% Table 4
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\begin{table}
    \caption[]{Table4: The Elemental Abundances of $\xi$ Oct}
   \begin{flushleft}
   \begin{tabular}{rcccrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline
\hline\noalign{\smallskip}
\multicolumn{2}{l}{C II}&\multicolumn{4}{r}{(log C/H = -3.59$\pm$0.16)}\\
 2 &   6578.05 & -0.03 & WF  &   36  &   -3.78\\
   &   6582.88 & -0.33 & WF  &   34  &   -3.54\\
16 &   5145.16 &  0.19 & WF  &    7  &   -3.46\\
\multicolumn{2}{l}{N I}&\multicolumn{4}{r}{(log N/H = -3.98$\pm$0.22)}\\
 3 &   7442.30 &  -0.38 & WF &   14  &   -3.83\\
   &   7468.31 &  -0.19 & WF &   11  &   -4.14\\
\multicolumn{2}{l}{N II}&\multicolumn{4}{r}{(log N/H = -4.16)}\\
 5 &   4630.53 &   0.09 & WF &    6  &   -4.16\\
\multicolumn{2}{l}{O I}&\multicolumn{4}{r}{(log O/H = -3.19$\pm$0.08)}\\
 5 &   4368.20  &  -1.71 & WF &  10 &   -3.14\\
 9 &   6453.60  &  -1.29 & WF &   7 &   -3.09\\
   &   6454.44  &  -1.07 & WF &   8 &   -3.24\\
   &   6455.98  &  -0.92 & WF &  11 &   -3.23\\
10 &   6155.98  &  -0.66 & WF &  23 &   -3.15\\
   &   6156.78  &  -0.44 & WF &  32 &   -3.09\\
   &   6158.18  &  -0.30 & WF &  39 &   -3.11\\
12 &   5329.11  &  -1.24 & WF &   6 &   -3.29\\
   &   5330.72  &  -0.87 & WF &  12 &   -3.33\\
\multicolumn{2}{l}{O II}&\multicolumn{4}{r}{(log O/H = -3.08$\pm$0.09)}\\
 1 &        4641.82 &    0.05&   WF &     6 &     -2.98\\
   &        4649.14 &    0.31&   WF &     6 &     -3.15\\
 2 &        4319.62 &   -0.38&   WF &     3 &     -3.16\\
 5 &        4414.90 &    0.17&   WF &     5 &     -3.18\\
\multicolumn{2}{l}{Ne I}&\multicolumn{4}{r}{(log Ne/H = -3.64$\pm$0.16)}\\
 1 &    6143.06  &  -0.35 &  WS  &     28  &   -3.30\\
   &    6217.28  &  -0.87 &  WS  &      6  &   -3.79\\
   &    6334.43  &  -0.39 &  WS  &     19  &   -3.65\\
   &    6402.25  &   0.27 &  WS  &     41  &   -3.46\\
 3 &    6074.34  &  -0.45 &  WS  &     17  &   -3.69\\
   &    6030.00  &  -0.99 &  WS  &      4  &   -3.86\\
   &    6382.99  &  -0.29 &  WS  &     20  &   -3.60\\
   &    6506.53  &  -0.13 &  WS  &     26  &   -3.50\\
 5 &    6163.59  &  -0.56 &  WS  &     12  &   -3.74\\
 6 &    5842.49  &  -0.43 &  WS  &     17  &   -3.66\\
   &    6598.95  &  -0.31 &  WS  &     13  &   -3.82\\
 \multicolumn{2}{l}{Mg I}&\multicolumn{4}{r}{(log Mg/H = -4.22)}\\
 2 &   5183.60 &   -0.16 &  WS   &      7  &   -4.22\\
\multicolumn{2}{l}{Mg II}&\multicolumn{4}{r}{(log Mg/H = -4.61$\pm$0.11)}\\
 9 &   4427.99 &  -1.21 &  WS  &      9 &    -4.73\\
   &   4433.98 &  -0.90  & WS  &     24 &    -4.49\\
10 &   4384.64 &  -0.79 &  WS  &     24 &    -4.63\\
   &   4390.58 &  -0.53 &  WS  &     31 &    -4.74\\
16 &   6346.67 &   0.02 &  KP  &     33 &    -4.46\\
  \multicolumn{2}{l}{Al II}&\multicolumn{4}{r}{(log Al/H = -5.97$\pm$0.06)}\\
   2  &     4663.10 &  -0.28 &  FW   &    24 & -5.86\\
  10  &     6231.75 &   0.41 &  WS   &     8 & -6.01\\
      &     6243.36 &   0.68 &  WS   &    14 & -5.99\\
  16  &     5593.30 &   0.41 &  WS   &     8 & -5.99\\
\multicolumn{2}{l}{Al III}&\multicolumn{4}{r}{(log Al/H = -5.63)}\\
   3  &     4512.54 &  0.42 &   WS  &      4 & -5.63\\
 \multicolumn{2}{l}{Si II}&\multicolumn{4}{r}{(log Si/H = -4.61$\pm$0.21)}\\
   2 &    6347.10 &   0.22 &  LA  &     152 &   -4.40\\
     &    6371.37 &  -0.07 &  LA  &     125 &   -4.36\\
   3 &    4128.07 &   0.38 &  LA  &      86 &   -4.97\\
     &    4130.89 &   0.53 &  LA  &     100 &   -4.90\\
   4 &    5957.56 &  -0.33 &  LA  &      51 &   -4.49\\
     &    5978.93 &  -0.03 &  LA  &      58 &   -4.64\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
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\begin{table}
\caption[]{Table4: cont.}
   \begin{flushleft}
   \begin{tabular}{rcccrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
       5 &    5055.98 &   0.51 &  LA  &     133 &   -4.28\\
    7.05 &    4621.48 &   -0.54 &  LA  &       12 &  -4.59\\
         &    4621.72 &   -0.38 &  LA  &       13 &  -4.73\\
    7.14 &    5185.52 &    0.00 &  LA  &       11 &  -4.93\\
    7.33 &    5669.56 &    0.27 &  LA  &        9 &  -4.72\\
    7.34 &    6660.53 &    0.24 &  LA  &        7 &  -4.57\\
         &    6671.88 &    0.52 &  LA  &       14 &  -4.43\\
         &    6716.97 &    0.63 &  LA  &       14 &  -4.56\\
  \multicolumn{2}{l}{Si III}&\multicolumn{4}{r}{(log Si/H = -4.45$\pm$0.10)}\\
    2  &    4552.62  &   0.29 & WS  &     12 &   -4.58\\
       &    4567.84  &   0.07 & WS  &     11 &   -4.42\\
       &    4574.76  &  -0.41 & WS  &      6 &   -4.34\\
 \multicolumn{2}{l}{S II}&\multicolumn{4}{r}{(log S/H = -4.84$\pm$0.18)}\\
    1 &   5027.22 &   -0.72 &  WS   &      11  &    -4.71\\
      &   5142.33 &   -0.83 &  WS   &       6  &    -4.94\\
    6 &   5428.66 &   -0.01 &  WS   &      13  &    -5.04\\
      &   5432.82 &    0.31 &  WS   &      28  &    -4.68\\
      &   5453.86 &    0.56 &  WS   &      29  &    -4.90\\
      &   5473.61 &   -0.12 &  WS   &      13  &    -4.92\\
      &   5509.72 &   -0.14 &  WS   &      14  &    -4.85\\
      &   5564.98 &   -0.34 &  WS   &      10  &    -4.84\\
    7 &   4925.34 &   -0.47 &  WS   &      13  &    -4.72\\
      &   4942.46 &   -0.96 &  WS   &       6  &    -4.66\\
      &   4991.96 &   -0.25 &  WM   &      16  &    -4.74\\
      &   5009.56 &   -0.09 &  WM   &      16  &    -4.93\\
      &   5032.48 &    0.18 &  WS   &      27  &    -4.68\\
      &   5103.33 &   -0.28 &  WM   &       9  &    -5.07\\
    9 &   4656.77 &   -0.52 &  WS   &       7  &    -5.14\\
      &   4716.23 &   -0.81 &  WS   &      12  &    -4.48\\
      &   4815.55 &    0.18 &  WM   &      22  &    -4.94\\
   11 &   5526.25 &   -0.53 &  WS   &       6  &    -4.96\\
      &   5578.89 &   -0.69 &  WS   &       6  &    -4.75\\
      &   5606.15 &    0.16 &  WS   &      20  &    -4.76\\
      &   5640.33 &    0.14 &  KX   &      15  &    -4.98\\
      &   5660.00 &   -0.18 &  WS   &      12  &    -4.84\\
      &   5664.73 &   -0.44 &  WS   &      10  &    -4.71\\
   14 &   5639.98 &    0.33 &  WS   &      25  &    -4.60\\
      &   5647.02 &    0.11 &  WS   &      17  &    -4.79\\
   15 &   4917.21 &   -0.40 &  WS   &      17  &    -4.45\\
      &   5014.04 &    0.03 &  WS   &      21  &    -4.63\\
      &   5047.29 &   -0.62 &  WS   &       8  &    -4.70\\
   38 &   5320.73 &    0.46 &  WS   &      13  &    -4.98\\
      &   5345.72 &    0.28 &  WS   &      14  &    -4.74\\
   39 &   5201.02 &    0.05 &  WS   &       7  &    -4.97\\
      &   5212.62 &    0.24 &  WS   &       9  &    -5.00\\
   40 &   4524.95 &    0.08 &  WS   &      12  &    -4.84\\
   43 &   4463.58 &   -0.02 &  WM   &       7  &    -4.81\\
      &   4483.43 &   -0.43 &  KX   &       5  &    -4.55\\
   44 &   4142.25 &    0.24 &  WM   &       7  &    -5.16\\
      &   4145.06 &    0.44 &  WS   &      11  &    -5.18\\
      &   4153.10 &    0.62 &  WS   &      22  &    -4.74\\
      &   4168.37 &   -0.16 &  WS   &       5  &    -5.00\\
   49 &   4267.76 &    0.28 &  WS   &       8  &    -5.00\\
      &   4269.72 &    0.08 &  KX   &       5  &    -5.11\\
      &   4282.59 &   -0.01 &  WS   &       8  &    -4.73\\
      &   4294.43 &    0.56 &  WM   &      14  &    -4.92\\
      &   4318.64 &   -0.08 &  WS   &       7  &    -4.73\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
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\end{table}

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\begin{table}
\caption[]{Table4: cont.}
   \begin{flushleft}
   \begin{tabular}{rcccrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
 \multicolumn{2}{l}{Ti II}&\multicolumn{4}{r}{(log Ti/H = -6.82$\pm$0.18)}\\
 20  &   4294.09 &  -1.11 & MF &  4 & -6.89\\
 41  &   4300.05 &  -0.77 & MF &  6 & -6.99\\
     &   4307.86 &  -1.29 & MF &  5 & -6.58\\
 \multicolumn{2}{l}{Cr II}&\multicolumn{4}{r}{(log Cr/H = -6.48$\pm$0.18)}\\
 30  &   4824.13  & -1.22 & MF & 11 & -6.17\\
     &   4848.23  & -1.14 & MF &  4 & -6.69\\
 44  &   4555.02  & -1.38 & MF &  5 & -6.34\\
     &   4558.66  & -0.66 & MF & 14 & -6.51\\
     &   4588.22  & -0.63 & MF & 11 & -6.65\\
     &   4618.80  & -1.11 & MF &  6 & -6.51\\
\multicolumn{2}{l}{Fe II}&\multicolumn{4}{r}{(log Fe/H = -4.72$\pm$0.18)}\\
  26 &   4580.06  & -3.65 & KX &  3 & -4.70\\
  27 &   4233.17  & -2.00 & MF & 47 & -4.62\\
     &   4303.17  & -2.49 & MF & 23 & -4.79\\
     &   4351.77  & -2.10 & MF & 30 & -4.98\\
     &   4385.38  & -2.57 & MF & 16 & -4.93\\
     &   4416.83  & -2.60 & MF & 22 & -4.69\\
  28 &   4122.66 &  -3.38 & MF &  8 & -4.54\\
     &   4178.86 &  -2.48 & MF & 23 & -4.86\\
     &   4258.16 &  -3.40 & MF &  6 & -4.67\\
     &   4296.57 &  -3.01 & MF & 10 & -4.80\\
  32 &   4314.31 & -3.47 & KX &   6 & -4.58\\
  37 &   4489.18 & -2.97 & MF &  11 & -4.68\\
     &   4491.40 & -2.70 & MF &  13 & -4.88\\
     &   4515.34 & -2.48 & MF &  22 & -4.78\\
     &   4520.22 & -2.60 & MF &  20 & -4.73\\
     &   4555.89 & -2.29 & MF &  25 & -4.86\\
     &   4582.84 & -3.10 & MF &   8 & -4.72\\
     &   4629.34 & -2.37 & MF &  24 & -4.83\\
  38 &   4508.28 & -2.21 & MF &  29 & -4.84\\
     &   4522.63 & -2.03 & MF &  32 & -4.93\\
     &   4541.52 & -3.05 & MF &   9 & -4.70\\
     &   4576.33 & -3.04 & MF &  11 & -4.64\\
     &   4583.83 & -2.02 & MF &  46 & -4.52\\
     &   4620.51 & -3.28 & MF &   6 & -4.67\\
  42 &   4923.93 & -1.32 & MF &  66 & -4.55\\
     &   5169.03 & -0.87 & MF &  73 & -4.77\\
  43 &   4656.97 & -3.63 & MF &   3 & -4.69\\
     &   4731.44 & -3.36 & MF &  10 & -4.36\\
 186 &   4549.21 & -1.87 & MF &   7 & -4.73\\
     &   4635.33 & -1.65 & MF &  15 & -4.50\\
 220 &   4319.68 & -1.69 & KX &   3 & -4.45\\
   D &   4596.02 & -1.84 & KX &   7 & -4.60\\
   J &   4357.58 & -2.10 & KX &   4 & -4.65\\
