\documentstyle{article}
\begin{document}
\begin{table}
\caption[]{Table 10. Abundances for SU Cas.}
\smallskip
\begin{tabular}{lccccccc}
\hline
\multicolumn{1}{c}{El.}&\multicolumn{3}{c}{$\phi$=0.477}&
\multicolumn{3}{c}{$\phi$=0.627}&\multicolumn{1}{c}{LL81}\\
\hline
\multicolumn{1}{c}{}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}&\multicolumn{1}{c}{[X/H]}\\
\hline
Na I &+0.47&0.20&2 &+0.56&    &1 &      \\
Mg I &-0.14&0.22&2 &+0.04&0.23&2 &      \\
S I  &-0.28&0.26&2 &-0.33&    &1 &      \\
Ca I &+0.03&0.25&9 &+0.06&0.27&5 &+0.04 \\
Sc II&-0.04&0.27&3 &-0.06&0.25&2 &-0.28 \\
Ti I &+0.16&0.24&17&+0.35&0.22&16&-0.14 \\
Ti II&+0.04&0.23&17&-0.19&0.28&10&-0.07 \\
V I  &+0.01&0.30&4 &+0.09&0.31&4 &      \\
V II &+0.08&0.28&4 &-0.04&0.33&3 &      \\
Cr I &+0.07&0.27&21&+0.11&0.24&15&-0.49 \\
Cr II&-0.19&0.24&9 &+0.10&0.22&4 &      \\
Mn I &-0.23&0.22&11&-0.07&0.27&7 &      \\
Fe I &-0.10&0.21&87&-0.11&0.26&54&-0.13 \\
Fe II&-0.09&0.18&12&-0.12&0.20&5 &-0.11 \\
Co I &+0.10&0.26&5 &+0.09&0.37&3 &      \\
Ni I &-0.18&0.23&12&+0.05&0.29&10&-0.14 \\
Ni II&-0.11&0.30&3 &-0.27&0.35&3 &      \\
Zn I &-0.15&0.31&3 &-0.01&0.34&2 &      \\
Zr II&+0.33&0.29&6 &+0.37&0.29&5 &      \\
La II&+0.09&0.20&5 &+0.06&0.22&4 &-0.15 \\
Ce II&+0.33&0.22&10&+0.30&0.19&8 &      \\
Pr II&+0.14&    &1 &-0.05&0.23&2 &      \\
Nd II&+0.21&0.24&5 &+0.26&0.27&2 &-0.20 \\
Sm II&+0.35&0.22&11&+0.34&0.23&8 &      \\
Gd II&+0.19&0.16&2 &+0.39&    &1 &      \\
\hline
\end{tabular}
\par
\noindent LL81 - Luck and Lambert (1981).
\end{table}        

\begin{table}
\caption[]{Table 11. Abundances for EU Tau.}
\smallskip
\begin{tabular}{lccccccccc}
\hline
\multicolumn{1}{c}{El.}&\multicolumn{3}{c}{$\phi$=0.297}&
\multicolumn{3}{c}{$\phi$=0.323}&\multicolumn{1}{c}{$\phi$=0.758}
\\
\hline
\multicolumn{1}{c}{}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}\\
\hline
C I  &-0.26&    &1 &     &    &  &     &    &  \\
O I  &     &    &  &-0.18&    &1 &     &    &  \\
Na I &     &    &  &+0.16&0.15&2 &     &    &  \\
Mg I &     &    &  &     &    &  &-0.54&    &1 \\
Al I &+0.15&0.03&2 &     &    &  &     &    &  \\
Si I &     &    &  &-0.20&    &2 &-0.05&0.12&6 \\
S I  &+0.03&0.11&2 &     &    &  &     &    &  \\
Ca I &     &    &  &-0.17&    &1 &-0.02&0.23&5 \\
Sc II&     &    &  &     &    &  &-0.01&0.17&5 \\
Ti I &     &    &  &-0.19&    &1 &     &    &  \\
Cr II&     &    &  &     &    &  &     &    &  \\
Mn I &     &    &  &-0.68&0.15&3 &     &    &  \\
Fe I &-0.28&0.13&8 &-0.24&0.09&23&-0.28&0.17&9 \\
Fe II&-0.23&0.08&4 &-0.25&0.12&5 &     &    &  \\
Ni I &-0.22&0.10&4 &-0.26&0.16&8 &-0.07&0.17&3 \\
Y II &     &    &  &     &    &  &+0.12&    &1 \\
