\begin{table}%t6
\caption{\label{table:effcollstr}Effective collision strengths for the fine structure transitions from the 3s$^2$~$^1$S$_0$ ground state to levels 2$-$14 of \ion{S}{v}, for electron temperatures ranging from $\log_{10} T_{\rm e}({\rm K}) = 4.0$ to $6.0$ in steps of 0.2~dex. A superscript indicates the power of 10 with which the number must be multiplied i.e., $a^{-n}=a \times 10^{-n}$, $i$ and $j$ denote the initial and final levels of the transition (see Table~\ref{table:j-index}).}
\small%\centering
\par
\begin{tabular}{cccccccccccccc}
\hline
\hline 
\multicolumn{4}{l}{Transition} & \multicolumn{10}{c}{$\log_{10} T_{\rm e}$(K)$\quad\qquad\qquad$}\\  \cline{4-14}  
$i$& &$j$& \multicolumn{1}{l}{4.0} & \multicolumn{1}{l}{4.2} & \multicolumn{1}{l}{4.4} & \multicolumn{1}{l}{4.6}& \multicolumn{1}{l}{4.8} & \multicolumn{1}{l}{5.0} & \multicolumn{1}{l}{5.2} & \multicolumn{1}{l}{5.4} & \multicolumn{1}{l}{5.6} & \multicolumn{1}{l}{5.8} & \multicolumn{1}{l}{6.0}\\ 
\hline 
\noalign{\smallskip}
1&--&2&2.12$^{-1}$&2.04$^{-1}$&1.94$^{-1}$&1.81$^{-1}$&1.60$^{-1}$&1.36$^{-1}$&1.10$^{-1}$&8.52$^{-2}$&6.44$^{-2}$&4.75$^{-2}$&3.43$^{-2}$\\
1&--&3&6.35$^{-1}$&6.11$^{-1}$&5.83$^{-1}$&5.42$^{-1}$&4.81$^{-1}$&4.07$^{-1}$&3.29$^{-1}$&2.56$^{-1}$&1.94$^{-1}$&1.43$^{-1}$&1.04$^{-1}$\\
1&--&4&1.06$^{}$&1.02$^{}$&9.72$^{-1}$&9.03$^{-1}$&8.02$^{-1}$&6.78$^{-1}$&5.48$^{-1}$&4.26$^{-1}$&3.22$^{-1}$&2.38$^{-1}$&1.72$^{-1}$\\
1&--&5&7.04$^{}$&7.03$^{}$&7.05$^{}$&7.13$^{}$&7.29$^{}$&7.51$^{}$&7.85$^{}$&8.39$^{}$&9.20$^{}$&1.03$^{1}$&1.15$^{1}$\\
1&--&6&7.19$^{-1}$&7.25$^{-1}$&7.11$^{-1}$&6.90$^{-1}$&6.69$^{-1}$&6.53$^{-1}$&6.42$^{-1}$&6.37$^{-1}$&6.34$^{-1}$&6.25$^{-1}$&5.96$^{-1}$\\
1&--&7&1.04$^{-2}$&9.57$^{-3}$&8.92$^{-3}$&8.12$^{-3}$&7.06$^{-3}$&5.81$^{-3}$&4.54$^{-3}$&3.38$^{-3}$&2.43$^{-3}$&1.70$^{-3}$&1.16$^{-3}$\\
1&--&8&3.12$^{-2}$&2.87$^{-2}$&2.68$^{-2}$&2.44$^{-2}$&2.12$^{-2}$&1.74$^{-2}$&1.36$^{-2}$&1.01$^{-2}$&7.27$^{-3}$&5.06$^{-3}$&3.44$^{-3}$\\
1&--&9&5.21$^{-2}$&4.79$^{-2}$&4.46$^{-2}$&4.06$^{-2}$&3.53$^{-2}$&2.90$^{-2}$&2.27$^{-2}$&1.69$^{-2}$&1.22$^{-2}$&8.48$^{-3}$&5.77$^{-3}$\\
1&--&10&1.27$^{-1}$&1.29$^{-1}$&1.27$^{-1}$&1.22$^{-1}$&1.12$^{-1}$&9.93$^{-2}$&8.62$^{-2}$&7.36$^{-2}$&6.15$^{-2}$&4.98$^{-2}$&3.88$^{-2}$\\
1&--&11&2.12$^{-1}$&2.14$^{-1}$&2.12$^{-1}$&2.03$^{-1}$&1.87$^{-1}$&1.67$^{-1}$&1.46$^{-1}$&1.25$^{-1}$&1.04$^{-1}$&8.45$^{-2}$&6.64$^{-2}$\\
1&--&12&2.97$^{-1}$&3.00$^{-1}$&2.96$^{-1}$&2.84$^{-1}$&2.61$^{-1}$&2.31$^{-1}$&2.00$^{-1}$&1.71$^{-1}$&1.42$^{-1}$&1.15$^{-1}$&9.02$^{-2}$\\
1&--&13&5.20$^{-2}$&5.47$^{-2}$&5.42$^{-2}$&5.13$^{-2}$&4.72$^{-2}$&4.30$^{-2}$&3.93$^{-2}$&3.65$^{-2}$&3.41$^{-2}$&3.20$^{-2}$&2.96$^{-2}$\\
1&--&14&8.72$^{-1}$&8.93$^{-1}$&9.07$^{-1}$&9.10$^{-1}$&9.07$^{-1}$&9.09$^{-1}$&9.23$^{-1}$&9.52$^{-1}$&9.94$^{-1}$&1.04$^{}$&1.07$^{}$\\
  \hline
\end{tabular}
\end{table}