\begin{table}%t1
 \caption{Initial models and their parametrisation:
    $A$ and $\beta_{{\rm rot}}$ are the rotation law parameter
    (Eq. (\ref{Gl:jconst})) and the ratio of rotational to
    gravitational energy, respectively.  Larger values of $A$ correspond
    to more rigidly rotating cores.  $\Gamma_1$ is the sub-nuclear
    adiabatic index of our hybrid equation of state (see
    Sect.~\ref{Suk:Modelle:MikPhy}).}
  \label{Tab:InitPars}
  %\centering
\par
  \begin{tabular}{cl|cl|cl}
    \hline \hline
    Model & $A [{\rm cm}]$ & Model & $\beta_{{\rm rot}} [\%]$ 
                              & Model & $\Gamma_1$ \\
    \hline
    A1 &  $5\times 10^{9}$  & B1 & $\approx$$0.25$ & G1 & $1.325$\\
    A2 &  $1\times 10^{8}$  & B2 & $\approx$$0.45$ & G2 & $1.32$ \\
    A3 &  $5\times 10^{7}$  & B3 & $\approx$$0.9$  & G3 & $1.31$ \\
    A4 &  $1\times 10^{7}$  & B4 & $\approx$$1.8$  & G4 & $1.30$ \\
       &               & B5 & $\approx$$4.0$  & G5 & $1.28$ \\
    \hline 
  \end{tabular}
\end{table}