2003ARep...47...38C

Query : 2003ARep...47...38C

2003ARep...47...38C - Astron. Rep., 47, 38-58 (2003)

Evolution of Wolf-Rayet stars in binary systems : an analysis of the mass and orbital-eccentricity distributions.

CHEREPASHCHUK A.M. and KARETNIKOV V.G.

Journal keyword(s):

CDS comments: B NN = Brey NN, AB 6,8 = LMC AB 6, 8.

Simbad objects: 59

Full paper

View the references in ADS

Number of rows : 59

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag U	Mag B	Mag V	Mag R	Mag I	Sp type	#ref 1850 - 2023	#notes
1	V* AO Cas	SB*	00 17 43.0633133256	+51 25 59.116450728	5.04	6.01	6.14			O9.2II+O8V((f))	326	0
2	HD 5980	WR*	00 59 26.5838833944	-72 09 53.927337312		11.13	11.31		11.029	WN4+O7I:	389	1
3	RMC 31	WR*	01 03 25.2272050176	-72 06 43.857668340		12.11	12.30			WN3:h+O5.5V+O5.5If+O7.5V	112	0
4	HD 16523	WR*	02 41 11.6753354688	+56 43 49.735070148	10.03	10.34	9.99			WC6	136	0
5	HD 35517	WR*	05 19 16.3515868608	-69 39 20.012864004	11.193	11.754	11.58	12.36	11.953	WC4+O5/6III/V+O	86	0
6	HD 36063	WR*	05 22 22.5295596384	-71 35 58.154210736	11.583	12.43	12.66	12.85	12.602	WN7	70	0
7	HD 36521	WR*	05 26 30.2591541144	-68 50 27.500574192		12.156	12.317	12.529		WC4+O6III/V+O	84	0
8	Brey 61	WR*	05 35 45.0258911688	-68 58 44.532708744	14.632	15.532	15.376		15.533	WN4h+O3:	26	0
9	BAT99 77	WR*	05 35 58.889	-69 11 47.88						WN7	70	0
10	HD 269828	EB*	05 35 58.91	-69 11 47.3			13.031		12.837	WN7+O3	72	0
11	Brey 66	WR*	05 36 33.6047711064	-69 09 17.324592156	15.636	15.937	16.108		15.627	WN3b	31	0
12	HD 269891	WR*	05 37 49.0343945856	-69 05 08.218283928	11.791	9.447	11.39	11.55		WN6+B1Ia	70	0
13	RMC 140	WR*	05 38 41.61576	-69 05 13.9632		11.213	11.149	11.792		WN7+WC4/5pec	80	0
14	RMC 139	WR*	05 38 42.3537501576	-69 04 58.196699796		12.04	11.94			O6.5Iafc+O6Iaf	91	0
15	HD 269928	WR*	05 38 57.0667692816	-69 06 05.660419140		12.02	11.94	12.00	11.58	WN6/7	131	0
16	* 29 CMa	SB*	07 18 40.3789353696	-24 33 31.318248528	3.80	4.80	4.95	4.95	5.08	O7Iafpvar	415	0
17	HD 62910	WR*	07 44 58.2217347768	-31 54 29.554957188	10.08	10.44	10.10	10.17		WN6/WC4	126	0
18	HD 63099	WR*	07 45 50.3991805440	-34 19 48.500286780	11.47	11.43	10.50	10.37		WC4+O7	111	0
19	V* TU Mon	EB*	07 53 19.7486798832	-03 02 31.139762712		9.21	9.24			B2-6Vn	90	0
20	* gam02 Vel	WR*	08 09 31.95013	-47 20 11.7108	0.64	1.58	1.83	1.85	2.00	WC8+O7.5III-V	894	0
21	V* GP Vel	HXB	09 02 06.8608812864	-40 33 16.899168060	6.85	7.37	6.87	6.31	6.05	B0.5Ia	1481	0
22	HD 90657	WR*	10 26 31.4087563344	-58 38 26.182481568	9.53	10.07	9.65	9.84		WN5+O4-6	159	0
23	HD 92740	WR*	10 41 17.5158425712	-59 40 36.895992960	5.68	6.50	6.42	7.38		WN7h+O9III-V	406	0
24	V* TX UMa	EB*	10 45 20.5041244512	+45 33 58.708181052		6.99	6.98			B8V+G0III-IV	280	0
25	HD 94305	WR*	10 51 06.0016671120	-62 17 01.650146136		11.69	11.35	11.32		WC6+O7.5V	100	0
26	HD 94546	WR*	10 53 44.8196302	-59 30 46.694249	10.38	10.94	10.51	10.48		WN4+O8V	120	0
27	HD 97152	WR*	11 10 04.0797150120	-60 58 44.963276664	7.47	8.03	8.07	8.91		WC7+O7V	182	0
