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\begin{table}[h]
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\caption[ ]{ Abundances in HD 133029 and HD 192913}
\begin{flushleft}
    \begin{tabular}{ccccrcrc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
     \hline
\noalign{\smallskip}
C II   &            &         & \multicolumn{3}{c}{log C/N$_{T}$ = -3.66$\pm$0.00} &  &  -3.16$\pm$0.46    \\
  4    &   3918.98  &   -0.54 &  WS  &     ...  &  ...  &   26 &  -3.62   \\
  6    &   4267.16  &   +0.97 &  WS  &      41  & -3.66 &   97 &  -2.71    \\
\noalign{\smallskip}                    
Mg I   &            &         & \multicolumn{3}{c}{log Mg/N$_{T}$ = -5.04$\pm$0.26} &  &  -5.10$\pm$0.25    \\
  3    &   3829.36  &   -0.19 &  WS  &      26  & -4.78 &  ...  &  ...     \\
       &   3832.30  &   +0.27 &  WS  &      44  & -4.95 &   47  & -4.85    \\
       &   3838.29  &   +0.49 &  WS  &      30  & -5.38 &   30  & -5.36     \\
\noalign{\smallskip}
Mg II  &            &         & \multicolumn{3}{c}{log Mg/N$_{T}$ = -4.33$\pm$0.24} &  &  -4.70$\pm$0.31     \\
  4    &   4481.23  &   +0.97 &  WM  &     381  & -3.91 &  231  & -4.31    \\
  5    &   3848.24  &   -1.60 &  WM  &      38  & -4.34 &   23  & -4.66     \\
       &   3850.39  &   -1.88 &  WM  &      18  & -4.47 &    9  & -4.86     \\
  9    &   4428.00  &   -1.20 &  WM  &      34  & -4.28 &   30  & -4.36     \\
       &   4434.00  &   -0.90 &  WM  &      30  & -4.65 &   11  & -5.21     \\
 10    &   4390.58  &   -0.53 &  WS  &     ...  &  ...  &   42  & -4.80     \\
\noalign{\smallskip}
Al I   &            &         & \multicolumn{3}{c}{log Al/N$_{T}$ = }                &  &  -5.33$\pm$0.14      \\
  1    &   3944.01  &   -0.64 &  WS  &     ...  &  ...  &   41  & -5.19     \\
       &   3961.52  &   -0.34 &  WS  &     ...  &  ...  &   42  & -5.47     \\
\noalign{\smallskip}
Si II  &            &         & \multicolumn{3}{c}{log Si/N$_{T}$ = -3.57$\pm$0.04}  &  &  -4.06$\pm$0.21      \\
  1    &   3853.66  &   -1.44 &  LA  &     182  & -3.55 &  140  & -3.71    \\
       &   3856.02  &   -0.49 &  LA  &     384  & -3.52 &  204  & -4.08     \\
       &   3862.59  &   -0.74 &  LA  &     289  & -3.60 &  146  & -4.33     \\
  3    &   4128.07  &   +0.38 &  LA  &     342  & -3.56 &  209  & -4.01     \\
       &   4130.89  &   +0.53 &  LA  &     378  & -3.62 &  212  & -4.15     \\
\noalign{\smallskip}
Si III &            &         & \multicolumn{3}{c}{log Si/N$_{T}$ = -3.22$\pm$0.59}  &  &                 \\
  2    &   4552.62  &   +0.29 &  WS  &      40  & -3.01 &  ...  &  ...      \\
       &   4567.87  &   +0.07 &  WS  &      45  & -2.63 &  ...  &  ...      \\
       &   4574.76  &   -0.41 &  WS  &      23  & -4.02 &  ...  &  ...      \\
\noalign{\smallskip}
S II   &            &         & \multicolumn{3}{c}{log S/N$_{T}$ = -4.67$\pm$0.40}    &  &  -4.84$\pm$0.31       \\
 44    &   4145.10  &   +0.44 &  WS  &      15  & -4.78 &   18  & -4.66    \\
       &   4153.10  &   +0.62 &  WS  &      16  & -4.90 &   12  & -5.14    \\
       &   4162.70  &   +0.78 &  WS  &      10  & -5.36 &   20  & -4.86    \\
 45    &   4028.75  &    0.00 &  WS  &      15  & -4.37 &  ...  &  ...     \\
\noalign{\smallskip}
Ca II  &            &         & \multicolumn{3}{c}{log Ca/N$_{T}$ = -5.33$\pm$0.00}   &  &   -5.74$\pm$0.00   \\

  1    &   3933.66  &   +0.13 &  WM  &     266  & -5.74 &  332  & -5.33   \\
\noalign{\smallskip}
Sc II  &            &         & \multicolumn{3}{c}{log Sc/N$_{T}$ = }              &  &   -8.68$\pm$0.39  \\
  7    &   4246.83  &   +0.32 &  MF  &     ...  &  ...  &   18  & -9.07   \\
 15    &   4320.74  &   -0.26 &  MF  &     ...  &  ...  &   20  & -8.29   \\
\noalign{\smallskip}
Ti II  &            &         & \multicolumn{3}{c}{log Ti/N$_{T}$ = -6.02$\pm$0.28}   &  &   -5.60$\pm$0.25  \\
  11   &   3987.61  &   -2.73 &  MF  &     ...  &  ...  &   20  & -5.72   \\
       &   4025.14  &   -1.98 &  MF  &      41  & -5.96 &  ...  &  ...    \\
  12   &   3813.39  &   -2.02 &  MF  &      26  & -6.16 &   52  & -5.70   \\
       &   3814.58  &   -1.72 &  MF  &     ...  &  ...  &   69  & -5.61   \\
  18   &   4469.12  &   -2.87 &  MF  &      16  & -6.13 &   25  & -6.01   \\
  19   &   4395.03  &   -0.66 &  MF  &      94  & -6.32 &   95  & -5.83  \\
       &   4443.80  &   -0.70 &  MF  &     ...  &  ...  &   89  & -5.97   \\
       &   4450.49  &   -1.45 &  MF  &      55  & -6.07 &   62  & -5.90   \\
\end{tabular}
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\end{table}
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\begin{table}[h]
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\caption[ ]{ continued}
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    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
\multicolumn{2}{l}{Ti II (continued)}& & & & & & \\
  20   &   4344.28  &   -2.09 &  MF  &     ...  &  ...  &   56  & -5.37   \\
       &   4287.89  &   -2.02 &  MF  &      28  & -5.92 &   50  & -5.56  \\
  21   &   4161.52  &   -2.36 &  MF  &      27  & -5.58 &  ...  &  ...    \\
