\begin{table}%t1
\caption{\label{T1}Orbital parameters for the HD~60532 system $\Sa$, obtained with a 3-body Newtonian fit with $i=90^\circ$ (top) and for the system system $\Sb$, with $i=20^\circ$ (bottom) ($M_\star = 1.44~M_\odot$).}
%\centering
\small
\begin{tabular}{l l c c} 
\hline \hline
{\bf Param.}  & {\bf [unit]} & {\bf {HD}~60532~b} & {\bf {HD}~60532~c} \\ 
\hline 
%&&& \\[-8pt]
$\sqrt{\chi^2}$     &                      & \multicolumn{2}{c}{4.407}   \\ 
rms        & [m/s]                & \multicolumn{2}{c}{4.380}   \\  
\hline
Date         & [JD-2~400~000]         & \multicolumn{2}{c}{54~000.00 (fixed)}  \\ 
$V$          & [km~s$^{-1}$]               & \multicolumn{2}{c}{$ -0.0049 \pm 0.0004 $}  \\  
$P$          & [day]                & $ 201.46 \pm 0.13  $ & $ 605.28 \pm 2.12  $ \\ 
$\lambda$    & [deg]                & $  14.48 \pm 0.69  $ & $ 316.23 \pm 0.95  $ \\ 
$e$          &                      & $  0.279 \pm 0.006 $ & $  0.027 \pm 0.007 $ \\ 
$\omega$     & [deg]                & $ 352.15 \pm 1.08  $ & $ 136.81 \pm 16.34  $ \\ 
$K$          & [m/s]                & $  29.63 \pm 0.32  $ & $  46.80 \pm 0.40  $ \\  
$i$          & [deg]                & $ 90 $ (fixed)      & $ 90 $ (fixed)      \\  
\hline
$M  $ & [$M_\mathsf{Jup}$]     & $ 1.0484 $           & $ 2.4866 $ \\
$a$          & [AU]                 & $ 0.7597 $           & $ 1.5822 $ \\ 
\hline 
{\bf Param.} & {\bf [unit]} & {\bf {HD}~60532~b} & {\bf
{HD}~60532~c} \\ 
\hline
&&& \\[-8pt]
$\sqrt{\chi^2}$     &                      & \multicolumn{2}{c}{4.369}   \\
rms        & [m/s]                & \multicolumn{2}{c}{4.342}   \\ 
\hline
Date         & [JD-2~400~000]         & \multicolumn{2}{c}{54~000.00 (fixed)}  \\
$V$          & [km~s$^{-1}$]               & \multicolumn{2}{c}{$ -0.0055    \pm 0.0003 $}  \\
$P$          & [day]                & $ 201.83 \pm 0.14  $ & $ 607.06 \pm 2.07  $ \\
$\lambda$    & [deg]                & $  14.78 \pm 0.66  $ & $ 317.02 \pm 0.93  $ \\
$e$          &                      & $  0.278 \pm 0.006 $ & $  0.038 \pm 0.008 $ \\
$\omega$     & [deg]                & $ 352.83 \pm 1.05  $ & $ 119.49 \pm 9.14  $ \\
$K$          & [m/s]                & $  30.34 \pm 0.32  $ & $  47.84 \pm 0.44  $ \\
$i$          & [deg]                & $ 20 $ (fixed)      & $ 20 $ (fixed) \\  
\hline
$M$          & [$M_\mathsf{Jup}$]   & $ 3.1548 $           & $ 7.4634 $ \\
$a$          & [AU]                 & $ 0.7606 $           & $ 1.5854$ \\ 
\hline
\end{tabular}
\end{table}