Table 4. Open in new tab Cluster...

Cluster name	Annulus*	counts±error^†	Temperature^‡	Abandance^‡
MCXC J0157.4−0550	0–60	834	829	1400	\|$3.51 _{- 0.26 }^{+ 0.32 }$\|	0.26
	60–100	1038	1163	1975	\|$3.02 _{- 0.22 }^{+ 0.27 }$\|	0.18
	100–140	1196	1267	1955	\|$3.28 _{- 0.25 }^{+ 0.33 }$\|	0.18
	140–180	1228	1303	2085	\|$2.84 _{- 0.23 }^{+ 0.30 }$\|	0.20
	180–270	2867	2732	4647	\|$2.73 _{- 0.13 }^{+ 0.28 }$\|	0.16
	270–360	2920	2640	5306	\|$2.54 _{- 0.10 }^{+ 0.31 }$\|	0.10
	360–600	7778	8959	17871	—
	600–900	3117	5036	13795	—
MCXC J0231.7−0451	0–40	1411	1355	3084	\|$5.64 _{- 0.34 }^{+ 0.40 }$\|	0.52
	40–60	1381	1353	2739	\|$5.03 _{- 0.37 }^{+ 0.37 }$\|	0.12
	60–80	1339	1229	2492	\|$4.33 _{- 0.27 }^{+ 0.36 }$\|	0.46
	80–100	1182	1198	2455	\|$5.03 _{- 0.47 }^{+ 0.52 }$\|	0.33
	100–140	1936	1882	3737	\|$4.09 _{- 0.22 }^{+ 0.23 }$\|	0.20
	140–180	1155	1174	2052	\|$4.50 _{- 0.44 }^{+ 0.55 }$\|	0.20
	180–270	1665	1591	3373	\|$3.10 _{- 0.38 }^{+ 0.54 }$\|	0.20
	270–400	1633	1798	4002	—
MCXC J0201.7−0212	0–40	7690	7369	16494	\|$3.30 _{- 0.05 }^{+ 0.05 }$\|	0.41
	40–60	2617	2379	4139	\|$4.23 _{- 0.27 }^{+ 0.36 }$\|	0.28
	60–80	1649	1686	3218	\|$4.26 _{- 0.36 }^{+ 0.48 }$\|	0.14
	80–100	1157	1151	2440	\|$4.47 _{- 0.69 }^{+ 0.58 }$\|	0.14
	100–140	1667	1710	3198	\|$3.38 _{- 0.20 }^{+ 0.41 }$\|	0.17
	140–180	1044	1034	1750	\|$4.28 _{- 0.49 }^{+ 0.67 }$\|	0.17
	180–270	1596	1719	2486	\|$2.43 _{- 0.28 }^{+ 0.27 }$\|	0.17
	270–360	1324	1502	2463	—
MCXC J1415.2−0030	0–50	509	519	889	\|$3.12 _{- 0.25 }^{+ 0.25 }$\|	0.22
	50–90	690	683	1102	\|$3.99 _{- 0.41 }^{+ 0.46 }$\|	0.29
	90–140	761	736	1522	\|$3.00 _{- 0.34 }^{+ 0.31 }$\|	0.47
	140–180	481	444	890	\|$2.03 _{- 0.38 }^{+ 0.54 }$\|	0.21
	180–270	969	953	1984	\|$1.71 _{- 0.13 }^{+ 0.12 }$\|	0.12
	270–360	1302	1225	2653	—	—
MCXC J1415.2−0030W	0–80	191	229	417	\|$2.06_{-0.22}^{+0.29}$\|	0.34
	80–140	198	246	430	\|$1.80_{-0.28}^{+0.94}$\|	0.33
	140–270	772	803	1473	—

Cluster name

Annulus*

counts±error^†

Temperature^‡

Abandance^‡

(″)

MOS1

MOS2

(keV)

(Z_⊙)

