\begin{table}
\caption{\label{mfits} 86~GHz, 43~GHz and 8.4~GHz circular-Gaussian model-fit parameters. $S$, $r$, $\Theta$ and $FWHM$ are the flux density, the projected distance to the core, the position angle with respect to the core and the FWHM size, respectively. Upper limits on the $FWHM$ size and $S$ correspond to fits of unresolved jet regions. For such fits, the upper limit of the sizes were imposed in Difmap to estimate the corresponding flux density upper limits. The latter are close approximations to the actual flux densities of the unresolved regions.}
\begin{tabular}{lcccc}
\hline\hline
Comp. &   $S$ &  $r$  &   $\Theta$ &  $FWHM$\\
      & (Jy) & (mas) & ($^{\circ}$) & (mas) \\
\hline
\multicolumn{5}{c}{86~GHz  -- 2001.82}\\
\hline\noalign{\smallskip}
Core &  $1.937\pm 0.019$ &  ... &  ... &  $0.053\pm 0.001$ \\
W0   &  $0.661\pm 0.020$ &   $0.13\pm$  0.02 & $-109.9\pm  9.0$  &  $0.137\pm 0.007$ \\ 
W2   &  $\lesssim$0.244 &   $0.28\pm 0.01$  & $-140.5\pm  2.1$  &  $<$0.010 \\ 
W3   &  $\lesssim$0.294 &   $0.22\pm 0.01$  & $-130.8\pm  2.6$  &  $<$0.010 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{86~GHz  -- 2002.30}\\
\hline\noalign{\smallskip}
Core &  $1.799\pm 0.018$ &   ... &  ... &  $0.042\pm 0.000$ \\ 
W0   &  $0.470\pm 0.047$ &   $0.18\pm 0.02$  & $-129.2\pm  5.3$  &  $0.034\pm 0.003$ \\ 
W2   &  $\lesssim$0.111 &   $0.31\pm 0.01$  & $-146.2\pm  1.8$  &  $<$0.010 \\ 
W3   &  $\lesssim$0.159 &   $0.26\pm 0.01$  & $-139.2\pm  2.2$  &  $<$0.010 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{86~GHz  -- 2002.81}\\
\hline\noalign{\smallskip}
Core &  $2.332\pm 0.023$ &   ...& ... &  0.050 $\pm$  0.001 \\ 
W0   &  $0.933\pm 0.028$ &   $0.15\pm 0.02$  & $-132.9\pm  7.8$  &  $0.106\pm 0.005$ \\ 
W2   &  $0.278\pm 0.028$ &   $0.32\pm 0.01$  & $-149.0\pm  2.1$  &  $0.024\pm 0.002$ \\ 
W3   &  $\lesssim$0.138 &   $0.22\pm 0.01$  & $-145.8\pm  2.6$  &  $<$0.010 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{86~GHz --  2003.32}\\
\hline\noalign{\smallskip}
Core &  $1.376\pm 0.014$ &   ... &  ... &  $0.059\pm 0.001$ \\ 
W2   &  $\lesssim$0.224 &   $0.30\pm 0.01$  & $-151.6\pm 1.9$   &  $<$0.010 \\ 
W3   &  $0.326\pm 0.033$ &   $0.22\pm 0.02$  & $-146.1\pm 4.8$   &  $0.037\pm 0.004$ \\  
\hline\noalign{\smallskip}
\multicolumn{5}{c}{86~GHz --  2004.29}\\
\hline\noalign{\smallskip}
Core &  $3.663\pm 0.037$ &   ... &  ... &  $0.092\pm 0.001$ \\ 
W2   &  $0.093\pm 0.009$ &   $0.37\pm 0.01$  & $-152.4\pm  1.7$  &  $0.021\pm 0.002$ \\ 
W3   &  $0.785\pm 0.024$ &   $0.25\pm 0.02$  & $-147.0\pm  4.6$  &  $0.111\pm 0.006$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  1997.51}\\
