\begin{table}%t7
\caption{Measurements obtained toward Sgr~B2(N) with the Australia Telescope Compact Array at 91~GHz.}
 \label{t:aanatca}
\par
\small%\centerline
 {
 \begin{tabular}{lcccrrrrrrrrr}
 \hline\hline
%&&&&&&&&&&&& \\[-8pt]
 \multicolumn{1}{c}{\hspace*{-2ex} Molecule$^a$} & \multicolumn{1}{c}{\hspace*{-5ex} Conf.$^b$} & \multicolumn{1}{c}{\hspace*{-3ex} $f_{{\rm min}}$$^c$} & \multicolumn{1}{c}{\hspace*{-1ex} $f_{{\rm max}}$$^c$} & \multicolumn{1}{c}{$\sigma^d$} & \multicolumn{1}{c}{\hspace*{-2ex} $F_{{\rm peak}}$$^e$} & \multicolumn{1}{c}{\hspace*{-1ex} $\Delta\alpha$$^e$} & \multicolumn{1}{c}{\hspace*{-2ex} $\Delta\delta$$^e$} & \multicolumn{1}{c}{ \hspace*{-1ex} $\theta_{{\rm maj}}^{{fwhm}}$ $^e$} & \multicolumn{1}{c}{ \hspace*{-2ex} $\theta_{{\rm min}}^{{fwhm}}$ $^e$} & \multicolumn{1}{c}{\hspace*{-2ex} PA$^e$} & \multicolumn{1}{c}{\hspace*{-3ex} $\Phi_{{\rm ATCA}}^f$} & \multicolumn{1}{c}{\hspace*{-2ex} $\Phi_{{\rm 30~m}}^g$} \\ 
  \multicolumn{1}{c}{} & \multicolumn{1}{c}{} & \multicolumn{1}{c}{\hspace*{-3ex} \scriptsize (MHz))} & \multicolumn{1}{c}{\hspace*{-1ex} \scriptsize (MHz)} & \multicolumn{2}{c}{ \hspace*{-2ex} \scriptsize (Jy/beam km~s$^{-1}$)} & \multicolumn{1}{c}{\hspace*{-1ex} \scriptsize ($ '' $)} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize ($ '' $)} & \multicolumn{1}{c}{\scriptsize ($ '' $)} & \multicolumn{1}{c}{\scriptsize ($ '' $)} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize ($^\circ$)} & \multicolumn{1}{c}{\hspace*{-3ex} \scriptsize (Jy km~s$^{-1}$)} & \multicolumn{1}{c}{\hspace*{-2ex} \scriptsize (Jy km~s$^{-1}$)} \\ 
 \multicolumn{1}{c}{\hspace*{-2ex} (1)} & \multicolumn{1}{c}{\hspace*{-5ex} (2)} & \multicolumn{1}{c}{\hspace*{-3ex} (3)} & \multicolumn{1}{c}{\hspace*{-1ex} (4)} & \multicolumn{1}{c}{(5)} & \multicolumn{1}{c}{\hspace*{-2ex} (6)} & \multicolumn{1}{c}{\hspace*{-1ex} (7)} & \multicolumn{1}{c}{\hspace*{-2ex} (8)} & \multicolumn{1}{c}{ \hspace*{-1ex} (9)} & \multicolumn{1}{c}{ \hspace*{-2ex} (10)} & \multicolumn{1}{c}{\hspace*{-2ex} (11)} & \multicolumn{1}{c}{\hspace*{-3ex} (12)} & \multicolumn{1}{c}{\hspace*{-2ex} (13)} \\ 
 \hline
AAN F7 & \hspace*{-5ex} E &\hspace*{-3ex}  90~558.99 & \hspace*{-1ex}  90~563.99 &  0.12 & \hspace*{-2ex}      0.87 & \hspace*{-1ex}     --2.32 $\pm$      0.20 & \hspace*{-2ex}     --0.22 $\pm$      0.13 & \hspace*{-1ex}       2.9 $\pm$       0.4 & \hspace*{-2ex}       2.2 $\pm$       0.3 & \hspace*{-2ex}      29.2 $\pm$       0.1 & \hspace*{-3ex}      1.12 & \hspace*{-2ex}      3.06 \\ 
