2003MNRAS.339..913E


Query : 2003MNRAS.339..913E

2003MNRAS.339..913E - Mon. Not. R. Astron. Soc., 339, 913-924 (2003/March-2)

The discovery of two distant, massive clusters of galaxies in the ROSAT All-Sky Survey.

EDGE A.C., EBELING H., BREMER M., ROETTGERING H., VAN HAARLEM M.P., RENGELINK R. and COURTNEY N.J.D.

Abstract (from CDS):

We discuss the radio, optical, and X-ray properties of two newly discovered, very X-ray luminous, distant clusters of galaxies. Both systems were noted as cluster candidates in a cross-correlation of data from the WENSS radio survey and the ROSAT All-Sky Survey. Follow-up observations performed by us and the Massive Cluster Survey (MACS) team confirmed both sources as distant galaxy clusters. The first cluster, MACS J0717.5+3745 at a redshift of z = 0.5548, contains a very extended, steep-spectrum radio source offset from the cluster core, making it the most distant radio relic known. The second cluster, MACS J1621.3+3810 at z = 0.465, is a strong cooling flow with a relatively weak central radio source. We present results from ROSAT High-Resolution Imager (HRI) observations of both clusters as well as from optical imaging and VLA radio interferometry observations. Our discoveries demonstrate that distant clusters can be efficiently identified in a relatively shallow X-ray survey, that radio/X-ray selection is efficient, and that both cooling flow and non-cooling flow clusters are selected.

Abstract Copyright: RAS

Journal keyword(s): galaxies: clusters: individual: MACS J0717.5+3745 - galaxies: clusters: individual: MACS J1621.3+3810 - cooling flows - radio continuum: galaxies

VizieR on-line data: <Available at CDS (J/MNRAS/339/913): table2.dat refs.dat>

Nomenclature: Table 2, last col.: MCS JHHMM.m+DDMM N=37 added.

CDS comments: MACS sources are MCS in SIMBAD (MACS in SIMBAD = Magellanic Catalog of Stars).

