2022MNRAS.511.4937S

Query : 2022MNRAS.511.4937S

2022MNRAS.511.4937S - Mon. Not. R. Astron. Soc., 511, 4937-4945 (2022/April-3)

Hard X-ray luminosity functions of cataclysmic variables: joint Swift/BAT and Gaia data.

SULEIMANOV V.F., DOROSHENKO V. and WERNER K.

Abstract (from CDS):

Cataclysmic variables (CVs) are the most numerous population among the Galactic objects emitting in hard X-rays. Most probably, they are responsible for the extended hard X-ray emission of the Galactic ridge and the central Galactic regions. Here, we consider the sample of CVs detected in the all-sky hard X-ray Swift/BAT survey, which were also detected by Gaia and thus have reliable distance estimates. Using these data, we derive accurate estimates for local number density per solar mass (ρM = 1.37+0.3–0.16. ×10–5 M☉–1) and luminosity density per solar mass (ρL = 8.95+0.15–0.1×1026 erg s–1 M☉–1) for objects in the sample. These values appear to be in good agreement with the integrated Galactic ridge X-ray emission and nuclear stellar cluster luminosities. Analysis of the differential luminosity functions dρM/d(log10Lx) and dρL/d(log10Lx) confirms that there are two populations of hard X-ray-emitting CVs. Intermediate polars dominate at luminosities L > 1033 erg s–1, whereas non-magnetic CVs and polars are much more numerous but have lower luminosities on average. As a consequence, the contribution of these populations to the observed hard X-ray luminosity is almost equivalent.

Abstract Copyright: © 2022 The Author(s) Published by Oxford University Press on behalf of Royal Astronomical Society

Journal keyword(s): accretion, accretion discs - methods: statistical - stars: novae, cataclysmic variables - X-rays: binaries - X-rays: diffuse background