\hline\noalign{\smallskip}
 C &  $3.046\pm 0.253$ &        ...        &        ...        &  $0.085\pm 0.001$ \\ 
Q1 &  $\lesssim$0.180 &   $0.18\pm 0.03$  &  $ 22.2\pm 10.2$  &  $<$0.030 \\ 
Q2 &  $\lesssim$0.061 &   $0.18\pm 0.03$  &  $132.6\pm 10.3$  &  $<$0.030 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  1998.14}\\
\hline\noalign{\smallskip}
 C &  $3.051\pm 0.147$ &        ...	   &        ...	   &  $0.073\pm 0.001$ \\ 
Q1 &  $0.573\pm 0.032$ &   $0.13\pm 0.03$  &   $43.4\pm 13.8$  &  $0.111\pm 0.006$ \\ 
Q2 &  $\lesssim$0.485 &   $0.12\pm 0.01$  &  $118.7\pm  4.9$  &  $<$0.030 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  1998.88}\\
\hline\noalign{\smallskip}
 C &  $3.855\pm 0.186$ &        ...        &        ...        &  $0.106\pm 0.005$ \\ 
Q1 &  $\lesssim$0.154 &   $0.17\pm 0.03$  &  $ 32.5\pm 10.5$  &  $<$0.030 \\ 
Q2 &  $\lesssim$0.224 &   $0.14\pm 0.03$  &  $122.8\pm 12.9$  &  $<$0.030 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  1999.10}\\
\hline\noalign{\smallskip}
 C &  $3.534\pm 0.120$ &        ...	   &        ...	   &  $0.066\pm 0.001$ \\ 
Q1 &  $0.602\pm 0.027$ &   $0.13\pm 0.03$  &   $50.5\pm 14.0$  &  $0.101\pm 0.005$ \\ 
Q2 &  $\lesssim$0.653 &   $0.13\pm 0.01$  &  $121.1\pm  4.4$  &  $<$0.030 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2000.54}\\
\hline\noalign{\smallskip}
 C &  $3.550\pm 0.243$ &        ...	   &        ...	   &  $0.084\pm 0.001$ \\ 
Q1 &  $0.685\pm 0.051$ &   $0.13\pm  0.03$ &  $ 49.3\pm 13.8$  &  $0.136\pm 0.007$ \\ 
Q2 &  $1.480\pm 0.101$ &   $0.15\pm  0.01$ &  $128.5\pm  3.7$  &  $0.057\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2000.72}\\
\hline\noalign{\smallskip}
 C &  $3.645\pm 0.154$ &        ...	   &        ...	   &  $0.087\pm 0.001$ \\ 
Q1 &  $0.619\pm 0.031$ &   $0.15\pm 0.03$  &  $ 50.2\pm 12.5$  &  $0.133\pm 0.007$ \\ 
Q2 &  $1.794\pm 0.076$ &   $0.16\pm 0.01$  &  $130.5\pm  3.5$  &  $0.078\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2000.80}\\
\hline\noalign{\smallskip}
 C &  $3.562\pm 0.187$ &        ...	   &        ...	   &  $0.085\pm 0.001$ \\ 
Q1 &  $0.838\pm 0.050$ &   $0.13\pm 0.03$  &  $ 53.7\pm 14.1$  &  $0.160\pm 0.008$ \\ 
Q2 &  $1.744\pm 0.091$ &   $0.17\pm 0.01$  &  $130.4\pm  3.3$  &  $0.080\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2000.88}\\
\hline\noalign{\smallskip}
 C &  $3.801\pm 0.177$ &        ...        &        ...        &  $0.088\pm 0.001$ \\ 
Q1 &  $\lesssim$0.430 &   $0.17\pm 0.03$  &   $60.1\pm 11.1$  &  $<$0.030 \\ 
Q2 &  $1.944\pm 0.106$ &   $0.18\pm 0.03$  &  $133.6\pm 10.1$  &  $0.101\pm 0.005$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2000.97}\\