Simbad objects: 139

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Number of rows : 139
N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2022
#notes
1 2FGL J0018.5+2945 BLL 00 18 27.7897831296 +29 47 31.163294904     19.4 17.4   ~ 49 0
2 ClG 0016+16 ClG 00 18 33.3 +16 26 36           ~ 486 0
3 1RXS J002433.0+331237 ClG 00 24 32.7 +33 12 25           ~ 9 0
4 9C J0028+3103 QSO 00 28 10.7266056864 +31 03 48.087918792   15.47 15.22 14.56   ~ 22 1
5 9C J0031+3016 Sy1 00 31 21.9963187416 +30 16 02.222460300     18.2 15.95   ~ 12 1
6 WN B0112.3+4041 X 01 15 13.2 +40 57 43           ~ 3 0
7 [WXD99] J012026.39+384915.5 X 01 20 28.0 +38 49 18           ~ 3 0
8 3C 59 Sy1 02 07 02.2064405304 +29 30 46.051043400   16 16     ~ 144 1
9 [VV98] J031024.3+391058 BLL 03 10 24.5370410232 +39 10 57.928816020     18.60     ~ 13 1
10 ACO 426 ClG 03 19 47.2 +41 30 47           ~ 2118 1
11 WN B0525.4+6800 X 05 30 49.9 +68 03 04           ~ 2 0
12 WN B0620.9+5056 X 06 24 52.399 +50 53 53.02           ~ 2 0
13 WN B0625.4+4609 ClG 06 29 10.4 +46 06 37           ~ 4 0
14 WN B0627.1+5135 X 06 31 01.0 +51 33 14           ~ 2 0
15 ClG 0657-56 ClG 06 58 29.6 -55 56 39           ~ 885 1
16 87GB 070831.4+322420 ClG 07 11 47.6688944544 +32 18 35.939571120           ~ 7 1
17 B3 0714+378 Rad 07 17 36.50 +37 45 23.0           ~ 169 2
18 ClG J0717+3745 ClG 07 17 36.50 +37 45 23.0           ~ 428 0
19 4C 65.08 AGN 07 23 54.8260501416 +65 04 54.574650840   18.7       ~ 13 1
20 RX J0726.7+3101 X 07 26 49.9775874360 +31 02 04.260621228           ~ 4 1
21 RX J0740.1+7230 X 07 40 13.1094785496 +72 30 47.266536528           ~ 4 1
22 1RXS J074142.1+444251 X 07 41 42.1 +44 42 51           ~ 2 0
23 7C 074312.00+745858.00 BLL 07 49 29.5562134632 +74 51 44.707966308   17.8 18.90 17.8   ~ 21 1
24 2MASX J07533380+3857222 Sy1 07 53 33.8247425808 +38 57 22.173515640   19.10 18.64     ~ 11 0
25 7C 080418.60+340933.00 Bla 08 07 30.749 +34 00 41.70       15.8   ~ 19 1
26 ClG J0810+4216 ClG 08 10 24.2 +42 16 19           ~ 26 0
27 RX J0825.9+4014 X 08 25 56.1 +40 14 06           ~ 3 0
28 ICRF J083454.9+553421 Sy2 08 34 54.9022011432 +55 34 21.085082256   20.75 19.45 17.180   ~ 268 2
29 ZwCl 0847+3617 ClG 08 50 12.0 +36 03 36           ~ 62 0
30 RX J0854.9+3021 X 08 54 59.8 +30 20 54           ~ 4 1
31 RX J0856.1+5418 ClG 08 56 10.0 +54 18 26           ~ 4 0
32 RX J0904.2+7259 * 09 04 16.1 +72 59 45           G3V 6 1
33 ClG 0910.4+4109 ClG 09 13 46.0 +40 56 20           ~ 59 2
34 RX J0917.2+7530 X 09 17 06.8 +75 30 33           ~ 4 1
35 RX J0920.3+6147 X 09 20 23.5 +61 47 17           ~ 3 0
36 ClG J0947+7623 ClG 09 47 12.9 +76 23 13           ~ 139 1
37 RX J0950.2+2901 X 09 50 13.5 +29 01 26           ~ 3 0
38 7C 100145.89+380639.00 BLL 10 04 44.7641097360 +37 52 12.030069612   20.33 19.50 19.2   ~ 21 1
39 RX J1017.6+5934 X 10 17 38.6 +59 34 30           ~ 3 0
40 6C 102729+514755 QSO 10 30 35.12567 +51 32 32.1544     18.40     ~ 16 1
41 ClG J1133+5008 ClG 11 33 13.10 +50 08 39.0   21.3       ~ 33 1
42 2MASX J11352669+3153324 BiC 11 35 26.693 +31 53 32.46           ~ 13 1
43 ACO 1351 ClG 11 42 30.8 +58 32 20           ~ 71 0
44 RX J1148.0+5116 * 11 48 01.92 +51 16 29.6           M 5 0
45 6C 121240+464354 QSO 12 15 09.9422143704 +46 27 15.107100912   17.86 17.72 16.7   ~ 52 1
