V/106 Catalogue of X-ray binaries (Liu+ 2001)

V/106/hmxbcat.dat High-mass X-ray binaries catalog (130 records)

Name
---		Type
---		RA (u)
hms		DE (u)
dms		GLON GLAT
deg deg		Pos (e)
---		Opt
---
(r)

Vmag
mag
Vmagl
mag		(u)
B-V (u)
mag
B-Vl
mag		U-B
mag		(l) E(B-V)
mag
(l) E(B-V)2
mag		(u)

(r)

(l) Fx
uJy
Fxu
uJy		Range
---
(r)

Porb
d
Porb2
d		(u)
Ppulse (u)
s
(r)

Cat
---		SpType
---		Name2 (u)
---
Name3
---
J0032.9-7348 00 32 56.1 - 73 48 19. 304.7 -43.2 x 12.9 *1 657 15.3 354 0.2 354 R Be
J0049-732 P 00 49 29.6 - 73 10 56. 303.1 -43.9 x 5.5 0.04 327 9.1321 327 As
J0049-729 TP 00 49 02.5 - 72 50 52. 303.2 -44.3 x 13.7 Be star 657 0.5 - 9. 354 74.676 132,790 AS, R, X Be J0049.1-7250
0050-727 T 00 52 06.1 - 72 26 06. 302.9 -44.7 o 3. *4 95 14. :-0.3 -1.0 0.03 7, 146 < 1. - 5. 95 A,H,S,X O9 III-Ve SMC X-3
J0050.7-7316 P 00 50 44.7 - 73 16 05. 303.0 -43.8 o 1. Be star 141 15.44 -0.03 -0.95 104,141 0.16 (0.7-10 keV) 788 1.416 323. 104,788 R,AS Be J0051-733
J0051-722 TP 00 50 55.8 - 72 13 55. 303.0 -44.9 x 10. Be star 657 14.9 657 2.6 424 120. 91.1 334,461 X,R,B Be
J0051.8-7231 TP 00 51 53.0 - 72 31 45. 302.9 -44.6 x 11. *2 657 0.01 - 9. 354 8.9 330 E, X,R ,B Be 2E0050.1-7247 ,
J0051.9-7311 T 00 51 51.4 - 73 10 38. 302.9 -43.9 x B[e star 141 14.4 141 R B[e SMC 25
J0052.1-7319 TP 00 52 13.9 - 73 19 13. 302.8 -43.8 x 1.9 SMC SC6 99923 702 14.667 -0.005 702,332 0.024- 4.7 399 15.3 399 E,X,R Be
J0052.9-7158 TU 00 52 54.0 - 71 58 08. 302.8 -45.1 x Be star 141 15.46 -0.07 -0.99 141 2. (0.15-2.4 keV) 141 R Be SMC 32
0053-739 T 00 54 33.4 - 73 41 04. 302.6 -43.4 o *5 95 16.0 -0.3 -0.5 0.03 506 < 1. - 7. 95 A,S B1.5Ve SMC X-2
0053+604 00 56 42.3 + 60 43 00. 123.6 -2.1 o {gamma} Cas 177 1.6 - 3.0 -0.15 -1.08 0.05 489 5. - 11. 63 U,A,H,S,AS,B B0.5Ve
J0053.8-7226 TP 00 53 55.0 - 72 26 47. 302.7 -44.7 x 10. 1.4 132 139. 46.63 132,425 X,R B1V 0053-724
J0054-720 TP 00 54 36. :- 72 04 302.6 -45.0 x 10. 3.8 428 169.3 428 X ,B
