2.1     0.29    1.8 x 0.7                         5.1 x 2.0   1.3       G           2.2        
  83     1.7    5.0:   2.5     0.40    0.6    $>$0.6           0.16    5.3: x 5.7:                       4.5 x 1.8   $>$5.5:   C           $>$6.3     
  85     0.6    4.4    1.2     0.09                                    13.1: x 13.1:                     4.2 x 1.9   13.1:     C           17.5:      
  86     1.7    8.5    0.9     0.17    0.9    $>$2.5           0.17    7.5 x 7.7                         4.7 x 1.8   7.6       C           11.4       
  89     1.8    8.5    0.9     0.27    0.8    $>$2.0           0.19    9.5 x 5.5                         4.8 x 1.7   7.2       C           8.6        
  90     0.51   1.0    0.2     0.07                            0.13    4.5 x 2.5                         4.4 x 1.9   3.4       G           5.5        
  93     0.8    6.3    0.9     0.15    0.6    $>$2.1           0.13    20.2 x 8.0                        4.8 x 2.0   12.7:     C           17.8:      
  95     1.1    5.5    1.0     0.25    0.7    4.5:     1.5     0.18    14.6 x 7.5                        4.8 x 1.8   10.5      C           12.6       
  97     2.7    11.5   1.2     0.16    1.2    11.8     1.2     0.18    8.0 x 5.9                         5.2 x 1.9   6.8       C           11.4       
  98     21.0   21.8   2.2     0.38    20.3   24.0     2.4     0.46    PS                                2.9 x 1.1   $<$1.5    G$_{3cm}$              
  ------ ------ ------ ------- ------- ------ -------- ------- ------- --------------------------------- ----------- --------- ----------- ---------- --

Radio flux densities
--------------------

Table \[tabflux\] gives the radio flux densities at 6 and 3 cm.

If a Gaussian model provided a satisfactory fit to the 