The Armagh-MSSL Polar Page

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Дата изменения: Wed Jan 14 16:27:16 2009
Дата индексирования: Tue Oct 2 03:13:41 2012
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The Armagh-MSSL Polar Page The Armagh Polar Page

The Currently known Polars
Name	Alias	Porb (min)	Distance (pc)	B1,B2 (MG)	V (mag)	RA (2000)	Dec (2000)	Ref
EQ Cet	RX J0128-23	92.8		32,45	17.5-18.9	01 28 52.3	-23 39 44
CV Hyi	RX J0132-65	77.8	>300	68	20:	01 32 42.0	-65 54 32
BL Hyi	H0139-68	113.6	130	33	14.3-18.5	01 41 00.4	-67 53 29
RX J0153-59		80			17:	01 54 01.1	-59 47 49
FL Cet^*	SDSS J0155+0028	87.13	290	29	15.5-18	01 55 43.4	+00 28 07.2	Szkody et al 02, AJ, 123, 430, Schmidt et al 05, ApJ, 123, 2121
AI Tri	RX J0203+29	275.5	600		15.5-18	02 03 48.6	+29 58 52
RX J0209+2832^*		96.3			17-21.5	02 09 29.9	+28 32 29.7	Denisenko 06 Astron Lett 32 252
CW Hyi	RBS324	181.8	:250	:13	16-18	02 30 48.6	-68 42 06
WW Hor^*	EXO023432-5232	114.6	430	25	17.6-21.6	02 36 11.5	-52 19 14
EF Eri	2A0311-227	81	42	10	13.7-17.7	03 14 13.1	-22 35 42
RX J0325-08					17:	03 25 39.4	-08 14 42.4	Steve Potter (priv comm)
SDSS J032855+052254.2		121.8		33	18	03 28 55.0	+05 22 54.2	Szkody et al (2007) AJ, 134, 185
VY For	EXO 0329.9-2606	228	520		17.5	03 32 04.6	-25 56 55.0
UZ For^*	EXO 033319-2554	126.5	250	53, 75	17-20.5	03 35 28.7	-25 44 23
EUVE J0425-57		85.8		>46	19:	04 25 38.7	-57 14 37
IW Eri	RBS541	87.1			17:	04 25 55.2	-19 45 30
RS Cae	RE J0453-42	95	>440	36	18.4-19.6	04 53 25.5	-42 13 41
HY Eri^*	RE 0501-03	171.3		:25	17:	05 01 46.3	-03 59 21
V1309 Ori^*	RX J0515+01	479	500	30-55	15-16	05 15 41.4	+01 04 40
RX J0524+4244^A		157			17-18	05 24 30.5	+42 44 50.4	Schwarz et al 04 ASP 315 230
UW Pic	RE 0531-46	133	300	19	17:	05 31 35.4	-46 24 08
BY Cam^A	H0538+608	199.3		41	14.6-17.5	05 42 49.0	+60 51 28
RX J0600-2709					19	06 00 33.1	-27 09 20.9	Beuermann et al 1999 A&A 347, 47
RX J0649-0737		265:			19	06 49 50.9	-07 37 40.1	Motch etal 98 AAS 132 341, Steve Potter (priv comm)
LW Cam	RX J0704+62	97.3		20-40	17-20	07 04 09.9	+62 03 27
HS Cam	RX J0719+65^*	98.2	>100		17:	07 19 14.0	+65 57 48
SDSS J072910+365838		150			19.5-21	07 29 10.7	+36 58 38.3	Homer et al 05, ApJ, 620, 929
RX J0749-0549		215:			18	07 49 10.6	-05 49 25.0	Motch et al 1998 AAS 132 341
SDSS J075240+362823		164			18-19.5	07 52 40.5	+36 28 23.2	Homer et al 05, ApJ, 620, 929