     &   4451.54 & -1.82 & KX &   8 & -4.57\\
     &   4455.26 & -1.99 & KX &   6 & -4.52\\
     &   4579.52 & -2.36 & KX &   5 & -4.26\\
     &   4913.19 &  0.01 & KX &   7 & -4.72\\
     &   4951.58 &  0.18 & KX &   7 & -4.88\\
     &   4984.48 &  0.01 & KX &   5 & -4.84\\
     &   4990.51 &  0.18 & KX &   7 & -4.90\\
     &   5001.92 &  0.90 & KX &  23 & -4.91\\
     &   5004.20 &  0.50 & KX &  11 & -4.96\\
     &   5007.74 & -0.20 & KX &   5 & -4.71\\
     &   5018.44 & -1.22 & MF &  68 & -4.56\\
     &   5021.59 & -0.30 & KX &   7 & -4.45\\
     &   5022.79 & -0.02 & KX &   5 & -4.88\\
     &   5026.80 & -0.22 & KX &   4 & -4.73\\
     &   5030.63 &  0.39 & KX &  11 & -4.84\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
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\end{table}

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\begin{table}
\caption[]{Table4: cont.}
   \begin{flushleft}
   \begin{tabular}{rcccrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
    & 5035.71 &  0.61 & KX &       15 &  -4.92\\
    & 5061.72 &  0.22 & KX &        4 &  -5.16\\
    & 5070.90 &  0.24 & KX &       10 &  -4.75\\
    & 5075.76 &  0.28 & KX &       11 &  -4.70\\
    & 5087.30 & -0.49 & KX &        6 &  -4.27\\
    & 5089.21 & -0.04 & KX &        5 &  -4.79\\
    & 5093.58 &  0.11 & KX &        8 &  -4.73\\
    & 5127.86 & -2.53 & KX &        4 &  -4.40\\
    & 5144.36 &  0.28 & KX &        4 &  -5.14\\
    & 5149.46 &  0.40 & KX &        9 &  -4.92\\
    & 5166.56 & -0.03 & KX &        6 &  -4.71\\
    & 5197.56 & -2.10 & MF &       27 &  -4.81\\
    & 5199.12 &  0.10 & KX &        6 &  -4.82\\
    & 5203.64 & -0.05 & KX &        7 &  -4.58\\
    & 5215.34 & -0.10 & KX &        6 &  -4.66\\
    &  5215.83 & -0.23 & KX &        5 & -4.65\\
    &  5216.85 &  0.81 & KX &       12 & -5.15\\
    &  5223.23 & -0.41 & KX &        6 & -4.32\\
    &  5234.62 & -2.05 & MF &       30 & -4.76\\
    &  5237.95 &  0.14 & KX &        5 & -4.93\\
    &  5251.23 &  0.51 & KX &       10 & -4.91\\
    &  5254.93 & -3.23 & KX &       7 &  -4.51\\
    &  5260.26 &  1.07 & KX &      26 &  -4.89\\
    &  5264.18 &  0.36 & KX &      12 &  -4.70\\
    &  5264.81 & -3.19 & MF &      11 &  -4.30\\
    &  5272.40 & -2.03 & MF &       6 &  -4.59\\
    &  5276.00 & -1.94 & MF &      32 &  -4.82\\
    &  5291.67 &  0.58 & KX &      13 &  -4.86\\
    &  5316.23 &  0.34 & KX &      10 &  -4.81\\
    &  5339.59 &  0.54 & KX &      11 &  -4.93\\
    &  5362.87 & -2.74 & KX &      19 &  -4.43\\
    &  5370.29 & -0.54 & KX &       5 &  -4.22\\
    &  5387.06 &  0.52 & KX &      11 &  -4.87\\
    &  5395.86 &  0.36 & KX &       4 &  -5.16\\
    &  5402.06 &  0.50 & KX &       9 &  -4.93\\
    &  5427.82 & -1.66 & KX &       6 &  -4.60\\
    &  5429.99 &  0.46 & KX &       8 &  -4.92\\
    &  5465.93 &  0.52 & KX &       8 &  -5.02\\
    &  5482.31 &  0.43 & KX &       7 &  -4.96\\
    &  5487.63 &  0.36 & KX &       4 &  -5.15\\
    &  5506.20 &  0.95 & MF &      18 &  -4.95\\
    &  5534.85 & -2.93 & MF &      10 &  -4.61\\
    &  5544.76 &  0.12 & KX &       5 &  -4.84\\
    &  5567.84 & -1.89 & KX &       4 &  -4.53\\
    &  5645.40 &   0.08 & KX &    8 &    -4.54\\
    &  5780.13 &   0.32 & KX &    7 &    -4.77\\
    &  5783.63 &   0.21 & KX &    5 &    -4.88\\
    &  5961.71 &   0.70 & KX &   12 &    -4.88\\
    &  6149.25 &  -2.72 & KX &   10 &    -4.46\\
    &  6175.14 &  -1.98 & KX &    5 &    -4.56\\
    &  6416.92 &  -2.74 & KX &    7 &    -4.62\\
    &  6456.38 &  -2.08 & KX &   25 &    -4.52\\
    &  6541.38 &   0.45 & KX &    6 &    -4.81\\
    &  7462.39 &  -2.73 & KX &    9 &    -4.48\\
\multicolumn{2}{l}{Fe III}&\multicolumn{4}{r}{(log Fe/H = -4.55$\pm$0.05)}\\
  4 &  4419.59 &  -2.22 & KX &    9 &   -4.62 \\
    &  4431.02 &  -2.57 & KX &    5 &   -4.53 \\
  5 &  5127.39 &  -2.22 & KX &    6 &   -4.49 \\
\multicolumn{2}{l}{Ni II}&\multicolumn{4}{r}{(log Ni/H = -5.39)}\\
  10 & 4192.07 &  -3.05 & KX &    5 &   -5.39\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}

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\begin{table}
\caption[]{Table4: cont.}
   \begin{flushleft}
%  \hline\noalign{\smallskip}
gf-value references: 
BG = Biemont et al. (1989) for V II, Biemont et al. (1981) for Zr II\\
BK = Biemont et al. (1982)\\
FW = Fuhr \& Wiese (1990)\\
GB = Grevesse et al. (1981)\\
HL = Hannaford et al. (1982)\\
JK = J\"{o}nsson et al. (1984)\\
KF = Klose, Fuhr, \& Wiese (2002)\\
KP = Kurucz \& Peytremann (1975)\\
KX = Kurucz \& Bell (1995)\\
LA = Lanz \& Artru (1985)\\
LD = Lawler \& Dakin (1989)\\
MC = Magazzu \& Cowley (1986)\\
MF = Fuhr, Martin \& Wiese (1988) and Martin, Fuhr \& Wiese (1988)\\
WF = Wise, Fuhr \& Deters (1996)\\
WM = Wiese \& Martin (1980)\\
WS = Wiese, Smith \& Glennon (1966) and Wiese, Smith \& Miles (1969)\\
WV = Ward (1985)\\
%\hline\noalign{\smallskip}
\end{flushleft}
\end{table}

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% Table 5
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\begin{table}
    \caption[]{Table5: The Elemental Abundances of $\alpha$ Sex}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
\multicolumn{2}{l}{C I}&\multicolumn{4}{r}{(log C/H = -3.40$\pm$0.42)}\\
6	&	4762.31	&	-2.46	&	WF	&	8	&	-3.10	\\
	&	4771.72	&	-1.87	&	WF	&	7	&	-3.70	\\
\multicolumn{2}{l}{C II}&\multicolumn{4}{r}{(log C/H = -3.35$\pm$0.30)}\\							
4	&	3920.68	&	-0.23	&	WF	&	21	&	-3.00	\\
	&	3918.97	&	-0.53	&	WF	&	10	&	-3.33	\\
6	&	4267.26	&	0.74	&	WF	&	9	&	-3.72	\\
\multicolumn{2}{l}{N I}&\multicolumn{4}{r}{(log N/H = -3.96$\pm$0.19)}\\							
1	&	8703.24	&	-0.32	&	WF	&	78	&	-3.63	\\
	&	8711.7	&	-0.23	&	WF	&	46	&	-4.16	\\
	&	8718.83	&	-0.34	&	WF	&	41	&	-4.12	\\
	&	8728.9	&	-1.06	&	WF	&	14	&	-4.10	\\
3	&	7442.29	&	-0.38	&	WF	&	31	&	-3.92	\\
	&	7468.31	&	-0.19	&	WF	&	44	&	-3.83	\\
\multicolumn{2}{l}{O I}&\multicolumn{4}{r}{(log O/H = -3.16$\pm$0.04)}\\
12	&	5329.11	&	-1.24	&	WF	&	20	&	-3.13	\\
	&	5329.68	&	-1.02	&	WF	&	27	&	-3.19	\\
\multicolumn{2}{l}{Mg I}&\multicolumn{4}{r}{(log Mg/ H = -4.46$\pm$0.27)}\\
2	&	5172.68	&	-0.38	&	WS	&	93	&	-4.19	\\
	&	5183.60	&	-0.16	&	WS	&	107	&	-4.08	\\
9	&	5528.39	&	-0.48	&	WS	&	22	&	-4.61	\\
11	&	4702.99	&	-0.38	&	FW	&	27	&	-4.64	\\
15	&	4167.27	&	-0.79	&	JK	&	9	&	-4.78	\\
\multicolumn{2}{l}{Mg II}&\multicolumn{4}{r}{(log Mg/H = -4.59$\pm$0.04)}\\
5	&	3848.21	&	-1.59	&	WS	&	28	&	-4.58	\\
	&	3850.39	&	-1.88	&	WM	&	19	&	-4.54	\\
9	&	4427.99	&	-1.21	&	WS	&	19	&	-4.57	\\
	&	4433.98	&	-0.90	&	WS	&	27	&	-4.65	\\
10	&	4384.64	&	-0.79	&	WS	&	37	&	-4.62	\\
0	&	4390.58	&	-0.53	&	WS	&	54	&	-4.56	\\
19	&	4436.49	&	-0.89	&	KX	&	7	&	-4.64	\\
\multicolumn{2}{l}{Al I}&\multicolumn{4}{r}{(log Al/H = -5.80)}\\
1	&	3944.01	&	-0.64	&	FW	&	48	&	-5.80	\\
\multicolumn{2}{l}{Al II}&\multicolumn{4}{r}{(log Al/H = -5.45)}\\
2	&	4663.1	&	-0.28	&	FW	&	25	&	-5.45	\\
\multicolumn{2}{l}{Si II}&\multicolumn{4}{r}{(log Si/H = -4.59$\pm$0.09)}\\
1	&	3853.66	&	-1.44	&	LA	&	69	&	-4.65	\\
	&	3856.02	&	-0.49	&	LA	&	130	&	-4.61	\\
	&	3862.59	&	-0.74	&	LA	&	113	&	-4.57	\\
3	&	4128.07	&	0.38	&	LA	&	90	&	-4.68	\\
	&	4130.89	&	0.53	&	LA	&	101	&	-4.69	\\
5	&	5041.03	&	0.26	&	LA	&	78	&	-4.37	\\
7.05	&	4621.48	&	-0.54	&	LA	&	6	&	-4.58	\\
	&	4621.72	&	-0.38	&	LA	&	8	&	-4.59	\\
\multicolumn{2}{l}{Ca I}&\multicolumn{4}{r}{(log Ca/H = -5.88)}\\
2	&	4226.73	&	0.24	&	FW	&	33	&	-5.88	\\
\multicolumn{2}{l}{Ca II}&\multicolumn{4}{r}{(log Ca/H = -5.82$\pm$0.30)}\\
1	&	3933.66	&	0.13	&	WM	&	700	&	-5.82	\\
\multicolumn{2}{l}{Sc II}&\multicolumn{4}{r}{(log Sc/H = -9.23$\pm$0.08)}\\
7	&	4246.83	&	0.24	&	LD	&	 38	&	-9.35	\\
14	&	4374.45	&	-0.42	&	LD	&	11	&	-9.28	\\
	&	4400.36	&	-0.53	&	LD	&	13	&	-9.11	\\
	&	4415.56	&	-0.68	&	LD	&	9	&	-9.18	\\
15	&	4314.08	&	-0.09	&	LD	&	25	&	-9.17	\\
	&	4320.73	&	-0.25	&	LD	&	14	&	-9.33	\\
	&	4325.01	&	-0.44	&	LD	&	13	&	-9.21	\\
\multicolumn{2}{l}{Ti II}&\multicolumn{4}{r}{(log Ti/H = -7.03$\pm$0.21)}\\
11	&	3987.61	&	-2.73	&	MF	&	7	&	-6.99	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{5}
\begin{table}
\caption[]{Table5: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
	&	4025.13	&	-1.98	&	MF	&	13	&	-7.43	\\
19	&	4395.03	&	-0.66	&	MF	&	79	&	-6.59	\\
	&	4443.80	&	-0.70	&	MF	&	58	&	-7.23	\\
	&	4450.49	&	-1.45	&	MF	&	29	&	-7.19	\\
21	&	4161.54	&	-2.36	&	MF	&	7	&	-7.09	\\
31	&	4468.49	&	-0.60   &       MF      &       63      &	-7.15	\\
	&	4501.27	&	-0.75	&	MF	&	61	&	-7.06	\\
34	&	3913.46	&	-0.53	&	MF	&	78	&	-6.62	\\
	&	3932.02	&	-1.78	&	MF	&	23	&	-6.98	\\
40	&	4417.72	&	-1.43	&	MF	&	39	&	-6.93	\\
	&	4441.73	&	-2.41	&	MF	&	5	&	-7.15	\\
	&	4464.46	&	-2.08	&	MF	&	15	&	-6.93	\\
	&	4470.86	&	-2.28	&	MF	&	10	&	-6.97	\\
41	&	4290.22	&	-1.12	&	MF	&	50	&	-6.95	\\
	&	4300.05	&	-0.77	&	MF	&	67	&	-6.81	\\
	&	4301.93	&	-1.16	&	MF	&	36	&	-7.27	\\
	&	4312.86	&	-1.16	&	MF	&	47	&	-6.99	\\
	&	4320.99	&	-1.87	&	MF	&	11	&	-7.28	\\
49	&	4708.65	&	-2.21	&	MF	&	7	&	-7.16	\\
50	&	4563.76	&	-0.96	&	MF	&	52	&	-7.04	\\
51	&	4394.06	&	-1.59	&	MF	&	21	&	-7.20	\\
	&	4399.77	&	-1.27	&	MF	&	38	&	-7.09	\\
51	&	4418.34	&	-2.40	&	MF	&	14	&	-6.61	\\
61	&	4395.85	&	-2.17	&	MF	&	17	&	-6.74	\\
69	&	5336.78	&	-1.70	&	MF	&	15	&	-7.09	\\
	&	5418.75	&	-1.99	&	KX	&	12	&	-6.94	\\
70	&	5154.06	&	-1.92	&	MF	&	17	&	-6.80	\\
	&	5188.68	&	-1.21	&	MF	&	42	&	-6.86	\\
	&	5226.54	&	-1.30	&	MF	&	28	&	-7.12	\\
82	&	4529.46	&	-2.03	&	MF	&	15	&	-6.76	\\
	&	4571.97	&	-0.53	&	MF	&	70	&	-6.74	\\
86	&	5129.15	&	-1.39	&	MF	&	17	&	-7.15	\\
87	&	4028.33	&	-1.00	&	MF	&	22	&	-7.33	\\
	&	4053.83	&	-1.21	&	MF	&	30	&	-6.92	\\
92	&	4779.99	&	-1.37	&	MF	&	18	&	-7.02	\\
	&	4805.09	&	-1.10	&	MF	&	29	&	-6.98	\\
93	&	4374.84	&	-1.29	&	MF	&	17	&	-7.12	\\
	&	4421.95	&	-1.77	&	MF	&	10	&	-6.95	\\
94	&	4316.81	&	-1.42	&	MF	&	6	&	-7.51	\\
	&	4350.83	&	-1.40	&	MF	&	7	&	-7.45	\\
