II/256 Sternberg Supernova Catalogue, 2004 version (Tsvetkov+, 2004)

II/256/sn.dat The Catalog (2991 records)

SN (n)
---
Gname
---
RAG DEG
hm dm
Gmag (r)
mag
Gpa
deg
Gi
deg
GVhel (u)
km/s
z
---
Gtype
---
GlogR
---
GlogD
[0.1arcmin]
GTRC3
---
GLcRC3
---
EWoff (n)
arcsec
NSoff (n)
arcsec
mag (l) (n) (u)
mag
Rem
---
datMax (u)
---
datDisc
---
Type
---
RA DE
hms dms
Uncert
---
Code
---
Disc
---
1885A N 224 0 42.74+ 41 16.1 4.3 3574 -300 .SAS3.0.48 3.27 32 15. W 4. S 5.8 =V AUG18 AUG17IPec 0 42 43.0 + 41 16 04. Hartwig
1895A N 4424 12 27.19+ 9 25.213.1 9362 439 .SBS1.0.30 1.53 15 75. E 11. S12.5 > * MAR16 12 27 16.9 + 9 25 05. Wolf
1895B N 5253 13 39.93- 31 38.710.8 4369 404 .S..8.0.40 1.69 8 16. E 23. N 8.0 = *JUL 6 JUL 7I 13 39 57.3 - 31 38 06. Fleming
1901A N 2535 8 11.22+ 25 12.313.5 1961 4097 .SAR5P0.29 1.37 51 19. E 7. N14.7 > * JAN10 8 11 15.1 + 25 12 41. Reinmuth
1901B N 4321 12 22.92+ 15 49.410.6 3036 1571 .SBS4.0.09 1.88 41 110. W 4. N15.6 > * MAR17I 12 22 47.6 + 15 49 25. Curtis
1907A N 4674 12 46.06- 8 39.414.5 9070 1506 .SBS1P0.42 1.22 15 10. W 11. N13.5 = :*MAY10 MAY 9I + Luyten
1909A N 5457 14 03.21+ 54 20.9 8.7 0 241 .SBT5.0.00 2.48 51 620. W 406. N13.5 = * JAN26II: 14 02 03.1 + 54 27 58. Wolf
1912A N 2841 9 22.03+ 50 58.5 9.9 14763 638 .SAR3.0.32 1.88 31 50. W 20. N13.0 > * FEB19 + Pease, Curtis
1914A N 4321 12 22.92+ 15 49.410.6 3036 1571 .SBS4.0.09 1.88 41 24. E 111. S15.7 > * MAR 2 12 22 57.0 + 15 47 30. Curtis
1915A N 4527 12 34.15+ 2 39.212.4 6873 1736 .SBS4.0.47 1.77 43 44. E 8. S15.5 > * MAR20 + Curtis
1917A N 6946 20 34.87+ 60 09.210.5 30 48 .SBT5.0.06 2.06 52 37. W 105. S14.6 > * JUL19II 20 34 46.9 + 60 07 29.7 Ritchey
1919A N 4486 12 30.83+ 12 23.410.4 160 1307 .E+0+P0.16 1.92-4 15. W 100. N12.3 = :*FEB26 FEB24I 12 30 48.7 + 12 25 04. Balanowsky
1920A N 2608 8 35.29+ 28 28.413.2 6156 2135 .SBS3.0.24 1.34 33 19. W 5. N11.7 = :*DEC17 JAN 1II: + Wolf
1921A N 4038 12 01.88- 18 51.911.0 8048 1642 .SBS9P0.17 1.58 94 51. E 76. S * MAR 7 + Hubble, Duncan
1921B N 3184 10 18.29+ 41 25.410.4 13517 592 .SBT5.0.02 1.90 53 32. E 160. S13.5 = :* APR 6II: + Zwicky et al.
