2022A&A...660A..78B

Query : 2022A&A...660A..78B

2022A&A...660A..78B - Astronomy and Astrophysics, volume 660A, 78-78 (2022/4-1)

The Planck clusters in the LOFAR sky. I. LoTSS-DR2: New detections and sample overview.

BOTTEON A., SHIMWELL T.W., CASSANO R., CUCITI V., ZHANG X., BRUNO L., CAMILLINI L., NATALE R., JONES A., GASTALDELLO F., SIMIONESCU A., ROSSETTI M., AKAMATSU H., VAN WEEREN R.J., BRUNETTI G., BRUGGEN M., GROENEVELD C., HOANG D.N., HARDCASTLE M.J., IGNESTI A., DI GENNARO G., BONAFEDE A., DRABENT A., ROTTGERING H.J.A., HOEFT M. and DE GASPERIN F.

Abstract (from CDS):

Context. Relativistic electrons and magnetic fields permeate the intra-cluster medium (ICM) and manifest themselves as diffuse sources of synchrotron emission observable at radio wavelengths, namely radio halos and radio relics. Although there is broad consensus that the formation of these sources is connected to turbulence and shocks in the ICM, the details of the required particle acceleration, the strength and morphology of the magnetic field in the cluster volume, and the influence of other sources of high-energy particles are poorly known.
Aims. Sufficiently large samples of radio halos and relics, which would allow us to examine the variation among the source population and pinpoint their commonalities and differences, are still missing. At present, due to the physical properties of the sources and the capabilities of existing facilities, large numbers of these sources are easiest to detect at low radio frequencies, where they shine brightly.
Methods. We examined the low-frequency radio emission from all 309 clusters in the second catalog of Planck Sunyaev Zel'dovich detected sources that lie within the 5634 deg² covered by the Second Data Release of the LOFAR Two-meter Sky Survey (LoTSS-DR2). We produced LOFAR images at different resolutions, with and without discrete sources subtracted, and created overlays with optical and X-ray images before classifying the diffuse sources in the ICM, guided by a decision tree.
Results. Overall, we found 83 clusters that host a radio halo and 26 that host one or more radio relics (including candidates). About half of them are new discoveries. The detection rate of clusters that host a radio halo and one or more relics in our sample is 30 ± 11% and 10 ± 6%, respectively. Extrapolating these numbers, we anticipate that once LoTSS covers the entire northern sky it will provide the detection of 251 ± 92 clusters that host a halo and 83 ± 50 clusters that host at least one relic from Planck clusters alone. All images and results produced in this work are publicly available via the project website.

Abstract Copyright: © ESO 2022

Journal keyword(s): galaxies: clusters: general - galaxies: clusters: intracluster medium - catalogs - radiation mechanisms: non-thermal - radiation mechanisms: thermal

VizieR on-line data: <Available at CDS (J/A+A/660/A78): fsamp.dat cwsamp.dat rhsamp.dat rrsamp.dat arhsamp.dat>

Status at CDS : Tables of objects will be appraised for possible ingestion in SIMBAD.