MCXC J0157.4−0550

0–60

834

829

1400

|$3.51 _{- 0.26 }^{+ 0.32 }$|

0.26

60–100

1038

1163

1975

|$3.02 _{- 0.22 }^{+ 0.27 }$|

0.18

100–140

1196

1267

1955

|$3.28 _{- 0.25 }^{+ 0.33 }$|

0.18

140–180

1228

1303

2085

|$2.84 _{- 0.23 }^{+ 0.30 }$|

0.20

180–270

2867

2732

4647

|$2.73 _{- 0.13 }^{+ 0.28 }$|

0.16

270–360

2920

2640

5306

|$2.54 _{- 0.10 }^{+ 0.31 }$|

0.10

360–600

7778

8959

17871

—

600–900

3117

5036

13795

—

MCXC J0231.7−0451

0–40

1411

1355

3084

|$5.64 _{- 0.34 }^{+ 0.40 }$|

0.52

40–60

1381

1353

2739

|$5.03 _{- 0.37 }^{+ 0.37 }$|

0.12

60–80

1339

1229

2492

|$4.33 _{- 0.27 }^{+ 0.36 }$|

0.46

80–100

1182

1198

2455

|$5.03 _{- 0.47 }^{+ 0.52 }$|

0.33

100–140

1936

1882

3737

|$4.09 _{- 0.22 }^{+ 0.23 }$|

0.20

140–180

1155

1174

2052

|$4.50 _{- 0.44 }^{+ 0.55 }$|

0.20

180–270

1665

1591

3373

|$3.10 _{- 0.38 }^{+ 0.54 }$|

0.20

270–400

1633

1798

4002

—

MCXC J0201.7−0212

0–40

7690

7369

16494

|$3.30 _{- 0.05 }^{+ 0.05 }$|

0.41

40–60

2617

2379

4139

|$4.23 _{- 0.27 }^{+ 0.36 }$|

0.28

60–80

1649

1686

3218

|$4.26 _{- 0.36 }^{+ 0.48 }$|

0.14

80–100

1157

1151

2440

|$4.47 _{- 0.69 }^{+ 0.58 }$|

0.14

100–140

1667

1710

3198

|$3.38 _{- 0.20 }^{+ 0.41 }$|

0.17

140–180

1044

1034

1750

|$4.28 _{- 0.49 }^{+ 0.67 }$|

0.17

180–270

1596

1719

2486

|$2.43 _{- 0.28 }^{+ 0.27 }$|

0.17

270–360

1324

1502

2463

—

MCXC J1415.2−0030

0–50

509

519

889

|$3.12 _{- 0.25 }^{+ 0.25 }$|

0.22

50–90

690

683

1102

|$3.99 _{- 0.41 }^{+ 0.46 }$|

0.29

90–140

761

736

1522

|$3.00 _{- 0.34 }^{+ 0.31 }$|

0.47

140–180

481

444

890

|$2.03 _{- 0.38 }^{+ 0.54 }$|

0.21

180–270

969

953

1984

|$1.71 _{- 0.13 }^{+ 0.12 }$|

0.12

270–360

1302

1225

2653

—

MCXC J1415.2−0030W

0–80

191

229

417

|$2.06_{-0.22}^{+0.29}$|

0.34

80–140

198

246

430

|$1.80_{-0.28}^{+0.94}$|

0.33

140–270

772

803

1473

—

Cluster name	Annulus*	counts±error^†	Temperature^‡	Abandance^‡
MCXC J0157.4−0550	0–60	834	829	1400	\|$3.51 _{- 0.26 }^{+ 0.32 }$\|	0.26
	60–100	1038	1163	1975	\|$3.02 _{- 0.22 }^{+ 0.27 }$\|	0.18
	100–140	1196	1267	1955	\|$3.28 _{- 0.25 }^{+ 0.33 }$\|	0.18
	140–180	1228	1303	2085	\|$2.84 _{- 0.23 }^{+ 0.30 }$\|	0.20
	180–270	2867	2732	4647	\|$2.73 _{- 0.13 }^{+ 0.28 }$\|	0.16
	270–360	2920	2640	5306	\|$2.54 _{- 0.10 }^{+ 0.31 }$\|	0.10
	360–600	7778	8959	17871	—
	600–900	3117	5036	13795	—
MCXC J0231.7−0451	0–40	1411	1355	3084	\|$5.64 _{- 0.34 }^{+ 0.40 }$\|	0.52
	40–60	1381	1353	2739	\|$5.03 _{- 0.37 }^{+ 0.37 }$\|	0.12
	60–80	1339	1229	2492	\|$4.33 _{- 0.27 }^{+ 0.36 }$\|	0.46
	80–100	1182	1198	2455	\|$5.03 _{- 0.47 }^{+ 0.52 }$\|	0.33
	100–140	1936	1882	3737	\|$4.09 _{- 0.22 }^{+ 0.23 }$\|	0.20
	140–180	1155	1174	2052	\|$4.50 _{- 0.44 }^{+ 0.55 }$\|	0.20
	180–270	1665	1591	3373	\|$3.10 _{- 0.38 }^{+ 0.54 }$\|	0.20
	270–400	1633	1798	4002	—
MCXC J0201.7−0212	0–40	7690	7369	16494	\|$3.30 _{- 0.05 }^{+ 0.05 }$\|	0.41
	40–60	2617	2379	4139	\|$4.23 _{- 0.27 }^{+ 0.36 }$\|	0.28
	60–80	1649	1686	3218	\|$4.26 _{- 0.36 }^{+ 0.48 }$\|	0.14
	80–100	1157	1151	2440	\|$4.47 _{- 0.69 }^{+ 0.58 }$\|	0.14
	100–140	1667	1710	3198	\|$3.38 _{- 0.20 }^{+ 0.41 }$\|	0.17
	140–180	1044	1034	1750	\|$4.28 _{- 0.49 }^{+ 0.67 }$\|	0.17
	180–270	1596	1719	2486	\|$2.43 _{- 0.28 }^{+ 0.27 }$\|	0.17
	270–360	1324	1502	2463	—
MCXC J1415.2−0030	0–50	509	519	889	\|$3.12 _{- 0.25 }^{+ 0.25 }$\|	0.22
	50–90	690	683	1102	\|$3.99 _{- 0.41 }^{+ 0.46 }$\|	0.29
	90–140	761	736	1522	\|$3.00 _{- 0.34 }^{+ 0.31 }$\|	0.47
	140–180	481	444	890	\|$2.03 _{- 0.38 }^{+ 0.54 }$\|	0.21
	180–270	969	953	1984	\|$1.71 _{- 0.13 }^{+ 0.12 }$\|	0.12
	270–360	1302	1225	2653	—	—
MCXC J1415.2−0030W	0–80	191	229	417	\|$2.06_{-0.22}^{+0.29}$\|	0.34
	80–140	198	246	430	\|$1.80_{-0.28}^{+0.94}$\|	0.33
	140–270	772	803	1473	—

