2020ApJ...892..102L

Query : 2020ApJ...892..102L

2020ApJ...892..102L - Astrophys. J., 892, 102-102 (2020/April-1)

X-ray scaling relations for a representative sample of Planck-selected clusters observed with XMM-Newton.

LOVISARI L., SCHELLENBERGER G., SERENO M., ETTORI S., PRATT G.W., FORMAN W.R., JONES C., ANDRADE-SANTOS F., RANDALL S. and KRAFT R.

Abstract (from CDS):

We report the scaling relations derived by fitting the X-ray parameters determined from analyzing the XMM-Newton observations of 120 galaxy clusters in the Planck Early Sunyaev-Zel'dovich (SZ) sample spanning the redshift range of 0.059 < z < 0.546. We find that the slopes of all the investigated scaling relations significantly deviate from the self-similar predictions, if self-similar redshift evolution is assumed. When the redshift evolution is left free to vary, the derived slopes are more in agreement with the self-similar predictions. Relaxed clusters have on average ∼30% higher X-ray luminosity than disturbed clusters at a given mass, a difference that, depending on the relative fraction of relaxed and disturbed clusters in the samples (e.g., SZ vs. X-ray selected), has a strong impact on the normalization obtained in different studies. Using the core-excised cluster luminosities reduces the scatter and brings into better agreement the L-Mtot and L-T relations determined for different samples. Mtot-T, Mtot-YX, and Mtot-Mgas relations show little dependence on the dynamical state of the clusters, but the normalizations of these relations may depend on the mass range investigated. Although most of the clusters investigated in this work reside at relatively low redshift, the fits prefer values of γ, the parameter accounting for the redshift evolution, different from the self-similar predictions. This suggests an evolution (<2σ level, with the exception of the Mtot-T relation) of the scaling relations. For the first time, we find significant evolution (>3σ) of the Mtot-T relation, pointing to an increase of the kinetic-to-thermal energy ratio with redshift. This is consistent with a scenario in which higher-redshift clusters are on average more disturbed than their lower-redshift counterparts.

Abstract Copyright: © 2020. The American Astronomical Society. All rights reserved.

Journal keyword(s): Galaxy clusters - Intracluster medium - Observational cosmology - X-ray astronomy