104	&	4386.84	&	-1.26	&	MF	&	16	&	-6.87	\\
105	&	4174.07	&	-1.25	&	MF	&	12	&	-7.04	\\
113	&	5072.28	&	-0.75	&	MF	&	13	&	-7.20	\\
114	&	4874.01	&	-0.79	&	MF	&	11	&	-7.24	\\
	&	4911.2	&	-0.34	&	MF	&	24	&	-7.25	\\
115	&	4411.08	&	-1.06	&	MF	&	17	&	-6.76	\\
	&	4488.32	&	-0.82	&	MF	&	21	&	-6.85	\\
\multicolumn{2}{l}{V II}&\multicolumn{4}{r}{(log V/H = -7.95$\pm$0.24)}\\
9	&	3973.64	&	-1.07	&	BG	&	6	&	-8.34	\\
	&	3997.12	&	-1.23	&	BG	&	11	&	-7.85	\\
10	&	3916.42	&	-1.05	&	BG	&	14	&	-7.91	\\
	&	3951.97	&	-0.78	&	BG	&	12	&	-8.27	\\
11	&	3903.26	&	-0.89	&	MF	&	15	&	-8.00	\\
25	&	4202.35	&	-1.52	&	BG	&	6	&	-7.73	\\
32	&	4005.71	&	-0.52	&	BG	&	21	&	-8.01	\\
	&	4035.63	&	-0.77	&	BG	&	13	&	-8.03	\\
33	&	3899.14	&	-0.78	&	BG	&	9	&	-8.19	\\
37	&	4183.44	&	-1.12	&	BG	&	7	&	-7.89	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{5}
\begin{table}
\caption[]{Table5: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
56	&	4564.59	&	-1.39	&	BG	&	5	&	-7.66	\\
	&	4600.19	&	-1.52	&	BG	&	5	&	-7.50	\\
\multicolumn{2}{l}{Cr I}&\multicolumn{4}{r}{(log Cr/H = -6.33$\pm$0.12)}\\
1	&	4254.35	&	-0.11	&	MF	&	18	&	-6.24	\\
	&	4274.80	&	-0.23	&	MF	&	10	&	-6.41	\\
\multicolumn{2}{l}{Cr II}&\multicolumn{4}{r}{(log Cr/H = -6.23$\pm$0.22)}\\
19	&	4051.93	&	-2.19	&	KX	&	13	&	-6.58	\\
23	&	5249.40	&	-2.43	&	KX	&	11	&	-6.07	\\
	&	5407.62	&	-2.09	&	KX	&	10	&	-6.39	\\
26	&	4179.42	&	-1.77	&	KX	&	20	&	-6.36	\\
	&	4207.35	&	-2.47	&	KX	&	3	&	-6.63	\\
30	&	4812.34	&	-1.80	&	MF	&	15	&	-6.46	\\
	&	4824.13	&	-1.22	&	MF	&	54	&	-5.95	\\
	&	4836.23	&	-2.25	&	MF	&	22	&	-5.78	\\
	&	4848.23	&	-1.14	&	MF	&	35	&	-6.54	\\
	&	4876.41	&	-1.46	&	KX	&	44	&	-5.99	\\
	&	4884.61	&	-2.08	&	MF	&	11	&	-6.37	\\
31	&	4252.62	&	-2.02	&	KX	&	16	&	-6.21	\\
	&	4261.92	&	-1.53	&	KX	&	36	&	-6.13	\\
	&	4269.28	&	-2.17	&	KX	&	16	&	-6.07	\\
	&	4275.58	&	-1.71	&	KX	&	25	&	-6.23	\\
	&	4284.21	&	-1.86	&	KX	&	21	&	-6.21	\\
39	&	4539.62	&	-2.53	&	MF	&	8	&	-5.95	\\
	&	4565.74	&	-2.11	&	MF	&	14	&	-6.09	\\
43	&	5237.33	&	-1.16	&	MF	&	50	&	-6.00	\\
	&	5274.96	&	-1.29	&	KX	&	24	&	-6.54	\\
	&	5280.00	&	-2.01	&	KX	&	13	&	-6.21	\\
	&	5310.70	&	-2.28	&	MF	&	9	&	-6.10	\\
	&	5313.56	&	-1.65	&	MF	&	23	&	-6.23	\\
	&	5334.87	&	-1.56	&	KX	&	24	&	-6.28	\\
	&	5337.79	&	-2.03	&	KX	&	17	&	-6.02	\\
44	&	4555.02	&	-1.38	&	MF	&	32	&	-6.26	\\
	&	4558.66	&	-0.66	&	MF	&	74	&	-5.80	\\
	&	4588.22	&	-0.63	&	MF	&	58	&	-6.31	\\
	&	4592.05	&	-1.22	&	MF	&	34	&	-6.36	\\
	&	4616.63	&	-1.29	&	MF	&	30	&	-6.41	\\
	&	4618.80	&	-1.11	&	MF	&	49	&	-6.07	\\
	&	4634.07	&	-1.24	&	MF	&	39	&	-6.23	\\
129	&	3911.32	&	-2.06	&	KX	&	5	&	-6.17	\\
162	&	4145.77	&	-1.16	&	KX	&	15	&	-6.27	\\
177	&	4697.60	&	-1.88	&	MF	&	5	&	-5.93	\\
183	&	3979.50	&	-0.73	&	KX	&	12	&	-6.64	\\
190	&	4901.66	&	-0.83	&	KX	&	8	&	-6.29	\\
194	&	4003.28	&	-0.60	&	KX	&	9	&	-6.49	\\
	&	4038.04	&	-0.56	&	KX	&	10	&	-6.48	\\
\multicolumn{2}{l}{Mn I}&\multicolumn{4}{r}{(log Mn/H = -6.32)}\\
16	&	4754.04	&	-0.09	&	MF	&	3	&	-6.32	\\
\multicolumn{2}{l}{Mn II}&\multicolumn{4}{r}{(log Mn/H = -6.44$\pm$0.17)}\\
I	&	4206.37	&	-1.57	&	KX	&	5	&	-6.47	\\
	&	4326.64	&	-1.25	&	KX	&	7	&	-6.63	\\
	&	4478.64	&	-0.95	&	KX	&	5	&	-6.43	\\
5	&	4730.39	&	-2.15	&	KX	&	3	&	-6.08	\\
	&	4755.73	&	-1.24	&	KX	&	8	&	-6.57	\\
	&	4764.73	&	-1.35	&	KX	&	8	&	-6.43	\\
\multicolumn{2}{l}{Fe I}&\multicolumn{4}{r}{(log Fe/H = -4.56$\pm$0.22)}\\
4	&	3856.37	&	-1.29	&	MF	&	22	&	-4.91	\\
	&	3859.91	&	-0.71	&	MF	&	51	&	-4.68	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{5}
\begin{table}
\caption[]{Table5: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
4	&	3895.66	&	-1.67	&	MF	&	18	&	-4.64	\\
	&	3899.71	&	-1.53	&	MF	&	16	&	-4.85	\\
	&	3906.47	&	-2.24	&	MF	&	8	&	-4.47	\\
	&	3920.25	&	-1.75	&	MF	&	14	&	-4.71	\\
	&	3922.91	&	-1.65	&	MF	&	11	&	-4.96	\\
	&	3927.92	&	-1.59	&	MF	&	24	&	-4.52	\\
	&	3930.29	&	-1.59	&	MF	&	33	&	-4.30	\\
14	&	5328.04	&	-1.47	&	MF	&	20	&	-4.36	\\
20	&	3825.88	&	-0.04	&	MF	&	50	&	-4.83	\\
	&	3849.97	&	-0.87	&	MF	&	28	&	-4.61	\\
	&	3872.50	&	-0.93	&	MF	&	26	&	-4.61	\\
	&	3878.02	&	-0.91	&	MF	&	25	&	-4.69	\\
22	&	3850.82	&	-1.73	&	MF	&	8	&	-4.50	\\
41	&	4383.54	&	0.20	&	MF	&	53	&	-4.70	\\
	&	4404.75	&	-0.14	&	MF	&	42	&	-4.66	\\
	&	4415.12	&	-0.61	&	MF	&	24	&	-4.65	\\
42	&	4202.02	&	-0.71	&	MF	&	19	&	-4.79	\\
	&	4250.79	&	-0.71	&	MF	&	23	&	-4.60	\\
	&	4271.76	&	-0.16	&	MF	&	41	&	-4.70	\\
	&	4325.75	&	-0.01	&	MF	&	49	&	-4.53	\\
43	&	4005.25	&	-0.61	&	MF	&	21	&	-4.76	\\
	&	4045.82	&	0.28	&	MF	&	48	&	-4.92	\\
	&	4132.06	&	-0.65	&	MF	&	24	&	-4.62	\\
	&	4143.87	&	-0.45	&	MF	&	26	&	-4.79	\\
45	&	3841.05	&	-0.05	&	MF	&	33	&	-4.94	\\
	&	3902.94	&	-0.47	&	MF	&	30	&	-4.63	\\
	&	3966.07	&	-1.64	&	MF	&	4	&	-4.54	\\
68	&	4442.34	&	-1.26	&	MF	&	5	&	-4.52	\\
	&	4494.57	&	-1.41	&	MF	&	6	&	-4.29	\\
	&	4528.61	&	-0.82	&	MF	&	15	&	-4.41	\\
73	&	3852.57	&	-1.24	&	MF	&	7	&	-4.38	\\
152	&	4187.04	&	-0.55	&	MF	&	9	&	-4.78	\\
	&	4187.79	&	-0.55	&	MF	&	25	&	-4.21	\\
	&	4191.44	&	-0.74	&	KX	&	5	&	-4.84	\\
	&	4198.30	&	-0.72	&	MF	&	20	&	-4.21	\\
	&	4210.35	&	-0.87	&	MF	&	6	&	-4.65	\\
	&	4222.22	&	-0.97	&	MF	&	7	&	-4.52	\\
	&	4235.94	&	-0.34	&	MF	&	18	&	-4.62	\\
	&	4250.12	&	-0.40	&	MF	&	18	&	-4.55	\\
	&	4260.47	&	-0.02	&	MF	&	32	&	-4.55	\\
	&	4271.16	&	-0.35	&	MF	&	19	&	-4.58	\\
	&	4299.24	&	-0.46	&	KX	&	18	&	-4.52	\\
175	&	3859.21	&	-0.68	&	MF	&	9	&	-4.64	\\
	&	3873.76	&	-0.79	&	MF	&	5	&	-4.84	\\
276	&	3998.05	&	-0.84	&	MF	&	8	&	-4.40	\\
277	&	3983.98	&	-0.90	&	MF	&	5	&	-4.51	\\
278	&	3956.68	&	-0.58	&	KX	&	16	&	-4.28	\\
	&	3997.39	&	-0.39	&	MF	&	10	&	-4.69	\\
	&	4021.87	&	-0.66	&	MF	&	10	&	-4.45	\\
	&	3981.77	&	-1.08	&	MF	&	5	&	-4.35	\\
318	&	4871.32	&	-0.41	&	MF	&	10	&	-4.65	\\
	&	4890.75	&	-0.43	&	MF	&	11	&	-4.55	\\
	&	4891.49	&	-0.14	&	MF	&	18	&	-4.59	\\
	&	4920.50	&	0.06	&	MF	&	31	&	-4.42	\\
350	&	4466.55	&	-0.59	&	MF	&	8	&	-4.60	\\
354	&	4156.80	&	-0.62	&	MF	&	4	&	-4.91	\\
	&	4175.64	&	-0.67	&	MF	&	8	&	-4.48	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{5}
\begin{table}
\caption[]{Table5: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
354     &	4181.75	&	-0.18	&	MF	&	9	&	-4.92	\\
355	&	4203.98	&	-1.08	&	KX	&	3	&	-4.59	\\
357	&	4109.80	&	-0.91	&	MF	&	10	&	-4.15	\\
	&	4132.90	&	-0.92	&	MF	&	5	&	-4.42	\\
	&	4134.68	&	-0.49	&	MF	&	5	&	-4.86	\\
383	&	5232.95	&	-0.19	&	MF	&	31	&	-4.10	\\
414	&	4309.37	&	-1.18	&	MF	&	5	&	-4.14	\\
482	&	4170.90	&	-1.10	&	MF	&	5	&	-4.14	\\
522	&	4199.10	&	0.25	&	MF	&	19	&	-4.82	\\
523	&	4143.42	&	-0.47	&	KX	&	14	&	-4.29	\\
527	&	4017.16	&	-0.92	&	MF	&	6	&	-4.30	\\
529	&	3839.26	&	-0.25	&	MF	&	8	&	-4.81	\\
	&	3843.26	&	-0.14	&	MF	&	8	&	-4.87	\\
553	&	5324.18	&	-0.24	&	MF	&	22	&	-4.14	\\
554	&	4736.77	&	-0.74	&	MF	&	6	&	-4.34	\\
560	&	4030.49	&	-0.70	&	MF	&	7	&	-4.31	\\
562	&	3948.10	&	-0.26	&	KX	&	7	&	-4.74	\\
604	&	3948.77	&	-0.34	&	MF	&	9	&	-4.53	\\
	&	3956.46	&	-0.26	&	MF	&	7	&	-4.70	\\
655	&	3986.17	&	-0.85	&	KX	&	6	&	-4.19	\\
661	&	3951.16	&	-0.38	&	MF	&	4	&	-4.80	\\
664	&	3846.80	&	0.01	&	MF	&	13	&	-4.68	\\
686	&	5569.62	&	-0.54	&	MF	&	11	&	-4.14	\\
	&	5572.85	&	-0.31	&	MF	&	11	&	-4.37	\\
	&	5615.65	&	-0.14	&	MF	&	16	&	-4.35	\\
693	&	4217.54	&	-0.51	&	MF	&	5	&	-4.58	\\
	&	4225.45	&	-0.50	&	MF	&	9	&	-4.26	\\
	&	4238.81	&	-0.28	&	MF	&	11	&	-4.39	\\
	&	4247.42	&	-0.23	&	MF	&	9	&	-4.60	\\
	&	4227.43	&	0.23	&	KX	&	28	&	-4.37	\\
695	&	4153.91	&	-0.27	&	MF	&	6	&	-4.70	\\
	&	4157.79	&	-0.56	&	KX	&	7	&	-4.35	\\
800	&	4219.36	&	0.12	&	MF	&	9	&	-4.79	\\
801	&	4118.55	&	0.28	&	MF	&	15	&	-4.70	\\
802	&	4014.53	&	-0.20	&	MF	&	9	&	-4.48	\\
\multicolumn{2}{l}{Fe II}&\multicolumn{4}{r}{(log Fe/H = -4.44$\pm$0.22)}\\
3	&	3938.29	&	-3.89	&	MF	&	34	&	-4.50	\\
	&	3945.21	&	-4.25	&	MF	&	19	&	-4.53	\\
22	&	4124.79	&	-4.20	&	MF	&	5	&	-4.78	\\
25	&	4648.94	&	-4.51	&	KX	&	7	&	-4.34	\\
25	&	4670.18	&	-4.10	&	MF	&	14	&	-4.37	\\
26	&	4461.43	&	-4.11	&	KX	&	7	&	-4.70	\\
	&	4580.06	&	-3.65	&	KX	&	18	&	-4.68	\\
27	&	4128.74	&	-3.77	&	MF	&	20	&	-4.50	\\
	&	4233.17	&	-2.00	&	MF	&	103	&	-3.98	\\
        &	4273.32	&	-3.34	&	MF	&	31	&	-4.54	\\
	&	4303.17	&	-2.49	&	MF	&	65	&	-4.44	\\
        &	4351.77	&	-2.10	&	MF	&	75	&	-4.52	\\
	&	4385.38	&	-2.57	&	MF	&	53	&	-4.66	\\
	&	4416.83	&	-2.60	&	MF	&	58	&	-4.50	\\
28	&	4122.66	&	-3.38	&	MF	&	28	&	-4.66	\\
	&	4258.16	&	-3.40	&	MF	&	29	&	-4.53	\\
	&	4296.57	&	-3.01	&	MF	&	43	&	-4.55	\\
	&	4369.40	&	-3.67	&	MF	&	18	&	-4.55	\\
29	&	4002.08	&	-3.37	&	KX	&	18	&	-4.87	\\
32	&	4314.31	&	-3.47	&	KX	&	22	&	-4.68	\\
	&	4384.33	&	-3.50	&	MF	&	30	&	-4.43	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{5}
\begin{table}
\caption[]{Table5: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
32      &	4413.60	&	-3.87	&	MF	&	11	&	-4.67	\\
37	&	4472.92	&	-3.43	&	MF	&	23	&	-4.60	\\
	&	4489.18	&	-2.97	&	MF	&	45	&	-4.48	\\
	&	4491.40	&	-2.70	&	MF	&	48	&	-4.62	\\
	&	4515.34	&	-2.48	&	MF	&	60	&	-4.51	\\
	&	4520.22	&	-2.60	&	MF	&	53	&	-4.61	\\
	&	4555.89	&	-2.29	&	MF	&	62	&	-4.64	\\
	&	4582.84	&	-3.10	&	MF	&	36	&	-4.57	\\
	&	4629.34	&	-2.37	&	MF	&	58	&	-4.70	\\
	&	4666.75	&	-3.33	&	MF	&	31	&	-4.48	\\
38	&	4508.28	&	-2.21	&	MF	&	65	&	-4.63	\\
	&	4522.63	&	-2.03	&	MF	&	68	&	-4.70	\\
	&	4541.52	&	-3.05	&	MF	&	42	&	-4.44	\\
	&	4576.33	&	-3.04	&	MF	&	44	&	-4.42	\\
	&	4583.83	&	-2.02	&	MF	&	99	&	-3.95	\\
	&	4620.51	&	-3.28	&	MF	&	31	&	-4.54	\\
39	&	4160.62	&	-5.05	&	KX	&	3	&	-3.98	\\
42	&	4923.93	&	-1.32	&	MF	&	118	&	-4.23	\\
43	&	4601.34	&	-4.40	&	KX	&	7	&	-4.26	\\
	&	4656.97	&	-3.63	&	MF	&	16	&	-4.59	\\
	&	4731.44	&	-3.36	&	MF	&	35	&	-4.30	\\
44	&	4663.70	&	-4.26	&	KX	&	14	&	-4.02	\\
127	&	4024.55	&	-2.48	&	MF	&	23	&	-4.63	\\
152	&	3863.38	&	-2.87	&	KX	&	7	&	-4.77	\\
	&	3863.95	&	-2.53	&	KX	&	17	&	-4.66	\\
153	&	3827.08	&	-2.64	&	MF	&	36	&	-3.98	\\
172	&	4048.83	&	-2.14	&	KX	&	18	&	-4.57	\\
173	&	3906.04	&	-1.83	&	KX	&	34	&	-4.40	\\
	&	3935.94	&	-1.86	&	MF	&	33	&	-4.38	\\