\hline\noalign{\smallskip}
 C &  $3.885\pm 0.145$ &        ...        &        ...        &  $0.092\pm 0.001$ \\ 
Q1 &  $\lesssim$0.576 &   $0.16\pm 0.03 $ &   $70.2\pm 11.6$  &  $<$0.030 \\ 
Q2 &  $1.461\pm 0.055$ &   $0.20\pm 0.01$  &  $138.4\pm  2.9$  &  $0.067\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.05}\\
\hline\noalign{\smallskip}
 C &  $3.618\pm 0.111$ &        ...	   &        ...	   &  $0.085\pm 0.001$ \\ 
Q1 &  $0.541\pm 0.023$ &   $0.17\pm 0.03$  &  $ 56.4\pm 11.1$  &  $0.058\pm 0.003$ \\ 
Q2 &  $1.581\pm 0.048$ &   $0.18\pm 0.01$  &  $131.6\pm  3.1$  &  $0.055\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.13}\\
\hline\noalign{\smallskip}
 C &  $2.889\pm 0.085$ &        ...	   &        ...	   &  $0.087\pm 0.001$ \\ 
Q1 &  $1.084\pm 0.044$ &   $0.12\pm 0.03$  &  $ 71.4\pm 14.6$  &  $0.148\pm 0.007$ \\ 
Q2 &  $1.766\pm 0.052$ &   $0.20\pm 0.01$  &  $135.4\pm  2.9$  &  $0.098\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.20}\\
\hline\noalign{\smallskip}
 C &  $3.733\pm 0.149$ &        ...	   &        ...	   &  $0.120\pm 0.006$ \\ 
Q2 &  $2.001\pm 0.080$ &   $0.19\pm 0.03$  &  $135.9\pm 9.5$   &  $0.114\pm 0.006$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.29}\\
\hline\noalign{\smallskip}
 C &  $3.097\pm 0.104$ &        ...	   &        ...	   &  $0.089\pm 0.001$ \\ 
Q1 &  $0.662\pm 0.029$ &   $0.15\pm 0.03$  &  $ 73.7\pm 12.4$  &  $0.142\pm 0.007$ \\ 
Q2 &  $1.815\pm 0.061$ &   $0.20\pm 0.01$  &  $135.8\pm  2.9$  &  $0.084\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.38}\\
\hline\noalign{\smallskip}
 C &  $2.781\pm 0.107$ &        ...	   &        ...	   &  $0.089\pm 0.001$ \\ 
Q1 &  $0.439\pm 0.021$ &   $0.17\pm  0.03$ &  $ 66.3\pm   10.7$ & $0.107\pm 0.005$ \\
Q2 &  $2.159\pm 0.083$ &   $0.19\pm  0.01$ &  $136.8\pm   3.0 $&  $0.089\pm 0.001$ \\
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.48}\\
\hline\noalign{\smallskip}
 C &  $2.692\pm 0.104$ &        ...	   &        ...	   &  $0.091\pm 0.001$ \\ 
Q1 &  $0.344\pm 0.016$ &   $0.18\pm  0.03$ &  $ 68.3\pm   10.2$&  $0.065\pm 0.003$ \\
Q2 &  $2.219\pm 0.086$ &   $0.19\pm  0.01$ &  $138.9\pm    3.0$&  $0.097\pm 0.001$ \\
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.62}\\
\hline\noalign{\smallskip}
 C &  $2.623\pm  0.12$ &        ...	   &        ...	   &  $0.082\pm 0.001$ \\
Q1 &  $0.456\pm  0.02$ &   $0.17\pm  0.03$ &  $ 67.6\pm  10.6$ &  $0.108\pm 0.005$ \\
Q2 &  $2.260\pm  0.10$ &   $0.20\pm  0.01$ &  $140.1\pm   2.9$ &  $0.096\pm 0.001$ \\
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.70}\\
\hline\noalign{\smallskip}