VizieR on-line data: <Available at CDS (J/ApJ/892/102): table3.dat>

Simbad objects: 121

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Number of rows : 121
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 ACO 2744 ClG 00 14 20.03 -30 23 17.8           ~ 1077 0
2 PLCKESZ G304.84-41.42 ClG 00 28 08 -75 38.1           ~ 7 0
3 ACO 2813 ClG 00 43 22.8 -20 37 21           ~ 111 0
4 ACO 115 ClG 00 55 59 +26 23.2           ~ 295 1
5 ACO 209 ClG 01 31 52.9 -13 36 53           ~ 326 0
6 ACO 3017 ClG 02 25 53.4 -41 54 58           ~ 65 0
7 ACT-CL J0232.2-4421 ClG 02 32 18.69 -44 20 41.5           ~ 130 0
8 ACO S 295 ClG 02 45 35.80 -53 02 16.8           ~ 86 0
9 ACT-CL J0254.3-5857 ClG 02 54 17.7 -58 57 11           ~ 57 0
10 ACO 401 ClG 02 58 50.3 +13 34 07           ~ 592 0
11 MCXC J0303.7-7752 ClG 03 03 48.4 -77 52 41           ~ 33 0
12 PLCKESZ G171.9-40.7 ClG 03 12 55 +08 22.8           ~ 58 0
13 ACO 3112 ClG 03 17 52.9 -44 15 06           ~ 329 1
14 ACO 3126 ClG 03 28 43.7 -55 42 44           ~ 64 0
15 ACO 3186 ClG 03 52 20.6 -74 00 11           ~ 60 0
16 ACO 478 ClG 04 13 24.8 +10 27 52           ~ 522 0
17 ACO 3266 ClG 04 31 26.4 -61 25 17           ~ 447 0
18 ACT-CL J0438.2-5419 ClG 04 38 17.70 -54 19 20.7           ~ 78 0
19 ACO 3292 ClG 04 49 54 -44 40.3           ~ 44 0
20 ACO 520 ClG 04 54 10.1 +02 55 38           ~ 465 0
21 ACO 3322 ClG 05 10 16.4 -45 19 12           ~ 42 0
22 ACO S 520 ClG 05 16 37.40 -54 30 01.5           ~ 114 0
23 ACO 3343 ClG 05 25 49.1 -47 14 58           ~ 37 0
24 ACT-CL J0528.8-3927 ClG 05 28 56.2 -39 27 49           ~ 78 0
25 PLCKESZ G286.6-31.3 ClG 05 31 22.3 -75 09 50           ~ 26 0
26 ACT-CL J0532.9-3701 ClG 05 32 56.4 -37 01 34           ~ 57 0
27 ACO 3364 ClG 05 47 38.1 -31 52 15           ~ 86 0
28 PLCKESZ G271.2-31.0 ClG 05 49 16 -62 05.2           ~ 41 0
29 ACO 550 ClG 05 52 54.0 -21 03 59           ~ 57 0
30 MCS J0600.1-2008 ClG 06 00 17.0 -20 06 16           ~ 47 0
31 ACO 3378 ClG 06 05 53.7 -35 18 06           ~ 90 1
32 MCXC J0616.3-2156 ClG 06 16 21.5 -21 56 30           ~ 27 0
33 ACO S 579 ClG 06 16 32.5 -39 48 04           ~ 30 0
34 ACO 3399 ClG 06 37 18.1553 -48 29 02.397           ~ 37 0
35 ZwCl 0634+4750 ClG 06 38 07.5 +47 47 27           ~ 48 0
36 ACO S 592 ClG 06 38 49.40 -53 58 40.8           ~ 75 0
37 ACO 3404 ClG 06 45 29.50 -54 13 37.0           ~ 109 0
38 ClG 0657-56 ClG 06 58 26.9 -55 58 21           ~ 1077 1
39 ClG J0717+3745 ClG 07 17 36.50 +37 45 23.0           ~ 511 0
40 SMACS J0723.3-7327 ClG 07 23 13.3 -73 27 25           ~ 252 0
41 PLCKESZ G283.16-22.93 ClG 07 26 40.1 -71 37 03           ~ 15 0
42 PLCKESZ G157.43+30.33 ClG 07 48 45.6 +59 41 41           ~ 23 0
43 ACO 644 ClG 08 17 26.1 -07 31 13           ~ 241 0
44 ACO 665 ClG 08 30 45.2 +65 52 55           ~ 457 0
45 ACO 3411 ClG 08 41 47.7 -17 28 46           ~ 81 0
46 ACO 697 ClG 08 42 57.6 +36 21 45           ~ 277 0
47 PLCKESZ G285.63-17.24 ClG 08 44 01.7 -71 12 50           ~ 6 0
48 ClG 0906.5+1110 ClG 09 09 12.7 +10 58 32           ~ 108 0
49 ACO 773 ClG 09 17 51.3 +51 43 20           ~ 308 0
50 ACO 781 ClG 09 20 25.4 +30 30 07           ~ 167 0
51 ACO 868 ClG 09 45 28.1 -08 38 51           ~ 67 0
52 ACO 963 ClG 10 17 03.4 +39 02 56           ~ 414 0
53 ZwCl 1023+1257 ClG 10 25 55.9 +12 41 07           ~ 54 0
54 ACO 1300 ClG 11 32 00.7 -19 53 34           ~ 168 0
55 ACO 1351 ClG 11 42 24.7795 +58 32 05.558           ~ 90 0
56 MCS J1149.5+2223 ClG 11 49 35.8 +22 23 55           ~ 546 0
57 ACO 1391 ClG 11 49 47.2581 -12 17 47.653           ~ 41 0
58 PLCKESZ G287.0+32.9 ClG 11 50 49.20 -28 04 36.5           ~ 100 0
59 ACO 1413 ClG 11 55 12.87 +23 23 46.9           ~ 456 0