186	&	4549.21	&	-1.87	&	MF	&	21	&	-4.51	\\
	&	4625.91	&	-2.22	&	KX	&	8	&	-4.66	\\
	&	4635.33	&	-1.65	&	MF	&	35	&	-4.27	\\
188	&	4111.88	&	-2.29	&	KX	&	8	&	-4.67	\\
190	&	3938.97	&	-1.85	&	MF	&	24	&	-4.49	\\
213	&	4354.34	&	-1.74	&	KX	&	7	&	-4.41	\\
	&	4507.10	&	-1.87	&	KX	&	7	&	-4.19	\\
219	&	4628.79	&	-1.74	&	KX	&	9	&	-4.12	\\
220	&	4319.68	&	-1.69	&	KX	&	6	&	-4.41	\\
222	&	4449.66	&	-1.60	&	KX	&	5	&	-4.56	\\
D	&	4638.05	&	-1.52	&	KX	&	12	&	-4.26	\\
J	&	4263.90	&	-1.64	&	KX	&	8	&	-4.43	\\
	&	4357.58	&	-2.10	&	KX	&	9	&	-4.67	\\
	&	4361.25	&	-2.08	&	KX	&	10	&	-4.64	\\
	&	4451.54	&	-1.82	&	KX	&	19	&	-4.50	\\
        &	4455.26	&	-1.99	&	KX	&	14	&	-4.48	\\
	&	4499.71	&	-1.76	&	KX	&	5	&	-4.47	\\
	&	4579.52	&	-2.36	&	KX	&	12	&	-4.19	\\
	&	4826.68	&	-0.44	&	KX	&	4	&	-4.61	\\
	&	4908.15	&	-0.30	&	KX	&	7	&	-4.39	\\
	&	5001.92	&	0.90	&	KX	&	42	&	-4.22	\\
	&	5004.20	&	0.50	&	KX	&	19	&	-4.56	\\
	&	5015.76	&	-0.05	&	KX	&	19	&	-3.95	\\
	&	5018.44	&	-1.22	&	MF	&	120	&	-4.31	\\
	&	5030.63	&	0.39	&	KX	&	21	&	-4.36	\\
	&	5035.71	&	0.61	&	KX	&	26	&	-4.41	\\
	&	5070.90	&	0.24	&	KX	&	19	&	-4.24	\\
	&	5089.21	&	-0.04	&	KX	&	13	&	-4.23	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{5}
\begin{table}
\caption[]{Table5: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
J       & 5093.58 &	0.11	& KX &	18	&	-4.11	\\
	& 5160.84 &	-2.64	& KX &	11	&	-4.28	\\
	& 5169.03 &	-0.87	& MF &	122	&	-4.63	\\
	& 5197.56 &	-2.10	& MF &	69	&	-4.37	\\
	& 5199.12 &	0.10	& KX &	19	&	-4.08	\\
	& 5216.85 &	0.81	& KX &	21	&	-4.63	\\
	& 5234.62 &	-2.05	& MF &	69	&	-4.45	\\
	& 5251.23 &	0.51	& KX &	21	&	-4.30	\\
	& 5254.93 &	-3.23	& KX &	26	&	-4.48	\\
	& 5257.12 &	0.03	& KX &	17	&	-3.98	\\
	& 5260.26 &	1.07	& KX &	38	&	-4.36	\\
	& 5264.81 &	-3.19	& MF &	43	&	-4.05	\\
	& 5272.40 &	-2.03	& MF &	25	&	-4.13	\\
	& 5276.00 &	-1.94	& MF &	70	&	-4.51	\\
	& 5291.67 &	0.58	& KX &	27	&	-4.19	\\
	& 5315.08 &	-0.38	& KX &	9	&	-3.99	\\
	& 5325.56 &	-2.60	& MF &	35	&	-4.84	\\
	& 5339.59 &	0.54	& KX &	18	&	-4.48	\\
	& 5387.06 &	0.52	& KX &	20	&	-4.31	\\
	& 5395.86 &	0.36	& KX &	19	&	-4.15	\\
	& 5402.06 &	0.50	& KX &	21	&	-4.25	\\
	& 5425.25 &	-3.36	& MF &	29	&	-4.26	\\
	& 5427.82 &	-1.66	& KX &	18	&	-4.29	\\
	& 5429.99 &	0.46	& KX &	25	&	-4.03	\\
	& 5506.20 &	0.95	& MF &	21	&	-4.68	\\
	& 5529.06 &	-0.25	& KX &	9	&	-4.06	\\
	& 5534.85 &	-2.93	& MF &	49	&	-4.11	\\
	& 5544.76 &	0.12	& KX &	15	&	-4.11	\\
	& 5567.84 &	-1.89	& KX &	15	&	-4.15	\\
	& 7449.33 &	-3.31	& KX &	14	&	-4.25	\\
	& 7462.39 &	-2.73	& KX &	25	&	-4.47	\\
\multicolumn{2}{l}{Ni I}&\multicolumn{4}{r}{(log Ni/H = -5.82)}\\
32	& 3858.30 &	-0.97	& MF &	11	&	-5.82	\\
\multicolumn{2}{l}{Ni II}&\multicolumn{4}{r}{(log Ni/H = -5.57$\pm$0.09)}\\
9	& 4362.10 &	-2.72	& KX &	17	&	-5.43	\\
10	& 4192.07 &	-3.05	& KX &	7	&	-5.60	\\
11	& 3849.58 &	-1.88	& KX &	39	&	-5.62	\\
12	& 4015.50 &	-2.42	& KX &	21	&	-5.61	\\
\multicolumn{2}{l}{Sr II}&\multicolumn{4}{r}{(log Sr/H = -9.05)}\\
1	& 4215.52 &	-0.17	& WM &	41	&	-9.05	\\
\multicolumn{2}{l}{Zr II}&\multicolumn{4}{r}{(log Zr/H = -9.45$\pm$0.04)}\\
16	& 3958.24 &	-0.31	& KX &	5	&	-9.47	\\
30	& 3991.16 &	-0.25	& KX &	5	&	-9.39	\\
41	& 4149.22 &	-0.03	& BG &	7	&	-9.48	\\
\multicolumn{2}{l}{Ba II}&\multicolumn{4}{r}{(log Ba/H = -9.34$\pm$0.03)}\\
1	& 4554.03 &	0.14	& KF &	22	&	-9.36	\\
	& 4934.08 &      -0.16	& WM &	16	&	-9.32	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
%\end{document}
%Tabla 6
%\documentstyle{aa}
%\hsize=12cm \vsize=17cm
%\parindent=0pt\parskip=0pt
%\pagestyle{empty}
%\begin{document}
\clearpage
\setcounter{table}{6}
\begin{table}
   \caption[]{Table 6: The Elemental Abundances of 68 Tau}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
\multicolumn{2}{l}{C I}&\multicolumn{4}{r}{(log C/H = -3.87$\pm$0.14)}\\										
	6	&	4766.68	&	-2.62	&	WF	&	4	&	-3.84	\\
		&	4770.02	&	-2.44	&	WF	&	5	&	-3.88	\\
		&	4775.90	&       -2.30	&	WF	&	15	&	-3.51	\\
	12	&	5052.16	&	-1.30	&	WF	&	32	&	-4.00	\\
	13	&	4932.04	&	-1.66	&	WF	&	21	&	-3.87	\\
	21	&	6828.12	&	-1.46	&	WF	&	11	&	-3.79	\\
	22	&	6587.61	&	-1.00	&	WF	&	17	&	-4.04	\\
	25.02	&	7116.99	&	0.91	&	WF	&	20	&	-3.95	\\
		&	7119.66	&	-1.15	&	WF	&	17	&	-3.80	\\
	26	&	7111.48	&	-1.09	&	WF	&	16	&	-3.89	\\
		&	7113.19	&	-0.77	&	WF	&	22	&	-4.05	\\
\multicolumn{2}{l}{N I}&\multicolumn{4}{r}{(log N/H = -4.27$\pm$0.19)}\\
	1	&	8680.29	&	0.35	&	WF	&	125	&	-3.98	\\
		&	8683.40	&	0.09	&	WF	&	64	&	-4.37	\\
		&	8686.14	&	-0.30	&	WF	&	41	&	-4.29	\\
		&	8703.24	&	-0.32	&	WF	&	51	&	-4.12	\\
		&	8711.70	&	-0.23	&	WF	&	36	&	-4.42	\\
		&	8718.83	&	-0.34	&	WF	&	23	&	-4.56	\\
		&	8728.90	&	-1.06	&	WF	&	10	&	-4.24	\\
	3	&	7442.29	&	-0.38	&	WF	&	27	&	-4.10\\
		&	7468.31	&	-0.19	&	WF	&	40	&	-4.04	\\
	5	&	8594.00	&	-0.33	&	WF	&	17	&	-4.54	\\
		&	8629.25	&	0.08	&	WF	&	50	&	-4.33	\\
\multicolumn{2}{l}{O I}&\multicolumn{4}{r}{(log O/H = -3.43$\pm$0.15)}\\
 	5	&	4368.19	&	-1.71	&	WF	&	20	&	-3.41	\\
	9	&	6453.60	&	-1.29	&	WF	&	7	&	-3.43	\\
		&	6454.44	&	-1.07	&	WF	&	10	&	-3.50	\\
	10	&	6155.98	&	-0.66	&	WF	&	26	&	-3.46	\\
		&	6156.78	&	-0.44	&	WF	&	36	&	-3.52	\\
		&	6158.18	&	-0.30	&	WF	&	53	&	-3.43	\\
	21	&	7001.92	&	-0.89	&	WF	&	17	&	-3.36	\\
		&	7002.33	&	-0.58	&	WF	&	17	&	-3.68	\\
	23	&	5958.00	&	-1.61	&	WF	&	7	&	-3.05	\\
	37	&	8820.42	&	0.38	&	WF	&	27	&	-3.47	\\
\multicolumn{2}{l}{Na I}&\multicolumn{4}{r}{(log Na/H = -4.67$\pm$0.01)}\\
	1	&	5889.95	&	0.12	&	WS	&	224	&	-4.66	\\
		&	5895.92	&	-0.18	&	WS	&	195	&	-4.68	\\
\multicolumn{2}{l}{Mg I}&\multicolumn{4}{r}{(log Mg/H = -4.53$\pm$0.16)}\\
	11    	&	4702.99  	&	-0.38	&	FW	&	84   	&	-4.74	\\
	15    	&	4167.27   	&	-0.79	&	JK	&	68   	&	-4.48	\\
	17     	&	4986.73   	&	-1.44	&	KX	&	28    	&	-4.36	\\
\multicolumn{2}{l}{Mg II}&\multicolumn{4}{r}{(log Mg/H = -4.49$\pm$0.20)}\\
	4    	&	4481.32	&	0.97	&	FW	&	403    	&	-4.10	\\
	5    	&	3848.21 &	-1.59	&	WS	&	23     	&	-4.66	\\
		&	3850.39	&	-1.88	&	WM	&	19	&	-4.47	\\
	9    	&	4427.99 &	-1.21	&	WS	&	20     	&	-4.45	\\
	    	&	4433.98 &	-0.90	&	WS	&	34     	&	-4.45	\\
	10   	&	4384.64 &	-0.79	&	WS	&	49     	&	-4.41	\\
	  	&	4390.58 &	-0.53	&	WS	&	60     	&	-4.54	\\
	19   	&	4436.49 &	-0.89	&	KX	&	7     	&	-4.42	\\
	23	&	6545.94	&	0.04	&	 KP	&	9	&	-4.87	\\
\multicolumn{2}{l}{Al I}&\multicolumn{4}{r}{(log Al/H = -5.28)}\\
	1	&	3944.01	&	-0.64	&	FW	&	146	&	-5.28	\\
\multicolumn{2}{l}{Al II}&\multicolumn{4}{r}{(log Al/H = -4.84$\pm$0.23)}\\
	2	&	4663.10	&	-0.28	&	FW	&	29	&	-5.09	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
  \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
	3	&	7042.06	&	0.34	&	WS	&	32	&	-4.80	\\
		&	7056.60	&	0.12	&	WS	&	30	&	-4.64	\\
\multicolumn{2}{l}{Si I}&\multicolumn{4}{r}{(log Si/H = -4.67$\pm$0.17)}\\
	9	&	5793.07	&	-1.48	&	WS	&	8	&	-4.44	\\
		&	5797.86	&	-1.19	&	WS	&	8	&	-4.72	\\
	21.03	&	7423.49	&	-0.31	&	KX	&	26	&	-4.50	\\
	21.10	&	6237.32	&	-0.53	&	KP	&	9	&	-4.85	\\
	21.11	&	6254.18	&	-0.60	&	KP	&	17	&	-4.48	\\
	21.12	&	6155.13	&	-0.40	&	KP	&	13	&	-4.81	\\
	21.13   &	6142.49	&	-0.92	&	KP	&	6	&	-4.67	\\
		&	6145.01	&	-0.82	&	KP	&	4	&	-4.91	\\
	42.02	&	8742.45	&	-0.63	&	KP	&	13	&	-4.63	\\
\multicolumn{2}{l}{Si II}&\multicolumn{4}{r}{(log Si/H = -4.34$\pm$0.22)}\\
 	1	&	3853.66	&	-1.44	&	LA	&	83	&	-4.58	\\
		&	3856.02	&	-0.49	&	LA	&	158	&	-4.67	\\
		&	3862.59	&	-0.74	&	LA	&	133	&	-4.68	\\
	2	&	6371.37	&	-0.07	&	LA	&	159	&	-4.07	\\
	3	&	4128.07	&	0.38	&	LA	&	129	&	-4.28\\
		&	4130.89	&	0.53	&	LA	&	111	&	-4.59\\
	3.01	&	4075.45	&	-1.40	&	LA	&	11	&	-4.36	\\
	4	&	5957.56	&	-0.33	&	LA	&	40	&	-4.16\\
		&	5978.93	&	-0.03	&	LA	&	56	&	-4.18	\\
	7.05	&	4621.48	&	-0.54	&	LA	&	4	&	-4.30	\\
		&	4621.72	&	-0.38	&	LA	&	6	&	-4.23	\\
	7.26	&	4190.72	&	0.00	&	KX	&	10	&	-4.04	\\
\multicolumn{2}{l}{S I}&\multicolumn{4}{r}{(log S/H = -4.50$\pm$0.18)}\\
	5	&	8679.62	&	-0.41	&	WS	&	20	&	-4.82	\\
	6	&	8693.98	&	-0.51	&	WS	&	23	&	-4.64   \\
		&	8694.62	&	0.08	&	WS	&	73	&	-4.54	\\
	8	&	6743.58	&	-0.92	&	WS	&	8	&	-4.52	\\
		&	6748.84	&	-0.60	&	WS	&	16	&	-4.50	\\
		&	6757.16	&	-0.31	&	WS	&	26	&	-4.56	\\
	10	&	6046.04	&	-1.03	&	KX	&	12	&	-4.23	\\
		&	6052.66	&	-0.74	&	KX	&	19	&	-4.28	\\
	21	&	8882.47	&	-0.25	&	WS	&	27	&	-4.44	\\
\multicolumn{2}{l}{S II}&\multicolumn{4}{r}{(log S/H = -4.06)}\\
	44	&	4162.70	&	0.78	&	WS	&	6	&	-4.06	\\
\multicolumn{2}{l}{Ca I}&\multicolumn{4}{r}{(log Ca/H = -5.84$\pm$0.18)}\\
	2	&	4226.73	&	0.24	&	FW	&	121	&	-5.91	\\
	3	&	6102.72	&	-0.89	&	WS	&	11	&	-5.61	\\
		&	6122.21	&	-0.40	&	WS	&	27	&	-5.62	\\
		&	6162.17	&	-0.40	&	WS	&	34	&	-5.49	\\
	4	&	4434.96	&	-0.03	&	FW	&	25	&	-6.00	\\
		&	4435.69	&	-0.50	&	WS	&	14	&	-5.83	\\
		&	4455.89	&	-0.53	&	FW	&	17	&	-5.70	\\
	5	&	4283.01	&	-0.22	&	WS	&	21	&	-5.89	\\
		&	4298.99	&	-0.41	&	WS	&	17	&	-5.81	\\
		&	4302.53	&	0.28	&	FW	&	41	&	-6.01	\\
	18	&	6439.07	&	0.47	&	WS	&	34	&	-5.94	\\
		&	6462.56	&	0.31	&	WS	&	32	&	-5.82	\\
		&	6493.81	&	0.14	&	WS	&	15	&	-6.07	\\
	20	&	6169.05	&	-0.55	&	WS	&	7	&	-5.73	\\
		&	6169.55	&	-0.27	&	WS	&	8	&	-5.98	\\
	23	&	4578.55	&	-0.56	&	WS	&	3	&	-6.03	\\
	        &	4585.86	&	-0.19	&	WS	&	9	&	-5.98	\\
	32	&	6717.68	&	-0.61	&	WS	&	9	&	-5.44	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
	36	&	4526.93	&	-0.43	&	WS	&	5	&	-5.92	\\
	48	&	5857.45	&	0.23	&	WS	&	14	&	-5.92	\\
\multicolumn{2}{l}{Ca II}&\multicolumn{4}{r}{(log Ca/H = -6.20)}\\
	2	&	8498.02	&	-1.31	&	KX	&	281	&	-6.20	\\
\multicolumn{2}{l}{Sc II}&\multicolumn{4}{r}{(log Sc/H = -9.89$\pm$0.14)}\\
	7    &	4246.83  	&	0.24	&	LD	&	39   	&	-10.06	\\
	14   &	4374.45   	&	-0.42	&	LD	&	13    	&	-9.80	\\
	     &	4400.36         &	-0.53	&	LD	&	7    	&	-9.98	\\
	     &	4415.56   	&	-0.68	&	LD	&	6     	&	-9.94	\\
	15   &	4314.08   	&	-0.09	&	LD	&	19    	&	-9.93	\\
	     &	4320.73   	&	-0.25	&	LD	&	25    	&	-9.64    \\
\multicolumn{2}{l}{Ti I}&\multicolumn{4}{r}{(log Ti/H = -6.66$\pm$0.16)}\\
	4	&	5173.74	&	-1.12	&	MF	&	2	&	-6.54	\\
