Table 1

Basic properties of the sample of radio galaxies. Columns are as follows. (1) Name of the active galaxy. (2) Active galaxy redshift. (3) Rest-frame wavelength, in the unit of formulam, corresponding to 1.1 mm in the observer frame. (4) and (5) are the RA and Dec. of the active galaxy. (6) The wavelength regime from which the position of the active galaxy was determined, where R = radio, I = mid-IR (3.6 and 4.5 formulam), O = optical (R band) and K = near-IR (K band). (7) 1.1-mm flux density of the millimetre counterpart to the active galaxy. Errors in S1.1 are 1σ, and upper limits are 3σ. (8) The observed offset of the millimetre counterpart relative to the position of the active galaxy. In the absence of a probable counterpart we show in parentheses the offset to the closest millimetre detection. (9) P-statistic of the probable millimetre counterpart. Again, in the absence of a probable counterpart we show in parentheses the P-statistic of the nearest millimetre detection. (10) Log of the far-IR luminosity of millimetre counterparts. For non-detections, we give 3σ upper limits. (11) The star formation rate implied by the far-IR luminosity. Included at the bottom of the table is the radio-quiet quasar SDSS J1030+0524.

Source namezformula (formulam)RA (J2000) (hh:mm:ss.ss)Dec. (J2000) (dd:mm:ss.s)IDS1.1 (mJy)r (arcsec)PLog formulaSFR (M yr−1)
(1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11)
MRC 2201−5550.5173022:05:04.83−55:17:44.0I6.1±0.82.58×10−612.86720
MRC 2008−0680.5571020:11:14.22−06:44:03.6R8.6±0.93.54×10−613.041100
MRC 2322−0521.1950023:25:19.62−04:57:36.6I<2.1(20.7)(0.049)<12.60<400
TXS 2322−0401.5144023:25:10.23−03:44:46.7R2.3±0.62.30.000612.68480
MRC 2048−2722.0636020:51:03.49−27:03:03.7I2.3±0.811.40.0212.68480
MRC 0355−0372.1535003:57:48.06−03:34:09.5I3.5±0.76.60.00213.021040
PKS 1138−2622.1635011:40:48.35−26:29:08.6R<3.6(14.3)(0.007)<12.85<710
4C +23.562.4832021:07:14.82+23:31:45.1R<1.5(21.4)(0.005)<12.46<290
MRC 2104−2422.4932021:06:58.27−24:05:09.1R3.7±0.96.90.00212.87740
PKS 0529−5492.5831005:30:25.43−54:54:23.3I6.4±0.73.72×10−513.101270
MRC 0316−2573.1327003:18:12.14−25:35:10.2I<2.1(17.3)(0.009)<12.55<350
TN J2009−30403.1626020:09:48.08−30:40:07.4K3.3±0.912.90.00512.79610
4C +41.173.7923006:50:52.35+41:30:31.4O3.5±1.06.60.00112.78610
TN J2007−13163.8323020:07:53.22−13:16:43.4R2.8±0.94.00.00212.68480
TN J1338−19424.1022013:38:26.23−19:42:33.6R<5.0(15.7)(0.0008)<12.90<790
TN J0924−22015.1918009:24:19.91−22:01:41.5I3.6±0.913.90.00612.74560
SDSS J1030+05246.2815010:30:27.10+05:24:55.0I<1.4(22.7)(0.02)<12.30<200
Source namezformula (formulam)RA (J2000) (hh:mm:ss.ss)Dec. (J2000) (dd:mm:ss.s)IDS1.1 (mJy)r (arcsec)PLog formulaSFR (M yr−1)
(1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11)
MRC 2201−5550.5173022:05:04.83−55:17:44.0I6.1±0.82.58×10−612.86720
MRC 2008−0680.5571020:11:14.22−06:44:03.6R8.6±0.93.54×10−613.041100
MRC 2322−0521.1950023:25:19.62−04:57:36.6I<2.1(20.7)(0.049)<12.60<400
TXS 2322−0401.5144023:25:10.23−03:44:46.7R2.3±0.62.30.000612.68480
MRC 2048−2722.0636020:51:03.49−27:03:03.7I2.3±0.811.40.0212.68480
MRC 0355−0372.1535003:57:48.06−03:34:09.5I3.5±0.76.60.00213.021040
PKS 1138−2622.1635011:40:48.35−26:29:08.6R<3.6(14.3)(0.007)<12.85<710
4C +23.562.4832021:07:14.82+23:31:45.1R<1.5(21.4)(0.005)<12.46<290
MRC 2104−2422.4932021:06:58.27−24:05:09.1R3.7±0.96.90.00212.87740
PKS 0529−5492.5831005:30:25.43−54:54:23.3I6.4±0.73.72×10−513.101270
MRC 0316−2573.1327003:18:12.14−25:35:10.2I<2.1(17.3)(0.009)<12.55<350
TN J2009−30403.1626020:09:48.08−30:40:07.4K3.3±0.912.90.00512.79610
4C +41.173.7923006:50:52.35+41:30:31.4O3.5±1.06.60.00112.78610
TN J2007−13163.8323020:07:53.22−13:16:43.4R2.8±0.94.00.00212.68480
TN J1338−19424.1022013:38:26.23−19:42:33.6R<5.0(15.7)(0.0008)<12.90<790
TN J0924−22015.1918009:24:19.91−22:01:41.5I3.6±0.913.90.00612.74560
SDSS J1030+05246.2815010:30:27.10+05:24:55.0I<1.4(22.7)(0.02)<12.30<200
Table 1

