\begin{table}%t2
\caption{Flux densities of sources principal components at observed frequencies.}\label{table2}
%\centerline
{
\begin{tabular}{@{}c c c c c c c r r l@{}}
\hline
\hline
~~~Source & RA & Dec &
\multicolumn{1}{c}{$S_{{\rm 1.65~GHz}}$}&
\multicolumn{1}{c}{$S_{{\rm 5~GHz}}$}&
\multicolumn{1}{c}{$S_{{\rm 8.4~GHz}}$}&   
\multicolumn{1}{c}{$S_{{\rm 15.4~GHz}}$}&
\multicolumn{1}{c}{$\theta_{1}$}&
\multicolumn{1}{c}{$\theta_{2}$}&
\multicolumn{1}{c}{PA}~~~\\
~~~name   & h~m~s & $\degr$~$\arcmin$~$\arcsec$ &
\multicolumn{1}{c}{mJy}&
\multicolumn{1}{c}{mJy}& 
\multicolumn{1}{c}{mJy}& 
\multicolumn{1}{c}{mJy}& 
\multicolumn{1}{c}{$\arcsec$}&
\multicolumn{1}{c}{$\arcsec$}&
\multicolumn{1}{c}{$\degr$}~~~\\
~~~(1)& (2) & (3) &
\multicolumn{1}{c}{(4)}&
\multicolumn{1}{c}{(5)}&
\multicolumn{1}{c}{(6)}&
\multicolumn{1}{c}{(7)}&
\multicolumn{1}{c}{(8)}&
\multicolumn{1}{c}{(9)}&
\multicolumn{1}{c}{(10)~~~}\\
\hline
~~~0809+404&08 12 53.123 &40 18 59.880 &287.6&~~193.9$\ast$ &~~~74.5$\ast$
                 &~~--&0.018&0.012&137~~~\\
        &08 12 53.124 &40 18 59.872 &288.9&  & 
                 &~~--&0.022&0.012&149~~~\\
~~~0949+287&09 52 06.102 &28 28 32.400 &199.8&~~29.6
                 &~~~8.5&~~--&0.015&0.007&~~83~~~\\
        &09 52 06.079 &28 28 32.417 &238.2&~~13.1
                 &~10.8&~~--&0.020&0.014&~~42~~~\\
        &-- &-- &~~238.5$\dagger$&~~~--
                 &~~~--&~~--&--&--&~~--~~~\\
~~~1159+395&12 01 49.964 &39 19 11.041 &271.2&~~86.5&~33.4
                 &~~--&0.008&0.006&172~~~\\ 
        &12 01 49.965 &39 19 11.003 &162.6&~~37.7 &~13.6
                 &~~--&0.007&0.006&~~52~~~\\
        &12 01 49.965 &39 19 11.028 &~~~--&~~~~5.1
                 &~~~--&~~--&--&--&~~--~~~\\
~~~1315+396&13 17 18.632&39 25 28.151&
                 ~~~1.5&~~~--&~~~--&~~--&0.013&0.006&105~~~\\
        &13 17 18.635&39 25 28.142&244.8&147.5&100.4
                 &51.9&0.005&0.001&106~~~\\
~~~1502+291&15 04 26.697 &28 54 30.554 &113.9&~~18.9 
                 &~~~--&~~--&0.005&0.003&~~27~~~\\
        &15 04 26.696 &28 54 30.545 &209.1&200.7
                 &~~~--&~~--&0.002&0.001&~~93~~~\\
        &15 04 26.698 &28 54 30.581 &~~32.1
                 &~~~--&~~~--&~~--&0.015&0.003&~~46~~~\\
        &15 04 26.705&28 54 30.494&~~12.3&~~~--&~~~--&~~--&0.014&
                 0.010 &126~~~\\
~~~1616+366&16 18 23.581 &36 32 01.813 &~~68.1 &~~67.1 &~77.1
                                    &95.6&0.014&0.003&~~46~~~\\
        &16 18 23.580 &36 32 01.802 &~~~--&~~20.7
                                    &~~~--&~~--&--&--&~~--~~~\\
\hline
\end{tabular}}
\medskip
Column~(1): source name in the IAU format;
Col.~(2): component right ascension (J2000) as measured at~1.65~GHz;
Col.~(3): component declination (J2000) as measured at~1.65~GHz;
Col.~(4): VLBA+Effelsberg flux density in mJy at 1.65~GHz from the present paper;
Col.~(5): VLBA flux density in mJy at 5~GHz from the present paper;
Col.~(6): VLBA flux density in mJy at 8.4~GHz from the present paper;
Col.~(7): VLBA flux density in mJy at 15.4~GHz from the present paper;
Col.~(8): deconvolved component major axis angular size at~1.65~GHz obtained using JMFIT;
Col.~(9): deconvolved component minor axis angular size at~1.65~GHz obtained using JMFIT;
Col.~(10): deconvolved major axis position angle at~1.65~GHz obtained using JMFIT.
$\ast$~The flux density of the whole source at respective frequency
calculated by summing the map's clean components.
$\dagger$~The flux density of diffuse matter of the eastern component
calculated by summing the respective clean components.
\end{table}