46 2MASS J12161363+5242459 Sy1 12 16 13.6328268432 +52 42 46.206762732   17.99 17.79     ~ 27 0
47 WN B1214.2+4955 ClG 12 16 45.80 +49 39 10.0           ~ 3 0
48 M 87 BiC 12 30 49.42338230 +12 23 28.0438581 10.16 9.59 8.63   7.49 ~ 6738 3
49 ACO 1576 ClG 12 36 59.5 +63 11 18           ~ 94 0
50 6C 123554+414049 QSO 12 38 19.6160820480 +41 24 20.445955236   18.83 18.79     ~ 30 1
51 ClG 1244.2+7114 ClG 12 46 05.2 +70 57 53     17.54     ~ 18 1
52 2E 2895 ClG 12 55 29.6 +35 21 21           ~ 9 0
53 7C 125651.29+414529.00 Bla 12 59 08.6422737936 +41 29 37.733117352           ~ 10 1
54 7C 130312.00+391127.00 BLL 13 05 31.2618670992 +38 55 22.021905324   20.38 19.54     ~ 18 1
55 SDSS J130612.15+514407.0 BiC 13 06 12.169 +51 44 06.25           ~ 13 0
56 1RXS J132249.6+313844 ClG 13 22 52.3 +31 38 45           ~ 17 0
57 RX J1325.7+4139 X 13 25 45.31 +41 38 57.2           ~ 5 1
58 1RXS J133236.5+541855 ClG 13 32 40.1 +54 19 14           ~ 10 0
59 RX J1345.1+4047 X 13 45 03.49 +40 47 43.1           ~ 5 0
60 NVSS J135434+771551 Rad 13 54 34.10 +77 15 51.7           ~ 2 1
61 1AXG J135424+7715 ClG 13 54 37.8 +77 15 35           ~ 29 0
62 MCS J1359.2+7447 ClG 13 59 12 +74 47.0           ~ 2 0
63 WN B1358.7+7501p Rad 13 59 15.40 +74 46 48.0           ~ 2 1
64 RX J1359.2+7447 Rad 13 59 16.90 +74 46 42.6           ~ 5 0
65 3C 295 Sy2 14 11 20.467 +52 12 09.52   22.34 20.80 18.54   ~ 948 5
66 ClG J1411+5211 ClG 14 11 24.4 +52 12 38     20.11     ~ 117 3
67 7C 1409+3418 BLL 14 11 40.5429861000 +34 04 24.481129908   21.09 20.08     ~ 20 1
68 RX J1418.0+8007 X 14 17 59.11 +80 07 02.2     14.19     ~ 5 0
69 6C 142216+371922 BLL 14 24 21.1811236944 +37 05 52.878789528   20.36 19.13     ~ 25 1
70 6C 143801+372019 BLL 14 40 03.4477832064 +37 07 27.399073800     18.01     ~ 20 1
71 RX J1448.1+3527 X 14 48 11.4 +35 27 08           ~ 4 1
72 ACO 1995 ClG 14 52 55.0 +58 02 59           ~ 123 0
73 6C 150146+481016 BLL 15 03 24.7859700960 +47 58 29.828354592   18.53 17.88     ~ 38 1
74 RX J1515.7+3510 X 15 15 41.10 +35 10 47.4           ~ 4 0
75 RX J1525.5+3946 X 15 25 35.0 +39 46 49           ~ 4 1
76 2MASX J15320963+5854187 Sy2 15 32 09.6835827192 +58 54 18.317485908   17.6 17.6     ~ 21 0
77 NVSS J153216+585401 rG 15 32 16.1737082424 +58 54 03.398074848   17.2       ~ 9 1
78 LEDA 1900245 Bla 15 32 53.780 +30 20 59.41   19.1   15.7   ~ 139 0
79 ClG J1532+3021 ClG 15 32 53.8 +30 21 00           ~ 102 0
80 RX J1535.3+3422 X 15 35 20.9 +34 22 51           ~ 3 0
81 RX J1554.3+4644 X 15 54 19.053 +46 43 32.43           ~ 4 1
82 RX J1605.3+3756 X 16 05 15.5 +37 56 44           ~ 7 2
83 2MASS J16103543+4800226 Sy1 16 10 35.4422950680 +48 00 22.590292212   18.91 18.53     ~ 24 0
84 NVSS J161038+480034 Rad 16 10 38.30 +48 00 34.0           ~ 2 1
85 RX J1614.2+5442 X 16 14 15.40 +54 42 47.8           ~ 6 0
86 ClG J1621+3810 ClG 16 21 25.5 +38 09 43           ~ 73 0
87 SDSS J162625.85+351341.4 BLL 16 26 25.8603470616 +35 13 41.454253488   19.05 18.54 18.1   ~ 46 1
88 ACO 2192 ClG 16 27 24.4 +42 40 43           ~ 59 0
89 4FGL J1637.6+4548 BLL 16 37 26.6649290160 +45 47 49.038164232   19.62 18.64     ~ 29 1
90 6C 163723+434051 BLL 16 38 56.5373169504 +43 35 12.534212616   18.71 18.43     ~ 37 1
91 RX J1648.7+8005 X 16 48 43.6 +80 05 06           ~ 5 0
92 RX J1653.9+4410 X 16 53 58.2 +44 10 42           ~ 4 0
93 ACO 2256 ClG 17 03 43.5 +78 43 03           ~ 859 1