J0055-724 TP 00 54 56.17 - 72 26 27.6 302.6 -44.7 x 0.1 Be star 621,657 15.28 -0.04 -0.78 0.06 - 0.28 104,279,621 1. 458 65. 58.969 429,458,610 X,B,R,E B0-B1III-V J0054.9-7226
J0058-72.0 P 00 57 48.4 - 72 02 42. 302.2 -45.0 x 7.9 0.1 (0.7-10 keV) 788 280.4 788 AS,R J0058-7203
J0058.2-7231 00 58 12.7 - 72 30 45. 302.2 -44.6 x Be star 621 15.0 621 R Be
J0059.2-7138 TUP 00 59 11.3 - 71 38 45. 302.1 -45.4 x 2.8 Be star 650 14.1 0.11 0.03 650 3. (0.2-2 keV) 299 2.7632 299 R,E B1IIIe
J0101.0-7206 T 01 01 01.1 - 72 06 57. 301.9 -45.0 x 2.8 Be star 657 0.1 354 R,E Be
J0103-722 P 01 03 13.9 - 72 09 14.0 301.6 -44.9 o 0.1 Be star 300 14.8 0.089 0.23 104,300 0.01 - 0.1 (0.2-2 keV) 300,334 345.2 334 R,A,B O9-B1(III-V)J0103.2-7209
0103-762 T 01 09 06.1 - 74 44 40. 301.9 -41.1 o Be star 17. 0.03 698 2.3 781 H,V,R Be 0107-750
J0105-722 TP 01 05 08.9 - 72 11 44. 301.4 -44.9 x 6.6 203 0.1 203 3.343 789 AS,R J0105.1-7211
J0106.2-7205 01 06 15.1 - 72 05 25. 301.3 -45.0 x 15. Be star 300 16.7 0.05 - 0.25 300 0.005 (0.2-2 keV) 300 R B2-B5 III-Ve
J0111.2-7317 TP 01 11 08.4 - 73 16 46. 301.0 -43.7 o 1. Be star 113 15.32 0.08 113 15. 87 31.0294 86 X,AS,C B0-2III-Ve
0114+650 P 01 18 02.8 + 65 17 19. 125.7 +2.6 o 3. V662 Cas 177 11.0 1.2 0.1 1.4 3,148 4. 63 11.6 10008. 148,210,785 A,S,X B0.5Ib ,LS I+65 010
0115+634 TP 01 18 31.9 + 63 44 24. 125.9 +1.0 o V635 Cas 347 14.5 -16.3 1.4 0.3 1.7 345,473,513 < 2. - 350. 63 24.3 3.61 508,569 U,M,H,S,C,X B0.2V
0115-737 P 01 17 05.2 - 73 26 35. 300.4 -43.6 o 3. Sk 160 609 13.3 -0.14 -0.98 0.03 312,753 0.5 - 57. 63 3.89 0.71 508,566,623 U,M,A B0Ib SMC X-1
J0117.6-7330 TP 01 17 41.4 - 73 30 49. 300.4 -43.5 x 0.6 Be star 14.19 -0.07 0.03 90,649 10. 439 22.07 439 C,R B0.5IIIe
J0146.9+6121 01 43 32.6 + 61 06 26. 129.2 -1.2 o 2. LS I+61 235 267 11.33 0.82 -0.39 0.87 143,410,579,640 1. - 3. (0.1-2.4 keV) 499 1404.2 254 R,AS,X,B B1Ve