       &   4184.30  &   -1.86 &  CW  &      48  & -5.74 &  ...  &  ...    \\
       &   4190.23  &   -2.40 &  CW  &     ...  &  ...  &   26  & -5.66    \\
  30   &   4545.14  &   -2.78 &  KX  &      24  & -6.13 &   ... &  ...    \\
  31   &   4468.49  &   -0.60 &  MF  &      70  & -6.70 &   ... &  ...   \\
       &   4501.27  &   -0.75 &  MF  &     109  & -5.98 &  105  & -5.49    \\
       &   4444.56  &   -2.03 &  MF  &      46  & -5.60 &  ...  &  ...     \\
  34   &   3900.56  &   -0.45 &  MF  &     111  & -6.17 &  103  & -5.65    \\
       &   3913.46  &   -0.53 &  MF  &      90  & -6.42 &  104  & -5.55    \\
       &   3932.01  &   -1.78 &  MF  &      36  & -5.96 &  ...  &  ...   \\
       &   3882.29  &   -1.71 &  MF  &     ...  &  ...  &   69  & -5.35   \\
  40   &   4417.72  &   -1.43 &  MF  &     ...  &  ...  &   72  & -5.62    \\
       &   4441.73  &   -2.41 &  MF  &      14  & -5.83 &  ...  &  ...     \\
       &   4464.46  &   -2.08 &  MF  &      26  & -5.86 &   38  & -5.71   \\
       &   4470.86  &   -2.28 &  MF  &      22  & -5.75 &   37  & -5.52   \\
  41   &   4300.05  &   -0.77 &  MF  &     110  & -5.87 &  113  & -5.23   \\
       &   4301.93  &   -1.16 &  MF  &      53  & -6.34 &   70  & -5.93   \\
       &   4320.96  &   -1.87 &  MF  &      30  & -5.99 &   36  & -5.95    \\
       &   4330.71  &   -2.04 &  MF  &     ...  &  ...  &   26  & -5.98    \\
  50   &   4563.76  &   -0.96 &  MF  &      68  & -6.33 &  100  & -5.37   \\
  51   &   4394.06  &   -1.59 &  MF  &      24  & -6.36 &   48  & -5.97   \\
       &   4399.77  &   -1.27 &  MF  &      44  & -6.33 &   64  & -5.95    \\
       &   4418.34  &   -2.40 &  MF  &      17  & -5.72 &   30  & -5.45    \\
  60   &   4544.02  &   -2.40 &  MF  &     ...  &  ...  &   28  & -5.56   \\
  61   &   4395.85  &   -2.17 &  MF  &     ...  &  ...  &   62  & -5.08   \\
       &   4409.51  &   -1.84 &  KX  &     ...  &  ...  &   64  & -5.26  \\
       &   4411.92  &   -2.12 &  KX  &     ...  &  ...  &   32  & -5.47   \\
  82   &   4529.46  &   -2.03 &  MF  &      32  & -5.59 &   58  & -5.14  \\
       &   4571.97  &   -0.53 &  MF  &     ...  &  ...  &  102  & -5.58    \\
  87   &   4028.33  &   -1.00 &  MF  &      45  & -6.21 &   70  & -5.66   \\
  93   &   4421.95  &   -1.77 &  MF  &     ...  &  ...  &   22  & -5.88  \\
       &   4374.81  &   -1.29 &  MF  &     ...  &  ...  &   61  & -5.55  \\
  94   &   4316.81  &   -1.42 &  MF  &     ...  &  ...  &   52  & -5.60  \\
       &   4330.24  &   -1.51 &  MF  &     ...  &  ...  &   48  & -5.70  \\
 104   &   4367.65  &   -1.27 &  MF  &     ...  &  ...  &   59  & -5.32  \\
       &   4386.86  &   -1.26 &  MF  &      34  & -5.79 &   71  & -5.05   \\
 105   &   4163.64  &   -0.40 &  MF  &      78  & -6.00 &   82  & -5.59   \\
       &   4174.05  &   -1.25 &  MF  &      12  & -6.32 &  ...  &  ...    \\
 106   &   4064.35  &   -1.71 &  KX  &     ...  &  ...  &   14  & -5.98  \\
 115   &   4411.08  &   -1.06 &  MF  &     ...  &  ...  &   48  & -5.50  \\
       &   4488.32  &   -0.82 &  MF  &     ...  &  ...  &   58  & -5.51  \\
  -    &   4158.26  &   -0.48 &  KX  &     ...  &  ...  &   18  & -5.55   \\
  -    &   4188.99  &   -0.58 &  KX  &      14  & -5.51 &   20  & -5.38   \\
\end{tabular}
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\end{table}
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\begin{table}[h]
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\caption[ ]{ continued}
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    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
Cr I   &            &         & \multicolumn{3}{c}{log Cr/N$_{T}$ = -3.84$\pm$0.24}   &  &  -3.60$\pm$0.00   \\
  1    &   4254.33  &   -0.11 &  MF  &     ...  &  ...  &   81  & -3.60  \\
       &   4274.80  &   -0.23 &  MF  &      70  & -4.16 &  ...  &  ...   \\
       &   4289.72  &   -0.36 &  MF  &      84  & -3.81 &  ...  &  ...   \\
  23   &   3908.76  &   -1.00 &  MF  &       7  & -4.14 &  ...  &  ...   \\
  33   &   4530.73  &   -0.27 &  MF  &      16  & -3.73 &  ...  &  ...   \\
       &   4544.60  &   -0.58 &  MF  &      11  & -3.60 &  ...  &  ...   \\
  35   &   4126.52  &   -0.65 &  MF  &       9  & -3.60 &  ...  &  ...    \\
  38   &   3976.67  &   +0.40 &  KX  &      22  & -4.21 &  ...  &  ...   \\
  69   &   3857.62  &   -0.20 &  KX  &      18  & -3.61 &  ...  &  ...   \\
 139   &   3804.79  &   +0.13 &  MF  &      23  & -3.66 &  ...  &  ...   \\
\noalign{\smallskip}
Cr II  &            &         & \multicolumn{3}{c}{log Cr/N$_{T}$ = -4.15$\pm$0.31}   &  &  -4.92$\pm$0.20  \\
  18   &   4111.01  &   -1.82 &  KX  &     112  & -4.62 &  ...  &  ...   \\
       &   4112.54  &   -3.02 &  KX  &      46  & -4.58 &   22  & -5.12  \\
       &   4172.59  &   -2.36 &  KX  &      85  & -4.67 &  ...  &  ...  \\
       &   4217.06  &   -2.81 &  KX  &      61  & -4.58 &  ...  &  ...  \\
  19   &   4051.97  &   -2.19 &  KX  &     102  & -4.54 &   58  & -5.14 \\
       &   4087.63  &   -3.22 &  MF  &      59  & -4.18 &   29  & -4.75 \\