1921C N 3184 10 18.29+ 41 25.410.4 13517 592 .SBT5.0.02 1.90 53 79. E 236. S11.0 = *DEC11 DEC 5I + Jones
1923A N 5236 13 37.00- 29 52.1 8.0 4524 516 .SBS5.0.04 2.15 53 109. E 58. N14.0 = *MAY12 MAY 9II 13 37 09.2 - 29 51 04. Lampland
1926A N 4303 12 21.91+ 4 28.310.9 16217 1566 .SBT4.0.02 1.79 41 11. W 69. N14.0 = :*APR29 MAY 9II + Wolf, Reinmuth
1926B N 6181 16 32.35+ 19 49.512.7 17767 2375 .SBT5.0.37 1.39 52 000. 48. N14.8 > * JUN17 + Van Maanen
1934A I 4719 18 33.20- 56 43.913.9 11460 3182 .SAS7P0.28 1.17 77 6. E 13. S13.6 = :*OCT11 OCT 3 + Boyd
1935A I 4652 17 26.45- 59 43.714.2 1761 4064 .S..3.0.29 0.97 34 15.0 > * JUN 5 17 26 28. - 59 43 36. Boyd, Huruhata
1936A N 4273 12 19.92+ 5 20.812.4 1347 2378 .SBS5.0.16 1.33 54 000. 29. N14.8 = *JAN23 JAN 9IIL + Hubble, Moore
1936B M 02-04-29 1 21.15+ 15 41.715.6 17444 5121 .SB.5.0.14 0.82 57 14.0 = :* SEP24 + P2Zwicky
1937A N 4157 12 11.06+ 50 29.011.9 6690 774 .SBS3.0.76 1.82 33 42. E 42. N15.0 = :*JAN16 FEB16II + P2Zwicky
1937B E 532-G25 22 10.56- 22 39.414.8 3634 9433 .SBR4.0.08 1.14 43 29. E 31. S15.3 > * AUG24 + P2Zwicky
1937C I 4182 13 05.82+ 37 36.314.0 24 321 .SAS9.0.04 1.78 98 30. E 40. N 8.5 =B *AUG23 AUG16Ia 13 05 53.2 + 37 36 07. P2Zwicky
1937D N 1003 2 39.27+ 40 52.312.1 9676 626 .SAS5.0.52 1.72 55 48. E 1. S12.9 =B *SEP16 SEP 9Ia 2 39 21.0 + 40 52 20. P2Zwicky
1937E N 1482 3 54.66- 20 30.114.4 10754 1916 .LA.+P0.22 1.35-15 24. W 51. N15.0 = * NOV26I: + P2Zwicky
1937F N 3184 10 18.29+ 41 25.410.4 13517 592 .SXT5.0.02 1.90 53 5. E 149. S13.5 = *DEC12 DEC 9IIP + P2Jones
1938A U 2105 2 37.67+ 34 25.913.9 4962 4915 PSBS1.0.31 1.07 15 8. W 28. S15.2 = :* NOV17 + P2Zwicky
1938B *N 2672 8 49.36+ 19 04.512.6 4343 DE.1+.0.03 1.41-5 4. W 16. S15.5 > * FEB 5 + Wachmann
1938C ANON 13 16.1 + 25 10. .I.... 10 31. E 20. S17.7 > * MAY22 + Klein
1939A N 4636 12 42.83+ 2 41.311.8 150 938 .E.0+.0.12 1.81-5 26. W 20. N12.6 = :*JAN22 JAN17I + P2Zwicky
1939B N 4621 12 42.04+ 11 38.811.0 165 410 .E.5..0.12 1.70-5 000. 53. S12.1 = *MAY 2 MAY19I + P2Zwicky
1939C N 6946 20 34.87+ 60 09.210.5 30 48 .SBT5.0.06 2.06 52 215. W 24. N13.2 = *JUL 5 JUL17I: 20 34 23.0 + 60 09 37.3 P2Zwicky
1939D N 321 0 57.59- 5 00.114.5 9550 5782 .SBT5P0.18 0.98 64 9. W 11. N16.0 > * DEC 4 + P2Zwicky
1940A N 5907 15 15.90+ 56 19.711.4 15690 667 .SAS5.0.93 2.07 53 137. E 310. S13.3 = *FEB22 FEB16IIL + P2Johnson