Simbad objects: 318

Full paper

View the references in ADS

Number of rows : 318

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag B	Mag V	Sp type	#ref 1850 - 2023	#notes
1	PSZ1 G107.67-39.80	ClG	00 01 11.5	+21 32 13			~	9	0
2	ZwCl 0006+4050	ClG	00 09 00.5391	+41 10 41.413			~	8	0
3	PSZ2 G109.22-44.01	C?G	00 10 03.4	+17 46 14			~	4	0
4	PSZ1 G112.38-32.88	ClG	00 10 51.3	+29 09 40			~	14	0
5	ACO 7	ClG	00 11 45.90	+32 25 42.2			~	60	1
6	PSZ2 G112.07-39.86	C?G	00 15 29.5152	+22 14 43.508			~	4	0
7	MCXC J0019.6+2517	ClG	00 19 39.1	+25 17 27			~	14	0
8	PSZ2 G115.67-27.57	C?G	00 20 08.5	+34 51 18			~	4	0
9	ACO 21	ClG	00 20 30.8	+28 37 39			~	94	0
10	PSZ2 G114.90-34.35	GrG	00 21 24.6149	+28 03 01.550	17.8		~	21	0
11	BAX 006.9575+26.2739	ClG	00 27 45.90	+26 16 25.0			~	37	0
12	PSZ1 G115.59-44.47	ClG	00 29 26.8688	+17 59 40.902			~	9	0
13	PSZ1 G116.48-44.47	ClG	00 32 08.2	+18 06 25			~	19	0
14	ACO 78	ClG	00 40 33	+26 44.5			~	9	1
15	PSZ1 G120.14-44.43	C?G	00 42 51.5520	+18 24 25.659			~	8	0
16	PSZ2 G121.87-45.97	C?G	00 48 21.4027	+16 53 15.388			~	4	0
17	ACO 104	ClG	00 49 49.8	+24 27 01			~	47	0
18	PSZ2 G122.89-36.82	C?G	00 51 23.5	+26 04 52			~	4	0
19	PSZ1 G122.98-35.52	ClG	00 51 38.6	+27 19 59			~	15	0
20	ACO 115	ClG	00 55 59.5	+26 19 14			~	259	1
21	PSZ2 G125.30-27.99	ClG	01 01 40.9	+34 50 28			~	6	0
22	PSZ2 G126.20-33.17	ClG	01 04 14.9	+29 33 35			~	6	0
23	PSZ2 G126.61-37.63	C?G	01 04 18.8061	+25 08 42.039			~	4	0
24	PSZ2 G127.44-34.74	ClG	01 08 19.0	+27 58 02			~	8	0
25	PSZ2 G127.50-30.52	ClG	01 10 07.1	+32 10 48			~	7	0
26	PSZ2 G126.72-21.03	ClG	01 10 24.7129	+41 41 32.503			~	7	0
27	PSZ2 G128.15-24.71	ClG	01 15 30.4430	+37 54 48.459			~	5	0
28	PSZ2 G132.54-42.16	ClG	01 21 41.3	+20 05 38			~	7	0
29	ZwCl 0120+3538	ClG	01 23 50.6	+35 52 37			~	9	0
30	PSZ2 G134.26-44.28	C?G	01 25 26.0923	+17 50 07.127			~	4	0
31	PSZ2 G129.99-22.42	C?G	01 25 33.3821	+39 58 49.077			~	4	0
32	PSZ2 G133.92-42.73	C?G	01 25 36.2333	+19 24 19.500			~	4	0
33	PSZ2 G131.27-25.82	C?G	01 28 49.1857	+36 26 41.013			~	4	0
34	PSZ1 G136.37-44.50	C?G	01 31 18.1636	+17 18 00.958			~	6	0
35	ClG J0142+2131	ClG	01 42 03.1	+21 30 39			~	55	1
36	ACO 262	ClG	01 52 50.4	+36 08 46			~	685	1
37	ACO 272	ClG	01 55 19.1	+33 56 41			~	58	0
38	PSZ2 G141.05-32.61	ClG	02 00 17.0	+27 48 21			~	5	0
39	PSZ2 G144.84-35.16	C?G	02 09 41.5148	+24 21 19.564			~	4	0
40	PSZ2 G139.72-17.13	ClG	02 19 55.3332	+42 49 53.975			~	6	0
41	ZwCl 0225+3347	ClG	02 28 45.3821	+34 01 37.204			~	6	0
42	PSZ2 G144.23-18.19	C?G	02 38 53.1285	+40 11 19.067			~	3	0
