\begin{table}%t9
\caption{{\correction Amplitude(s) (ratios) and phase(s) (differences) in two filters for the adopted
frequency-solution. All the phases are computed with respect to the initial epoch of set "B~All''.
The standard errors on the derived parameters are also shown.}
\label{search_freq_B}}
\small%\centering
$$
\begin{tabular}{@{\extracolsep{-2mm}}c@{\extracolsep{0mm}}r@{\extracolsep{0mm}}r@{\extracolsep{-2mm}}r@{\extracolsep{2mm}}r@{\extracolsep{0mm}}r@{\extracolsep{-2mm}}r@{\extracolsep{2mm}}r@{$~\pm~$}@{\extracolsep{-0.1mm}}l@{\extracolsep{1 mm}}r@{$~\pm~$}@{\extracolsep{0mm}}l@{\extracolsep{-2mm}}}
\hline
\hline
 Freq. & \mcol{1}{c}{$A_{B}$}  & \mcol{1}{c}{$\sigma_{B}$} & \mcol{1}{c}{$\Phi_{B}$} & \mcol{1}{c}{$A_{V}$} & \mcol{1}{c}{$\sigma_{V}$} & \mcol{1}{c}{$\Phi_{V}$} & \mcol{2}{c}{$A_{B}$/$A_{V}$}  & \mcol{2}{c}{$\Phi_{V}{-}\Phi_{B}$}\ \\
 Id. & \mcol{2}{c}{\hspace{1mm}(mmag)} & \hspace{1.5mm}{(2$\pi$rad)} & \mcol{2}{c}{\hspace{1mm}(mmag)} & \hspace{1.5mm}{(2$\pi$rad)}& \mcol{2}{c}{} & \mcol{2}{c}{(2$\pi$rad)} \\
\hline
\mcol{1}{c}{}& \mcol{3}{c}{Filter $B$ (19.0)} & \mcol{3}{c}{Filter $V$ (15.7)} & \mcol{2}{c}{}& \mcol{2}{c}{}\struut\\
\hline
 F1& 19.3  &  13.3   & 0.39  & 16.0 &  11.1 & 0.40  & 1.21 &{0.02} & 0.006 &{0.003} \\
 F2& 13.4  &   9.5   & 0.23  & 10.7 &   8.5 & 0.24  & 1.25 &{0.04} & 0.008 &{0.005}\\
 F3&  4.3  &   9.3   & 0.46  &  2.7 &   8.3 & 0.44  & 1.54 &{0.16} & $-$0.01 &{0.02}\\
 F4&  4.2  &   8.8   & 0.28  &  2.9 &   8.1 & 0.30  & 1.34 &{0.15} & +0.01 &{0.02}\\
 F5&  3.9  &   8.3   & 0.60  &  3.2 &   7.9 & 0.59  & 1.35 &{0.13} & $-$0.01 &{0.02}\\
 F6&  3.6  &   8.0   & 0.54  &  --  &    -- &    -- & \mcol{2}{c}{--} &   \mcol{2}{c}{--} \\
 F7&  2.9  &   7.7   & 0.56  &  2.7 &   7.7 & 0.53  & 1.09 &{0.14}  & $-$0.03 &{0.02}\\
 F8&  2.4  &   7.6   & 0.87  &  2.7 &   7.4 & 0.91  & 0.91 &{0.12}  & +0.04 &{0.02}\\
 S12& 1.7  &   7.5   & 0.42  &  1.3 &   7.4 & 0.45  & 1.3  &{0.3}  & +0.03 &{0.04}\\
\hline
\end{tabular}
$$
\end{table}