V516 Pup	RX J0803-47	137		39	15-17:	08 03 45.6	-47 48 42
VV Pup		100.4	145	31,56	13.9-18.0	08 15 06.8	-19 03 8
EG Lyn	RBS696	99.4			18-19	08 20 50.9	+49 34 31
SDSS J083751.0+383012.5		180	330		19	08 37 51.0	+38 30 12.5	Szkody et al 05, AJ, 129, 2386, Hilton et al arXiv:0901.1850
EU Cnc		125.4	750		20-21:	08 51 27	+11 46 57
SDSS J085414+390537	EUVE J0854+390				19:	08 54 14.0	+39 05 37.3	Szkody et al 05, AJ, 129, 2386
SDSS J085909+053654	RX J0859+05	66			18.6	08 59 09.2	+05 36 54.5	Szkody et al 05, AJ, 129, 2386
SDSS J092122.8+2038571		>90		32	20.6-21.4	09 21 22.8	+20 38 57.1	Schmidt et al 2008 PASP 120 160
HS 0922+1333		242.4		66,81	18:	09 24 56.1	+13 20 52
MN Hya^*	RX J0929-2404	203.4	300-700	42	17:	09 29 07.1	-24 05 05
RX J0953+1458					17.3	09 53 08.1	+14 58 37.0	Beuermann et al 1999 A&A 347 47
RX J1002-19		107			17:	10 02 11.4	-19 25 34
RX J1007-20		208	700	~90	18:	10 07 34.4	-20 17 31
GG Leo	RX J1015+09	79.9	>100	23	16-17	10 15 34.7	+09 04 43
V381 Vel	RX J1016-41	134	615	52	18:	10 16 58.9	-41 03 45
WX LMi	HS 1023+3900	166.9	140	68	17:	10 26 27.5	+38 45 04.2
SDSS J1031+2028		>180:	460-1300	57	22.1	10 31 00.6	+20 28 32.2	Schmidt et al 07 ApJ 654 521
FH UMa	WGA 1047+6335	80			19-20	10 47 09.9	+63 35 13
SDSS J1059+2727		82	270-430	42	18.3	10 59 05.1	+27 27 55.5	Schmidt et al 07 ApJ 654 521
EK UMa	1E 1048+5241	114.5	>400	47	17.5-20:	10 51 35.2	+54 04 37
AN UMa		114.8	>270	36	14.4-18.9	11 04 25.8	+45 03 14
ST LMi	CW1103+254	113.9	128	18	14.7-17.2	11 05 39.8	+25 06 28
AR UMa	1ES1113+432	115.9	90	230	13.3-16.5	11 15 44.9	+42 58 23
DP Leo^*	E1114+182	89.8	>380	31,76	17.5->22	11 17 16.0	+17 57 41
V1033 Cen	RX J1141-64	189.4			16.5:	11 41 23.2	-64 10 16
EU UMa	RX J1149+28	90			17:	11 49 55.7	+28 45 7
SDSS J1212+0136		88.4	120:	13	18:	12 12 09.3	+01 36 27.7	Burleigh et al 06 MN 373 1416
EV UMa	RE J1307+535	80	>705	30-40	17.1-20.8	13 07 53.9	+53 51 30
2XMMp J1313223.4+173659^*		92	>500	<10	19-19.5	13 12 23.4	+17 36 59	Vogel et al 2008 A&A arXiv:0804.3946
V1043 Cen	RX J1313-32	251.4	200	56	14.5-16.5	13 13 17.1	-32 59 12
PZ Vir	SDSS1324	156:		63:	20:	13 24 11.6	+03 20 51	Szkody et al 03, ApJ, 583, 902
SDSS J1333092+1437069		132:			19.4-22.5	13 33 09.2	+14 37 06.9	Schmidt et al 2008 PASP 120 160
V834 Cen	E1405-451	101.5	86	23	14.2->17	14 09 07.5	-45 17 17
SDSS J1422-0221					19.8	14 22 56.3	-02 21 08	Szkody et al 04, ApJ, 128, 1882, Szkody priv comm
