EDP Sciences logo
Subscriber Authentication Point
Search
Menu
Home All issues Volume 510 (February 2010) A&A, 510 (2010) A82 Full HTML
Free Access

 

 

Table 1:

Physical properties and observation details for the 59 clusters of our sample.

Name 		za $kT_{\rm OUT}$b Exp. timec $R_{\rm SB}$d Filter
Abell 4038 0.0300 3.0 78.1 1.45 MEDIUM
Abell 2199 0.0301 4.1 38.4 1.14 THIN1
2A 0335+096 0.0349 3.6 230.8 1.02 THIN1
Abell 2052 0.0355 2.9 85.1 0.99 THIN1
Abell 576 0.0390 3.8 42.7 1.54 MEDIUM
Abell 3571 0.0391 6.3 43.5 1.54 MEDIUM
Abell 119 0.0442 6.0 54.1 1.62 THIN1
MKW 03 0.0450 3.3 99.2 1.08 THIN1
Abell 3376 0.0456 3.9 56.4 1.10 MEDIUM
Abell 1644 0.0470 4.2 42.0 1.40 THIN1
Abell 4059 0.0475 4.0 64.9 1.11 THIN1
Abell 3558 0.0480 5.2 126.4 1.00 THICK
Abell 3562 0.0480 4.3 116.6 1.85 THIN1
Triangulum Austr. 0.0510 9.2 27.3 1.15 MEDIUM
Hydra A 0.0538 3.4 52.2 1.59 THIN1
Abell 754 0.0542 8.7 30.8 1.11 MEDIUM
Abell 85 0.0551 5.5 34.6 1.04 MEDIUM
Abell 2319 0.0557 9.2 44.6 1.80 MEDIUM
Abell 3158 0.0597 4.9 54.0 1.58 THIN1
Abell 1795 0.0625 5.4 97.3 1.29 THIN1
Abell 399 0.0720 6.0 27.9 1.84 THIN1
Abell 401 0.0740 7.3 34.7 1.76 MEDIUM
Abell 3112 0.0750 4.3 64.6 1.23 MEDIUM
Abell 2029 0.0773 6.2 30.8 1.17 THIN1
Abell 2255 0.0806 6.2 25.1 1.37 THIN1
Abell 1650 0.0838 5.4 75.0 1.29 MEDIUM
Abell 2597 0.0852 3.5 144.3 1.07 THIN1
Abell S0084 0.1080 3.3 44.8 1.28 THIN1
Abell 2034 0.1130 7.0 27.9 1.16 THIN1
Abell 2051 0.1150 3.8 83.6 1.08 THIN1
Abell 3814 0.1179 3.3 71.2 1.11 THIN1
Abell 2050 0.1183 5.3 77.3 1.13 THIN1
RXCJ1141.4-1216 0.1195 3.8 82.0 1.03 THIN1
Abell 1084 0.1323 3.9 72.4 1.03 THIN1
Abell 1068 0.1375 4.5 56.3 1.09 MEDIUM
Abell 3856 0.1379 6.4 54.6 1.11 THIN1
Abell 3378 0.1410 4.9 58.3 1.07 THIN1
Abell 0022 0.1424 5.7 41.9 1.02 THIN1
Abell 1413 0.1427 6.7 71.7 1.10 THIN1
Abell 2328 0.1470 5.6 71.1 1.07 THIN1
Abell 3364 0.1483 6.7 67.1 1.12 THIN1
Abell 2204 0.1522 8.5 51.2 1.06 MEDIUM
Abell 0907 0.1527 6.1 22.9 1.16 THIN1
Abell 3888 0.1529 8.6 42.8 1.31 THIN1
RXCJ2014.8-2430 0.1612 7.1 64.8 1.05 THIN1
Abell 3404 0.1670 7.1 59.2 1.11 THIN1
Abell 1914 0.1712 8.7 62.9 1.17 THIN1
Abell 2218 0.1756 6.5 117.0 1.17 THIN1
Abell 1689 0.1832 9.2 106.7 1.14 THIN1
Abell 383 0.1871 4.4 82.3 1.33 MEDIUM
Abell 115N 0.1971 5.1 103.2 1.20 MEDIUM
Abell 2163 0.2030 15.5 29.2 1.07 THIN1
Abell 963 0.2060 6.5 69.4 1.19 MEDIUM
Abell 209 0.2060 6.6 49.3 1.19 MEDIUM
Abell 773 0.2170 7.5 45.6 1.16 MEDIUM
Abell 1763 0.2230 7.2 36.3 1.08 MEDIUM
Abell 2390 0.2280 11.2 29.4 1.11 THIN1
Abell 2667 0.2300 7.7 59.9 1.48 MEDIUM
RX J2129.3+0005 0.2350 5.5 102.0 1.21 MEDIUM

(a) Redshift taken from the NASA Extragalactic Database; (b) reference temperature in keV derived from our analysis (see Sect. 3.2); (c) total good exposure time in ks; (d)  of residual soft protons (see Sect. 3.1).


Source LaTeX | All tables | In the text

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.