VII/272 A catalogue of Galactic supernova remnants (Green, 2014)

VII/272/snrs.dat Supernova Remnant catalogue (294 records)

SNR
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RA DE
hms dm
Dmaj
arcmin

Dmin (u)
arcmin
type
---
(l) S(1GHz) (u)
Jy
alpha (u)
---
Names
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G000.0+00.017 45 44- 29 00 3.5x 2.5 S 100. ?0.8 ?Sgr A East
G000.3+00.017 46 15- 28 38 15. x 8. S 22. 0.6
G000.9+00.117 47 21- 28 09 8. C 18. ? v
G001.0-00.117 48 30- 28 09 8. S 15. 0.6 ?
G001.4-00.117 49 39- 27 46 10. S 2. ? ?
G001.9+00.317 48 45- 27 10 1.5 S 0.6 0.6
G003.7-00.217 55 26- 25 50 14. x 11. S 2.3 0.65
G003.8+00.317 52 55- 25 28 18. S? 3. ?0.6
G004.2-03.518 08 55- 27 03 28. S 3.2?0.6 ?
G004.5+06.817 30 42- 21 29 3. S 19. 0.64 Kepler, SN1604, 3C358
G004.8+06.217 33 25- 21 34 18. S 3. 0.6
G005.2-02.618 07 30- 25 45 18. S 2.6?0.6 ?
G005.4-01.218 02 10- 24 54 35. C? 35. ?0.2 ?Milne 56
G005.5+00.317 57 04- 24 00 15. x 12. S 5.5 0.7
G005.9+03.117 47 20- 22 16 20. S 3.3?0.4 ?
G006.1+00.517 57 29- 23 25 18. x 12. S 4.5 0.9
G006.1+01.217 54 55- 23 05 30. x 26. F 4. ?0.3 ?
G006.4-00.118 00 30- 23 26 48. C 310. v W28
G006.4+04.017 45 10- 21 22 31. S 1.3?0.4 ?
G006.5-00.418 02 11- 23 34 18. S 27. 0.6
G007.0-00.118 01 50- 22 54 15. S 2.5?0.5 ?
G007.2+00.218 01 07- 22 38 12. S 2.8 0.6
G007.7-03.718 17 25- 24 04 22. S 11. 0.32 1814-24
G008.3-00.018 04 34- 21 49 5. x 4. S 1.2 0.6
G008.7-05.018 24 10- 23 48 26. S 4.4 0.3
G008.7-00.118 05 30- 21 26 45. S? 80. 0.5 (W30)
G008.9+00.418 03 58- 21 03 24. S 9. 0.6
G009.7-00.018 07 22- 20 35 15. x 11. S 3.7 0.6
G009.8+00.618 05 08- 20 14 12. S 3.9 0.5
G009.9-00.818 10 41- 20 43 12. S 6.7 0.4
G010.5-00.018 09 08- 19 47 6. S 0.9 0.6
G011.0-00.018 10 04- 19 25 11. x 9. S 1.3 0.6
G011.1-01.018 14 03- 19 46 18. x 12. S 5.8 0.5
G011.1-00.718 12 46- 19 38 11. x 7. S 1. 0.7
G011.1+00.118 09 47- 19 12 12. x 10. S 2.3 0.4
G011.2-00.318 11 27- 19 25 4. C 22. 0.5
G011.4-00.118 10 47- 19 05 8. S? 6. 0.5
G011.8-00.218 12 25- 18 44 4. S 0.7 0.3
G012.0-00.118 12 11- 18 37 7. ?? 3.5 0.7
G012.2+00.318 11 17- 18 10 6. x 5. S 0.8 0.7
G012.5+00.218 12 14- 17 55 6. x 5. C? 0.6 0.4
G012.7-00.018 13 19- 17 54 6. S 0.8 0.8
G012.8-00.018 13 37- 17 49 3. C? 0.8 0.5
G013.3-01.318 19 20- 18 00 70. x 40. S? ? ?
G013.5+00.218 14 14- 17 12 5. x 4. S 3.5?1.0 ?
G014.1-00.118 16 40- 16 41 6. x 5. S 0.5 0.6
G014.3+00.118 15 58- 16 27 5. x 4. S 0.6 0.4
G015.1-01.618 24 00- 16 34 30. x 24. S? 5.5?0.0 ?
