\begin{table}%T1
   \caption{\label{dimensions}Newly determined centre positions and angular dimensions 
   $\Theta_{\rm maj}$ and $\Theta_{\rm min}$ of all 36 
Galactic supernova remnants that can be found in the area observed for the 
CGPS. Equatorial coordinates (J2000) are given in [hh mm ss] for Right 
Ascension and in [$+$dd mm] for Declination. The dimensions were determined 
from the radio emission as seen at 1420~MHz except for DA~530 and G156.2$+$5.7 
(marked with $^*$), which are only covered by the 408~MHz survey. The 
designations of 1420 and~408~MHz CGPS mosaics are given in the last column 
(see text).}
  \small%\centering
\par
\begin{tabular}{lrrccccc}
\hline\hline
 Source & $\ell$ [$\degr$] & $b$ [$\degr$] & RA$_{J2000}$ &
   Dec$_{J2000}$ & $\Theta_{\rm maj}$ [\degr] & $\Theta_{\rm min}$ [\degr]
   & Mosaic Codes \\
\hline
   G65.1$+$0.6 & 65.14 & $+$0.41 &19 53 57&$+$28 32&1.17&1.13& MR1 + C7 \\
   G65.7$+$1.2 & 65.72 & $+$1.20 &19 52 13&$+$29 26&0.38&0.35& MR1 + C7 \\
   G67.7$+$1.8 & 67.74 & $+$1.80 &19 54 38&$+$31 28&0.25&0.20& MQ2 + C7 \\
   G68.6$-$1.2 & 68.59 & $-$1.21 &20 08 40&$+$30 36&0.38&0.38& MQ1 + C7 \\
   G69.0$+$2.7 & 68.81 & $+$2.57 &19 54 07&$+$32 47&1.88&1.48& MQ2 + C7 \\
   G69.7$+$1.0 & 69.69 & $+$1.01 &20 02 38&$+$32 43&0.27&0.23& MQ2 + C7 \\
   G73.9$+$0.9 & 73.83 & $+$0.90 &20 13 57&$+$36 08&0.47&0.43& MP2 + C6 \\
   G74.9$+$1.2 & 74.96 & $+$1.15 &20 16 03&$+$37 13&0.17&0.13& MP2 + C6 \\
   G76.9$+$1.0 & 76.89 & $+$0.97 &20 22 20&$+$38 43&0.15&0.13& MO2 + C6 \\
   G78.2$+$2.1 & 78.18 & $+$2.12 &20 21 14&$+$40 26&1.13&1.13& MO2 + C6 \\
   G82.2$+$5.3 & 82.17 & $+$5.29 &20 19 11&$+$45 30&2.05&1.47& MN2 + C6 \\
   G83.0$-$0.3 & 83.02 & $-$0.27 &20 46 54&$+$42 52&0.15&0.12& MM1 + C6 \\
   G84.2$-$0.8 & 84.20 & $-$0.81 &20 53 22&$+$43 27&0.40&0.32& MM1 + C6 \\
   G84.9$+$0.5 & 84.99 & $+$0.50 &20 50 33&$+$44 54&0.13&0.13& MM1 + C6 \\
   G85.4$+$0.7 & 85.38 & $+$0.73 &20 50 57&$+$45 21&0.70&0.65& MM1 + C6 \\
   G85.9$-$0.6 & 85.96 & $-$0.63 &20 58 58&$+$45 44&0.50&0.50& MM1 + C6 \\
   G89.0$+$4.7 & 89.05 & $+$4.67 &21 27 31&$+$57 20&2.50&2.27& ML2 + C5 \\
   G93.3$+$6.9$^*$ & 93.26 & $+$6.91 & 20 52 19 &$+$55 20 & 0.48 & 0.43 & C5 \\
   G93.7$-$0.2 & 93.75 & $-$0.36 &21 29 56&$+$50 44&2.00&1.73& MK1 + C5 \\
   G94.0$+$1.0 & 94.00 & $+$1.03 &21 24 56&$+$51 54&0.63&0.55& MK1 + C5 \\
   G96.0$+$2.0 & 96.06 & $+$1.96 & 21 30 33 & $+$54 00 & 0.45 & 0.43& MIJ2 + C5 \\
   G106.3$+$2.7 & 106.35 & $+$2.79 &22 27 40&$+$60 57&1.07&0.70& MG2 + C4 \\
   G107.5$-$1.5 & 107.26 & $-$1.68 &22 50 51&$+$57 29 & 0.16 & 0.14& MF1 + C4 \\
   G109.1$-$1.0 & 109.15 & $-$1.02 &23 01 39&$+$58 53&0.58&0.52& MF1 + C4 \\
   G113.0$+$0.1 & 112.98 & $+$0.13 &23 26 54 & $+$61 21 & 0.76 & 0.60& ME1 + C3 \\
   G114.3$+$0.3 & 114.32 & $+$0.34 &23 37 08&$+$61 58&1.48&1.27& ME1 + C3 \\
   G116.5$+$1.1 & 116.43 & $+$1.10 &23 53 12&$+$63 14&1.32&1.22& MD2 + C3 \\
   G116.9$+$0.2 & 116.94 & $+$0.19 &23 59 16&$+$62 27&0.62&0.62& MD1 + C3 \\
   G120.1$+$1.4 & 120.09 & $+$1.41 &00 25 20&$+$64 08&0.18&0.18& MC2 + C3 \\
   G126.2$+$1.6 & 126.23 & $+$1.76 &01 22 04&$+$64 26&1.48&1.42& MB2 + C2 \\
   G127.1$+$0.5 & 127.11 & $+$0.56 &01 28 33&$+$63 08&0.98&0.88& MA1 + C2 \\
   G130.7$+$3.1 & 130.73 & $+$3.08 &02 05 43&$+$64 49&0.18&0.10& MA2 + C2 \\
   G132.7$+$1.3 & 132.65 & $+$1.56 &02 18 03&$+$62 47&2.07&1.78&MY2 + C2 \\
   G156.2$+$5.7$^*$ & 156.17 & $+$5.61 & 04 58 37 & $+$51 45 & 1.82 & 1.59 & C0 \\
   G160.9$+$2.6 & 160.38 & $+$2.74 &05 00 35&$+$46 41&2.48&2.32& MEY2 + C0 \\
   G166.0$+$4.3 & 166.14 & $+$4.25 &05 26 27&$+$42 54&1.60&0.83& MEX2 + CM1 \\
\hline 
\end{tabular}
\end{table}