Table 4.

Open in new tab

Cluster details.

Cluster name	Annulus*	counts±error^†			Temperature^‡	Abandance^‡
	(″)	MOS1	MOS2	PN	(keV)	(Z_⊙)
MCXC J0157.4−0550	0–60	834	829	1400	\|$3.51 _{- 0.26 }^{+ 0.32 }$\|	0.26
	60–100	1038	1163	1975	\|$3.02 _{- 0.22 }^{+ 0.27 }$\|	0.18
	100–140	1196	1267	1955	\|$3.28 _{- 0.25 }^{+ 0.33 }$\|	0.18
	140–180	1228	1303	2085	\|$2.84 _{- 0.23 }^{+ 0.30 }$\|	0.20
	180–270	2867	2732	4647	\|$2.73 _{- 0.13 }^{+ 0.28 }$\|	0.16
	270–360	2920	2640	5306	\|$2.54 _{- 0.10 }^{+ 0.31 }$\|	0.10
	360–600	7778	8959	17871	—
	600–900	3117	5036	13795	—
MCXC J0231.7−0451	0–40	1411	1355	3084	\|$5.64 _{- 0.34 }^{+ 0.40 }$\|	0.52
	40–60	1381	1353	2739	\|$5.03 _{- 0.37 }^{+ 0.37 }$\|	0.12
	60–80	1339	1229	2492	\|$4.33 _{- 0.27 }^{+ 0.36 }$\|	0.46
	80–100	1182	1198	2455	\|$5.03 _{- 0.47 }^{+ 0.52 }$\|	0.33
	100–140	1936	1882	3737	\|$4.09 _{- 0.22 }^{+ 0.23 }$\|	0.20
	140–180	1155	1174	2052	\|$4.50 _{- 0.44 }^{+ 0.55 }$\|	0.20
	180–270	1665	1591	3373	\|$3.10 _{- 0.38 }^{+ 0.54 }$\|	0.20
	270–400	1633	1798	4002	—
MCXC J0201.7−0212	0–40	7690	7369	16494	\|$3.30 _{- 0.05 }^{+ 0.05 }$\|	0.41
	40–60	2617	2379	4139	\|$4.23 _{- 0.27 }^{+ 0.36 }$\|	0.28
	60–80	1649	1686	3218	\|$4.26 _{- 0.36 }^{+ 0.48 }$\|	0.14
	80–100	1157	1151	2440	\|$4.47 _{- 0.69 }^{+ 0.58 }$\|	0.14
	100–140	1667	1710	3198	\|$3.38 _{- 0.20 }^{+ 0.41 }$\|	0.17
	140–180	1044	1034	1750	\|$4.28 _{- 0.49 }^{+ 0.67 }$\|	0.17
	180–270	1596	1719	2486	\|$2.43 _{- 0.28 }^{+ 0.27 }$\|	0.17
	270–360	1324	1502	2463	—
MCXC J1415.2−0030	0–50	509	519	889	\|$3.12 _{- 0.25 }^{+ 0.25 }$\|	0.22
	50–90	690	683	1102	\|$3.99 _{- 0.41 }^{+ 0.46 }$\|	0.29
	90–140	761	736	1522	\|$3.00 _{- 0.34 }^{+ 0.31 }$\|	0.47
	140–180	481	444	890	\|$2.03 _{- 0.38 }^{+ 0.54 }$\|	0.21
	180–270	969	953	1984	\|$1.71 _{- 0.13 }^{+ 0.12 }$\|	0.12
	270–360	1302	1225	2653	—	—
MCXC J1415.2−0030W	0–80	191	229	417	\|$2.06_{-0.22}^{+0.29}$\|	0.34
	80–140	198	246	430	\|$1.80_{-0.28}^{+0.94}$\|	0.33
	140–270	772	803	1473	—