G015.4+00.118 18 02- 15 27 15. x 14. S 5.6 0.62
G015.9+00.218 18 52- 15 02 7. x 5. S? 5. 0.63
G016.0-00.518 21 56- 15 14 15. x 10. S 2.7 0.6
G016.2-02.718 29 40- 16 08 17. S 2.5 0.4
G016.4-00.518 22 38- 14 55 13. S 4.6 0.3 ?
G016.7+00.118 20 56- 14 20 4. C 3. 0.6
G017.0-00.018 21 57- 14 08 5. S 0.5 0.5
G017.4-02.318 30 55- 14 52 24. ?S 5. 0.5 ?
G017.4-00.118 23 08- 13 46 6. S 0.4 0.7
G017.8-02.618 32 50- 14 39 24. S 5. 0.5
G018.1-00.118 24 34- 13 11 8. S 4.6 0.5
G018.6-00.218 25 55- 12 50 6. S 1.4 0.4
G018.8+00.318 23 58- 12 23 17. x 11. S 33. 0.46 Kes 67
G018.9-01.118 29 50- 12 58 33. C? 37. 0.39
G019.1+00.218 24 56- 12 07 27. S 10. 0.5
G020.0-00.218 28 07- 11 35 10. F 10. 0.1
G020.4+00.118 27 51- 11 00 8. S? 9. ?0.1 ?
G021.0-00.418 31 12- 10 47 9. x 7. S 1.1 0.6
G021.5-00.918 33 33- 10 35 5. C 7. v
G021.5-00.118 30 50- 10 09 5. S 0.4 0.5
G021.6-00.818 33 40- 10 25 13. S 1.4 0.5 ?
G021.8-00.618 32 45- 10 08 20. S 65. 0.56 Kes 69
G022.7-00.218 33 15- 09 13 26. S? 33. 0.6
G023.3-00.318 34 45- 08 48 27. S 70. 0.5 W41
G023.6+00.318 33 03- 08 13 10. ?? 8. ?0.3
G024.7-00.618 38 43- 07 32 15. ?S? 8. 0.5
G024.7+00.618 34 10- 07 05 30. x 15. C? 20. ?0.2 ?
G025.1-02.318 45 10- 08 00 80. x 30. ?S 8. 0.5 ?
G027.4+00.018 41 19- 04 56 4. S 6. 0.68 4C-04.71
G027.8+00.618 39 50- 04 24 50. x 30. F 30. v
G028.6-00.118 43 55- 03 53 13. x 9. S 3. ? ?
G028.8+01.518 39 00- 02 55100. ?S? ?0.4 ?
G029.6+00.118 44 52- 02 57 5. S 1.5?0.5 ?
G029.7-00.318 46 25- 02 59 3. C 10. 0.63 Kes 75
G030.7-02.018 54 25- 02 54 16. ? 0.5?0.7 ?
G030.7+01.018 44 00- 01 32 24. x 18. S? 6. 0.4
G031.5-00.618 51 10- 01 31 18. ?S? 2. ? ?
G031.9+00.018 49 25- 00 55 7. x 5. S 25. v 3C391
G032.0-04.919 06 00- 03 00 60. ?S? 22. ?0.5 ?3C396.1
G032.1-00.918 53 10- 01 08 40. ?C? ? ?
G032.4+00.118 50 05- 00 25 6. S 0.2? ?
G032.8-00.118 51 25- 00 08 17. S? 11. ?0.2 ?Kes 78
G033.2-00.618 53 50- 00 02 18. S 3.5 v
G033.6+00.118 52 48+ 00 41 10. S 20. 0.51 Kes 79, 4C00.70, HC13
G034.7-00.418 56 00+ 01 22 35. x 27. C 250. 0.37 W44, 3C392
G035.6-00.418 57 55+ 02 13 15. x 11. S? 9. 0.5
G036.6-00.719 00 35+ 02 56 25. ?S? 1. 0.7 ?
G036.6+02.618 48 49+ 04 26 17. x 13. ?S 0.7?0.5 ?
G038.7-01.319 06 40+ 04 28 32. x 19. ?S ? ?