       &   4088.83  &   -3.30 &  KX  &     ...  &  ...  &   25  & -4.76 \\
  26   &   4072.56  &   -2.41 &  KX  &     ...  &  ...  &   39  & -5.03 \\
       &   4086.14  &   -2.42 &  KX  &     ...  &  ...  &   44  & -4.90 \\
       &   4179.42  &   -1.77 &  KX  &     118  & -4.31 &   69  & -4.91 \\
       &   4207.35  &   -2.47 &  KX  &      92  & -4.07 &   36  & -4.98 \\
       &   4229.81  &   -3.32 &  KX  &      44  & -3.95 &  ...  &  ...  \\
  31   &   4242.36  &   -1.33 &  KX  &     153  & -4.08 &  ...  &  ... \\
       &   4252.62  &   -2.02 &  KX  &     138  & -3.68 &  ...  &  ...  \\
       &   4261.92  &   -1.51 &  KX  &     134  & -4.24 &   86  & -4.69 \\
       &   4269.28  &   -2.17 &  KX  &     ...  &  ...  &   53  & -4.90 \\
       &   4275.57  &   -1.71 &  KX  &     114  & -4.44 &   61  & -5.18 \\
       &   4284.21  &   -1.86 &  KX  &     124  & -4.12 &  ...  &  ...   \\
  39   &   4565.74  &   -2.11 &  MF  &     108  & -4.09 &   56  & -4.82  \\
  44   &   4555.02  &   -1.38 &  MF  &     158  & -3.90 &   80  & -4.94  \\
       &   4558.66  &   -0.66 &  MF  &     249  & -3.54 &  126  & -4.56   \\
       &   4588.22  &   -0.59 &  MF  &     208  & -3.96 &  115  & -4.82 \\
       &   4592.09  &   -1.22 &  MF  &     156  & -4.11 &   79  & -5.12  \\
       &   4616.64  &   -1.29 &  MF  &     ...  &  ...  &   79  & -5.05 \\
       &   4618.82  &   -1.11 &  MF  &     138  & -4.54 &  ...  &  ...  \\
 129   &   3911.32  &   -2.06 &  KX  &      96  & -3.81 &   41  & -4.70 \\
 130   &   3866.01  &   -2.35 &  KX  &      70  & -3.96 &   14  & -5.10  \\
       &   3866.52  &   -2.07 &  KX  &      87  & -3.95 &   36  & -4.79  \\
 161   &   4195.42  &   -2.32 &  KX  &      88  & -3.53 &  ...  &  ...  \\
 162   &   4145.77  &   -1.16 &  KX  &     128  & -3.96 &   63  & -4.90  \\
       &   4161.08  &   -2.47 &  KX  &      81  & -3.48 &  ...  &  ...  \\
       &   4224.86  &   -1.73 &  KX  &      94  & -4.00 &   47  & -4.72   \\
 163   &   4150.99  &   -1.34 &  KX  &      96  & -4.37 &   46  & -5.12  \\
\end{tabular}
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\end{table}
\newpage
\begin{table}[h]
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\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
\multicolumn{2}{l}{Cr II (continued)}& & & & & & \\
 165   &   4081.23  &   -3.27 &  KX  &      18  & -3.77 &  ...  &  ...  \\
       &   4082.30  &   -1.23 &  KX  &      86  & -4.65 &   42  & -5.32   \\
 166   &   4017.96  &   -2.42 &  KX  &      58  & -3.88 &  ...  &  ...   \\
 167   &   3892.167 &   -2.17 &  KX  &      66  & -4.01 &   23  & -4.81  \\
 179   &   4362.93  &   -1.89 &  KX  &      48  & -4.41 &   32  & -4.73 \\
 180   &   4222.00  &   -1.93 &  KX  &      64  & -4.13 &  ...  &  ...   \\
 183   &   3979.51  &   -0.73 &  KX  &     117  & -4.39 &   62  & -5.17  \\
       &   4022.36  &   -2.02 &  KX  &      83  & -3.72 &   30  & -4.62 \\
 191   &   4465.77  &   -1.18 &  KX  &      63  & -4.49 &   40  & -4.84   \\
 192   &   4256.16  &   -1.39 &  KX  &      72  & -4.13 &   34  & -4.76  \\
       &   4268.96  &   -1.57 &  KX  &     ...  &  ...  &   12  & -5.21  \\
 193   &   4070.90  &   -0.75 &  KX  &     ...  &  ...  &   69  & -4.56  \\
 194   &   4003.33  &   -0.60 &  KX  &     104  & -4.39 &   49  & -5.21 \\
       &   4038.01  &   -0.56 &  KX  &     119  & -4.13 &   60  & -4.99  \\
  -    &   3778.69  &   -2.20 &  KX  &      70  & -4.06 &  ...  &  ...  \\
       &   3801.19  &   -1.16 &  KX  &      67  & -4.53 &  ...  &  ...   \\
       &   3810.72  &   -1.95 &  KX  &      64  & -4.40 &  ...  &  ...  \\
       &   4306.95  &   -1.19 &  KX  &      96  & -4.26 &   62  & -4.64  \\
       &   4546.62  &   -1.18 &  KX  &      46  & -4.13 &  ...  &  ...   \\
       &   4587.30  &   -1.55 &  MF  &      40  & -4.38 &   20  & -4.96  \\
\noalign{\smallskip}
Mn II  &            &         & \multicolumn{3}{c}{log Mn/N$_{T}$ = -5.06$\pm$0.35}   &  &  -4.76$\pm$0.30   \\
  -    &   3844.17  &   -1.38 &  KX  &      30  & -4.48 &   31  & -4.47 \\
       &   4083.66  &   -4.82 &  KX  &     ...  &  ...  &   17  & -4.24  \\
       &   4206.35  &   -1.57 &  KX  &      36  & -5.14 &  ...  &  ...   \\
       &   4244.24  &   -2.40 &  KX  &      20  & -4.65 &  ...  &  ...   \\
       &   4251.78  &   -1.06 &  KX  &      39  & -5.21 &  ...  &  ...   \\
       &   4259.20  &   -1.59 &  KX  &      56  & -4.80 &   58  & -4.63  \\
       &   4281.94  &   -2.55 &  KX  &     ...  &  ...  &   19  & -4.61  \\
       &   4283.77  &   -2.20 &  KX  &     ...  &  ...  &   27  & -4.74  \\
       &   4292.25  &   -2.23 &  KX  &      23  & -4.74 &   39  & -4.44  \\
       &   4326.63  &   -1.25 &  KX  &      27  & -5.63 &   62  & -4.88  \\
       &   4343.98  &   -1.09 &  KX  &      54  & -5.34 &   52  & -5.29  \\
       &   4348.39  &   -1.50 &  KX  &     ...  &  ...  &   47  & -4.98  \\
       &   4356.62  &   -2.03 &  KX  &      14  & -5.18 &  ...  &  ...   \\
       &   4365.22  &   -1.35 &  KX  &      12  & -5.38 &   29  & -4.95  \\