 C &  $2.440\pm 0.159$ &        ...        &        ...        &  $0.089\pm 0.001$ \\ 
Q1 &  $\lesssim$0.250 &   $0.19\pm  0.03$ &   $67.6\pm   9.6$ &  $<$0.030 \\ 
Q2 &  $2.068\pm 0.135$ &   $0.20\pm  0.01$ &  $139.6\pm   2.8$ &  $0.093\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.78}\\
\hline\noalign{\smallskip}
 C &  $3.036\pm 0.173$ &        ...	   &        ...	   &  $0.095\pm 0.001$ \\ 
Q1 &  $0.437\pm 0.028$ &   $0.20\pm 0.03$  &  $ 71.5\pm  9.3$  &  $0.106\pm 0.005$ \\ 
Q2 &  $2.184\pm 0.125$ &   $0.21\pm 0.01$  &  $137.7\pm  2.7$  &  $0.090\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2001.86}\\
\hline\noalign{\smallskip}
 C &  $3.600\pm 0.162$ &        ...	   &        ...	   &  $0.054\pm 0.001$ \\ 
Q1 &  $0.594\pm 0.032$ &   $0.20\pm 0.03$  &  $ 84.4\pm  9.2$  &  $0.186\pm 0.009$ \\ 
Q2 &  $1.625\pm 0.073$ &   $0.25\pm 0.01$  &  $138.4\pm  2.3$  &  $0.063\pm 0.001$ \\ 
Q3 &  $0.944\pm 0.042$ &   $0.15\pm 0.01$  &  $117.6\pm  3.9$  &  $0.031\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2002.07}\\
\hline\noalign{\smallskip}
 C &  $4.334\pm 0.145$ &       ...	   &        ...	   &  $0.086\pm 0.001$ \\ 
Q1 &  $0.790\pm 0.035$ &   $0.16\pm 0.03$  &  $ 83.9\pm 11.4$  &  $0.201\pm 0.010$ \\ 
Q2 &  $1.508\pm 0.050$ &   $0.26\pm 0.01$  &  $143.0\pm  2.2$  &  $0.100\pm 0.001$ \\ 
Q3 &  $\lesssim$1.069 &   $0.19\pm 0.01$  &  $125.6\pm  3.0$  &  $<$0.030 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2002.40}\\
\hline\noalign{\smallskip}
 C &  $4.204\pm 0.177$ &        ...	   &        ...	   &  $0.046\pm 0.001$ \\ 
Q1 &  $0.884\pm 0.045$ &   $0.18\pm 0.03$  &  $ 92.9\pm  9.9$  &  $0.298\pm 0.015$ \\ 
Q2 &  $0.921\pm 0.039$ &   $0.28\pm 0.01$  &  $144.4\pm  2.0$  &  $0.032\pm 0.001$ \\ 
Q3 &  $1.695\pm 0.086$ &   $0.17\pm 0.03$  &  $127.8\pm 11.0$  &  $0.102\pm 0.005$ \\[1mm] %%%%%%%%%%%%%%%%%%%%%%% ????????????
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2002.48}\\
\hline\noalign{\smallskip}
 C &  $4.409\pm 0.171$ &        ...	   &        ...	   &  $0.058\pm 0.001$ \\ 
Q1 &  $0.576\pm 0.028$ &   $0.21\pm 0.03$  &  $ 86.6\pm  8.7$  &  $0.216\pm 0.011$ \\ 
Q2 &  $1.045\pm 0.040$ &   $0.28\pm 0.01$  &  $144.0\pm  2.1$  &  $0.060\pm 0.001$ \\ 
Q3 &  $1.540\pm 0.074$ &   $0.17\pm 0.03$  &  $129.8\pm 11.1$  &  $0.103\pm 0.005$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2003.20}\\
\hline\noalign{\smallskip}
 C &  $3.356\pm 0.145$ &        ...	   &        ...	   &  $0.085\pm 0.001$ \\ 
Q1 &  $0.582\pm 0.030$ &   $0.23\pm 0.03$  &  $101.0\pm  8.1$  &  $0.180\pm 0.009$ \\ 
Q2 &  $0.788\pm 0.034$ &   $0.32\pm 0.01$  &  $150.8\pm  1.8$  &  $0.050\pm 0.001$ \\ 
