Table 2: Source parameters derived from images in Fig. 1.
Source c S4.9 sc S8.5 sc S15 $\theta_{1}$ $\theta_{2}$ PA
    mJy   mJy   mJy mas mas $\hbox{$^\circ$ }$
(1) (2) (3) (4) (5) (6) (7) (8)
0003+387 T 105.4   45.5   17.7 1300    
  N 53.5   22.7   7.5 82.6 49.7 104
  S 51.9   22.8   10.2 *560 *400  

0034+444

 T 183.5   92.2   46.9 1400    
  N 164.5   84.1 $N_{{\rm c}}$ 26.4 101.3 58.7 151
          $N_{{\rm ext}}$ 14.8 *670 *510  
  C1 7.9   4.8   5.7 *510 *160  
  C2 5.1   1.9   <0.3      
  S 6.0   1.4   <0.3      

0039+391

 T 75.3   34.8   19.7 340    
  N 10.2 $N^{{\rm o}}_{{\rm c}}$ 4.7   1.0 77.8 43.0 40
      $C^{{\rm o}}_{{\rm Core}}$ 1.5   1.2 57.4 38.1 133
  S 65.1 $S^{{\rm o}}$ 28.6   17.5 18.1 10.0 122

0039+398

 T 225.8   117.2   62.8 3700    
  E 11.0   4.9   2.7 266.3 125.8 73
  C1 <0.7   0.4   <0.3      
    ...   ... $C2_{{\rm Core}}$ 0.7 9.5 4.7 145
  W 214.1   111.9   59.4 48.7 10.1 68

0039+412

 T 131.1   73.5   39.1 2000    
  N 90.1 $N_{{\rm c}}^{{\rm o}}$ 28.8   15.9 127.4 9.4 17
      $N_{{\rm ext}}^{{\rm o}}$ 20.0   10.4 *680 *360  
  C 26.2 $C_{{\rm Core}}^{{\rm o}}$ 9.9   8.5 17.3 13.2 122
      $C_{{\rm ext}}^{{\rm o}}$ 7.1   2.1 *500 *210  
  S 14.8 $S^{{\rm o}}$ 7.7   2.2 203.9 122.8 64

0041+425

 T 142.2   74.6   42.6 1000    
  N 53.7   26.6 $N_{{\rm c}}$ 5.7 43.3 25.0 73
          $N_{{\rm ext}}$ 6.2 *510 *300  
  S 88.5   48.0   30.7 71.5 43.3 176

0049+379

 T 174.8   76.4   36.7 1450    
  N 124.62   56.7   28.1 99.8 35.5 82
  S 50.2   19.7   8.1 84.6 49.6 12
          $C_{{\rm Core}}$ 0.5 <45.5 <41.5 62

0110+401

 T 263.9   184.1   134.5 $\sim$680    
  N 239.9 $N_{{\rm ext}}^{{\rm o}}$ 25.9   52.3 *440 *390  
      $N_{{\rm c}}^{{\rm o}}$ 63.4   15.3 13.7 12.2 150
      $C^{{\rm o}}$ 37.0   22.7 167.7 27.8 29
      $S_{{\rm Core}}^{{\rm o}}$ 36.9   44.2 32.0 8.2 161

0120+405

 T 169.3   87.8   43.9 2400    
  E 133.8   68.1 $E_{{\rm c}}$ 19.7 68.3 30.9 178
          $E_{{\rm ext}}$ 13.5 *590 *420  
  W 35.5   19.7   9.9 123.9 64.0 49
    ...   ... $C_{{\rm Core}}$ 0.8 <32 <32  
0123+402 T 74.7   38.1   17.6 590    
  N 2.6   1.6   <0.3      
  C 37.2   18.5   9.5 28.8 27.2 92
  S 34.9   18.1 S 4.1 99.8 21.9 134
          $B_{{\rm ext}}$ 4.0 *270 *200  