       &   4518.96  &   -1.33 &  KX  &     ...  &  ...  &   23  & -5.09 \\
\noalign{\smallskip}
Fe I   &            &         & \multicolumn{3}{c}{log Fe/N$_{T}$ = -3.32$\pm$0.22}   &  &  -3.26$\pm$0.19    \\
  4    &   3824.44  &   -1.36 &  MF  &      39  & -3.54 &   59  & -2.99  \\
       &   3859.91  &   -0.71 &  MF  &      91  & -3.38 &   68  & -3.38  \\
       &   3899.71  &   -1.53 &  MF  &      26  & -3.57 &   31  & -3.46 \\
       &   3920.26  &   -1.75 &  MF  &     ...  &  ...  &   40  & -3.02   \\
       &   3922.91  &   -1.65 &  MF  &      34  & -3.32 &   36  & -3.24   \\
       &   3927.92  &   -1.59 &  MF  &      40  & -3.25 &   38  & -3.23   \\
\end{tabular}
\end{flushleft}
\end{table}
\newpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
\multicolumn{2}{l}{Fe I (continued)}& & & & & & \\
  20   &   3820.43  &   +0.12 &  MF  &     108  & -3.42 &   80  & -3.37  \\
       &   3825.88  &   -0.04 &  MF  &     ...  &  ...  &   72  & -3.45   \\
       &   3840.44  &   -0.51 &  MF  &      52  & -3.68 &  ...  &  ...    \\
       &   3849.97  &   -0.87 &  MF  &      36  & -3.56 &   44  & -3.33    \\
       &   3878.02  &   -0.91 &  MF  &     ...  &  ...  &   43  & -3.34   \\
       &   3917.18  &   -2.16 &  MF  &     ...  &  ...  &    8  & -3.10   \\
  21   &   3787.88  &   -0.86 &  MF  &      37  & -3.55 &   52  & -3.14   \\
       &   3795.00  &   -0.76 &  MF  &     ...  &  ...  &   42  & -3.48   \\
  41   &   4383.54  &   +0.20 &  MF  &     125  & -2.95 &   78  & -3.31   \\
       &   4404.75  &   -0.14 &  MF  &      97  & -3.12 &  ...  &  ...     \\
       &   4415.12  &   -0.62 &  MF  &      50  & -3.34 &   40  & -3.42   \\
  42   &   4202.03  &   -0.71 &  MF  &     ...  &  ...  &   48  & -3.19   \\
       &   4250.79  &   -0.71 &  MF  &     ...  &  ...  &   47  & -3.18   \\
       &   4271.76  &   -0.16 &  MF  &      74  & -3.50 &   62  & -3.41   \\
  43   &   4005.25  &   -0.61 &  MF  &      75  & -2.97 &   34  & -3.54   \\
       &   4045.82  &   +0.28 &  MF  &      99  & -3.49 &   82  & -3.19  \\
       &   4063.59  &   +0.07 &  MF  &     100  & -3.21 &   76  & -3.14  \\
       &   4071.74  &   -0.02 &  MF  &     ...  &  ...  &   55  & -3.63  \\
       &   4132.06  &   -0.65 &  MF  &     ...  &  ...  &   34  & -3.49   \\
       &   4143.87  &   -0.45 &  MF  &      43  & -3.62 &   55  & -3.24   \\
  45   &   3815.84  &   +0.30 &  MF  &      85  & -3.72 &  ...  &  ...    \\
       &   3841.05  &   -0.05 &  MF  &      52  & -3.38 &  ...  &  ...     \\
       &   3902.95  &   -0.47 &  MF  &      63  & -3.28 &   59  & -3.07    \\
  68   &   4528.62  &   -0.82 &  MF  &      36  & -3.07 &   36  & -3.02    \\
  72   &   3949.94  &   -1.20 &  MF  &     ...  &  ...  &   17  & -3.10    \\
 152   &   4260.47  &   -0.02 &  MF  &      64  & -3.32 &   50  & -3.37    \\
       &   4235.94  &   -0.34 &  MF  &     ...  &  ...  &   42  & -3.20    \\
       &   4210.35  &   -0.87 &  MF  &      26  & -3.03 &   30  & -2.91    \\
       &   4271.16  &   -0.35 &  MF  &      33  & -3.44 &   28  & -3.50    \\
       &   4191.44  &   -0.73 &  MF  &      22  & -3.26 &   23  & -3.22    \\
       &   4299.24  &   -0.52 &  MF  &     ...  &  ...  &   28  & -3.43    \\
       &   4250.12  &   -0.40 &  MF  &     ...  &  ...  &   28  & -3.43    \\
 175   &   3873.76  &   -0.79 &  MF  &      28  & -3.07 &  ...  &  ...     \\
 278   &   3997.39  &   -0.39 &  MF  &     ...  &  ...  &   18  & -3.55    \\
 350   &   4466.55  &   -0.59 &  MF  &      26  & -3.15 &   21  & -3.25    \\
       &   4476.02  &   -0.73 &  KX  &      17  & -3.38 &   18  & -3.19    \\
 354   &   4181.75  &   -0.18 &  MF  &     ...  &  ...  &   29  & -3.44    \\
       &   4175.64  &   -0.67 &  MF  &     ...  &  ...  &   28  & -2.97    \\
       &   4156.80  &   -0.62 &  MF  &     ...  &  ...  &   28  & -3.02    \\
 355   &   4184.89  &   -0.86 &  MF  &      28  & -2.82 &   21  & -2.96    \\
       &   4154.50  &   -0.48 &  KX  &      40  & -2.99 &  ...  &  ...     \\
 357   &   4109.80  &   -0.91 &  MF  &     ...  &  ...  &   19  & -2.95   \\
       &   4134.68  &   -0.49 &  MF  &      24  & -3.27 &   16  & -3.48  \\
 359   &   4062.45  &   -0.78 &  MF  &      14  & -3.24 &   13  & -3.28  \\
 522   &   4199.10  &   +0.25 &  MF  &      41  & -3.60 &  ...  &  ...   \\
\end{tabular}
\end{flushleft}
\end{table}
\newpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
\multicolumn{2}{l}{Fe I (continued)}& & & & & & \\
 523   &   4143.42  &   -0.47 &  KX  &      27  & -3.12 &  ...  &  ...    \\
 604   &   3948.78  &   -0.34 &  MF  &      29  & -3.09 &   24  & -3.16   \\
 607   &   3806.70  &   +0.11 &  MF  &     ...  &  ...  &   30  & -3.45   \\
 608   &   3805.34  &   +0.37 &  MF  &      39  & -3.59 &   38  & -3.50   \\
       &   3821.18  &   +0.30 &  MF  &      36  & -3.59 &   50  & -3.17   \\
 661   &   3951.16  &   -0.38 &  MF  &      22  & -3.19 &  ...  &  ...    \\
 664   &   3846.80  &   +0.01 &  MF  &      34  & -3.34 &  ...  &  ...    \\
 693   &   4238.82  &   -0.28 &  MF  &     ...  &  ...  &   32  & -2.99    \\
