\begin{table} %T3
%\centering
\small
\caption{NGs with \lxo~$>-2$. Groups of rows separated by horizontal
lines correspond to the sample indicated in the first column.  \deudf\
stands for the combined correlation samples \deudf--\xmm\ and
\deudf--\chandra.  Each row corresponds to the NG type indicated in the
second column.  Each of the last three columns gives the fraction of
NGs with \lxo~$>-2$ in the $\log L_{\rm X}$ region indicated at the top of
the column. Note that the second of these columns includes NGs from 
the $\log L_{\rm X} < 42$ column which {\it also} have $\log L_{\rm X} > 41$. 
Thus, the numerator gives the number of NGs of a given type
in a given sample and a given $\log L_{\rm X}$ range, and the denominator
the total number of NGs in the same sample and $\log L_{\rm X}$ range.
Galaxies for which only upper limit information is available have not
been taken into account. Empty entries indicate that no NGs of this
type have been found. Galaxy labels are as in Tables~\ref{tab:xmm}
and~\ref{tab:chandra}. Additionally, "sb''rq\ stands for starburst 
and "E'' for
elliptical.}
\label{tab:results} 
\begin{tabular}{llc cc} 
\hline\hline 
Sample    & NG type & $ \log L_{\rm X} < 42 $ & $41 < \log L_{\rm X} < 42$ & $\log L_{\rm X} \ge 42$ \\
\hline
\deudf\     &\htwo\   &        4/18       &                      &          \\
          &\htwo?   &        1/18       &                      &          \\
          & A       &        2/18       &  2/2                 &   1/1   \\
%2/26 = There are 26 galaxies (all types, NG and AGN) with logL_{\rm X}<42
%and 2 of these are A
\hline
\citet{ZezasPhD} & any & 0 & 0 & 0\\
\par
\hline
\citet{1992ApJS...80..531F}&  sb & 2/167  &  1/26 & \\
                           &   E &  11/167  &  11/26 &    3/3\\
\hline 
\end{tabular} 
\end{table}