	38	&	4981.73	&	0.50&	MF	&	12	&	-6.83	\\
		&	4991.07	&	0.38	&	MF	&	21	&	-6.46	\\
		&	4999.50	&	0.25	&	MF	&	12	&	-6.62	\\
	42	&	4533.23	&	0.48	&	MF	&	11	&	-6.87	\\
	157	&	4885.08	&	0.36	&	MF	&	3	&	-6.62	\\
\multicolumn{2}{l}{Ti II}&\multicolumn{4}{r}{(log Ti/H = -6.81$\pm$0.24)}\\
	11	&	3981.99	&	-2.53	&	KX	&	17	&	-7.21	\\
		&	3987.61	&	-2.73	&	MF	&	17	&	-6.99	\\
		&	4025.13	&	-1.98	&	MF	&	63	&	-6.93	\\
		&	4056.19	&	-2.68	&	KX	&	16	&	-7.09	\\
	12	&	3786.33	&	-2.03	&	MF	&	47	&	-7.08	\\
		&	3813.39	&	-2.02	&	MF	&	67	&	-6.80	\\
	13	&	3761.32	&	0.10	&	MF	&	166	&	-6.98	\\
	17	&	4762.79	&	-2.71	&	MF	&	10	&	-7.03	\\
		&	4798.52	&	-2.43	&	MF	&	19	&	-7.00	\\
	18	&	4500.35	&	-3.09	&	KX	&	7	&	-6.78	\\
		&	4518.33	&	-2.55	&	KX	&	18	&	-6.88	\\
	19	&	4395.03	&	-0.66	&	MF	&	139	&	-6.67	\\
		&	4443.80	&	-0.70	&	MF	&	140	&	-6.63	\\
		&	4450.49	&	-1.45	&	MF	&	91	&	-6.78	\\
	20	&	4287.89	&	-2.02	&	MF	&	76	&	-6.42	\\
		&	4344.33	&	-2.09	&	MF	&	25	&	-7.15	\\
	21	&	4161.54	&	-2.36	&	MF	&	45	&	-6.51	\\
		&	4184.33	&	-2.46	&	KX	&	27	&	-6.73	\\
	30	&	4506.74	&	-3.32	&	MF	&	4	&	-6.77	\\
		&	4545.14	&	-2.78	&	KX	&	24	&	-6.47	\\
	31	&	4468.49	&	-0.60	&	MF	&	143	&	-6.63	\\
		&	4501.27	&	-0.75	&	MF	&	137	&	-6.62	\\
	34	&	3882.28	&	-1.71	&	MF	&	40	&	-7.20	\\
		&	3932.02	&	-1.78	&	MF	&	70	&	-6.68	\\
	38	&	4636.34	&	-2.86	&	KX	&	4	&	-7.24	\\
	39	&	4583.41	&	-2.72	&	MF	&	10	&	-6.95	\\
	40	&	4441.73	&	-2.41	&	MF	&	25	&	-6.76	\\
		&	4464.46	&	-2.08	&	MF	&	66	&	-6.46	\\
		&	4470.86	&	-2.28	&	MF	&	33	&	-6.76	\\
	41	&	4290.22	&	-1.12	&	MF	&	127	&	-6.37	\\
		&	4301.93	&	-1.16	&	MF	&	106	&	-6.75	\\
		&	4312.86	&	-1.16	&	MF	&	111	&	-6.63	\\
		&	4320.99	&	-1.87	&	MF	&	40	&	-7.05	\\
		&	4330.71	&	-2.04	&	MF	&	29	&	-7.05	\\
	49	&	4708.65	&	-2.21	&	MF	&	21	&	-7.06	\\
	50	&	4563.76	&	-0.96	&	MF	&	124	&	-6.60	\\
	51	&	4394.06	&	-1.59	&	MF	&	51	&	-7.13	\\
		&	4399.77	&	-1.27	&	MF	&	90	&	-6.86	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
	51	&	4418.34	&	-2.40	&	MF	&	36	&	-6.54	\\
	59	&	4657.20	&	-2.15	&	MF	&	18	&	-7.19	\\
		&	4719.53	&	-3.22	&	KX	&	4	&	-6.87	\\
	60	&	4544.02	&	-2.40	&	MF	&	14	&	-7.06	\\
		&	4568.31	&	-2.65	&	MF	&	7	&	-7.13	\\
	61	&	4395.85	&	-2.17	&	MF	&	39	&	-6.72	\\
		&	4409.24	&	-2.29	&	KX	&	13	&	-7.21	\\
	70	&	5154.06	&	-1.92	&	MF	&	52	&	-6.60	\\
		&	5185.91	&	-1.35	&	MF	&	57	&	-6.88	\\
		&	5188.68	&	-1.21	&	MF	&	100	&	-6.59	\\
	71	&	5013.69	&	-1.94	&	KX	&	25	&	-7.02	\\
	82	&	4529.46	&	-2.03	&	MF	&	57	&	-6.38	\\
	86	&	5129.16	&	-1.39	&	MF	&	73	&	-6.61	\\
	87	&	4028.33	&	-1.00	&	MF	&	90	&	-6.66	\\
		&	4053.83	&	-1.21	&	MF	&	85	&	-6.52	\\
	91	&	6491.56	&	-1.79	&	KX	&	21	&	-6.96	\\
	92	&	4805.09	&	-1.10	&	MF	&	79	&	-6.70	\\
	93	&	4421.95	&	-1.77	&	MF	&	28	&	-6.78	\\
	94	&	4316.81	&	-1.42	&	MF	&	31	&	-7.08	\\
		&	4330.24	&	-1.51	&	MF	&	23	&	-7.15	\\
	104	&	4386.84	&	-1.26	&	MF	&	46	&	-6.64	\\
	105	&	4163.64	&	-0.40	&	MF	&	116	&	-6.33	\\
		&	4174.07	&	-1.25	&	MF	&	30	&	-6.91	\\
	106	&	4064.37	&	-1.61	&	KX	&	14	&	-6.92	\\
	113	&	5010.21	&	-1.34	&	KX	&	27	&	-6.59	\\
		&	5072.29	&	-0.75	&	MF	&	51	&	-6.76	\\
	114	&	4874.01	&	-0.79	&	MF	&	27	&	-7.13	\\
	115	&	4411.08	&	-1.06	&	MF	&	43	&	-6.57	\\
		&	4456.65	&	-1.41	&	KX	&	14	&	-6.83	\\
		&	4488.32	&	-0.82	&	MF	&	61	&	-6.52	\\
	H	&	4158.27	&	-0.46	&	KX	&	6	&	-6.71	\\
		&	4188.98	&	-0.58	&	KX	&	5	&	-6.76	\\
\multicolumn{2}{l}{V I}&\multicolumn{4}{r}{(log V/H = -7.59)}\\
	22	&	4379.23	&	0.58	&	MF	&	6	&	-7.59	\\
\multicolumn{2}{l}{V II}&\multicolumn{4}{r}{(log V/H = -7.32$\pm$0.18)}\\
	9	&	3997.12	&	-1.23	&	BG	&	63	&	-7.16	\\
		&	4002.94	&	-1.45	&	BG	&	37	&	-7.36	\\
	10	&	3916.42	&	-1.05	&	BG	&	69	&	-7.26\\
		&	3929.73	&	-1.59	&	BG	&	30	&	-7.34	\\
		&	3951.97	&	-0.78	&	BG	&	75	&	-7.42	\\
	11	&	3903.27	&	-0.89	&	MF	&	53	&	-7.63	\\
	21	&	3718.16	&	-1.59	&	MF	&	20	&	-7.37	\\
	25	&	4178.39	&	-1.56	&	BG	&	16	&	-7.57	\\
	 	&	4202.35	&	-1.52	&	BG	&	42	&	-7.06	\\
		&	4209.76	&	-1.94	&	KX	&	14	&	-7.26	\\
	32	&	4005.71	&	-0.52	&	BG	&	96	&	-7.11	\\
		&	4008.17	&	-2.07	&	BG	&	12	&	-7.12	\\
		&	4023.39	&	-0.69	&	BG	&	75	&	-7.30	\\
		&	4036.78	&	-1.59	&	BG	&	25	&	-7.42	\\
		&	4051.05	&	-1.65	&	KX	&	15	&	-7.44	\\
	33	&	3899.14	&	-0.78	&	BG	&	58	&	-7.46	\\
	37	&	4225.22	&	-1.46	&	BG	&	27	&	-7.17	\\
		&	4164.01	&	-2.10	&	KX	&	5	&	-7.34	\\
		&	4183.44	&	-1.12	&	BG	&	44	&	-7.19	\\
	56	&	4564.59	&	-1.39	&	BG	&	22	&	-7.22	\\
	        &	4605.34	&	-2.21	&	KX	&	6	&	-7.02	\\
	97	&	6028.26	&	-2.14	&	KX	&	4	&	-7.12	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
	100	&	3787.24	&	-0.62	&	KX	&	36	&	-7.50	\\
	156	&	3847.32	&	-0.61	&	KX	&	19	&	-7.71	\\
	166	&	3815.38	&	-0.40	&	MF	&	43	&	-7.37	\\
	215	&	4053.59	&	-0.32	&	KX	&	12	&	-7.62	\\
	225	&	4278.19	&	-0.81	&	KX	&	9	&	-7.15	\\
\multicolumn{2}{l}{Cr I}&\multicolumn{4}{r}{(log Cr/H = -5.89$\pm$0.20)}\\
	1	&	4254.35	&	-0.11	&	MF	&	109	&	-5.67	\\
		&	4274.80	&	-0.23	&	MF	&	80	&	-6.08	\\
		&	4289.72	&	-0.36	&	MF	&	71	&	-6.08	\\
	7	&	5206.04	&	0.02	&	MF	&	54	&	-6.16	\\
		&	5208.42	&	0.16	&	MF	&	99	&	-5.58	\\
	10	&	4545.95	&	-1.37	&	MF	&	7	&	-5.85	\\
	21	&	4591.39	&	-1.74	&	MF	&	6	&	-5.54	\\
		&	4600.74	&	-1.26	&	MF	&	10	&	-5.76	\\
		&	4616.12	&	-1.19	&	MF	&	11	&	-5.83	\\
		&	4626.28	&	-1.32	&	MF	&	4	&	-6.13	\\
		&	4646.15	&	-0.70	&	MF	&	18	&	-6.03	\\
		&	4641.28	&	-1.46	&	MF	&	7	&	-5.77	\\
		&	4652.15	&	-1.03	&	MF	&	12	&	-5.93	\\
	22	&	4371.26	&	-1.09	&	MF	&	17	&	-5.68	\\
	23	&	3928.65	&	-1.22	&	MF	&	5	&	-6.14	\\
	31	&	4789.32	&	-0.37	&	MF	&	6	&	-5.95	\\
	33	&	4544.61	&	-0.58	&	MF	&	7	&	-5.66	\\
	69	&	3857.63	&	-0.20	&	KX	&	6	&	-5.95	\\
	81	&	4619.53	&	-0.59	&	MF	&	4	&	-5.58	\\
	138	&	3858.89	&	0.26	&	KX	&	9	&	-6.02	\\
	145	&	4737.33	&	-0.09	&	MF	&	3	&	-6.13	\\
	168	&	4801.02	&	-0.13	&	MF	&	4	&	-6.02	\\
	186	&	4664.80	&	-0.48	&	KX	&	3	&	-5.70	\\
		&	4708.02	&	0.11	&	MF	&	4	&	-6.16	\\
		&	4718.43	&	0.09	&	MF	&	6	&	-5.99	\\
	188	&	5791.00	&	0.32	&	KX	&	12	&	-5.82	\\
	233	&	4622.46	&	-0.04	&	MF	&	2	&	-6.03	\\
	248	&	4193.66	&	0.23	&	KX	&	7	&	-5.63	\\
\multicolumn{2}{l}{Cr II}&\multicolumn{4}{r}{(log Cr/H = -5.78$\pm$0.21)}\\
	18	&	4172.60	&	-2.36	&	KX	&	44	&	-5.99	\\
	19	&	4054.10	&	-2.48	&	KX	&	28	&	-6.13	\\
        	&	4087.59	&	-3.22	&	MF	&	8	&	-6.05	\\
	20	&	3754.57	&	-2.19	&	KX	&	57	&	-5.92	\\
	24	&	5153.50	&	-2.70	&	KX	&	36	&	-5.39	\\
		&	5210.86	&	-2.94	&	KX	&	16	&	-5.60	\\
	26	&	4086.14	&	-2.42	&	KX	&	20	&	-5.99	\\
		&	4132.41	&	-2.34	&	KX	&	35	&	-5.74	\\
		&	4179.42	&	-1.77	&	KX	&	80	&	-5.57	\\
		&	4207.35	&	-2.47	&	KX	&	11	&	-6.16	\\
		&	4229.81	&	-3.32	&	KX	&	5	&	-5.70	\\
	30	&	4812.34	&	-1.80	&	MF	&	43	&	-6.10	\\
		&	4824.13	&	-1.22	&	MF	&	117	&	-5.48	\\
		&	4836.23	&	-2.25	&	MF	&	48	&	-5.57	\\
		&	4848.23	&	-1.14	&	MF	&	85	&	-6.13	\\
		&	4856.19	&	-2.26	&	MF	&	23	&	-6.01	\\
		&	4876.41	&	-1.46	&	KX	&	98	&	-5.60	\\
		&	4884.57	&	-2.08	&	MF	&	30	&	-6.05	\\
	31	&	4246.41	&	-3.22	&	KX	&	6	&	-5.67	\\
	        &	4252.62	&	-2.02	&	KX	&	54	&	-5.70	\\
		&	4261.92	&	-1.53	&	KX	&	96	&	-5.50	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\
\hline\noalign{\smallskip}
	31	&	4269.28	&	-2.17	&	KX	&	43	&	-5.72	\\
		&	4275.58	&	-1.71	&	KX	&	72	&	-5.73	\\
		&	4284.21	&	-1.86	&	KX	&	62	&	-5.74	\\
	39	&	4539.62	&	-2.53	&	MF	&	30	&	-5.47	\\
		&	4565.74	&	-2.11	&	MF	&	49	&	-5.57	\\
	44	&	4555.02	&	-1.38	&	MF	&	78	&	-5.85	\\
		&	4558.66	&	-0.66	&	MF	&	144	&	-5.37	\\
		&	4588.22	&	-0.63	&	MF	&	122	&	-5.82	\\
		&	4592.05	&	-1.22	&	MF	&	79	&	-6.00	\\
		&	4616.63	&	-1.29	&	MF	&	77	&	-5.96	\\
		&	4618.80	&	-1.11	&	MF	&	114	&	-5.48	\\
		&	4634.07	&	-1.24	&	MF	&	103	&	-5.57	\\
	105	&	6053.48	&	-2.16	&	MF	&	18	&	-5.67	\\
		&	6129.23	&	-2.44	&	MF	&	7	&	-5.83	\\
		&	6147.15	&	-2.84	&	KX	&	5	&	-5.61	\\
	129	&	3911.32	&	-2.06	&	KX	&	15	&	-5.75	\\
	130	&	3866.00	&	-2.35	&	KX	&	10	&	-5.65	\\
	162	&	4145.77	&	-1.16	&	KX	&	54	&	-5.63	\\
	177	&	4697.60	&	-1.88	&	MF	&	7	&	-5.87	\\
	179	&	4362.92	&	-1.89	&	KX	&	9	&	-5.74	\\
	181	&	4127.07	&	-1.77	&	KX	&	12	&	-5.71	\\
	183	&	3979.50	&	-0.73	&	KX	&	40	&	-6.07	\\
		&	4022.37	&	-2.02	&	KX	&	7	&	-5.71	\\
	187	&	6089.69	&	-1.26	&	KX	&	13	&	-5.61	\\
	190	&	4901.65	&	-0.83	&	KX	&	13	&	-6.10	\\
		&	4912.49	&	-0.95	&	KX	&	12	&	-6.01	\\
	191	&	4465.77	&	-1.18	&	KX	&	8	&	-6.02	\\
	192	&	4268.88	&	-1.57	&	KX	&	10	&	-5.52	\\
	193	&	4049.10	&	-0.86	&	KX	&	20	&	-5.87	\\
	194	&	4003.28	&	-0.60	&	KX	&	30	&	-5.90	\\
		&	4038.04	&	-0.56	&	KX	&	36	&	-5.82	\\
	D	&	4306.92	&	-1.18	&	KX	&	16	&	-6.04	\\
	-	&	3778.69	&	-2.20	&	KX	&	12	&	-5.65	\\
\multicolumn{2}{l}{Mn I}&\multicolumn{4}{r}{(log Mn/H = -6.28$\pm$0.25)}\\
2	&	4030.78	&	-0.47	&	MF	&	77	&	-6.35	\\	
	&	4034.49	&	-0.81	&	MF	&	54	&	-6.37	\\	
5	&	4018.10	&	-0.31	&	MF	&	18	&	-6.20	\\	
	&	4041.36	&	0.28	&	MF	&	48	&	-6.20	\\	
	&	4055.55	&	-0.07	&	MF	&	19	&	-6.37	\\	
	&	4079.24	&	-0.42	&	MF	&	17	&	-6.11	\\	
	&	4082.94  	&	0.35	&	MF	&	8	&	-6.50	\\	
	&	4083.63	&	-0.25	&	MF	&	8	&	-6.64	\\	
6	&	3809.59	&	-0.60	&	MF	&	16	&	-5.94	\\	
	&	3823.51	&	0.06	&	MF	&	14	&	-6.65	\\	
16	&	4754.04	&	-0.09	&	MF	&	11	&	-6.57	\\	
	&	4783.43	&	0.04	&	MF	&	27	&	-6.24	\\	
21	&	4765.85	&	-0.08	&	MF	&	8	&	-6.35	\\	
	&	4766.42	&	0.10	&	MF	&	12	&	-6.33	\\	
23	&	4235.14	&	-0.26	&	KX	&	12	&	-5.96	\\	
	&	4235.30   	&	0.17	&	MF	&	8	&	-6.61	\\	
	&	4257.67	&	-0.27	&	MF	&	3	&	-6.60	\\
	&	4281.10 	&	-0.42	&	MF	&	10	&	-5.88	\\
27	&	6016.64	&	-0.22	&	KX	&	13	&	-5.89	\\
	&	6021.79	&	0.03	&	MF	&	13	&	-6.12	\\
28	&	4461.08	&	-0.38	&	MF	&	7	&	-6.00	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
   \hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/N$_{T}$\\ 
\hline\noalign{\smallskip}
\multicolumn{2}{l}{Mn II}&\multicolumn{4}{r}{(log Mn/H = -6.07$\pm$0.17)}\\
	I	&	3844.16	&	-1.38	&	KX	&	16	&	-6.14	\\
		&	4205.39	&	-3.38	&	KX	&	19	&	-6.36	\\
	        &	4206.37 &	-1.57	&	KX	&	15        &	-6.07	\\
	        &	4244.25 &	-2.40	&	KX	&	4         &	-5.83	\\
		&       4251.74	&	-1.06	&	KX	&	14	&	-6.13	\\
