03 & 0.04  & 4     \\
Pr II &  59 & -0.47 & 0.31  & 2     & -0.59 & 0.24  & 2     & \dots & \dots & \dots \\
Nd II &  60 & 0.38  & 0.08  & 16    & 0.16  & 0.06  & 16    & 0.02  & 0.06  & 6     \\
Sm II &  62 & 0.10  & 0.21  & 6     & -0.06 & 0.22  & 6     & 0.50  & \dots & 1     \\
Eu II &  63 & -0.22 & 0.36  & 2     & -0.39 & 0.32  & 2     & -0.91 & 0.17  & 2     \\
Dy II &  66 & 0.25  & \dots & 1     & 0.16  & \dots & 1     & \dots & \dots & \dots \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\label{M13}
\end{table*}


%
% Table: -- Abundance Results for M56
%
%
\setcounter{table}{6}
\begin{table*}
\caption{Measured Abundances for M56}
\begin{flushleft}
\begin{tabular}{lrrcrrcrrcr}                       
\hline\noalign{\smallskip}
Element&$A$ &M56\_V6 & sigma & n  &  M56\_I\_60 &sigma &$n$ & M56\_I\_96 & sigma & $n$   \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
Na I  &  11 & \dots & \dots & \dots & 4.97  & 0.10  & 3     & 4.27  & 0.12  &  3    \\
Mg I  &  12 & 4.65  & 0.08  & 2     & 6.14  & 0.29  & 2     & 5.89  & 0.29  &  3    \\
Al I  &  13 & \dots & \dots & \dots & 5.44  & 0.22  & 2     & \dots & \dots & \dots \\
Si I  &  14 & 5.48  & \dots & 1     & 6.03  & 0.05  & 8     & 6.01  & 0.06  & 10    \\
Si II &  14 & \dots & \dots & \dots & \dots & \dots & \dots & \dots & \dots & \dots \\
Ca I  &  20 & 3.54  & \dots & 1     & 4.69  & 0.05  & 12    & 4.79  & 0.03  &  12   \\
Sc I  &  21 & \dots & \dots & \dots & \dots & \dots & \dots & \dots & \dots & \dots \\
Sc II &  21 &  1.05 & 0.18  & 2     & 1.42  & 0.06  & 10    & 1.53  & 0.04   &  11  \\
Ti I  &  22 &  3.05 & 0.06  & 10    & 3.35  & 0.05  & 14    & 3.52  & 0.04   &  11  \\
Ti II &  22 &  3.19 & \dots & 1     & 3.33  & 0.09  & 7     & 3.47  & 0.08   &  6   \\
V  I  &  23 & \dots & \dots & \dots & 2.05  & 0.07  & 5     & 2.31  & 0.04   &  5   \\
Cr I  &  24 & 2.24  & 0.04  & 3     & 3.93  & 0.09  & 8     & 4.05  & 0.13   &  5   \\
Cr II &  24 & \dots & \dots & \dots & 4.13  & 0.24  & 3     & 3.83  & 0.13   &  2   \\
Mn I  &  25 & 1.82  & \dots & 1     & 3.33  & 0.09  & 9     & 3.35  & 0.10   &  4   \\
Fe I  &  26 & 4.13  & 0.06  & 14    & 5.71  & 0.03  & 27    & 5.86  & 0.03   &  29  \\
Fe II &  26 & 4.20  & 0.28  & 3     & 5.70  & 0.04  & 13    & 5.80  & 0.05   &  18  \\
Co I  &  27 & \dots & \dots & \dots & 3.33  & 0.07  & 5     & 3.29  & 0.02   &  4   \\
Ni I  &  28 & 2.82  & 0.10  & 3     & 4.26  & 0.07  & 14    & 4.54  & 0.08   &  12  \\
Cu I  &  29 & \dots & \dots & \dots & 1.90  & \dots & 1     & 1.96  & 0.18   &  2   \\
Zn I  &  30 & \dots & \dots & \dots & 2.31  & \dots & 1     & 2.94  & 0.26   &  2   \\
Y  II &  39 & 0.33  & 0.14  & 3     & 0.44  & 0.10  & 7     & 0.14  & 0.04   &  6   \\
Zr I  &  40 & 1.58  & 0.02  & 2     & 1.46  & 0.14  & 2     & 1.64  & 0.06   &  3   \\
Zr II &  40 & \dots & \dots & \dots & 1.54  & 0.06  & 2     & 1.55  & \dots  &  1   \\
Ba II &  56 & 1.85  &  0.24 & 3     & 0.52  & 0.03  & 2     & 0.33  & 0.02   &  2   \\
La II &  57 & -1.09 & \dots & 1     & -0.30 & 0.06  & 5     & -0.50 & 0.03   &  3   \\
Ce II &  58 & \dots & \dots & \dots & -0.14 & 0.05  & 3     & -0.12 & 0.20   &  4   \\
Pr II &  59 & \dots & \dots & \dots & -0.54 & \dots & 1     & -0.53 & \dots  &  1   \\
Nd II &  60 & -0.54 & 0.10  & 5     & -0.10 & 0.05  & 11    & -0.19 & 0.08   &  13  \\
Sm II &  62 & \dots & \dots & \dots & -0.44 & 0.82  & 2     & -0.21 & 0.28   &  2   \\
Eu II &  63 & -0.88 & 0.36  & 2     & -0.55 & 0.15  & 2     & -0.86 & 0.47   &  2   \\
Dy II &  66 & \dots & \dots & \dots & \dots & \dots & \dots & -0.48 & \dots  &  1   \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\label{M56}
\end{table*}

%
% Equivalent widths for FeI and FeII for standard stars
%
%
\setcounter{table}{8}
\begin{table}
\caption{Equivalent widths for FeI and FeI for standard stars}
\begin{flushleft}
\begin{tabular}{lrrrrr}                       
\hline\noalign{\smallskip}
Element    & $\lambda$& HD165 & BD+30$\degr$& HD20  & HD135 \\
           &          & 195   & 2611       & 4543  & 148   \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
Fe I       & 4930.31  &  12.5:&  61.5 &  20.1 &  25.0 \\
           & 4939.69  & 128.0 & 167.0 & 122.0 & 183.0 \\
           & 4973.10  &  24.6 &  93.6 &  45.1 &  56.0 \\
           & 4994.13  & 132.0 & 178.0 & 125.0 & 183.0 \\
           & 5060.07  &  76.9 & 138.0 &  59.0 & 128.0 \\
           & 5079.23  &  93.3 & 140.0 &  97.0 & 125.0 \\
           & 5083.34  & 134.0 & 179.0 & 122.0 & 190.0 \\
           & 5090.78  &  18.6 &  73.0 &  36.6 &  45.0 \\
           & 5123.72  & 135.0 & 200.0 & 128.0 & 192.0 \\
           & 5127.36  & 127.0 & 167.0 & 112.0 & 180.0 \\
           & 5137.38  &  33.5 &  93.0 &  54.5 &  72.0 \\
           & 5151.91  & 134.0 & 165.0 & 111.0 & 169.0 \\
           & 5171.59  & 156.0 & 206.0 & 149.0 & 199.0 \\
           & 5194.94  & 141.0 & 184.0 & 133.0 & 186.0 \\
           & 5198.71  &  86.3 & 140.0 &  93.0 & 125.0 \\
           & 5216.28  & 134.0 & 181.0 & 124.0 & 177.0 \\
           & 5225.52  & 118.0 & 171.0 &  91.0 & 170.0 \\
           & 5242.49  &  37.3 &  96.0 &  51.0 &  68.0 \\
           & 5243.78  &   5.6 &  51.0 &  13.3 &  79.0 \\
           & 5247.05  & 105.0 & 172.0 &  85.0 & 163.0 \\
           & 5250.21  & 108.0 & 160.0 &  87.0 & 157.0 \\
           & 5253.47  &  24.8 &  86.0 &  35.6 &  58.0 \\
           & 5307.36  &  87.1 & 141.0 &  83.0 & 126.0 \\
           & 5373.71  &   8.1 &  44.0 &  10.6 &  18.0 \\
           & 5379.59  &   8.1 &  59.0 &  17.3 &  34.0 \\
           & 5398.26  &  10.4 &  55.0 &  22.0 &  30.6 \\
           & 5410.89  &  43.2 & 100.0 &  67.0 &  82.0 \\
           & 5473.89  &  14.2 &  72.0 &  30.0 &  43.0 \\
           & 5506.78  & 158.0 & 206.0 & 146.0 & 201.0 \\
           & 5543.93  &   6.6 &  49.0 &  15.2 &  31.4 \\
           & 5560.19  &   4.0 &  33.0 &  10.1 &   8.0 \\
           & 5635.83  &   2.3 &  25.2 & \dots &   5.6 \\
           & 5641.45  &   3.2 &  53.0 &  16.0 &  25.1 \\
