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Table A.1

GRHS and EGRHS sample and results.

Name RAJ2000 DecJ2000 z L X [0.1−2.4 keV] log10(P1.4 GHz Remark Ref.
hh mm ss ° ′ ′′ 1044 erg s-1 WHz-1)
A2697 00 03 11.8 −06 05 10 0.232 6.88 < 23.60 UL V08
A2744 00 14 18.8 −30 23 00 0.307 12.92 25.27 ± 0.02 H+Re B09
A2813 00 43 24.4 −20 37 17 0.292 7.62 – bad rms V08
A68 00 36 59.4 +09 08 30 0.254 9.47 < 23.54 UL(off-centre) K15
RXJ0027.6+2616 00 27 49.8 +26 16 26 0.365 12.29 < 23.83 UL V08
A141 01 05 34.8 −24 39 17 0.23 5.76 < 23.60 UL V08
A209 01 31 53.0 −13 36 34 0.206 6.29 24.07 ± 0.09 H V08, B09
A267 01 52 52.2 +01 02 46 0.23 8.57 < 23.50 UL K13
A2895 01 18 11.1 −26 58 23 0.228 5.56 – bad rms V08
RXJ0142.0+2131 01 42 3.1 +21 30 39 0.28 6.41 < 23.62 UL K13
Z348 (RXCJ0106.8+0103) 01 06 50.3 +01 03 17 0.254 6.23 < 23.78 UL, Re (c) K13
< 23.30 mhUL K13
A3088 03 07 4.1 −28 40 14 0.254 6.95 < 23.60 UL V08
A520 04 54 19.0 +02 56 49 0.203 8.84 24.59 ± 0.04 H B09
A521 04 54 9.1 −10 14 19 0.248 8.18 24.06 ± 0.04 USS H+Re B09
RXCJ0437.1+0043 04 37 10.1 +00 43 38 0.284 8.99 < 23.78 UL K13
RXJ0439.0+0520 04 39 2.2 +05 20 43 0.208 5.3 < 23.47 UL K13
< 23.33 mhUL K13
RXJ0439.0+0715 04 39 1.2 +07 15 36 0.244 8.37 < 23.63 UL K13
RXCJ0510.7-0801 05 10 44.7 −08 01 06 0.220 8.55 – bad rms K15
A611 08 00 58.1 +36 04 41 0.288 8.86 < 23.60 UL V08
A689 08 37 29.7 +14 59 29 0.279 2.8 – Brt src. K13
A697 08 42 53.3 +36 20 12 0.282 10.57 24.10 ± 0.09 USS H V08
Z1953 (ZwCl0847.2+3617) 08 50 10.1 +36 05 09 0.373 23.46 – (c) K15
A773 09 17 59.4 +51 42 23 0.217 8.1 24.23 ± 0.04 H B09
A781 09 20 23.2 +30 26 15 0.298 11.29 < 23.53 UL, Re (c) V07, V08
Z2089 (ZwCl0857.9+2107) 09 00 45.9 +20 55 13 0.235 6.79 < 23.39 UL V08
< 23.44 mhUL K13
Z2661 (RXCJ0949.8+1707) 09 49 57.0 +17 08 58 0.383 17.79 – H (c) V08
Z2701 (ZwCl0949.6+5207) 09 52 55.3 +51 52 52 0.214 6.59 < 23.51 UL V08
< 23.13 mhUL K13
A3444 10 23 50.8 −27 15 31 0.254 13.76 24.27 ± 0.02 mH G (in prep.), K15
A963 10 17 9.6 +39 01 00 0.206 6.39 – bad rms V07,V08
Z3146 (ZwCl1021.0+0426) 10 23 39.6 +04 11 10 0.29 17.26 24.13 mH G14
A1300 11 31 56.3 −19 55 37 0.308 13.97 24.78 ± 0.04 USS H B09
A1423 11 57 22.5 +33 39 18 0.213 6.19 < 23.55 UL V08
RXCJ1115.8+0129 11 15 54.0 +01 29 44 0.350 13.58 < 23.63 UL V08
< 23.45 mhUL K13
A1576 12 36 49.1 +63 11 30 0.302 7.2 < 23.78 UL K13
RXCJ1212.3-1816 12 12 18.9 −18 16 43 0.269 6.2 < 23.65 UL V08, K13
Z5247 (RXCJ1234.2+0947) 12 34 17.3 +09 46 12 0.229 6.32 23.49 H (c) K15
A1682 13 06 49.7 +46 32 59 0.226 7.02 24.34 H (c) V08
A1722 13 19 43.0 +70 06 17 0.327 10.78 < 23.56 UL K13, K15
A1758a 13 32 32.1 +50 30 37 0.28 12.26 24.75 ± 0.17 H C13
