\begin{table}%T1
\caption{\label{table1}Initial properties and lifetimes of central burning stages of
solar metallicity models. Also given are the total mass and the
different core masses at the end of central silicon burning as
well as at the last time step of our calculations. These last
models correspond approximatively to the end of the first shell
silicon burning for non-rotating models and slightly later then
central silicon burning for rotating ones. All masses are in
solar mass units. Lifetimes are in years with exponent in brackets
(2.14 $(-2)=2.14\times 10^{-2}$). Velocities are in~km~s$^{-1}$.}
%\centering
\par
\begin{tabular}{l r r r r r r r r r r}
\hline \hline
\multicolumn{11}{c}{Initial model properties} \\
\hline
$M_{\rm{ZAMS}}$    &   15        &   15        &   20        &   20        &  25         &   25        &   40        &   40        &   60        &  60         \\
$\upsilon_{\rm{ZAMS}}$    &   0         &   300       &   0         &   300       &   0         &   300       &   0         &   300       &   0         &   300       \\
\noalign{\smallskip}\hline 
\multicolumn{11}{c}{Lifetime of burning stages} \\
\hline
$\tau_{\rm{H}}$    &   1.13 (7) &   1.43 (7) &   7.95 (6) &   1.01 (7) &   6.55 (6) &   7.97 (6) &   4.56 (6) &   5.53 (6) &   3.62 (6) &   4.30 (6) \\
$\tau_{\rm{He}}$   &   1.34 (6) &   1.13 (6) &   8.75 (5) &   7.98 (5) &   6.85 (5) &   6.20 (5) &   4.83 (5) &   4.24 (5) &   3.85 (5) &   3.71 (5) \\
$\tau_{\rm{C}}$    &   3.92 (3) &   1.56 (3) &   9.56 (2) &   2.82 (2) &   3.17 (2) &   1.73 (2) &   4.17 (1) &   8.53 (1) &   5.19 (1) &   5.32 (1) \\
$\tau_{\rm{Ne}}$   &   3.08     &   0.359     &  0.193      &  8.81 (--2)  &  0.882      &  0.441      &  4.45 (--2)  &  6.74 (--2)  &  4.04 (--2)  &  4.15 (--2)  \\
$\tau_{\rm{O}}$    &   2.43     &   0.957     &  0.476      &  0.132  &  0.318      &  0.244      &  5.98 (--2)  &  0.176  &  5.71 (--2)  &  7.74 (--2)  \\
$\tau_{\rm{Si}}$   &   2.14 (--2) &   8.74 (--3) &   9.52 (--3) &   2.73 (--3) &   3.34 (--3) &   2.15 (--3) &   1.93 (--3) &   2.08 (--3) &   1.95 (--3) &   2.42 (--3) \\
\noalign{\smallskip}\hline 
\multicolumn{11}{c}{End of central silicon burning} \\
\hline
$M_{\rm{total}}$   &   13.232    &  10.316     &  15.694     &   8.763     &  16.002     &  10.042     &  13.967     &  12.646     &  14.524     &  14.574     \\
$M_{\alpha}^{75}$  &    4.211    &   5.677     &   6.265     &   8.654     &   8.498     &  10.042     &  13.967     &  12.646     &  14.524     &  14.574     \\
$M_{\rm{CO}}^{\rm{int}}$&    2.441    &   3.756     &   4.134     &   6.590     &   6.272     &   8.630     &  12.699     &  11.989     &  13.891     &  13.955     \\
$M_{\rm{CO}}^{01}$ &    2.302    &   3.325     &   3.840     &   5.864     &   5.834     &   7.339     &  10.763     &   9.453     &  11.411     &  11.506     \\
$M_{\rm{Si}}^{50}$ &    1.561    &   2.036     &   1.622     &   2.245     &   1.986     &   2.345     &   2.594     &   2.212     &   2.580     &   2.448     \\
$M_{\rm{Fe}}^{50}$ &    1.105    &   1.290     &   1.110     &   1.266     &   1.271     &   1.407     &   1.464     &   1.284     &   1.458     &   1.409     \\
\noalign{\smallskip}\hline  
\multicolumn{11}{c}{Last model} \\
\hline
$M_{\rm{Si}}^{50}$ &    1.842    &   2.050     &   2.002     &   2.244     &   2.577     &   2.894     &   2.595     &   2.868     &   2.580     &   2.448     \\
$M_{\rm{Fe}}^{50}$ &    1.514    &   1.300     &   1.752     &   1.260     &   1.985     &   1.405     &   2.586     &   1.286     &   2.440     &   1.409     \\
\hline
\end{tabular}
\end{table}