Magnetic CV

 

Catalog

MAGNETIC CATACLYSMIC VARIABLES (CVs)

What is a Magnetic CV? Magnetic cataclysmic variables (CVs) are binary star systems that contain a white dwarf with a magnetic field that is strong enough to control the accretion flow from a late type Roche-lobe secondary. Late type secondaries are cooler stars with spectral types such as K and M.
This site contains the catalogue of the known Magnetic CVs.

CLASSIFICATIONS

Each magnetic cataclysmic variable binary (mCV) is categorized as either a polar or an intermediate polar (IP). The polars are further divided the disjoint sub-classes of synchronous polars (P), asynchronous polars (AP), and the low luminosity/pre-polars (LP) also known as Low Accretion-Rate Polars (LARPs).

The intermediate polars are divided into the normal  IPs (IP), the transitional IPs (TIP), and the low-luminosity IPs (LIP). Several polars and intermediate polars have been the site of a novae eruption, designated by N and/or dwarf novae eruptions, designated by DN in the catalog.

The disjoint sets, as defined for this catalog, are described as follows:

This is an observational database with links and detailed information of known Magnetic CVs.

P = Synchronous Polars

These polars have a white dwarf spin period that is equal to the binary orbital period. This is because the white dwarf's magnetic field is strong enough to synchronous the white dwarf's rotation to the binary orbit.

AP = Asynchronous Polars

These polars have a white dwarf spin period that are up to a few percent different (longer or shorter) than the binary orbital period. These are probable only temporary APs as they all are moving towards synchronization.

LP = Low Accretion Rate Polars/ Pre-Polars

These polars show evidence for strong magnetic fields but very low level accretion and some may be evolving to become polars for the first time. The latter are called pre-polars.

IP = Intermediate Polars

The white dwarf magnetic field is not strong enough to disrupt the accretion disk in nearly all of the intermediate polars. The white dwarf spin period often spins much faster than the binary orbital period. This is due to  mass accretion from the disk along the magnetic field lines that results in the spin-up of the white dwarf.

LIP = Low Luminosity Intermediate Polars

These IPs accrete at a much lower rates than the normal IPs.

TIP = Transitional Intermediate Polars

These IPs are undergoing a transition from an IP to a polar. They have white dwarf rotation rates that are not too different than their orbital periods. They are the only IPs to have magnetic fields similar to polars, as measured by polarization and some TIPs, accrete by a stream rather than a disk or combination of a disk and stream.

RRIP =  Rapidly Rotation Intermediate Polars

These IPs are defined as being those with a white dwarf spin period of less than 4 minutes. This makes them potentially related to propeller binaries, especially AE Aqr, which eject much of the material transferred from the donor star out of the binary system, rather than being accreted onto the white dwarf. 

UPDATING

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231 results found.