AAN F7 & \hspace*{-5ex} I &\hspace*{-3ex}  90~559.05 & \hspace*{-1ex}  90~564.05 &  0.15 & \hspace*{-2ex}      1.47 & \hspace*{-1ex}     --1.94 $\pm$      0.20 & \hspace*{-2ex}      0.58 $\pm$      0.10 & \hspace*{-1ex}       3.6 $\pm$       0.4 & \hspace*{-2ex}       2.7 $\pm$       0.2 & \hspace*{-2ex}     --79.8 $\pm$       1.5 & \hspace*{-3ex}      1.73 & \hspace*{-2ex}      3.06 \\ 
AAN F7 & \hspace*{-5ex} C &\hspace*{-3ex}  90~561.48 & \hspace*{-1ex}  90~564.23 &  0.10 & \hspace*{-2ex}      1.53 & \hspace*{-1ex}     --0.96 $\pm$      0.21 & \hspace*{-2ex}      0.71 $\pm$      0.17 & \hspace*{-1ex}       7.0 $\pm$       0.4 & \hspace*{-2ex}       4.8 $\pm$       0.3 & \hspace*{-2ex}     --80.3 $\pm$       0.0 & \hspace*{-3ex}      1.37 & \hspace*{-2ex}      1.79 \\ 
AAN F7 & \hspace*{-5ex} M &\hspace*{-3ex}  90~559.13 & \hspace*{-1ex}  90~563.96 &  0.12 & \hspace*{-2ex}      1.19 & \hspace*{-1ex}     --2.10 $\pm$      0.16 & \hspace*{-2ex}      0.25 $\pm$      0.10 & \hspace*{-1ex}       3.1 $\pm$       0.3 & \hspace*{-2ex}       2.7 $\pm$       0.2 & \hspace*{-2ex}      83.5 $\pm$       0.0 & \hspace*{-3ex}      1.71 & \hspace*{-2ex}      2.96 \\ 
AAN F7 & \hspace*{-5ex} A &\hspace*{-3ex}  90~562.03 & \hspace*{-1ex}  90~563.96 &  0.06 & \hspace*{-2ex}      0.61 & \hspace*{-1ex}     --1.23 $\pm$      0.15 & \hspace*{-2ex}      0.26 $\pm$      0.10 & \hspace*{-1ex}       5.3 $\pm$       0.3 & \hspace*{-2ex}       3.3 $\pm$       0.2 & \hspace*{-2ex}      87.1 $\pm$      22.5 & \hspace*{-3ex}      1.37 & \hspace*{-2ex}      1.00 \\ 
AAN F8 & \hspace*{-5ex} E &\hspace*{-3ex}  90~781.27 & \hspace*{-1ex}  90~786.77 &  0.21 & \hspace*{-2ex}      1.22 & \hspace*{-1ex}     --1.94 $\pm$      0.24 & \hspace*{-2ex}     --0.18 $\pm$      0.16 & \hspace*{-1ex}       3.8 $\pm$       0.5 & \hspace*{-2ex}       2.1 $\pm$       0.3 & \hspace*{-2ex}      45.0 $\pm$       0.0 & \hspace*{-3ex}      1.70 & \hspace*{-2ex}      7.23 \\ 
AAN F9 & \hspace*{-5ex} E &\hspace*{-3ex}  90~788.02 & \hspace*{-1ex}  90~792.02 &  0.09 & \hspace*{-2ex}      0.45 & \hspace*{-1ex}     --1.70 $\pm$      0.29 & \hspace*{-2ex}     --0.06 $\pm$      0.19 & \hspace*{-1ex}       3.4 $\pm$       0.6 & \hspace*{-2ex}       1.9 $\pm$       0.4 & \hspace*{-2ex}      45.0 $\pm$       0.1 & \hspace*{-3ex}      0.49 & \hspace*{-2ex}      2.14 \\ 
