\begin{table}%t4[tb]
%\centering
\par
\caption{Abundances in HS~0822+3542.}
\label{t:Chem}
\begin{tabular}{lc} \hline \hline
\rule{-3pt}{10pt}
$T_{\rm e}$(\ion{O}{iii})(K)\                & $18200\pm1000$ ~~     \\
$T_{\rm e}$(\ion{O}{ii})(K)\                 & $15100\pm800$ ~~     \\
$T_{\rm e}$(\ion{S}{iii})(K)\                & $16800\pm800$ ~~     \\
$N_{\rm e}$(\ion{S}{ii})(cm$^{-3}$)\         & $\le$10 ~~         \\
& \\
O$^{+}$/H$^{+}$($\times$10$^5$)\     & $0.259\pm0.040$~~     \\ 
O$^{++}$/H$^{+}$($\times$10$^5$)\    & $2.478\pm0.345$~~     \\ 
O/H($\times$10$^5$)\                 & $2.737\pm0.348$~~     \\ 
12+$\log$(O/H)\                         & ~$7.44\pm0.06$~~      \\
& \\ 
N$^{+}$/H$^{+}$($\times$10$^7$)\     & $0.753\pm0.178$~~     \\ 
ICF(N)\                              & 10.566                 \\ 
$\log$(N/O)\                            & --$1.54\pm0.12$~~     \\
& \\ 
Ne$^{++}$/H$^{+}$($\times$10$^5$)\   & $0.338\pm0.053$~~     \\ 
ICF(Ne)\                             & 1.105                 \\ 
$\log$(Ne/O)\                           & --$0.87\pm0.09$~~     \\
& \\ 
S$^{+}$/H$^{+}$($\times$10$^7$)\     & $0.430\pm0.059$~~     \\ 
S$^{++}$/H$^{+}$($\times$10$^7$)\    & $3.569\pm1.091$~~     \\ 
ICF(S)\                              & 2.542                 \\ 
$\log$(S/O)\                            & --$1.43\pm0.13$~~     \\
& \\ 
Ar$^{++}$/H$^{+}$($\times$10$^7$)\   & $0.713\pm0.114$~~     \\ 
Ar$^{+++}$/H$^{+}$($\times$10$^7$)\  & $0.660\pm0.210$~~     \\ 
ICF(Ar)\                             & 1.008                 \\ 
$\log$(Ar/O)\                           & --$2.30\pm0.09$~~     \\
%& \\
\hline 
\end{tabular}
\par
\end{table}