Name
Other Name
Type
Right Ascension
Declination
Orbital Period (hr)
WD Spin Period (hr)
Distance (pc)
Distance Boundaries (pc)
WD Mass (Solar Units)
Magnetic Field (MG)
Optical (V)
X-ray
Radio
Mode
Finder Chart
J000511.8+6340
3XMM J000511.8+634018
P
00h 05m 11.86s
+63° 40’ 18.55”
2.225
2.225
3943.9
2236.9-6277.5
...
...
...
N
Stream
V479 And
SDSS J001856.93+345444.3
LP
00h 18m 56.93s
+34° 54’ 44.23”
14.26
14.26
2027.9
1768.7 - 2435.5
...
16.75 - 18
...
N
Stream
V1033 Cas
1RXS J002258.3+61411; IGR J00234+6141
IP
00h 22m 57.64s
+61° 41’ 07.57”
4.033
0.157
1557.4
1485.1-1660.9
0.85
...
16.18 - 16.4
Hard
N
Disk
V709 Cas
RX J0028.8+5917; SWIFT J0028.9+5917
IP
00h 28m 48.8s
+59° 17’ 22.0”
5.333
0.087
725.2
716.3-734.3
0.88
...
14.10-14.42
Hard
N
Disk
V515 And
1RXS J005528.0+461143; XSS J00564+4548
IP
00h 55m 19.9s
+46° 12’ 57”
2.732
0.129
930.1
910.2-946.7
0.73
...
14.60-14.91
Hard
N
Disk
EQ Cet
1RXS J012851.9-233931
LP
01h 28m 52.54s
-23° 39’ 43.96”
1.547
1.547
283.3
277.8 - 288.2
0.73
16.5 - 19.5
...
Y
Stream
CV Hyi
RX J0132.7-6554; 1RXS J013242.8-655434
P
01h 32m 43.38s
-65° 54’ 37.3”
1.297
1.297
...
68
...
...
N
Stream
BL Hyi
H 0139-68
P
01h 41m 00.40s
-67° 53’ 27.47”
1.894
1.894
129.3
128.5 - 130.1
0.71
23
16.5 - 17.4
...
N
Stream
J0153.3+7446
Cas 1; RX J0153.3+7446; 1RXS J015317.9+744641
IP
01h 53m 21.01s
+74° 46’ 22.02”
3.94
0.548
1367
1279.8-1474.4
...
11.64 - 11.69
...
Y
Disk
J0154-5947
RX J0154.0-5947; 1RXS J014100.4-675332
P
01h 54m 00.93s
-59° 47’ 49.10”
1.482
1.482
320.2
316.7 - 323.7
0.75
...
15.1 - 15.43
...
N
Stream
FL Cet
1RXS J015543.3+002817; SDSSp J015543+002807
P
01h 55m 43.40s
+00° 28’ 07.16”
1.452
1.452
317.6
305.4-330.8
0.5
29
15 - 20.25
...
Y
Stream
AI Tri
RX J0203.8+2959; 1RXS J020348.7+295921
P
02h 03m 48.62s
+29° 59’ 25.90”
4.602
4.602
513.1
503.1-526.5
38
15.5 - 17.25
...
N
Stream
BS Tri
RX J0209.4+2832; 1RXS J020928.9+283243
P
02h 09m 29.81s
+28° 32’ 29.15”
1.605
1.605
277.1
269.7 - 285.4
0.6
23
16.75 - 20
...
Y
Stream
Gaia18aot
2RXS J021106.6+305426
P
02h 11m 07.99s
+30° 54’ 06.96”
1.892
1.892
517.9
461.1 - 593.1
...
16.7 - 17.2
...
N
Stream
J0227+1306
2MASS J02273286+1306172
P
02h 27m 32.87s
+13° 06’ 17.08”
3.787
3.787
486.3
464.6 - 505.0
0.67
38, 18
16.75 - 20
...
N
Stream
CW Hyi
RBS0324; 1RXS J023052.9-684203
P
02h 30m 51.15s
-68° 42’ 05.44”
3.03
3.03
543.2
520.6 - 563.7
13
16.2 - 17.1
...
N
Stream
WW Hor
EXO 023432-5232.3; 1RXS J023610.9-521910
P
02h 36m 11.44s
-52° 19’ 13.94”
1.925
1.925
333.6
309.8 - 374.4
1.1
25
17.75 - 20.75
...
N
Stream
J0240+1952
LAMOST J024048.51+195226.9
RRIP
02h 40m 48.53s
+19° 52’ 26.96”
7.3371
0.007
605.1
581.5 - 627.9
...
17.16 - 17.82
...
N
Disk
PT Per
3XMM J024251.2+564131
P
02h 42m 51.20s
+56° 41’ 31.25”
1.35
1.35
180.1
177.3 - 183.3
0.7