       &   4247.43  &   -0.23 &  MF  &     ...  &  ...  &   38  & -2.92    \\
 801   &   4118.55  &   +0.28 &  MF  &     ...  &  ...  &   34  & -3.40   \\
\noalign{\smallskip}
Fe II  &            &         & \multicolumn{3}{c}{log Fe/N$_{T}$ = -3.28$\pm$0.26}   &  &  -3.36$\pm$0.20    \\
   3   &   3914.48  &   -4.05 &  MF  &      70  & -3.48 &   74  & -3.11   \\
       &   3938.29  &   -3.89 &  MF  &      94  & -3.25 &   76  & -3.21   \\
  14   &   3783.35  &   -3.16 &  KX  &     ...  &  ...  &   77  & -3.58   \\
       &   3821.93  &   -3.82 &  KX  &      57  & -3.56 &   65  & -3.24  \\
  21   &   4119.53  &   -4.90 &  KX  &      37  & -2.70 &  ...  &  ...   \\
  22   &   4124.79  &   -4.20 &  MF  &      48  & -3.24 &   46  & -3.27  \\
  23   &   3779.58  &   -3.74 &  KX  &     ...  &  ...  &   56  & -3.41  \\
       &   3896.11  &   -3.98 &  KX  &      42  & -3.44 &  ...  &  ...   \\
  27   &   4128.74  &   -3.77 &  MF  &     ...  &  ...  &   56  & -3.43  \\
       &   4273.32  &   -3.34 &  MF  &     100  & -3.22 &   78  & -3.34   \\
       &   4303.17  &   -2.49 &  MF  &     145  & -3.20 &  111  & -3.31   \\
       &   4351.76  &   -2.10 &  MF  &     140  & -3.63 &  120  & -3.53   \\
       &   4385.38  &   -2.57 &  MF  &     126  & -3.49 &  116  & -3.11  \\
       &   4416.82  &   -2.60 &  MF  &     142  & -3.18 &   97  & -3.50   \\
  28   &   4087.27  &   -4.71 &  MF  &     ...  &  ...  &   33  & -3.03    \\
       &   4122.64  &   -3.38 &  MF  &     ...  &  ...  &   75  & -3.32   \\
       &   4178.86  &   -2.48 &  MF  &     133  & -3.40 &   97  & -3.63   \\
       &   4296.56  &   -3.01 &  MF  &     106  & -3.43 &  ...  &  ...    \\
       &   4369.40  &   -3.67 &  MF  &     ...  &  ...  &   58  & -3.41   \\
  29   &   3824.91  &   -3.41 &  MF  &      64  & -3.75 &   64  & -3.55    \\
       &   3908.54  &   -4.80 &  KX  &      21  & -3.05 &   24  & -3.08   \\
       &   3974.16  &   -3.51 &  MF  &     ...  &  ...  &   60  & -3.52  \\
       &   4002.08  &   -3.37 &  KX  &      79  & -3.47 &  ...  &  ...   \\
  32   &   4314.29  &   -3.49 &  KX  &      77  & -3.46 &   70  & -3.33  \\
       &   4413.60  &   -3.87 &  MF  &      60  & -3.33 &   44  & -3.59  \\
  33   &   4432.88  &   -4.73 &  KX  &      17  & -3.26 &  ...  &  ...   \\
  37   &   4472.92  &   -3.43 &  MF  &     ...  &  ...  &   71  & -3.30   \\
       &   4491.40  &   -2.70 &  MF  &     104  & -3.66 &   86  & -3.62  \\
       &   4515.34  &   -2.48 &  MF  &     ...  &  ...  &  122  & -3.02   \\
       &   4520.22  &   -2.60 &  MF  &     116  & -3.63 &   91  & -3.62  \\
       &   4555.89  &   -2.29 &  MF  &     ...  &  ...  &  116  & -3.35   \\
       &   4582.83  &   -3.26 &  MF  &     105  & -3.16 &   76  & -3.51    \\
       &   4629.34  &   -2.37 &  MF  &     ...  &  ...  &  108  & -3.46    \\
       &   4666.76  &   -3.33 &  MF  &     ...  &  ...  &   64  & -3.59    \\
\end{tabular}
\end{flushleft}
\end{table}
\newpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
\multicolumn{2}{l}{Fe II (continued)}& & & & & & \\
  38   &   4508.28  &   -2.21 &  MF  &     115  & -4.02 &  130  & -3.23   \\
       &   4522.84  &   -3.10 &  MF  &     ...  &  ...  &  121  & -3.55  \\
       &   4541.52  &   -3.05 &  MF  &     124  & -3.02 &   86  & -3.29  \\
       &   4576.33  &   -3.04 &  MF  &     118  & -3.15 &   82  & -3.42  \\
       &   4583.83  &   -2.02 &  MF  &     193  & -3.27 &  138  & -3.34   \\
       &   4595.68  &   -4.26 &  KX  &     ...  &  ...  &   22  & -3.63   \\
       &   4620.52  &   -3.28 &  MF  &     ...  &  ...  &   63  & -3.68   \\                   
  39   &   4088.76  &   -4.82 &  KX  &     ...  &  ...  &   16  & -3.24    \\    
       &   4160.62  &   -5.04 &  KX  &      24  & -2.69 &  ...  &  ...     \\
 126   &   4046.81  &   -4.09 &  KX  &      26  & -2.79 &  ...  &  ...     \\
       &   4032.95  &   -2.83 &  KX  &      80  & -3.15 &   72  & -3.10   \\
 127   &   3863.96  &   -2.33 &  KX  &      71  & -3.79 &  ...  &  ...    \\       
       &   4024.55  &   -2.48 &  MF  &     ...  &  ...  &   82  & -3.02  \\
 140   &   4455.846 &   -4.12 &  KX  &      18  & -2.91 &  ...  &  ...    \\
 141   &   4147.27  &   -3.64 &  KX  &      26  & -3.19 &   37  & -3.12  \\
 148   &   4180.98  &   -3.76 &  KX  &      17  & -3.24 &  ...  &  ...    \\
 151   &   4031.44  &   -3.14 &  KX  &      57  & -3.12 &   36  & -3.48   \\
 152   &   3863.41  &   -2.55 &  KX  &      62  & -3.60 &   54  & -3.29  \\
 153   &   3827.08  &   -2.64 &  MF  &     ...  &  ...  &   73  & -2.98  \\            
 171   &   4474.19  &   -3.07 &  KX  &      24  & -3.28 &   32  & -3.14  \\
       &   4526.59  &   -3.38 &  KX  &      35  & -2.82 &  ...  &  ...   \\
 172   &   4044.01  &   -2.36 &  KX  &      74  & -3.20 &  ...  &  ...   \\
       &   4041.64  &   -3.11 &  KX  &      36  & -3.07 &  ...  &  ...   \\
       &   4051.21  &   -3.11 &  KX  &      18  & -3.47 &   18  & -3.67   \\
 173   &   3935.94  &   -1.86 &  MF  &     105  & -3.12 &  ...  &  ...   \\