0128+394

 T 81.1   39.8   18.5 2700    
  N 44.5 $N1^{{\rm o}}$ 17.1   13.1 32.2 6.0 110
      $N2^{{\rm o}}$ 2.6   1.4 98.0 34.9 97
  S 36.6   17.9 S1 3.1 122.7 86.1 50
          S2 0.9 53.1 45.9 119

0137+401

 T 95.0   55.7   33.1 4200    
  N 19.9   9.2   2.4 193.9 104.2 140
  $C_{{\rm Core}}$ 39.1   26.6   21.3 53.4 47.3 17
  S1 22.4   12.3 $S_{{\rm ext}}$ 9.4 *1150 *440  
  S2 13.6   7.6          

0140+387

 T 77.1   28.0   9.7 700    
  N 41.6 $N^{{\rm o}}$ 11.8   5.5 57.7 23.3 53
  S 35.5 $C^{{\rm o}}$ 4.7   2.0 73.5 30.8 93
      $S^{{\rm o}}$ 9.5   2.2 41.9 27.6 98

0144+432

 T 111.2   60.6   34.5 $\sim$4000    
  N 32.7   19.8   15.7 50.3 23.3 99
  C 11.2   5.9 C1 1.2 142.6 106.0 38
  S 67.3   34.9   17.6 *1390 *710  

0213+412

 T 221.7   141.0   90.3 2000    
  N 30.0   14.0 N1 4.0 133.1 108.7 25
          N2 1.6 73.8 52.6 178
  C 136.6 $C_{{\rm Core}}^{{\rm o}}$ 73.3   63.7 151.4 16.6 112
      $C_{{\rm ext}}^{{\rm o}}$ 25.9   8.8 *660 *380  
  S 55.1   27.7   12.2 *680 *470  

