\begin{table}%t2
\caption{\label{tbl_models}List of numerical science models.}
\small
%\centering
\par
\begin{tabular}{l l l l l}
\hline\hline
Name & Grid size & Resolution &~$t_{\rm end}$ & Description \\
\hline\noalign{\smallskip}
SC1a & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.4$, external analytical solution $\lambda_1 = 10^3$,
$\lambda_2 = 10^{-3}$ \\
SC1b & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.2$, external analytical solution $\lambda_1 = 10^3$,
$\lambda_2 = 10^{-3}$ \\
SC1c & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.1$, external analytical solution $\lambda_1 = 10^3$,
$\lambda_2 = 10^{-3}$ \\
SC1d & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.01$, external analytical solution $\lambda_1 = 10^3$,
$\lambda_2 = 10^{-3}$ \\
SC1e & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.001$, external analytical solution $\lambda_1 = 10^3$,
$\lambda_2 = 10^{-3}$ \\
SC2     & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.4$, external analytical solution $\lambda_1 = 100$, 
$\lambda_2 = 0.1$ \\
SC3     & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
same as model SC2, but solutions are swapped \\
SC4     & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
$\alpha_{\rm trunc} = 0.4$, external analytical solution $\lambda_1 = 1$, 
$\lambda_2 = 0.1$ \\
SC5     & [0,~50] $\times$ [6,~100]  & 200 $\times$ 400 & 250.0 & 
same as model SC4, but solutions are swapped \\
\hline
\end{tabular}
\end{table}