Table 4.

Circular Gaussian model fitting results.

EpochFrequencyFluxDistancePAFWHMComponent
densitylabel
(GHz)(Jy)(mas)(deg)(mas)
2005-11-2622.20.072.46−1430.22C
0.440.051390.35J0
0.070.34−910.21J1
0.032.491561.09
0.041.35−1370.72S
15.40.062.35−1430.37C
0.590.06900.44J0
0.150.29−780.39J1
0.082.361561.72
0.071.60−1420.66S
8.30.191.80−1431.25C
1.120.05−171.04J
0.091.041550.84
0.142.681481.80
2007-02-0922.20.092.14−1430.53C
0.450.07210.54J
0.031.671211.03
15.40.082.21−1431.25C
0.530.031340.61J
0.072.501511.57
0.051.21−1360.79S
8.30.131.67−1240.83C
0.970.03−191.48J
0.162.281412.07
2007-05-2322.20.062.10−1400.11C
0.390.06590.37J
0.071.631542.49
15.40.082.23−1430.30C
0.590.02300.53J
0.072.691521.91
0.051.55−1410.48S
8.30.141.88−1410.79C
1.010.04−291.08J
0.132.531421.63
2007-08-0315.40.092.21−1430.33C
0.550.01500.50J
0.092.311552.03
0.061.53−1400.50S
8.30.181.90−1381.13C
0.980.09201.06J
0.132.541461.85
2017-05-278.30.261.77−1470.82C
0.590.09520.91J
0.102.901431.72
2018-04-088.30.302.08−1490.72C
0.600.06510.79J
0.121.891261.38
2018-07-218.30.162.11−1440.62C
0.700.08330.88J
0.142.171341.32
EpochFrequencyFluxDistancePAFWHMComponent
densitylabel
(GHz)(Jy)(mas)(deg)(mas)
2005-11-2622.20.072.46−1430.22C
0.440.051390.35J0
0.070.34−910.21J1
0.032.491561.09
0.041.35−1370.72S
15.40.062.35−1430.37C
0.590.06900.44J0
0.150.29−780.39J1
0.082.361561.72
0.071.60−1420.66S
8.30.191.80−1431.25C
1.120.05−171.04J
0.091.041550.84
0.142.681481.80
2007-02-0922.20.092.14−1430.53C
0.450.07210.54J
0.031.671211.03
15.40.082.21−1431.25C
0.530.031340.61J
0.072.501511.57
0.051.21−1360.79S
8.30.131.67−1240.83C
0.970.03−191.48J
0.162.281412.07
2007-05-2322.20.062.10−1400.11C
0.390.06590.37J
0.071.631542.49
15.40.082.23−1430.30C
0.590.02300.53J
0.072.691521.91
0.051.55−1410.48S
8.30.141.88−1410.79C
1.010.04−291.08J
0.132.531421.63
2007-08-0315.40.092.21−1430.33C
0.550.01500.50J
0.092.311552.03
0.061.53−1400.50S
8.30.181.90−1381.13C
0.980.09201.06J
0.132.541461.85
2017-05-278.30.261.77−1470.82C
0.590.09520.91J
0.102.901431.72
2018-04-088.30.302.08−1490.72C
0.600.06510.79J
0.121.891261.38
2018-07-218.30.162.11−1440.62C
0.700.08330.88J
0.142.171341.32

Notes . The table shows: (1) the corresponding epoch, (2) the frequency of observation of the quasar, (3) the flux density from the component, (4) the radial distance of the component centre from the centre of the map, (5) the position angle of the centre of the component, (6) the FWHM size of the circular Gaussian component, (7) the component label. ‘C’ denotes the component associated with the core, ‘J’, ‘J0’, and ‘J1’ represent the dominant jet components, and ‘S’ is the component situated between the core and the jet components. Refer to Fig. 2 for more details.

Table 4.

Circular Gaussian model fitting results.

EpochFrequencyFluxDistancePAFWHMComponent
densitylabel
(GHz)(Jy)(mas)(deg)(mas)
2005-11-2622.20.072.46−1430.22C
0.440.051390.35J0
0.070.34−910.21J1
0.032.491561.09
0.041.35−1370.72S
15.40.062.35−1430.37C
0.590.06900.44J0
0.150.29−780.39J1
0.082.361561.72
0.071.60−1420.66S
8.30.191.80−1431.25C
1.120.05−171.04J
0.091.041550.84
0.142.681481.80
2007-02-0922.20.092.14−1430.53C
0.450.07210.54J
0.031.671211.03
15.40.082.21−1431.25C
0.530.031340.61J
0.072.501511.57
0.051.21−1360.79S
8.30.131.67−1240.83C
0.970.03−191.48J
0.162.281412.07
2007-05-2322.20.062.10−1400.11C
0.390.06590.37J
0.071.631542.49
15.40.082.23−1430.30C
0.590.02300.53J
0.072.691521.91
0.051.55−1410.48S
8.30.141.88−1410.79C
1.010.04−291.08J
0.132.531421.63
2007-08-0315.40.092.21−1430.33C
0.550.01500.50J
0.092.311552.03
0.061.53−1400.50S
8.30.181.90−1381.13C
0.980.09201.06J
0.132.541461.85
2017-05-278.30.261.77−1470.82C
0.590.09520.91J
0.102.901431.72
2018-04-088.30.302.08−1490.72C
0.600.06510.79J
0.121.891261.38
2018-07-218.30.162.11−1440.62C
0.700.08330.88J
0.142.171341.32
EpochFrequencyFluxDistancePAFWHMComponent
densitylabel
(GHz)(Jy)(mas)(deg)(mas)
2005-11-2622.20.072.46−1430.22C
0.440.051390.35J0
0.070.34−910.21J1
0.032.491561.09
0.041.35−1370.72S
15.40.062.35−1430.37C
0.590.06900.44J0
0.150.29−780.39J1
0.082.361561.72
0.071.60−1420.66S
8.30.191.80−1431.25C
1.120.05−171.04J
0.091.041550.84
0.142.681481.80
2007-02-0922.20.092.14−1430.53C
0.450.07210.54J
0.031.671211.03
15.40.082.21−1431.25C
0.530.031340.61J
0.072.501511.57
0.051.21−1360.79S
8.30.131.67−1240.83C
0.970.03−191.48J
0.162.281412.07
2007-05-2322.20.062.10−1400.11C
0.390.06590.37J
0.071.631542.49
15.40.082.23−1430.30C
0.590.02300.53J
0.072.691521.91
0.051.55−1410.48S
8.30.141.88−1410.79C
1.010.04−291.08J
0.132.531421.63
2007-08-0315.40.092.21−1430.33C
0.550.01500.50J
0.092.311552.03
0.061.53−1400.50S
8.30.181.90−1381.13C
0.980.09201.06J
0.132.541461.85
2017-05-278.30.261.77−1470.82C
0.590.09520.91J
0.102.901431.72
2018-04-088.30.302.08−1490.72C
0.600.06510.79J
0.121.891261.38
2018-07-218.30.162.11−1440.62C
0.700.08330.88J
0.142.171341.32

Notes . The table shows: (1) the corresponding epoch, (2) the frequency of observation of the quasar, (3) the flux density from the component, (4) the radial distance of the component centre from the centre of the map, (5) the position angle of the centre of the component, (6) the FWHM size of the circular Gaussian component, (7) the component label. ‘C’ denotes the component associated with the core, ‘J’, ‘J0’, and ‘J1’ represent the dominant jet components, and ‘S’ is the component situated between the core and the jet components. Refer to Fig. 2 for more details.

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