\begin{table} \setcounter{table}{3} \centering \caption{He/H Determinations} \begin{tabular}{lcc} \hline Star & $\lambda$(\AA)& He/H \\ \hline 53 Tau& 4026 & 0.04\\ & 4120 & 0.05\\ & 4380 & 0.04\\ & 4472 & 0.03\\ & 4713 & 0.05\\ &average& 0.042$\pm$0.008\\ $\beta$ Tau & 3867 & 0.08 \\ & 4009 & 0.06 \\ & 4026 & 0.06 \\ & 4121 & 0.07 \\ & 4144 & 0.09 \\ & 4388 & 0.07 \\ & 4471 & 0.06 \\ & 4713 & 0.06 \\ & 4921 & 0.08 \\ & 5015 & 0.06 \\ & 6678 & 0.08 \\ & average & 0.070$\pm$0.010\\ $\gamma$ Crv & 3867 & 0.06\\ & 4009 & 0.08\\ & 4026 & 0.06\\ & 4121 & 0.06\\ & 4144 & 0.06\\ & 4388 & 0.06\\ & 4437 & 0.06\\ & 4472 & 0.06\\ & 4713 & 0.08\\ & 4922 & 0.08\\ & average & 0.067$\pm$ 0.010\\ \hline \end{tabular} \end{table} Table 5 \begin{table*} \setcounter{table}{4} \caption[ ]{Abundances For $\beta$ Tau and $\gamma$ Crv} \begin{flushleft} \begin{tabular}{ccccrcrc} \hline \noalign{\smallskip} & & & &\multicolumn{2}{c}{$\beta$ Tau}& \multicolumn{2}{c}{$\gamma$ Crv}\\ Mult. & $\lambda({\rm \AA})$& log gf & Ref.& W$_{\lambda}$(m${\rm \AA}$) & log N/N$_{T}$ & W$_{\lambda}$(m${\rm \AA}$)& log N/N$_{T}$ \\ \hline \noalign{\smallskip} C II & & & \multicolumn{3}{c}{log C/N$_{T}$ = -3.66$\pm$0.10} & & -3.74$\pm$0.12\\ 4 & 3918.97 & -0.53 & WF & 31 & -3.59 & 18 & -3.80 \\ & 3920.68 & -0.23 & WF & 37 & -3.73 & 26 & -3.67 \\ 6 & 4267.00 & +0.56 & WF & ... & ... & 28 & -3.58 \\ & 4267.26 & +0.72 & WF & ... & ... & 24 & -3.90 \\ & 4267.12 & +0.96 & WF & ... & ... & ... & ... \\ Mg II & & & \multicolumn{3}{c}{log Mg/N$_{T}$ = -4.87$\pm$0.08} & & -5.05$\pm$0.13\\ 5 & 3848.24 & -1.59 & WS & 11 & -4.88 & 7 & -5.22 \\ & 3850.40 & -1.88 & WM & 8 & -4.76 & ... & ... \\ 9 & 4427.99 & -1.21 & WS & 7 & -4.93 & ... & ... \\ 10 & 4384.64 & -0.79 & WS & 21 & -4.83 & 20 & -4.97 \\ & 4390.57 & -0.53 & WS & 25 & -4.97 & 32 & -4.94 \\ Si II & & & \multicolumn{3}{c}{log Si/N$_{T}$ = -4.61$\pm$0.18} & & -5.63$\pm$0.25\\ 1 & 3853.66 & -1.44 & LA & 67 & -4.76 & 32 & -5.57 \\ & 3856.01 & -0.49 & LA & 109 & -4.84 & 60 & -5.87 \\ & 3862.59 & -0.74 & LA & 106 & -4.64 & 46 & -5.94 \\ 3 & 4128.05 & +0.38 & LA & 134 & -4.43 & 71 & -5.23 \\ & 4130.89 & +0.53 & LA & 125 & -4.67 & 62 & -5.56 \\ 3.01 & 4075.46 & -1.40 & SG & 23 & -4.54 & ... & ... \\ 5 & 5041.02 & +0.29 & SG & 83 & -4.72 & ... & ... \\ 7.15 & 4673.28 & -0.71 & KX & 13 & -4.26 & ... & ... \\ P II & & & \multicolumn{3}{c}{log P/N$_{T}$ = ...} & & -5.99\\ 15 & 4602.07 & +0.74 & WS & ... & ... & 9 & -5.99 \\ S II & & & \multicolumn{3}{c}{log S/N$_{T}$ = -5.09$\pm$0.14} & & -5.36\\ 7 & 5009.56 & -0.09 & WM & 9 & -5.28 & ... & ... \\ 44 & 4145.06 & +0.23 & KX & 14 & -4.94 & 3 & -5.36 \\ & 4153.06 & +0.62 & WS & 15 & -5.04 & ... & ... \\ Ca II & & & \multicolumn{3}{c}{log Ca/N$_{T}$ = -5.64} & & -5.78\\ 1 & 3933.66 & +0.13 & WM & 156 & -5.64 & 194 & -5.78 \\ Sc II & & & \multicolumn{3}{c}{log Sc/N$_{T}$ = ...} & & -8.25\\ 7 & 4246.83 & +0.24 & LD & ... & ... & 32 & -8.25\\ Ti II & & & \multicolumn{3}{c}{log Ti/N$_{T}$ = -6.26$\pm$0.20} & & -5.82$\pm$0.20\\ 11 & 3981.99 & -2.53 & KX & ... & ... & 7 & -6.15 \\ & 3897.61 & -2.73 & MF & ... & ... & 8 & -5.85 \\ 18 & 4518.33 & -2.56 & KX & ... & ... & 7 & -5.87 \\ 19 & 4395.03 & -0.66 & MF & 40 &-6.21 & 73 & -5.70 \\ & 4450.48 & -1.45 & MF & 9 &-6.43 & 40 & -5.89 \\ & 4443.80 & -0.70 & MF & ... & ... & 66 & -5.87 \\ 20 & 4287.89 & -2.02 & MF & ... & ... & 12 & -6.16 \\ & 4294.09 & -1.11 & MF & 32 &-5.99 & ... & ... \\ 21 & 4161.53 & -2.36 & MF & ... & ... & 18 & -5.59 \\ 31 & 4468.49 & -0.60 & MF & 27 &-6.62 & 79 & -5.53 \\ & 4501.27 & -0.75 & MF & 30 &-6.39 & 62 & -5.93 \\ 34 & 3882.28 & -1.71 & MF & 4 &-6.51 & ... & ... \\ & 3900.55 & -0.45 & MF & 39 &-6.42 & 76 & -5.72 \\ & 3913.47 & -0.53 & MF & 42 &-6.29 & 76 & -5.63 \\ & 3932.02 & -1.78 & MF & ... & ... & 32 & -5.73 \\ 40 & 4417.72 & -1.43 & MF & 25 &-5.82 & 46 & -5.71 \\ & 4464.46 & -2.08 & MF & ... & ... & 18 & -5.82 \\ 41 & 4290.22 & -1.12 & MF & 22 &-6.22 & 60 & -5.61 \\ & 4300.01 & -0.77 & MF & 43 &-6.00 & ... & ... \\ & 4301.91 & -1.16 & MF & 15 &-6.41 & 44 & -6.06 \\ & 4307.86 & -1.29 & MF & 29 &-5.86 & ... & ... \\ & 4312.86 & -1.16 & MF & 19 &-6.26 & 47 & -5.96 \\ & 4320.96 & -1.87 & MF & ... & ... & 32 & -5.65 \\ 49 & 4708.65 & -2.21 & MF & ... & ... & 10 & -6.02 \\ 50 & 4533.96 & -0.77 & MF & ... & ... & 61 & -5.88 \\ & 4563.77 & -0.96 & MF & 24 &-6.30 & 62 & -5.69 \\ 51 & 4394.06 & -1.59 & MF & ... & ... & 26 & -6.06 \\ & 4399.77 & -1.27 & MF & ... & ... & 45 & -5.87 \\ & 4418.34 & -2.46 & MF & ... & ... & 15 & -5.52 \\ 59 & 4657.21 & -2.15 & MF & ... & ... & 9 & -6.09 \\ 61 & 4395.85 & -2.17 & MF & ... & ... & 23 & -5.56 \\ 82 & 4571.97 & -0.53 & MF & 36 &-6.24 & 76 & -5.51 \\ 87 & 4028.34 & -1.00 & MF & 11 &-6.42 & 42 & -5.88 \\ & 4053.83 & -1.21 & MF & 8 &-6.37 & 38 & -5.78 \\ 92 & 4779.98 & -1.37 & MF & ... & ... & 39 & -5.52 \\ & 4805.10 & -1.10 & MF & 10 &-6.26 & ... & ... \\ 93 & 4421.94 & -1.77 & MF & ... & ... & 14 & -5.83 \\ 94 & 4316.80 & -1.42 & MF & ... & ... & 14 & -6.20 \\ 104 & 4367.66 & -1.27 & MF & ... & ... & 28 & -5.63 \\ & 4386.85 & -1.26 & MF & ... & ... & 23 & -5.78 \\ 105 & 4163.64 & -0.40 & MF & 25 &-6.21 & 54 & -5.78 \\ & 4174.07 & -1.25 & MF & ... & ... & 22 & -5.81 \\ 114 & 4874.01 & -0.79 & MF & ... & ... & 23 & -6.02 \\ & 4911.19 & -0.34 & MF & ... & ... & 30 & -6.25 \\ 115 & 4411.07 & -1.06 & MF & ... & ... & 27 & -5.64 \\ & 4488.34 & -0.82 & MF & ... & ... & 34 & -5.66 \\ 117 & 4798.52 & -2.43 & MF & ... & ... & 8 & -5.99 \\ H & 4158.27 & -0.48 & KX & ... & ... & 6 & -5.94 \\ Cr II & & &\multicolumn{3}{c}{log Cr/N$_{T}$ = -5.89$\pm$0.18}&&-6.37$\pm$0.17\\ 26 & 4132.41 & -2.35 & KX & ... & ... & 3 & -6.28 \\ 30 & 4824.13 & -1.22 & MF & ... & ... & 33 & -6.06 \\ & 4848.23 & -1.14 & MF & ... & ... & 22 & -6.45 \\ & 4876.41 & -1.46 & KX & 23 &-5.78 & 21 & -6.16 \\ 31 & 4261.92 & -1.53 & KX & 15 &-5.95 & ... & ... \\ & 4275.57 & -1.70 & KX & 11 &-5.80 & 11 & -6.27 \\ 39 & 4565.74 & -2.11 & MF & ... & ... & 5 & -6.21 \\ 44 & 4555.02 & -1.38 & MF & 24 &-5.72 & 14 & -6.38 \\ & 4558.66 & -0.66 & MF & ... & ... & 39 & -6.33 \\ & 4588.22 & -0.63 & MF & ... & ... & 37 & -6.44 \\ & 4592.04 & -1.22 & MF & 13 &-6.24 & 11 & -6.67 \\ & 4616.63 & -1.29 & MF & 14 &-6.13 & 12 & -6.55 \\ & 4618.80 & -1.11 & MF & 33 &-5.73 & 24 & -6.32 \\ & 4634.07 & -1.24 & MF & 26 &-5.80 & 22 & -6.23 \\ 162 & 4145.78 & -1.16 & KX & ... & ... & 7 & -6.32 \\ 167 & 3865.60 & -0.78 & KX & ... & ... & 9 & -6.62 \\ & 3905.64 & -0.90 & KX & ... & ... & 8 & -6.57 \\ Mn I & & & \multicolumn{3}{c}{log Mn/N$_{T}$ = ...} & & -5.08$\pm$0.22\\ 2 & 4030.76 & -0.47 & MF & ... & ... & 8 & -5.24\\ & 4033.07 & -0.62 & MF & ... & ... & 10 & -4.93\\ Mn II & & &\multicolumn{3}{c}{log Mn/N$_{T}$ = -4.88$\pm$0.15}&&-5.35$\pm$0.20\\ 2 & 4205.38 & -3.38 & KX & 15 & -5.10 & 14 & -5.56 \\ & 4259.20 & -1.59 & KX & 29 & -4.83 & 21 & -5.34 \\ & 4260.46 & -4.25 & KX & ... & ... & 5 & -5.23 \\ 6 & 4284.43 & -2.26 & KX & ... & ... & 11 & -5.09 \\ & 4325.04 & -2.30 & KX & ... & ... & 12 & -4.95 \\ & 4326.64 & -1.25 & KX & 38 & -4.88 & 28 & -5.48 \\ 7 & 4206.37 & -1.57 & KX & 24 & -4.99 & 20 & -5.40 \\ & 4244.24 & -2.39 & KX & 9 & -4.74 & 5 & -5.30 \\ I & 3844.17 & -1.38 & KX & 25 & -5.11 & 21 & -5.49 \\ & 3879.00 & -1.71 & KX & ... & ... & 9 & -5.63 \\ & 3898.06 & -1.50 & KX & 21 & -5.09 & ... & ... \\ & 3917.32 & -1.15 & KX & ... & ... & 10 & -5.53 \\ & 3995.31 & -2.44 & KX & ... & ... & 4 & -5.34 \\ & 4000.04 & -1.21 & KX & ... & ... & 5 & -5.37 \\ & 4081.44 & -2.24 & KX & 7 & -4.74 & ... & ... \\ & 4084.39 & -2.56 & KX & 6 & -4.73 & ... & ... \\ & 4136.90 & -1.29 & KX & 24 & -4.93 & 20 & -5.33 \\ & 4238.79 & -3.63 & KX & 11 & -5.01 & ... & ... \\ & 4239.19 & -2.25 & KX & ... & ... & 11 & -5.07 \\ & 4240.39 & -2.07 & KX & ... & ... & 4 & -5.39 \\ & 4251.74 & -1.06 & KX & 33 & -4.89 & 18 & -5.62 \\ & 4282.47 & -1.68 & KX & 20 & -4.94 & 16 & -5.35 \\ & 4379.67 & -1.85 & KX & ... & ... & 10 & -5.49 \\ & 4283.77 & -2.20 & KX & 21 & -4.48 & ... & ... \\ & 4393.38 & -2.32 & KX & ... & ... & 10 & -5.01 \\ & 4478.64 & -0.95 & KX & ... & ... & 14 & -5.62 \\ & 4518.96 & -1.33 & KX & 18 & -4.84 & 10 & -5.42 \\ & 4727.84 & -2.02 & KX & 16 & -4.82 & 16 & -5.11 \\ & 4730.39 & -2.15 & KX & ... & ... & 12 & -5.11 \\ & 4755.72 & -1.24 & KX & 39 & -4.84 & 33 & -5.34 \\ & 4764.73 & -1.35 & KX & 35 & -4.88 & 35 & -5.18 \\ & 4806.82 & -1.56 & KX & ... & ... & 12 & -5.70 \\ & 4830.06 & -1.85 & KX & 12 & -4.79 & ... & ... \\ Fe II & & &\multicolumn{3}{c}{log Fe/N$_{T}$ = -4.61$\pm$0.20}&&-5.13$\pm$0.17\\ 