           & 5652.33  & \dots &  14.8 & \dots &   2.7 \\
           & 5701.55  &  51.4 & 113.0 &  58.0 &  95.0 \\
           & 5753.10  &  11.7 &  64.5 &  26.0 &  40.0 \\
           & 5916.25  &  24.0 & \dots &  34.0 &  65.0 \\
           & 6027.06  &   7.8 &  59.0 &  21.7 &  31.0 \\
           & 6065.49  &  97.5 & 152.0 &  99.8 & 142.0 \\
           & 6082.73  &  11.8 &  64.0 &  18.5 &  31.0 \\
           & 6136.62  & 122.1 & 170.0 & 118.0 & 164.0 \\
           & 6137.00  &  43.0 & 112.0 &  47.0 &  84.0 \\
           & 6137.70  & 109.1 & 167.0 & 116.0 & 150.0 \\
           & 6151.62  &  21.9 &  87.0 &  26.4 &  54.0 \\
           & 6157.73  &   9.5 &  62.0 &  22.0 &  33.0 \\
           & 6173.33  &  41.5 & \dots &  45.0 &  87.0 \\
           & 6252.56  & 110.5 & 164.0 & 106.0 & 152.0 \\
           & 6265.14  &  75.0 & 130.0 &  73.0 & 124.0 \\
           & 6322.69  &  42.4 & 111.0 &  46.0 &  85.0 \\
           & 6344.15  &  28.9 &  98.0 &  34.0 &  64.0:\\
           & 6358.69  &  72.2 & 145.0 &  64.0 & 134.0 \\
           & 6380.75  &   3.9 & \dots &  10.5 &  21.0 \\
           & 6421.36  &  98.6 & 157.0 & 102.0 & 143.0 \\
           & 6430.85  & 112.0 & 162.0 & 108.0 & 158.0 \\
           & 6481.88  &  43.4 &  98.0 &  47.0 &  81.0 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\label{ew1}
\end{table}

\setcounter{table}{9}
\begin{table}
\begin{flushleft}
\caption{continued}
\begin{tabular}{lrrrrr}                       
\hline\noalign{\smallskip}
Element    & $\lambda$& HD165 & BD+30$\degr$ & HD20  & HD135 \\
           &          & 195   & 2611        & 4543  & 148   \\
\noalign{\smallskip}
\hline\noalign{\smallskip}
Fe I       & 6494.98  & 144.0 & 197.0 & 133.0 & 178.0 \\
           & 6609.12  &  32.0 & 101.0 &  37.0 &  68.0 \\
           & 6858.16  &   4.3 &  31.0 &  11.0 &   7.5 \\
           & 6945.21  &  59.0 & 123.0 &  72.0 & 149.0 \\
Fe II      & 4666.75  &  34.0 &  49.0 &  44.0 &  43.0 \\
           & 4993.36  &  14.3 &  39.0 &  26.8 &  30.6 \\
           & 5100.66  &   7.8 &  63.6 &   9.9 & \dots \\
           & 5132.67  &   8.2 &  26.0 &  13.7 &  20.0 \\
           & 5197.58  &  61.6 &  92.0 &  83.5 &  83.0 \\
           & 5234.63  &  66.1 &  93.0 &  84.2 &  87.3 \\
           & 5264.81  &  27.9 &  46.4 &  38.2 &  29.7 \\
           & 5284.11  &  30.6 &  68.0 &  48.7 &  53.6 \\
           & 5325.56  &  18.2 &  42.0 &  33.6 &  29.3 \\
           & 5414.09  &   8.6 &  22.5 &  17.0 &  14.6 \\
           & 5425.26  &  14.0 &  37.6 &  25.4 &  31.7 \\
           & 5534.86  &  34.0 &  66.4 &  54.5 &  55.4 \\
           & 5991.39  &  10.6 &  24.6 &  15.7 &  22.2 \\
           & 6084.10  &   4.1 &  16.4 &   7.0 &  13.5 \\
           & 6113.33  &   3.7 &  11.1 &   6.0 &   7.0 \\
           & 6149.23  &   9.3 &  27.2 &  19.1 &  19.2 \\
           & 6247.55  &  16.5 &  40.8 &  34.7 &  33.0 \\
           & 6416.93  &   6.9 &  30.4 &  19.2 &  16.1 \\
           & 6432.67  &  21.6 &  41.6 &  30.8 &  33.7 \\
           & 6456.38  &  26.1 &  55.1 &  51.0 &  46.2 \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table}

%
% Equivalent widths for programme stars
%
%
\newpage
\setcounter{table}{9}
\begin{table*}
\caption{Equivalent widths for programme stars}
\begin{flushleft}
\begin{tabular}{lrrrlrrrrrrrr}                       
\hline\noalign{\smallskip}
Element& $A$&$\lambda$&log gf &ref$^a$  &BD+11$\degr$&M2 &M2    &M13     &M13     &M56    &M56     &M56    \\
       &    &         &       &         & 2998    & \_V11 &\_HII\_89&\_SH11  &\_I\_13 &\_V6   &\_I\_60 &\_I\_96\\ 
\noalign{\smallskip}
\hline\noalign{\smallskip}
C  I   &  6 & 5052.15  & -1.49 & T94    &  12.5   & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 7111.48  & -1.20 & T94    &   4.0   & \dots &   3.9:  & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 7113.18  & -0.87 & T94    &   5.1   & \dots &   3.7:  & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 7116.99  & -0.68 & T94    &   1.3:  & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 7119.67  & -0.95 & T94    &   3.6   & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
Na I   & 11 & 4668.60  & -1.41 & T89    &   8.1   & \dots & \dots   & \dots  & \dots  & \dots &  11.0  & \dots  \\
       &    & 5682.63  & -0.67 & WSM    &  28.5   &  15.5 &  50.8   & 109.0  &  46.0  & \dots &  49.0  &  17.0  \\
       &    & 5688.21  & -0.37 & WSM    &  53.2   &  25.2 &  59.9   & 148.0  &  66.0  & \dots &  91.0  &  18.0  \\
       &    & 6160.75  & -1.27 & G+94   &   7.2   & \dots & \dots   &  48.0  & \dots  & \dots & \dots  &   7.0  \\
Mg I   & 12 & 4702.99  &  0.04 & PC89   & 151.0   &  71.9 & 166.4   & 187.0  & 167.0  &  66.0 & 138.0  & 114.0  \\
       &    & 5528.41  & -0.48 & PC89   & 157.3   &  82.8 & 200.1   & 221.0  & 182.0  &  48.0 & 147.0  & 153.0  \\
       &    & 5711.09  & -1.58 & PC89   &  60.8   & \dots & 102.2   &  97.0  &  98.0  & \dots &  54.0  &  64.0  \\
       &    & 6319.24  & -2.30 & T90    &  10.5   &   5.8 &  17.3   &  16.0  &  24.0  & \dots &   8.0  & \dots  \\
Al I   & 13 & 6696.03  & -1.32 & G+94   &   3.1   &   7.4 &  12.0   &  70.0  &  10.0: & \dots &  22.0  & \dots  \\
       &    & 6698.67  & -1.95 & T90    &   4.7   &  10.3 &   9.2   &  41.0  &   7.0: & \dots &  15.0  & \dots  \\
Si I   & 14 & 5684.48  & -1.55 & PC89   &   28.6  &  11.9 &  37.3   &  46.0  &  34.0  & \dots &  22.0  &  19.0  \\
       &    & 5690.42  & -1.76 & PC89   &   20.9  &   8.1 &  23.1   &  24.0  &  23.0  & \dots &  13.0  &  18.0  \\
       &    & 5701.10  & -1.99 & PC89   &   14.6  & \dots &  19.6   &  18.0  &  23.0  & \dots & \dots  &   9.0  \\
       &    & 5708.41  & -1.47 & G+94   &   45.6  &  22.2 & \dots   &  91.0  &  63.0  & \dots &  38.0  &  36.0  \\
       &    & 5772.15  & -1.56 & PC89   &   23.1  &   7.3 &  24.0   &  30.0  &  22.0  & \dots &  15.0  &  13.0  \\
       &    & 5793.07  & -1.88 & PC89   &   20.6  &  15.2:&  18.2   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 5797.86  & -1.86 & PC89   &   16.0  &  13.4:& \dots   & \dots  &  30.0: & \dots & \dots  & \dots  \\