43	ACO 3266	ClG	04 31 11.9	-61 24 23			~	402	0
44	PSZ1 G187.73+20.66	C?G	07 27 00.7491	+31 01 19.211			~	5	0
45	MCXC J0728.9+2935	ClG	07 28 57.1	+29 35 11			~	10	0
46	ACO 586	ClG	07 32 20.3	+31 37 58			~	175	0
47	PSZ1 G165.76+31.15	ClG	07 58 10.0	+52 35 55			~	7	0
48	ACO 611	ClG	08 00 58.7	+36 02 49			~	253	0
49	PSZ2 G180.88+31.04	ClG	08 07 47.3	+39 46 35			~	7	0
50	PSZ2 G192.90+29.63	ClG	08 13 05.4	+29 20 14			~	6	0
51	PSZ2 G177.03+32.64	ClG	08 13 24.6223	+43 15 54.350			~	6	0
52	PSZ2 G195.24+29.34	ClG	08 14 35.4	+27 19 15			~	6	0
53	PSZ1 G169.64+33.84	ClG	08 16 45.9	+49 32 58			~	9	0
54	PSZ2 G153.80+33.79	C?G	08 18 14.3309	+62 40 55.257			~	3	0
55	PSZ2 G163.61+34.30	ClG	08 18 50.3710	+54 31 59.905			~	4	0
56	ACO 655	ClG	08 25 30.3	+47 07 48			~	104	0
57	PSZ2 G185.08+34.02	C?G	08 26 07.3	+36 47 38			~	5	0
58	ACO 667	ClG	08 28 05.8	+44 46 00			~	37	0
59	ACO 671	ClG	08 28 31.97	+30 24 19.7			~	157	0
60	PSZ1 G183.27+34.97	ClG	08 29 44.9	+38 27 54			~	13	0
61	ACO 665	ClG	08 30 45.2	+65 52 55			~	430	0
62	PSZ1 G197.13+33.46	C?G	08 34 34.8	+26 56 56			~	8	0
63	PSZ1 G153.56+36.23	ClG	08 39 46.1243	+62 30 53.204			~	10	0
64	PSZ2 G176.27+37.54	ClG	08 40 09.783	+44 21 53.51			~	5	0
65	PSZ1 G153.41+36.58	C?G	08 42 42.6141	+62 40 32.990			~	8	0
66	ACO 697	ClG	08 42 57.6	+36 21 45			~	245	0
67	PSZ2 G153.56+36.82	C?G	08 44 31.9626	+62 24 41.967			~	6	0
68	PSZ2 G153.68+36.96	C?G	08 45 32.7759	+62 17 12.137			~	3	0
69	ZwCl 0847+3617	ClG	08 50 12.0	+36 03 36			~	65	0
70	PSZ1 G171.01+39.44	ClG	08 50 58.6	+48 30 02			~	13	0
71	ACO 736	ClG	09 03 02.2	+52 13 32			~	20	0
72	PSZ2 G178.00+42.32	ClG	09 06 44.1672	+43 08 10.032			~	4	0
73	ACO 746	ClG	09 09 34.7638	+51 32 56.134			~	38	0
74	PSZ1 G183.92+42.99	ClG	09 10 51.0	+38 50 22			~	19	0
75	PSZ2 G184.24+43.69	ClG	09 14 24.4595	+38 36 06.948			~	6	0
76	ACO 773	ClG	09 17 51.3	+51 43 20			~	285	0
77	PSZ2 G159.86+42.57	ClG	09 19 44.2	+56 22 01			~	6	0
78	ACO 781	ClG	09 20 25.4	+30 30 07			~	147	0
79	PSZ2 G165.68+44.01	C?G	09 22 00.5	+51 55 20			~	5	0
80	PSZ2 G152.47+42.11	C?G	09 29 51.5172	+61 39 28.322			~	5	0
81	ZwCl 0928+2904	ClG	09 30 49.6	+28 51 08			~	11	0
82	PSZ2 G160.94+44.85	C?G	09 33 28.3415	+54 57 08.334			~	4	0
83	PSZ1 G199.71+46.53	C?G	09 33 53.2	+28 05 43			~	6	0
84	PSZ2 G146.82+40.97	C?G	09 36 44.3799	+65 58 30.701			~	3	0
85	ZwCl 0934+5216	ClG	09 38 19.6	+52 03 04			~	15	0
86	PSZ2 G146.13+40.97	ClG	09 39 08.2828	+66 26 13.396			~	4	0
87	NSC J093929+404627	ClG	09 39 30.4	+40 47 10			~	8	0
88	PSZ2 G147.17+42.67	ClG	09 49 48.5906	+64 55 19.641			~	4	0