27 & 4233.17 & -1.81 & N4 & 61 & -4.62 & ... & ... \\ & 4273.32 & -3.34 & N4 & 14 & -4.58 & 5 & -5.27 \\ & 4303.17 & -2.61 & N4 & 39 & -4.48 & ... & ... \\ & 4351.77 & -2.08 & N4 & 43 & -4.87 & ... & ... \\ & 4385.38 & -2.57 & N4 & 22 & -4.95 & 28 & -5.04 \\ & 4416.83 & -2.60 & N4 & 23 & -4.90 & 19 & -5.28 \\ 28 & 4122.64 & -3.38 & N4 & 11 & -4.74 & 6 & -5.20 \\ & 4178.86 & -2.48 & N4 & ... & ... & 29 & -5.18 \\ & 4296.56 & -3.01 & N4 & 30 & -4.41 & 12 & -5.16 \\ 37 & 4489.18 & -2.97 & N4 & 19 & -4.64 & ... & ... \\ & 4491.40 & -2.70 & N4 & 22 & -4.86 & 14 & -5.31 \\ & 4515.34 & -2.48 & N4 & 45 & -4.47 & 22 & -5.25 \\ & 4520.22 & -2.60 & N4 & 36 & -4.50 & 20 & -5.22 \\ & 4555.89 & -2.29 & N4 & 43 & -4.66 & 25 & -5.38 \\ & 4582.84 & -3.10 & N4 & 12 & -4.80 & 10 & -5.11 \\ & 4629.33 & -2.37 & N4 & 42 & -4.69 & 29 & -5.20 \\ & 4666.75 & -3.33 & N4 & ... & ... & 9 & -4.93 \\ 38 & 4508.28 & -2.21 & N4 & 42 & -4.58 & 26 & -5.41 \\ & 4522.63 & -2.03 & N4 & 41 & -4.97 & 33 & -5.41 \\ & 4541.52 & -3.05 & N4 & 16 & -4.75 & 10 & -5.13 \\ & 4576.33 & -3.04 & N4 & 14 & -4.76 & 14 & -5.00 \\ & 4583.83 & -2.02 & N4 & 53 & -4.87 & 48 & -4.99 \\ & 4620.51 & -3.28 & N4 & ... & ... & 5 & -5.30 \\ 172 & 4048.88 & -2.14 & N4 & ... & ... & 9 & -4.85 \\ 173 & 3906.01 & -1.83 & N4 & ... & ... & 11 & -5.03 \\ & 3935.94 & -1.86 & N4 & 20 & -4.63 & 15 & -4.85 \\ 186 & 4635.33 & -1.65 & N4 & ... & ... & 13 & -4.92 \\ 190 & 3938.97 & -1.85 & N4 & 16 & -4.45 & 10 & -4.90 \\ D & 4596.01 & -1.84 & N4 & 12 & -4.51 & 6 & -5.02 \\ & 4638.16 & -1.52 & KX & 6 & -4.57 & ... & ... \\ J & 4357.58 & -2.10 & KX & 9 & -4.47 & ... & ... \\ & 4579.52 & -2.51 & KX & 6 & -4.25 & ... & ... \\ & 4913.29 & +0.01 & KX & 8 & -4.78 & ... & ... \\ & 4990.50 & +0.18 & KX & 22 & -4.31 & ... & ... \\ & 5001.95 & +0.90 & KX & 40 & -4.50 & ... & ... \\ & 5004.19 & +0.50 & KX & 23 & -4.62 & ... & ... \\ & 5007.45 & -0.36 & KX & 10 & -4.26 & ... & ... \\ & 5018.44 & -1.22 & MF & 77 & -4.59 & ... & ... \\ & 5026.80 & -0.22 & KX & 14 & -4.22 & ... & ... \\ & 5093.56 & +0.11 & KX & 15 & -4.48 & ... & ... \\ & 5097.27 & +0.31 & KX & 17 & -4.60 & ... & ... \\ Fe III & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -4.30} & & ...\\ 4 & 4419.59 & -2.22 & KX & 15 & -4.30 & ... & ... \\ Ni II & & & \multicolumn{3}{c}{log Ni/N$_{T}$ = -6.30$\pm$0.19} & & ...\\ 11 & 3849.58 & -1.88 & KX & 17 & -6.09 & ... & ... \\ & 4067.02 & -1.29 & KX & 21 & -6.55 & ... & ... \\ 12 & 4015.50 & -2.42 & KX & 4 & -6.26 & ... & ... \\ Zn I & & & \multicolumn{3}{c}{log Zn/N$_{T}$ = ...} & & -5.66\\ 2 & 4722.16 & -0.34 & KX & ... & ... & 8 & -5.66 \\ Sr II & & & \multicolumn{3}{c}{log Sr/N$_{T}$ = ...} & & -9.07\\ 1 & 4215.52 & -0.17 & WM & ... & ... & 6 & -9.07 \\ Zr II & & & \multicolumn{3}{c}{log Zr/N$_{T}$ = ...} & & -7.98$\pm$ 0.12\\ 14 & 4177.53 & -0.16 & HL & ... & ... & 17 & -7.89 \\ 22 & 4883.68 & +0.07 & HL & ... & ... & 11 & -8.06 \\ Ba II & & & \multicolumn{3}{c}{log Ba/N$_{T}$ = -7.80} & & ... \\ 1 & 4934.08 & +0.00 & WM & 15 & -7.80 & ... & ... \\ Hg II & & & \multicolumn{3}{c}{log Hg/N$_{T}$ = ...} & & -6.57 \\ - & 3983.96 & -1.73 & DW & ... & ... & 25 & -6.57 \\ \noalign{\smallskip} \hline\noalign{\smallskip} \end{tabular} \end{flushleft} Note: gf value references follow: \\ BG = Biemont et al. (1981)\\ GB = Grevesse et al. (1981)\\ DW = Dworetsky (1980) \\ FW = Fuhr \& Wiese (1990)\\ HL = Hannaford et al. (1982)\\ KX = Kurucz \& Bell (1995)\\ LA = Lanz \& Artru (1985)\\ LD = Lawler \& Dakin (1989)\\ MF = Fuhr, Martin \& Wiese (1988) and Martin, Fuhr \& Wiese (1988)\\ N4 = Fuhr (2005)\\ SG = Schulz-Gulde (1969) \\ WF = Wiese, Fuhr \& Deters (1996)\\ WM = Wiese \& Martin (1980)\\ WS = Wiese, Smith \& Glennon (1966) and Wiese, Smith \& Miles (1969)\\ \end{table*} Table 6 \begin{table*} \setcounter{table}{5} \caption[ ]{Abundances Determinations of 53 Tau} \begin{flushleft} \begin{tabular}{ccccrc} \hline \noalign{\smallskip} Mult.&$\lambda({\rm \AA})$&log gf&Ref.