AAN F9 & \hspace*{-5ex} I &\hspace*{-3ex}  90~788.11 & \hspace*{-1ex}  90~792.11 &  0.13 & \hspace*{-2ex}      0.97 & \hspace*{-1ex}     --1.77 $\pm$      0.26 & \hspace*{-2ex}      0.23 $\pm$      0.13 & \hspace*{-1ex}       3.6 $\pm$       0.5 & \hspace*{-2ex}       2.2 $\pm$       0.3 & \hspace*{-2ex}     --84.0 $\pm$       0.0 & \hspace*{-3ex}      1.01 & \hspace*{-2ex}      2.14 \\ 
AAN F9 & \hspace*{-5ex} C &\hspace*{-3ex}  90~790.54 & \hspace*{-1ex}  90~792.04 &  0.10 & \hspace*{-2ex}      2.00 & \hspace*{-1ex}     --1.25 $\pm$      0.16 & \hspace*{-2ex}      0.49 $\pm$      0.13 & \hspace*{-1ex}       6.1 $\pm$       0.3 & \hspace*{-2ex}       5.8 $\pm$       0.3 & \hspace*{-2ex}     --45.0 $\pm$       0.0 & \hspace*{-3ex}      1.86 & \hspace*{-2ex}      1.59 \\ 
AAN F9 & \hspace*{-5ex} M &\hspace*{-3ex}  90~788.04 & \hspace*{-1ex}  90~792.16 &  0.10 & \hspace*{-2ex}      0.85 & \hspace*{-1ex}     --1.67 $\pm$      0.17 & \hspace*{-2ex}      0.02 $\pm$      0.11 & \hspace*{-1ex}       3.1 $\pm$       0.3 & \hspace*{-2ex}       2.4 $\pm$       0.2 & \hspace*{-2ex}      75.9 $\pm$       0.1 & \hspace*{-3ex}      1.07 & \hspace*{-2ex}      2.14 \\ 
AAN F9 & \hspace*{-5ex} A &\hspace*{-3ex}  90~790.95 & \hspace*{-1ex}  90~792.16 &  0.05 & \hspace*{-2ex}      0.63 & \hspace*{-1ex}     --1.26 $\pm$      0.14 & \hspace*{-2ex}      0.23 $\pm$      0.09 & \hspace*{-1ex}       4.8 $\pm$       0.3 & \hspace*{-2ex}       3.9 $\pm$       0.2 & \hspace*{-2ex}      84.5 $\pm$       0.0 & \hspace*{-3ex}      1.51 & \hspace*{-2ex}      1.31 \\ 
AAN F10 & \hspace*{-5ex} E &\hspace*{-3ex}  90~796.52 & \hspace*{-1ex}  90~800.77 &  0.16 & \hspace*{-2ex}      1.17 & \hspace*{-1ex}     --2.51 $\pm$      0.20 & \hspace*{-2ex}      0.02 $\pm$      0.13 & \hspace*{-1ex}       2.7 $\pm$       0.4 & \hspace*{-2ex}       2.2 $\pm$       0.3 & \hspace*{-2ex}     --81.2 $\pm$       0.2 & \hspace*{-3ex}      1.38 & \hspace*{-2ex}      6.48 \\ 
AAN F10 & \hspace*{-5ex} I &\hspace*{-3ex}  90~796.61 & \hspace*{-1ex}  90~800.86 &  0.10 & \hspace*{-2ex}      0.93 & \hspace*{-1ex}     --1.81 $\pm$      0.21 & \hspace*{-2ex}      0.20 $\pm$      0.11 & \hspace*{-1ex}       3.3 $\pm$       0.4 & \hspace*{-2ex}       2.0 $\pm$       0.2 & \hspace*{-2ex}      82.3 $\pm$       0.0 & \hspace*{-3ex}      0.79 & \hspace*{-2ex}      6.19 \\ 