89	ZwCl 0949+5207	ClG	09 52 49.1	+51 53 05			~	131	0
90	ACO 910	ClG	10 03 07.9	+67 09 27			~	51	0
91	PSZ2 G199.61+53.41	ClG	10 05 01.0	+29 12 59			~	5	0
92	MCS J1006.9+3200	ClG	10 06 55.7	+31 59 34			~	16	0
93	PSZ2 G150.56+46.67	ClG	10 08 38.2	+60 46 44			~	5	0
94	NSC J101010+324921	ClG	10 10 17.3	+32 49 54			~	11	0
95	ACO 961	ClG	10 16 29.5	+33 37 01			~	45	0
96	ACO 963	ClG	10 17 09.6	+39 01 00			~	386	0
97	ACO 959	ClG	10 17 35.0	+59 33 28			~	66	0
98	ACO 971	ClG	10 19 52.08	+40 59 18.4			~	48	0
99	ACO 980	ClG	10 22 30.6	+50 06 06			~	55	0
100	ACO 983	ClG	10 23 20.8	+59 48 39			~	23	0
101	ACO 990	ClG	10 23 41.1	+49 08 06			~	74	0
102	PSZ2 G191.57+58.88	C?G	10 29 39.6464	+33 54 35.770			~	4	0
103	ACO S 636	ClG	10 29 41.0957	-35 19 32.908			~	220	0
104	ACO 1033	ClG	10 31 33.7	+35 04 34			~	77	0
105	ACO 1068	ClG	10 40 47.1	+39 57 19			~	208	0
106	PSZ2 G186.61+62.94	ClG	10 50 38.6	+35 49 13			~	8	0
107	PSZ2 G145.25+50.84	C?G	10 53 25.7197	+60 51 43.249			~	3	0
108	PSZ1 G151.62+54.78	ClG	10 54 52.0	+55 21 12			~	20	0
109	PSZ1 G147.86+53.24	C?G	10 57 34.1696	+58 01 07.421			~	11	0
110	ACO 1132	ClG	10 58 25.8	+56 47 30			~	123	1
111	PSZ2 G203.22+66.40	ClG	11 04 41.3088	+28 32 57.060			~	5	0
112	PSZ1 G190.68+66.46	ClG	11 06 08.4	+33 33 39			~	12	0
113	PSZ2 G202.66+66.98	ClG	11 07 15.4170	+28 47 47.391			~	5	0
114	PSZ2 G156.26+59.64	ClG	11 08 24.5665	+50 16 52.004			~	7	0
115	ACO 1190	ClG	11 11 28.60	+40 49 48.0			~	121	0
116	PSZ2 G143.44+53.66	ClG	11 14 56.8	+59 26 49			~	6	0
117	ClG J1115+5319	ClG	11 15 14.8	+53 19 54			~	47	0
118	PSZ2 G139.00+50.92	C?G	11 20 10.8336	+63 15 34.608			~	8	0
119	ACO 1240	ClG	11 23 37.7	+43 03 28			~	94	0
120	ACO 1294	ClG	11 32 41.8	+54 13 10			~	17	0
121	ACO 1302	ClG	11 33 16.7	+66 22 43			~	65	0
122	ACO 1319	ClG	11 36 13.0	+40 02 35			~	20	0
123	ClG J1138+2754	ClG	11 38 11.0	+27 55 34			~	26	0
124	PSZ1 G137.56+53.88	C?G	11 39 32.3	+61 09 21			~	7	0
125	PSZ2 G137.24+53.93	ClG	11 41 06.5368	+61 11 39.027			~	6	0
126	ACO 1351	ClG	11 42 24.90	+58 31 34.7			~	76	0
127	[SPD2011] 2547	ClG	11 46 49.1	+65 05 06			~	6	0
128	PSZ2 G136.31+54.67	C?G	11 47 50.3580	+60 45 56.071			~	4	0
129	ACO 1387	ClG	11 49 05.2	+51 35 08			~	28	0
130	MOO J1150+6222	ClG	11 50 49.1	+62 19 48			~	13	0
131	ACO 1401	ClG	11 51 54.51	+37 15 48.4			~	28	0
132	PSZ1 G135.03+54.38	C?G	11 52 28.7	+61 19 57			~	8	0
133	PSZ2 G155.80+70.40	C?G	11 53 53.1	+42 52 13			~	5	0
134	PSZ2 G200.06+77.22	C?G	11 54 15.6	+29 15 24			~	4	0
135	ACO 1423	ClG	11 57 14.762	+33 36 18.68			~	162	0
