\begin{table}
\small
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\begin{tabular}{l|lll} 
& \textit{Benchmark 1:} & \textit{Benchmark 2:} & \textit{Benchmark 3:} \\
& Hydrodyn. & Steady & Unsteady \\
& convection   & dynamo & dynamo
\\ [1mm]\hline\\[-3mm]
$\eta$    & {0.35} & {0.35} & 0.35\\
$n$       & {2} & {2} & 2 \\
$N_\rho$  & {5} & {3} & 3 \\
$P$       & {1} & {1} & 2 \\
$P_m$     & {1} & {50} & 2 \\
$\tau$    & {2000} & {1000} & 40000\\
$R$       & {351806} & {80000}& 2.5e7\\ [2mm]
$N_r$ / $N_r$        & 129 / 129  & 129 / 129   & 111 / 111 \\
$N_l$ / $N_\theta$   & 128 / 128  & 128 / 128   & 120 / 144 \\
$N_m$ / $N_\varphi$ &  129 / 257  & 129 / 257   & 121 / 145 \\
Timestep    & 4e-6 & 1e-6  & 1e-7 \\ [2mm]
$E$ & 81.87991 & 4.19405e5 & 2.32730e5\\
$\overline{E}_p$ & 0.02201 & 53.0100 & 100.40\\
$\overline{E}_t$ & 9.37598 & 6.01725e4& 1.81399e4\\  [2mm]
$M$ & -- & 3.20172e5 & 2.58012e5 \\
$\overline{M}_p$ &  --  & 1.69650e4 & 2.91155e4 \\
$\overline{M}_t$ &  --  & 2.41185e5 & 1.17292e4 \\ [2mm]
Luminosity            & 4.19886 & 11.50302 & 42.50992\\
%Period                & \red{to be} & \red{inserted}& -- \\
%Frequency $\omega$    & \red{to be} & \red{inserted}& -- \\
%$\u_\phi$ at $u_r=0$  & \red{to be} & \red{inserted}& -- \\
%$S$ at $u_r=0$  & \red{to be} & \red{inserted}& -- 
\end{tabular}
\normalsize
\caption{Comparison with the benchmark solutions proposed in
  \cite{JonesBench}.
}
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\label{tab01}
\end{table}