       &    & 5948.54  & -1.10 & PC89   &   51.8  &   6.5 &  47.3   &  59.0  &  59.0  &  15.0 &  40.0  &  34.0  \\
       &    & 6125.03  & -1.50 & PC89   &   10.1  & \dots & \dots   &  20.0  &  21.0  & \dots & \dots  & \dots  \\
       &    & 6142.48  & -1.46 & PC89   &   10.2  & \dots &  30.0   & \dots  &  18.0  & \dots & \dots  &  13.0  \\
       &    & 6145.02  & -1.34 & PC89   &   10.8  & \dots &   6.3   &  15.0  &   8.0  & \dots & \dots  &   6.0  \\
       &    & 6243.82  & -1.23 & PC89   &   17.1  &   4.0 &   9.9   &  17.0  &  23.0  & \dots &  11.0  &  10.0  \\
       &    & 6244.47  & -1.25 & PC89   &   13.6  &   6.1 &  10.0   &  15.0  &  15.0  & \dots &   6.0  &   5.0  \\
       &    & 6414.98  & -0.89 & PC89   &   16.8  & \dots &  15.3   & \dots  &  14.0  & \dots & \dots  & \dots  \\
       &    & 6721.85  & -1.26 & G+94   &   16.8  & \dots &   8.5   &  13.0  &  14.0  & \dots & \dots  & \dots  \\
       &    & 7003.57  & -0.86 & T90    &   19.1  & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 7005.90  & -0.68 & T90    &   31.2  & \dots &  13.5   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 7034.91  & -0.85 & T90    &   28.1  & \dots & \dots   &  13.0  &  22.0  & \dots &  15.0  & \dots  \\
Si II  & 14 & 6347.10  &  0.26 & G+94   &   37.5  &  39.8 & \dots   &  12.0  & \dots  & \dots & \dots  & \dots  \\
Ca I   & 20 & 5261.70  & -0.58 & PC89   &   56.0  &  24.9 & 100.2   & 107.0  & 104.0  & \dots &  55.0  &  78.0  \\
       &    & 5349.46  & -0.31 & PC89   &   61.1  &  17.7 & 104.9   & 106.0  &  96.0  & \dots &  62.0  &  65.0  \\
       &    & 5512.98  & -0.45 & PC89   &   42.7  &  18.7 &  80.7   & \dots  & \dots  & \dots &  30.0  &  38.0  \\
       &    & 5581.96  & -0.56 & PC89   &   59.4  &  17.8 & 104.5   & 108.0  &  97.0: & \dots &  62.0  &  68.0  \\
       &    & 5588.75  &  0.36 & PC89   &  112.5  &  80.6 & 147.7   & 188.0  & 143.0  & \dots & 111.0  & 115.0  \\
       &    & 5590.11  & -0.57 & PC89   &   57.3  &  19.7 &  92.3   & 100.0  &  98.0  & \dots &  72.0  &  65.0  \\
       &    & 5601.28  & -0.52 & PC89   &   61.4  &  21.7 &  99.8   & 122.0  & 105.0  & \dots &  58.0  &  68.0  \\
       &    & 5857.45  &  0.24 & PC89   &   85.6  &  40.4 & 136.8   & 161.0  & 138.0  &  16.5:&  88.0  &  92.0  \\ 
       &    & 6102.72  & -0.76 & PC89   &   94.8  & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 6122.22  & -0.09 & PC89   &  124.4  & 104.0 & 195.8   & 251.0  & 183.0  & \dots & 151.0  & 150.0  \\
       &    & 6169.56  & -0.48 & PC89   &   64.4  & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 6449.81  & -0.50 & PC89   &   67.2  &  17.3 & 107.8   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 6471.66  & -0.69 & PC89   &   57.0  &  23.0 & 111.7   & 119.0  & 111.0  & \dots & \dots  &  72.7  \\
       &    & 6493.78  & -0.11 & PC89   &   95.1  &  51.5 & 141.8   & 170.0  & 133.0  & \dots & 120.0  & 110.0  \\
       &    & 6499.65  & -0.82 & PC89   &   42.4  &  12.5 &  97.7   & 104.0  &  99.0  & \dots &  68.0  &  56.0  \\
       &    & 6572.78  & -4.32 & PC89   &   10.3  &   3.3 & 123.8   & 131.0  & 107.0  & \dots &  52.0  &  51.0  \\
Sc I   & 21 & 6239.41  & -2.18 & C      &    6.7  & \dots &   9.9   & \dots  & \dots  & \dots & \dots  & \dots  \\
Sc II  & 21 & 4670.41  & -0.37 & D      &   90.1  & \dots & 104.4   & \dots  & 144.0: &  59.3:& \dots  & \dots  \\
       &    & 5239.82  & -0.77 & D      &   57.5  &  57.7 &  95.2   & 117.0  &  95.0  &  54.6:&  73.0  &  74.0  \\
       &    & 5318.36  & -2.04 & E      &   10.6  &   4.8 &  23.3   &  23.0  &  21.0  & \dots & \dots  &  18.0  \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\label{ew2}
\end{table*}

\setcounter{table}{9}
\begin{table*}
\begin{flushleft}
\caption{continued}
\begin{tabular}{lrrrlrrrrrrrr}                       
\hline\noalign{\smallskip}
Element& $A$&$\lambda$&log gf &ref$^a$  &BD+11$\degr$&M2     &M2       &M13     &M13     &M56    &M56     &M56    \\
       &    &         &       &         & 2998    & \_V11 &\_HII\_89&\_SH11  &\_I\_13 &\_V6   &\_I\_60 &\_I\_96\\ 
\noalign{\smallskip}
\hline\noalign{\smallskip}
Sc II  & 21 & 5526.82  &  0.13 & D      &   94.2  & 126.7 & 100.3   & 135.0  &  98.0  & \dots &  80.0  &  93.0  \\
       &    & 5640.99  & -1.04 & PC89   &   41.7  &  32.2 &  74.6   &  85.0  &  79.0  & \dots &  50.0  &  55.0  \\
       &    & 5657.87  & -0.50 & D      &   76.5  &  83.6 &  95.5   & 121.0  & 103.0  & \dots &  83.0  &  99.0  \\
       &    & 5658.35  & -1.15 & T89    &   44.5  &  53.0 & \dots   & \dots  & \dots  & \dots &  60.0  &  64.0  \\
       &    & 5667.15  & -1.24 & PC89   &   34.7  &  33.8 &  61.8   &  65.0  &  59.0  & \dots &  40.0  &  39.0  \\
       &    & 5669.04  & -1.12 & PC89   &   38.3  &  34.7 &  85.0   &  93.0  &  72.0  & \dots &  48.0  &  50.0  \\
       &    & 5684.19  & -1.05 & PC89   &   41.5  &  44.8 &  66.2   &  71.0  &  66.0  & \dots &  42.0  &  51.0  \\
       &    & 6320.87  & -1.77 & PC89   &    8.2  & \dots &  18.1   &  27.0  &  26.0  & \dots &   8.0  &  12.0  \\
       &    & 6604.60  & -1.48 & D-     &   35.4  &  13.0 &  57.0   &  78.0  &  70.0  & \dots &  47.0  &  48.9  \\
Ti I   & 22 & 4675.11  & -1.37 & C+     &    6.3  & \dots &  44.6   &  87.0  &  73.0  & \dots & \dots  & \dots  \\
       &    & 4759.28  &  0.514& C+     &   20.5  & \dots &  55.1   &  72.0  &  63.0  & \dots &  30.0  & \dots  \\
       &    & 4820.41  & -0.44 & C+     &   13.3  &   9.1 & 106.5   & 125.0  &  99.0  &  19.6 &  39.0  &  60.0  \\
       &    & 4840.88  & -0.51 & C+     &   37.7  &  14.9 & 127.7   & 161.0  & 114.0  &  49.5 &  82.0  &  81.0  \\
       &    & 4913.62  &  0.16 & C+     &   18.3  &  10.9:&  82.2   &  91.0  &  75.0  &  25.6 &  36.0  & \dots  \\
       &    & 4981.74  &  0.504& C+     &  106.3  &  59.1 & 194.8   & \dots  & 183.0  & \dots & 128.0  & 142.0  \\
       &    & 4999.51  &  0.25 & C+     &   96.0  &  54.8 & 198.2   & 254.0  & 178.0  & 180.0 & 134.0  & 140.0  \\
