\begin{table}%t5
\caption{Hot component of FN Sgr.
\label{hc}}
\par
%\centerline
{\begin{tabular}{lcccccc} \hline \hline
\multicolumn{1}{l}{JD$^1$/phase} & \multicolumn{2}{c}{Temperature} 
& \multicolumn{4}{c}{Luminosity$^2~~[L_{\odot}]$} \\ 
            & $\chi_{\rm max}$~[eV] & $T_{\rm el}$~[$10^3$~K] &
  $L_{\rm h}(\rm H\beta)$ &  $L_{\rm h}(\ion{He}{ii}4686)$ &  $L_{\rm h}\rm (UV)$ &
  $L_{\rm h}$(A-F)\\
\hline
48~117/0.212$^3$ & 114 & &   &    &   & \\
48~190/0.360$^3$ & 114 & 170 & 1460 & 1800 & 1440 \\
48~203/0.366$^3$ & 114 & 150 & 1080 & 1200 & 430 \\
49~945/0.428 & 114 & 150 & 1200 & 1500 & 1200 & 540 \\
50~590/0.563 & ~55 & ~70 & 1530 & 1500 & 1080 & 1940 \\
51~065-70/0.402 & ~55 & ~58: & 1420 & ~945: & 1000 & 1940\\
51~325/0.856 & ~55 & 127 & 1030 & 1240 & 1080 & 970\\
51~755-7/0.614 & 100 & 160 & 1420 & 1800 & 1440 & 1400\\
51~791/0.686 & 100 & 180 & 1900 & 2700 & 2200 & 1620\\
51~826-8/0.738 & 114 & 150 & 1850 & 2400 & 1800 & ~540\\
52~133-5/0.279 & 114 & 170 & 1170 & 1550 & 1200 & ~430\\
\hline
\end{tabular}}
\par
\smallskip
\noindent $^1$ Julian Date = 2~400~000 +  JD listed in table;
 $^2$ assumes $d=7.5$~kpc and $E_{B-V}=0.2$;
\par
\noindent $^3$ Based on emission line fluxes from Barb\'a et~al. 
(\cite{barba92}).
 \end{table}