94 7C 170233.50+333600.00 BLL 17 04 24.4 +33 31 43           ~ 7 2
95 LEDA 3096537 BLL 17 13 04.4613528528 +35 23 33.584919000   16.89 16.60     ~ 39 0
96 FBQS J1713+3256 SyG 17 13 22.5873502296 +32 56 27.998383452   18.13 17.60     ~ 36 1
97 ClG J1720+3536 ClG 17 20 16.8 +35 36 27           ~ 130 1
98 2MASS J17220601+5654518 Sy1 17 22 06.0278806104 +56 54 51.664893732   18.79 18.48     ~ 61 0
99 RX J1726.5+3923 X 17 26 35.1 +39 23 21           ~ 3 0
100 RX J1733.8+3000 X 17 33 55.2450823176 +30 00 17.538834960           ~ 4 1
101 4C 39.50 Rad 17 42 43.30 +39 00 27.8   16.42       ~ 14 1
102 1RXS J174248.6+390027 ClG 17 42 48.3 +39 00 35           ~ 11 0
103 2MASX J17453776+3951309 BLL 17 45 37.7544298992 +39 51 30.936584340     18.30 15.9   ~ 46 1
104 MCS J1748.2+4941 ClG 17 48.2 +49 41           ~ 1 0
105 7C 174701.39+494244.00 G 17 48 16.00 +49 41 48.3           ~ 3 1
106 RX J1748.2+4941 X 17 48 21 +49 41.9           ~ 4 0
107 2MASX J17500503+4700431 BLL 17 50 05.0110986456 +47 00 43.683226092     19.00     ~ 23 1
108 7C 175007.90+471444.00 QSO 17 51 31.6327592184 +47 13 22.506668976     17.10     ~ 12 1
109 MCS J1752.0+4440 ClG 17 52 03.1 +44 40 10           ~ 51 0
110 WN B1752.9+3500 X 17 54 41.6 +34 59 37           ~ 2 0
111 RX J1759.8+4544 X 17 59 53.9 +45 44 29           ~ 6 1
112 7C 180108.09+424723.00 ClG 18 02 39.3 +42 47 20           ~ 8 1
113 7C 181759.00+682314.00 ClG 18 17 44.5 +68 24 25           ~ 11 1
114 RX J1823.1+3324 X 18 23 09.8 +33 24 39           ~ 7 1
115 NPM1G +30.0453 ClG 18 24 09.6 +30 29 31           ~ 14 0
116 1RXS J182418.7+430954 ClG 18 24 19.0 +43 09 49           ~ 21 0
117 3FGL J1824.4+4310 BLL 18 24 19.21 +43 09 49.6           ~ 31 0
118 ZwCl 1829+6912 ClG 18 29 05.68 +69 14 06.1           ~ 14 0
119 MCXC J1832.5+6848 ClG 18 32 34.6 +68 48 12           ~ 17 0
120 7C 1832+6845 BLL 18 32 35.4336698616 +68 48 05.730283728           ~ 18 1
121 1RXS J184429.9+534847 X 18 44 33.1 +53 49 22           ~ 3 1
122 MCS J1848.4+7503 ClG 18 48.4 +75 03           ~ 1 0
123 1RXS J184828.3+750326 X 18 48 28.3 +75 03 26           ~ 2 0
124 2MASX J18483127+7503292 BiC 18 48 31.2564972072 +75 03 29.764938240           ~ 4 1
125 2MASS J19241339+6656315 AG? 19 24 13.3642769232 +66 56 31.337752740           ~ 3 0
126 NVSS J193112+600012 Rad 19 31 12.70 +60 00 12.3           ~ 2 1
127 1RXS J193113.8+600001 X 19 31 13.8 +60 00 01           ~ 3 0
128 CIZA J1938.3+5409 ClG 19 38 18.6 +54 09 33           ~ 32 0
129 MCS J1940.2+6807 ClG 19 40.2 +68 07           ~ 1 0
130 NVSS J194017+680729 Rad 19 40 17.20 +68 07 29.3           ~ 2 1
131 [WXD99] J194017.24+680729.9 ClG 19 40 17.24 +68 07 29.9           ~ 4 0
132 4C 65.28 ClG 19 44 23.90 +65 52 23.0           ~ 12 1
133 NAME Cyg A Cluster ClG 19 59 30.3 +40 44 11           ~ 134 0
134 87GB 200301.2+682121 ClG 20 03 08.3 +68 29 20           ~ 4 1
135 WN B2150.4+8447 X 21 46 13.6 +85 01 49           ~ 2 0
136 RX J2156.3+3318 X 21 56 22.06 +33 18 35.4   16.20       ~ 6 1
137 RX J2237.9+4101 X 22 37 53.5 +41 01 20           ~ 6 1
138 1RXS J231947.4+425117 X 23 19 47.4 +42 51 17           ~ 4 0
139 NVSS J231947+425110 Rad 23 19 47.90 +42 51 10.8           ~ 4 1

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2022.10.03-06:12:33

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