\begin{table}%t3
      \caption{\label{tab3}Non-LTE abundance corrections and equivalent widths for the Li~I $\lambda=610.3$~nm line. }
   %\centerline
{\begin{tabular}{p{0.6cm}p{0.6cm}p{0.6cm}p{0.7cm}p{0.9cm}p{0.6cm}p{0.7cm}p{0.7cm}}
                \hline\hline\noalign{\smallskip}
$T_{\rm eff}$  & $\log{g}$& [Fe/H]      &$\xi_{\rm t}$       & $A\rm(Li)_{LTE}$  & $\Delta^{(a)}$ & $W_{\lambda\rm,LTE}$ & $W_{\lambda\rm,NLTE}$\\
 $\rm[K]$     &          &             & [km/s]         &        &          &   [pm]     &  [pm]\\
                \hline
4000 & 1.0 & $-3.0$ & 2.0 &  0.0 &  0.17&   0.02&   0.02\\
4000 & 1.0 & $-3.0$ & 2.0 &  0.3 &  0.17&   0.05&   0.03\\
4000 & 1.0 & $-3.0$ & 2.0 &  0.6 &  0.17&   0.09&   0.06\\
4000 & 1.0 & $-3.0$ & 2.0 &  0.9 &  0.17&   0.19&   0.13\\
4000 & 1.0 & $-3.0$ & 2.0 &  1.2 &  0.17&   0.37&   0.25\\
4000 & 1.0 & $-3.0$ & 2.0 &  1.5 &  0.17&   0.73&   0.49\\
...  &...  & ...  &...  &...   &...   &...    &...  \\
                \hline\end{tabular}}
                \smallskip
\par
$^{(a)}$ $\Delta=A\rm(Li)_{non-LTE}-\it A\rm(Li)_{LTE}$. The whole table can be retrieved in machine-readable format from the CDS.
   \end{table}