\begin{table}%t5
\caption{\label{sedresults}Results of our SED disc modelling.}
%\centerline
 {\small 
 \begin{tabular}{lcccc}
\hline \hline
& Grain size & $R_{\rm in} - R_{\rm out}$ & $m$ & $\alpha$\\
& $\mu$m & AU & $10^{-4}~M_{\odot}$ & \\
\hline 
MACHO~79.5501.13 & $0.1{-}10$ & $10{-}30$  & 1 & --1.5 \\
MACHO~81.9728.14: S & $5$ & $7{-}100$ & 2 & --1.5 \\
MACHO~81.9728.14: C& $0.1{-}10$ & $10{-}100$ & 0.6 & --1.0 \\
MACHO~82.8405.15 & $0.1{-}10$ & $17{-}200$ & 6 & --1.3 \\
\hline
\end{tabular}}
\medskip
Note: Given are the used grain-size distribution, the inner and outer radius ($R_{\rm in}$-$R_{\rm out}$), the total disc mass~$m$ for the homogeneous disc model and the surface-density distribution power law~$\alpha$.
For MACHO~81.9728.14 we give both the results of the silicate disc model~(S), and the carbon disc model~(C).
\end{table}