 186   &   4635.33  &   -1.65 &  MF  &     ...  &  ...  &   76  & -3.36  \\
       &   4625.91  &   -2.20 &  KX  &     ...  &  ...  &   40  & -3.65 \\
 187   &   4446.24  &   -2.58 &  KX  &      32  & -3.49 &   42  & -3.42 \\
 188   &   4111.88  &   -2.29 &  KX  &      40  & -3.64 &   46  & -3.60 \\
       &   4069.88  &   -2.80 &  KX  &      50  & -2.85 &   23  & -3.60 \\
 189   &   4061.78  &   -2.15 &  KX  &      57  & -3.50 &   56  & -3.49 \\
 190   &   3938.97  &   -1.85 &  MF  &      89  & -3.25 &  ...  &  ...  \\
       &   3996.34  &   -2.91 &  KX  &      29  & -3.20 &   27  & -3.29 \\
       &   4002.54  &   -1.71 &  KX  &     ...  &  ...  &   84  & -3.06  \\
 191   &   3975.03  &   -2.02 &  KX  &     ...  &  ...  &   61  & -3.37 \\
 212   &   3960.90  &   -1.41 &  KX  &      54  & -3.68 &   50  & -3.61 \\
       &   4057.46  &   -1.66 &  KX  &      69  & -3.17 &   62  & -3.17 \\
 213   &   4354.34  &   -1.74 &  KX  &      44  & -3.32 &   41  & -3.68 \\
 219   &   4598.49  &   -1.50 &  KX  &      81  & -2.87 &  ...  &  ...  \\
 220   &   4318.22  &   -1.93 &  KX  &      25  & -3.41 &   34  & -3.16 \\
       &   4319.68  &   -1.69 &  KX  &      49  & -3.21 &  ...  &  ...  \\
       &   4321.34  &   -1.76 &  KX  &      31  & -3.46 &   40  & -3.17 \\
 222   &   4431.64  &   -1.93 &  KX  &      34  & -3.19 &   41  & -3.16 \\
   -   &   4449.66  &   -1.60 &  KX  &      60  & -3.07 &   46  & -3.23 \\
       &   3844.79  &   -0.92 &  KX  &      43  & -3.53 &  ...  &  ...  \\
       &   3898.62  &   -1.66 &  KX  &      67  & -3.10 &  ...  &  ...  \\
\end{tabular}
\end{flushleft}
\end{table}
\newpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
\multicolumn{2}{l}{Fe II (continued)}& & & & & & \\
  -    &   3903.76  &   -1.51 &  KX  &      46  & -3.61 &  ...  &  ...  \\
       &   3908.07  &   -1.25 &  KX  &      30  & -3.41 &  ...  &  ...  \\
       &   3922.04  &   -1.07 &  KX  &      42  & -3.40 &   35  & -3.48 \\
       &   3924.80  &   -1.14 &  KX  &      49  & -2.93 &   23  & -3.46 \\
       &   3926.69  &   -2.34 &  KX  &     ...  &  ...  &   18  & -3.43 \\
       &   4139.72  &   -3.72 &  KX  &     ...  &  ...  &   20  & -3.40 \\
       &   4202.52  &   -2.33 &  KX  &      31  & -3.37 &   39  & -3.19 \\
       &   4202.86  &   -2.61 &  KX  &      28  & -3.15 &  ...  &  ...  \\
       &   4286.28  &   -1.61 &  KX  &      60  & -3.17 &  ...  &  ...  \\
       &   4319.38  &   -2.11 &  KX  &      49  & -2.87 &  ...  &  ...  \\
       &   4357.58  &   -2.10 &  KX  &      78  & -3.14 &   46  & -3.59 \\
       &   4361.25  &   -2.08 &  KX  &      62  & -3.37 &  ...  &  ...  \\
       &   4451.54  &   -1.82 &  KX  &      80  & -3.37 &   60  & -3.49 \\
\noalign{\smallskip}
Fe III &            &         & \multicolumn{3}{c}{log Fe/N$_{T}$ = -3.18$\pm$0.37}   &  &  -2.68$\pm$0.20  \\
  4    &   4352.58  &   -2.87 &  KX  &      11  & -3.66 &  ...  &  ...   \\
       &   4365.64  &   -3.40 &  KX  &      15  & -2.91 &  ...  &  ...  \\
       &   4419.60  &   -2.22 &  KX  &      61  & -2.71 &   50  & -2.85  \\
       &   4431.02  &   -2.57 &  KX  &      19  & -3.55 &   41  & -2.76  \\
 118   &   4122.02  &   +0.41 &  KX  &       6  & -3.06 &  ...  &  ...   \\
       &   4164.73  &   +0.92 &  KX  &     ...  &  ...  &   23  & -2.35  \\
       &   4139.35  &   +0.52 &  KX  &     ...  &  ...  &   10  & -2.77  \\
\noalign{\smallskip}
Ni II  &            &         & \multicolumn{3}{c}{log Ni/N$_{T}$ = -5.70$\pm$0.29}   &  &  -5.26$\pm$0.32     \\
  9    &   4244.78  &   -3.11 &  KX  &     ...  &  ...  &   21  & -4.90 \\
       &   4362.10  &   -2.72 &  KX  &      10  & -5.56 &   32  & -5.00 \\
  10   &   4192.07  &   -3.05 &  KX  &       8  & -5.34 &  ...  &  ...  \\
  11   &   3849.58  &   -1.88 &  KX  &      18  & -6.11 &   47  & -5.47 \\
       &   4067.03  &   -1.83 &  KX  &      34  & -5.80 &  ...  &  ...  \\
  12   &   4015.47  &   -2.42 &  KX  &     ...  &  ...  &   18  & -5.68 \\
\noalign{\smallskip}
Sr II  &            &         & \multicolumn{3}{c}{log Sr/N$_{T}$ = -7.01$\pm$0.26}   &  &  -5.03$\pm$0.35 \\
  1    &   4077.71  &   +0.15 &  WM  &     141  & -6.75 &  261  & -5.14 \\
       &   4215.52  &   -0.17 &  WM  &     ...  &  ...  &  164  & -5.38 \\
  3    &   4161.80  &   -0.47 &  WM  &     ...  &  ...  &  106  & -4.45 \\
       &   4305.44  &   -0.11 &  WM  &      19  & -7.26 &   92  & -5.16 \\
\noalign{\smallskip}
Y II   &            &         & \multicolumn{3}{c}{log Y/N$_{T}$ = -7.79$\pm$0.19}    &  &   -7.59$\pm$0.15 \\
  5    &   4309.62  &   -0.75 &  HL  &      27  & -7.49 &   18  & -7.78 \\
       &   4398.02  &   -1.00 &  HL  &     ...  &  ...  &   16  & -7.63 \\
  6    &   3950.35  &   -0.49 &  HL  &      21  & -7.89 &  ...  &  ...  \\
       &   3982.59  &   -0.49 &  HL  &     ...  &  ...  &   43  & -7.36 \\
  7    &   3774.33  &   +0.21 &  HL  &      50  & -8.03 &  ...  &  ...  \\
       &   3788.70  &   -0.07 &  HL  &      43  & -7.87 &  ...  &  ...  \\
       &   3832.95  &   -0.34 &  HL  &      38  & -7.65 &  ...  &  ...  \\