0236+610 02 40 31.6 + 61 13 45. 135.7 +1.1 o,r LS I+61 303 70,267 10.7 0.8 -0.3 0.75 180,308,600 0.2 (0.2-5 keV) 48 26.45 677 E B0e ,V615 Cas
0331+530 TP 03 34 59.9 + 53 10 23. 146.1 -2.2 o BQ Cam 381 15.1 -15.4 1.6 -2.3 1.9 128,290,513 < 0.5 - 1250. 655,683 34.25 4.4 508,655,771 V,T,Exo O8.5Ve
0352+309 P 03 55 23.0 + 31 02 45. 163.1 -17.1 o X Per 64 6.0 - 6.6 0.29 -0.82 0.4 311,434,489,639 < 9. - 37. 63 580. ? 835. 306,508 U,M,A,H,S B0III-Ve
J0421+560 T 04 19 46.0 55 59 24. 149.2 +4.1 x 50. CI Cam 9.25 1.0 -0.4 0.8 100a,323 2000. 40,523 X,B,C,AS --
J0440.9+4431 P 04 40 59.9 44 31 51. 159.8 -1.3 x 17. BSD 24-491 142 10.78 0.61 -0.36 500 1. 577 202.5 577 R,X B0V-IIIe
J0501.6-7034 05 01 23.9 - 70 33 33. 281.9 -34.5 x 2.9 Be star 618 14.5 -0.07 618 E,R B0e CAL 9
J0502.9-6626 TP 05 02 51.6 - 66 26 25. 277.0 -35.4 x 1.2 Be star 618 14.22 -0.10 617 5.7 619 4.0635 619 E, R B0e CAL E
J0512.6-6717 05 12 41.8 - 67 17 23. 277.8 -34.3 x 40. R
J0516.0-6916 T 05 16 00.1 - 69 16 09. 280.1 -33.6 x 7.3 star 2 141 15.0 -0.1 -0.9 141 0.07 141 R B1e
J0520.5-6932 T 05 20 30.3 - 69 32 04. 280.3 -33.2 x 16.6 Be star 618 14.4 618 R O8e
0521+373 05 22 35.2 + 37 40 34. 170.0 +0.7 o HD34921 646 7.51 0.14 -0.86 0.42 78,555,599 1. 215, 781 U,H B0IVpe ,SAO57950
J0529.8-6556 TP 05 29 48.4 - 65 56 51. 275.9 -32.9 x 8. GSC 8891.0213 253 253 0.17 253 69.5 253 R B2III-Ve
053109-6609.2 TP 05 31 13. - 66 07 06. 276.2 -32.7 x 10. 0.1 265 1. 265 25.4 13.7 165 Exo,SL,B,R Be?
J0531.5-6518 05 31 36.1 - 65 18 16. 275.1 -32.7 x 18.8 250 R
0532-664 P 05 32 49.2 - 66 22 14. 276.3 -32.5 o 2. Sk-Ph 93 14.0 -0.1 -1.1 0.1 280,365,431 < 3. - 60. 63 1.40 13.5 365,508 U,M,A,H,AS,G,R O7III-V LMC X-4
J0532.4-6535 05 32 25.3 - 65 35 09. 275.4 -32.6 x 17.4 RGC 36 575 0.01 (0.1-2.4 keV) 250 R
J0532.5-6551 V 05 32 32.6 - 65 51 40.8 275.7 -32.6 o Sk-65 66 609 12.3 609 0.03 (0.1-2.4 keV) 253 R OB
J0535.0-6700 T 05 35 05.9 - 67 00 16. 277.1 -32.2 x 4. RGC 28 575 18.1 575 0.04 (0.1-2.4 keV) 250 241. ? 575 R Be?