       &    & 5000.99  & -0.03 & C+     &   14.9  & \dots &  61.4   &  74.0  &  58.0  & \dots & \dots  &  28.0  \\
       &    & 5009.66  & -2.26 & C+     &   10.8  & \dots & 128.3   & 164.0  & 109.0  &  13.5 &  49.0  &  59.0  \\
       &    & 5016.17  & -0.57 & C+     &   43.4  &   8.5 & 135.0   & 190.0  & 130.0  &  63.7 &  82.0  &  80.0  \\
       &    & 5022.87  & -0.43 & C+     &   47.4  &  20.0 & 150.9   & 211.0  & 140.0  &  78.7 &  83.0  &  92.0  \\
       &    & 5024.85  & -0.60 & C+     &   40.8  & \dots & 147.3   & 199.0  & 131.0  & \dots &  89.0  &  84.0  \\
       &    & 5039.96  & -1.13 & C+     &   54.9  &  19.2 & 186.9   & 266.0  & 168.0  &  93.4 & 127.0  & 130.0  \\
       &    & 5064.66  & -0.99 & C+     &   63.7  & \dots & 187.5   & 274.0  & 173.0  & 115.5 & 137.0  & 143.0  \\
       &    & 5071.49  & -1.06 & C+     &   11.9  & \dots &  59.5   & \dots  &  48.0  & \dots & \dots  & \dots  \\
       &    & 5173.75  & -1.12 & C+     &   59.0  &  17.7 & 214.0   & 279.0  & 192.0  & 118.7 & 130.0  & 134.0  \\
       &    & 5192.98  & -1.01 & C+     &   64.7  &  32.5 & 219.2   & 300.0  & 192.0  & 133.0 & 166.0  & 153.0  \\
       &    & 5210.39  & -0.88 & C+     &   68.0  &  23.8 & 234.2   & \dots  & 204.0  & \dots & 134.0  & 144.0  \\
       &    & 5219.71  & -2.29 & C+     &    9.2  & \dots & 137.4   & 160.0  & 107.0  &   8.4 &  48.0  &  60.0  \\
       &    & 5866.45  & -0.84 & C+     &   15.4  & \dots & 126.5   & 142.0  & \dots  &  35.7 &  54.0  &  57.0  \\
       &    & 5899.30  & -1.15 & C+     &   12.5  & \dots & 107.0   & 135.0  &  95.0  & \dots &  76.0  & \dots  \\
       &    & 6126.22  & -1.43 & C+     &    7.2  & \dots &  87.8   &  96.0  & \dots  & \dots &  24.0  &  26.0  \\
       &    & 6258.10  & -0.36 & C+     &   18.6  &   8.3 & 115.4   & 159.0  & 145.0  &  36.7 &  53.0  &  55.0  \\
       &    & 6261.11  & -0.48 & C+     &   23.0  & \dots & 121.2   & 144.0  & 115.0  &  30.9 &  38.0  &  53.0  \\
Ti II  &    & 4708.67  & -2.21 & D      &   81.9  &  80.2 &  93.1   & 111.0  &  91.0  & \dots &  88.0  &  92.0  \\
       &    & 5005.17  & -2.55 & D      &   31.3  &  24.4 &  52.5   &  68.0  &  57.0  & \dots &  38.0  &  46.0  \\
       &    & 5069.09  & -1.39 & D      &   15.4  & \dots &  18.9   & \dots  &   9.0: &   8.4:& \dots  & \dots  \\
       &    & 5154.08  & -1.92 & D-     &   93.4  & 107.6 & 110.8   & 138.0  & 120.0  & \dots &  75.0  &  96.0  \\
       &    & 5185.91  & -1.35 & D      &   93.6  &  97.7 & 108.6   & 129.0  & 108.0  & \dots &  95.0  &  94.0  \\
       &    & 5226.55  & -1.30 & D-     &  124.7  & 153.4 & 136.8   & 139.0  & 141.0  & \dots &  99.0  & 126.0  \\
       &    & 5336.79  & -1.70 & D-     &   98.5  & 103.5 & 115.1   & 161.0  & 122.0  & \dots &  98.0  & 112.0  \\
       &    & 5418.76  & -2.47 & GS88   &   70.5  &  58.0 &  89.2   & \dots  &  94.0  & \dots &  73.0  &  71.0  \\
       &    & 6606.98  & -2.79 & D      &   15.8  &  11.8 &  18.1   &  28.0  &  16.0  & \dots & \dots  &   7.0  \\
V  I   & 23 & 4875.49  & -0.81 & B+     &    8.9  & \dots & 139.0   & 139.0  & 117.0  & \dots &  55.0  &  67.0  \\
       &    & 5703.57  & -0.21 & B+     &    7.0  & \dots &  77.8   &  86.0  &  70.0  & \dots &  18.0  &  29.0  \\
       &    & 5727.02  & -0.01 & B+     &   10.5  & \dots & 106.7   & 115.0  &  95.0  & \dots &  34.0  &  36.0  \\
       &    & 6090.21  & -0.06 & B      &    5.5  & \dots &  90.1   &  90.0  &  68.0  & \dots &  30.0  &  28.0  \\
       &    & 6119.52  & -0.32 & B+     &    8.4  &   8.1:&  68.4   &  71.0  &  59.0  & \dots &  10.0  &  18.0  \\
Cr I   & 24 & 4708.02  &  0.11 & B      &   12.5  & \dots &  45.0   &  53.0  &  51.0  & \dots &  26.0  & \dots  \\
       &    & 4737.36  & -0.10 & B      &    9.7  & \dots &  40.6   &  44.0  &  47.0  & \dots & \dots  & \dots  \\
       &    & 4789.34  & -0.37 & B      &   19.2  &   7.4:& 100.5   &  86.0: &  96.0  & \dots &  50.0  & \dots  \\
       &    & 4801.03  & -0.13 & B      &   11.8  & \dots &  40.9   &  51.0  &  39.0  & \dots &  22.0  & \dots  \\
       &    & 5247.57  & -1.64 & B      &   38.6  &   9.7 & 141.7   & 144.0  & 134.0  &   6.0 &  88.0  &  96.0  \\
       &    & 5296.70  & -1.40 & B      &   45.1  &  10.7 & 154.7   & 189.0  & 140.0  & \dots & 100.0  & 109.0  \\
       &    & 5300.75  & -2.12 & B      &   12.9  & \dots &  99.9   & 102.0  &  94.0  & \dots &  54.0  &  52.0  \\
       &    & 5329.15  & -0.06 & B      &   16.1  & \dots &  66.4   &  64.0  &  64.0  & \dots &  29.0  &  29.0  \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}

\setcounter{table}{9}
\begin{table*}
\begin{flushleft}
\caption{continued}
\begin{tabular}{lrrrlrrrrrrrr}                       
\hline\noalign{\smallskip}
Element& $A$&$\lambda$&log gf &ref$^a$  &BD+11$\degr$ &M2     &M2       &M13     &M13     &M56    &M56     &M56    \\
       &    &         &       &         & 2998    & \_V11 &\_HII\_89&\_SH11  &\_I\_13 &\_V6   &\_I\_60 &\_I\_96\\ 
\noalign{\smallskip}
\hline\noalign{\smallskip}
Cr I   & 24 & 5345.81  & -0.98 & B      &   75.4  &  37.3 & 188.0   & 225.0  & 167.0  &  24.1 & 128.0  & 119.0  \\
       &    & 5348.33  & -1.29 & B      &   48.4  &  17.3 & 148.0   & 189.0  & 141.0  &  15.3 & 109.0  & 105.0  \\
       &    & 5409.80  & -0.72 & B      &   88.3  &  42.8 & 208.7   & \dots  & \dots  & \dots & 137.0  & 145.0  \\
       &    & 5702.33  & -0.67 & B      &    6.6  & \dots &  26.0   &  32.0  &  24.0  & \dots &   9.0  &  10.0  \\
       &    & 5787.93  & -0.08 & B      &    8.5  & \dots &  26.5   &  29.0  &  33.0  & \dots & \dots  &  17.0  \\
Cr II  & 24 & 4848.25  & -1.14 & D      &   56.5  &  58.3 &  31.2   &  61.0  &  44.0  & \dots &  28.0  &  32.0  \\
       &    & 4884.60  & -2.08 & D      &   11.8  &   7.9 &  14.7   & \dots  &  19.0  & \dots & \dots  & \dots  \\
       &    & 5237.33  & -1.16 & D      &   42.5  &  36.8 &  38.7   &  47.0  &  37.0  & \dots & \dots  &  33.0  \\
       &    & 5308.43  & -1.81 & D      &   13.9  &  10.8 &  14.4   &  16.0  &  16.0  & \dots & \dots  & \dots  \\