Cluster name	Annulus*	counts±error^†			Temperature^‡	Abandance^‡
	(″)	MOS1	MOS2	PN	(keV)	(Z_⊙)
MCXC J0157.4−0550	0–60	834	829	1400	\|$3.51 _{- 0.26 }^{+ 0.32 }$\|	0.26
	60–100	1038	1163	1975	\|$3.02 _{- 0.22 }^{+ 0.27 }$\|	0.18
	100–140	1196	1267	1955	\|$3.28 _{- 0.25 }^{+ 0.33 }$\|	0.18
	140–180	1228	1303	2085	\|$2.84 _{- 0.23 }^{+ 0.30 }$\|	0.20
	180–270	2867	2732	4647	\|$2.73 _{- 0.13 }^{+ 0.28 }$\|	0.16
	270–360	2920	2640	5306	\|$2.54 _{- 0.10 }^{+ 0.31 }$\|	0.10
	360–600	7778	8959	17871	—
	600–900	3117	5036	13795	—
MCXC J0231.7−0451	0–40	1411	1355	3084	\|$5.64 _{- 0.34 }^{+ 0.40 }$\|	0.52
	40–60	1381	1353	2739	\|$5.03 _{- 0.37 }^{+ 0.37 }$\|	0.12
	60–80	1339	1229	2492	\|$4.33 _{- 0.27 }^{+ 0.36 }$\|	0.46
	80–100	1182	1198	2455	\|$5.03 _{- 0.47 }^{+ 0.52 }$\|	0.33
	100–140	1936	1882	3737	\|$4.09 _{- 0.22 }^{+ 0.23 }$\|	0.20
	140–180	1155	1174	2052	\|$4.50 _{- 0.44 }^{+ 0.55 }$\|	0.20
	180–270	1665	1591	3373	\|$3.10 _{- 0.38 }^{+ 0.54 }$\|	0.20
	270–400	1633	1798	4002	—
MCXC J0201.7−0212	0–40	7690	7369	16494	\|$3.30 _{- 0.05 }^{+ 0.05 }$\|	0.41
	40–60	2617	2379	4139	\|$4.23 _{- 0.27 }^{+ 0.36 }$\|	0.28
	60–80	1649	1686	3218	\|$4.26 _{- 0.36 }^{+ 0.48 }$\|	0.14
	80–100	1157	1151	2440	\|$4.47 _{- 0.69 }^{+ 0.58 }$\|	0.14
	100–140	1667	1710	3198	\|$3.38 _{- 0.20 }^{+ 0.41 }$\|	0.17
	140–180	1044	1034	1750	\|$4.28 _{- 0.49 }^{+ 0.67 }$\|	0.17
	180–270	1596	1719	2486	\|$2.43 _{- 0.28 }^{+ 0.27 }$\|	0.17
	270–360	1324	1502	2463	—
MCXC J1415.2−0030	0–50	509	519	889	\|$3.12 _{- 0.25 }^{+ 0.25 }$\|	0.22
	50–90	690	683	1102	\|$3.99 _{- 0.41 }^{+ 0.46 }$\|	0.29
	90–140	761	736	1522	\|$3.00 _{- 0.34 }^{+ 0.31 }$\|	0.47
	140–180	481	444	890	\|$2.03 _{- 0.38 }^{+ 0.54 }$\|	0.21
	180–270	969	953	1984	\|$1.71 _{- 0.13 }^{+ 0.12 }$\|	0.12
	270–360	1302	1225	2653	—	—
MCXC J1415.2−0030W	0–80	191	229	417	\|$2.06_{-0.22}^{+0.29}$\|	0.34
	80–140	198	246	430	\|$1.80_{-0.28}^{+0.94}$\|	0.33
	140–270	772	803	1473	—

*Cluster-centric annulus.

^†Counts in the energy band of 0.3–11 keV of each instrument.

^‡Best-fit temperature and abundance.

This Feature Is Available To Subscribers Only