27, 25
16.2-17.1
...
N
Stream
XY Ari
H 0253+193; SDSS J025608.18+192634.1
RRIP
02h 56m 08.19s
+19° 26’ 34.12”
6.065
3.438
...
1.04
...
20.75 - 21.75
Hard
N
Disk
J0257+3337
SDSS J025737.74+333750.5; J0257+3337
P
02h 57m 37.75s
+33° 37’ 50.52”
1.5
1.5
736.5
648.5 - 868.0
...
18.8
...
N
Stream
J0303+0054
US 3566; 2MASS J03030835+0054438
LP
03h 03m 08.36s
+00° 54’ 43.93”
3.227
3.227
120.4
119.0 - 121.8
0.84
8
17.4
...
N
Stream
EF Eri
2A 0311-227; RX J0314.2-2236
LP
03h 14m 13.25s
-22° 35’ 42.92”
1.35
1.35
160.3
156.7 - 164.1
0.9
21, 17
17.75 - 19.25
...
Y
Stream
J0328+0522
CRTS J032855.0+052253; SDSS J032855.00+052254.1
P
03h 28m 55.01s
+05° 22’ 54.17”
2.033
2.033
968.9
622.1 - 1415.9
0.75
39
20.5 - 17.25
...
N
Stream
GK Per
BD +43 740a; Nova Persei 1901; PBC J0331.1+4353
IP
03h 31m 12.01s
+43° 54’ 15.47”
47.923
0.098
429.5
423.9 - 436.1
1
...
12.6
Hard
...
Disk
VY For
EXO 0329-2606; For1; EUVE J0332-25.9
P
03h 32m 04.60s
-25° 56’ 55.06”
3.806
3.806
580.8
531.3 - 638.7
...
16.75 - 19.25
...
...
Stream
UZ For
EXO 033319-2554.2; RX J0335.4-2544
P
03h 35m 28.65s
-25° 44’ 21.77”
2.109
2.109
238.1
235.1 - 240.8
0.7
75, 53
15.25 - 19.25
...
Y
Stream
J035011+3232
CRTS CSS091218 J035011+323230; CSS0350+3232
P
03h 50m 10.71s
+32° 32’ 29.6”
2.372
2.372
647.3
534.6 - 792.7
0.95
...
16.75 - 19.5
...
N
Stream
J0425-5714
EUVE J0425.6-5714: Dor; RX J0425.6-5714
p
04h 25m 38.61s
-57° 14’ 36.21”
1.43
1.43
548
534.1 - 562.3
> 50
16.75 - 19.75
...
N
Stream
IW Eri
RBS 0541; 1RXS J042555.8-194534
P
04h 25m 55.24s
-19° 45’ 30.1”
1.452
1.452
366.1
348.5- 385.8
...
16.25 - 20.25
...
N
Stream
RS Cae
1RXS J045325.2-421335; RE J0453-42
P
04h 53m 25.46s
-42° 13’ 39.6”
1.702
1.702
1408.4
965.5-2520.4
36
18.5 - 20.5
...
N
Stream
J0457.1+4528
2MASS J04570832+4527499; Swift J0457.1-4528
IP
04h 57m 08.32s
+45° 27’ 50.01”
6.188
0.339
2017.6
1510.3 - 2960.0
...
16.92 - 17.49
Hard
...
Disk
HY Eri
1RXS J050146.2-035927
P
05h 01m 46.41s
-03° 59’ 20.57”
2.855
2.855
1890.5
1170.5 - 2759.1
0.4
30, 28
16 - 19
...
N
Stream
V1062 Tau
H 0459+246; SWIFT J0502.7+2445
IP
05h 02m 27.48s
+24° 45’ 23.16”
9.982
2.572
1512.3
1347.6-1720.9
0.7
...
15.25 - 16.25
Hard
...
Disk
J0502.8+1624
RX J0502.8+1624; Tau 4
P
05h 02m 50.95s
+16° 24’ 21.84”
217.1
206.8-230.3
...
16.5 - 19.25
...
Y
Stream
J0503.7-2819
SWIFT J0503.7-2819; 1RXS J050350.6-282324
AP
05h 03m 49.25s
-28° 23’ 08.31”
1.361
0.271
837
794 - 897
...
17.7
Stream
UU Col
RX J0512.2-3241; 1RXS J051214.5-324140
IP
05h 12m 13.23s
-32° 41’ 39.75”
3.45
0.001
2428.6
2000.2-3025.4
0.6
30:, 10
17.25 - 19
...
...
Disk
V1309 Ori
Ori 1; RX J0515+0104
P
05h 15m 41.41s
+01° 04’ 4.48”
7.983
7.983
638.1
622.6-652.0
0.7
61
15 - 17
Hard
...
Stream
Paloma
1RXS J052430+424449; 2MASS J05243042+4244506
AP
05h 24m 30.46s
