\begin{table}%t6
\caption {\label{tab:param}In the upper table, we report the estimated stellar properties, and 
 in the lower table, the stellar and disc parameters resulting from 
 SED-fitting using \cite{Dullemond2001} model. 
}
%%\centerline

 {\begin{tabular}{ l l }
\hline \hline
Stellar Parameter & value \\
\hline
 ${L}$  (${L}_{\odot}$)  &   2.6$^\dag$      \\
 ${T}_{\rm eff}$ (K)  		&  5520$^\ddag$      \\
 ${R}$ (${R}_{\odot}$)	    &   1.8$^*$	 \\
 ${M}$ (${M}_{\odot}$)	    &   1.3$^{**}$      \\
 ${\rm Age}$  (Myr)                     &   10$^{**}$       \\
\hline
Model Disc Best-Fit Parameters          & 	     \\
 ${L}_{\star}$  (${L}_{\odot}$) &	2.5      \\
 ${T}_{\star}$ (K)  	    &  5400      \\
 ${M}_{\star}$ (${M}_{\odot}$)  &	1.5      \\
 ${M}_{\rm disc}$ (${M}_{\odot}$)   &  $5\times 10^{-3}$ \\
 ${R}_{\rm out}$ (AU)	                &	150	\\
 ${R}_{\rm in}$ (AU)			    &   0.13	\\
Temperature of rims                     &  1300 	   \\
Inclination $i$	                        &  75\degr\    \\
% A$_V$   	                        &  1.4  	    \\
%Distance (pc)				 &  100  	   \\
\hline 
\end{tabular}}
\smallskip
\par
 {$\dag$ From SED integration and adopting $d=100$~pc and $A_V=1.3$; 
$\ddag$ from the relations by \citet{Kenyon1995} for a G8~V~star;
$*$  from the Stefan-Boltzman law;
$**$ from comparison with \citet{Palla1999} PMS~tracks. 
}
\end{table}