	        &	4259.20 &	-1.59	&	KX	&	16       &	-5.99	\\
		&	4283.77	&	-2.20	&	KX	&	7	&	-5.82	\\
	        &	4326.64 &	-1.25	&	KX	&	22       &	-6.16	\\
	        &	4393.38	&	-2.32	&	KX	&	4	&	-5.83	\\
		&	4478.64	&	-0.95	&	KX	&	11	&	-6.06	\\
	5	&	4738.29	&	-2.24	&	KX	&	3	&	-6.12	\\
		&	4764.73	&	-1.35	&	KX	&	15	&	-6.28	\\
\multicolumn{2}{l}{Fe I}&\multicolumn{4}{r}{(log Fe/H = -4.20$\pm$0.20)}\\
2	&	4375.93	&	-3.03	&	MF	&	26	&	-4.24	\\
	&	4427.31	&	-3.04	&	KX	&	31	&	-4.09	\\
	&	4461.65	&	-3.21	&	MF	&	30	&	-3.92	\\
3	&	4206.70	&	-3.88	&	MF	&	5	&	-4.17	\\
	&	4216.19	&	-3.36	&	MF	&	18	&	-4.09	\\
4	&	3856.37	&	-1.29	&	MF	&	111	&	-4.35	\\
	&	3859.91	&	-0.71	&	MF	&	144	&	-4.18	\\
	&	3899.71	&	-1.53	&	MF	&	93	&	-4.50	\\
	&	3906.47	&	-2.24	&	MF	&	64	&	-4.27	\\
	&	3920.25	&	-1.75	&	MF	&	91	&	-4.30	\\
	&	3922.91	&	-1.65	&	MF	&	108	&	-4.08	\\
16	&	4994.13	&	-3.08	&	MF	&	13	&	-3.98	\\
	&	5012.07	&	-2.64	&	MF	&	33	&	-3.96	\\
	&	5051.64	&	-2.80	&	MF	&	22	&	-3.98	\\
	&	5123.72	&	-3.07	&	MF	&	10	&	-4.05	\\
	&	5127.36	&	-3.31	&	MF	&	12	&	-3.80	\\
	&	5151.91	&	-3.32	&	MF	&	6	&	-4.01	\\
18	&	4152.17	&	-3.23	&	MF	&	3	&	-4.49	\\
19	&	4174.91	&	-2.97	&	MF	&	8	&	-4.24	\\
20	&	3820.43	&	0.12	&	MF	&	161	&	-4.17	\\
	&	3849.97	&	-0.87	&	MF	&	98	&	-4.45	\\
	&	3872.50	&	-0.93	&	MF	&	97	&	-4.43	\\
	&	3878.02	&	-0.91	&	MF	&	104	&	-4.33	\\
	&	3917.18	&	-2.16	&	MF	&	34	&	-4.25	\\
	&	3940.88	&	-2.60	&	MF	&	12	&	-4.41	\\
21	&	3787.88	&	-0.86	&	MF	&	98	&	-4.45	\\
22	&	3786.68	&	-2.22	&	MF	&	19	&	-4.49	\\
	&	3790.10	&	-1.76	&	MF	&	36	&	-4.60	\\
	&	3850.82	&	-1.73	&	MF	&	61	&	-4.24	\\
	&	3876.04	&	-2.82	&	MF	&	5	&	-4.59	\\
36	&	5171.59	&	-1.79	&	MF	&	45	&	-4.20	\\
39	&	4531.14	&	-2.15	&	MF	&	23	&	-4.23	\\
	&	4602.94	&	-1.95	&	KX	&	19	&	-4.52	\\
	&	4632.91	&	-2.91	&	MF	&	5	&	-4.12	\\
41	&	4367.91	&	-2.65	&	MF	&	7	&	-4.25	\\
	&	4383.54	&	0.20	&	MF	&	149	&	-4.24	\\
	&	4404.75	&	-0.14	&	MF	&	124	&	-4.38	\\
	&	4415.12	&	-0.61	&	MF	&	98	&	-4.41	\\
42	&	4147.66	&	-2.10	&	MF	&	23	&	-4.25	\\
	&	4202.02	&	-0.71	&	MF	&	108	&	-4.15	\\
	&	4250.79	&	-0.71	&	MF	&	105	&	-4.18	\\
	&	4271.76	&	-0.16	&	MF	&	142	&	-4.00	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
42      &	4325.75	&	-0.01	&	MF	&	143	&	-4.04	\\
43	&	4005.25	&	-0.61	&	MF	&	111	&	-4.10	\\
	&	4045.82	&	0.28	&	MF	&	151	&	-4.18	\\
	&	4063.59	&	0.07	&	MF	&	142	&	-4.12	\\
	&	4071.74	&	-0.02	&	MF	&	146	&	-3.90	\\
	&	4132.06	&	-0.65	&	MF	&	112	&	-4.04	\\
	&	4143.87	&	-0.45	&	MF	&	115	&	-4.21	\\
45	&	3827.82	&	0.06	&	MF	&	121	&	-4.50	\\
	&	3902.94	&	-0.47	&	MF	&	109	&	-4.27	\\
62	&	6213.43	&	-2.66	&	MF	&	5	&	-4.01	\\
	&	6335.33	&	-2.30	&	MF	&	12	&	-3.98	\\
68	&	4407.71	&	-1.92	&	MF	&	23	&	-4.01	\\
	&	4408.41	&	-1.71	&	MF	&	21	&	-4.26	\\
	&	4430.62	&	-1.66	&	MF	&	23	&	-4.23	\\
	&	4442.34	&	-1.26	&	MF	&	44	&	-4.26	\\
	&	4447.72	&	-1.34	&	MF	&	43	&	-4.19	\\
	&	4528.61	&	-0.82	&	MF	&	100	&	-3.83	\\
72	&	3949.95	&	-1.20	&	MF	&	39	&	-4.38	\\
	&	4001.66	&	-1.88	&	MF	&	15	&	-4.23	\\
	&	4009.71	&	-1.20	&	MF	&	44	&	-4.28	\\
73	&	3807.53	&	-1.06	&	MF	&	33	&	-4.59	\\
	&	3816.34	&	-1.46	&	MF	&	24	&	-4.38	\\
73	&	3852.57	&	-1.24	&	MF	&	39	&	-4.32	\\
76	&	3760.53	&	-1.29	&	MF	&	21	&	-4.60	\\
111	&	6421.35	&	-2.03	&	MF	&	13	&	-4.13	\\
114	&	4924.77	&	-2.20	&	MF	&	16	&	-3.86	\\
	&	5049.82	&	-1.42	&	MF	&	36	&	-4.20	\\
115	&	4630.12	&	-2.60	&	MF	&	7	&	-3.88	\\
152	&	3859.21	&	-0.68	&	MF	&	52	&	-4.54	\\
	&	3873.76	&	-0.79	&	MF	&	43	&	-4.55	\\
	&	4187.04	&	-0.55	&	MF	&	77	&	-4.28	\\
	&	4187.79	&	-0.55	&	MF	&	103	&	-3.83	\\
	&	4191.44	&	-0.74	&	KX	&	79	&	-4.05	\\
	&	4198.30	&	-0.72	&	MF	&	89	&	-3.93	\\
	&	4210.35	&	-0.87	&	MF	&	60	&	-4.21	\\
	&	4222.22	&	-0.97	&	MF	&	50	&	-4.28	\\
	&	4233.60	&	-0.60	&	MF	&	69	&	-4.34	\\
	&	4235.94	&	-0.34	&	MF	&	71	&	-4.61	\\
	&	4250.12	&	-0.40	&	MF	&	87	&	-4.27	\\
	&	4271.16	&	-0.35	&	MF	&	82	&	-4.41	\\
	&	4299.24	&	-0.46	&	KX	&	80	&	-4.36	\\
162	&	6219.29	&	-2.43	&	MF	&	7	&	-4.13	\\
168	&	6393.60	&	-1.62	&	MF	&	22	&	-4.18	\\
	&	6484.98	&	-1.27	&	MF	&	43	&	-4.14	\\
	&	6593.87	&	-2.42	&	MF	&	7	&	-3.95	\\
169	&	6136.62	&	-1.40	&	MF	&	33	&	-4.17	\\
	&	6191.56	&	-1.60	&	MF	&	31	&	-4.01	\\
	&	6252.56	&	-1.69	&	MF	&	20	&	-4.18	\\
172	&	8866.96	&	-0.06	&	KX	&	53	&	-4.07	\\
175	&	3859.21	&	-0.68	&	MF	&	56	&	-4.48	\\
	&	3873.76	&	-0.79	&	MF	&	43	&	-4.55	\\
206	&	6575.02	&	-2.82	&	MF	&	3	&	-3.90	\\
207	&	6065.48	&	-1.53	&	MF	&	24	&	-4.11	\\
	&	6137.69	&	-1.40	&	MF	&	28	&	-4.17	\\
	&	6230.73	&	-1.28	&	MF	&	31	&	-4.25	\\
217	&	4067.28	&	-1.42	&	MF	&	16	&	-4.43	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
217	&	4078.36	&	-1.50	&	MF	&	22	&	-4.15	\\
	&	4095.97	&	-1.40	&	MF	&	13	&	-4.54	\\
221	&	3829.77	&	-1.99	&	MF	&	7	&	-4.27	\\
	&	3867.92	&	-1.92	&	MF	&	8	&	-4.22	\\
222	&	3808.73	&	-1.16	&	MF	&	25	&	-4.43	\\
268	&	6546.25	&	-1.65	&	MF	&	19	&	-4.02	\\
	&	6592.92	&	-1.60	&	MF	&	18	&	-4.13	\\
273	&	4266.96	&	-1.68	&	MF	&	9	&	-4.37	\\
278	&	3937.32	&	-1.45	&	MF	&	13	&	-4.39	\\
	&	3956.68	&	-0.58	&	KX	&	68	&	-4.22	\\
	&	3997.39	&	-0.39	&	MF	&	58	&	-4.54	\\
278	&	4021.87	&	-0.66	&	MF	&	52	&	-4.34	\\
279	&	3995.98	&	-1.45	&	MF	&	16	&	-4.27	\\
280	&	3907.94	&	-1.11	&	MF	&	22	&	-4.44	\\
284	&	3910.84	&	-1.59	&	MF	&	16	&	-4.11	\\
287	&	3811.89	&	-1.29	&	MF	&	16	&	-4.41	\\
289	&	3789.18	&	-1.27	&	MF	&	13	&	-4.57	\\
318	&	4871.32	&	-0.41	&	MF	&	54	&	-4.55	\\
	&	4872.14	&	-0.60	&	MF	&	41	&	-4.54	\\
	&	4890.76	&	-0.43	&	MF	&	70	&	-4.28	\\
	&	4891.49	&	-0.14	&	MF	&	106	&	-3.96	\\
	&	4903.31	&	-1.08	&	MF	&	39	&	-4.11	\\
	&	4918.99	&	-0.37	&	MF	&	81	&	-4.17	\\
	&	4938.82	&	-1.17	&	KX	&	36	&	-4.06	\\
	&	5006.12	&	-0.77	&	KX	&	53	&	-4.22	\\
339	&	8757.19	&	-2.03	&	MF	&	17	&	-3.84	\\
	&	8611.81	&	-1.90	&	MF	&	16	&	-4.02	\\
342	&	6518.37	&	-2.75	&	MF	&	2	&	-3.88	\\
350	&	4443.20	&	-1.02	&	MF	&	22	&	-4.48	\\
	&	4454.38	&	-1.25	&	MF	&	18	&	-4.39	\\
	&	4466.55	&	-0.59	&	MF	&	57	&	-4.32	\\
351	&	4290.87	&	-2.07	&	MF	&	5	&	-4.13	\\
352	&	4207.13	&	-1.46	&	MF	&	16	&	-4.21	\\
	&	4226.43	&	-1.52	&	MF	&	13	&	-4.26	\\
	&	4245.25	&	-1.17	&	MF	&	30	&	-4.16	\\
354	&	4156.80	&	-0.62	&	MF	&	53	&	-4.34	\\
	&	4175.64	&	-0.67	&	MF	&	49	&	-4.33	\\
	&	4181.75	&	-0.18	&	MF	&	88	&	-4.20\\
355	&	4154.50	&	-0.48	&	KX	&	49	&	-4.53	\\
	&	4184.89	&	-0.86	&	MF	&	39	&	-4.32	\\
	&	4191.68	&	-1.42	&	MF	&	9	&	-4.53	\\
	&	4203.98	&	-1.08	&	KX	&	37	&	-4.12	\\
	&	4213.64	&	-1.29	&	MF	&	20	&	-4.28	\\
356	&	4121.80	&	-1.30	&	MF	&	15	&	-4.41	\\
357	&	4109.80	&	-0.91	&	MF	&	24	&	-4.55	\\
	&	4114.44	&	-1.22	&	MF	&	11	&	-4.62	\\
	&	4132.90	&	-0.92	&	MF	&	36	&	-4.31	\\
	&	4134.68	&	-0.49	&	MF	&	46	&	-4.57	\\
358	&	4085.01	&	-1.28	&	MF	&	15	&	-4.43	\\
359	&	4044.61	&	-1.08	&	MF	&	29	&	-4.26	\\
	&	4062.45	&	-0.78	&	MF	&	44	&	-4.29	\\
	&	4079.85	&	-1.33	&	MF	&	14	&	-4.38	\\
361	&	3964.51	&	-1.55	&	MF	&	11	&	-4.31	\\
364	&	3909.83	&	-1.35	&	MF	&	18	&	-4.24	\\
	&	3942.44	&	-0.98	&	MF	&	30	&	-4.34	\\
	&	3925.65	&	-1.32	&	KX	&	30	&	-4.01	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
364	&	3925.95	&	-0.86	&	WW	&	50	&	-4.11	\\
380	&	4920.50	&	0.06	&	MF	&	115	&	-4.02	\\
381	&	4985.53	&	-1.51	&	KX	&	16	&	-4.20	\\
383	&	5068.76	&	-1.23	&	MF	&	37	&	-3.95	\\
	&	5191.45	&	-0.66	&	KX	&	71	&	-3.93	\\
	&	5192.34	&	-0.52	&	KX	&	63	&	-4.23	\\
401	&	8682.26	&	-1.99	&	KX	&	14	&	-3.90	\\
409	&	4647.47	&	-1.32	&	MF	&	24	&	-4.11	\\
	&	4691.41	&	-1.45	&	MF	&	16	&	-4.17	\\
409	&	4710.28	&	-1.63	&	KX	&	8	&	-4.28	\\
414	&	4304.54	&	-2.01	&	MF	&	5	&	-4.19	\\
	&	4309.37	&	-1.18	&	MF	&	25	&	-4.20	\\
422	&	4146.07	&	-1.84	&	MF	&	6	&	-4.20	\\
423	&	4120.21	&	-1.17	&	MF	&	13	&	-4.51	\\
424	&	4066.57	&	-1.61	&	MF	&	12	&	-4.09	\\
429	&	3871.75	&	-0.78	&	MF	&	37	&	-4.34	\\
	&	3897.44	&	-1.25	&	MF	&	10	&	-4.56	\\
	&	3903.90	&	-0.70	&	MF	&	49	&	-4.20	\\
430	&	3919.06	&	-1.10	&	MF	&	34	&	-4.06	\\
	&	3944.89	&	-1.46	&	MF	&	12	&	-4.24	\\
	&	3918.64	&	-0.74	&	KX	&	54	&	-4.06	\\
	&	3953.15	&	-1.11	&	MF	&	22	&	-4.28	\\
432	&	4248.22	&	-1.32	&	MF	&	16	&	-4.20	\\
472	&	4464.76	&	-1.78	&	MF	&	7	&	-4.19	\\
	&	4517.52	&	-1.84	&	MF	&	5	&	-4.28	\\
476	&	4387.89	&	-1.47	&	MF	&	9	&	-4.35	\\
476a	&	4182.38	&	-1.19	&	MF	&	19	&	-4.30	\\
478	&	4273.87	&	-1.96	&	KX	&	4	&	-4.29	\\
482	&	4220.34	&	-1.29	&	MF	&	12	&	-4.37	\\
	&	4267.82	&	-1.35	&	KX	&	22	&	-3.89	\\
488	&	3867.22	&	-0.42	&	MF	&	49	&	-4.45	\\
	&	3955.96	&	-1.40	&	MF	&	10	&	-4.34	\\
512	&	4369.77	&	-0.73	&	MF	&	32	&	-4.44	\\
514	&	4514.19	&	-2.05	&	MF	&	4	&	-4.19	\\
516	&	4436.93	&	-2.10	&	MF	&	6	&	-3.90	\\
520	&	4298.03	&	-1.37	&	MF	&	10	&	-4.42	\\
522	&	4199.10	&	0.25	&	MF	&	95	&	-4.36	\\
523	&	4143.42	&	-0.47	&	KX	&	74	&	-4.02	\\
524	&	4074.79	&	-0.97	&	MF	&	29	&	-4.24	\\
526	&	3994.11	&	-1.47	&	MF	&	13	&	-4.18	\\
527	&	3990.37	&	-1.45	&	MF	&	12	&	-4.24	\\
	&	4017.16	&	-0.92	&	MF	&	36	&	-4.16	\\
554	&	4613.20	&	-1.67	&	MF	&	11	&	-3.93	\\
	&	4625.04	&	-1.34	&	MF	&	14	&	-4.19	\\
	&	4668.13	&	-1.29	&	KX	&	14	&	-4.19	\\
	&	4707.27	&	-1.08	&	MF	&	20	&	-4.24	\\
	&	4736.77	&	-0.74	&	MF	&	27	&	-4.46	\\
	&	4637.51	&	-1.39	&	MF	&	13	&	-4.15	\\
558	&	4058.22	&	-1.07	&	KX	&	19	&	-4.29	\\
	&	4076.64	&	-0.36	&	MF	&	43	&	-4.51	\\
	&	4080.23	&	-1.22	&	MF	&	14	&	-4.25	\\
559	&	4085.30	&	-0.71	&	MF	&	31	&	-4.36	\\
561	&	3946.99	&	-0.95	&	MF	&	25	&	-4.24	\\
562	&	3941.28	&	-1.01	&	MF	&	23	&	-4.21	\\
	&	3948.10	&	-0.26	&	KX	&	41	&	-4.62	\\
	&	3955.34	&	-1.01	&	MF	&	27	&	-4.11	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
562	&	3957.03	&	-0.59	&	MF	&	31	&	-4.45	\\
567	&	3925.20	&	-1.40	&	MF	&	12	&	-4.12	\\
597	&	4285.44	&	-0.85	&	MF	&	17	&	-4.54	\\
603	&	4006.31	&	-0.99	&	MF	&	22	&	-4.24	\\
604	&	3948.77	&	-0.34	&	MF	&	54	&	-4.31	\\
	&	3956.46	&	-0.26	&	MF	&	46	&	-4.53	\\
606	&	3916.73	&	-0.52	&	KX	&	35	&	-4.45	\\
640	&	4268.74	&	-1.46	&	MF	&	11	&	-4.13	\\
649	&	4229.51	&	-1.79	&	KX	&	6	&	-4.06	\\
	&	4242.73	&	-1.62	&	MF	&	6	&	-4.26	\\
655	&	4031.97	&	-1.06	&	MF	&	12	&	-4.46	\\