Simbad objects: 93

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Number of rows : 93
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 V* V1033 Cas CV* 00 22 57.6446300016 +61 41 07.571581872           ~ 53 0
2 V* V709 Cas CV* 00 28 48.8267393856 +59 17 22.033767228     14.01     ~ 127 0
3 V* V515 And CV* 00 55 19.8532324488 +46 12 56.987432856           ~ 47 0
4 V* XY Ari CV* 02 56 08.19048 +19 26 34.1844           ~ 157 1
5 V* GK Per No* 03 31 12.0098863320 +43 54 15.469951212   14.139 13.090 12.589   K1IV 935 0
6 V* IW Eri CV* 04 25 55.1916981840 -19 45 30.489689160           ~ 26 0
7 2MASS J04570832+4527499 CV* 04 57 08.3210977680 +45 27 50.007677220     17.5     ~ 16 0
8 V* V1062 Tau CV* 05 02 27.4778229096 +24 45 23.157957240           ~ 73 0
9 PPMXL 2431202680279124324 CV* 05 03 49.2541132776 -28 23 08.307950064     18.1     ~ 15 0
10 2MASS J05243042+4244506 CV* 05 24 30.4643309280 +42 44 50.460570600           ~ 46 0
11 RX J0525.3+2413 CV* 05 25 22.7022092280 +24 13 33.318083856   17.2 16.6 15.6   ~ 24 0
12 V* TV Col CV* 05 29 25.5292422792 -32 49 03.900212364   14.219 13.846 14.181   K2V 338 0
13 V* TW Pic CV* 05 34 50.5861498896 -58 01 40.765120788 13.84 14.83 15.10     ~ 96 2
14 SWIFT J0535.2+2830 CV* 05 34 57.918 +28 28 37.22     19.1     ~ 6 0
15 V* BY Cam CV* 05 42 48.8013535344 +60 51 31.376128608   16.60       ~ 257 0
16 V* TX Col CV* 05 43 20.16864 -41 01 54.2856         14.541 ~ 158 0
17 V* V405 Aur CV* 05 57 59.2934496792 +53 53 44.926489464           ~ 131 0
18 V* V347 Pup CV* 06 10 33.6583947384 -48 44 25.363374036   13.95 13.57 13.24 12.79 M0.5V 96 0
19 V* AH Men CV* 06 11 44.605776 -81 49 23.29824 12.62 13.326 13.010 13.211   ~ 79 0
20 ATPMN J061226.9-464718 Bla 06 12 27.2 -46 47 20           ~ 12 1
21 2MASS J06141230+1704321 CV* 06 14 12.2903216784 +17 04 32.341854180     17.5     ~ 15 0
22 2MAXI J0623-095 CV* 06 24 06.1893553224 -09 38 52.118611764     14.1     ~ 10 0
23 V* MU Cam XB* 06 25 16.2519466536 +73 34 39.105603804       14.3   ~ 70 0
24 V* V647 Aur XB* 06 36 32.5534982712 +35 35 43.216106064           ~ 30 0
25 V* HL CMa CV* 06 45 17.2108297512 -16 51 34.544944080   12.60 12.41     ~ 104 0
26 V* V418 Gem XB* 07 04 08.6690512152 +26 25 10.763614452           ~ 33 0
27 PM J07068+0324 CV* 07 06 48.9249021096 +03 24 47.332036872     18.1     ~ 15 0
28 1RXS J071748.9-215306 CV* 07 17 48.2636209464 -21 53 01.560029892     18.9     ~ 11 0
29 V* BG CMi CV* 07 31 29.0079060264 +09 56 23.030740248   14.5       ~ 228 0
30 SWIFT J0732.6-1330 XB* 07 32 37.7092986624 -13 31 08.343979248     15.7     ~ 43 0
31 SWIFT J0746.2-1611 CV* 07 46 17.1148913952 -16 11 27.682837656   15.020 14.469 14.830   ~ 19 0
32 SWIFT J074940.0-321536 CV* 07 49 40.0 -32 15 36           ~ 1 0
33 V* PQ Gem CV* 07 51 17.3280306912 +14 44 23.874868716   14.415 14.162 13.945   ~ 227 0
34 SWIFT J080040.2-431107 CV* 08 00 40.2 -43 11 07           ~ 1 0
35 PPMXL 2710677403619823610 CV* 08 20 34.0905464616 -28 04 58.453128696     17.8     ~ 12 0
36 V* Z Cam CV* 08 25 13.1986690656 +73 06 39.284964108   12.006 11.927 11.712   ~ 524 0
37 1ES 0826-70.3 CV* 08 26 18 -70 33.6           ~ 16 0
38 V* EI UMa CV* 08 38 21.9952217352 +48 38 02.163728328   14.9 14.78     ~ 89 1
39 2MASS J08384911-4831248 CV* 08 38 49.1086469712 -48 31 24.818931660   17.6   16.1   ~ 26 0
40 SWIFT J0927.7-6945 CV* 09 27 53.0869755936 -69 44 41.964101952     16.1 15.62   ~ 15 0
41 PPMXL 3488962413540302160 CV* 09 39 49.6449258960 -32 26 21.987130200     17.3     ~ 8 0
42 1RXS J095750.4-420801 CV* 09 57 50.6466119352 -42 08 35.470303080   16.589 16.233 15.986   ~ 12 0
43 RX J1039.7-0507 XB* 10 39 46.9923779664 -05 06 58.318500852     17.40     ~ 27 0
44 V* DO Dra CV* 11 43 38.4921265896 +71 41 20.559036192       13.747   DQ 219 1
45 IGR J12123-5802 CV* 12 12 26.2190499264 -58 00 20.501811108   17.2   15.4   ~ 13 0
46 IGR J12134-6015 CV* 12 13 24 -60 15.2           ~ 13 0