0535-668 PT 05 35 40.5 - 66 51 53. 276.9 -32.2 o 2. *Q 89,350 12.3 -14.9 0.1 -0.9 0.1 89,167,431,528 < 0.01 - 180. 63 16.7 0.069 508,636 A B2 III-Ve 0538-66
0535+262 TP 05 38 54.6 + 26 18 57. 181.4 -2.6 o V725 Tau 414 8.9 - 9.6 0.45 -0.62-0.54 0.8 225,449,653,660 < 3. - 2800. 63 111. 104. 508,561 U,A,H O9.7IIIe ,HD 245770
J0535.8-6530 05 35 53.8 - 65 30 34. 275.3 -32.3 x 13. 0.5 (0.1-2.4 keV) 250 R
0538-641 U 05 38 56.4 - 64 05 01. 273.6 -32.1 o 3. *1 716 16.7 -17.5 -0.2 -0.6 0.1 136,431,708 < 1.7 - 44. 63 1.70 136 U,M,A,H,F,X B3 Ve LMC X-3
0540-697 U 05 39 38.7 - 69 44 36. 280.2 -31.5 o 3. *32 135,181 14.5 0.29 -0.70 0.37 47,318 3. - 25. 63 4.22 322 U,M,A,H,X O7-9 III LMC X-1
J0541.4-6936 05 41 22.2 - 69 36 29. 280.0 -31.4 x 6.6 Sk-69 271 612 12.01 0.00 335,603 R B2 SG
J0541.5-6833 05 41 37.1 - 68 32 32. 278.8 -31.4 x 4.5 LMC BI267 14.02 -0.03 -1.04 74 R OB0
0544-665 05 44 15.5 - 66 33 50. 276.5 -31.4 o 3. *1 349 15.4 -0.20 -0.96 0.1 431,715 1.8 349 H B1Ve
J0544.1-710 TP 05 44 06.3 - 71 00 50. 281.6 -31.0 x 3.3 Be star 151 15.33 0.13 0.32 151 0.14 - 0.36(2-10 keV) 151 96.08 151 B, R, E Be J0544.1-7100
0556+286 05 55 54.7 + 28 47 06. 181.3 +1.9 o HD249179 9.2 557,698 1.1 781 H B5ne
J0635+0533 P 06 35 17.4 05 33 20.9 206.1 -1.0 x 0060. 352 12.83 +0.98 1.2 352 0.55 352 0.0338 152 B B2V-B1IIIe
J0648.0-4419 P 06 48 04.6 - 44 18 54.4 253.7 -19.1 x 10. HD49798 329 8.27 -0.24 -1.18 344 0.03 1.55 13.1789 329,684 R,B sdO6
0726-260 TP 07 28 53.4 - 26 06 28. 240.3 -4.1 o star 654 11.6 0.3 -0.6 0.6 515,654 1.2 - 4.7 743,781 34.5 103.2 131 U,A,E,H,R,X O8-9Ve
0739-529 07 47 23.5 - 53 19 58. 266.4 -13.7 o HD63666 646 7.62 0.02 -0.24 293,437,518,698 0.7 781 H B7IV-Ve ,SAO235515
0749-600 07 56 15.8 - 61 05 59. 274.0 -16.2 o HD65663 646 6.73 0.05 -0.25 0.09 153,154,698 0.7 781 H B8IIIe ,SAO250018
J0812.4-3114 TP 08 12 28.4 - 31 14 51. 249.6 +1.6 x 21. LS 992 500 12.42 0.41 -0.69 500 0.6 500 80. 31.8851 125,577 R,X B0.5V-IIIe
0834-430 TP 08 35 55. - 43 11 06. :262.0 -1.5 x 0060. star *D 334a 20.4 4.0 334a 30. - 300. 239 110. 12.3 239,773 Gr,R,K,G,C B0-2III-Ve
0900-403 P 09 02 06.9 - 40 33 17. 263.1 +3.9 o HD77581 213 6.9 0.47 -0.51 0.7 183,495,518,717 2. - 1100. 63 8.96 283. 162,508,711 U,M,A,H,B,X,AS,R B0.5Ib Vela X-1 ,GP Vel