       &   3818.34  &   -0.98 &  HL  &     ...  &  ...  &   16  & -7.59 \\
\end{tabular}
\end{flushleft}
\end{table}
\newpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cclccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}

Zr II  &            &         & \multicolumn{3}{c}{log Zr/N$_{T}$ = -7.70$\pm$0.23}   &  &   -7.22$\pm$0.34 \\
  7    &   3842.995 &   -0.64 &  GB  &     ...  &  ...  &   18  & -7.75  \\
  15   &   4211.88  &   -0.98 &  GB  &     ...  &  ...  &   22  & -7.25  \\
  29   &   4090.510 &   -1.10 &  GB  &     ...  &  ...  &   17  & -7.14  \\
  30   &   3991.14  &   -0.30 &  GB  &      34  & -7.46 &  ...  &  ...   \\
  40   &   4454.794 &   -1.60 &  GB  &     ...  &  ...  &   16  & -6.68  \\
       &   4496.970 &   -0.81 &  GB  &     ...  &  ...  &   39  & -6.91  \\
  41   &   4149.22  &   -0.03 &  GB  &      24  & -7.92 &   40  & -7.57  \\
  43   &   4050.330 &   -1.00 &  BG  &     ...  &  ...  &   18  & -7.23  \\
\noalign{\smallskip}
Ba II  &            &         & \multicolumn{3}{c}{log Ba/N$_{T}$ = -8.68$\pm$0.00}   &  &  -8.52$\pm$0.00      \\
  1    &   4554.02  &   +0.16 &  WM  &      15  & -8.68 &   21  & -8.52 \\
\noalign{\smallskip}
Ce II  &            &         & \multicolumn{3}{c}{log Ce/N$_{T}$ = -7.14$\pm$0.16}   &  &  -6.86$\pm$0.28\\
   -   &   3808.113 &   -0.12 &  MC  &      12  & -7.10 &  ...  &  ...   \\
       &   3857.025 &   -0.14 &  MC  &     ...  &  ...  &   28  & -6.40  \\
       &   3919.803 &   -0.10 &  MC  &     ...  &  ...  &   11  & -7.04  \\
       &   3942.15  &   -0.28 &  MC  &     ...  &  ...  &   25  & -6.83   \\
       &   3942.75  &   +0.43 &  MC  &     ...  &  ...  &   37  & -7.00  \\
       &   3952.532 &   +0.33 &  MC  &      24  & -7.20 &  ...  &  ...   \\
       &   3980.890 &   -0.05 &  MC  &     ...  &  ...  &   28  & -6.50  \\
       &   3993.819 &   +0.35 &  MC  &      18  & -7.08 &  ...  &  ...    \\
       &   3999.237 &   +0.23 &  MC  &      25  & -7.10 &   26  & -7.06   \\
       &   4003.767 &   +0.37 &  MC  &      25  & -6.91 &  ...  &  ...    \\
       &   4014.897 &   -0.03 &  MC  &      12  & -7.09 &  ...  &  ...   \\
       &   4042.581 &   -0.08 &  MC  &     ...  &  ...  &   18  & -6.90  \\
       &   4068.836 &   -0.22 &  MC  &     ...  &  ...  &    6  & -7.23  \\
       &   4073.474 &   +0.19 &  MC  &       8  & -7.53 &   23  & -7.02  \\
       &   4080.438 &   -0.76 &  MC  &     ...  &  ...  &   16  & -6.36  \\
       &   4083.222 &   +0.11 &  MC  &      12  & -7.14 &  ...  &  ...   \\
       &   4123.490 &   +0.09 &  MC  &     ...  &  ...  &   20  & -6.77  \\
       &   4133.80  &   +0.39 &  MC  &     ...  &  ...  &   26  & -7.27  \\
       &   4137.65  &   +0.03 &  MC  &      28  & -6.94 &   12  & -7.45  \\
       &   4151.97  &   -0.02 &  MC  &      12  & -7.30 &   32  & -6.72  \\
       &   4165.61  &   +0.10 &  MC  &      25  & -7.00 &  ...  &  ...   \\
       &   4193.87  &   -0.47 &  MC  &     ...  &  ...  &   18  & -6.75  \\
       &   4239.91  &   -0.14 &  MC  &      12  & -7.02 &   28  & -6.56  \\
       &   4242.72  &   -0.72 &  MC  &     ...  &  ...  &   10  & -6.70  \\
       &   4248.67  &   +0.11 &  MC  &      14  & -7.09 &  ...  &  ...   \\
       &   4382.16  &   -0.02 &  MC  &     ...  &  ...  &   20  & -6.82  \\
       &   4391.66  &   -0.11 &  MC  &     ...  &  ...  &   13  & -7.17  \\
       &   4407.27  &   -0.74 &  MC  &     ...  &  ...  &    6  & -6.73  \\
       &   4486.91  &   -0.47 &  MC  &     ...  &  ...  &   10  & -6.97  \\
       &   4523.08  &   -0.30 &  MC  &     ...  &  ...  &   20  & -6.63  \\
       &   4560.28  &    0.00 &  MC  &     ...  &  ...  &   10  & -7.12  \\
       &   4562.36  &   +0.08 &  MC  &      10  & -7.35 &   20  & -7.04  \\
   -    &   4593.93  &   -0.11 &  MC  &     ...  &  ...  &   30  & -6.45  \\
\end{tabular}
\end{flushleft}
\end{table}
\newpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}

Pr II  &            &         & \multicolumn{3}{c}{log Pr/N$_{T}$ = -6.98$\pm$0.27}   &  & -6.66$\pm$0.11  \\
  -    &    3877.18 &   -0.04 &  MC  &     ...  &  ...  &   22  & -6.54  \\     
       &    3994.79 &   +0.10 &  MC  &       6  & -7.29 &   18  & -6.81  \\
       &    4054.86 &   +0.16 &  MC  &      11  & -6.98 &  ...  &  ...   \\
       &    4062.85 &   +0.57 &  MC  &      10  & -7.34 &  ...  &  ...   \\
       &    4141.22 &   +0.28 &  MC  &     ...  &  ...  &   18  & -6.74  \\
       &    4164.16 &   -0.01 &  MC  &      15  & -6.68 &  ...  &  ...  \\
       &    4222.98 &   +0.13 &  MC  &      26  & -6.62 &   28  & -6.57 \\
       &    4225.32 &   +0.11 &  MC  &      14  & -6.95 &  ...  &  ... \\
                   \noalign{\smallskip}                                  
Nd II  &            &         & \multicolumn{3}{c}{log Nd/N$_{T}$ = -6.70$\pm$0.12}   &  &  -6.81$\pm$0.27 \\
  -    &    3838.98 &   -0.25 &  WD  &      18  & -6.56 &  ...  &  ...  \\
       &    3880.37 &   -0.34 &  MC  &     ...  &  ...  &   10  & -6.75  \\
       &    3912.22 &   +0.48 &  MC  &     ...  &  ...  &   24  & -6.62 \\