Ba II&+0.66&    &1 &+0.63&    &1 &+0.25&    &1 \\
La II&+0.20&    &1 &     &    &  &     &    &  \\
Eu II&+0.32&    &1 &     &    &  &     &    &  \\
\hline
\end{tabular}
\end{table}

\begin{table}
\caption[]{Table 12. Abundances for DT Cyg.}
\smallskip
\begin{tabular}{lcccccccccc}
\hline
\multicolumn{1}{c}{El.}&\multicolumn{3}{c}{$\phi$=0.155}&
\multicolumn{3}{c}{$\phi$=0.774}&\multicolumn{3}{c}{$\phi=0.814$}&
\multicolumn{1}{c}{LL81}\\
\hline
\multicolumn{1}{c}{}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}&\multicolumn{1}{c}{[X/H]}\\
\hline
C I  &     &    &  &-0.28&0.25&5 &     &    &   &-0.35 \\
N I  &     &    &  &+0.25&0.13&3 &     &    &   &      \\
O I  &     &    &  &-0.11&0.18&4 &     &    &   &      \\
Na I &+0.54&    &1 &+0.48&0.06&2 &+0.43&    &1  &      \\
Mg I &-0.04&0.26&2 &-0.13&0.13&8 &-0.17&0.22&2  &      \\
Al I &     &    &  &+0.10&0.24&6 &     &    &   &      \\
Si I &     &    &  &+0.09&0.13&18&     &    &8  &+0.41 \\
S I  &+0.08&    &1 &+0.11&0.05&2 &-0.02&    &1  &      \\
Ca I &-0.02&0.22&8 &+0.07&0.10&5 &+0.11&0.24&6  &+0.68 \\
Ca II&     &    &  &-0.23&0.16&2 &     &    &   &      \\
Sc II&+0.16&0.24&3 &+0.07&0.24&2 &-0.03&0.23&3  &+0.01 \\
Ti I &+0.31&0.21&16&+0.34&0.26&15&+0.17&0.19&16 &+0.47 \\
Ti II&-0.05&0.27&12&-0.03&0.16&2 &+0.02&0.25&10 &+0.06 \\
V I  &+0.21&0.33&3 &+0.26&0.13&14&+0.01&0.34&5  &+0.45 \\
V II &+0.06&0.31&4 &+0.10&0.07&2 &+0.16&0.36&4  &      \\
Cr I &+0.13&0.24&20&+0.03&0.13&11&+0.15&0.21&17 &+0.24 \\
Cr II&+0.05&0.27&9 &     &    &  &+0.02&0.19&4  &      \\
Mn I &-0.27&0.26&11&     &    &  &-0.18&0.24&11 &      \\
Fe I &-0.18&0.17&55&-0.01&0.17&67&-0.07&0.21&77 &+0.13 \\
Fe II&-0.15&0.22&7 &+0.02&0.11&8 &-0.05&0.23&7  &+0.11 \\
Co I &-0.10&0.29&4 &+0.15&0.04&4 &+0.13&0.25&4  &+0.00 \\
Ni I &-0.15&0.23&12&-0.06&0.19&26&-0.01&0.26&12 &+0.06 \\
Ni II&-0.13&0.33&4 &     &    &  &-0.04&0.29&2  &      \\
Zn I &-0.24&0.22&2 &     &    &  &-0.29&0.24&2  &+0.00 \\
Sr I &+0.54&    &1 &     &    &  &+0.87&    &1  &      \\
Y I  &     &    &  &+0.25&0.17&2 &     &    &   &      \\
Y II &+0.48&0.28&2 &+0.32&    &1 &     &    &   &+0.07 \\
Zr II&+0.46&0.32&6 &+0.14&    &1 &+0.55&0.29&8  &      \\
La II&+0.00&0.17&5 &+0.23&0.03&2 &-0.10&0.19&4  &+0.24 \\
Ce II&+0.19&0.19&7 &     &    &  &+0.02&0.22&9  &      \\
Pr II&+0.08&0.18&2 &     &    &  &     &    &   &      \\
Nd II&+0.06&0.24&5 &     &    &  &+0.13&0.21&5  &+0.12 \\
Sm II&+0.26&0.19&12&     &    &  &+0.37&0.20&11 &      \\
Eu II&     &    &  &     &    &  &+0.19&    &1  &      \\
Gd II&+0.25&0.34&3 &     &    &  &+0.27&0.37&4  &      \\
\hline
\end{tabular}
\par
\noindent LL81 - Luck and Lambert (1981).