+42° 44’ 50.46”
2.62
2.279
582
561.7-610.1
...
17.1
...
...
Stream
J0525.6+2416
RX J0525.3+2413; SWIFT J0525.6+2416
RRIP
05h 25m 22.75s
+24° 13’ 33.5”
0.063
1887.5
1621.8-2250.7
...
15.25 - 17.75
Hard
...
Disk
J0528+2838
RXS J052832.5+283824; IPHAS J0528+2838
P
05h 28m 32.68s
+28° 38’ 37.73”
224.2
220.2-227.8
...
16.4
...
...
Stream
TV Col
A 0526-328; 1RXS J052925.8-324858
IP
05h 29m 25.53s
-32° 49’ 03.90”
5.487
0.53
505.1
500.6-509.7
0.78
...
13 - 14.5
Hard
...
Disk
UW Pic
RX J0531-4624; 1RXS J053136.3-462406
P
05h 31m 35.65s
-46° 24’ 04.96”
2.223
2.223
288.5
285.0-292.2
19
14.75 - 17.5
...
...
Stream
BY Cam
H 0538+608; SWIFT J0542.6+6051
AP
05h 42m 48.80s
+45° 27’ 50.01”
3.354
3.322
270.3
268.0-272.6
1.04
41
14.9 - 15.4
...
...
Stream
TX Col
H 0542-407; SWIFT J0543.2-4104
IP
05h 43m 20.17s
-41° 01’ 54.3”
5.72
0.531
958.8
931.2-988.1
0.7
...
14 - 15
Hard
...
Disk
V405 Aur
RX J0558.0+5353; 2MASS J05575930+5353449
TIP
05h 57m 59.29s
+53° 53’ 44.93”
4.16
0.152
661.8
648.6-675.6
0.89
...
13.9
Hard
...
Disk
J0600-2709
[BTR99] J060033.2-270919; 1RXS J060033.1-270918
P
06h 00m 33.24s
-27° 09’ 18.4”
2.078
2.078
1138
813.2-1759.1
...
18 - 20.25
...
...
Stream
J0614-2725
MASTER OT J061451.70-272535.5
P
06h 14m 51.70s
-27° 25’ 35.5”
2.079
2.079
889.6
700.4-1240.9
...
...
...
...
Stream
MU Cam
1RXS J062518.2+733433; SWIFT J0625.1+7336
IP
06h 25m 16.25s
+73° 34’ 39.10”
4.718
0.33
954.4
929.2-980.9
0.74
...
14.79 - 15.06
Hard
...
Disk
V902 Mon
IPHAS J062746.41+014811.3
IP
06h 27m 46.40s
+01° 48’ 11.03”
8.162
0.613
3045.5
2180.5-4636.6
...
16.8
...
...
Disk
J0636.3+6554
RX J0636.3+6554; 1RXS J063621.5+655418
P
06h 36m 22.88s
+65° 54’ 15.00”
1.709
1.709
438
396-490
...
16.4 - 17.0
...
...
Stream
V647 Aur
1RXS J063631.9+353537; SWIFT J0636.6+3536
IP
06h 36m 32.5s
+35° 35’ 43”
3.465
0.259
2072.7
2180.5-2412.0
0.74
...
15.75 - 18.25
Hard
...
Disk
J0649.8-0737
RX J0649.8-0737, Mon
P
06h 49m 50.92s
-07° 37’ 40.88”
4.392
4.392
604.3
568.2-645.3
...
17.1
...
...
Stream
J0658-1744
PBC J0658.0-1746; [FS2003] 0404; 2MASS J06580591-1744249
P
06h 58m 05.91s
-17° 44’ 24.99”
2.379
2.379
209.4
207.1-211.7
...
14.25 - 19
...
...
Stream
V418 Gem
1RXS J070407.9+262501; SWIFT J0704.4+2625
IP
07h 04m 08.67s
+26° 25’ 10.77”
4.38
0.134
2550.2
1947.6-3477.0
0.5
...
16.5 - 17.25
Hard
...
Disk
LW Cam
RX J0704.2+6203; 1RXS J070409.2+620330
P
07h 04m 10.03s
+62° 03’ 27.95”
1.621
1.621
535.7
497.9-579.5
20
17.25 - 20.25
...
Flare X
Stream
J0706+0325
SWIFT J0706.8+0325; PPMXL 3189652360374206258
P
07h 06m 48.92s
+03° 24’ 47.33”
1.704
1.704
210.4
205.6-215.4
...
17.1
...
...
Stream
V808 Aur
CRTS J071126.0+440405; 2MASS J07112601+4404051
P
07h 11m 26.01s
+44° 04’ 05.10”
1.953
1.953
215.2
210.1-220.6
...
14.25 - 19.5
...
...
Stream
HS Cam
