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Table 5.

Integrated AGN and SF luminosities.

Name Redshift SFR LAS size* Stellar mass Temp. / **
(1012L) (1012L)1 (M yr−1) (arcsec) (kpc) (log(M*/M)) (K)
MRC 0037−258 1.100 < 2.17 < 249 27.6a 231.7 11.56g uncons. ...
MRC 0114−211 1.410 126 < 2a < 17 11.39g 0.47
TN J0121+1320 3.516 < 2.67 626 0.3b 2.2 11.02g 0.72
MRC 0152−209 (H) 1.920 1817 2.2c 19.0 11.76g 0.89
MRC 0152−209 (C) 1.920 ... 108 ... ... ... ...
MRC 0156−252 2.016 < 1.99 < 228 8.3d 71.2 12.05g uncons. ...
TN J0205+2242 3.506 < 2.70 < 0.74 < 84 2.7b 20.2 10.82g uncons. ...
MRC 0211−256 1.300 117 2.4a 20.6 < 11.54g 0.57
TXS 0211−122 2.340 81 17.0d 142.5 < 11.16g > 0.16
MRC 0251−273 3.160 79 3.9a 30.3 10.96g > 0.11
MRC 0324−228 1.894 < 0.86 < 98 9.6a 81.1 10.7(8)f uncons. < 0.15
MRC 0350−279 1.900 < 0.77 < 88 1.2a 10.4 < 11.00g uncons. ...
MRC 0406−244 2.427 < 1.63 < 186 10.0d 83.2 11.1(3)f uncons. < 0.22
PKS 0529−549 2.575 1018 3h 24.7 11.46g 0.84
TN J0924−2201 5.195 < 14.98 142 1.2b 7.6 11.10g uncons. > 0.23
MRC 0943−242 (H) 2.923 41 3.9d 31.0 11.3(4)f 0.03
MRC 0943−242 (C) 2.923 ... 747 ... ... ... ...
MRC 1017−220 1.768 < 1.75 < 201 < 0.2c < 1.7 < 11.70g uncons. ...
4C 03.24 3.570 142 6.0e 44.7 < 11.27g 0.26
TN J1338+1942 4.110 461 5.2c 36.6 11.04g 0.59
TN J2007−1316 3.840 251 3.5b 25.3 11.9(0)f 0.35
MRC 2025−218 2.630 < 0.36 < 41 5.1d 41.7 < 11.62g uncons. ...
MRC 2048−272 2.060 < 0.18 < 0.65 < 74 6.8c 58.2 11.47g uncons. ...
MRC 2104−242 2.491 < 0.38 < 43 23.7c 196.2 11.0(0.6)f uncons. < 0.07
4C 23.56 2.483 < 0.49 < 56 53.0d 439.1 < 11.59g uncons. ...
4C 19.71 3.592 84 23.3d 172.0 < 11.13g 0.17
MRC 2224−273 1.679 138 < 0.2a < 1.7 11.41g 0.55

Notes. is the integrated AGN luminosity. is the integrated SF luminosity over the wavelengths 8–1000 μm in the rest-frame assuming β = 2.5 (Sect. 4.1). Upper-limits in were estimated assuming β = 2.5 and T = 50 K (Sect. 4.1). The star-formation rates, SFR, are calculated from the via the conversion given in Kennicutt (1998) but we scaled these values from the original Salpeter IMF assumed in Kennicutt (1998) to a Kroupa IMF by dividing by a factor of 1.5. LAS is the largest angular size of the radio source as given in the references indicated by the superscript:

(h)

size extracted from original map.

( * )The physical size of radio source at 1.4 GHz (LAS) at the given redshift. The stellar masses are taken from the studies indicated by the superscript:

(f)

Drouart et al. (2016). Both of these studies use a Kroupa 2001 IMF. Some values of the stellar mass have two estimates. The value in the parentheses replaces the last digits to give the alternative value (see Sect. 4.5). For example, the possible stellar masses for MRC 2104−242 are log(M*/M)=11.0 or 10.6.

( * *)The difference between the total luminosity of heated dust by star-formation, (this paper) and the total luminosity of dust heated by starbursts (Drouart et al. 2014). Two of sources contain additional sources in the ALMA images and for these two sources, we indicate the host galaxy and companions as “H” and “C”, respectively.

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