       &    & 5310.70  & -2.28 & D      &   12.8  & \dots & \dots   & \dots  & \dots  & \dots &   9.0  & \dots  \\
       &    & 5502.09  & -1.99 & D      &   10.1  &   9.6 &  14.2   & \dots  &  10.0  & \dots &  13.0  & \dots  \\
       &    & 5508.63  & -2.11 & D      &   10.5  &   6.3:& \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
Mn I   & 25 & 4709.72  & -0.34 & B      &   14.0  & \dots &  50.6   &  80.0  &  69.0  & \dots &  51.0  & \dots  \\
       &    & 4739.11  & -0.49 & B      &    8.6  & \dots &  39.8   &  33.0  &  38.0  & \dots &  36.0  & \dots  \\
       &    & 4761.53  & -0.14 & B      &   15.9  & \dots &  51.0   &  46.0  &  54.0  & \dots &  22.0  & \dots  \\
       &    & 4765.86  & -0.08 & C      &   18.1  &  12.5 &  67.5   &  71.0  &  66.0  & \dots &  26.0  & \dots  \\
       &    & 4766.42  &  0.10 & C      &   28.2  &   6.2 &  80.8   &  84.0  &  89.0  & \dots &  37.0  & \dots  \\
       &    & 4783.42  &  0.042& B      &   64.5  &  24.4 & 153.0   & 175.0  & 148.0  &  12.6 & 111.0  & 106.0  \\
       &    & 6013.50  & -0.25 & C+     &    9.5  & \dots &  63.5   &  64.0  &  58.0  & \dots &  24.0  &  19.0  \\
       &    & 6016.65  & -0.24 & T90    &   15.6  & \dots &  72.8   &  77.0  &  72.0  & \dots &  31.0  &  24.0  \\
       &    & 6021.80  &  0.034& C+     &   18.9  & \dots &  84.5   &  84.0  &  79.0  & \dots &  39.0  &  42.0  \\
Fe I   & 26 & 4930.31  & -1.35 & C      &   24.2  & \dots &  53.7   &  59.0  &  65.0  & \dots &  26.0  &  30.0  \\
       &    & 4939.69  & -3.34 & B+     &   84.3  &  41.8 & 218.7   & 267.0  & 186.0  & \dots & 140.0  & 161.0  \\
       &    & 4973.10  & -0.95 & C+     &   42.8  &   8.6 &  99.2   & 102.0  &  93.0  & \dots &  42.0  &  61.0  \\
       &    & 4994.13  & -3.08 & B+     &   92.1  &  53.1 & 214.2   & 266.0  & 186.0  &  51.7 & 149.0  & 167.0  \\
       &    & 5060.07  & -5.46 & B+     &   17.4  & \dots & 161.9   & 251.0  & 149.0  &  63.7 & 104.0  & 143.0  \\
       &    & 5079.23  & -2.07 & B+     &   73.4  & \dots & 147.8   & 201.0  & 141.0  &  22.5 & 135.0  & \dots  \\
       &    & 5083.34  & -2.96 & B+     &   94.9  &  51.8 & 200.8   & 276.0  & 191.0  &  57.9 & 164.0  & 163.0  \\
       &    & 5090.78  & -0.40 & C+     &   41.5  &  15.2 &  61.3   &  77.0  &  73.0  & \dots &  55.0  & \dots  \\
       &    & 5123.72  & -3.07 & B+     &   93.8  &  36.0 & 178.5   & 304.0  & 214.0  &  27.3 & 162.0  & 180.0  \\
       &    & 5127.36  & -3.31 & B+     &   82.5  &  36.4 & 182.2   & \dots  & 170.0  &  41.0 & 156.0  & 151.0  \\
       &    & 5137.38  & -0.40 & C+     &  150.0  &  15.8 &  98.8   &  86.0  &  85.0  &   8.0 &  52.0  &  61.0  \\
       &    & 5151.91  & -3.32 & B+     &   77.8  &  21.0 & 177.6   & \dots  & 180.0  & \dots & 130.0  & 152.0  \\
       &    & 5171.59  & -1.79 & B+     &  129.0  & 114.3 & 216.0   & 276.0  & 212.0  & 106.5 & 180.0  & 184.0  \\
       &    & 5194.94  & -2.09 & B+     &  109.8  &  64.3 & 189.6   & 270.0  & 198.0  &  61.2 & 178.0  & 159.0  \\
       &    & 5198.71  & -2.14 & B+     &   69.6  &  19.2 & 141.9   & 181.0  & 147.0  &  14.0 & 110.0  & 120.0  \\
       &    & 5216.28  & -2.15 & B+     &  105.1  &  57.5 & 199.3   & 266.0  & 190.0  &  45.5 & 142.0  & 156.0  \\
       &    & 5225.52  & -4.79 & B+     &   45.5  &  16.0 & 199.5   & 294.0  & 178.0  & 124.0 & 138.0  & 151.0  \\
       &    & 5242.49  & -0.84 & C+     &   50.1  &   8.9 &  86.9   & 107.0  &  96.0  & \dots &  60.0  &  63.0  \\
       &    & 5243.78  & -1.15 & C      &   16.3  & \dots &  54.7   &  46.0  &  46.0  & \dots &  21.0  &  19.0  \\
       &    & 5247.05  & -4.95 & B+     &   40.0  &  11.6 & 204.6   & 299.0  & 186.0  &  96.1 & 133.0  & 150.0  \\
       &    & 5250.21  & -4.94 & B+     &   35.3  &   7.3 & 190.9   & 256.0  & 170.0  &  89.6 & 134.0  & 141.0  \\
       &    & 5253.47  & -1.67 & C      &   31.2  & \dots &  96.7   &  99.0  &  89.0  & \dots &  63.0  &  49.0  \\
       &    & 5307.36  & -2.99 & B+     &   62.5  &  24.5 & 149.1   & 196.0  & 145.0  & \dots & 106.0  & 130.0  \\
       &    & 5373.71  & -0.86 & C      &   18.5  &   5.4 &  41.9   &  39.0  &  47.0  &   7.8 &  20.0  & \dots  \\
       &    & 5379.59  & -1.48 & C      &   22.1  & \dots &  56.1   &  62.0  &  62.0  & \dots &  25.0  &  52.0  \\
       &    & 5398.26  & -0.67 & C      &   30.8  &   6.3 &  51.1   &  55.0  &  54.0  & \dots &  24.0  &  35.0  \\
       &    & 5410.89  &  0.28 & C+     &   72.3  &  36.1 &  93.4   & 119.0  &  97.0  & \dots &  72.0  &  70.0  \\
       &    & 5473.89  & -0.76 & C+     &   31.4  & \dots &  61.0   &  78.0  &  68.0  & \dots &  33.0  &  35.0  \\
       &    & 5506.78  & -2.80 & B+     &  107.4  &  64.2 & 246.4   & 315.0  & 216.0  &  89.0 & \dots  & 180.0  \\
       &    & 5543.93  & -1.14 & C      &   17.9  & \dots &  43.8   &  47.0  &  47.0  & \dots &  21.0  &  24.0  \\
       &    & 5560.19  & -1.19 & C      &   14.3  & \dots &  34.4   &  32.0  &  36.0  & \dots & \dots  &  17.0  \\
       &    & 5635.83  & -1.89 & C      &    8.3  & \dots &  22.9   &  16.0  &  19.0  & \dots & \dots  & \dots  \\
       &    & 5641.45  & -1.18 & C      &   15.5  &  10.2 &  52.9   &  54.0  &  49.0  & \dots &  21.0  &  20.0  \\
       &    & 5652.33  & -1.95 & C      &  \dots  &   2.0 &  13.5   &  15.0  &  17.0  & \dots & \dots  &   6.0  \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}

\setcounter{table}{9}
\begin{table*}
\begin{flushleft}
\caption{continued}
\begin{tabular}{lrrrlrrrrrrrr}                       
\hline\noalign{\smallskip}
Element& $A$&$\lambda$&log gf &ref$^a$  &BD+11$\degr$ &M2     &M2       &M13     &M13     &M56    &M56     &M56    \\
       &    &         &       &         & 2998    & \_V11 &\_HII\_89&\_SH11  &\_I\_13 &\_V6   &\_I\_60 &\_I\_96\\ 
\noalign{\smallskip}
\hline\noalign{\smallskip}
       &    & 5701.55  & -2.22 & B+     &   46.3  & \dots & 125.9   & 147.0  & 121.0  & \dots &  77.0  &  82.0  \\
       &    & 5753.10  & -0.76 & C+     &   32.5  & \dots &  71.7   &  61.0  &  65.0  & \dots &  36.0  &  32.0  \\