	&	3986.17	&	-0.85	&	KX	&	20	&	-4.45	\\
661	&	3951.16	&	-0.38	&	MF	&	48	&	-4.35	\\
	&	3985.39	&	-1.10	&	MF	&	10	&	-4.50	\\
663	&	3883.28	&	-0.60	&	MF	&	25	&	-4.56	\\
664	&	3846.80	&	0.01	&	MF	&	57	&	-4.62	\\
667	&	3740.25	&	-0.58	&	MF	&	28	&	-4.50	\\
687	&	4882.15	&	-1.64	&	MF	&	7	&	-4.11	\\
	&	4910.01	&	-1.54	&	KX	&	17	&	-3.78	\\
	&	4946.39	&	-1.17	&	MF	&	18	&	-4.13	\\
	&	4950.11	&	-1.67	&	MF	&	11	&	-3.86	\\
689	&	4168.61	&	-1.94	&	MF	&	5	&	-3.94	\\
	&	4205.55	&	-1.32	&	MF	&	13	&	-4.10	\\
	&	4224.18	&	-0.41	&	MF	&	51	&	-4.24	\\
692	&	4264.21	&	-1.48	&	MF	&	4	&	-4.50	\\
693	&	4196.20	&	-0.74	&	MF	&	35	&	-4.15	\\
	&	4217.54	&	-0.51	&	MF	&	41	&	-4.26	\\
	&	4225.45	&	-0.50	&	MF	&	40	&	-4.30	\\
693	&	4247.42	&	-0.23	&	MF	&	65	&	-4.22	\\
694	&	4087.09	&	-1.40	&	MF	&	12	&	-4.12	\\
	&	4154.81	&	-0.37	&	MF	&	50	&	-4.30	\\
695	&	4090.98	&	-1.76	&	MF	&	2	&	-4.50	\\
	&	4126.18	&	-0.96	&	MF	&	22	&	-4.23	\\
	&	4150.26	&	-1.26	&	MF	&	11	&	-4.24	\\
	&	4153.91	&	-0.27	&	MF	&	61	&	-4.22	\\
	&	4157.79	&	-0.56	&	KX	&	46	&	-4.15	\\
	&	4158.79	&	-0.67	&	MF	&	32	&	-4.26	\\
697	&	3821.18	&	0.30	&	MF	&	74	&	-4.62	\\
698	&	4054.81	&	-1.01	&	KX	&	11	&	-4.50	\\
	&	4063.28	&	-0.80	&	KX	&	45	&	-3.94	\\
	&	4065.40	&	-1.32	&	MF	&	4	&	-4.61	\\
	&	4084.50	&	-0.59	&	MF	&	35	&	-4.33	\\
726	&	4136.99	&	-0.54	&	MF	&	44	&	-4.20	\\
728	&	4003.76	&	-1.29	&	MF	&	12	&	-4.15	\\
731	&	3806.20	&	-0.82	&	MF	&	19	&	-4.39	\\
753	&	4789.65	&	-0.84	&	KX	&	15	&	-4.45	\\
755	&	4547.85	&	-0.78	&	MF	&	21	&	-4.32	\\
766	&	4059.71	&	-1.22	&	MF	&	10	&	-4.23	\\
799a	&	4382.77	&	-1.44	&	MF	&	11	&	-3.96	\\
800	&	4219.36	&	0.12	&	MF	&	69	&	-4.36	\\
801	&	4118.55	&	0.28	&	MF	&	73	&	-4.45	\\
802	&	4014.53	&	-0.20	&	MF	&	48	&	-4.38	\\
804	&	3846.41	&	-0.43	&	MF	&	24	&	-4.54	\\
816	&	6232.61	&	-1.27	&	KX	&	10	&	-4.16	\\
	&	6246.33	&	-0.96	&	MF	&	21	&	-4.11	\\
	&	6336.82	&	-1.05	&	MF	&	18	&	-4.05	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrcc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
816	&	6400.00	&	-0.52	&	MF	&	49	&	-4.01	\\
	&	6408.03	&	-1.05	&	KX	&	14	&	-4.20	\\
	&	6411.65	&	-0.82	&	MF	&	26	&	-4.10	\\
820	&	4643.46	&	-1.29	&	MF	&	11	&	-4.08	\\
	&	4673.16	&	-0.98	&	MF	&	12	&	-4.34	\\
821	&	4619.29	&	-1.12	&	MF	&	13	&	-4.20	\\
	&	4669.17	&	-1.41	&	MF	&	12	&	-3.92	\\
	&	4678.84	&	-0.66	&	MF	&	29	&	-4.24	\\
	&	4709.09	&	-1.08	&	KX	&	9	&	-4.38	\\
822	&	4728.54	&	-1.44	&	KX	&	5	&	-4.26	\\
826	&	4525.14	&	-0.34	&	KX	&	33	&	-4.47	\\
	&	4611.28	&	-0.67	&	KX	&	24	&	-4.30	\\
828	&	4401.29	&	-0.92	&	MF	&	25	&	-4.05	\\
	&	4446.83	&	-1.33	&	MF	&	8	&	-4.14	\\
	&	4484.21	&	-0.72	&	MF	&	25	&	-4.26	\\
	&	4482.74	&	-1.35	&	MF	&	5	&	-4.35	\\
830	&	4388.41	&	-0.59	&	MF	&	25	&	-4.39	\\
	&	4433.22	&	-0.70	&	MF	&	15	&	-4.51	\\
	&	4485.67	&	-1.02	&	MF	&	11	&	-4.32	\\
	&	4469.37	&	-0.26	&	MF	&	42	&	-4.37	\\
	&	4485.67	&	-1.02	&	MF	&	11	&	-4.32	\\
849	&	4309.04	&	-1.10	&	MF	&	16	&	-4.08	\\
883	&	4970.50	&	-1.70	&	MF	&	9	&	-3.79	\\
894	&	4542.52	&	-2.04	&	MF	&	3	&	-3.96	\\
906	&	4088.57	&	-1.53	&	MF	&	4	&	-4.26	\\
	&	4246.08	&	-1.11	&	MF	&	17	&	-4.04	\\
940	&	4492.67	&	-1.65	&	MF	&	5	&	-3.89	\\
959	&	6003.03	&	-1.12	&	MF	&	11	&	-4.10	\\
965	&	5014.95	&	-0.25	&	MF	&	41	&	-4.22	\\
966	&	4885.43	&	-1.09	&	KX	&	9	&	-4.23	\\
	&	4938.18	&	-0.99	&	KX	&	18	&	-3.96	\\
982	&	5934.65	&	-1.17	&	MF	&	7	&	-4.28	\\
	&	6008.57	&	-1.08	&	KX	&	12	&	-4.09	\\
984	&	4973.10	&	-0.95	&	MF	&	22	&	-3.87	\\
	&	4985.26	&	-0.48	&	KX	&	24	&	-4.31	\\
	&	5005.71	&	-0.18	&	KX	&	44	&	-4.29	\\
985	&	4900.39	&	-1.27	&	KX	&	6	&	-4.21	\\
	&	4930.33	&	-1.35	&	MF	&	8	&	-3.97	\\
1015	&	6157.73	&	-1.26	&	MF	&	7	&	-4.04	\\
1018	&	6027.06	&	-1.21	&	MF	&	9	&	-3.96	\\
	&	6165.36	&	-1.55	&	MF	&	3	&	-4.06	\\
1032	&	5187.92	&	-1.26	&	MF	&	4	&	-4.24	\\
1042	&	4735.84	&	-1.22	&	MF	&	8	&	-4.04	\\
	&	4800.65	&	-1.26	&	MF	&	8	&	-3.95	\\
	&	5195.48	&	0.00	&	KX	&	31	&	-4.47	\\
1065	&	4933.34	&	-0.60	&	KX	&	21	&	-4.10	\\
	&	4991.27	&	-0.67	&	MF	&	22	&	-4.02	\\
1066	&	4886.33	&	-0.56	&	KX	&	12	&	-4.44	\\
	&	4983.86	&	-0.07	&	KX	&	39	&	-4.34	\\
	&	4969.92	&	-0.71	&	MF	&	15	&	-4.15	\\
	&	4988.95	&	-0.89	&	MF	&	22	&	-3.82	\\
1067	&	4967.89	&	-0.62	&	KX	&	22	&	-4.06	\\
	&	4982.52	&	0.14	&	KX	&	47	&	-4.42	\\
	&	4983.27	&	-0.16	&	KX	&	37	&	-4.24	\\
1068	&	4835.87	&	-1.50	&	MF	&	6	&	-3.87	\\
1069	&	4842.78	&	-1.56	&	MF	&	3	&	-4.21	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
1070	&	4918.03	&	-1.36	&	MF	&	7	&	-3.85	\\
1077	&	7411.17	&	-0.43	&	KX	&	21	&	-4.17	\\
	&	7445.78	&	-0.24	&	KX	&	35	&	-4.07	\\
	&	7511.04	&	0.11	&	KX	&	60	&	-4.06	\\
1089	&	5162.92	&	0.02	&	MF	&	62	&	-4.09	\\
1090	&	5090.77	&	-0.40	&	MF	&	21	&	-4.27	\\
	&	5137.39	&	-0.40	&	MF	&	49	&	-3.80	\\
1091	&	5159.07	&	-0.82	&	MF	&	10	&	-4.21	\\
1092	&	5067.16	&	-0.97	&	MF	&	13	&	-3.98	\\
	&	5133.68	&	0.14	&	MF	&	65	&	-4.13	\\
1094	&	5065.01	&	-0.13	&	KX	&	55	&	-3.93	\\
	&	5074.75	&	-0.20	&	MF	&	47	&	-4.02	\\
1095	&	5121.64	&	-0.71	&	MF	&	22	&	-3.93	\\
1097	&	4962.56	&	-1.29	&	MF	&	10	&	-3.80	\\
1107	&	5753.12	&	-0.76	&	MF	&	8	&	-4.39	\\
	&	5762.99	&	-0.45	&	MF	&	27	&	-4.10	\\
1110	&	5027.77	&	-1.25	&	MF	&	11	&	-3.79	\\
1172	&	8439.60	&	-0.70	&	KX	&	21	&	-3.98	\\
1173	&	6843.67	&	-0.93	&	MF	&	9	&	-3.94	\\
1176	&	5816.36	&	-0.68	&	MF	&	12	&	-4.08	\\
	&	6079.02	&	-1.12	&	MF	&	5	&	-4.01	\\
1178	&	6007.96	&	-0.97	&	KX	&	11	&	-3.78	\\
	&	6020.17	&	-0.27	&	MF	&	27	&	-4.03	\\
	&	6024.07	&	-0.12	&	MF	&	38	&	-3.99	\\
1180	&	5862.35	&	-0.06	&	KX	&	24	&	-4.35	\\
	&	5930.17	&	-0.23	&	MF	&	29	&	-3.99	\\
1195	&	6828.61	&	-0.92	&	MF	&	9	&	-3.90	\\
	&	6841.34	&	-0.75	&	MF	&	12	&	-3.95	\\
	&	6855.17	&	-0.48	&	KX	&	11	&	-4.29	\\
1197	&	6633.76	&	-0.78	&	MF	&	12	&	-3.94	\\
	&	6810.28	&	-1.12	&	MF	&	7	&	-3.86	\\
1258	&	6419.98	&	-0.24	&	MF	&	20	&	-4.15	\\
1259	&	6055.99	&	-0.46	&	MF	&	17	&	-4.09	\\
	&	6078.49	&	-0.42	&	KX	&	18	&	-3.98	\\
	&	6102.17	&	-0.63	&	KX	&	17	&	-3.78	\\
1260	&	5984.81	&	-0.34	&	KX	&	20	&	-4.04	\\
	&	5987.06	&	-0.56	&	KX	&	17	&	-3.87	\\
	&	6170.49	&	-0.44	&	MF	&	13	&	-4.11	\\
1267	&	8699.43	&	-0.36	&	KX	&	21	&	-4.06	\\
1268	&	6469.21	&	-0.77	&	MF	&	7	&	-4.02	\\
\multicolumn{2}{l}{Fe II}&\multicolumn{4}{r}{(log Fe/H = -4.11$\pm$0.19)}\\
3	&	3938.29	&	-3.89	&	MF	&	89	&	-4.00	\\
	&	3945.21	&	-4.25	&	MF	&	61	&	-4.07	\\
14	&	3783.35	&	-3.16	&	KX	&	84	&	-4.41	\\
22	&	4124.79	&	-4.20	&	MF	&	37	&	-3.97	\\
23	&	3779.58	&	-3.78	&	KX	&	44	&	-4.25	\\
25	&	4648.94	&	-4.51	&	KX	&	12	&	-4.29	\\
	&	4670.18	&	-4.10	&	MF	&	33	&	-4.15	\\
26	&	4580.06	&	-3.65	&	KX	&	43	&	-4.43	\\
27	&	4128.74	&	-3.77	&	MF	&	53	&	-4.12	\\
	&	4273.32	&	-3.34	&	MF	&	72	&	-4.20	\\
	&	4303.17	&	-2.49	&	MF	&	126	&	-4.10	\\
	&	4351.77	&	-2.10	&	MF	&	168	&	-3.78	\\
	&	4385.38	&	-2.57	&	MF	&	114	&	-4.22	\\
	&	4416.83	&	-2.60	&	MF	&	101	&	-4.42	\\
28	&	4087.27	&	-4.71	&	MF	&	6	&	-4.40	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
28	&	4178.86	&	-2.48	&	MF	&	138	&	-3.91	\\
	&	4296.57	&	-3.01	&	MF	&	104	&	-3.99	\\
	&	4369.40	&	-3.67	&	MF	&	48	&	-4.20	\\
29	&	3824.93	&	-3.41	&	KX	&	55	&	-4.44	\\
	&	3872.76	&	-3.31	&	KX	&	50	&	-4.54	\\
	&	4002.08	&	-3.37	&	KX	&	44	&	-4.53	\\
30	&	4833.19	&	-4.78	&	MF	&	8	&	-4.12	\\
	&	4839.99	&	-4.90	&	MF	&	9	&	-3.98	\\
31	&	4893.83	&	-4.45	&	MF	&	15	&	-4.08	\\
32	&	4314.31	&	-3.47	&	KX	&	53	&	-4.37	\\
	&	4384.33	&	-3.50	&	MF	&	66	&	-4.17	\\
	&	4413.60	&	-3.87	&	MF	&	23	&	-4.52	\\
37	&	4472.92	&	-3.43	&	MF	&	56	&	-4.27	\\
	&	4489.18	&	-2.97	&	MF	&	100	&	-4.05	\\
	&	4491.40	&	-2.70	&	MF	&	85	&	-4.56	\\
	&	4515.34	&	-2.48	&	MF	&	114	&	-4.28	\\
	&	4520.22	&	-2.60	&	MF	&	116	&	-4.12	\\
	&	4555.89	&	-2.29	&	MF	&	138	&	-4.02	\\
	&	4582.84	&	-3.10	&	MF	&	73	&	-4.35	\\
	&	4629.34	&	-2.37	&	MF	&	133	&	-4.05	\\
	&	4666.75	&	-3.33	&	MF	&	74	&	-4.12	\\
38	&	4508.28	&	-2.21	&	MF	&	132	&	-4.22	\\
	&	4522.63	&	-2.03	&	MF	&	147	&	-4.14	\\
	&	4541.52	&	-3.05	&	MF	&	90	&	-4.13	\\
	&	4576.33	&	-3.04	&	MF	&	85	&	-4.22	\\
	&	4583.83	&	-2.02	&	MF	&	169	&	-3.84	\\
	&	4595.68	&	-4.26	&	KX	&	7	&	-4.57	\\
	&	4620.51	&	-3.28	&	MF	&	69	&	-4.24	\\
39	&	4088.76	&	-4.82	&	KX	&	6	&	-4.07	\\
	&	4138.40	&	-4.47	&	KX	&	4	&	-4.63	\\
42	&	4923.93	&	-1.32	&	MF	&	195	&	-4.18	\\
43	&	4601.34	&	-4.40	&	KX	&	11	&	-4.23	\\
	&	4656.97	&	-3.63	&	MF	&	55	&	-4.07	\\
	&	4731.44	&	-3.36	&	MF	&	52	&	-4.38	\\
126	&	4046.81	&	-4.09	&	KX	&	4	&	-3.96	\\
141	&	4147.26	&	-3.64	&	KX	&	10	&	-3.98	\\
150	&	4138.21	&	-3.18	&	KX	&	26	&	-3.85	\\
151	&	4031.44	&	-3.11	&	KX	&	19	&	-4.09	\\
153	&	3814.12	&	-2.41	&	MF	&	39	&	-4.37	\\
153	&	3827.08	&	-2.64	&	MF	&	42	&	-4.08	\\
167	&	5160.85	&	-2.64	&	KX	&	26	&	-3.87	\\
170	&	4610.59	&	-3.54	&	KX	&	2	&	-4.17	\\
172	&	4041.64	&	-3.11	&	KX	&	7	&	-4.07	\\
173	&	3906.04	&	-1.83	&	KX	&	48	&	-4.30	\\
186	&	4549.21	&	-1.87	&	MF	&	41	&	-4.16	\\
	&	4625.91	&	-2.22	&	KX	&	16	&	-4.32	\\
	&	4635.33	&	-1.65	&	MF	&	60	&	-4.04	\\
187	&	4446.24	&	-2.58	&	KX	&	9	&	-4.27	\\
188	&	4111.88	&	-2.29	&	KX	&	8	&	-4.65	\\
189	&	4061.78	&	-2.15	&	KX	&	11	&	-4.60	\\
190	&	3938.97	&	-1.85	&	MF	&	46	&	-4.11	\\
199	&	6331.95	&	-1.98	&	KX	&	30	&	-3.98	\\
205	&	5074.05	&	-1.97	&	KX	&	9	&	-4.34	\\
212	&	3960.90	&	-1.41	&	KX	&	13	&	-4.55	\\
213	&	4354.34	&	-1.74	&	KX	&	12	&	-4.01	\\
	&	4507.10	&	-1.87	&	KX	&	12	&	-3.79	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
218	&	4913.30	&	0.01	&	KX	&	20	&	-3.91	\\
219	&	4631.90	&	-1.82	&	KX	&	4	&	-4.24	\\
220	&	4318.22	&	-1.93	&	KX	&	4	&	-4.19	\\
	&	4319.68	&	-1.69	&	KX	&	8	&	-4.13	\\
	&	4321.34	&	-1.76	&	KX	&	7	&	-4.12	\\
222	&	4431.64	&	-1.93	&	KX	&	4	&	-4.18	\\
	&	4449.66	&	-1.60	&	KX	&	14	&	-3.90	\\
D	&	3920.64	&	-1.20	&	KX	&	26	&	-4.23	\\
	&	3922.04	&	-1.07	&	KX	&	4	&	-4.46	\\
	&	4319.41	&	-2.11	&	KX	&	4	&	-4.15	\\
	&	4418.98	&	-1.97	&	KX	&	4	&	-4.08	\\
G	&	3924.84	&	-1.14	&	KX	&	6	&	-3.88	\\
J	&	4263.90	&	-1.64	&	KX	&	15	&	-3.96	\\
	&	4357.58	&	-2.10	&	KX	&	24	&	-4.18	\\
	&	4361.25	&	-2.08	&	KX	&	12	&	-4.53	\\