60 PLCKESZ G292.51+21.98 ClG 12 00 59.7 -39 51 40           ~ 11 0
61 MCS J1206.2-0847 ClG 12 06 12.2 -08 48 02           ~ 286 0
62 ZwCl 1215+0400 ClG 12 17 43.62 +03 38 51.5           ~ 169 0
63 ACO 1576 ClG 12 36 59.5 +63 11 18           ~ 116 0
64 ACO 1650 ClG 12 58 42.0 -01 45 45           ~ 325 0
65 ACO 1651 ClG 12 59 27.3 -04 10 49           ~ 307 0
66 ACO 1689 ClG 13 11 29.5 -01 20 28           ~ 1178 0
67 MCXC J1332.7+5032 ClG 13 32 44.8 +50 32 24           ~ 134 0
68 ACO 1763 ClG 13 35 20.1 +41 00 04           ~ 335 0
69 ACO 1895 ClG 14 14 07.9735 +71 16 56.256           ~ 47 0
70 ACO 1914 ClG 14 25 57.4 +37 49 54           ~ 338 0
71 ACO 2034 ClG 15 10 03.9 +33 30 57           ~ 248 1
72 PLCKESZ G308.3-20.2 ClG 15 18 21 -81 31.4           ~ 21 0
73 ACO 2065 ClG 15 22 22.7 +27 44 20           ~ 398 0
74 CIZA J1601.7-7544 ClG 16 01 46.7 -75 44 46           ~ 40 0
75 ACO 2163 ClG 16 15 46.1 -06 08 50           ~ 586 0
76 ACO 2175 ClG 16 20 30.70 +29 53 31.2           ~ 133 0
77 ACO 2204 ClG 16 32 47.7 +05 34 18           ~ 457 0
78 ACO 2218 ClG 16 35 54.0 +66 13 00           ~ 827 1
79 ACO 2219 ClG 16 40 22.1 +46 42 20           ~ 381 0
80 ACO 2244 ClG 17 02 40.33 +34 02 58.7           ~ 301 0
81 ACO 2255 ClG 17 12 56.0 +64 04 06           ~ 605 0
82 ClG J1720+2638 ClG 17 20 09.6 +26 37 35           ~ 284 0
83 ACO 2261 ClG 17 22 26.9 +32 07 58           ~ 370 0
84 MCS J1731.6+2252 ClG 17 31 39.2 +22 51 50           ~ 48 0
85 ZwCl 1745+4513 ClG 17 47 12.0 +45 12 37           ~ 46 0
86 CIZA J1804.4+1002 ClG 18 04 31.0476 +10 03 19.069           ~ 28 0
87 CIZA J1813.3-6127 ClG 18 13 18.7 -61 27 27           ~ 10 0
88 ACO 2302 ClG 18 19 57.6 +57 09 58           ~ 37 0
89 CIZA J1825.3+3026 ClG 18 25 22.8 +30 26 32           ~ 58 0
90 ACO 2312 ClG 18 53 54.7 +68 22 53           ~ 67 0
91 ZwCl 1856+6616 ClG 18 56 38.4 +66 23 10           ~ 48 0
92 PLCKESZ G337.09-25.97 ClG 19 14 19.8 -59 30 46           ~ 8 0
93 ACO S 821 ClG 19 34 51.1 -50 52 16           ~ 26 0
94 CIZA J1938.3+5409 ClG 19 38 18.6 +54 09 33           ~ 42 0
95 2MAXI J1947-766 ClG 19 47 06.1711 -76 24 12.143           ~ 24 0
96 ACT-CL J2023.3-5535 ClG 20 23 24.5 -55 35 32           ~ 49 0
97 ACO 3695 ClG 20 34 47.7 -35 49 39           ~ 96 2
98 ACO 3739 ClG 21 04 18.817 -41 20 45.65           ~ 40 0
99 ZwCl 2120+2256 ClG 21 22 19.7 +23 10 30           ~ 24 0
100 ACO 2345 ClG 21 27 05.391 -12 09 07.41           ~ 151 0
101 NVSS J212709-120958 Rad 21 27 09.27 -12 10 01.5           ~ 132 1
102 ACO 2355 ClG 21 35 18.70 +01 25 27.0           ~ 75 0
103 ACO 2390 ClG 21 53 37.4 +17 41 46           ~ 732 2
104 ACO 3822 ClG 21 54 06.2 -57 50 49           ~ 98 0
105 ACO 3827 ClG 22 01 49.1 -59 57 15           ~ 178 0
106 ACO 2420 ClG 22 10 22.5 -12 11 13           ~ 126 0
107 ACT-CL J2211.7-0349 ClG 22 11 44.8 -03 49 33           ~ 96 0
108 ACO 2426 ClG 22 14 27.3 -10 22 05           ~ 91 0
109 ACO 3854 ClG 22 17 45.72 -35 43 31.4           ~ 75 0
110 2MAXI J2216-647 ClG 22 18 00.7 -65 10 52           ~ 43 0
111 ACO 3856 ClG 22 18 45.2 -38 53 57           ~ 87 2
112 ACO 2440 ClG 22 23 52.6 -01 35 47           ~ 137 1
113 ACO 2443 ClG 22 26 14.09 +17 25 13.5           ~ 126 0
114 BAX 337.1433+20.6131 ClG 22 28 32.6 +20 37 08           ~ 132 0
115 ACO 3888 ClG 22 34 26.3 -37 44 29           ~ 151 1
116 ClG J2243-0935 ClG 22 43 21.1 -09 35 43           ~ 96 0
117 ACO 3911 ClG 22 46 22.6 -52 44 21           ~ 73 0
118 ACO S 1063 ClG 22 48 45.4 -44 31 42           ~ 395 0
119 ACO 3921 ClG 22 49 59.0 -64 25 48           ~ 165 1
120 ACO 2552 ClG 23 11 31.7 +03 37 44           ~ 87 0
121 ACO 4023 ClG 23 39 47.1332 -85 13 04.756           ~ 25 0

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