RX J0719.2+6557; 1RXS J071913.4+655734
P
07h 19m 14.52s
+65° 57’ 44.31”
1.637
1.637
460.9
399.4-544.1
0.75
...
16.75 - 19.75
...
...
Stream
V654 Aur
SDSSp J072910+365838; AAVSO 0722+37
P
07h 29m 10.69s
+36° 58’ 38.25”
2.496
2.496
844.7
523.8-1554.0
...
19.5 - 21.75
...
...
Stream
BG CMi
PBC J0731.5+0955; SWIFT J0731.5+0957
IP
07h 31m 29.01s
+09° 56’ 23.03”
3.235
0.254
966.2
916.4-1021.5
0.7
...
12.49 - 12.71
Hard
...
Disk
V667 Pup
1RXS J073237.6-133113; SWIFT J0732.6-1330
IP
07h 32m 37.63s
-13° 31’ 09.40”
5.603
0.142
1848.2
1698.5-2025.9
...
14.2
Hard
...
Disk
J0733+2619
RXS J073346.0+261933; SDSS J073346.27+261926.2
P
07h 33m 46.27s
+26° 19’ 26.30”
3.202
3.202
988.7
802.4-1275.5
...
17 - 20.25
...
...
Stream
J0746-1608
SWIFT J0746.3-1608; 2MASS J07461711-1611276
IP
07h 46m 17.11s
-16° 11’ 27.68”
9.38
0.642
638.3
626.3-650.7
...
14.7
Hard
...
Disk
J0749-0549
RX J0749.1-0549; 1RXS J074909.8-054933
P
07h 49m 10.40s
-05° 49’ 25.45”
3.6
3.6
1140.3
995.0-1333.1
...
17.9
...
...
Stream
PQ Gem
1RXS J070407.9+262501; SWIFT J0704.4+2625
TIP
07h 51m 17.33s
+14° 44’ 23.88”
5.193
0.232
749.6
729.7-770.6
0.65
...
14.11 - 14.32
Hard
...
Disk
EU Lyn
SDSS J075240.45+362823.2
P
07h 52m 40.45s
+36° 28’ 23.20”
2.736
2.736
1483.2
1309.5-1706.1
...
16 - 16.75
...
...
Stream
HT Cam
1RXS J075700.5+630602; XSS J08010+6241
IP
07h 57m 01.34s
+63° 06’ 02.00”
1.433
0.143
367.4
359.1-376.1
0.6
...
16.5 - 17.25
...
...
Disk
DW Cnc
HS 0756+1624; 2MASS J07585304+1616451
IP
07h 58m 53.04s
+16° 16’ 45.17”
1.435
0.643
207.6
205.1-210.1
...
14.75 - 16
...
...
Disk
J0801-4625
1RXS J080114.6-462324; 2PBC J0801.2-4625
IP
08h 01m 16.87s
-46° 23’ 28.16”
0.363
1268.9
1224.9-1316.2
...
14.85 - 15.23
Hard
...
Disk
V516 Pup
RX J0803-4748; 2MASS J08034562-474844
P
08h 03m 45.60s
-47° 48’ 44.15”
2.285
2.285
538.1
501.4-580.4
39
18.2
...
...
Stream
J0810+0024
CSS J0810+0024; CRTS CSS100108 J081031+002429
P
08h 10m 30.61s
+00° 24’ 28.6”
1.936
1.936
925.4
387.6-1925.6
...
17.25 - 20.75
...
...
Stream
J0812+0403
CRTS CSS091017 J081210+040352
P
08h 12m 10.22s
+04° 03’ 52.0”
2.698
2.698
1500
1100-2300
...
...
...
...
Stream
VV Pup
1E 0812-1854; 1RXS J081506.7-190310
P
08h 15m 06.80s
-19° 03’ 17.77”
1.674
1.674
136.5
135.6-137.3
0.73
56, 31
15.2 - 16.3
...
...
Stream
EG Lyn
1RXS J082051+493433; RBS 0696
P
08h 20m 51.08s
+49° 34’ 31.77”
1.656
1.656
891
576.9-1494.0
...
17.5 - 20.75
...
...
Stream
WX Pyx
1RXS J080114.6-462324; 2PBC J0801.2-4625
IP
08h 33m 05.76s
-22° 48’ 31.98”
5.3
0.433
1590.7
1394.0-1848.6
...
16.43 - 16.85
...
...
Disk
J0837+3830
SDSS J083751.00+383012.5
LP
08h 37m 51.01s
+38° 30’ 12.60”
3.18
3.18
787.1
641.9-1007.6
...
17 - 19.25
...
...
Stream
EI UMa
PBC J0838.3+4837; RX J0838.3+4838
IP
08h 38m 22.00s
+48° 38’ 02.16”
6.435
0.206
1095.1