G039.2-00.319 04 08+ 05 28 8. x 6. C 18. 0.34 3C396, HC24, NRAO 593
G039.7-02.019 12 20+ 04 55120. x 60. ? 85. ?0.7 ?W50, SS433
G040.5-00.519 07 10+ 06 31 22. S 11. 0.4
G041.1-00.319 07 34+ 07 08 4.5x 2.5 S 25. 0.50 3C397
G041.5+00.419 05 50+ 07 46 10. S? 1. ? ?
G042.0-00.119 08 10+ 08 00 8. S? 0.5? ?
G042.8+00.619 07 20+ 09 05 24. S 3. ?0.5 ?
G043.3-00.219 11 08+ 09 06 4. x 3. S 38. 0.46 W49B
G043.9+01.619 05 50+ 10 30 60. ?S? 9. 0.5
G045.7-00.419 16 25+ 11 09 22. S 4.2?0.4 ?
G046.8-00.319 18 10+ 12 09 17. x 13. S 17. 0.54 (HC30)
G049.2-00.719 23 50+ 14 06 30. S? 160. ?0.3 ?(W51)
G053.6-02.219 38 50+ 17 14 33. x 28. S 8. 0.50 3C400.2, NRAO 611
G054.1+00.319 30 31+ 18 52 12. ?C? 0.5 0.1
G054.4-00.319 33 20+ 18 56 40. S 28. 0.5 (HC40)
G055.0+00.319 32 00+ 19 50 20. x 15. ?S 0.5?0.5 ?
G055.7+03.419 21 20+ 21 44 23. S 1. ?0.3 ?
G057.2+00.819 34 59+ 21 57 12. ?S? 1.8 0.62 (4C21.53)
G059.5+00.119 42 33+ 23 35 15. S 3. ? ?
G059.8+01.219 38 55+ 24 19 20. x 16. ?? 1.5 0.0
G063.7+01.119 47 52+ 27 45 8. F 1.8 0.24
G064.5+00.919 50 25+ 28 16 8. S? 0.2?0.5
G065.1+00.619 54 40+ 28 35 90. x 50. S 5.5 0.61
G065.3+05.719 33 00+ 31 10310. x240. S? 42. 0.6
G065.7+01.219 52 10+ 29 26 22. F 5.1 v DA 495
G065.8-00.519 59 20+ 28 38 10. x 6. ?S ? ?
G066.0-00.019 57 50+ 29 03 31. x 25. ?S ? ?
G067.6+00.919 57 45+ 30 53 50. x 45. ?S ? ?
G067.7+01.819 54 32+ 31 29 15. x 12. S 1. 0.61
G067.8+00.520 00 00+ 30 51 7. x 5. ? ? ?
G068.6-01.220 08 40+ 30 37 23. ? 1.1 0.2
G069.0+02.719 53 20+ 32 55 80. ?? 120. ? v CTB 80
G069.7+01.020 02 40+ 32 43 16. x 14. S 2. 0.7
G073.9+00.920 14 15+ 36 12 27. S? 9. 0.23
G074.0-08.520 51 00+ 30 40230. x160. S 210. v Cygnus Loop
G074.9+01.220 16 02+ 37 12 8. x 6. F 9. v CTB 87
G076.9+01.020 22 20+ 38 43 9. C 2. ? ?
G078.2+02.120 20 50+ 40 26 60. S 320. 0.51 DR4, gamma Cygni SNR
G082.2+05.320 19 00+ 45 30 95. x 65. S 120. ?0.5 ?W63
G083.0-00.320 46 55+ 42 52 9. x 7. S 1. 0.4
G084.2-00.820 53 20+ 43 27 20. x 16. S 11. 0.5
G085.4+00.720 50 40+ 45 22 24. ?S ?0.2
G085.9-00.620 58 40+ 44 53 24. S ?0.2
G089.0+04.720 45 00+ 50 35120. x 90. S 220. 0.38 HB21
G093.3+06.920 52 25+ 55 21 27. x 20. C? 9. 0.45 DA 530, 4C(T)55.38.1
G093.7-00.221 29 20+ 50 50 80. S 65. 0.65 CTB 104A, DA 551
G094.0+01.021 24 50+ 51 53 30. x 25. S 13. 0.45 3C434.1
G096.0+02.021 30 30+ 53 59 26. S 0.3 0.6
G106.3+02.722 27 30+ 60 50 60. x 24. C? 6. 0.6
G108.2-00.622 53 40+ 58 50 70. x 54. S 8. 0.5
G109.1-01.023 01 35+ 58 53 28. S 22. 0.45 CTB 109
G111.7-02.123 23 26+ 58 48 5. S 2720. 0.77 Cassiopeia A, 3C461
G113.0+00.223 36 35+ 61 22 40. x 17. ?? 4. 0.5 ?