136	ACO 1430	ClG	11 59 17.5	+49 47 46			~	39	0
137	ACO 1436	ClG	12 00 15.94	+56 15 47.8			~	110	0
138	ACO 1446	ClG	12 02 03.8	+58 02 08			~	97	1
139	PSZ2 G141.98+69.31	C?G	12 12 57.2788	+46 21 53.170			~	8	0
140	PSZ2 G152.40+75.00	ClG	12 13 15.5269	+39 51 27.595			~	5	0
141	2E 2640	ClG	12 17 31.1	+36 41 11			~	14	0
142	MCXC J1218.4+4013	ClG	12 18 26.4	+40 13 28			~	16	0
143	PSZ1 G135.24+65.43	ClG	12 19 17.5	+50 54 32			~	12	0
144	ClG J1226+3332	ClG	12 26 57.7	+33 32 50			~	209	0
145	ACO 1550	ClG	12 29 02.5	+47 37 20			~	43	0
146	MOO J1229+6521	ClG	12 29 44.6064	+65 21 21.834			~	7	0
147	MCXC J1230.7+3439	ClG	12 30 43.0	+34 39 18			~	16	0
148	ACO 1576	ClG	12 36 59.5	+63 11 18			~	101	0
149	PSZ2 G126.28+65.62	C?G	12 42 33.8150	+51 26 41.078			~	6	0
150	ACO 1622	ClG	12 49 41.3535	+49 52 18.344			~	18	0
151	ACO 1640	ClG	12 54 43.6	+62 33 47			~	18	0
152	PSZ2 G056.62+88.42	C?G	12 57 58.1426	+27 45 10.045			~	3	0
153	ACO 1655	ClG	12 58 27.8	+65 21 31			~	24	0
154	PSZ2 G061.75+88.11	C?G	12 58 54.4800	+28 01 23.090			~	4	0
155	PSZ1 G121.09+57.02	ClG	12 59 35.361	+60 04 28.73			~	14	0
156	ACO 1656	ClG	12 59 48.7	+27 58 50			~	4652	2
157	PSZ2 G118.34+68.79	ClG	13 01 22.0	+48 15 44			~	9	0
158	ZwCl 1301+6745	C?G	13 02 40.3	+67 28 41			~	12	0
159	MCXC J1303.0+5756	ClG	13 02 55.3	+57 55 25			~	13	0
160	ACO 1677	ClG	13 05 52.6	+30 54 06			~	56	0
161	ZwCl 1303+2647	ClG	13 05 58.0	+26 30 53	20.1		~	24	0
162	ACO 1682	ClG	13 06 49.7	+46 32 59			~	136	1
163	ACO 1691	ClG	13 11 11.14	+39 16 38.4			~	98	0
164	ACO 1697	ClG	13 12 58.0	+46 15 30			~	43	0
165	ACO 1704	ClG	13 14 24.5	+64 34 40			~	58	0
166	ACO 1703	ClG	13 15 05.2	+51 49 02			~	139	0
167	PSZ1 G098.42+77.25	C?G	13 18 20.3	+38 34 08			~	8	0
168	GHO 132029+315500	ClG	13 22 52.3	+31 38 45			~	34	0
169	PSZ2 G118.49+48.17	C?G	13 24 04.8454	+68 40 08.450			~	3	0
170	ACO 1738	ClG	13 25 11.1	+57 36 01			~	40	0
171	ACO 1744	ClG	13 25 50.0	+59 19 21			~	28	0
172	PSZ2 G112.54+59.53	C?G	13 29 54.2187	+56 48 44.457			~	6	0
173	PSZ1 G106.60+66.70	ClG	13 30 29.4	+49 08 47			~	12	0
174	ACO 1758	ClG	13 32 32.1	+50 30 37			~	243	2
175	NAME ACO 1758S	GrG	13 32 32.8	+50 24 48			~	61	0
176	ACO 1763	ClG	13 35 20.1	+41 00 04			~	301	0
177	ACO 1767	ClG	13 36 08.33	+59 12 23.0			~	168	0
178	PSZ2 G086.28+74.76	C?G	13 37 54.5514	+38 52 14.709			~	7	0
179	PSZ2 G065.45+78.10	C?G	13 39 16.3182	+33 00 36.574			~	5	0
180	ACO 1775	ClG	13 41 55.6	+26 21 53			~	293	0
181	ZwCl 1341+4022	ClG	13 43 44.3	+40 04 24			~	12	0
182	ACO 1805	ClG	13 48 51.6	+57 21 41			~	10	0