Q3 &  $1.440\pm 0.074$ &   $0.19\pm 0.03$  &  $146.7\pm  9.9$  &  $0.107\pm 0.005$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2003.49}\\
\hline\noalign{\smallskip}
 C &  $4.647\pm 0.259$ &        ...	   &        ...	   &  $0.088\pm 0.001$ \\ 
Q1 &  $0.554\pm 0.035$ &   $0.24\pm 0.03$  &   $95.6\pm  7.7$  &  $0.204\pm 0.010$ \\ 
Q2 &  $\lesssim$0.569 &   $0.31\pm  0.01$ &  $151.5\pm  1.8$  &  $<$0.030 \\ 
Q3 &  $1.596\pm 0.089$ &   $0.19\pm 0.01$  &  $148.5\pm 3.0$   &  $0.097\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2004.64}\\
\hline\noalign{\smallskip}
 C &  $4.937\pm 0.160$ &        ...	   &        ...	   &  $0.107\pm 0.005$ \\ 
Q1 &  $0.558\pm 0.018$ &   $0.30\pm 0.03$  &  $108.0\pm  6.1$  &  $0.229\pm 0.011$ \\ 
Q2 &  $0.438\pm 0.007$ &   $0.38\pm 0.01$  &  $155.6\pm  1.5$  &  $0.035\pm 0.000$ \\ 
Q3 &  $1.063\pm 0.017$ &   $0.23\pm 0.01$  &  $151.8\pm  2.5$  &  $0.098\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2004.97}\\
\hline\noalign{\smallskip}
 C &  $3.229\pm 0.116$ &        ...	   &        ...	   &  $0.128\pm 0.006$ \\ 
Q1 &  $0.475\pm 0.017$ &   $0.31\pm 0.03$  &  $110.6\pm  6.0$  &  $0.204\pm 0.010$ \\ 
Q2 &  $0.507\pm 0.018$ &   $0.40\pm 0.03$  &  $158.1\pm  4.6$  &  $0.069\pm 0.003$ \\ 
Q3 &  $1.160\pm 0.042$ &   $0.21\pm 0.03$  &  $157.6\pm  8.6$  &  $0.117\pm 0.006$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2005.25}\\
\hline\noalign{\smallskip}
 C &  $2.512\pm 0.093$ &        ...	   &        ...	   &  $0.119\pm 0.006$ \\ 
Q1 &  $0.435\pm 0.016$ &   $0.33\pm 0.03$  &  $111.7\pm 5.6$   &  $0.226\pm 0.011$ \\ 
Q2 &  $\lesssim$0.875 &   $0.40\pm 0.01$  &  $160.3\pm  1.4$  &  $<$0.030 \\ 
Q3 &  $1.009\pm 0.037$ &   $0.22\pm 0.03$  &  $162.3\pm  8.6$  &  $0.153\pm 0.008$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2006.17}\\
\hline\noalign{\smallskip}
 C &  $1.280\pm 0.049$ &        ...	   &        ...	   &  $0.148\pm 0.007$ \\ 
Q1 &  $0.261\pm 0.010$ &   $0.36\pm 0.03$  &  $115.6\pm  5.1$  &  $0.217\pm 0.011$ \\ 
Q2 &  $1.788\pm 0.045$ &   $0.36\pm 0.01$  &  $160.2\pm  1.6$  &  $0.039\pm 0.000$ \\ 
Q3 &  $0.940\pm 0.024$ &   $0.25\pm 0.01$  &  $164.8\pm  2.3$  &  $0.087\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2006.24}\\
\hline\noalign{\smallskip}
 C &  $1.257\pm 0.049$ &        ...	   &        ...	   &  $0.142\pm 0.007$ \\ 
Q1 &  $0.349\pm 0.014$ &   $0.34\pm 0.03$  &  $113.7\pm 5.3$   &  $0.233\pm 0.012$ \\ 
Q2 &  $\lesssim$1.484 &   $0.36\pm 0.01$  &  $160.4\pm  1.6$  &  $<$0.030 \\ 
Q3 &  $1.218\pm 0.033$ &   $0.26\pm 0.01$  &  $163.5\pm  2.2$  &  $0.082\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2006.30}\\
\hline\noalign{\smallskip}