47 XSS J12270-4859 Psr 12 27 58.7476831464 -48 53 42.824592960           ~ 270 0
48 V* V1025 Cen CV* 12 38 16.3191432264 -38 42 45.836441856   15.20       ~ 80 0
49 V* EX Hya CV* 12 52 24.2222471899 -29 14 55.999766523   13.51 13.49 13.55   M5-6V 694 0
50 SWIFT J1408.2-6113 CV* 14 08 45.7 -61 07 57           ~ 6 0
51 V* V834 Cen CV* 14 09 07.2863511816 -45 17 16.023776676   16.0   15.301   M6.5 318 0
52 IGR J14257-6117 CV* 14 25 07.5882819888 -61 18 58.050437976   18.3   17.8   ~ 8 0
53 HD 126004 Be* 14 25 15.928 -61 19 11.61 9.26 9.62 9.41     B3/5 24 0
54 2MASS J14534105-5521387 CV* 14 53 41.0567607504 -55 21 38.723308992           ~ 38 0
55 2MASS J15092601-6649232 CV* 15 09 26.0168351808 -66 49 23.279486268           ~ 46 0
56 V* NY Lup XB* 15 48 14.5961462732 -45 28 39.918849218       14.544   K0/3Ve 102 0
57 INTEGRAL1 19 CV* 16 16 37.7619215160 -49 58 44.568123960   17.4   16.2 14.5 ~ 42 0
58 UCAC3 114-219187 CV* 16 49 55.6381665624 -33 07 02.089388928   17.43 16.56 16.23   ~ 38 0
59 IGR J16547-1916 CV* 16 54 43.7313487104 -19 16 31.062050724   15.6   15.6   ~ 28 0
60 IGR J17014-4306 CV* 17 01 28.1539648512 -43 06 12.307434264           ~ 21 0
61 V* V2400 Oph CV* 17 12 36.4233668016 -24 14 44.773987164     14.5     ~ 155 0
62 1RXS J171935.6-410054 CV* 17 19 35.8927822656 -41 00 53.529823332   15.60 15.20 15.33 14.3 ~ 63 0
63 1H 1726-058 CV* 17 30 21.9016405464 -05 59 31.840375236   17.04 16.15     ~ 87 0
64 V* V2487 Oph No* 17 31 59.805 -19 13 56.13   18.0       ~ 120 0
65 V* V2301 Oph CV* 18 00 35.5317201576 +08 10 13.920836628           ~ 100 0
66 V* V426 Oph CV* 18 07 51.6919772928 +05 51 47.804055084           ~ 170 0
67 IGR J18151-1052 CV* 18 15 03.8485823232 -10 51 35.035524504           ~ 15 0
68 V* AM Her CV* 18 16 13.2546541781 +49 52 04.759861155   15.124 14.808 13.525   M4.5-5Ve 964 0
69 OGLE BLG529.32 1342 dS* 18 17 22.1748042325 -25 08 42.511071638     16.9   16.528 ~ 32 0
70 IGR J18308-1232 CV* 18 30 49.9431958827 -12 32 19.069678646   17.3 17.9 16.6   ~ 24 0
71 AX J1832.3-0840 CV* 18 32 19.3114984032 -08 40 30.244090656           ~ 24 0
72 [OKM2018] SWIFT J1832.5-0863 X 18 32 29.46854 -08 38 02.9176           ~ 3 0
73 V* V603 Aql No* 18 48 54.6369872232 +00 35 02.857106184 10.73 12.106 12.087 11.986   OB+e: 547 0
74 V* V1223 Sgr CV* 18 55 02.3108012664 -31 09 49.584656268           ~ 333 0
75 V* V1082 Sgr CV* 19 07 21.8657193048 -20 46 50.532061692           ~ 28 0
76 V* V1432 Aql CV* 19 40 11.4199326288 -10 25 25.771706256     14.40 15.437   ~ 169 0
77 2MASS J19551247+0045365 CV* 19 55 12.4799164872 +00 45 36.864000540   15.6 16 16.0   ~ 27 0
78 V* V2306 Cyg XB* 19 58 14.4693586728 +32 32 42.003103200 15.16 15.94 15.71 15.76   ~ 65 0
79 IGR J20063+3641 CV* 20 06 22.395 +36 41 43.57     18.4     ~ 8 0
80 1RXS J211336.1+542226 CV* 21 13 35.3828742552 +54 22 32.940457932   19.8 18.3 18.8   ~ 15 0
81 V* CD Ind CV* 21 15 41.0450813472 -58 40 54.058462428           ~ 99 0
82 V* V2069 Cyg CV* 21 23 44.8214570688 +42 18 01.634864328   16.603 16.031     ~ 50 0
83 RX J2133.7+5107 CV* 21 33 43.6348450728 +51 07 24.729535560   15.80       ~ 79 0
84 V* SS Cyg CV* 21 42 42.8034497592 +43 35 09.867842484 11.07 12.651 12.032 9.326   K5V 1290 1
85 V* RU Peg CV* 22 14 02.5505986656 +12 42 11.278107972     12     sdBe+G8IV:n 305 0
86 V* FO Aqr CV* 22 17 55.3796835600 -08 21 03.754995948           ~ 362 0
87 RX J2218.5+1925 CV* 22 18 32.7589945920 +19 25 20.483109192     17.5     ~ 20 0
88 SWIFT J2237.2+6324 CV* 22 36 37.4089554679 +63 29 33.600735149     19.7     ~ 8 0
89 V* AO Psc CV* 22 55 17.9860863984 -03 10 39.981831564           ~ 310 0
90 ATO J349.8768+26.2551 CV* 23 19 30.4330759032 +26 15 18.724769712   19.6   19.6   ~ 24 0
91 PPMXL 276192295864105445 CV* 23 40 20.5660383216 +76 42 10.441618164     17.9     ~ 11 0
92 NAME Galactic Ridge ? ~ ~           ~ 499 1
93 NAME Galactic Bulge reg ~ ~           ~ 4297 0

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