183	ACO 1795	ClG	13 49 00.5	+26 35 07			~	1228	0
184	ACO 1800	ClG	13 49 41.4	+28 04 08			~	109	0
185	MCXC J1351.7+4622	ClG	13 51 45.6	+46 22 00			~	24	0
186	PSZ2 G089.39+69.36	ClG	13 53 42.2163	+43 29 00.497			~	6	0
187	MOO J1359+6725	ClG	13 59 10.47	+67 25 12.9			~	4	0
188	ZwCl 1358+6245	ClG	13 59 54.3	+62 30 36		18.5	~	359	0
189	ACO 1838	ClG	14 00 16	+41 03.5			~	9	0
190	PSZ2 G081.72+70.15	C?G	14 00 26.7	+41 01 40			~	6	0
191	PSZ2 G074.37+71.11	ClG	14 03 44.1	+38 27 03			~	9	0
192	BAX 212.5517+59.7111	ClG	14 10 13.4	+59 42 38			~	14	0
193	ACO 1885	ClG	14 13 43.73	+43 39 45.0			~	67	0
194	PSZ1 G099.84+58.45	ClG	14 14 48.09	+54 46 42.2			~	25	0
195	ClG J1420+3955	ClG	14 20 40.38	+39 55 10.6			~	25	0
196	PSZ2 G069.39+68.05	ClG	14 21 38.288	+38 21 18.32			~	5	0
197	ACO 1902	ClG	14 21 39.7	+37 17 43			~	53	0
198	ACO 1904	ClG	14 22 11.75	+48 34 07.1			~	131	0
199	PSZ2 G098.39+57.68	C?G	14 22 16.7424	+54 54 03.962			~	5	0
200	ACO 1918	ClG	14 25 22.7	+63 11 14			~	64	0
201	ACO 1914	ClG	14 26 01.3	+37 49 36			~	304	0
202	PSZ2 G092.69+59.92	mul	14 26 32.3307	+51 15 07.523			~	9	0
203	PSZ1 G108.26+48.66	ClG	14 27 11.4	+65 38 59			~	10	0
204	PSZ2 G080.64+64.31	ClG	14 27 16.1	+44 07 30			~	7	0
205	ACO 1920	ClG	14 27 24.5	+55 45 00			~	36	0
206	ACO 1925	ClG	14 28 26.000	+56 51 36.00			~	42	0
207	ACO 1929	ClG	14 32 00.9	+29 32 53			~	22	0
208	ACO 1930	ClG	14 32 42.6	+31 34 07			~	58	0
209	ACO 1940	ClG	14 35 28.4	+55 07 52			~	90	0
210	PSZ2 G060.16+64.50	C?G	14 44 15.8	+35 57 13			~	6	0
211	ACO 1961	ClG	14 44 31.7	+31 13 36			~	49	0
212	MOO J1448+4833	ClG	14 48 57.9	+48 33 19			~	12	0
213	PSZ2 G098.62+51.76	C?G	14 51 18.4920	+59 19 50.336			~	5	0
214	NSC J145205+443312	ClG	14 52 06.4	+44 32 34			~	11	0
215	ACO 1995	ClG	14 52 55.0	+58 02 59			~	127	0
216	PSZ2 G097.52+51.70	ClG	14 55 15.8837	+58 52 30.868			~	6	0
217	PSZ1 G089.04+55.07	C?G	14 59 00.5	+52 49 36			~	9	0
218	ACO 2018	ClG	15 01 07.96	+47 16 35.8			~	47	0
219	ZwCl 1459+4240	ClG	15 01 20.6251	+42 20 47.148			~	53	0
220	PSZ1 G094.54+51.01	ClG	15 08 21.9	+57 55 15			~	20	0
221	ACO 2034	ClG	15 10 10.80	+33 30 21.6			~	206	1
222	PSZ1 G086.93+53.18	ClG	15 13 54.8967	+52 47 54.300			~	15	0
223	PSZ1 G045.85+57.71	ClG	15 18 19.2	+29 27 24			~	20	0
224	ACO 2061	ClG	15 21 20.58	+30 40 15.3			~	180	1
225	ACO 2069	ClG	15 23 57.9	+29 53 26			~	134	0
226	ACO 2077	ClG	15 24 12.6117	+62 01 21.754			~	9	0
227	PSZ1 G087.32+50.92	ClG	15 26 16.5628	+54 08 35.069			~	12	0
228	NSC J153516+342103	ClG	15 35 19.4	+34 21 28			~	10	0
229	PSZ2 G063.38+53.44	ClG	15 37 54.2	+39 24 44			~	9	0