0222+422

 T 65.7   32.0   11.3 3400    
  N 46.6   22.1 $N_{{\rm c}}$ 6.2 146.4 82.9 133
          $N_{{\rm ext}}$ 1.5 *560 *370  
  S 19.1   9.9   3.6 *800 *590  
0228+409 T 100.2   54.6   28.1 3800    
  E 24.1   13.8   8.0 *860 *420  
  W 76.0   40.8 $W_{{\rm c}}$ 8.5 82.1 73.6 71
          $W_{{\rm ext}}$ 11.6 *1100 *550  
0254+406 T 149.8   83.3   46.6 $\sim$4500    
  N 44.0   21.0   8.6 *520 *400  
  C 0.4   0.3   <0.3      
  S 103.1 $S_{{\rm c}}$ 39.8   27.9 152.8 64.5 93
      $S_{{\rm ext}}$ 19.1   8.9 450.7 344.1 83
0255+460 T 242.5   133.2   68.8 660    
  E 75.3 $E_{{\rm c}}^{{\rm o}}$ 18.4   11.4 110.2 91.5 164
      $E_{{\rm ext}}^{{\rm o}}$ 21.5   <0.3      
  W 167.2 $W_{{\rm c}}^{{\rm o}}$ 75.7   42.3 77.8 32.5 114
      $W_{{\rm ext}}^{{\rm o}}$ 17.6   14.5 176.1 42.4 100
    ...   ... C 0.8 123.4 98.6 55
0701+392 T 176.8   105.9   57.3 1800    
  E 32.5 $E_{{\rm c}}^{{\rm o}}$ 10.0   7.4 95.8 84.6 61
      $E_{{\rm ext}}^{{\rm o}}$ 10.7   <0.3      
    ... $C^{{\rm o}}_{{\rm Core}}$ 0.3   2.2 46.7 34.3 85
  W 144.3 $W_{{\rm c}}^{{\rm o}}$ 70.3   44.5 69.2 45.0 14
      $W_{{\rm ext}}^{{\rm o}}$ 14.9   3.2 *440 *370  
0722+393 T 252.9   125.6   62.2 250    
      N 116.7   54.1 50.8 26.1 14
      S 8.9   8.1 140.0 60.2 1
0729+437 T 133.8   81.9   49.2 1300    
  N 22.4   14.4   5.8 76.3 47.7 176
  S 111.4   67.5 $S_{{\rm c}}$ 25.3 29.7 8.5 22
          $S_{{\rm ext}}$ 17.4 *440 *290  
          $C_{{\rm Core}}$ 0.7 43.1 38.3 22
0744+464 T 146.3   83.1   48.3 1400    
  E 18.5   9.1   3.6 35.3 20.8 16
  C 2.9   2.6 $C1_{{\rm Core}}$ 1.2 103.7 44.2 74
  W 124.9   71.5   43.5 58.0 35.1 37
0805+406 T 171.6   124.9   85.2 1100    
  E 59.9   38.9   16.6 122.6 79.1 58
  C 41.9   25.9   13.2 26.2 10.4 97
  $W_{{\rm Core}}$ 29.8   30.1   33.8 26.7 25.2 67
  Ext $\sim$40   $\sim$30   21.6 $\sim$1100    
0809+404 T 411.8   266.8   158.7 1200    
  E 407.6   263.3   156.7 45.4 40.8 75
  W 4.2   3.5   2.0 162.2 36.4 22
0810+460 T 285.1   156.7   74.4 630    
  N 140.3 $N^{{\rm o}}$ 73.5   28.0 110.9 34.3 75
  S 144.8 $S1^{{\rm o}}$ 59.8   34.6 62.3 16.0 48
      $S2^{{\rm o}}$ 23.4   11.8 192.9 79.0 50
0814+441 T 71.6   41.5   14.0 2280    
  E 40.2   22.3   7.7 *818 *386  
  $C_{{\rm Core}}$ 8.7   7.7   3.5 61.6 25.4 68
  W 22.7   11.5   2.6 *682 *455  
0856+406 T 38.3   15.3   4.7 800    
  E 24.6   9.6   4.7 <29 <29  
  W 13.7   5.7   <0.2      
0902+416 T 198.3   131.1   85.6 340    
      $N^{{\rm o}}$ 17.4   10.9 85.8 19.4 66
      $S^{{\rm o}}$ 113.7   74.7 78.5 10.7 173
0930+389 T 70.9   40.2   19.8 3700    
  N1 28.6   15.5   5.4 63.5 17.4 35
  N2 3.3   2.1   1.6 <39 <39  
  N3 0.7   0.9   <0.3      
  C 0.9   0.7   <0.3      
  S 37.4 S1 12.6   6.7 <41 <41  
      S2 8.4   6.1 160.7 83.8 52
0935+428 T 121.2   67.4   37.0 1300    
  E 63.3 $E1^{{\rm o}}$ 30.2   21.1 40.9 10.9 85
      $E2^{{\rm o}}$ 4.4   3.2 285.7 40.5 73
    ...   ... $C_{{\rm Core}}$ 0.6 <52.6 < 40.0 38
  W 57.9 $W1^{{\rm o}}$ 21.1   6.7 52.3 16.2 177
      $W2^{{\rm o}}$ 11.7   5.4 89.9 15.6 64
0951+422 T 161.4   107.1   57.1 2000    
  N 70.5 $N_{{\rm c}}^{{\rm o}}$ 18.3   15.8 152.8 74.3 164
      $N_{{\rm ext}}^{{\rm o}}$ 27.2   6.3 *590 *340  
  C 62.5 $C1^{{\rm o}}$ 25.1   15.9 42.8 18.9 39
      $C2^{{\rm o}}$ 21.7   14.3 56.8 24.9 57
  S 28.5   14.7   4.8 325.9 39.6 173
0955+390 T 152.8   93.4   43.3 $\sim$4800    
  E 63.8   38.0 $E_{{\rm ext}}$ 14.0 *1000 *500  
  $C_{{\rm Core}}$ 3.7   3.6   1.8 < 40.0 < 40.0  
  W 85.3   51.8 $W_{{\rm ext}}$ 26.9 *1000 *500  
1025+390 T 310.9   226.2   190.4 $\sim$3200    
  N 50.5   32.0   13.7 $\sim$1430    
  $C_{{\rm Core}}$ 171.3   140.7   151.4 37.7 18.4 160
  S 89.1   53.5   25.3 $\sim$1110    

