Table 1: Observation parameters.

Phase center $\alpha_{2000} = \rm05^h 07^m 49.57^s$ $\delta_{2000} = 30^\circ 24' 05.16''$

Molecule & line Frequency FWHM Beam PA $\Delta v^{a}$ rms noise^a Int. time Obs. date Flux scale

GHz arcsec $\ensuremath{^\circ}$ $\ensuremath{~ \ensuremath{{\rm km~s^{-1}}}}$ mJy/Beam hours K/(Jy/Beam)

$\rm C^{18}O$ J=1-0 109.782 $2.57 \times 1.60$ 41 0.85 7 7.2 2002-2003 24.7

$\rm ^{13}CO$ J=1-0 110.201 $2.56 \times 1.59$ 41 0.85 7 7.2 2002-2003 24.7

$\rm ^{12}CO$ J=1-0 115.271 $2.42 \times 1.55$ 24 0.81 10 9.7 2003-2004 24.5

$\rm ^{12}CO$ J=2-1 230.538 $0.89 \times 0.58$ 23 0.41 18 16.9 2002-2004 44.5

Continuum $\lambda$ Frequency FWHM Beam PA $\Delta \nu$ rms noise Int. time Obs. date

mm GHz arcsec $\ensuremath{^\circ}$ MHz mJy/Beam hours

2.66^b 112.5^b $1.84 \times 1.22$ ^b 31 580^c 0.24 16.9 2002-2004

1.30 230.5 $0.87 \times 0.56$ 22 1160^c 0.47 16.9 2002-2004

^a $\Delta v$ and the rms noise refer to the rebinned resolution in the channel maps. The native correlator resolution is 8 times higher.
^b Merge of the 2.6 and 2.7 $\ensuremath{~ \ensuremath{{\rm mm}}}$ measurements.
^c Total IF bandwidth currently available at PdBI (with SSB tuning at 2.6 $\ensuremath{~ \ensuremath{{\rm mm}}}$ and DSB at 1.3 $\ensuremath{~ \ensuremath{{\rm mm}}}$ ).

Source LaTeX | All tables | In the text