G114.3+00.323 37 00+ 61 55 90. x 55. S 5.5 0.5
G116.5+01.123 53 40+ 63 15 80. x 60. S 10. 0.5
G116.9+00.223 59 10+ 62 26 34. S 8. 0.57 CTB 1
G119.5+10.200 06 40+ 72 45 90. ?S 36. 0.6 CTA 1
G120.1+01.400 25 18+ 64 09 8. S 56. 0.58 Tycho, 3C10, SN1572
G126.2+01.601 22 00+ 64 15 70. S? 6. 0.5
G127.1+00.501 28 20+ 63 10 45. S 12. 0.45 R5
G130.7+03.102 05 41+ 64 49 9. x 5. F 33. 0.07 3C58, SN1181
G132.7+01.302 17 40+ 62 45 80. S 45. 0.6 HB3
G152.4-02.104 07 50+ 49 11100. x 95. S 3.5?0.7 ?
G156.2+05.704 58 40+ 51 50110. S 5. 0.5
G159.6+07.305 20 00+ 50 00240. x180. ?S ? ?
G160.9+02.605 01 00+ 46 40140. x120. S 110. 0.64 HB9
G166.0+04.305 26 30+ 42 56 55. x 35. S 7. 0.37 VRO 42.05.01
G178.2-04.205 35 05+ 28 11 72. x 62. S 2. 0.5
G179.0+02.605 53 40+ 31 05 70. S? 7. 0.4
G180.0-01.705 39 00+ 27 50180. S 65. v S147
G182.4+04.306 08 10+ 29 00 50. S 0.5 0.4
G184.6-05.805 34 31+ 22 01 7. x 5. F 1040. 0.30 Crab Nebula, 3C144, SN1054
G189.1+03.006 17 00+ 22 34 45. C 160. 0.36 IC443, 3C157
G190.9-02.206 01 55+ 18 24 70. x 60. S 1.3?0.7 ?
G192.8-01.106 09 20+ 17 20 78. S 20. ?0.6 ?PKS 0607+17
G205.5+00.506 39 00+ 06 30220. S 140. 0.4 Monoceros Nebula
G206.9+02.306 48 40+ 06 26 60. x 40. S? 6. 0.5 PKS 0646+06
G213.0-00.606 50 50- 00 30160. x140. ?S 21. 0.4
G260.4-03.408 22 10- 43 00 60. x 50. S 130. 0.5 Puppis A, MSH 08-44
G261.9+05.509 04 20- 38 42 40. x 30. S 10. ?0.4 ?
G263.9-03.308 34 00- 45 50255. C 1750. v Vela (XYZ)
G266.2-01.208 52 00- 46 20120. S 50. ?0.3 ?RX J0852.0-4622
G272.2-03.209 06 50- 52 07 15. ?S? 0.4 0.6
G279.0+01.109 57 40- 53 15 95. S 30. ?0.6 ?
G284.3-01.810 18 15- 59 00 24. ?S 11. ?0.3 ?MSH 10-53
G286.5-01.210 35 40- 59 42 26. x 6. S? 1.4? ?
G289.7-00.311 01 15- 60 18 18. x 14. S 6.2 0.2 ?
G290.1-00.811 03 05- 60 56 19. x 14. S 42. 0.4 MSH 11-61A
G291.0-00.111 11 54- 60 38 15. x 13. C 16. 0.29 (MSH 11-62)
G292.0+01.811 24 36- 59 16 12. x 8. C 15. 0.4 MSH 11-54
G292.2-00.511 19 20- 61 28 20. x 15. S 7. 0.5
G293.8+00.611 35 00- 60 54 20. C 5. ?0.6 ?
G294.1-00.011 36 10- 61 38 40. S > 2. ? ?
G296.1-00.511 51 10- 62 34 37. x 25. S 8. ?0.6 ?