& W$_{\lambda}$(m${\rm \AA}$)&log N/N$_{T}$ \\ \hline C II & & & \multicolumn{3}{c}{log C/N$_{T}$ = -3.87 $\pm$ 0.10}\\ 4 & 3920.68 & -0.23 & WF & 15 & -3.80\\ & 3918.97 & -0.53 & WF & 7 & -3.94\\ Mg II & & & \multicolumn{3}{c}{log Mg/N$_{T}$ = -5.01 $\pm$ 0.14}\\ 5 & 3848.24 & -1.59 & WS & 7 & -5.21\\ & 3850.40 & -1.88 & WM & 5 & -5.11\\ 9 & 4427.99 & -1.21 & WS & 11 & -4.82\\ 10 & 4384.64 & -0.79 & WS & 20 & -4.97\\ & 4390.57 & -0.53 & WS & 33 & -4.94\\ Al II & & & \multicolumn{3}{c}{log Al/N$_{T}$ = -6.89}\\ 2 & 4663.05 & -0.28 & FW & 3 & -6.89\\ Si II & & & \multicolumn{3}{c}{log Si/N$_{T}$ = -4.84 $\pm$ 0.23}\\ 1 & 3853.66 & -1.44 & LA & 50 & -5.01\\ & 3856.01 & -0.49 & LA & 90 & -5.20\\ & 3862.59 & -0.74 & LA & 80 & -5.12\\ 3 & 4128.05 & +0.38 & LA & 118 & -4.52\\ & 4130.89 & +0.53 & LA & 96 & -4.91\\ 3.01 & 4075.45 & -1.40 & SG & 12 & -4.73\\ & 4076.78 & -1.67 & SG & 10 & -4.55\\ 7.06 & 4200.66 & -0.82 & KP & 4 & -4.74\\ & 4200.89 & -0.67 & KP & 5 & -4.77\\ P II & & & \multicolumn{3}{c}{log P/N$_{T}$ = -6.47}\\ S & 4178.46 & -0.41 & KX & 3 & -6.47\\ S II & & & \multicolumn{3}{c}{log S/N$_{T}$ = -5.78}\\ 44 & 4162.70 & +0.78 & WS & 2 & -5.78\\ Ca I & & & \multicolumn{3}{c}{log Ca/N$_{T}$ = -5.34}\\ 2 & 4226.73 & +0.24 & FW & 9 & -5.34\\ Ca II & & & \multicolumn{3}{c}{log Ca/N$_{T}$ = -5.67}\\ 1 & 3933.66 & +0.13 & WM & 319 & -5.67\\ Ti II & & & \multicolumn{3}{c}{log Ti/N$_{T}$ = -5.79 $\pm$ 0.20}\\ 11 & 3981.99 & -2.53 & KX & 14 & -6.02\\ & 3987.60 & -2.73 & MF & 11 & -5.93\\ & 4012.38 & -1.61 & MF & 43 & -6.11\\ & 4025.13 & -1.98 & MF & 27 & -6.14\\ 18 & 4500.35 & -3.09 & KX & 2 & -6.11\\ 19 & 4395.00 & -0.66 & MF & 86 & -5.48\\ & 4443.80 & -0.70 & MF & 79 & -5.66\\ & 4450.49 & -1.45 & MF & 53 & -5.74\\ 21 & 4161.53 & -2.36 & MF & 24 & -5.59\\ 31 & 4468.49 & -0.60 & MF & 79 & -5.75\\ & 4501.27 & -0.75 & MF & 76 & -5.71\\ 33 & 4227.35 & -2.36 & KX & 15 & -5.86\\ 34 & 3913.46 & -0.53 & MF & 72 & -6.02\\ & 3932.02 & -1.78 & MF & 36 & -5.84\\ 40 & 4417.71 & -1.43 & MF & 60 & -5.52\\ & 4441.73 & -2.41 & MF & 17 & -5.72\\ & 4464.46 & -2.08 & MF & 37 & -5.49\\ & 4470.86 & -2.28 & MF & 21 & -5.73\\ 48 & 4763.88 & -2.45 & KX & 17 & -5.68\\ & 4764.53 & -2.77 & KX & 9 & -5.65\\ 49 & 4708.65 & -2.21 & MF & 17 & -5.90\\ 51 & 4394.06 & -1.59 & MF & 38 & -5.93\\ & 4399.77 & -1.27 & MF & 60 & -5.65\\ 59 & 4657.20 & -2.15 & MF & 18 & -5.91\\ & 4719.51 & -3.22 & KX & 3 & -5.81\\ 61 & 4395.85 & -2.17 & MF & 32 & -5.51\\ & 4398.27 & -2.39 & KX & 8 & -6.09\\ & 4409.24 & -2.64 & KX & 5 & -6.05\\ & 4409.52 & -2.57 & KX & 12 & -5.71\\ 87 & 4028.33 & -1.00 & MF & 48 & -5.90\\ & 4053.83 & -1.21 & MF & 44 & -5.81\\ 92 & 4779.98 & -1.37 & MF & 41 & -5.66\\ 93 & 4421.94 & -1.77 & MF & 26 & -5.65\\ 104 & 4386.85 & -1.26 & MF & 44 & -5.41\\ 105 & 4163.64 & -0.40 & MF & 71 & -5.43\\ & 4174.07 & -1.25 & MF & 22 & -5.99\\ 106 & 4064.37 & -1.61 & KX & 9 & -6.12\\ 115 & 4456.65 & -1.41 & KX & 9 & -6.07\\ & 4488.33 & -0.82 & MF & 49 & -5.42\\ H & 4158.27 & -0.48 & KX & 11 & -5.78\\ & 4188.99 & -0.59 & KX & 8 & -5.82\\ L & 4242.16 & -1.42 & KX & 3 & -5.74\\ & 4408.76 & -0.90 & KX & 3 & -5.82\\ & 4412.33 & -0.99 & KX & 3 & -5.74\\ Cr II & & & \multicolumn{3}{c}{log Cr/N$_{T}$ = -5.93 $\pm$ 0.16}\\ 19 & 4051.96 & -2.19 & KX & 14 & -6.02\\ & 4054.10 & -2.48 & KX & 10 & -5.91\\ & 4077.50 & -2.78 & KX & 3 & -6.15\\ 25 & 4132.41 & -2.35 & KX & 6 & -5.96\\ 26 & 4072.57 & -2.41 & KX & 5 & -6.01\\ & 4086.12 & -2.42 & KX & 5 & -5.99\\ & 4179.42 & -1.77 & KX & 19 & -5.92\\ & 4207.36 & -2.48 & KX & 4 & -5.99\\ 129 & 3911.32 & -2.06 & KX & 4 & -5.95\\ 130 & 3866.00 & -2.35 & KX & 3 & -5.76\\ & 3866.52 & -2.07 & KX & 6 & -5.67\\ 162 & 4145.78 & -1.16 & KX & 20 & -5.78\\ 165 & 4082.30 & -1.23 & KX & 6 & -6.34\\ 167 & 3865.60 & -0.78 & KX & 25 & -5.98\\ & 3905.64 & -0.90 & KX & 25 & -5.87\\ 178 & 4697.60 & -1.88 & MF & 5 & -5.65\\ 180 & 4222.00 & -1.93 & KX & 3 & -5.82\\ 181 & 4127.08 & -1.77 & KX & 4 & -5.78\\ 183 & 3979.50 & -0.73 & KX & 17 & -6.14\\ & 4012.50 & -0.89 & KX & 20 & -5.87\\ 191 & 4465.73 & -1.18 & KX & 5 & -5.91\\ 193 & 4070.84 & -0.75 & KX & 12 & -5.93\\ Mn I & & & \multicolumn{3}{c}{log Mn/N$_{T}$ = -4.70 $\pm$ 0.10}\\ 2 & 4030.78 & -0.47 & MF & 35 & -4.78\\ & 4033.07 & -0.62 & MF & 38 & -4.56\\ & 4034.48 & -0.81 & MF & 18 & -4.94\\ 5 & 4035.72 & -0.19 & KX & 11 & -4.75\\ & 4041.36 & +0.29 & MF & 27 & -4.69\\ & 4058.93 & -0.45 & MF & 8 & -4.64\\ & 4070.28 & -0.95 & MF & 1 & -4.93\\ & 4079.24 & -0.42 & MF & 7 & -4.78\\ & 4079.42 & -0.42 & MF & 5 & -4.87\\ & 4082.94 & -0.35 & MF & 6 & -4.84\\ 6 & 3843.99 & -0.73 & MF & 6 & -4.52\\ 16 & 4754.05 & -0.09 & MF & 16 & -4.61\\ & 4783.43 & +0.04 & MF & 18 & -4.65\\ 21 & 4709.71 & -0.34 & MF & 5 & -4.60\\ & 4727.46 & -0.47 & MF & 4 & -4.63\\ & 4739.09 & -0.49 & MF & 3 & -4.70\\ & 4761.52 & -0.14 & MF & 5 & -4.76\\ & 4762.38 & +0.42 & MF & 17 & -4.75\\ & 4765.85 & -0.08 & MF & 8 & -4.61\\ & 4766.42 & +0.10 & MF & 10 & -4.69\\ 22 & 4414.89 & -0.29 & MF & 4 & -4.76\\ & 4436.35 & -0.29 & MF & 4 & -4.72\\ & 4453.01 & -0.49 & MF & 3 & -4.71\\ & 4470.14 & -0.44 & MF & 4 & -4.66\\ & 4502.22 & -0.34 & MF & 3 & -4.83\\ & 4464.68 & -0.10 & MF & 6 & -4.73\\ & 4490.07 & -0.52 & MF & 3 & -4.71\\ 23 & 4235.14 & -0.26 & KX & 6 & -4.60\\ 28 & 4457.55 & -0.12 & MF & 6 & -4.64\\ & 4458.26 & 0.04 & MF & 7 & -4.74\\ & 4461.08 & -0.38 & MF & 4 & -4.57\\ & 4455.02 & -0.39 & KX & 3 & -4.69\\ & 4455.82 & -0.51 & MF & 3 & -4.56\\ & 4462.03 & +0.32 & MF & 12 & -4.74\\ 29 & 4061.73 & -0.56 & MF & 3 & -4.59\\ 48 & 4045.11 & 0.25 & KX & 3 & -4.69\\ & 4052.47 & -0.13 & MF & 2 & -4.51\\ 57 & 4018.10 & -0.31 & MF & 8 & -4.78\\ C & 3922.68 & +0.05 & KX & 3 & -4.75\\ & 4135.03 & -0.03 & MF & 3 & -4.50\\ Mn II & & & \multicolumn{3}{c}{log Mn/N$_{T}$ = -4.71 $\pm$ 0.19}\\ 2 & 4174.32 & -3.55 & KX & 34 & -4.80\\ & 4205.39 & -3.38 & KX & 49 & -4.58\\ & 4207.23 & -4.47 & KX & 7 & -4.84\\ 17 & 4510.21 & -0.72 & KX & 3 & -4.74\\ I & 3844.17 & -1.38 & KX & 48 & -4.67\\ & 3848.57 & -3.33 & KX & 5 & -4.36\\ & 3857.90 & -3.81 & KX & 2 & -4.31\\ & 3859.20 & -2.56 & KX & 6 & -5.06\\ & 3879.00 & -1.71 & KX & 27 & -4.98\\ & 3902.37 & -2.72 & KX & 5 & -4.91\\ & 3917.32 & -1.15 & KX & 24 & -4.98\\ & 3926.12 & -2.42 & KX & 8 & -4.76\\ & 3930.97 & -2.15 & KX & 10 & -4.68\\ & 3941.21 & -2.62 & KX & 17 & -4.43\\ & 3952.42 & -1.50 & KX & 9 & -4.82\\ & 3953.59 & -2.27 & KX & 3 & -4.65\\ & 3986.59 & -2.60 & KX & 12 & -4.63\\ & 3995.31 & -2.44 & KX & 9 & -5.03\\ & 4000.03 & -1.21 & KX & 19 & -4.65\\ & 4085.39 & -2.56 & KX & 17 & -4.43\\ & 4087.90 & -2.91 & KX & 6 & -4.75\\ & 4109.20 & -3.32 & KX & 2 & -4.84\\ & 4110.62 & -1.51 & KX & 22 & -5.03\\ & 4140.44 & -2.46 & KX & 17 & -4.55\\ & 4171.50 & -2.12 & KX & 19 & -4.51\\ & 4172.27 & -2.81 & KX & 5 & -4.52\\ & 4180.03 & -2.83 & KX & 7 & -4.68\\ & 4184.45 & -1.95 & KX & 22 & -4.59\\ & 4200.28 & -1.74 & KX & 29 & -4.57\\ & 4238.79 & -3.63 & KX & 35 & -4.70\\ & 4239.19 & -2.25 & KX & 35 & -4.31\\ & 4240.39 & -2.07 & KX & 24 & -4.41\\ & 4224.94 & -2.98 & KX & 3 & -5.05\\ & 4377.74 & -2.14 & KX & 20 & -4.81\\ & 4379.61 & -1.85 & KX & 28 & -4.85\\ & 4385.73 & -3.03 & KX & 5 & -4.65\\ & 4391.96 & -2.89 & KX & 4 & -4.86\\ & 4393.38 & -2.32 & KX & 16 & -4.74\\ & 4403.50 & -1.80 & KX & 16 & -4.72\\ & 4441.99 & -2.36 & KX & 12 & -4.87\\ & 4478.64 & -0.95 & KX & 43 & -4.70\\ & 4497.95 & -2.59 & KX & 9 & -4.82\\ & 4500.55 & -2.07 & KX & 15 & -4.79\\ & 4503.20 & -2.16 & KX & 14 & -4.73\\ & 4509.21 & -3.60 & KX & 3 & -4.42\\ & 4518.96 & -1.33 & KX & 29 & -4.74\\ & 4519.24 & -2.57 & KX & 10 & -4.80\\ & 4689.54 & -2.54 & KX & 13 & -4.34\\ & 4702.72 & -2.34 & KX & 8 & -4.76\\ & 4717.29 & -1.86 & KX & 14 & -4.74\\ & 4749.15 & -2.00 & KX & 13 & -4.81\\ & 4791.81 & -1.72 & KX & 22 & -4.77\\ Fe I & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -5.46 $\pm$ 0.14}\\ 4 & 3859.91 & -0.71 & N4 & 5 & -5.38\\ 20 & 3825.88 & -0.04 & N4 & 4 & -5.69\\ 41 & 4383.54 & 0.20 & N4 & 5 & -5.52\\ & 4404.75 & -0.14 & N4 & 5 & -5.22\\ 43 & 4005.24 & -0.61 & N4 & 1 & -5.52\\ & 4045.81 & +0.28 & N4 & 7 & -5.48\\ & 4071.74 & -0.02 & N4 & 3 & -5.54\\ 45 & 3902.94 & -0.47 & N4 & 2 & -5.34\\ Fe II & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -5.29 $\pm$ 0.18}\\ 3 & 3938.29 & -4.07 & N4 & 4 & -5.07\\ 27 & 4233.17 & -1.81 & N4 & 52 & -5.09\\ & 4385.38 & -2.58 & N4 & 15 & -5.33\\ & 4416.83 & -2.60 & N4 & 16 & -5.30\\ 28 & 4122.65 & -3.30 & N4 & 5 & -5.29\\ & 4178.86 & -2.44 & N4 & 22 & -5.36\\ 29 & 3872.76 & -3.32 & KX & 2 & -5.61\\ 32 & 4384.32 & -3.68 & N4 & 2 & -5.21\\ 37 & 4472.92 & -3.53 & N4 & 5 & -4.95\\ & 4489.18 & -2.97 & N4 & 13 & -5.03\\ & 4491.40 & -2.64 & N4 & 13 & -5.33\\ & 4515.34 & -2.36 & N4 & 19 & -5.40\\ & 4520.22 & -2.62 & N4 & 14 & -5.31\\ & 4666.75 & -3.37 & N4 & 4 & -5.17\\ 38 & 4508.28 & -2.35 & N4 & 23 & -5.27\\ & 4522.62 & -1.99 & N4 & 26 & -5.53\\ 