Table 2: Flux densities of sources principal components at observed frequencies.
   Source RA Dec $S_{{\rm 1.65~GHz}}$ $S_{{\rm 5~GHz}}$ $S_{{\rm 8.4~GHz}}$ $S_{{\rm 15.4~GHz}}$ $\theta_{1}$ $\theta_{2}$ PA
   name h m s $\hbox{$^\circ$ }$  $\hbox{$^\prime$ }$  $\hbox{$^{\prime\prime}$ }$ mJy mJy mJy mJy $\hbox{$^{\prime\prime}$ }$ $\hbox{$^{\prime\prime}$ }$ $\hbox{$^\circ$ }$
   (1) (2) (3) (4) (5) (6) (7) (8) (9) (10)   
   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    -   - - -   -   
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.

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