\begin{table}%t3
\caption{Trial solutions for the \ion{H}{i} shell RVs,
\ion{He}{i} RVs and a combination of \ha emission-wing RVs with \ion{He}{i}
RVs measured via cross-correlation in \citet{jarad87}.}\label{trial2}
%\centerline
 {\small \begin{tabular}{lrrrcccrr}
\hline\hline 
  Element     &Sol. 3    & Sol. 4   & Sol. 5 \\
 \hline 
$P$ (d)           & 132.920&133.000&132.901 \\
                  & \p0.013&\p0.034&\p0.044 \\
$T_{\rm RV~max.}$& 47016.4 \p 3.6   & 47027.2 \p 3.5  & 47027.9 \p 1.3\\
$K$ (\ks)         & 9.74 \p 0.41     & 7.6 \p 1.2      & 8.29 \p 0.61\\
rms (\ks)         & 8.09           & 16.25         & 4.44\\
No. of RVs        & 801            & 509           & 178 \\
 \hline 
\end{tabular}}
\medskip
Solution~3 for the \ion{H}{i} shell RVs was formally calculated as an eccentric orbit solution with $e=0.25$ and $\omega = 305^\circ$, the remaining two solutions are derived for a circular orbit.
\end{table}