43 & 4731.44 & -3.13 & N4 & 6 & -5.20\\ 127 & 3845.18 & -2.29 & KX & 3 & -5.66\\ & 4024.55 & -2.44 & N4 & 6 & -5.18\\ 153 & 3827.08 & -2.36 & N4 & 2 & -5.57\\ 173 & 3906.01 & -1.70 & N4 & 6 & -5.40\\ & 3935.97 & -1.72 & N4 & 8 & -5.23\\ 190 & 3938.97 & -1.93 & N4 & 4 & -5.18\\ D & 3903.76 & -1.50 & KX & 2 & -5.25\\ Fe III & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -4.79}\\ 4 & 4419.59 & -2.22 & KX & 2 & -4.79\\ Ni II & & & \multicolumn{3}{c}{log Ni/N$_{T}$ = -6.67 $\pm$ 0.26}\\ 11 & 3849.53 & -1.88 & KX & 5 & -6.67\\ & 4067.02 & -1.29 & KX & 9 & -6.99\\ 12 & 4015.50 & -2.42 & KX & 3 & -6.36\\ Sr II & & & \multicolumn{3}{c}{log Sr/N$_{T}$ = -8.13 $\pm$ 0.18}\\ 1 & 4077.71 & +0.15 & WM & 37 & -8.36\\ & 4215.52 & -0.17 & WM & 37 & -8.06\\ 3 & 4161.79 & -0.50 & KX & 2 & -7.97\\ Y II & & & \multicolumn{3}{c}{log Y/N$_{T}$ = -8.02 $\pm$ 0.20}\\ 5 & 4235.73 & -1.50 & HL & 4 & -7.73\\ & 4398.02 & -1.00 & HL & 5 & -8.10\\ & 4422.59 & -1.27 & HL & 3 & -8.07\\ 6 & 3950.35 & -0.49 & HL & 11 & -8.24\\ & 3982.59 & -0.49 & HL & 11 & -8.23\\ 14 & 4124.91 & -1.50 & HL & 3 & -7.77\\ Zr II & & & \multicolumn{3}{c}{log Zr/N$_{T}$ = -7.48 $\pm$ 0.20}\\ 7 & 3934.09 & -1.63 & KX & 6 & -7.24\\ 15 & 4211.91 & -0.98 & KX & 13 & -7.39\\ 16 & 3958.24 & -0.31 & KX & 17 & -7.91\\ & 3998.95 & -0.67 & GB & 17 & -7.52\\ 17 & 3915.96 & -0.82 & KX & 9 & -7.76\\ 29 & 4090.53 & -1.10 & GB & 7 & -7.51\\ & 4156.28 & -0.71 & GB & 15 & -7.52\\ 30 & 3991.15 & -0.25 & KX & 19 & -7.75\\ & 4045.64 & -0.60 & KX & 10 & -7.82\\ 41 & 4149.22 & -0.03 & BG & 35 & -7.42\\ & 4208.98 & -0.46 & BG & 21 & -7.53\\ 42 & 4034.10 & -1.55 & BG & 3 & -7.51\\ & 4161.21 & -0.72 & BG & 18 & -7.35\\ 43 & 3934.79 & -0.90 & KX & 7 & -7.70\\ & 4050.32 & -1.00 & BG & 7 & -7.61\\ 54 & 4018.37 & -0.99 & KX & 5 & -7.68\\ & 4024.42 & -0.97 & KX & 5 & -7.64\\ & 4040.24 & -1.53 & KX & 2 & -7.50\\ & 4077.04 & -1.60 & KX & 2 & -7.42\\ 67 & 4461.25 & -1.18 & KX & 7 & -7.31\\ 79 & 4414.53 & -1.17 & KX & 6 & -7.28\\ & 4440.45 & -1.19 & GB & 6 & -7.28\\ & 4457.43 & -0.80 & KX & 6 & -7.68\\ 86 & 4379.74 & -0.36 & KX & 14 & -7.47\\ 88 & 4443.01 & -0.33 & BG & 14 & -7.54\\ 97 & 4186.67 & -0.58 & KX & 8 & -7.45\\ & 4210.63 & -0.80 & KX & 4 & -7.64\\ 99 & 4179.80 & -0.78 & KX & 9 & -7.21\\ & 4231.67 & -1.02 & KX & 7 & -7.09\\ 129 & 4661.78 & -0.80 & KX & 4 & -7.21\\ & 4685.19 & -0.90 & KX & 3 & -7.27\\ 130 & 4494.42 & -0.48 & KX & 8 & -7.22\\ \noalign{\smallskip} \hline\noalign{\smallskip} \end{tabular} \end{flushleft} \end{table*} Table 7 \begin{table*} \setcounter{table}{6} \caption[ ]{Abundances from newly measured lines of $\upsilon$ Her} \begin{flushleft} \begin{tabular}{ccccrc} \hline \noalign{\smallskip} Mult. & $\lambda({\rm \AA})$& log gf & Ref.& W$_{\lambda}$(m${\rm \AA}$)& log N/N$_{T}$ \\ \hline \noalign{\smallskip} C II& & & \multicolumn{3}{c}{log C/N$_{T}$ = -4.07 $\pm$ 0.18}\\ 2 & 6578.05 & -0.03 & WF & 8 & -4.37\\ O I & & & \multicolumn{3}{c}{log O/N$_{T}$ = -3.60 $\pm$ 0.09}\\ 12 & 5329,68 & -1.02 & WF & 8 & -3.58\\ & 5330.73 & -0.88 & WF & 13 & -3.51\\ 14 & 4968.79 & -1.28 & WF & 4 & -3.71\\ Mg I& & & \multicolumn{3}{c}{log Mg/N$_{T}$ = -4.79 $\pm$ 0.20}\\ 2 & 5167.32 & -1.03 & WS & 6 & -4.51\\ & 5172.68 & -0.38 & WS & 9 & -4.96\\ & 5183.60 & -0.16 & WS & 16 & -4.90\\ Mg II& & & \multicolumn{3}{c}{log Mg/N$_{T}$ = -5.07 $\pm$ 0.04}\\ 25 & 4851.10 & -0.42 & KX & 9 & -5.00\\ Si II& & & \multicolumn{3}{c}{log Si/N$_{T}$ = -5.09 $\pm$ 0.24}\\ 5 & 5041.02 & +0.29 & SG & 72 & -4.83\\ 7 & 6671.84 & +0.52 & LA & 5 & -4.76\\ Si III& & & \multicolumn{3}{c}{log Si/N$_{T}$ = -4.69}\\ P II& & & \multicolumn{3}{c}{log P/N$_{T}$ = -6.02 $\pm$ 0.13}\\ 7 & 5296.07 & -0.16 & WS & 6 & -5.85\\ 10 & 5253.47 & +0.33 & WS & 6 & -6.25\\ S II& & & \multicolumn{3}{c}{log S/N$_{T}$ = -5.10 $\pm$ 0.15}\\ 1 & 4991.97 & -0.65 & WS & 4 & -4.87\\ & 5027.22 & -0.72 & WS & 4 & -5.00\\ 7 & 5009.56 & -0.09 & WS & 8 & -5.02\\ & 5032.47 & +0.18 & WS & 11 & -5.02\\ 15 & 5014.04 & +0.03 & KX & 7 & -5.05\\ 38 & 5320.70 & +0.46 & WS & 5 & -5.17\\ 39 & 5201.03 & +0.05 & WS & 4 & -4.90\\ Ca II& & & \multicolumn{3}{c}{log Ca/N$_{T}$ = -6.07}\\ Sc II& & & \multicolumn{3}{c}{log Sc/N$_{T}$ = -8.98 $\pm$ 0.07}\\ Ti II& & & \multicolumn{3}{c}{log Ti/N$_{T}$ = -6.13 $\pm$ 0.20}\\ 7 & 