       &    & 5916.25  & -2.99 & B+     &   21.5  & \dots &  97.4   & \dots  & \dots  & \dots &  43.0  &  49.0  \\
       &    & 6027.06  & -1.21 & C      &   18.9  & \dots &  52.6   &  59.0  &  60.0  & \dots & \dots  &  23.0  \\
       &    & 6065.49  & -1.53 & B+     &   86.6  &  30.6 & 159.7   & 200.0  & 155.0  & \dots & 128.0  & 125.0  \\
       &    & 6082.73  & -3.57 & B+     &    4.9  & \dots &  74.5   &  81.0  &  70.0  & \dots &  30.0  &  33.0  \\
       &    & 6136.62  & -1.40 & B+     &   96.3  &  30.4 & 175.1   & 182.0  & 172.0  & \dots & 145.0  & 146.0  \\
       &    & 6137.00  & -2.95 & B+     &   29.8  &   3.8:& 129.0   & 173.0  & 111.0  & \dots &  74.0  &  82.0  \\
       &    & 6137.70  & -1.40 & B+     &   92.7  &  34.0 & 182.8   & 217.0  & 173.0  &  17.8 & 139.0  & 142.0  \\
       &    & 6151.62  & -3.30 & B+     &   13.2  & \dots &  93.6   & 113.0  &  95.0  & \dots &  60.0  &  54.0  \\
       &    & 6157.73  & -1.26 & C      &   17.6  & \dots &  63.4   &  63.0  &  53.0  & \dots &  28.0  &  26.0  \\
       &    & 6173.33  & -2.88 & B+     &   29.8  &   5.8 & 116.5   & \dots  & \dots  & \dots &  75.0  &  78.0  \\
       &    & 6252.56  & -1.69 & B+     &   85.5  &  23.1 & 177.8   & 207.0  & 159.0  &  17.7 & 131.0  & 133.0  \\
       &    & 6265.14  & -2.55 & B+     &   48.6  &  15.9 & 143.1   & 178.0  & 132.0  & \dots & 110.0  & 109.0  \\
       &    & 6322.69  & -2.43 & B+     &   34.8  &   6.1 & 111.8   & 132.0  & 111.0  & \dots &  89.0  &  89.0  \\
       &    & 6344.15  & -2.92 & B+     &   20.7  & \dots & 106.9   & 128.0  & 106.0  & \dots &  62.0  &  65.0  \\
       &    & 6358.69  & -4.47 & B+     &   33.0  &   7.0 & 165.3   & 203.0  & 154.0  & \dots & 114.0  & 116.0  \\
       &    & 6380.75  & -1.40 & C      &   18.8  & \dots &  37.0   & \dots  & \dots  & \dots &   9.0  &  14.0  \\
       &    & 6421.36  & -2.03 & B+     &   80.5  &  22.2 & 169.4   & 212.0  & 163.0  &  19.0 & 133.0  & 132.0  \\
       &    & 6430.85  & -2.01 & B+     &   85.6  &  27.9 & 187.8   & 224.0  & 175.0  &  37.0 & 148.0  & 144.0  \\
       &    & 6481.88  & -2.98 & B+     &   34.1  & \dots & 106.9   & 137.0  & 108.0  & \dots &  67.0  &  77.5  \\
       &    & 6494.98  & -1.27 & B+     &  109.4  &  47.6 & 210.6   & 255.0  & 193.0  & \dots & 159.0  & 162.7  \\
       &    & 6609.12  & -2.69 & B+     &   23.3  & \dots & 100.5   & 115.0  &  96.0  & \dots &  58.0  &  63.3  \\
       &    & 6858.16  & -1.06 & C      &    9.9  &   6.7:&  27.1   &  27.0  &  26.0  & \dots & \dots  &  21.1  \\
       &    & 6945.21  & -2.48 & B+     &   50.0  & \dots & 137.9   & 211.0  & 150.0  & \dots & \dots  & 124.7  \\
Fe II  & 26 & 4666.75  & -3.33 & D      &   55.5  &  57.5 &  89.2   &  85.0: &  46.0  & \dots & \dots  & \dots  \\
       &    & 4993.36  & -3.82 & PC89   &   36.5  &  43.0 &  32.5   &  34.0  &  39.0  & \dots & \dots  &  32.0  \\
       &    & 5100.66  & -4.37 & D      &   40.1  &  13.7 &  12.3   &  12.0  &  17.0  & \dots & \dots  & \dots  \\
       &    & 5132.67  & -4.18 & D      &   17.4  &  18.2 &  11.2   &  24.0: &  19.0  & \dots & \dots  &  13.0  \\
       &    & 5197.58  & -2.10 & C      &   96.6  & 131.9 &  87.3   & 118.0  &  84.0  &   6.0:&  76.0  &  83.0  \\
       &    & 5234.63  & -2.05 & C      &  101.1  & 128.7 &  79.7   & \dots  &  85.0  &  13.0 &  72.0  &  77.0  \\
       &    & 5264.81  & -3.19 & D      &   46.8  &  48.3 &  32.0   &  60.0  &  38.0  & \dots &  30.0  &  42.0  \\
       &    & 5284.11  & -3.19 & D      &   66.5  &  81.1 &  51.8   &  50.0  &  40.0  & \dots &  50.0  &  53.0  \\
       &    & 5325.56  & -3.32 & PC89   &   45.4  &  49.4 &  36.0   &  40.0  &  40.0  & \dots &  24.0  &  25.0  \\
       &    & 5414.09  & -3.79 & PC89   &   24.0  &  25.6 &  15.0   &  19.0  &  24.0  & \dots & \dots  &  28.0  \\
       &    & 5425.26  & -3.36 & PC89   &   35.3  &  36.6 &  40.9   &  31.0  &  33.0  & \dots &  26.0  &  26.0  \\
       &    & 5534.86  & -2.93 & PC89   &   67.0  &  69.5 &  55.8   &  74.0  &  68.0  &   8.0 &  45.0  &  45.0  \\
       &    & 5991.39  & -3.74 & D      &   31.5  &  19.0 &  21.3   &  23.0  &  21.0  & \dots &  11.0  &  16.0  \\
       &    & 6084.10  & -3.98 & D      &   14.8  &  11.0 &  13.2   &  15.0  &  19.0  & \dots &   9.0  &  13.0  \\
       &    & 6113.33  & -4.31 & D      &    8.7  & \dots & \dots   & \dots  &  14.0  & \dots & \dots  &   9.0  \\
       &    & 6149.23  & -2.92 & D      &   28.5  &  19.8 &  20.9   &  27.0  &  26.0  & \dots &  18.0  &  22.0  \\
       &    & 6239.95  & -3.68 & D      &   10.3  &   5.5 &  21.1   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 6247.55  & -2.51 & D      &   53.4  &  45.4 &  27.4   &  41.0  &  36.0  & \dots & \dots  &  20.0  \\
       &    & 6416.93  & -2.85 & D      &   33.5  &  27.3 &  25.4   &  28.0  &  24.0  & \dots &  14.0  &  16.0  \\
       &    & 6432.67  & -3.74 & D      &   40.0  &  40.7 &  39.0   &  39.0  &  41.0  &  10.4:&  27.0  &  27.0  \\
       &    & 6456.38  & -2.30 & D      &   69.6  &  78.6 &  50.1   &  55.0  &  49.0  & \dots &  38.0  &  41.0  \\
Co I   & 27 & 4749.66  & -0.48 & K90    &    5.8  & \dots &  57.3   &  55.0  &  59.0  & \dots &  22.0  & \dots  \\
       &    & 4792.86  & -0.25 & T89    &    8.1  & \dots &  36.0   &  30.0  &  28.0  & \dots &  14.0  &  11.0: \\
       &    & 4813.48  & -0.11 & T89    &   10.7  &   6.8 &  35.7   &  32.0  &  32.0  & \dots &  15.0  & \dots  \\
       &    & 5342.71  &  0.47 & T89    &    7.9  & \dots &  25.4   &  21.0  &  23.0  & \dots & \dots  &   7.0  \\
       &    & 5483.36  & -1.49 & C      &   10.2  & \dots & 117.5   & 119.0  & 102.0  & \dots &  42.0  &  50.0  \\
       &    & 7052.87  & -1.62 & C      &   12.2  & \dots &  93.4:  &  93.0: &  81.0  & \dots &  35.0  &  28.2  \\
Ni I   & 28 & 4904.42  & -0.17 & D-     &   48.0  &  11.3 &  79.8   &  95.0  &  77.0  & \dots &  39.0  &  43.0  \\
       &    & 5003.75  & -2.80 & C+     &    6.0  & \dots &  65.3   &  75.0  & \dots  & \dots &  25.0  &  33.0  \\