       &    4021.33 &   +0.23 &  WD  &     ...  &  ...  &   10  & -7.25 \\
       &    4022.98 &   -0.20 &  MC  &     ...  &  ...  &   23  & -6.40 \\                               
       &    4040.79 &   +0.13 &  WD  &      25  & -6.69 &  ...  &  ... \\
       &    4061.08 &   +0.57 &  WD  &      28  & -6.92 &   27  & -6.90 \\
       &    4232.37 &   -0.30 &  WD  &     ...  &  ...  &    9  & -6.93  \\
       &    4358.16 &   -0.28 &  WD  &      12  & -6.60 &  ...  &  ...  \\
       &    4462.98 &   +0.07 &  WD  &      15  & -6.73 &  ...  &  ...  \\
\noalign{\smallskip}              
Sm II  &            &         & \multicolumn{3}{c}{log Sm/N$_{T}$ =}                  &  &  -6.34$\pm$0.15      \\
  -    &    4155.21 &   -0.82 &  MC  &     ...  &  ...  &   14  & -6.42  \\
       &    4169.47 &   -0.96 &  MC  &     ...  &  ...  &   17  & -6.33  \\
       &    4188.13 &   -0.58 &  MC  &     ...  &  ...  &   14  & -6.66  \\
       &    4220.66 &   -1.11 &  MC  &     ...  &  ...  &   14  & -6.13  \\
       &    4262.67 &   -0.66 &  MC  &     ...  &  ...  &   28  & -6.24  \\
       &    4318.93 &   -0.61 &  MC  &     ...  &  ...  &   21  & -6.54  \\
       &    4329.02 &   -0.73 &  MC  &     ...  &  ...  &   16  & -6.64  \\
       &    4424.34 &   -0.26 &  MC  &     ...  &  ...  &   32  & -6.46  \\
       &    4467.34 &   -0.30 &  MC  &     ...  &  ...  &   34  & -6.28  \\
       &    4478.78 &   -0.70 &  MC  &     ...  &  ...  &   28  & -6.06  \\
       &    4519.63 &   -0.75 &  MC  &     ...  &  ...  &   25  & -6.16 \\
       &    4523.91 &   -0.99 &  MC  &     ...  &  ...  &   20  & -6.12  \\
\noalign{\smallskip}                                      
Eu II  &            &         & \multicolumn{3}{c}{log Eu/N$_{T}$ = -8.44$\pm$0.21}   &  &    -5.29$\pm$0.32   \\
  -    &    3819.67 &   +0.49 &  BK  &      20  & -8.53 &  139  & -5.32  \\
       &    3907.10 &   +0.20 &  BK  &      12  & -8.39 &   87  & -5.73  \\   
       &    4129.73 &   +0.20 &  BK  &       8  & -8.72 &  118  & -5.28  \\
       &    4205.05 &   +0.12 &  BK  &      22  & -8.14 &  158  & -4.84  \\
\end{tabular}
\end{flushleft}
\end{table}
\clearpage
\begin{table}[h]
\setcounter{table}{3}
\caption[ ]{ continued}
\begin{flushleft}
    \begin{tabular}{cccccccc}
    \hline
     \noalign{\smallskip}
      &                  &         &      &\multicolumn{2}{c}{HD 133029}& \multicolumn{2}{c}{HD 192913} \\ 
Mult.  &   $\lambda(\AA)$& log gf &  Ref.&  W$_{\lambda}$(m$\AA$)&  log N/N$_{T}$&  W$_{\lambda}$(m$\AA$)& log N/N$_{T}$ \\
\hline
\noalign{\smallskip}
Gd II  &            &         & \multicolumn{3}{c}{log Gd/N$_{T}$ = -7.24$\pm$0.34}   &  &    -7.44$\pm$0.40   \\
  -    &    3852.46 &   -0.14 &  MC  &      12  & -7.80 &  ...  &  ... \\
       &    3894.69 &   -0.65 &  MC  &      27  & -6.90 &  ...  &  ...  \\
       &    3902.40 &   -0.41 &  MC  &      36  & -6.62 &  ...  &  ...  \\
       &    3916.51 &   +0.10 &  MC  &      22  & -7.45 &   10  & -7.93  \\
       &    3994.16 &   -0.54 &  MC  &      18  & -6.97 &  ...  &  ...   \\
       &    3996.31 &   +0.09 &  MC  &      24  & -7.13 &  ...  &  ...  \\
       &    4037.32 &   -0.09 &  MC  &      14  & -7.47 &   10  & -7.72 \\                               
       &    4049.86 &   +0.43 &  MC  &      18  & -7.69 &  ...  &  ...  \\
       &    4073.75 &   -0.62 &  MC  &     ...  &  ...  &    8  & -7.22 \\
       &    4197.69 &   -0.04 &  MC  &      12  & -7.29 &  ...  &  ... \\
       &    4253.37 &   -0.07 &  MC  &      11  & -7.26 &  ...  &  ... \\
       &    4296.06 &   -0.76 &  MC  &      11  & -7.02 &   16  & -6.91 \\
\noalign{\smallskip}                                                               
Dy II  &            &         & \multicolumn{3}{c}{log Dy/N$_{T}$ = }                 &  &  -6.56$\pm$0.30     \\
  -    &    3868.45 &   -0.27 &  MC  &     ...  &  ...  &   29  & -6.46 \\
       &    3872.10 &   -0.09 &  MC  &     ...  &  ...  &   37  & -6.88 \\
       &    3944.68 &   +0.03 &  MC  &     ...  &  ...  &   61  & -6.05 \\
       &    3983.65 &   -0.25 &  MC  &     ...  &  ...  &   30  & -6.67 \\
       &    3996.69 &   -0.21 &  MC  &     ...  &  ...  &   23  & -6.90 \\
       &    4000.45 &   +0.01 &  MC  &     ...  &  ...  &   52  & -6.40 \\
\noalign{\smallskip}
Hg II  &            &         & \multicolumn{3}{c}{log Hg/N$_{T}$ = -6.57$\pm$0.00}   &  &   -5.12$\pm$0.00  \\
  -    &    3983.96 &   -1.73 &  DW  &      45  & -6.57 &   69  & -5.12  \\
       \hline
     \end{tabular}
\end{flushleft}
\end{table}

\footnotesize{Note: Sources of gf- values: BG = Biemont et al. (1981); BK = Biemont et al.
(1982); DW = Dworetsky (1980); GB = Grevesse et al. (1981) ; HL = Hannaford
et al. (1982); KX = Kurucz (1992); LA = Lanz \& Artru (1985); MC = Magazzu \&
Cowley (1986); MF= Martin, Fuhr \& Wiese (1988) for Sc through Mn; Fuhr, Martin \&
Wiese (1988) for Fe through Ni; WD = Ward (1985); WM = Wiese \& Martin
(1980); WS = Wiese,Smith \& Glenon (1966) and Wiese, Smith \& Miles(1969).}
\end{document}