J1008-57 TP 10 09 46. - 58 17 32. 283.0 -1.8 x 15. star 109 15.27 -1.66 1.9 - 2.0 109,587 1200. 663 135. 93.5 550,635,663 C,R,AS,Exo O9-B1
1024.0-5732 P 10 25 56.6 - 57 48 42. 284.5 -0.2 o 6. Wack 2134 686 12.7 1.5 1.8 81 1. - 10. (0.2-4.5 keV) 81 0.061 81 E O5: ,TH{alpha} 35-42
1036-565 10 30 22.5 - 57 04 39. 284.6 +0.7 o HD91188 646 6.64 -0.10 -0.56 221,518 3.3 743 A B4IIIe 4U 1036-56 ,SAO238130
J1037.5-5647 P 10 37 35.2 - 56 47 59. 285.4 +1.5 x 21. LS 1698 500 11.3 0.9 0.75 500 0.17 577 862. 577 R B0V-IIIe
1048.1-5937 P 10 50 07.9 - 59 53 16. 288.2 -0.5 x 9. 477 < 0.1 - 1. 632 6.44 124,632 E
1118-615 PT 11 20 57.2 - 61 54 58. 292.5 -0.9 o He3-640 339 12.1 0.96 -0.30 1.2 339 0.1 - 70. 63, 497 405. 508 A O9.5 III-Ve
1119-603 P 11 21 15.2 - 60 37 24. 292.1 +0.3 o 3. V779 Cen 72,394 13.3 1.07 -0.04 1.4 315,394,586 10. - 312. 63 2.09 4.84 366,508 U,M,A,H O6.5 II-III Cen X-3
1145-619 PT 11 48 00.1 - 62 12 25. 295.6 -0.2 o Hen 715 64 9.3 0.18 -0.81 0.35 195,518,746 4. - 1000. 63 187.5 292.4 508,748 U,M,A,H,S B1Vne ,HD102567
1145.1-6141 P 11 47 28.6 - 61 57 14. 295.5 -0.0 o 2. V830 Cen 316 13.1 1.5 0.15 1.6 166,325 4. - 40. 316 5.65 298. 325,508 A,E,C B2Iae
1223-624 PT 12 26 37.6 - 62 46 13. 300.1 -0.0 o 3. BP Cru 64 10.8 1.76 0.42 1.8 59,260,688,734 9. - 1000. 63 41.59 696. 508,613 U,M,A,H,S,AS,C B1-1.5Ia GX 301-2 ,Wra 977
1239-599 P 12 42 01.7 - 60 12 06. 301.8 +2.6 x 30. 177 3. - 16. 63,743,781 191. 297 A,H,S
1244-604 T 12 47 35. - 60 38 36. :302.5 +2.2 x 0372. < 24. - 100. 82 A
1246-588 T 12 49 36. - 59 07 18. :302.7 +3.8 x 0270. < 24. - 300. 82 U,A,H
1249-637 12 42 50.4 - 63 03 32. 302.0 -0.2 o HD110432 646 5.31 0.27 -0.79 0.40 103,518 2.2 781 H B0IIIe ,SAO252002
1253-761 12 39 15.0 - 75 22 12. 302.1 -12.5 o HD109857 646 6.49 0.08 -0.24 0.20 103,518 0.6 781 H B7Vne ,SAO256967
1255-567 12 54 37.0 - 57 10 06. 303.4 +5.7 o {mu}^2^ Cru 5.17 -0.12 -0.51 0.04 518,639 0.8 781 H B5Ve ,HD1120912
1258-613 PT? 13 01 17.2 - 61 36 07. 302.1 +1.2 o 2. V 850 Cen 465 13.5 -14.2 1.7 0.8 2.0 127,256,538 0.3 - 200. 63,554 133. ? 272. 508,562 U,M,A,S B2Vne GX 304-1 , *2 (MMV)
J1324.4-6200 P 13 24 26.3 - 62 00 53. 306.8 +0.61 x 0090. 0.4 13 170.84 13 B,AS,Exo,E 1323-6196