	&	4455.26	&	-1.99	&	KX	&	39	&	-3.89	\\
	&	4480.69	&	-2.39	&	KX	&	21	&	-3.87	\\
	&	4499.71	&	-1.76	&	KX	&	8	&	-4.14	\\
	&	4579.52	&	-2.36	&	KX	&	19	&	-3.93	\\
	&	4640.84	&	-1.81	&	KX	&	11	&	-3.92	\\
	&	4824.83	&	-1.89	&	KX	&	2	&	-4.27	\\
	&	4826.68	&	-0.44	&	KX	&	7	&	-4.02	\\
	&	4908.15	&	-0.30	&	KX	&	5	&	-4.30	\\
	&	4948.79	&	-0.01	&	KX	&	14	&	-4.04	\\
	&	4951.58	&	0.18	&	KX	&	17	&	-4.16	\\
	&	4977.03	&	0.04	&	KX	&	12	&	-4.16	\\
	&	4977.92	&	-0.66	&	KX	&	5	&	-3.93	\\
	&	4984.48	&	0.01	&	KX	&	17	&	-3.98	\\
	&	4990.51	&	0.18	&	KX	&	17	&	-4.12	\\
	&	4999.18	&	-0.48	&	KX	&	8	&	-3.88	\\
	&	5004.20	&	0.50	&	KX	&	31	&	-4.12	\\
	&	5007.74	&	-0.20	&	KX	&	10	&	-4.06	\\
	&	5015.76	&	-0.05	&	KX	&	13	&	-4.06	\\
	&	5018.44	&	-1.22	&	MF	&	222	&	-4.02	\\
	&	5021.59	&	-0.30	&	KX	&	16	&	-3.70	\\
	&	5030.63	&	0.39	&	KX	&	25	&	-4.13	\\
	&	5032.71	&	0.11	&	MF	&	18	&	-3.99	\\
	&	5035.71	&	0.61	&	KX	&	35	&	-4.12	\\
	&	5045.11	&	-0.13	&	KX	&	14	&	-3.95	\\
 	&	5061.72	&	0.22	&	KX	&	16	&	-4.23	\\
       &	5067.89	&	-0.20	&	KX	&	13	&	-3.91	\\
	&	5075.76	&	0.28	&	KX	&	17	&	-4.17	\\
	&	5076.61	&	-0.71	&	KX	&	7	&	-3.70	\\
	&	5089.21	&	-0.04	&	KX	&	11	&	-4.15	\\
	&	5093.58	&	0.11	&	KX	&	19	&	-3.94	\\
	&	5106.11	&	-0.19	&	KX	&	11	&	-3.99	\\
	&	5117.01	&	-0.13	&	KX	&	9	&	-4.07	\\
	&	5113.00	&	-0.50	&	KX	&	7	&	-3.86	\\
	&	5127.86	&	-2.53	&	KX	&	29	&	-3.91	\\
	&	5132.66	&	-4.18	&	MF	&	26	&	-4.06	\\
	&	5144.36	&	0.28	&	KX	&	17	&	-4.13	\\
	&	5149.46	&	0.40	&	KX	&	23	&	-4.09	\\
	&	5150.49	&	-0.12	&	KX	&	10	&	-4.03	\\
	&	5154.40	&	-4.14	&	KX	&	16	&	-4.34	\\
	&	5166.56	&	-0.03	&	KX	&	7	&	-4.33	\\
	&	5169.03	&	-0.87	&	MF	&	207	&	-4.54	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
J	&	5170.78	&	-0.36	&	KX	&	8	&	-3.91	\\
	&	5172.99	&	-2.46	&	KX	&	8	&	-4.45	\\
	&	5177.02	&	-0.18	&	KX	&	8	&	-4.12	\\
	&	5178.37	&	-0.59	&	KX	&	3	&	-4.21	\\
	&	5180.31	&	0.04	&	KX	&	8	&	-4.30	\\
	&	5186.87	&	-0.30	&	KX	&	5	&	-4.18	\\
	&	5197.56	&	-2.10	&	MF	&	131	&	-4.14	\\
	&	5199.12	&	0.10	&	KX	&	13	&	-4.16	\\
	&	5200.81	&	-0.37	&	KX	&	7	&	-4.01	\\
	&	5203.64	&	-0.05	&	KX	&	16	&	-3.89	\\
	&	5726.56	&	-0.12	&	KX	&	8	&	-3.92	\\
	&	5746.58	&	-0.37	&	KX	&	5	&	-3.88	\\
	&	5747.90	&	-2.91	&	KX	&	14	&	-3.90	\\
	&	5780.12	&	0.32	&	KX	&	20	&	-3.85	\\
	&	5783.63	&	0.21	&	KX	&	14	&	-3.93	\\
	&	5823.15	&	-3.07	&	MF	&	13	&	-3.77	\\
	&	5835.49	&	-2.37	&	KX	&	12	&	-4.30	\\
	&	5842.30	&	-0.21	&	KX	&	5	&	-4.00	\\
	&	5885.02	&	0.32	&	KX	&	11	&	-4.11	\\
	&	5891.33	&	-2.03	&	KX	&	14	&	-3.72	\\
	&	5902.82	&	0.42	&	KX	&	15	&	-4.09	\\
	&	5952.51	&	-2.03	&	KX	&	25	&	-4.21	\\
	&	5955.70	&	0.23	&	KX	&	15	&	-3.88	\\
	&	5961.71	&	0.70	&	KX	&	20	&	-4.22	\\
	&	5965.62	&	0.07	&	KX	&	8	&	-4.06	\\
	&	5991.37	&	-3.56	&	KX	&	44	&	-4.13	\\
	&	6017.89	&	-1.95	&	KX	&	8	&	-3.74	\\
	&	6045.46	&	-2.42	&	KX	&	8	&	-4.25	\\
	&	6049.45	&	-0.42	&	KX	&	5	&	-3.80	\\
	&	6084.11	&	-3.81	&	KX	&	31	&	-4.08	\\
	&	6147.77	&	-2.72	&	KX	&	69	&	-4.10	\\
	&	6149.25	&	-2.72	&	KX	&	67	&	-4.14	\\
	&	6175.14	&	-1.98	&	KX	&	31	&	-3.97	\\
	&	6179.39	&	-2.60	&	KX	&	15	&	-4.16	\\
	&	6199.18	&	-3.19	&	KX	&	7	&	-3.92	\\
	&	6233.53	&	-2.94	&	KX	&	10	&	-4.05	\\
	&	6238.39	&	-2.63	&	KX	&	76	&	-4.09	\\
	&	6247.55	&	-2.33	&	KX	&	115	&	-3.78	\\
	&	6248.89	&	-2.70	&	KX	&	17	&	-4.01	\\
	&	6357.16	&	0.17	&	KX	&	7	&	-4.02	\\
       &	6369.46	&	-4.25	&	KX	&	21	&	-4.05	\\
	&	6383.72	&	-2.27	&	KX	&	28	&	-4.15	\\
	&	6415.55	&	-1.69	&	KX	&	5	&	-3.71	\\
	&	6416.92	&	-2.74	&	KX	&	64	&	-4.15	\\
	&	6432.68	&	-3.71	&	KX	&	52	&	-4.02	\\
	&	6433.82	&	-2.47	&	KX	&	8	&	-4.16	\\
	&	6442.94	&	-2.88	&	KX	&	15	&	-3.90	\\
	&	6456.40	&	-2.07	&	KX	&	24	&	-4.02	\\
	&	6482.20	&	-2.27	&	KX	&	35	&	-3.57	\\
	&	6491.25	&	-2.79	&	KX	&	10	&	-4.15	\\
	&	6493.04	&	-2.58	&	KX	&	17	&	-4.09	\\
	&	6510.73	&	-0.42	&	KX	&	4	&	-3.66	\\
	&	6516.08	&	-3.45	&	KX	&	77	&	-3.92	\\
	&	6518.74	&	0.35	&	KX	&	4	&	-4.41	\\
	&	6548.39	&	0.21	&	KX	&	7	&	-3.97	\\
	&	6586.70	&	-2.78	&	KX	&	8	&	-4.27	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
J       &	6627.24	&	-1.61	&	KX	&	13	&	-4.12	\\
	&	6862.51	&	0.68	&	KX	&	7	&	-4.30	\\
	&	7449.33	&	-3.31	&	KX	&	32	&	-4.07	\\
	&	7462.39	&	-2.73	&	KX	&	77	&	-3.93	\\
	&	7783.02	&	0.06	&	KX	&	4	&	-3.97	\\
	&	6239.95	&	-3.44	&	KX	&	26	&	-4.09	\\
	&	7479.69	&	-3.59	&	KX	&	11	&	-4.38	\\
\multicolumn{2}{l}{Co I}&\multicolumn{4}{r}{(log Co/H = -6.52$\pm$0.16)}\\
18      &       3878.12 &   -0.66 &  MF  &  24  & -6.51 \\
        &       3873.96 &   -0.87 &  MF  &  11  & -6.64 \\
28      &       4118.77 &   -0.49 &  MF  &  12  & -6.65 \\
        &       4121.31 &   -0.32 &  MF  &  21  & -6.63 \\
29      &       4092.38 &   -0.94 &  MF  &  13  & -6.26 \\
31      &       3995.31 &   -0.22 &  MF  &  35  & -6.42 \\
34      &       3845.46 &    0.01 &  MF  &  28  & -6.78 \\  
\multicolumn{2}{l}{Ni I}&\multicolumn{4}{r}{(log Ni/H = -5.07$\pm$0.23)}\\
32	&	3858.30	&	-0.97	&	MF	&	93	&	-5.23	\\	
33	&	3807.14	&	-1.18	&	MF	&	66	&	-5.48	\\	
43	&	6643.64	&	-2.30	&	MF	&	12	&	-4.70	\\	
49	&	5102.97	&	-2.62	&	MF	&	5	&	-4.83	\\	
52	&	4331.64	&	-2.10	&	MF	&	6	&	-5.19	\\	
86	&	4284.67	&	-1.37	&	KX	&	5	&	-5.01	\\	
	&	4462.46	&	-0.60	&	MF	&	15	&	-5.13	\\	
	&	4470.47	&	-0.40	&	MF	&	24	&	-5.13	\\	
98	&	4604.98	&	-0.29	&	MF	&	28	&	-5.10	\\	
	&	4648.66	&	-0.16	&	MF	&	41	&	-5.05	\\	
	&	4686.21	&	-0.64	&	MF	&	13	&	-5.10	\\	
	&	4714.41	&	0.23	&	MF	&	50	&	-5.32	\\	
	&	4715.76	&	-0.34	&	MF	&	17	&	-5.28	\\	
100	&	4606.22	&	-1.00	&	MF	&	6	&	-5.08	\\	
102	&	4463.42	&	-1.58	&	KX	&	5	&	-4.65	\\	
111	&	4873.44	&	-0.47	&	KX	&	9	&	-5.35	\\	
	&	4998.23	&	-0.78	&	MF	&	16	&	-4.84	\\	
	&	5012.46	&	-0.54	&	MF	&	18	&	-4.97	\\	
112	&	4980.16	&	-0.11	&	MF	&	37	&	-5.05	\\	
114	&	4937.34	&	-0.39	&	MF	&	20	&	-5.14	\\	
117	&	3908.93	&	-0.57	&	KX	&	12	&	-5.16	\\	
129	&	4904.41	&	-0.17	&	MF	&	30	&	-5.15	\\	
130	&	4852.56	&	-1.07	&	MF	&	3	&	-5.42	\\	
	&	4855.41	&	0.00	&	MF	&	21	&	-5.51	\\	
131	&	4829.03	&	-0.33	&	MF	&	26	&	-5.08	\\	
	&	5042.19	&	-0.58	&	MF	&	15	&	-5.06	\\	
132	&	4913.97	&	-0.63	&	MF	&	15	&	-4.93	\\	
133	&	4703.80&	-0.74	&	KX	&	8	&	-5.16	\\	
136	&	4231.04	&	-1.42	&	KX	&	5	&	-4.76	\\	
141	&	4925.58	&	-0.82	&	MF	&	18	&	-4.72	\\	
	&	5099.32	&	-0.85	&	KX	&	14	&	-4.83	\\	
143	&	5035.37	&	0.29	&	MF	&	59	&	-5.07	\\	
	&	5080.53	&	0.13	&	MF	&	40	&	-5.21	\\	
144	&	4996.85	&	-0.98	&	MF	&	11	&	-4.80	\\	
145	&	4945.46	&	-0.82	&	MF	&	17	&	-4.66	\\	
	&	5000.34	&	-0.43	&	MF	&	18	&	-5.11	\\	
146	&	4547.22	&	-1.20	&	KX	&	3	&	-5.15	\\	
160	&	4808.86	&	-1.41	&	MF	&	3	&	-4.98	\\	
161	&	5099.95	&	-0.10	&	MF	&	28	&	-5.18	\\	
	&	5142.77	&	-0.23	&	KX	&	32	&	-4.95	\\	
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}

\clearpage
\setcounter{table}{6}
\begin{table}
\caption[]{Table 6: cont.}
   \begin{flushleft}
   \begin{tabular}{rcrcrc}
\hline\noalign{\smallskip}
Mult.& $\lambda$($\AA$)& log gf& Ref.& W$_{\lambda}$& log N/H\\ 
\hline\noalign{\smallskip}
162	&	5084.08	&	0.03	&	MF	&	39	&	-5.15	\\	
	&	5146.48	&	0.12	&	KX	&	31	&	-5.33	\\	
163	&	4667.76	&	-1.01	&	KX	&	5	&	-5.10\\	
177	&	4918.36	&	-0.24	&	MF	&	26	&	-4.97	\\	
	&	4935.83	&	-0.35	&	MF	&	14	&	-5.12	\\	
178	&	4295.88	&	-0.48	&	MF	&	11	&	-5.16	\\	
181	&	3863.07	&	-0.39	&	KX	&	9	&	-5.35	\\	
193	&	4930.82	&	-1.66	&	KX	&	2	&	-4.73	\\	
194	&	5081.11	&	0.30	&	MF	&	28	&	-5.47	\\	
202	&	5179.14	&	-1.47	&	MF	&	4	&	-4.65	\\	
206	&	5155.14	&	-0.65	&	MF	&	8	&	-5.10	\\	
207	&	7797.62	&	-0.26	&	KX	&	8	&	-5.50	\\	
210	&	5155.76	&	-0.09	&	MF	&	25	&	-5.13	\\	
228	&	6176.81	&	-0.53	&	MF	&	17	&	-4.75	\\	
230	&	6111.07	&	-0.87	&	MF	&	3	&	-5.17	\\	
231	&	5760.85	&	-0.80	&	MF	&	5	&	-5.05	\\	
234	&	5805.23	&	-0.64	&	MF	&	8	&	-4.98	\\	
235	&	4732.46	&	-0.55	&	MF	&	3	&	-5.51	\\	
249	&	6086.29	&	-0.53	&	MF	&	10	&	-4.92	\\	
254	&	4817.85	&	-0.77	&	MF	&	5	&	-5.03	\\	
261	&	4546.93	&	-0.27	&	KX	&	20	&	-4.89	\\	
264	&	6635.15	&	-0.82	&	MF	&	7	&	-4.65	\\	
\multicolumn{2}{l}{Ni II}&\multicolumn{4}{r}{(log Ni/H = -4.84$\pm$0.19)}\\
	9    &	4244.80         &	-3.11	&	KX	&	40    &	-4.65	\\
	     &	4362.10  	&	-2.72	&	KX	&	43    &	-4.99	\\
	10   &	4192.07   	&	-3.05	&	KX	&	35    &	-4.80	\\
	11   &	3849.58   	&	-1.88	&	KX	&	85    &	-5.11	\\
	12   &	4015.50         &	-2.42	&	KX	&	83    &	-4.64	\\
\multicolumn{2}{l}{Cu II}&\multicolumn{4}{r}{(log Cu/H = -6.74)}\\
	2     	&      5105.54   -	&	1.52	&	KX	&	13     	&	-6.74	\\
\multicolumn{2}{l}{Zn I}&\multicolumn{4}{r}{(log Zn/H = -6.77$\pm$0.25)}\\
	2     	&	4680.14   	&	-0.82	&	KX	&	10     	&	-6.76	\\
	     	&	4722.15   	&	-0.34	&	KX	&	12     	&	-7.17	\\
	     	&	4810.53   	&	-0.14	&	KX	&	41     	&	-6.66	\\
	6     	&	6362.35	&	0.15	&	KX	&	13     	&	-6.50	\\
\multicolumn{2}{l}{Sr II}&\multicolumn{4}{r}{(log Sr/H= -7.93$\pm$0.21)}\\
	1     	&	4077.71	&	0.15	&	WM	&	196     	&	-7.90	\\
	     	&	4215.52   	&	-0.17	&	WM	&	193     	&	-7.69	\\
	3      	&	4161.79   	&	-0.5	&	KX	&	38     	&	-8.20	\\
\multicolumn{2}{l}{Y II}&\multicolumn{4}{r}{(log Y/H = -9.04$\pm$0.12)}\\
	1    	      &	4204.69   	&	-1.76	&	HL	&	9     	&	-9.08	\\
	5     	&	4358.73   	&	-1.32	&	HL	&	26     	&	-8.90	\\
	     	&	4398.02   	&	-1.00	&	HL	&	31     	&	-9.10	\\
	6     	&	3950.35   	&	-0.49	&	HL	&	63     	&	-9.06	\\
	     	&	3982.59   	&	-0.49	&	HL	&	51     	&	-9.24	\\
	     	&	4309.62   	&	-0.75	&	HL	&	42     	&	-9.13	\\
	7     	&	3788.69   	&	-0.07	&	HL	&	76     	&	-9.23	\\
	     	&	3818.34   	&	-0.97	&	HL	&	35     	&	-9.01	\\
	12     	&	4682.32   	&	-1.51	&	HL	&	8     	&	-9.15	\\
	20     	&	4982.13   	&	-1.29	&	HL	&	7     	&	-9.04	\\
	     	&	5087.42   	&	-0.17	&	HL	&	56     	&	-8.94	\\
	     	&	5119.11   	&	-1.36	&	HL	&	8     	&	-8.90	\\
	     	&	5200.41  	&	-0.57	&	HL	&	31     	&	-9.01	\\
	     	&	5205.72   	&	-0.34	&	HL	&	57     	&	-8.80	\\
	22     	&	4883.68	&	-0.07	&	HL	&	64     	&	-9.04	\\
\noalign{\smallskip}
\hline\noalign{\smallskip}
\end{tabular}
\end{flushleft}
\end{table}
\end{document}