 C &  $1.207\pm 0.049$ &        ...	   &        ...	   &  $0.153\pm 0.008$ \\ 
Q1 &  $0.362\pm 0.015$ &   $0.34\pm 0.03$  &  $112.1\pm 5.3$   &  $0.248\pm 0.012$ \\ 
Q2 &  $1.470\pm 0.043$ &   $0.35\pm 0.01$  &  $160.2\pm 1.6$   &  $0.051\pm 0.001$ \\ 
Q3 &  $1.295\pm 0.038$ &   $0.25\pm 0.01$  &  $163.5\pm 2.2$   &  $0.077\pm 0.001$ \\
\par
%\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2006.37}\\
\hline\noalign{\smallskip}
 C &  $1.133\pm 0.047$ &        ...	   &        ...	   &  $0.155\pm 0.008$ \\ 
Q1 &  $0.390\pm 0.016$ &   $0.33\pm 0.03$  &  $115.8\pm  5.6$  &  $0.262\pm 0.013$ \\ 
Q2 &  $1.236\pm 0.037$ &   $0.35\pm 0.01$  &  $160.6\pm  1.6$  &  $0.056\pm 0.001$ \\ 
Q3 &  $1.430\pm 0.043$ &   $0.25\pm 0.01$  &  $163.4\pm  2.3$  &  $0.077\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2006.46}\\
\hline\noalign{\smallskip}
 C &  $1.079\pm 0.045$ &        ...	   &        ...	   &  0.149 $\pm$ 0.007 \\ 
Q1 &  $0.338\pm 0.014$ &   $0.35\pm 0.03$  &  $114.6\pm  5.3$  &  0.258 $\pm$ 0.013 \\ 
Q2 &  $1.038\pm 0.032$ &   $0.36\pm 0.01$  &  $161.0\pm  1.6$  &  0.049 $\pm$ 0.000 \\ 
Q3 &  $1.742\pm 0.054$ &   $0.25\pm 0.01$  &  $162.8\pm  2.3$  &  0.079 $\pm$ 0.001 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2006.88}\\
\hline\noalign{\smallskip}
 C &  0.760 $\pm$ 0.027 &        ...        &        ...        &  $0.150\pm 0.008$ \\ 
Q1 &  0.253 $\pm$ 0.009 &   0.38 $\pm$  0.03 &  $117.5\pm  4.8$  &  $0.274\pm 0.014$ \\ 
Q2 &  0.769 $\pm$ 0.017 &   0.42 $\pm$  0.01 &  $163.2\pm  1.4$  &  $0.049\pm 0.000$ \\ 
Q3 &  2.465 $\pm$ 0.055 &   0.24 $\pm$  0.01 &  $163.4\pm  2.4$  &  $0.076\pm 0.001$ \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{43~GHz --  2007.16}\\
\hline\noalign{\smallskip}
 C &  0.903 $\pm$ 0.052 &        ...        &        ...        &  0.170 $\pm$ 0.009 \\ 
Q1 &  0.348 $\pm$ 0.020 &   0.38 $\pm$  0.03 &  119.7 $\pm$   4.8 &  0.258 $\pm$ 0.013 \\ 
Q2 &  1.143 $\pm$ 0.057 &   0.45 $\pm$  0.01 &  163.8 $\pm$   1.3 &  0.085 $\pm$ 0.001 \\ 
Q3 &  3.895 $\pm$ 0.222 &   0.23 $\pm$  0.03 &  164.0 $\pm$   7.9 &  0.101 $\pm$ 0.005 \\ 
\hline\noalign{\smallskip}
\multicolumn{5}{c}{8.4~GHz  -- 2002.48}\\
\hline\noalign{\smallskip}
Core &  6.352 $\pm$ 0.635 &   ... &   ... &  0.378 $\pm$ 0.038 \\ 
X4   &  $\lesssim$0.088 &   0.62 $\pm$  0.24 &   $-98.8\pm  22.3$ &  $<$0.180 \\ 
X5   &  0.073 $\pm$ 0.007 &   1.73 $\pm$  0.42 &  $-52.5 \pm  13.9$ &  0.836 $\pm$ 0.084 \\ 
X6   &  0.116 $\pm$ 0.012 &   3.59 $\pm$  0.44 &  $-43.0 \pm   7.1$ &  0.883 $\pm$ 0.088 \\ 
X7   &  0.103 $\pm$ 0.010 &  24.71 $\pm$  1.39 &  $-31.8 \pm   3.2$ &  2.785 $\pm$ 0.278 \\ 
\hline
\end{tabular}
\end{table}