1417-624 PT 14 21 12.9 - 62 41 54. 313.0 -1.6 o *7 18 17.2 : 0.7 :-1.7 0.8 2. : 244 2. - 43. 63 42.12 17.6 207,508 U,M,A,S,C OBe
J1452.8-5949 P 14 52 49.3 - 59 49 18. 317.6 -0.44 x 50. 0.04 522 437.4 522 B
1538-522 P 15 42 23.3 - 52 23 10. 327.4 +2.1 o QV Nor 17 14.4 1.9 0.6 2.1 147,324,537 < 3. - 30. 63 3.73 529. 114,508 U,M,A,H,S B0Iab , *12
1553-542 P 15 57 49.2 - 54 24 52. 327.9 -0.9 x 3.5 17 27. 63 30.6 9.3 367,508 S
1555-552 15 54 22.0 - 55 19 44. 327.0 -1.2 o HD141926 646 8.60 0.56 -0.43 193,293 1.7 781 H B2nne ,SAO243098
1657-415 P 17 00 47.9 - 41 40 23. 344.4 +0.3 x 15. star 21 84 4. - 42. 63 10.4 38. 84,205,508 OAO,B B0-B6Ia-Iab
1700-377 17 03 56.7 - 37 50 39. 347.8 +2.2 o HD153919 351 6.6 0.27 -0.72 0.52 259,263,547,778 < 11. - 110. 63 3.41 67,251,728 U,M,S,Gro,C,B O6.5f ,V884 Sco
J170006-4157 P 17 00 5.3 - 41 57 44. 344.0 +0.25 x 0060. 0.4 691 714.5 691 AS
1722-363 P 17 25 55. - 36 24 42. 351.5 -0.6 x 0540. 0.2 - 5. 672,676 413. 508,676 Exo
J1739-302 T 17 38 53. - 30 15 36. :358.1 +0.56 x 0180. 136. (2-25 keV) 645 X
J1739.5-2942 17 39 30.1 - 29 42 07. 358.6 -0.74 x 19.2 X, C
J1744.7-2713 17 44 45.4 - 27 13 47. 1.36 +1.1 x 18. HD161103 8.4 0.44 -0.64 0.06 R B2V-IIIe
J1749.2-2725 TP 17 49 10.1 - 27 25 16. 1.7 +0.1 x 0060. 1.36 690 220.38 690 AS
J1750-27 P 17 49 12.0 - 26 38 50. 2.4 +0.5 x 0120. 27. 777 29.8 4.45 176,627 C,AS
1807-10 T 18 10 42. :- 10 52 18.6 +3.9 x 4680. < 2. - 10. 215 U
J1820.5-1434 P 18 20 29.5 - 14 34 24. 16.5 +0.07 x 0030. 1. 376 152.26 376 AS
J1826.2-1450 18 26 14.9 - 14 50 29. 17.9 -1.29 x 22. LS 5039 500 11.23 0.94 -0.16 0.8 500 0.3 500 R O7V((f))
1833-076 PT 18 36 28.9 - 07 36 21. 24.5 -0.2 x 30. 237 1.6 - 200. 388,563,743 111. 392,508 A,H Sct X-1
1839-06 T 18 41 42. :- 05 51 : 26.6 -0.5 x 1800. 1. 388 G
1839-04 PT 18 41 48. :- 04 27 : 27.9 +0.1 x 1440. 2.5 388 81.1 388 G
1843+009 PT 18 45 30. :+ 00 57 : 33.1 +1.7 x 0600. < 0.4 - 33. 388 29.5 388 G,C,X,B
1845-03 T 18 47 24. :- 03 09 : 29.7 -0.5 x 1440. 1. 388 G
1845-024 PT 18 48 17.7 - 02 25 13. 30.4 -0.4 x 30. 237 1. - 44. 63,388 241. 94.8 792,388 A,H,S,G,C,B
1845.0-0433 T 18 47 41. - 04 30 12. 28.8 -1.22 x 0060. 111 13.96 2.2 1.04 2.45 111 45. (0.7-10 keV) 786 AS O9.5I
1855-02 PT 18 58 00. :- 02 44 : 31.3 -2.7 x 0600. 2. 388 G