G296.5+10.012 09 40- 52 25 90. x 65. S 48. 0.5 PKS 1209-51/52
G296.7-00.911 55 30- 63 08 15. x 8. S 3. 0.5
G296.8-00.311 58 30- 62 35 20. x 14. S 9. 0.6 1156-62
G298.5-00.312 12 40- 62 52 5. ?? 5. ?0.4 ?
G298.6-00.012 13 41- 62 37 12. x 9. S 5. ?0.3
G299.2-02.912 15 13- 65 30 18. x 11. S 0.5? ?
G299.6-00.512 21 45- 63 09 13. S 1. ? ?
G301.4-01.012 37 55- 63 49 37. x 23. S 2.1? ?
G302.3+00.712 45 55- 62 08 17. S 5. ?0.4 ?
G304.6+00.113 05 59- 62 42 8. S 14. 0.5 Kes 17
G306.3-00.913 21 50- 63 34 4. S? 0.2?0.5 ?
G308.1-00.713 37 37- 63 04 13. S 1.2? ?
G308.4-01.413 41 30- 63 44 12. x 6. ?S? 0.4? ?
G308.8-00.113 42 30- 62 23 30. x 20. ?C? 15. ?0.4 ?
G309.2-00.613 46 31- 62 54 15. x 12. S 7. ?0.4 ?
G309.8+00.013 50 30- 62 05 25. x 19. S 17. 0.5
G310.6-01.614 00 45- 63 26 2.5 C? ? ?
G310.6-00.313 58 00- 62 09 8. S 5. ? ?Kes 20B
G310.8-00.414 00 00- 62 17 12. S 6. ? ?Kes 20A
G311.5-00.314 05 38- 61 58 5. S 3. ?0.5
G312.4-00.414 13 00- 61 44 38. S 45. 0.36
G312.5-03.014 21 00- 64 12 20. x 18. S 3.5? ?
G315.1+02.714 24 30- 57 50190. x150. S ? ?
G315.4-02.314 43 00- 62 30 42. S 49. 0.6 RCW 86, MSH 14-63
G315.4-00.314 35 55- 60 36 24. x 13. ? 8. 0.4
G315.9-00.014 38 25- 60 11 25. x 14. S 0.8? ?
G316.3-00.014 41 30- 60 00 29. x 14. S 20. ?0.4 (MSH 14-57)
G317.3-00.214 49 40- 59 46 11. S 4.7? ?
G318.2+00.114 54 50- 59 04 40. x 35. S > 3.9? ?
G318.9+00.414 58 30- 58 29 30. x 14. C 4. ?0.2 ?
G320.4-01.215 14 30- 59 08 35. C 60. ?0.4 MSH 15-52, RCW 89
G320.6-01.615 17 50- 59 16 60. x 30. S ? ?
G321.9-01.115 23 45- 58 13 28. S > 3.4? ?
G321.9-00.315 20 40- 57 34 31. x 23. S 13. 0.3
G322.1+00.015 20 49- 57 10 8. x 4.5?S? ? ?
G322.5-00.115 23 23- 57 06 15. C 1.5 0.4
G323.5+00.115 28 42- 56 21 13. S 3. ?0.4 ?
G326.3-01.815 53 00- 56 10 38. C 145. v MSH 15-56
G327.1-01.115 54 25- 55 09 18. C 7. ? ?
G327.2-00.115 50 55- 54 18 5. S 0.4 ?
G327.4+00.415 48 20- 53 49 21. S 30. ?0.6 Kes 27
G327.4+01.015 46 48- 53 20 14. S 1.9? ?
G327.6+14.615 02 50- 41 56 30. S 19. 0.6 SN1006, PKS 1459-41
G328.4+00.215 55 30- 53 17 5. F 15. 0.0 (MSH 15-57)
G329.7+00.416 01 20- 52 18 40. x 33. S > 34. ? ?
G330.0+15.015 10 00- 40 00180. ?S 350. ?0.5 ?Lupus Loop
G330.2+01.016 01 06- 51 34 11. S? 5. ?0.3
G332.0+00.216 13 17- 50 53 12. S 8. ?0.5
G332.4-00.416 17 33- 51 02 10. S 28. 0.5 RCW 103
G332.4+00.116 15 20- 50 42 15. S 26. 0.5 MSH 16-51, Kes 32
G332.5-05.616 43 20- 54 30 35. S 2. ?0.7 ?