1052.1-1141.7
...
14.25 - 15.25
Hard
...
Disk
J0838-2827
1RXS J083842.1-282723
AP
08h 38m 42.2s
-28° 27’ 23”
1.64
1.58
...
...
17.7
...
...
Stream
J0838-4831
PBC J0838.3+4837; RX J0838.3+4838
IP
08h 38m 49.11s
+48° 31’ 24.82”
8
0.411
2064.2
1823.7-2375.3
0.95
...
16.24 - 16.55
Hard
...
Disk
J0846+2453
SDSS J084617.11+245344.1; CRTS J084617.1+245343
AP
08h 46m 17.11s
+24° 53’ 44.08”
4.51
0.972
...
...
18.8
...
...
Stream
ZTF J0850+0443
ZTF18aczehur
P
08h 50m 17.12s
+04° 43’ 57.00”
1.72
1.72
0.81
10
...
...
EU Cnc
M67-186; RX J085127+11467
P
08h 51m 27.18s
+11° 46’ 56.99”
2.09
2.09
770.7
360.3-1508.8
0.68
41
20.25 - 21.5
...
...
Stream
FR Lyn
1ES 0851+39.2; EUVE J0854+390
P
08h 54m 14.02s
+39° 05’ 37.36”
1.888
1.888
553
448.1-717.0
44
16 - 20.25
...
...
Stream
J0859+0536
RX J0859.1+0537; SDSS J085909.18+0536
P
08h 59m 09.18s
+05° 36’ 54.59”
2.397
2.397
437.1
408.9-469.5
...
17 - 20.5
...
Flare X
Stream
J0921+2038
CRTS J092122.8+203858; SDSS J092122.83+203857.0
P
09h 21m 22.83s
+20° 38’ 57.18”
1.404
1.404
...
32
17 - 21.5
...
...
Stream
HU Leo
CRTS J092122.8+203858; SDSS J092122.83+203857.0
P
09h 24m 44.48s
+08° 01’ 51.01”
2.187
2.187
616.3
461.4-901.3
...
17 - 20.75
...
...
Stream
HS 0922+1333
CRTS J092455.9+132052
LP
09h 24m 56.1s
+13° 20’ 52”
4.04
4.04
162.8
159.3-166.5
81, 66
16.25 - 16.75
...
Flare X
Stream
ZTF J0926+0105
P
09h 26m 14.30s
+01° 05’ 57.40”
1.48
1.48
26
J0927-6945
SWIFT J0927.7-6945; PBC J0927.8-6945
IP
09h 27m 53.09s
-69° 44’ 41.9”
4.85
0.287
1122.4
1085.4-1162.4
...
14.72 - 14.84
Hard
...
Disk
MN Hya
CRTS J092455.9+132052
P
09h 29m 07.10s
-24° 05’ 05.4”
3.39
3.39
656.3
608.6-711.8
42
16.25 - 20.5
...
...
Stream
J0938+5344
SDSS J093839.25+534403.8
P
09h 38m 39.25s
+53° 44’ 03.91”
2046.9
1542.9-2762.1
51
18.25 - 20.25
...
...
Stream
VZ Sex
1RXS J094432.1+035738; HS 0941+0411
IP
09h 44m 31.68s
+03° 58’ 05.31”
3.569
0.681
...
...
...
...
...
Disk
J0953+1457
RX J0953.1+1458; 1RXS J095308.6+145841
P
09h 53m 08.20s
+14° 58’ 36.45”
1.729
1.729
448.3
399.9-509.7
...
17 - 20
...
...
Stream
J0958-4208
SWIFT J0958.0-4208; PBC J0957.6-4208
IP
09h 57m 50.64s
-42° 08’ 35.5”
0.082
1586.1
1451.6-1747.1
...
15.75 - 16.25
Hard
...
Disk
J1002-1925
1RXS J100211.4-192534; RE J1002-19
P
10h 02m 11.71s
-19° 25’ 37.5”
1.783
1.783
797.4
721.7-890.1
0.5
...
16.9 - 17.9
...
...
Stream
J1005+6941
SDSS J100516.59+694136.5
P
10h 05m 16.61s
+69° 41’ 36.41”
3.643
3.643
1640
1220-2490
...
...
...
...
Stream
J1007-2017
RX J1007.5-2017; 1RXS J100734.4-201731
P
10h 07m 34.65s
-20° 17’ 32.45”
3.478
3.478
872.4
742.5-1054.1
0.8
94
16.25 - 19.75
...
...
Stream
GG Leo
RX J1007.5-2017; 1RXS J100734.4-201731; RBS0842
P
10h 15m 34.68s
+09° 04’ 41.99”
1.331
1.331
262.4
250.9-275.1
1
23
16.25 - 19.25
...
...
Stream
V381 Vel
