\begin{table}%t1
\caption{\label{t1}List of simulations performed with relevant physical details.}
\par
%\centerline
{
\begin{tabular}{clcrcc}
\hline\hline       
Serial & Experimental & Precollision & Number of  & Head-on or & $T_{0}$ $^{2}$\\
No. & details$^{1}$ &  Mach Number ($\mathcal{M}$) & gas particles & off-centre \\
\hline                    
   1 & $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ & 3 & $N_{\rm gas}$ = 120~000 & Yes & 54 K\\
& $R_{\rm cld1}  =  R_{\rm cld2}  = 0.8$ pc, $T_{\rm cld} = 54$ K & & \\
\hline
 2 & $M_{\rm cld1}  = M_{\rm cld2} = 50~M_{\odot}$ & 3 & $N_{\rm gas}$ = 120~000 & No & 54 K\\
& $R_{\rm cld1} = R_{\rm cld2} = 0.8$ pc, $T_{\rm cld} = 54$ K & & &  $b = 0.2$ pc \\
\hline
 3 & $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ & 3 & $N_{\rm gas}$ = 120~000 & Yes & 10 K\\
& $R_{\rm cld1} = R_{\rm cld2} = 0.8$ pc, $T_{\rm cld}$ = 54 K & & \\
\hline
 4 & $M_{\rm cld1} = M_{\rm cld2} = 2000~M_{\odot}$ & 3 & $N_{\rm gas}$ = 120~000 & No & 10 K\\
& $R_{\rm cld1} = R_{\rm cld2} = 4.5$ pc, $T_{\rm cld}$ = 377 K & & & $b$ = 1.25 pc \\
\hline
 5 & $M_{\rm cld1} = M_{\rm cld2} = 50~M_{\odot}$ & 1 & $N_{\rm gas}$ = 120~000 & Yes & 54 K\\
& $R_{\rm cld1}  =  R_{\rm cld2} = 0.8$ pc, $T_{\rm cld}$ = 54 K &&  \\
\hline                  
\end{tabular}}
\par
\medskip
$^{1}$ Mass, radius, and temperature of individual clouds. \\
$^{2}$ Temperature at which the post shock gas slab  is maintained.
\end{table}