G335.2+00.116 27 45- 48 47 21. S 16. 0.5
G336.7+00.516 32 11- 47 19 14. x 10. S 6. 0.5
G337.0-00.116 35 57- 47 36 1.5 S 1.5 0.6 ?(CTB 33)
G337.2-00.716 39 28- 47 51 6. S 1.5 0.4
G337.2+00.116 35 55- 47 20 3. x 2. ? 1.5? ?
G337.3+01.016 32 39- 46 36 15. x 12. S 16. 0.55 Kes 40
G337.8-00.116 39 01- 46 59 9. x 6. S 18. 0.5 Kes 41
G338.1+00.416 37 59- 46 24 15. ?S 4. ?0.4
G338.3-00.016 41 00- 46 34 8. C? 7. ? ?
G338.5+00.116 41 09- 46 19 9. ? 12. ? ?
G340.4+00.416 46 31- 44 39 10. x 7. S 5. 0.4
G340.6+00.316 47 41- 44 34 6. S 5. ?0.4 ?
G341.2+00.916 47 35- 43 47 22. x 16. C 1.5?0.6 ?
G341.9-00.316 55 01- 44 01 7. S 2.5 0.5
G342.0-00.216 54 50- 43 53 12. x 9. S 3.5?0.4 ?
G342.1+00.916 50 43- 43 04 10. x 9. S 0.5? ?
G343.0-06.017 25 00- 46 30250. S ? ?RCW 114
G343.1-02.317 08 00- 44 16 32. ?C? 8. ?0.5 ?
G343.1-00.717 00 25- 43 14 27. x 21. S 7.8 0.55
G344.7-00.117 03 51- 41 42 8. C? 2.5?0.3 ?
G345.7-00.217 07 20- 40 53 6. S 0.6? ?
G346.6-00.217 10 19- 40 11 8. S 8. ?0.5 ?
G347.3-00.517 13 50- 39 45 65. x 55. S? 30. ? ?RX J1713.7-3946
G348.5-00.017 15 26- 38 28 10. ?S? 10. ?0.4 ?
G348.5+00.117 14 06- 38 32 15. S 72. 0.3 CTB 37A
G348.7+00.317 13 55- 38 11 17. ?S 26. 0.3 CTB 37B
G349.2-00.117 17 15- 38 04 9. x 6. S 1.4? ?
G349.7+00.217 17 59- 37 26 2.5x 2. S 20. 0.5
G350.0-02.017 27 50- 38 32 45. S 26. 0.4
G350.1-00.317 17 40- 37 24 4. ?? 6. ?0.8 ?
G351.2+00.117 22 27- 36 11 7. C? 5. ?0.4
G351.7+00.817 21 00- 35 27 18. x 14. S 10. 0.5 ?
G351.9-00.917 28 52- 36 16 12. x 9. S 1.8? ?
G352.7-00.117 27 40- 35 07 8. x 6. S 4. 0.6
G353.6-00.717 32 00- 34 44 30. S 2.5? ?
G353.9-02.017 38 55- 35 11 13. S 1. ?0.5 ?
G354.1+00.117 30 28- 33 46 15. x 3. ?C? ? v
G354.8-00.817 36 00- 33 42 19. S 2.8? ?
G355.4+00.717 31 20- 32 26 25. S 5. ? ?
G355.6-00.017 35 16- 32 38 8. x 6. S 3. ? ?
G355.9-02.517 45 53- 33 43 13. S 8. 0.5
G356.2+04.517 19 00- 29 40 25. S 4. 0.7
G356.3-01.517 42 35- 32 52 20. x 15. S 3. ? ?
G356.3-00.317 37 56- 32 16 11. x 7. S 3. ? ?
G357.7-00.117 40 29- 30 58 8. x 3. ?? 37. 0.4 MSH 17-39
G357.7+00.317 38 35- 30 44 24. S 10. 0.4 ?
G358.0+03.817 26 00- 28 36 38. S 1.5? ?
G358.1+00.117 37 00- 29 59 20. S 2. ? ?
G358.5-00.917 46 10- 30 40 17. S 4. ? ?
G359.0-00.917 46 50- 30 16 23. S 23. 0.5
G359.1-00.517 45 30- 29 57 24. S 14. 0.4 ?
G359.1+00.917 39 36- 29 11 12. x 11. S 2. ? ?