1940B N 4725 12 50.45+ 25 30.010.2 3248 1206 .SBR2P0.17 2.04 22 95. E 118. N12.8 = *MAY 8 MAY 5II + P2Johnson
1940C I 1099 15 06.92+ 56 30.515.0 17741 8883 .SBR5*0.12 1.06 53 16.3 > * MAY 4II + P2Zwicky
1940D N 4545 12 34.58+ 63 31.613.1 856 2730 .SBS5*0.24 1.40 53 9. W 20. N15.0 > * JUL25 + P2Johnson
1940E N 253 0 47.55- 25 17.2 7.0 5384 241 .SB.5.0.66 2.44 53 51. W 17. S14.0 > * NOV22I + P2Zwicky
1941A N 4559 12 35.96+ 27 57.610.7 15073 816 .SXT6.0.46 2.08 64 30. W 26. N13.2 = *FEB26 FEB 5 + P2Jones
1941B N 3254 10 29.33+ 29 29.412.4 5569 1355 .SAS4.0.40 1.63 43 10. W 34. S15.1 > * MAR28 + P3Johnson
1941C N 4136 12 09.30+ 29 55.612.1 17921 609 .SXR5.0.03 1.56 54 44. E 67. S16.8 > * APR16II + Jones
1945A N 5195 13 29.98+ 47 16.310.6 7938 465 .S?.1P0.10 1.75 1 6. W 4. S14.0 >V * APR 8I: + Humason
1945B N 5236 13 37.00- 29 52.1 8.0 4524 516 .SXS5.0.04 2.15 53 97. W 175. S13.7 >B * JUL13 + Liller
1946A N 3977 11 56.14+ 55 23.514.7 17332 5807 RSAT1*0.07 1.18 1 18.0 > * MAY + Hubble
1946B N 4632 12 42.53- 0 05.012.6 6370 1718 .SA.5.0.42 1.45 54 16. E 6. N15.7 > * MAY II: + Hubble
1947A N 3177 10 16.57+ 21 07.412.8 13541 1302 .SAT3.0.12 1.19 34 17. E 40. S16.8 > * MAR15II + Hubble
1948A N 4699 12 49.04- 8 39.810.5 4541 1394 .SBT3.0.12 1.59 3 000. 46. N17.0 > * MAR 5 + Hubble
1948B N 6946 20 34.87+ 60 09.210.5 30 48 .SBT5.0.06 2.06 52 222. E 60. N14.7 =B *JUL 2 JUL 6IIP 20 35 21.5 + 60 10 16.6 Mayall
1950A I 4051 13 00.90+ 28 00.414.8 97 4994 .E.0..0.12 0.95-5 2. W 13. N17.7 > * MAR20I + P3Humason
1950B N 5236 13 37.00- 29 52.1 8.0 4524 516 .SXS5.0.04 2.15 53 105. W 000. 14.5 > * MAR15 13 36 52.88 - 29 51 55.7 Haro
1950C N 5033 13 13.47+ 36 35.610.9 17170 875 .SAS5.0.42 2.01 52 225. E 50. S18.2 > * MAY14 + P3Zwicky
1950D ANON 8 43.1 + 18 10. 17.0 .S..5. 5 8. W 12. S16.6 > * MAR22 + Chai
1950F U 8995 14 04.78+ 8 48.014.9 465 1231 .SB.7.0.35 1.30 7 11. W 1. N16.2 > * FEB18 + P3Zwicky
1950G ANON 9 44.1 + 9 21. 17.5 .S..5. 5 3. E 2. N18.3 > * FEB19 + P3Zwicky
1950H N 5857 15 07.46+ 19 35.913.6 13761 4682 .SBS3.0.29 1.07 3 11. E 22. S17.6 > * MAR17 + P3Zwicky
1950I M 03-39-08 15 08.29+ 19 11.515.6 1 8450 6146 .S..1.0.18 0.73 1 11. W 1. S20.2 > * APR20 + P3Zwicky
1950J ANON 15 17.5 + 19 46. 17.4 .S..3. 3 5. W 3. N20.3 > * APR20 + P3Zwicky
1950K ANON 15 21.8 + 17 26. 16.9 .E.... -5 6. W 3. N20.0 > * APR20 + P3Zwicky
1950L P94270 15 42.16+ 21 57.915.9 4058 12136 .S..1.0.26 0.73 1 7. W 8. S19.9 > * MAY16 + P3Zwicky