       &    & 5035.37  &  0.29 & D-     &   66.2  &  30.1 &  81.5   & 103.0  &  91.0  &  10.2 &  59.0  & \dots  \\
       &    & 5081.12  &  0.30 & D-     &   56.8  &  21.6 &  84.1   &  97.0  &  83.0  & \dots &  48.0  &  67.0  \\
\noalign{\smallskip}
\hline
\end{tabular}
\end{flushleft}
\end{table*}

\setcounter{table}{9}
\begin{table*}
\begin{flushleft}
\caption{continued}
\begin{tabular}{lrrrlrrrrrrrr}                       
\hline\noalign{\smallskip}
Element& $A$&$\lambda$&log gf &ref$^a$  &BD+11$\degr$ &M2     &M2       &M13     &M13     &M56    &M56     &M56    \\
       &    &         &       &         & 2998    & \_V11 &\_HII\_89&\_SH11  &\_I\_13 &\_V6   &\_I\_60 &\_I\_96\\ 
\noalign{\smallskip}
\hline\noalign{\smallskip}
Ni I   & 28 & 5084.11  &  0.03 & D-     &   47.6  &  23.3 &  63.3   &  77.0  &  64.0  & \dots &  37.0  & \dots  \\
       &    & 5102.97  & -2.62 & C+     &   16.4  & \dots &  93.2   & 102.0  &  86.0  & \dots &  33.0  & \dots  \\
       &    & 5115.40  & -0.11 & D-     &   33.7  &  11.7 &  44.1   & \dots  &  55.0  & \dots & \dots  & \dots  \\
       &    & 5137.08  & -1.99 & C+     &   73.4  &  19.3 & 130.2   & 190.0  & 147.0  &   8.0 & 113.0  & 111.0  \\
       &    & 5435.87  & -2.59 & D+     &   15.8  &   7.6 &  76.2   &  95.0  &  71.0  & \dots &  47.0  &  48.0  \\
       &    & 5476.92  & -0.89 & C+     &  122.8  &  93.6 & 221.6   & \dots  & 188.0  &  48.0 & 149.0  & 154.0  \\
       &    & 5587.87  & -2.14 & C+     &   23.1  & \dots &  98.9   & 115.0  &  91.0  & \dots &  53.0  &  57.0  \\
       &    & 5592.27  & -2.57 & C+     &   27.6  & \dots &  88.4   & 132.0  & 112.0  & \dots &  54.0  &  55.0  \\
       &    & 5754.67  & -2.33 & C+     &   30.8  &  16.2 & 113.9   & 141.0  & 113.0  & \dots &  74.0  &  78.0  \\
       &    & 5892.88  & -2.35 & C+     &   30.4  & \dots & 119.1   & 109.0: & 114.0  & \dots & \dots  & 103.0  \\
       &    & 6767.78  & -2.17 & D      &   45.3  &  10.3 & 132.1   & 162.0  & 120.0  & \dots &  88.0  &  96.9  \\
       &    & 7122.21  &  0.04 & D-     &   57.4  &  27.7 & 105.0   & 132.0  & 103.0  & \dots &  73.0  &  74.7  \\
Cu I   & 29 & 5105.55  & -1.52 & SC88   &   27.1  & \dots & 120.7   & 127.0  & 113.0  & \dots &  62.0  &  48.0  \\
       &    & 5218.21  &  0.03 & T89    &   11.6  & \dots &  17.7   &  12.0  &  17.0  & \dots & \dots  &   6.0: \\
Zn I   & 30 & 4680.14  & -1.13 & T89    &   47.4  &  12.0 & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
       &    & 4810.54  & -0.17 & SC88   &   64.1  &  37.1 &  50.4   &  56.0  &  57.0  &  13.1:&  28.0  &  47.0: \\
       &    & 6362.35  &  0.27 & G+94   &    9.4  & \dots & \dots   & \dots  &  14.0  & \dots & \dots  &   9.0  \\
Y  I   & 39 & 6435.05  & -0.82 & B92    &  \dots  & \dots &  12.0:  &   9.0  &   6.0: & \dots & \dots  & \dots  \\
Y  II  & 39 & 4823.31  & -1.11 & B92    &  \dots  & \dots & \dots   &  35.0  &  43.0  & \dots & \dots  & \dots  \\
       &    & 4883.69  &  0.07 & H+82   &   75.9  & 107.4 & 107.8   & 134.0  &  97.0  & \dots &  95.0  &  76.0  \\
       &    & 4900.12  & -0.09 & B92    &   79.0  & \dots & \dots   & \dots  & 105.0  & \dots & \dots  & \dots  \\
       &    & 4982.14  & -1.29 & H+82   &    7.4: & \dots &  32.9   & \dots  &  16.0  & \dots & \dots  &  11.0: \\
       &    & 5087.43  & -0.17 & H+82   &   54.4  &  57.6 &  72.2   & 102.0  &  68.0  &  87.7 &  71.0  &  54.0  \\
       &    & 5119.12  & -1.36 & H+82   &    9.9  &   6.6 &  23.7   &  27.0  &  24.0  & \dots & \dots  &   9.0  \\
       &    & 5123.22  & -0.83 & H+82   &   32.0  &  17.0 &  57.1   &  46.0: &  42.0  &  31.3:&  32.0: & \dots  \\
       &    & 5200.42  & -0.57 & H+82   &   38.1  &  38.8 &  70.5   &  98.0  &  69.0  &  48.5:&  55.0  &  41.0  \\
       &    & 5205.73  & -0.34 & H+82   &   49.9  & \dots &  69.8   & 119.0: &  87.0  & \dots &  58.0  &  67.0  \\
       &    & 5289.82  & -1.85 & H+82   &    2.1: & \dots &  16.2   &   9.0  &  11.0  & \dots & \dots  & \dots  \\
       &    & 5402.79  & -0.62 & T89    &    9.0  &   8.3 &  26.3   &  23.0  &  22.0  &   9.4:&  17.0  & \dots  \\
       &    & 5473.39  & -1.02 & B92    &    2.7  & \dots & \dots   &  18.0  &  14.0  & \dots & \dots  & \dots  \\
       &    & 6795.43  & -1.19 & H+82   &  \dots  & \dots &  11.0   &  10.0  &   5.0  & \dots & \dots  & \dots  \\
Zr I   & 40 & 4815.64  & -0.69 & B92    &  \dots  & \dots &  29.0   &  24.0  &  21.0  & \dots & \dots  & \dots  \\
       &    & 4828.06  & -1.25 & K90    &  \dots  & \dots & \dots   &   8.0  &   4.0  & \dots & \dots  & \dots  \\
       &    & 5385.13  & -1.33 & K90    &  \dots  & \dots &  15.0   &  10.0  &   7.0  & \dots & \dots  &  14.0  \\
       &    & 6127.48  & -1.40 & K90    &  \dots  & \dots &  30.0   &  28.0  &  20.0  &   7.6 &   6.0  &  11.0  \\
       &    & 6134.57  & -1.88 & K90    &    3.5: & \dots &  27.0   &  33.0  &  13.0  &   4.5 &   6.0  &   5.0  \\
       &    & 6140.46  & -1.88 & K90    &  \dots  & \dots & \dots   & \dots  &   9.0  & \dots & \dots  & \dots  \\
       &    & 6143.18  & -1.68 & K90    &    2.7: & \dots &  32.0   &  20.0  &  15.0  & \dots & \dots  &   5.0: \\
Zr II  & 40 & 4772.31  & -0.09 & T89    &    3.8  & \dots &  19.0   &  22.0  &  19.0  & \dots &  26.0: & \dots  \\
       &    & 5112.28  & -0.75 & T89    &   10.8  &   9.7 &  20.1   &  18.0: &  21.0  & \dots &  18.0  &  20.0  \\
       &    & 5350.09  & -1.24 & B92    &  \dots  & \dots & \dots   &  19.0  &  13.0  & \dots & \dots  & \dots  \\
       &    & 6114.80  & -1.40 & B92    &    2.3  & \dots & \dots   &   6.0  &   8.0  & \dots & \dots  & \dots  \\
       &    & 6489.65  &  0.25 & T90    &    2.6: & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
Ru I   & 44 & 4869.15  & -0.77 & B92    &  \dots  & \dots & \dots   &   6.0  &   2.0: & \dots & \dots  & \dots  \\
       &    & 5636.23  & -1.06 & B92    &  \dots  & \dots &  11.0   &   3.0: &   7.0  & \dots & \dots  & \dots  \\
Ba II  & 56 & 5853.69  & -1.01 & WM80   &   82.4  &  79.5 & 132.9   & \dots  & \dots  & 162.2 & \dots  & \dots  \\