AAN F10 & \hspace*{-5ex} C &\hspace*{-3ex}  90~796.54 & \hspace*{-1ex}  90~800.79 &  0.15 & \hspace*{-2ex}      3.36 & \hspace*{-1ex}     --1.08 $\pm$      0.15 & \hspace*{-2ex}      0.28 $\pm$      0.12 & \hspace*{-1ex}       6.6 $\pm$       0.3 & \hspace*{-2ex}       4.9 $\pm$       0.2 & \hspace*{-2ex}     --77.7 $\pm$       0.0 & \hspace*{-3ex}      2.78 & \hspace*{-2ex}      6.48 \\ 
AAN F10 & \hspace*{-5ex} M &\hspace*{-3ex}  90~796.52 & \hspace*{-1ex}  90~800.88 &  0.13 & \hspace*{-2ex}      1.32 & \hspace*{-1ex}     --2.28 $\pm$      0.15 & \hspace*{-2ex}      0.03 $\pm$      0.09 & \hspace*{-1ex}       2.9 $\pm$       0.3 & \hspace*{-2ex}       2.2 $\pm$       0.2 & \hspace*{-2ex}      83.7 $\pm$      22.5 & \hspace*{-3ex}      1.42 & \hspace*{-2ex}      6.48 \\ 
AAN F10 & \hspace*{-5ex} A &\hspace*{-3ex}  90~796.52 & \hspace*{-1ex}  90~800.88 &  0.13 & \hspace*{-2ex}      1.82 & \hspace*{-1ex}     --1.66 $\pm$      0.12 & \hspace*{-2ex}      0.12 $\pm$      0.08 & \hspace*{-1ex}       4.5 $\pm$       0.2 & \hspace*{-2ex}       3.1 $\pm$       0.2 & \hspace*{-2ex}     --89.3 $\pm$      22.5 & \hspace*{-3ex}      3.24 & \hspace*{-2ex}      6.48 \\ 
{\scriptsize HC$^{13}$CCN $v_7=1$ HV} & \hspace*{-5ex} I &\hspace*{-3ex}  90~804.36 & \hspace*{-1ex}  90~805.36 &  0.05 & \hspace*{-2ex}      0.49 & \hspace*{-1ex}     --1.94 $\pm$      0.20 & \hspace*{-2ex}      5.16 $\pm$      0.10 & \hspace*{-1ex}       3.0 $\pm$       0.4 & \hspace*{-2ex}       2.0 $\pm$       0.2 & \hspace*{-2ex}      84.4 $\pm$       0.0 & \hspace*{-3ex}      0.41 & \hspace*{-2ex}      2.39 \\ 
{\scriptsize HC$^{13}$CCN $v_7=1$ LV} & \hspace*{-5ex} I &\hspace*{-3ex}  90~806.11 & \hspace*{-1ex}  90~809.36 &  0.14 & \hspace*{-2ex}      2.74 & \hspace*{-1ex}     --1.56 $\pm$      0.10 & \hspace*{-2ex}      0.55 $\pm$      0.05 & \hspace*{-1ex}       3.7 $\pm$       0.2 & \hspace*{-2ex}       2.1 $\pm$       0.1 & \hspace*{-2ex}      83.6 $\pm$       0.0 & \hspace*{-3ex}      2.69 & \hspace*{-2ex}     10.30 \\ 
{\scriptsize HC$^{13}$CCN $v_7=1$ LV} & \hspace*{-5ex} C &\hspace*{-3ex}  90~806.04 & \hspace*{-1ex}  90~809.29 &  0.15 & \hspace*{-2ex}      4.98 & \hspace*{-1ex}     --1.71 $\pm$      0.10 & \hspace*{-2ex}      0.25 $\pm$      0.08 & \hspace*{-1ex}       7.1 $\pm$       0.2 & \hspace*{-2ex}       4.4 $\pm$       0.2 & \hspace*{-2ex}     --83.8 $\pm$       0.0 & \hspace*{-3ex}      4.12 & \hspace*{-2ex}     10.30 \\ 