1027+392

 T 158.0   104.0   55.7 $\sim$1600    
  C 127.0 $C1_{{\rm Core}}^{{\rm o}}$ 38.5   34.9 72.4 53.5 135
      $C2^{{\rm o}}$ 15.8   6.6 66.1 19.2 70
  Ext 31.0   49.7   14.2 *960 *380  
1044+454 T 89.5   40.9   22.7 1000    
  N 86.2   39.6   21.4 88.7 17.5 37
  S 3.3   1.3   1.3 179.2 46.4 64
1055+404 T 121.3   72.8   42.8 2800    
  $N_{{\rm Core}}$ 4.1   4.5   <0.4      
  C 103.0   60.6 $C_{{\rm c}}$ 26.1 78.3 23.6 62
          $C_{{\rm ext}}$ 11.4 *740 *530  
  S 14.3   7.7   5.3 *530 *470  
1128+455 T 665.4   403.8   209.4 $\sim$900    
      N 142.5   62.6 118.2 18.9 143
      S 246.4   134.2 56.1 37.2 141
      Ext 14.9   12.6 *420 *320  
1136+420 T 173.5   109.8   62.5 1000    
  E 9.0   4.5   <0.9      
  W 164.5   105.3   61.0 49.3 32.9 74
1143+456 T 137.5   64.9   31.7 800    
  N 20.8   9.2   4.0 136.4 27.0 39
  S 116.7   55.7   27.7 36.0 35.5 106
1157+460 T 363.8   200.5   88.0 $\sim$800    
  N 218.3   127.4 N1 61.5 32.1 17.6 173
          $C_{{\rm Core}}$ 3.7 90.0 32.5 9
  S 118.1   59.3   17.4 78.1 33.2 10
  W 27.4   13.8   5.4 65.9 20.5 59

