Table 2.

Configurations used, epochs, calibrators and spectral setup of the Very Large Array observational projects.

VLAEpochFluxGain calibratorsBandwidthSpectral resolution
Projectconfig.of observationcalibrator(bootstrapped fluxes, Jy)(MHz)(kHz)(km s−1)
AB1217D2007May3C286,3C48J0102+5843.85 ± 0.063.12548.80.6
AC733DnC2004Jun3C84J0530+1353.33 ± 0.023.12548.80.6
AF386D2001Jan3C286J2025+3372.50 ± 0.043.12548.80.6
J1849+0050.81 ± 0.01
J2322+5090.72 ± 0.01
AF471D2009Oct/Nov3C286,3C48J0555+3983.15 ± 0.013.12524.40.3
AF484D2009Oct/Nov3C48J0559+2380.80 ± 0.013.12524.40.3
J2148+6110.63 ± 0.01
AK558D2003May3C286J2148+6110.60 ± 0.013.12548.80.6
AS708C2001Jul3C286J2015+3712.34 ± 0.043.12548.80.6
AS926C2008Apr3C286,3C48J2146+6110.72 ± 0.023.12548.80.6
AZ113D1999May3C286,3C48J2013+3702.27 ± 0.213.12524.40.3
AZ114D1999Mar3C48J2230+6970.43 ± 0.013.12548.80.6
J0552+3983.46 ± 0.05
AZ120C2000Apr3C48J0552+3984.72 ± 0.153.12548.80.6
D2000Sept3C48J0552+3983.38 ± 0.04
J2015+3713.84 ± 0.02
VLAEpochFluxGain calibratorsBandwidthSpectral resolution
Projectconfig.of observationcalibrator(bootstrapped fluxes, Jy)(MHz)(kHz)(km s−1)
AB1217D2007May3C286,3C48J0102+5843.85 ± 0.063.12548.80.6
AC733DnC2004Jun3C84J0530+1353.33 ± 0.023.12548.80.6
AF386D2001Jan3C286J2025+3372.50 ± 0.043.12548.80.6
J1849+0050.81 ± 0.01
J2322+5090.72 ± 0.01
AF471D2009Oct/Nov3C286,3C48J0555+3983.15 ± 0.013.12524.40.3
AF484D2009Oct/Nov3C48J0559+2380.80 ± 0.013.12524.40.3
J2148+6110.63 ± 0.01
AK558D2003May3C286J2148+6110.60 ± 0.013.12548.80.6
AS708C2001Jul3C286J2015+3712.34 ± 0.043.12548.80.6
AS926C2008Apr3C286,3C48J2146+6110.72 ± 0.023.12548.80.6
AZ113D1999May3C286,3C48J2013+3702.27 ± 0.213.12524.40.3
AZ114D1999Mar3C48J2230+6970.43 ± 0.013.12548.80.6
J0552+3983.46 ± 0.05
AZ120C2000Apr3C48J0552+3984.72 ± 0.153.12548.80.6
D2000Sept3C48J0552+3983.38 ± 0.04
J2015+3713.84 ± 0.02
Table 2.

Configurations used, epochs, calibrators and spectral setup of the Very Large Array observational projects.

VLAEpochFluxGain calibratorsBandwidthSpectral resolution
Projectconfig.of observationcalibrator(bootstrapped fluxes, Jy)(MHz)(kHz)(km s−1)
AB1217D2007May3C286,3C48J0102+5843.85 ± 0.063.12548.80.6
AC733DnC2004Jun3C84J0530+1353.33 ± 0.023.12548.80.6
AF386D2001Jan3C286J2025+3372.50 ± 0.043.12548.80.6
J1849+0050.81 ± 0.01
J2322+5090.72 ± 0.01
AF471D2009Oct/Nov3C286,3C48J0555+3983.15 ± 0.013.12524.40.3
AF484D2009Oct/Nov3C48J0559+2380.80 ± 0.013.12524.40.3
J2148+6110.63 ± 0.01
AK558D2003May3C286J2148+6110.60 ± 0.013.12548.80.6
AS708C2001Jul3C286J2015+3712.34 ± 0.043.12548.80.6
AS926C2008Apr3C286,3C48J2146+6110.72 ± 0.023.12548.80.6
AZ113D1999May3C286,3C48J2013+3702.27 ± 0.213.12524.40.3
AZ114D1999Mar3C48J2230+6970.43 ± 0.013.12548.80.6
J0552+3983.46 ± 0.05
AZ120C2000Apr3C48J0552+3984.72 ± 0.153.12548.80.6
D2000Sept3C48J0552+3983.38 ± 0.04
J2015+3713.84 ± 0.02
VLAEpochFluxGain calibratorsBandwidthSpectral resolution
Projectconfig.of observationcalibrator(bootstrapped fluxes, Jy)(MHz)(kHz)(km s−1)
AB1217D2007May3C286,3C48J0102+5843.85 ± 0.063.12548.80.6
AC733DnC2004Jun3C84J0530+1353.33 ± 0.023.12548.80.6
AF386D2001Jan3C286J2025+3372.50 ± 0.043.12548.80.6
J1849+0050.81 ± 0.01
J2322+5090.72 ± 0.01
AF471D2009Oct/Nov3C286,3C48J0555+3983.15 ± 0.013.12524.40.3
AF484D2009Oct/Nov3C48J0559+2380.80 ± 0.013.12524.40.3
J2148+6110.63 ± 0.01
AK558D2003May3C286J2148+6110.60 ± 0.013.12548.80.6
AS708C2001Jul3C286J2015+3712.34 ± 0.043.12548.80.6
AS926C2008Apr3C286,3C48J2146+6110.72 ± 0.023.12548.80.6
AZ113D1999May3C286,3C48J2013+3702.27 ± 0.213.12524.40.3
AZ114D1999Mar3C48J2230+6970.43 ± 0.013.12548.80.6
J0552+3983.46 ± 0.05
AZ120C2000Apr3C48J0552+3984.72 ± 0.153.12548.80.6
D2000Sept3C48J0552+3983.38 ± 0.04
J2015+3713.84 ± 0.02
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