{\scriptsize CH$_3$OH $v_{{\rm t}}=1$ HV} & \hspace*{-5ex} I &\hspace*{-3ex}  90~809.61 & \hspace*{-1ex}  90~811.11 &  0.09 & \hspace*{-2ex}      1.52 & \hspace*{-1ex}     --1.85 $\pm$      0.12 & \hspace*{-2ex}      5.23 $\pm$      0.06 & \hspace*{-1ex}       3.7 $\pm$       0.2 & \hspace*{-2ex}       2.1 $\pm$       0.1 & \hspace*{-2ex}     --85.7 $\pm$       0.1 & \hspace*{-3ex}      1.54 & \hspace*{-2ex}      6.55 \\ 
{\scriptsize CH$_3$OH $v_{{\rm t}}=1$ LV} & \hspace*{-5ex} I &\hspace*{-3ex}  90~812.36 & \hspace*{-1ex}  90~814.11 &  0.11 & \hspace*{-2ex}      1.60 & \hspace*{-1ex}     --1.84 $\pm$      0.13 & \hspace*{-2ex}      0.44 $\pm$      0.06 & \hspace*{-1ex}       3.8 $\pm$       0.3 & \hspace*{-2ex}       3.6 $\pm$       0.1 & \hspace*{-2ex}      23.7 $\pm$      22.5 & \hspace*{-3ex}      2.72 & \hspace*{-2ex}     10.40 \\ 
{\scriptsize CH$_3$OH $v_{{\rm t}}=1$ LV} & \hspace*{-5ex} C &\hspace*{-3ex}  90~812.29 & \hspace*{-1ex}  90~814.29 &  0.12 & \hspace*{-2ex}      5.22 & \hspace*{-1ex}     --1.86 $\pm$      0.08 & \hspace*{-2ex}     --0.03 $\pm$      0.06 & \hspace*{-1ex}       7.1 $\pm$       0.2 & \hspace*{-2ex}       4.5 $\pm$       0.1 & \hspace*{-2ex}     --77.9 $\pm$       0.0 & \hspace*{-3ex}      4.29 & \hspace*{-2ex}     10.40 \\  
\hline
 \end{tabular}}
\medskip
$^a$ For amino acetonitrile (AAN), we give the feature number like in Col.~8 of Table~\ref{t:detectaan30m}. For the other molecules, HV and LV mean high and low velocity component, respectively. \\
$^b$ Interferometer configuration: E: extended (H~214), I: intermediate (H~168), C: compact (H~75), M: mixed (H~214~+ H~168), A: all (H~214~+ H~168~+ H~75). \\
$^c$ Frequency range over which the intensity was integrated. \\
$^d$ Noise level in the integrated intensity map shown in Fig.~\ref{f:atcamap}. \\
$^e$ Peak flux, offsets in right ascension and declination with respect to the reference position of Fig.~\ref{f:atcamap}, major and minor diameters ({\it FWHM}), and position angle (East from North) derived by fitting an elliptical 2D~Gaussian to the integrated intensity map shown in Fig.~\ref{f:atcamap}. The uncertainty in Col.~11 is the formal uncertainty given by the fitting routine GAUSS$\_$2D, while the uncertainties correspond to the beam size divided by two times the signal-to-noise ratio in Cols.~7 and~8 and by the signal-to-noise ratio in Cols.~9 and~10. \\
$^f$ Flux spatially integrated over the region showing emission in the integrated intensity map of Fig.~\ref{f:atcamap}. \\
$^g$ Integrated flux of the 30~m spectrum computed over the frequency range given in Cols.~3 and~4.
\end{table}