1201+394

 T 159.1   98.8   38.4 2100    
  N 54.2   32.9 $N_{{\rm ext}}$ 9.3 $\sim$1030    
    ... $C^{{\rm o}}_{{\rm Core}}$ 1.4   1.0 <80    
  S 104.9 $S^{{\rm o}}_{{\rm c}}$ 27.6   20.7 91.8 44.6 41
      $S^{{\rm o}}_{{\rm ext}}$ 38.3   7.8 *610 *410  
1204+401 T 58.4   32.0   10.2 1600    
  N 39.9   23.0   3.4 *370 *220  
  S 18.5   9.0   6.8 36.2 21.5 92
1212+380 T 63.8   33.3   12.8 300    
  N 36.5   20.1   9.5 36.7 8.1 113
  S 27.3   13.2   3.3 108.6 32.8 136
1216+402 T 105.9   61.1   22.1 3800    
  N 42.3   23.5   8.7 *1300 *600  
  S 63.6 $S_{{\rm c}}$ 18.6   5.8 65.2 10.2 47
      $S_{{\rm ext}}$ 19.0   7.6 *900 *660  
1217+427 T 89.2   52.0   31.2 2700    
  N 57.7   33.6   22.7 32.1 30.0 115
  S 31.5   18.4   8.5 59.4 27.4 102
1220+408 T 114.1   64.6   26.9 4100    
  N 28.0   16.7 $N_{{\rm ext}}$ 4.4 $\sim$2000    
  C 13.1 $C1^{{\rm o}}_{{\rm Core}}$ 5.6   5.2 41.2 14.7 125
      $C2_{{\rm ext}}^{{\rm o}}$ 2.8 $C2_{{\rm c}}$ 1.7 51.3 18.8 66
  $S_{{\rm ext}}$ 73.0   39.5   15.5 $\sim$1520    
1233+418 T 271.0   184.1   108.6 $\sim$2200    
  N 55.7   38.9   24.4 340.2 240.8 52
  C 41.8   28.8   16.4 128.7 77.1 29
  S 141.5   98.4 S1 59.2 92.3 63.6 148
          S2 5.6 60.5 27.1 8
  Ext $\sim$32   $\sim$18   $\sim$3 *650 *380  
1241+411 T 157.4   106.8   58.9 $\sim$1000    
  E 37.7   24.7   10.8 148.8 113.7 116
  W 119.7   82.1   48.1 41.6 17.5 41
1350+432 T 28.6   12.4   5.4 1600    
  $N_{{\rm Core}}$ 18.2   7.8   5.4 80.4 26.8 99
  S 10.4   4.6   <0.3      
1458+433 T 147.0   89.4   45.1 1600    
  N 77.2 $N^{{\rm o}}$ 45.8   22.7 223.9 193.0 161
  NW $\sim$2.5   $\sim$0.3   <0.3      
  C 23.3 $C_{{\rm Core}}^{{\rm o}}$ 17.2   10.5 24.9 12.3 120
  S 37.5 $S^{{\rm o}}$ 22.1   9.2 114.5 18.4 45
2301+443 T 261.1   114.5   55.0 500    
  N 50.5 $N^{{\rm o}}$ 18.6   7.7 76.6 50.2 59
      $B^{{\rm o}}$ 5.5   2.1 198.8 43.7 61
          $S2_{{\rm Core}}$ 4.1 58.8 27.4 57
  S 210.6 $S1^{{\rm o}}$ 90.4   41.1 25.9 26.7 159
2302+402 T 447.4   229.7   122.1 600    
  N 375.5 N 194.0   95.1 40.6 14.4 149
          $C_{{\rm Core}}$ 2.9 86.3 34.3 105
  S 71.9 S 35.7   24.1 102.8 85.8 154
2311+469 T 702.9   412.8   341.7 2400    
  N 422.5 $N_{{\rm c}}^{{\rm o}}$ 217.8   153.7 91.9 64.6 91
      $N_{{\rm ext}}^{{\rm o}}$ 37.2   16.8 *630 *310  
  $C_{{\rm Core}}$ 58.7   46.2   108.0 18.7 5.1 141
  S 221.7   111.6   63.2 *740 *630  
2322+403 T 96.1   48.3   25.9 3200    
  N 24.0 $N^{{\rm o}}$ 12.7   7.1 *900 *320  
      $C^{{\rm o}}_{{\rm Core}}$ 0.4   1.0 56.3 52.1 154
  S 72.1 $S_{{\rm c}}^{{\rm o}}$ 19.2   11.9 85.1 52.6 160
      $S_{{\rm ext}}$ 17.0   5.9 *720 *450  
2349+410 T 125.5   64.6   38.5 1200    
  E 85.8 $E^{{\rm o}}$ 42.4   30.2 54.4 23.9 123
      $C^{{\rm o}}_{{\rm Core}}$ 5.0   3.7 51.3 47.3 71
  W 39.7 $W^{{\rm o}}$ 17.2   4.6 90.3 59.4 73
Notes. Column 1: source name; Cols. 2 and 3: component label and flux density at 4.9 GHz (Paper IV; Paper I) [T, N, S, E, W = Total, North, South, East, West]; "ext'' = extended component; "c'' = compact component; "Core'' = core component; "...'' = undetected; Cols. 4 and 5: sub-component label and flux density at 8.5 GHz (Paper IV; Paper I). "ext'', "c'', "Core'' & "...'' as in Cols. 2; " $^{{\rm o}}$'' = over-resolved component; Cols. 6 and 7: sub-component label and flux density for the present 15 GHz images; ''ext'', "c'' & ''Core'' as in Cols. 2; Col. 8: component deconvolved angular size of major and minor axis and position angle of the major axis from JMFIT at 15 GHz. For diffuse components (marked by an "*'') linear sizes are derived from the images.


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