\end{table}

\begin{table}
\caption[]{Table 13. Abundances for SZ Tau.}
\smallskip
\begin{tabular}{lcccccc}
\hline
\multicolumn{1}{c}{El.}&\multicolumn{3}{c}{$\phi$=0.119}&
\multicolumn{3}{c}{$\phi$=0.501}\\
\hline
\multicolumn{1}{c}{}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}\\
\hline
O I  &-0.19&    &1 &     &    &   \\
Na I &+0.42&0.12&2 &     &    &   \\
Mg I &     &    &  &-0.31&    &1  \\
Si I &+0.08&0.18&4 &+0.04&0.16&5  \\
Si II&+0.06&0.12&3 &     &    &   \\
Ca I &     &    &  &+0.18&0.11&3  \\
Ti I &+0.07&    &1 &+0.29&    &1  \\
V I  &     &    &  &+0.21&0.08&2  \\
Cr II&     &    &  &+0.23&    &1  \\
Mn I &-0.42&0.14&3 &     &    &   \\
Fe I &+0.02&0.15&24&-0.06&0.15&22 \\
Fe II&+0.05&0.08&6 &     &    &   \\
Ni I &-0.07&0.12&8 &+0.03&0.06&2  \\
Y II &     &    &  &+0.56&    &1  \\
Nd II&     &    &  &+0.33&    &1  \\
\hline
\end{tabular}
\end{table}
\clearpage

\begin{table}
\caption[]{Table 14. Abundances for V1334 Cyg.}
\smallskip
\begin{tabular}{lccc}
\hline
El.  &[X/H]&$\sigma$&N\\
\hline
Na I &+0.44&        &1 \\
Mg I &+0.12&0.22    &2 \\
Si I &+0.18&        &1 \\
S I  &-0.25&0.26    &2 \\
Ca I &-0.08&0.31    &4 \\
Sc II&+0.08&0.26    &2 \\
Ti I &+0.17&0.26    &16\\
Ti II&+0.08&0.24    &5 \\
V I  &-0.06&0.35    &4 \\
V II &-0.05&0.24    &2 \\
Cr I &+0.09&0.28    &14\\
Cr II&-0.06&0.25    &4 \\
Mn I &-0.10&0.31    &6 \\
Fe I &-0.11&0.28    &47\\
Fe II&-0.08&0.29    &4 \\
Co I &+0.11&0.39    &3 \\
Ni I &+0.07&0.25    &9 \\
Zn I &-0.06&0.18    &2 \\
Sr I &+0.63&        &1 \\
Zr II&+0.15&0.33    &3 \\
La II&+0.13&0.26    &4 \\
Ce II&+0.11&0.23    &7 \\
Pr II&-0.09&        &1 \\
Nd II&+0.11&0.28    &3 \\
Sm II&+0.27&0.24    &7 \\
Gd II&+0.23&        &1 \\
\hline
\end{tabular}
\end{table}

\begin{table}
\caption[]{Table 15. Abundances for FF Aql.}
\smallskip
\begin{tabular}{lcccccc}
\hline
\multicolumn{1}{c}{El.}&\multicolumn{3}{c}{$\phi$=0.780}&
\multicolumn{3}{c}{$\phi$=0.864}\\
\hline
\multicolumn{1}{c}{}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}\\
\hline
Na I &+0.61&0.25&2 &+0.73&0.24&2  \\
Mg I &-0.08&0.22&2 &-0.24&0.25&2  \\
S I  &-0.04&    &1 &-0.22&0.19&2  \\
Ca I &+0.14&0.32&3 &-0.10&0.26&3  \\
Sc II&+0.38&0.27&2 &+0.23&0.25&2  \\
Ti I &+0.20&0.22&15&+0.28&0.27&18 \\
Ti II&+0.22&0.25&5 &+0.07&0.29&6  \\
V I  &-0.16&0.33&4 &-0.06&0.29&3  \\
V II &-0.04&0.33&4 &+0.13&0.34&5  \\
Cr I &+0.24&0.18&16&+0.14&0.23&18 \\