28	V* TU Mus	EB*	11 31 10.9241479224	-65 44 32.099167788	7.58	9.52	9.34	9.25		O8V(n)z+B0V(n)	169	0
29	V* W Cru	EB*	12 11 59.1619876512	-58 47 00.736976220		9.47	8.44			F8/G1Ia/abe	98	0
30	HD 311884	WR*	12 43 50.9991209208	-63 05 14.812489320	11.45	11.64	10.81	10.59		WN6+O5V	168	0
31	HD 152270	WR*	16 54 19.6991292072	-41 49 11.531710092	6.26	6.80	6.597	6.72	6.39	WC7+O5-8	301	0
32	V* RS Sgr	EB*	18 17 36.2457818040	-34 06 26.157477636	5.45	5.94	6.03			B3/4IV/V	113	0
33	HD 168206	WR*	18 19 07.3629298440	-11 37 59.164994424	9.65	9.88	9.10			WC8+O8/9III/V	298	1
34	V* RY Sct	Be*	18 25 31.4771300232	-12 41 24.192361500	10.25	10.38	9.12	9.46		O9.7Ibep	300	2
35	* bet Lyr	EB*	18 50 04.7952472	+33 21 45.609978	2.85	3.42	3.42	3.31	3.29	B8.5Ib-II	922	0
36	V* V1182 Aql	SB*	18 55 23.1255094080	+09 20 48.087475944	8.73	9.10	8.64			O7V(n)((f))z+B	115	0
37	SS 433	HXB	19 11 49.5647697480	+04 58 57.827127648		16.3	13.0			A7Ib:	2088	4
38	* U Sge	EB*	19 18 48.4082723376	+19 36 37.722978540	6.23	6.61	6.58			B7III+K1III	373	0
39	V* QS Aql	EB*	19 41 05.5283099	+13 48 56.450213		5.91	5.99			B5V	148	0
40	HD 186943	WR*	19 46 15.9393580368	+28 16 19.077099276	9.86	10.50	10.23			WN3+O9.5V	187	0
41	HD 190918	WR*	20 05 57.3244526328	+35 47 18.150756792	6.11	6.88	6.75			WN5+O9I	366	0
42	V* V448 Cyg	SB*	20 06 09.9484340064	+35 23 09.618394920	7.89	8.45	8.16			O9.5V+B1Ib	151	0
43	HD 192641	WR*	20 14 31.7666855880	+36 39 39.598210224	7.80	8.20	7.91			WC7pd+O9V	327	0
44	HD 193077	WR*	20 17 00.0260987184	+37 25 23.785483116	7.82	8.32	8.01	8.71		WN5-w+B?	289	0
45	HD 228776	*	20 17 33.1629599784	+40 31 42.478417092		9.71	9.52			A0	7	0
46	V* V382 Cyg	SB*	20 18 47.2202814912	+36 20 26.085111756	9.35	9.19	8.65			O6IVn+O5Vn	190	0
47	HD 193576	WR*	20 19 32.4229160448	+38 43 53.959035756	8.15	8.53	8.00			WN5+O6II-V	702	0
48	HD 193793	WR*	20 20 27.9757908696	+43 51 16.286840244	6.90	7.25	6.85	4.58		WC7pd+O5.5fc	696	0
49	HD 193928	WR*	20 21 31.7290073688	+36 55 12.773070696	10.67	10.60	9.78			WN5-w+O5V-III	197	0
50	EM* AS 422	WR*	20 32 06.2786571432	+40 48 29.527101576		13.46	11.83			WN7o/CE+O7V(f)	100	0
51	BD+40 4220	s*b	20 32 22.4238071594	+41 18 18.942475904	11.32	10.61	9.185			O7Iafep	391	0
52	V* V1521 Cyg	HXB	20 32 25.78	+40 57 27.9						WN4/5-6/7	1903	2
53	HD 198288	EB*	20 47 59.5845423048	+39 17 15.717392988	8.080	7.72	7.06			A3Ibep	204	0
54	MR 114	WR*	22 09 33.4430950032	+57 44 30.527883600	12.78	12.946	12.078	11.853		WN4+O5V	138	0
55	HD 211853	WR*	22 18 45.6057566664	+56 07 33.898679364	8.84	9.39	9.00			WN6o+O6I	273	0
56	HD 214419	WR*	22 36 53.9548302648	+56 54 20.989190232	8.68	9.21	8.80			WN6o+O9Ib/II	373	1
57	V* GT Cep	EB*	22 57 47.3140536144	+68 24 26.036646516		8.49	8.25			B5II	70	0
58	RAFGL 3099	C*	23 28 17.1145171968	+10 54 37.402209036						C-rich	89	0
59	V* UU Cas	EB*	23 50 39.5186935224	+60 54 39.139376400		10.44	9.74			B0.5III	57	0

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