RX J1016.9-4103
P
10h 16m 59.01s
-41° 03’ 44.24”
2.038
2.038
514.7
489.1-543.1
52
17 - 18.75
...
...
Stream
WX LMi
HS 1023+3900; SDSS J102627.48+384502.4
LP
10h 26m 27.49s
+38° 45’ 02.65”
2.782
2.782
98.3
61-70
61
16.25 - 16.75
...
...
Stream
FH UMa
RX J1047.1+6335; RBS0904; 1RXS J104710.3+633522
P
10h 47m 09.88s
+63° 35’ 13.6”
1.334
1.334
...
>20
18.75 - 20.75
...
...
Stream
EK UMa
1E 1048.5+5421; RX J1051.5+5404; RBS 911
P
10h 51m 35.16s
+54° 04’ 36.10”
1.909
1.909
710.1
589-888.4
47
18 - 20.75
...
...
Stream
J1059+2727
SDSS J105905.07+272755.5
LP
10h 59m 05.06s
+27° 27’ 55.45”
2.5
2.5
919.4
530.6-1584.8
57
19.5 - 21.5
...
...
Stream
AN UMa
2XMM J110425.7+450313; 2E 1101.5+4519
P
11h 04m 25.66s
+45° 03’ 13.94”
1.914
1.914
320.3
306.8-335.2
36
15.5 - 18
...
...
Stream
ST LMi
WD 1102+253; SDSS J110539.77+250628.6; CW 1103+254
P
11h 05m 39.77s
+25° 06’ 28.74”
1.898
1.898
112.8
111.8-113.9
0.45
21, 12
14.75 - 17.5
...
...
Stream
AR UMa
1ES 1113+43.2; RX J1115.6+4258; CSO 1153
P
11h 15m 44.59s
+42° 58’ 22.43”
1.932
1.932
101
99.8-102.3
240, >160
14.5 - 16.5
...
...
Stream
DP Leo
1ES 1113+43.2; RX J1115.6+4258; CSO 1153
P
11h 17m 15.92s
+17° 57’ 41.68”
1.497
1.497
305.7
278.1-339.2
76, 31
17.2 - 20.5
...
...
Stream
V1033 Cen
RX J1141.3-6410; PBC J1141.2-6409
P
11h 41m 22.86s
-64° 10’ 14.4”
3.156
3.156
243.7
235.4-252.6
20
14.66 - 14.97
...
...
Stream
DO Dra
YY Dra; SVS 504
IP
11h 43m 38.5s
+71° 41’ 20.6”
3.968
0.147
...
0.8
...
...
...
...
Disk
EU UMa
RX J1149.9+2844; EUVE J1149+28.7
P
11h 49m 55.70s
+28° 45’ 07.29”
1.502
1.502
381.5
299.9-370.3
43
18.9
...
...
Stream
J1206+5100
SDSS J120615.73+510047.0
LP
12h 06m 15.74s
+51° 00’ 47.22”
3.283
3.283
326.9
303.2-354.6
108
18.6
...
...
Stream
J1207+2235
SDSS J120724.69+223529.8
P
12h 07m 24.69s
+22° 35’ 29.84”
...
...
...
...
...
Stream
V379 Vir
WD 1209+018; SDSS J121209.30+013627.7
LP
12h 12m 09.31s
+01° 36’ 27.77”
1.474
1.474
149.2
145.3-153.3
7
17.75 - 18.5
...
...
Stream
V1025 Cen
RX J1238.2-3842; 1RXS J123816.5-384243
LIP
12h 38m 16.32s
-38° 42’ 45.84”
1.41
0.147
187.7-197.1
0.5
...
14.258 - 16
...
...
Disk
J1250+1549
PM J12507+1549; SDSS J125044.42+154957.3
LP
12h 50m 44.45s
+15° 49’ 57.60”
1.439
1.439
128
125.1-131.0
20
17.75 - 18.5
...
...
Stream
EX Hya
RX J1252.4-2914; RBS 1173
LIP
12h 52m 24.22s
-29° 14’ 56.00”
1.638
1.117
57
56.7-57.0
0.79
...
12.75 - 13.75
...
...
Disk
EV UMa
RE J1307+535; 1RXS J130753.6+535137; RBS 1219
P
13h 07m 53.86s
+53° 51’ 30.50”
1.328
1.328
649.4
603.3-703.0
30
16.5 - 21
...
...
Stream
J1312+1736
2XMMp J131223.4+173659; SDSS J131223.48+173659.1
P
13h 12m 23.48s
+17° 36’ 59.21”
1.531
1.531
547.6
409.5-929.2
...
18.25 - 20
...
...
Stream
V1043 Cen
RX J1313.2-3259; 1RXS J131317.1-325909
P
13h 13m 17.11s
-32° 59’ 12.45”
4.19
4.19