Mn I &-0.11&0.24&11&-0.17&0.26&10 \\
Fe I &-0.01&0.18&58&-0.10&0.21&56 \\
Fe II&-0.02&0.18&4 &-0.09&0.27&6  \\
Co I &+0.13&0.31&4 &-0.07&0.27&4  \\
Ni I &-0.02&0.21&13&-0.12&0.28&14 \\
Ni II&-0.24&0.35&3 &-0.31&0.33&3  \\
Zn I &-0.11&0.27&3 &-0.16&0.28&3  \\
Sr I &+0.22&    &1 &     &    &   \\
Zr II&+0.53&0.30&3 &+0.63&0.34&6  \\
La II&+0.00&0.19&5 &-0.04&0.21&5  \\
Ce II&+0.28&0.21&9 &+0.26&0.24&9  \\
Pr II&+0.26&    &1 &-0.16&    &1  \\
Nd II&+0.19&0.26&4 &+0.21&0.23&5  \\
Sm II&+0.30&0.17&10&+0.29&0.25&9  \\
Gd II&-0.09&    &1 &+0.15&0.28&2  \\
\hline
\end{tabular}
\end{table}        

\begin{table}
\caption[]{Table 16. Abundances for V1162 Aql.}
\smallskip
\begin{tabular}{lccc}
\hline
El.  &[X/H]&$\sigma$&N\\
C I  &+0.23&0.22    &6 \\
N I  &+0.22&0.44    &2 \\
O I  &+0.00&0.12    &4 \\
Na I &+0.23&0.04    &2 \\
Mg I &+0.14&0.23    &6 \\
Mg II&+0.24&0.04    &2 \\
Al I &+0.13&0.19    &6 \\
Si I &+0.05&0.19    &17\\
S I  &-0.11&0.11    &2 \\
Ca I &-0.08&0.03    &2 \\
Sc II&-0.31&        &1 \\
Ti I &+0.05&0.29    &17\\
Ti II&+0.03&0.01    &2 \\
V I  &-0.02&0.23    &15\\
V II &+0.05&0.15    &2 \\
Cr I &-0.12&0.16    &9 \\
Fe I &-0.13&0.15    &70\\
Fe II&-0.13&0.15    &7 \\
Co I &-0.02&0.34    &3 \\
Ni I &-0.22&0.17    &28\\
Y I  &+0.02&0.35    &2 \\
Zr II&+0.08&        &1 \\
La II&-0.12&0.06    &2 \\
Nd II&+0.46&        &1 \\
Eu II&-0.26&        &1 \\
\hline
\end{tabular}
\end{table}


\begin{table}
\caption[]{Table 17. Abundances for V440 Per.}
\smallskip
\begin{tabular}{lccccccccccccc}
\hline
\multicolumn{1}{c}{El.}&\multicolumn{3}{c}{$\phi$=0.080}&
\multicolumn{3}{c}{$\phi$=0.218}&\multicolumn{3}{c}{$\phi$=0.374}
&\multicolumn{3}{c}{$\phi$=0.385}&\multicolumn{1}{c}{L82}\\
\hline
\multicolumn{1}{c}{}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}&\multicolumn{1}{c}{[X/H]}&
\multicolumn{1}{c}{$\sigma$}&\multicolumn{1}{c}{N}&
\multicolumn{1}{c}{[X/H]}&\multicolumn{1}{c}{$\sigma$}&
\multicolumn{1}{c}{N}\\
\hline
C I  &     &    &  &-0.48&    &1 &     &    &  &-0.43&    &1 &     \\
O I  &     &    &  &     &    &  &     &    &  &-0.02&    &1 &     \\
Na I &     &    &  &     &    &  &+0.27&0.12&2 &+0.28&0.12&4 &+0.41\\
Mg I &-0.42&    &1 &     &    &  &     &    &  &-0.21&0.08&2 &-0.22\\
Al I &     &    &  &+0.20&0.01&2 &     &    &  &-0.32&0.10&2 &+0.20\\
Si I &+0.08&0.17&6 &     &    &  &+0.02&0.16&4 &+0.03&0.24&16&-0.01\\
S I  &     &    &  &-0.15&0.09&2 &     &    &  &-0.17&0.02&2 &-0.07\\