230	PSZ2 G081.02+50.57	C?G	15 39 06.3	+50 36 44			~	5	0
231	ACO 2110	ClG	15 39 40.38	+30 43 16.1			~	76	0
232	ACO 2111	ClG	15 39 40.9	+34 25 04			~	175	0
233	ACO 2122	ClG	15 44 59.3	+36 03 40			~	221	0
234	ACO 2131	ClG	15 48 33.7	+36 05 35			~	14	0
235	PSZ2 G099.24+42.54	ClG	15 52 09.0767	+65 20 25.944			~	3	0
236	ACO 2137	ClG	15 53 05.6	+62 01 15			~	11	0
237	ACO 2136	ClG	15 53 18.8	+51 07 24			~	15	0
238	ACO 2146	ClG	15 56 04.7	+66 20 24			~	171	0
239	PSZ1 G070.91+49.26	ClG	15 56 42.9816	+44 39 11.750			~	15	0
240	PSZ2 G052.08+46.13	C?G	16 13 46.5425	+32 04 52.975			~	4	0
241	ACO 2175	ClG	16 20 30.70	+29 53 31.2			~	109	0
242	PSZ2 G059.29+44.49	ClG	16 23 56.7	+37 00 19			~	6	0
243	ACO 2187	ClG	16 24 13.9	+41 14 37			~	42	0
244	ACO 2201	ClG	16 27 00.1	+55 28 18			~	34	0
245	ACO 2207	ClG	16 27 41.6	+65 25 28			~	14	0
246	ACO 2199	ClG	16 28 37.0	+39 31 28			~	1151	1
247	ACO 2208	ClG	16 29 46.08	+58 31 03.3			~	21	0
248	ACO 2216	ClG	16 34 17.07	+67 38 07.9			~	16	0
249	ACO 2218	ClG	16 35 54.0	+66 13 00			~	799	1
250	PSZ2 G058.31+41.96	C?G	16 36 12.1880	+36 03 19.480			~	4	0
251	PSZ1 G065.79+41.79	ClG	16 38 51.7	+41 37 37			~	12	0
252	ACO 2219	ClG	16 40 22.1	+46 42 20			~	350	0
253	ACO 2231	ClG	16 46 29.28	+56 28 59.3			~	8	0
254	PSZ2 G053.80+36.49	C?G	16 59 36.1897	+31 44 35.484			~	4	0
255	ClG J1701+6414	ClG	17 01 22.6	+64 14 09			~	70	0
256	ACO 2244	ClG	17 02 34.01	+34 04 41.1			~	265	0
257	ACO 2249	ClG	17 09 48.50	+34 28 26.4			~	112	0
258	PSZ2 G099.55+34.23	C?G	17 10 26.6193	+68 43 55.417			~	4	0
259	PSZ2 G100.22+33.81	ClG	17 13 40.6280	+69 22 24.332			~	8	0
260	ZwCl 1715+4229	ClG	17 17 19.20	+42 26 59.0			~	51	0
261	ACO 2257	ClG	17 17 55.6	+32 34 37			~	26	0
262	ClG J1720+3536	ClG	17 20 16.8	+35 36 27			~	139	1
263	PSZ1 G059.20+32.92	ClG	17 20 46.1	+35 20 37			~	9	0
264	ACO 2261	ClG	17 22 28.3	+32 09 13			~	332	0
265	ACO 2272	ClG	17 32 57.37	+40 38 05.2			~	20	0
266	PSZ1 G056.13+28.06	ClG	17 40 17.9439	+31 36 10.869			~	8	0
267	ZwCl 1742+3306	ClG	17 44 16.2753	+32 59 55.115			~	72	0
268	ZwCl 1745+4513	ClG	17 47 18.2	+45 11 24			~	29	0
269	ClG J1750+3504	ClG	17 50 15.9	+35 04 58			~	31	1
270	MCS J1752.0+4440	ClG	17 52 03.1	+44 40 10			~	56	0
271	PSZ1 G066.41+27.03	ClG	17 56 52.6	+40 08 07			~	16	0
272	PSZ2 G066.34+26.14	C?G	18 01 13.8808	+39 51 16.502			~	6	0
273	PSZ2 G056.38+23.36	C?G	18 01 32.2851	+30 23 46.143			~	4	0
274	PSZ2 G066.85+22.48	C?G	18 20 09.9847	+39 17 54.575			~	4	0
275	NPM1G +30.0453	ClG	18 24 09.6	+30 29 31			~	14	0
276	CIZA J1825.3+3026	ClG	18 25 22.8	+30 26 32			~	44	0
