\begin{table}%t1
\caption{COND isochrones for 0.1 Gyr.}\label{tab1}
%%%%\centerline


\par
{
\begin{tabular}{lcccccccccccc}
\hline  \hline
$m/\msol$  &$T_{{\rm eff}}$ & $\log L/\lsol$ & $R/R_\odot$ & $\log ~g$
&$M_V$ &$M_R$ &$M_I$ &$M_J$  &$M_H$&
 $M_K$ & $M_{L'}$ & $M_M$\\
\hline
 0.0005&  240. & $-$7.418& 0.114& 3.020& 41.98& 37.51& 34.00& 28.42& 26.59& 37.66& 19.57& 17.64\\
 0.0010&  309. & $-$6.957& 0.117& 3.300& 32.58& 28.68& 25.89& 22.43& 22.38& 29.11& 17.41& 15.69\\
 0.0020&  425. & $-$6.383& 0.120& 3.580& 29.69& 25.62& 22.79& 20.05& 19.76& 23.13& 15.94& 14.55\\
 0.0030&  493. & $-$6.112& 0.121& 3.746& 28.71& 24.48& 21.66& 18.88& 18.57& 20.88& 15.21& 13.93\\
 0.0040&  563. & $-$5.880& 0.122& 3.869& 28.09& 23.77& 20.95& 17.95& 17.71& 19.35& 14.59& 13.50\\
 0.0050&  630. & $-$5.686& 0.122& 3.965& 27.65& 23.25& 20.44& 17.23& 17.02& 18.15& 14.06& 13.14\\
 0.0060&  688. & $-$5.534& 0.121& 4.048& 27.36& 22.92& 20.09& 16.71& 16.51& 17.26& 13.67& 12.83\\
 0.0070&  760. & $-$5.365& 0.121& 4.117& 27.03& 22.55& 19.74& 16.16& 16.01& 16.38& 13.26& 12.55\\
 0.0080&  816. & $-$5.246& 0.120& 4.180& 26.77& 22.28& 19.49& 15.76& 15.65& 15.79& 12.97& 12.35\\
 0.0090&  886. & $-$5.103& 0.120& 4.232& 26.45& 21.96& 19.19& 15.32& 15.23& 15.16& 12.63& 12.13\\
 0.0100&  953. & $-$4.978& 0.120& 4.279& 26.10& 21.66& 18.92& 14.94& 14.86& 14.69& 12.34& 11.96\\
 0.0120& 1335. & $-$4.332& 0.129& 4.297& 23.53& 19.44& 16.79& 13.20& 12.97& 12.76& 10.90& 11.17\\
 0.0150& 1399. & $-$4.281& 0.124& 4.424& 23.30& 19.24& 16.46& 13.05& 12.82& 12.65& 10.83& 11.15\\
 0.0200& 1561. & $-$4.110& 0.122& 4.569& 22.30& 18.55& 16.08& 12.60& 12.34& 12.17& 10.53& 10.99\\
 0.0300& 1979. & $-$3.668& 0.126& 4.715& 19.96& 16.80& 14.48& 11.52& 11.20& 10.90&  9.82& 10.38\\
 0.0400& 2270. & $-$3.386& 0.132& 4.797& 18.46& 15.63& 13.31& 10.89& 10.52& 10.19&  9.39&  9.84\\
 0.0500& 2493. & $-$3.167& 0.141& 4.837& 17.09& 14.77& 12.53& 10.43& 10.02&  9.71&  9.04&  9.37\\
 0.0600& 2648. & $-$3.008& 0.150& 4.863& 16.08& 14.12& 12.01& 10.10&  9.68&  9.37&  8.78&  9.03\\
 0.0700& 2762. & $-$2.879& 0.160& 4.874& 15.33& 13.59& 11.60&  9.82&  9.39&  9.10&  8.55&  8.75\\
 0.0720& 2782. & $-$2.856& 0.162& 4.875& 15.20& 13.50& 11.53&  9.77&  9.34&  9.05&  8.51&  8.70\\
 0.0750& 2809. & $-$2.821& 0.166& 4.875& 15.01& 13.36& 11.42&  9.69&  9.26&  8.97&  8.44&  8.63\\
 0.0800& 2846. & $-$2.776& 0.170& 4.880& 14.77& 13.18& 11.29&  9.60&  9.16&  8.87&  8.36&  8.53\\
 0.0900& 2910. & $-$2.689& 0.180& 4.884& 14.34& 12.85& 11.03&  9.40&  8.96&  8.68&  8.19&  8.35\\
 0.1000& 2960. & $-$2.617& 0.189& 4.887& 14.02& 12.58& 10.82&  9.24&  8.80&  8.52&  8.05&  8.19\\
\hline
\end{tabular}}
\medskip
Notes: 
$T_{{\rm eff}}$ is in K, the gravity $g$ in cgs.
 The $VRI$ magnitudes are in the
Johnson-Cousins system (Bessell 1990), $JHK$ in the CIT system (Leggett
\cite{Leg92}), $L^\prime$ in the Johnson-Glass system and M in the Johnson system.
\end{table}