1950M N 3266 10 33.30+ 64 44.913.5 10530 1765 .LX.0.0.06 1.13-2 2. E 3. N14.5 > * MAR19 + ?? Deutsch
1950N LEDA161045 17 03.74+ 0 25.716.8 4163 0.30 0.75 000. 13. S18.0 > * JUN19 17 03 44.70 + 0 25 28.0 ? P3Mueller
1950O ANON 16 15.15+ 18 57.5 10.0 E 12.8 S17.0 > * APR18 16 15 09.39 + 18 57 14.4 ? P3Mueller
1951A ANON 21 55.3 - 4 18. 15.6 17098 .SB.3. 3 8. E 8. S16.6 > * AUG 8 + Chai
1951B M 02-36-26 14 03.65+ 11 22.715.1 15858 11376 .S..3.0.26 1.04 35 10. W 15. N18.2 > * APR 8 + P3Zwicky
1951C ANON 10 19.1 + 8 06. 17.8 .E.... -5 12. W 8. S18.2 > * FEB 4 + P3Zwicky
1951D ANON 11 11.8 + 3 42. 18.5 .E.... -5 6. E 1. S19.6 > * MAY 3 + P3Zwicky
1951E ANON 15 24.9 + 8 19. 18.4 .S..5. 5 7. W 2. S20.0 > * MAY26 + P3Zwicky
1951F M-01-01-16 0 00.14- 6 22.415.4 16787 6547 .S..1P0.69 1.16 17 18. E 9. S17.3 > * AUG 6 + P3Zwicky
1951G P 744 0 10.56- 6 17.817.6 73 25243 .E....0.10 0.61-5 6. E 2. N18.8 > * AUG 6 + P3Zwicky
1951H N 5457 14 03.21+ 54 20.9 8.7 0 241 .SBT5.0.00 2.48 51 350. E 45. N17.5 > * OCT II: 14 03 55.3 + 54 21 41. P3Humason
1951J U 3331 5 37.91+ 0 07.414.0 12532 .S..3.0.07 1.00 3 23.5 W 13.4 N17.5 > * NOV29 + ? P3Mueller
1952A U 1347 1 52.77+ 36 37.113.9 6921 5543 .SBT5.0.03 1.04 52 5. W 12. N18.6 > * SEP14 + P3Zwicky
1952B ANON 9 26.0 + 29 27. 16.0 .S..5. 5 9. E 11. N17.8 > * JAN31 + Chai
1952C ANON 13 00.2 - 3 21. 18.1 .I.... 10 5. W 10. S18.7 > * FEB 1 + P3Zwicky
1952D ANON 11 17.5 - 3 04. 16.7 .S..5. 5 11. W 15. N19.5 > * APR17 + P3Zwicky
1952E ANON 13 09.8 - 3 29. 18.0 .S.... 10. E 10. S19.8 > * APR19 + P3Zwicky
1952F ANON 12 28.4 + 13 20. 18.5 .S..3. 3 2. E 2. S16.9 > * JAN30 + P3Zwicky
1952G N 5668 14 33.42+ 4 26.912.7 10730 1583 .SAS6.0.06 1.44 74 19. W 25. S17.9 > * APR18 + P3Zwicky
1952H P52879 14 48.63+ 6 48.815.3 1 4932 10371 .S..3.0.07 0.77 3 5. E 12. N18.9 > * APR22 + P3Zwicky
1953A N 3561A 11 11.21+ 28 42.714.7 0 8783 DS..1.0.00 0.94 0 5. E 1. N16.0 > * APR16 + Arp
1953B U10349 16 20.90+ 40 06.215.2 6270 10177 .SB.2.0.42 1.18 2 20. E 6. S17.5 > * MAY18 + P3Zwicky
1953C U11252 18 28.70+ 48 14.614.9 16468 4942 .S..5.0.38 1.06 5 15. W 35. N19.0 > *JUL JUL11 + Chai
1953D N 3200 10 18.61- 17 59.012.6 16877 3520 .SBT5*0.53 1.64 52 15. E 56. N19.1 >B * MAR 8 + Chai
1953E U12665 23 33.65+ 30 02.415.1 8562 5375 .SBT5P0.30 0.98 56 11. E 16. S19.5 > * DEC 7 + P3Zwicky