Basic properties of the sample of radio galaxies. Columns are as follows. (1) Name of the active galaxy. (2) Active galaxy redshift. (3) Rest-frame wavelength, in the unit of formulam, corresponding to 1.1 mm in the observer frame. (4) and (5) are the RA and Dec. of the active galaxy. (6) The wavelength regime from which the position of the active galaxy was determined, where R = radio, I = mid-IR (3.6 and 4.5 formulam), O = optical (R band) and K = near-IR (K band). (7) 1.1-mm flux density of the millimetre counterpart to the active galaxy. Errors in S1.1 are 1σ, and upper limits are 3σ. (8) The observed offset of the millimetre counterpart relative to the position of the active galaxy. In the absence of a probable counterpart we show in parentheses the offset to the closest millimetre detection. (9) P-statistic of the probable millimetre counterpart. Again, in the absence of a probable counterpart we show in parentheses the P-statistic of the nearest millimetre detection. (10) Log of the far-IR luminosity of millimetre counterparts. For non-detections, we give 3σ upper limits. (11) The star formation rate implied by the far-IR luminosity. Included at the bottom of the table is the radio-quiet quasar SDSS J1030+0524.

Source namezformula (formulam)RA (J2000) (hh:mm:ss.ss)Dec. (J2000) (dd:mm:ss.s)IDS1.1 (mJy)r (arcsec)PLog formulaSFR (M yr−1)
(1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11)
MRC 2201−5550.5173022:05:04.83−55:17:44.0I6.1±0.82.58×10−612.86720
MRC 2008−0680.5571020:11:14.22−06:44:03.6R8.6±0.93.54×10−613.041100
MRC 2322−0521.1950023:25:19.62−04:57:36.6I<2.1(20.7)(0.049)<12.60<400
TXS 2322−0401.5144023:25:10.23−03:44:46.7R2.3±0.62.30.000612.68480
MRC 2048−2722.0636020:51:03.49−27:03:03.7I2.3±0.811.40.0212.68480
MRC 0355−0372.1535003:57:48.06−03:34:09.5I3.5±0.76.60.00213.021040
PKS 1138−2622.1635011:40:48.35−26:29:08.6R<3.6(14.3)(0.007)<12.85<710
4C +23.562.4832021:07:14.82+23:31:45.1R<1.5(21.4)(0.005)<12.46<290
MRC 2104−2422.4932021:06:58.27−24:05:09.1R3.7±0.96.90.00212.87740
PKS 0529−5492.5831005:30:25.43−54:54:23.3I6.4±0.73.72×10−513.101270
MRC 0316−2573.1327003:18:12.14−25:35:10.2I<2.1(17.3)(0.009)<12.55<350
TN J2009−30403.1626020:09:48.08−30:40:07.4K3.3±0.912.90.00512.79610
4C +41.173.7923006:50:52.35+41:30:31.4O3.5±1.06.60.00112.78610
TN J2007−13163.8323020:07:53.22−13:16:43.4R2.8±0.94.00.00212.68480
TN J1338−19424.1022013:38:26.23−19:42:33.6R<5.0(15.7)(0.0008)<12.90<790
TN J0924−22015.1918009:24:19.91−22:01:41.5I3.6±0.913.90.00612.74560
SDSS J1030+05246.2815010:30:27.10+05:24:55.0I<1.4(22.7)(0.02)<12.30<200
Source namezformula (formulam)RA (J2000) (hh:mm:ss.ss)Dec. (J2000) (dd:mm:ss.s)IDS1.1 (mJy)r (arcsec)PLog formulaSFR (M yr−1)
(1)(2)(3)(4)(5)(6)(7)(8)(9)(10)(11)
MRC 2201−5550.5173022:05:04.83−55:17:44.0I6.1±0.82.58×10−612.86720
MRC 2008−0680.5571020:11:14.22−06:44:03.6R8.6±0.93.54×10−613.041100
MRC 2322−0521.1950023:25:19.62−04:57:36.6I<2.1(20.7)(0.049)<12.60<400
TXS 2322−0401.5144023:25:10.23−03:44:46.7R2.3±0.62.30.000612.68480
MRC 2048−2722.0636020:51:03.49−27:03:03.7I2.3±0.811.40.0212.68480
MRC 0355−0372.1535003:57:48.06−03:34:09.5I3.5±0.76.60.00213.021040
PKS 1138−2622.1635011:40:48.35−26:29:08.6R<3.6(14.3)(0.007)<12.85<710
4C +23.562.4832021:07:14.82+23:31:45.1R<1.5(21.4)(0.005)<12.46<290
MRC 2104−2422.4932021:06:58.27−24:05:09.1R3.7±0.96.90.00212.87740
PKS 0529−5492.5831005:30:25.43−54:54:23.3I6.4±0.73.72×10−513.101270
MRC 0316−2573.1327003:18:12.14−25:35:10.2I<2.1(17.3)(0.009)<12.55<350
TN J2009−30403.1626020:09:48.08−30:40:07.4K3.3±0.912.90.00512.79610
4C +41.173.7923006:50:52.35+41:30:31.4O3.5±1.06.60.00112.78610
TN J2007−13163.8323020:07:53.22−13:16:43.4R2.8±0.94.00.00212.68480
TN J1338−19424.1022013:38:26.23−19:42:33.6R<5.0(15.7)(0.0008)<12.90<790
TN J0924−22015.1918009:24:19.91−22:01:41.5I3.6±0.913.90.00612.74560
SDSS J1030+05246.2815010:30:27.10+05:24:55.0I<1.4(22.7)(0.02)<12.30<200
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