Ca I &+0.01&0.20&4 &-0.02&0.16&6 &     &    &  &+0.01&0.17&6 &+0.08\\
Sc II&+0.41&0.15&3 &     &    &  &     &    &  &+0.17&    &1 &-0.21\\
Ti I &+0.20&0.26&2 &     &    &  &+0.15&    &1 &+0.12&0.13&4 &+0.15\\
Ti II&     &    &  &     &    &  &     &    &  &+0.11&    &1 &+0.25\\
V I  &+0.13&0.14&2 &     &    &  &     &    &  &+0.07&0.11&4 &+0.16\\
V II &     &    &  &     &    &  &     &    &  &-0.16&0.05&2 &-0.21\\
Cr I &+0.13&0.20&2 &     &    &  &     &    &  &+0.06&0.27&9 &+0.01\\
Cr II&-0.09&    &1 &     &    &  &     &    &  &-0.15&0.25&8 &+0.06\\
Mn I &     &    &  &     &    &  &-0.72&0.12&3 &-0.27&0.10&4 &     \\
Fe I &-0.14&0.12&19&-0.11&0.11&9 &-0.07&0.12&24&-0.03&0.19&77&-0.03\\
Fe II&     &    &  &-0.17&0.11&4 &     &    &  &-0.04&0.19&7 &-0.03\\
Co I &     &    &  &     &    &  &     &    &  &-0.01&0.17&4 &-0.03\\
Ni I &-0.01&0.17&4 &-0.04&0.20&5 &-0.09&0.13&5 &+0.06&0.23&31&-0.13\\
Cu I &     &    &  &     &    &  &     &    &  &-0.31&    &1 &     \\
Y II &+0.32&    &1 &     &    &  &     &    &  &-0.02&0.25&4 &-0.07\\
Zr II&     &    &  &     &    &  &     &    &  &+0.05&0.37&3 &     \\
La II&     &    &  &+0.40&    &1 &+0.37&    &1 &+0.18&0.23&2 &+0.11\\
Ce II&     &    &  &     &    &  &     &    &  &+0.11&0.07&2 &-0.10\\
Pr II&     &    &  &     &    &  &     &    &  &+0.19&0.06&2 &-0.29\\
Nd II&+0.17&    &1 &     &    &  &     &    &  &+0.16&0.10&5 &-0.16\\
Eu II&     &    &  &+0.16&    &1 &     &    &  &+0.26&    &1 &     \\
\hline
\end{tabular}
\par
\noindent L82 - Luck (1982).
\end{table}

\begin{table}
\caption[]{Table 18. Abundances for Y Oph.}
\smallskip
\begin{tabular}{lccc}
\hline
El.  &[X/H]&$\sigma$&N \\
\hline
Na I &+0.64&0.33    &2 \\
Mg I &-0.23&0.22    &2 \\
Si I &+0.24&        &1 \\
S I  &-0.23&        &1 \\
Ca I &-0.23&0.31    &4 \\
Sc II&+0.36&        &1 \\
Ti I &+0.08&0.25    &17\\
Ti II&-0.17&0.26    &2 \\
V I  &-0.06&0.28    &7 \\
V II &-0.07&0.31    &2 \\
Cr I &+0.10&0.24    &17\\
Mn I &-0.19&0.28    &10\\
Fe I &-0.06&0.18    &49\\
Fe II&-0.03&0.30    &4 \\
Co I &+0.15&0.31    &3 \\
Ni I &-0.13&0.28    &11\\
Ni I &-0.42&        &1 \\
Zn I &-0.35&0.36    &3 \\
Sr I &+0.69&        &1 \\
Zr II&+0.14&0.23    &3 \\
La II&-0.09&0.19    &4 \\
Ce II&-0.02&0.27    &9 \\
Pr II&-0.20&        &1 \\
Nd II&-0.03&0.31    &3 \\
Sm II&-0.01&0.19    &11\\
Gd II&+0.09&0.35    &3 \\
\hline
\end{tabular}
\end{table}
\end{document}