J1855-026 P 18 55 42. :- 02 37 31.1 -2.15 x 0360. 6. 460 6.1 361. 134,460 X
J1858+034 TP 18 58 36. : 03 21 36.7 -0.07 x 0150. 25. 582 221.0 670 X
1901+03 T 19 04 12. :+ 03 10 30. : 37.2 -1.4 x 0600. < 2. - 87. 115
J1906+09 P 19 05 20. 09 02 30. : 42.6 +1.04 x 0120. 0.7 457 89.17 457 X
1907+097 PT 19 09 37.9 + 09 49 49. 43.7 +0.5 o star 625 16.4 3.2 3.3 625,718 4. - 275. 63 8.38 438. 441,508 U,M,A,H BI
1909+048 19 11 49.6 + 04 58 58. 39.7 -2.2 o,r SS433 407 14.2 2.1 0.6 2.6 450,507,740 2. - 10. 63 13.1 145 U,A,H,G pec ,V1343 Aql
1936+541 19 32 52.3 + 53 52 45. 85.9 +15.9 o DM+53 2262 9.8 698 0.7 781 H Be
J1946+274 TP 19 45 38. 27 21 38.0 63.2 +1.38 x 0060. < 1. - 25. (2-60 keV) 666,743 80. 15.8 80,644 A,X,B 1942+274
1947+300 T 19 49 35.6 + 30 12 31. 66.1 +2.1 o *3 238 14.2 0.9 -0.3 1.1 234,238 < 10. - 84. 60 K
J1948+32 P 19 48 00. : 32 00 : 64.9 +1.8 x 27. - 53. (20-75 keV) 85 35. -70. 18.7 85 C
1954+319 19 55 43.3 + 32 06 03. 68.4 +1.9 x 15. 119 < 1.5 - 80. 119,743 U,A
1956+350 U 19 58 21.7 + 35 12 06. 71.3 +3.1 o,r HD226868 568 8.9 0.84 -0.26 1.06 116,158,518 235. - 1320. 63 5. 227 U,M,A,H,X,G,C O9.7Iab Cyg X-1 ,V1357 Cyg
2030+375 PT 20 32 15.3 + 37 38 15. 77.2 -1.3 o 2. *2 107,496 19.7 3.3 3.8 107,496 < 0.5 - 1400. 541 46.0 41.8 508,541,662 Exo,C,B,X,AS B0
2030+407 20 32 25.7 + 40 57 28. 79.9 +0.7 r V1521 Cyg 741 6.3 493,719,741 90. - 430. 63 0.20 543 U,M,A,H,CX Wolf-Rayet Cyg X-3
J2030.5+4751 20 30 30.6 47 51 46. 85.2 +5.02 x 18. SAO 49725 500 9.27 0.38 -0.65 500 0.04 500 R B0.5V-IIIe
J2058+42 TP 20 59 00. : 41 43 83.5 -2.75 x 0240. 83 320. 775 110. 198. 775 C, X
J2103.5+4545 P 21 03 33. 45 45 00. : 87.1 +0.71 x 0150. 20. 34 12.68 358.61 34,301 B,X
2138+568 PT 21 39 34. :+ 57 03 36. : 99.0 +3.3 x 0420. star 53a < 6. - 100. 391 66.2 391,508 M,H,G B1 Cep X-4 ?
2202+501 22 01 38.2 + 50 10 04. 97.3 -4.0 o DM+49 3718 646 8.8 698 0.7 781 H Be ,SAO51568
2206+543 22 07 57.0 + 54 31 06. 100.6 -1.1 o 2. star 654 9.9 0.2 -0.6 0.5 654 0.6 - 5.5 743,781 392. ? 611 U,M,A,H B1e
2214+589 22 26 33.1 + 61 14 17. 106.4 +3.1 o GG3 71 233 11. 264,698 0.5 781 H B[e
J2239.3+6116 T 22 39 20.90 + 61 16 26.8 107.7 +2.3 o 0.3 star 327a 15.1 1.4 1.4 327a 16. 327a 262. 327a B,A,U,X B0V-B2IIIe