5154.07 & -1.92 & MF & 15 & -5.96\\ & 5188.68 & -1.21 & MF & 41 & -5.94\\ 17 & 4798.52 & -2.43 & MF & 3 & -6.50\\ 69 & 5336.78 & -1.70 & MF & 19 & -6.05\\ 70 & 5226.54 & -1.30 & MF & 34 & -6.02\\ & 5262.13 & -2.11 & KX & 3 & -6.53\\ 71 & 5013.68 & -1.94 & KX & 5 & -6.49\\ 82 & 4805.09 & -1.10 & MF & 32 & -6.03\\ 86 & 5129.15 & -1.39 & MF & 23 & -6.08\\ & 5185.91 & -1.35 & MF & 24 & -6.09\\ 103 & 5211.54 & -1.36 & KX & 9 & -6.29\\ & 5268.62 & -1.62 & MF & 6 & -6.19\\ 113 & 5010.21 & -1.34 & KX & 11 & -5.98\\ & 5072.28 & -0.75 & MF & 14 & -6.40\\ 114 & 4874.01 & -0.79 & MF & 16 & -6.31\\ & 4911.19 & -0.34 & MF & 24 & -6.47\\ Cr II& & & \multicolumn{3}{c}{log Cr/N$_{T}$ = -6.02 $\pm$ 0.18}\\ 23 & 5246.75 & -2.45 & MF & 5 & -6.01\\ & 5249.40 & -2.43 & KX & 9 & -5.78\\ 30 & 4812.34 & -1.80 & MF & 15 & -6.08\\ & 4824.13 & -1.22 & MF & 50 & -5.61\\ & 4836.22 & -2.25 & MF & 15 & -5.61\\ & 4848.24 & -1.14 & MF & 39 & -6.01\\ & 4856.19 & -2.26 & MF & 7 & -6.00\\ & 4864.32 & -1.37 & KX & 19 & -6.37\\ & 4876.41 & -1.46 & KX & 38 & -5.72\\ & 4884.60 & -2.08 & MF & 9 & -6.04\\ 43 & 5232.50 & -2.09 & KX & 8 & -6.00\\ & 5237.33 & -1.16 & MF & 34 & -6.02\\ & 5279.88 & -2.10 & MF & 15 & -5.65\\ & 5274.96 & -1.29 & KX & 27 & -6.07\\ & 5308.41 & -1.81 & MF & 12 & -6.05\\ & 5310.69 & -2.28 & MF & 8 & -5.80\\ & 5313.56 & -1.65 & MF & 18 & -5.99\\ & 5334.87 & -1.56 & KX & 21 & -6.00\\ 190 & 4912.46 & -0.95 & KX & 5 & -6.15\\ Mn I& & & \multicolumn{3}{c}{log Mn/N$_{T}$ = -4.64 $\pm$ 0.14}\\ 16 & 4823.52 & +0.14 & MF & 12 & -4.58\\ Mn II& & & \multicolumn{3}{c}{log Mn/N$_{T}$ = -4.80 $\pm$ 0.19}\\ I & 4806.82 & -1.56 & KX & 42 & -4.77\\ & 4811.62 & -2.34 & KX & 11 & -4.97\\ & 4830.06 & -1.85 & KX & 22 & -4.71\\ & 4839.74 & -1.86 & KX & 13 & -4.99\\ & 4842.33 & -2.01 & KX & 17 & -4.70\\ & 4847.60 & -1.81 & KX & 26 & -4.99\\ & 5102.52 & -1.93 & KX & 26 & -4.58\\ & 5177.65 & -1.77 & KX & 33 & -4.52\\ & 5251.82 & -1.83 & KX & 16 & -4.47\\ & 5307.35 & -2.07 & KX & 8 & -4.63\\ & 6609.26 & -2.05 & KX & 8 & -4.67\\ & 6682.38 & -3.11 & KX & 13 & -4.74\\ Fe I & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -4.69 $\pm$ 0.16}\\ 318 & 4891.49 & -0.11 & N4 & 3 & -4.46\\ & 4957.60 & +0.23 & N4 & 7 & -4.49\\ Fe II & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -4.68 $\pm$ 0.16}\\ 198 & 6416.92 & -2.88 & N4 & 13 & -4.61\\ J & 4826.68 & -0.44 & KX & 5 & -4.61\\ & 4883.28 & -0.64 & KX & 6 & -4.38\\ & 4908.15 & -0.30 & KX & 6 & -4.62\\ & 4913.29 & +0.01 & KX & 11 & -4.68\\ & 4948.10 & -0.32 & KX & 7 & -4.59\\ & 4948.79 & -0.01 & KX & 8 & -4.78\\ & 4951.58 & +0.18 & KX & 14 & -4.65\\ & 4953.98 & -2.76 & KX & 4 & -4.59\\ & 4958.82 & -0.65 & KX & 4 & -4.48\\ & 4977.03 & +0.04 & KX & 14 & -4.47\\ & 4984.49 & +0.01 & KX & 12 & -4.57\\ & 4990.50 & +0.18 & KX & 14 & -4.66\\ & 4991.44 & -0.57 & KX & 4 & -4.57\\ & 4993.35 & -3.65 & MF & 8 & -4.68\\ & 5001.95 & +0.90 & KX & 36 & -4.64\\ & 5004.19 & +0.50 & KX & 24 & -4.63\\ & 5006.84 & -0.43 & KX & 9 & -4.28\\ & 5007.45 & -0.37 & KX & 6 & -4.54\\ & 5007.74 & -0.20 & KX & 9 & -4.52\\ & 5009.02 & -0.42 & KX & 6 & -4.52\\ & 5018.44 & -1.22 & MF & 94 & -4.43\\ & 5021.59 & -0.30 & KX & 7 & -4.60\\ & 5022.79 & -0.02 & KX & 11 & -4.61\\ & 5026.80 & -0.22 & KX & 6 & -4.73\\ & 5032.71 & +0.11 & KX & 12 & -4.64\\ & 5035.70 & +0.61 & KX & 28 & -4.58\\ & 5045.11 & -0.13 & KX & 9 & -4.62\\ & 5061.72 & +0.22 & KX & 12 & -4.79\\ & 5070.90 & +0.24 & KX & 15 & -4.68\\ & 5089.24 & -2.32 & KX & 11 & -5.08\\ & 5093.57 & +0.11 & KX & 16 & -4.47\\ & 5106.11 & -0.28 & KX & 6 & -4.64\\ & 5117.03 & -0.13 & KX & 7 & -4.70\\ & 5119.34 & -0.56 & KX & 4 & -4.59\\ & 5127.86 & -2.54 & KX & 9 & -4.43\\ & 5132.67 & -4.18 & MF & 4 & -4.51\\ & 5143.88 & +0.10 & KX & 7 & -4.92\\ & 5144.35 & +0.28 & KX & 12 & -4.74\\ & 5149.46 & +0.40 & KX & 17 & -4.66\\ & 5150.49 & -0.12 & KX & 8 & -4.62\\ & 5160.84 & -2.64 & KX & 7 & -4.46\\ & 5166.55 & -0.03 & KX & 8 & -4.71\\ & 5169.03 & -0.87 & MF & 100 & -4.66\\ & 5177.02 & -0.18 & KX & 6 & -4.68\\ & 5180.31 & +0.04 & KX & 7 & -4.82\\ & 5186.87 & -0.30 & KX & 5 & -4.69\\ & 5194.89 & -0.15 & KX & 8 & -4.53\\ & 5199.12 & +0.10 & KX & 14 & -4.52\\ & 5200.80 & -0.37 & KX & 5 & -4.62\\ & 5203.64 & -0.05 & KX & 10 & -4.54\\ & 5214.00 & -0.22 & KX & 11 & -4.32\\ & 5215.34 & -0.10 & KX & 13 & -4.35\\ & 5215.83 & -0.23 & KX & 11 & -4.33\\ & 5216.85 & +0.81 & KX & 23 & -4.84\\ & 5218.84 & -0.20 & KX & 6 & -4.68\\ & 5222.36 & -0.33 & KX & 4 & -4.66\\ & 5223.23 & -0.41 & KX & 9 & -4.29\\ & 5223.80 & -0.59 & KX & 5 & -4.43\\ & 5224.40 & -0.57 & KX & 4 & -4.45\\ & 5225.98 & -0.40 & KX & 9 & -4.25\\ & 5227.32 & -0.03 & KX & 13 & -4.37\\ & 5227.48 & +0.85 & N4 & 27 & -4.72\\ & 5228.90 & -0.30 & KX & 5 & -4.62\\ & 5231.91 & -0.64 & KX & 3 & -4.46\\ & 5232.78 & -0.06 & KX & 9 & -4.59\\ & 5234.62 & -2.05 & MF & 47 & -4.77\\ & 5237.95 & +0.14 & KX & 10 & -4.73\\ & 5239.81 & -0.46 & KX & 7 & -4.31\\ & 5245.46 & -0.51 & KX & 5 & -4.44\\ & 5247.95 & +0.55 & N4 & 16 & -4.78\\ & 5251.23 & +0.42 & N4 & 19 & -4.54\\ & 5253.64 & -0.09 & KX & 6 & -4.75\\ & 5254.41 & -0.77 & KX & 3 & -4.42\\ & 5254.93 & -3.23 & KX & 12 & -4.70\\ & 5257.12 & +0.03 & KX & 11 & -4.52\\ & 5260.26 & +1.07 & KX & 36 & -4.67\\ & 5264.18 & +0.30 & N4 & 17 & -4.52\\ & 5264.81 & -3.19 & MF & 17 & -4.52\\ & 5270.03 & +0.07 & KX & 5 & -5.02\\ & 5272.40 & -2.03 & MF & 13 & -4.53\\ & 5276.00 & -1.94 & MF & 47 & -4.89\\ & 5291.67 & +0.58 & KX & 17 & -4.82\\ & 5303.39 & -1.61 & KX & 3 & -4.66\\ & 5306.18 & +0.09 & N4 & 9 & -4.69\\ & 5316.23 & +0.34 & N4 & 18 & -4.55\\ & 5316.62 & -1.85 & MF & 47 & -4.99\\ & 5316.78 & -2.78 & N4 & 33 & -4.45\\ & 5318.05 & -0.14 & KX & 7 & -4.60\\ & 5322.34 & -0.52 & KX & 3 & -4.61\\ & 5339.59 & +0.54 & KX & 19 & -4.71\\ Fe III & & & \multicolumn{3}{c}{log Fe/N$_{T}$ = -4.58}\\ Ni II & & & \multicolumn{3}{c}{log Ni/N$_{T}$ = -6.81 $\pm$ 0.19}\\ Zn II & & & \multicolumn{3}{c}{log Zn/N$_{T}$ = -6.95}\\ 3 & 4911.18 & +0.54 & WM & 3 & -6.95\\ Ga II & & & \multicolumn{3}{c}{log Ga/N$_{T}$ = -5.70 $\pm$ 0.06}\\ Sr II & & & \multicolumn{3}{c}{log Sr/N$_{T}$ = -7.88 $\pm$ 0.25}\\ Y II & & & \multicolumn{3}{c}{log Y/N$_{T}$ = -7.48 $\pm$ 0.17}\\ 20 & 5087.42 & -0.17 & HL & 26 & -7.28\\ & 5119.11 & -1.36 & HL & 3 & -7.35\\ & 5200.40 & -0.57 & HL & 13 & -7.42\\ & 5205.72 & -0.34 & HL & 20 & -7.36\\ 22 & 4823.30 & -1.11 & HL & 5 & -7.42\\ & 4854.86 & -0.38 & HL & 12 & -7.66\\ & 4883.68 & +0.07 & HL & 29 & -7.43\\ & 4900.12 & -0.09 & HL & 24 & -7.47\\ 28 & 5196.42 & -0.88 & KX & 6 & -7.17\\ Zr II & & & \multicolumn{3}{c}{log Zr/N$_{T}$ = -8.11}\\ Ba II & & & \multicolumn{3}{c}{log Ba/N$_{T}$ = -8.77 $\pm$ 0.01}\\ 1 & 4934.08 & +0.00 & WM & 6 & -8.76\\ Hg I & & & \multicolumn{3}{c}{log Hg/N$_{T}$ = -5.97}\\ Hg II & & & \multicolumn{3}{c}{log Hg/N$_{T}$ = -4.09}\\ \noalign{\smallskip} \hline\noalign{\smallskip} \end{tabular} \end{flushleft} \end{table*} Table 8 \begin{table} \setcounter{table}{7} \centering \caption{Comparison of Results (log N/H)} \begin{tabular}{lcc} \hline &53 Tau & \\ Species & Paper II & This Paper \\ \hline He I & -1.80 & -1.38 \\ C II & -3.94 & -3.85 \\ Mg II & -4.91 & -4.99 \\ Si II & -4.71 & -4.82 \\ S II & -5.33 & -5.76 \\ Ca I & -5.34 & -5.32 \\ Ca II & -5.58 & -5.65 \\ Ti II & -5.72 & -5.77 \\ Cr II & -5.75 & -5.91 \\ Mn I & -4.50 & -4.68 \\ Mn II & -5.00 & -4.69 \\ Fe I & -5.33 & -5.44 \\ Fe II & -5.25 & -5.27 \\ Fe III & -4.53 & -4.77 \\ Ni II & -7.43 & -6.65 \\ Sr II & -8.16 & -8.11 \\ Y II & -8.18 & -8.00 \\ Zr II & -7.49 & -7.46 \\ \hline &$\gamma$ Crv & \\ Element & Fr\'{e}mat \& Houziaux & This Paper\\ \hline He & -1.16 & -1.17\\ C & -4.14 & -3.71\\ Mg & -4.62 & -5.02\\ Si & -5.15 & -5.60\\ P & -5.65 & -5.96\\ S & -5.36 & -5.16\\ Ca & -5.46 & -5.75\\ Ti & -6.01 & -5.79\\ Cr & -6.93 & -6.34\\ Mn & -5.91 & -5.32\\ Fe & -5.05 & -5.10\\ Zn & -6.30 & -6.31\\ \hline &$\upsilon$ Her & \\ Species & Paper XXIV & This Paper \\ \hline He I & -1.51 & -1.51\\ C II & -3.98 & -4.04\\ O I & -3.57 & -3.57\\ Mg I & -5.56 & -4.76\\ Mg II & -5.06 & -5.04\\ Si II & -5.11 & -5.06\\ Si III & -4.67 & -4.66\\ P II & -6.03 & -5.99\\ S II & -5.18 & -5.07\\ Ca II & -6.10 & -6.04\\ Sc II & -8.96 & -8.95\\ Ti II & -6.15 & -6.10\\ Cr II & -6.04 & -5.99\\ Mn I & -4.57 & -4.61\\ Mn II & -4.74 & -4.77\\ Fe I & -4.70 & -4.66\\ Fe II & -4.72 & -4.65\\ Fe III & -4.57 & -4.55\\ Ni II & -6.79 & -6.78\\ Ga II & -5.70 & -5.67\\ Sr II & -7.92 & -7.85\\ Y II & -7.59 & -7.45\\ Zr II & -8.09 & -8.08\\ Ba II & -8.77 & -8.74\\ Hg I & -5.96 & -5.94\\ Hg II & -5.75 & -6.12\\ \hline \end{tabular} \end{table}