172
170.8-173.1
56
14 - 15.75
...
...
Stream
V496 UMa
MASTER OT J132104.04+560957.8
P
13h 21m 04.01s
+56° 09’ 58.01”
1.518
1.518
804.3
758.6-855.8
...
16.75 - 19.25
...
...
Stream
PZ Vir
SDSS J132411.57+032050.4
LP
13h 24m 11.56s
+03° 20’ 50.50”
2.645
...
63
19.5 - 21.75
...
...
Stream
J1333+1437
SDSS J133309.20+143706.9
P
13h 33m 09.19s
+14° 37’ 06.90”
2.208
2.208
1634.9
1004.1-2629.6
...
18.5 - 21.5
...
...
Stream
J1344+2044
SDSS J134441.83+204408.3
TIP
13h 44m 41.83s
+20° 44’ 08.61”
1.656
1.656
586.6
526.1-662.4
65
16.75 - 20.75
...
...
Stream
J14091+6108
VVV J140845.99-610754.1; IGR J14091-6108
IP
14h 08m 46.34s
-61° 07’ 55.5”
0.16
2808.4
2135.5-3964.5
...
16.7 - 17.38
...
...
Disk
V834 Cen
1E 1405-45.1; 1RXS J140906.7-451714; H 1405-45
P
14h 09m 07.29s
-45° 17’ 16.02”
1.692
1.692
112.1
109.6-114.8
23
14 - 16.75
...
...
Stream
J1422-0221
2QZ J142256.3-022108; SDSS J142256.31-022108.1
P
14h 22m 56.31s
-02° 21’ 07.99”
3.37
3.37
925.3
687.1-1385.9
...
18 - 21.25
...
...
Stream
J1424-0227
2QZ J142438.9-022739; WISEA J142438.92-022739.2
P
14h 24m 38.94s
-02° 27’ 39.3”
3.732
3.732
425.1
375.1-490.2
...
16.5 - 20.25
...
...
Stream
J14257-6117
IGR J14257-6117
IP
14h 25m 07.59s
-61° 18’ 58.05”
4.05
0.142
1644.9
1315.9-2177.7
...
17.9
...
...
Disk
V895 Cen
2EUVE J1429-38.0; 2MASS J14292720-3804095
P
14h 29m 27.20s
-38° 04’ 09.58”
4.765
4.765
365
356.9-373.5
...
15.25 - 17
...
...
Stream
V842 Cen
NOVA Cen 1986; 2MASS J14355255-5737352
RRIP
14h 35m 52.57s
-57° 37’ 35.39”
3.94
0.016
...
...
...
...
...
Disk
J1446+0253
2XMM J144659.9+025330; SDSS J144659.95+025330.3
IP
14h 46m 59.96s
+02° 53’ 30.39”
3.8
1.217
...
...
...
...
...
Disk
J1453-5521
2MASS J14534105-5521387; PBC J1453.5-5522; IGR J14536-5522
P
14h 53m 41.06s
-55° 21’ 38.72”
3.156
3.156
217.7
216.1-219.4
20
15.2
...
...
Stream
J1503-2207
CRTS CSS100216 J150354-220711; CSS J1503-2207
P
15h 03m 53.94s
-22° 07’ 11.1”
2.223
2.223
391.5
362.6-425.4
...
16.75 - 19.75
...
...
Stream
J1509-6649
2MASS J15092601-6649232; IGR J15094-6649
IP
15h 09m 26.02s
-66° 49’ 23.28”
5.89
0.225
1127.4
1092.7-1164.3
0.89
...
14.7
...
...
Disk
J1514+0744
SDSS J151415.65+074446.4; WD 1511+079
LP
15h 14m 15.68s
+07° 44’ 46.75”
1.479
1.479
181.1
173.9-189.0
36
18 - 19.25
...
...
Stream
J1525-0326
1RXS J152506.9-032647; PM J15251-0326
P
15h 25m 06.87s
-03° 26’ 54.03”
1.551
1.551
242
237.7-246.5
...
15.75 - 17
...
...
Stream
V407 Lupi
PNV J15290182-4449409; NOVA Lup 2016
IP
15h 29m 01.82s
-44° 49’ 40.89”
3347.3
1399.7-6644.8
...
...
...
...
Disk
J1530+2206
SDSS J153023.63+220646.4
P
15h 30m 23.64s
+22° 06’ 46.49”
338.8
315.3-366.0
17.5 - 20.5
...
...
Stream
BM CrB
SDSS J154104.67+360252.9
P
15h 41m 04.67s
+36° 02’ 52.84”
1.404
1.404
414.4
398.8-431.3
33
16.25 - 20.5
...
...
Stream