V895 Cen^*	EUVE 1429-380	270			16.5-17.5	14 29 27.0	-38 04 10
SDSS J154104+360252		84			19.7	15 41 04.7	+36 02 52.9	Szkody et al 05, AJ, 129, 2386
MR Ser	PG 1550+191	113.6	139	24	15-17.5	15 52 47.3	+18 56 26
MQ Dra	SDSS1553+5516	263.4	100:	58	18	15 53 31.1	+55 16 14	Szkody et al 03, ApJ, 583, 902
AP CrB	RX J1554+2721	151.9	210	144	16.5	15 54 12.4	+27 21 51	Gansicke et al 04 ApJ 613 L141
RX J1610+03	RBS1563	187.7			15.9	16 10 07.5	+03 52 33
SDSS J170053+4000357		116.4			16.7	17 00 53.3	+40 03 57.6	Szkody et al 03 AJ 1261 1499
V1007 Her	RX J1724+41	119.9	>250	50	17:	17 24 06.2	+41 44 09
V2301 Oph^*	1H1752+081	112.97		7	16.1-21:	18 00 35.6	+08 10 13
V884 Her	RX J1802+18	113		~150	14.5:	18 02 06.4	+18 04 43
AM Her	3U1809+50	185.6	75	14,28	12.3-15.7	18 16 13.5	+49 52 3
V347 Pav	RE J1844-74	90			15-17	18 44 47.8	-74 18 33
MT Dra	RX J1846+55	128.7	>400	15-20:	17-20	18 46 58.9	+55 38 29
EP Dra^*	H1907+69	104.6	>300	16	17.6->20.8	19 07 07.0	+69 08 40
CTCV J1928-5001^*		101.03		20	16-18	19 28 32.6	-50 01 34	Tappert et al 04, MN, 354, 321, Potter et al 05, MN, 364, 565
QS Tel	RE J1938-46	140	150-190	56	15.2->17.4	19 38 35.6	-46 12 57
V1432 Aql^*	RX J1940-10	202.2	200-300		14.9-17	19 40 11.5	-10 25 26
V393 Pav	RX J1957-57	99	350	16	18:	19 57 11.5	-57 38 22
QQ Vul	E2003+225	222.5	>400		13.8-15.3	20 05 40.7	+22 40 06
V349 Pav	Drissen V211b	160			18:	20 08 55.8	-65 27 43
V4738 Sgr	RX J2022-39	78	>190	67	19:	20 22 37.5	-39 54 13
SDSS J204827+005008		255			19.4	20 48 27.9	+00 50 08.9	Szkody et al 06 AJ 131 973
SDSS J205017-053626^*		94.2			18	20 50 17.8	-05 36 26.8	Szkody et al 03 AJ, 126, 1499
HU Aqr^*	RE J2107-05	125	>200	36	15.3-20:	21 07 58.3	-05 17 39
V1500 Cyg^A	N Cyg 1975	201	1200	20	17:	21 11 36.7	+48 09 02
CD Ind^A	EUVE 2115-586	110	>250	11	17:	21 15 41.0	-58 40 54
CE Gru	Grus V1	108.6		25-50	18.0-20.7	21 37 56.6	-43 42 14
V388 Peg	RX J2157.5+0855	202.5	>300-600	~20	18:	21 57 32.3	+08 55 15
CP Tuc	AX J2315-592	89.4			17:	23 15 18.6	-59 10 27
RX J2316-05		209			18:	23 16 04.0	-05 27 13

The eclipsing polars are marked by an ^* and asynchronous polars by ^A. If you have any additions, corrections, suggestions or comments please email me at the address below.

This page was compiled by Gavin Ramsay (gar at arm.ac.uk) and last updated on 2008-05-22. Many thanks to Steve Potter (SAAO), Axel Schwope (Potsdam) and Paula Szkody (U Washington) for additions and updates.