A1763 13 35 17.2 +40 59 58 0.228 9.32 – No H V07, V08
RXCJ1314.4-2515 13 14 28.0 −25 15 41 0.244 10.94 23.87 ± 0.08 DRe+H V08
Z5699 (ZwCl1303.6+2647) 13 06 0.4 +26 30 58 0.306 8.96 < 23.73 UL V08
Z5768 (ZwCl1309.1+2216) 13 11 31.5 +22 00 05 0.266 7.47 < 23.53 UL V08
A1835 14 01 2.0 +02 51 32 0.252 24.48 24.05 mH F12
S780 14 59 29.3 −18 11 13 0.236 15.53 < 23.55 UL V08
24.27 ± 0.1 mH G (in prep.), K15
Z7160 (ZwCl1454.8+2233) 14 57 15.2 +22 20 30 0.258 8.41 24.24 ± 0.06 mH V08, G14
A2111 15 39 38.3 +34 24 21 0.229 6.83 – No H V08
A2146 15 56 4.7 +66 20 24 0.234 5.62 – No H R12
RXCJ1504.1-0248 15 04 7.7 −02 48 18 0.215 28.08 24.47 mH G11b
RXCJ1514.9-1523 15 14 58.0 −15 23 10 0.223 7.16 24.23 USS H G11a, C13
RXJ1532.9+3021 15 32 54.2 +30 21 11 0.362 16.49 24.52 ± 0.02 mH K13, G14
Z7215 ( RXCJ1501.3+4220) 15 01 23.2 +42 21 06 0.290 7.34 < 23.73 UL V08
A2163 16 15 46.9 −06 08 45 0.203 23.17 25.26 ± 0.005 H B09
A2219 16 40 21.1 +46 41 16 0.228 12.73 25.08 ± 0.02 H B09
A2261 17 22 28.3 +32 09 13 0.224 11.31 < 23.48 UL V08, K13
RXCJ2003.5-2323 20 03 30.4 −23 23 05 0.317 9.25 25.08 ± 0.03 H B09
A2390 21 53 34.6 +17 40 11 0.233 13.43 24.98 ± 0.02 mH B09
RXJ2129.6+0005 21 29 37.9 +00 05 39 0.235 11.66 23.69 mH K15
A2485 22 48 32.9 −16 06 23 0.247 5.1 < 23.50 UL K13, K15
RXCJ2211.7-0350 22 11 43.4 −03 50 07 0.27 7.42 – – –
RXJ2228.6+2037 22 28 34.4 +20 36 47 0.418 19.44 < 23.93 UL V08
A2537 23 08 23.2 −02 11 31 0.297 10.17 < 23.68 UL V08
A2552 23 11 33.1 +03 38 37 0.305 10.07 – H (c) K15
A2631 23 37 40.6 +00 16 36 0.278 7.57 < 23.58 UL V08
A2645 23 41 16.8 −09 01 39 0.251 5.79 – bad rms V08
A2667 23 51 40.7 −26 05 01 0.226 13.65 < 23.62 UL V08

Notes. The columns are: 1. cluster name; 2. right ascension (J2000); 3. declination (J2000); 4. redshift; 5. X-ray luminosity; 6. 1.4 GHz radio power of the radio halo, mini-halo, or upper limit. Spectral index of 1.3 was used to scale the values where the power was not available at 1.4 GHz. 7. Remark: H = Halo, Re = Relic, USS = Ultra-steep spectrum, mH = mini-halo, DRe = Double relic, UL = upper limits, (c) = candidate, mhUL = mini-halo upper limit, Brt. Src. = Bright source at the centre and thus UL not estimated, bad rms = UL not estimated owing to poor rms noise in the map; 8.

Reference. References for P1.4 GHz: (V07) Venturi et al. (2007); (V08) Venturi et al. (2008); (K13) Kale et al. (2013); (K15) this paper; (G11a) Giacintucci et al. (2011b); (G11b) Giacintucci et al. (2011a); (B09) Brunetti et al. (2009); (F12) Feretti et al. (2012); (R12) Russell et al. (2012); G (in prep.) Giacintucci et al. (in prep).; (C13) (Cassano et al. 2013).

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