277	PSZ1 G066.24+20.82	ClG	18 27 22.9	+38 14 32			~	8	0
278	PSZ2 G059.52+16.23	ClG	18 37 21.4419	+30 39 51.094			~	5	0
279	PLCKESZ G060.1+15.6	ClG	18 41 08.50	+30 55 03.4			~	8	0
280	PSZ2 G059.76+14.59	ClG	18 44 46.7826	+30 14 48.385			~	4	0
281	PSZ2 G075.08+19.83	ClG	18 46 47.7954	+45 46 33.279			~	5	0
282	NGC 6866	OpC	20 03 55.9	+44 09 29	8.04	7.6	~	155	0
283	MCXC J2023.4-5535	ClG	20 23 24.5	-55 35 32			~	30	0
284	ACO 2390	ClG	21 53 34.6	+17 40 11			~	671	2
285	ACO 2409	ClG	22 00 52.7	+20 58 27			~	75	0
286	PSZ2 G080.55-24.82	ClG	22 03 25.8	+23 54 18			~	6	0
287	PSZ2 G087.44-21.56	ClG	22 16 22.7	+30 26 12			~	6	0
288	PSZ2 G086.43-24.95	ClG	22 22 12.5	+27 08 37			~	6	0
289	ACO 2443	ClG	22 26 02.2	+17 22 47			~	94	0
290	ACO 2445	ClG	22 26 55.8	+25 50 09			~	25	0
291	BAX 337.1433+20.6131	ClG	22 28 37.1	+20 36 31			~	113	0
292	ACO 2472	ClG	22 41 58.0	+17 33 03			~	22	0
293	PSZ1 G091.81-26.97	ClG	22 45 27.7	+28 09 00			~	13	0
294	PSZ2 G096.43-20.89	ClG	22 48 08.6950	+35 33 21.477			~	6	0
295	PSZ2 G087.39-34.58	C?G	22 49 13.6276	+19 42 50.005			~	3	0
296	PSZ2 G093.71-30.90	C?G	23 00 44.1424	+25 36 40.926			~	3	0
297	PSZ2 G092.11-33.73	C?G	23 01 37.4165	+22 28 59.715			~	4	0
298	PSZ1 G093.04-32.38	C?G	23 01 42.6214	+24 02 24.906			~	9	0
299	PSZ1 G092.46-35.25	C?G	23 05 53.7	+21 17 58			~	8	0
300	PSZ1 G091.14-38.73	C?G	23 09 13.0	+17 44 30			~	7	0
301	PSZ2 G100.96-24.07	ClG	23 13 25.5	+34 33 50			~	5	0
302	PSZ2 G098.75-28.63	C?G	23 13 45.8332	+29 36 42.207			~	3	0
303	BAX 349.3187+18.7197	ClG	23 17 11.184	+18 41 48.87			~	90	0
304	PSZ1 G095.00-37.14	C?G	23 17 26.3	+20 34 47			~	6	0
305	ACO 2572	ClG	23 18 31.2	+18 41 52			~	139	1
306	PSZ1 G100.18-29.68	ClG	23 21 04.1	+29 11 34			~	10	0
307	ACO 2589	ClG	23 24 00.5	+16 49 29			~	309	1
308	PSZ1 G101.52-29.96	ClG	23 26 26.1	+29 21 52			~	12	0
309	PSZ1 G102.86-31.07	C?G	23 33 07.9	+28 43 52			~	7	0
310	PSZ1 G098.24-41.15	ClG	23 34 24.0	+17 59 23			~	9	0
311	ACO 2626	ClG	23 36 31.0	+21 09 36			~	235	0
312	ACO 2634	ClG	23 38 18.4	+27 01 37			~	497	2
313	PSZ2 G104.15-38.85	C?G	23 48 48.4409	+21 43 24.603			~	3	0
314	ZwCl 2348+2908	ClG	23 50 34.3	+29 29 55		17.0	~	33	0
315	PSZ1 G109.14-28.02	ClG	23 53 09.7	+33 15 14			~	10	0
316	PSZ1 G105.91-38.39	C?G	23 53 34.3382	+22 34 44.068			~	8	0
317	PSZ2 G107.11-39.50	ClG	23 59 04.8972	+21 45 06.527			~	4	0
318	NAME Lyra complex	?	~	~			~	5	0

To bookmark this query, right click on this link: simbad:objects in 2022A&A...660A..78B and select 'bookmark this link' or equivalent in the popup menu