       &    & 6141.73  & -0.08 & WM80   &  143.0  & 194.5 & 185.9   & 286.0  & 182.0  & 370.0 & 162.0  & 150.0  \\
       &    & 6496.91  & -0.38 & WM80   &  132.7  & 173.1 & 183.7   & 275.0  & 180.0  & 383.0 & 160.0  & 144.0  \\
La II  & 57 & 4748.74  & -0.60 & T90    &    3.5  & \dots &   7.0   &  21.0  &  10.0  & \dots &  16.0  & \dots  \\
       &    & 5123.01  & -0.82 & T89    &    9.0  &   1.6:&  40.3   &  62.0: &  39.0  & \dots &  38.0: &  26.0: \\
       &    & 5377.06  &  0.70 & T89    &  \dots  & \dots & \dots   &   6.0: &   8.0: & \dots &   6.0  & \dots  \\
       &    & 6320.43  & -1.61 & B92    &  \dots  & \dots &  32.0   &  29.0  &  24.0  &   3.0:&  21.0  &  12.0  \\
       &    & 6390.49  & -1.49 & T89    &    3.9: & \dots &  26.5   &  39.0  &  22.0  & \dots &  10.0  &   8.5  \\
Ce II  & 58 & 4773.96  &  0.21 & T89    &    6.0  & \dots &  10.3   &  12.0: &  15.0  & \dots &  21.0: & \dots  \\
       &    & 5187.46  &  0.37 & T89    &  \dots  &   7.4:&  14.6   &  16.0  &  21.0  & \dots &  19.0  &   6.0  \\
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\begin{table*}
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\caption{continued}
\begin{tabular}{lrrrlrrrrrrrr}                       
\hline\noalign{\smallskip}
Element& $A$&$\lambda$&log gf &ref$^a$  &BD+11$\degr$ &M2     &M2       &M13     &M13     &M56    &M56     &M56    \\
       &    &         &       &         & 2998    & \_V11 &\_HII\_89&\_SH11  &\_I\_13 &\_V6   &\_I\_60 &\_I\_96\\ 
\noalign{\smallskip}
\hline\noalign{\smallskip}
Ce II  & 58 & 5274.24  &  0.26 & T89    &    6.0  & \dots &  22.3   &  30.0  &  29.0  & \dots &  17.0  &  29.0  \\
       &    & 5330.56  & -0.23 & T89    &    3.2  & \dots &   7.3   &  25.0  &  18.0  & \dots & \dots  &   9.0  \\
       &    & 5393.38  & -0.34 & B92    &  \dots  & \dots & \dots   & \dots  &  19.0  & \dots & \dots  & \dots  \\
       &    & 5472.30  & -0.54 & B92    &  \dots  & \dots &   6.0   &  12.0  &   7.0  & \dots & \dots  &   6.0  \\
       &    & 5512.06  &  0.20 & T89    &    4.1: & \dots & \dots   & \dots  & \dots  & \dots & \dots  & \dots  \\
Pr II  & 59 & 5219.03  & -0.15 & T89    &  \dots  & \dots &  13.3   &   9.0  &   8.0: & \dots & \dots  & \dots  \\
       &    & 5322.82  & -0.54 & T89    &  \dots  & \dots &  27.9   &  31.0  &  22.0  & \dots &  14.0  &  14.0  \\
Nd II  & 60 & 4811.35  & -0.91 & T89    &    6.2  &   4.8 &  59.0   &  86.0  &  59.0  &  10.7:&  45.0  & \dots  \\
       &    & 4959.15  & -0.90 & T89    &   12.1: &  12.8 &  73.6   & 103.0  &  72.0  &  10.6:&  53.0  &  55.0  \\
       &    & 5089.83  & -1.32 & T89    &  \dots  & \dots &  26.8   &  31.0  &  28.0  & \dots &  15.0  & \dots  \\
       &    & 5092.80  & -0.60 & T89    &    7.5  &   3.3:&  56.5   &  60.0  &  47.0  &  11.9 &  31.0  &  53.0  \\
       &    & 5212.35  & -0.87 & B92    &    7.5  & \dots &  61.0   &  51.0  & 119.0  & \dots &  25.0  &  23.0  \\
       &    & 5234.21  & -0.59 & T89    &    6.4  &  19.3 &  55.5   &  69.0  &  45.0  &  18.0 &  26.0  &  25.0  \\
       &    & 5249.58  &  0.12 & T89    &   13.6: &  12.6 &  56.6   &  70.0  &  49.0  & \dots &  33.0  &  31.0  \\
       &    & 5276.88  & -0.44 & B92    &  \dots  & \dots &  17.0   &  18.0  &  15.0  & \dots & \dots  &  10.0  \\
       &    & 5293.17  & -0.09 & T89    &   11.3: &  11.4 &  55.1   &  86.0  &  58.0  &  16.6 &  27.0  &  26.0  \\
       &    & 5311.48  & -0.43 & T89    &    8.5  & \dots &  21.4   &  27.0  &  24.0  & \dots & \dots  &   3.0  \\
       &    & 5319.82  & -0.35 & T89    &   12.6  &   7.0 &  62.1   &  95.0  &  53.0  & \dots &  32.0  &  33.0  \\
       &    & 5371.93  &  0.28 & T89    &    3.0  & \dots & \dots   & \dots  &  19.0  & \dots &   9.0  & \dots  \\
       &    & 5385.89  & -0.82 & B92    &  \dots  & \dots &  17.0   &  23.0  &  13.0  & \dots & \dots  &  14.0  \\
       &    & 5416.384 & -0.93 & B92    &  \dots  & \dots &   7.0   &   8.0  &   7.0  & \dots & \dots  &   2.6: \\
       &    & 5431.54  & -0.40 & B92    &  \dots  &   3.0:&  13.0:  &  12.0  &   6.0  & \dots & \dots  &   3.0: \\
       &    & 5442.29  & -0.61 & T89    &  \dots  & \dots &  16.5   &  19.0  &  15.0  & \dots & \dots  & \dots  \\
       &    & 5485.71  & -0.12 & B92    &  \dots  & \dots &  14.0   &  20.0  &  23.0  & \dots &   8.0  &   4.4  \\
Sm II  & 62 & 4719.86  & -0.36 & D+92   &  \dots  &   4.4 &  40.2   &  53.0  &  34.0  & \dots &  18.0  & \dots  \\
       &    & 4777.85  & -1.28 & D+92   &    2.5: & \dots &  13.8   &  46.0  &  21.0  & \dots & \dots  & \dots  \\
       &    & 4815.82  & -1.50 & B92    &  \dots  &   9.0 &  48.0   &  68.0  &  44.0  & \dots &  32.0: &  18.0  \\
       &    & 4854.35  & -1.87 & B92    &  \dots  & \dots & \dots   &  13.0  &   5.0  & \dots & \dots  & \dots  \\
       &    & 4913.27  & -1.15 & B92    &  \dots  & \dots & \dots   &  11.0  &  11.0  & \dots & \dots  & \dots  \\
       &    & 4948.60  & -0.84 & D+92   &  \dots  & \dots &  15.9   &  19.0: &  13.0: & \dots & \dots  &   9.0: \\
Eu II  & 63 & 6437.70  &  0.05 & T90    &    2.1: &   2.2 &  14.6   &  22.0: &  17.0  &   6.0:&  18.0  &   5.0  \\
       &    & 6645.13  & -0.25 & T90    &    2.1: &   8.4 &  33.7   &  40.0  &  28.0  &  12.5 &  16.0  &  16.3  \\
Dy II  & 66 & 5169.71  & -2.21 & B92    &  \dots  & \dots & \dots   &  11.0  &   9.0  & \dots & \dots  & \dots  \\
       &    & 5324.71  & -0.98 & K90    &  \dots  & \dots & \dots   & \dots  & \dots  & \dots & \dots  &   3.5: \\
\noalign{\smallskip}
\hline
\end{tabular}
\noindent
\footnotetext{$^a$ B92 - Bessell (1992); B,B+,C,C+,D,D-,E - accuracy ratings from NIST (1996);
D+92 - Davidson et al. (1992);
G+94 - Giridhar et al. (1994); GS88 - Gratton \& Sneden (1988); H+82 - Hannaford et al. (1982);
K90 - Kurucz (1990); PC89 - Peterson \& Carney (1989);
SC88 - Sneden \& Crocker (1988); T89 - Th\'evenin (1989); T90 -  Th\'evenin (1990); T94 - Takeda (1994);
WM80 - Wiese \& Martin (1980); WSM - Wiese, Smith, \& Miles (1969)
} 
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\end{table*}




\end{document}