1953F U12711 23 37.99+ 31 59.714.1 17 4983 .S..3.0.02 0.98 3 1. E 10. N19.0 > * DEC 7 + P3Zwicky
1953G ANON 10 59.2 + 50 16. 16.0 .S.... 8. E 6. N16.5 > * FEB14 + Notni, Oleak
1953H ANON 11 03.7 + 49 51. 19.5 1. E 3. S17.0 > * MAR16 + ? Notni, Oleak
1953I U11915 22 08.16+ 4 41.514.7 1540 4057 .S..5P0.11 0.96 57 1. W 9. N18.5 > * AUG16 + P3Kowal
1953J U 472 0 44.91+ 16 56.215.8 110 4689 .I..9*0.40 0.93109 14.5 E 4.5 S17.5 > * DEC31 0 44 55.66 + 16 56 10.8 ? P3Mueller
1953K I 4536 15 13.21- 18 08.313.7 443 2279 .SBS7.0.13 1.31 86 12. E 3. S16. > * MAY18 + ? P3Fesen
1953L U 3267 5 15.81+ 71 28.415.2 2057 7036 .S..5.0.25 1.08 5 3.6 W 8.6 N15.0 > * OCT14 5 15 46.52 + 71 27 41.6 ? P4Mueller
1954A N 4214 12 15.66+ 36 19.610.3 291 .IXS9.0.10 1.95106 83. E 216. S 9.8 =B *APR18 APR10I + ZMWild
1954B N 5668 14 33.42+ 4 26.912.7 10730 1583 .SAS6.0.06 1.44 64 2. W 20. S12.8 =B *MAY 3 APR27I 14 33 24.18 + 4 26 42.6 Wild
1954C N 5879 15 09.79+ 57 00.111.9 18071 772 .SAT4.0.44 1.60 44 14. W 11. S14.9 = *OCT 4 SEP27II + Wild
1954D U 319 0 32.20+ 31 40.815.1 13551 6343 .S..4.0.19 1.15 43 12. W 17. S17.4 > * OCT 3 0 32 11.15 + 31 40 36.9 P3Kowal
1954E N 753 1 57.71+ 35 54.912.6 13644 4903 .SBT4.0.14 1.35 42 42. W 25. S18.5 > * SEP26 + P3Zwicky
1954F P 1347 0 21.11+ 26 30.815.5 13170 11665 .S..5.0.41 0.84 51 6. W 7. N18.8 > * AUG30 + P3Zwicky
1954G ANON 12 35.4 - 19 15. 17.5 .S..5. 5 13. W 5. S16.6 > * MAR 6 + P3Zwicky
1954H M-01-34-10 13 10.51- 7 39.014.5 8760 6595 .S..5P0.28 0.91 5 27. E 17. S17.4 > * MAY30 + P3Zwicky
1954I ANON 11 14.6 - 20 54. 17.5 .S.... 6. E 2. N17.3 > * JAN 4 + P3Zwicky
1954K ANON 8 45.6 + 61 08. 16.0 .S..5. 5 3. E 4. N15.0 > * NOV26 + P3Zwicky
1954L P33222 11 01.14+ 12 20.015.7 111781 10689 .S..3.0.60 0.90 3 20. W 6. N19.3 > * FEB10 + P3Zwicky
1954M ANON 14 49.6 + 10 17. 17.7 .S..5. 5 3. W 000. 17.5 > * JUN 3 + P3Zwicky
1954N ANON 14 45.8 + 10 10. 16.0 .S..5. 5 2. W 6. N18.0 > * JUN 3 + P3Zwicky
1954O ANON 14 19.7 + 13 20. 16.8 .S..5. 5 15. E 2. S17.6 > * MAY 4 + P3Zwicky
1954P ANON 13 48.0 + 9 21. 19.2 .E.... -5 2. W 2. S19.5 > * JUN 1 + P3Zwicky
1954Q ANON 13 53.5 + 9 43. 20.0 12. W 8. N18.5 > * JUN 1 + P3Zwicky
1954R N 210 0 40.59- 13 52.412.5 16352 1634 .SBS3.0.20 1.68 31 86. E 80. S15.9 > * SEP 7 + P3Zwicky
1954S ANON 0 35.7 - 8 30. 18.5 17050 .I.... 10 1. W 6. S17.4 > * SEP 7 + P3Zwicky
1954T P69331 22 37.23+ 3 43.916.5 9954 12891 .S....0.22 0.78 7. E 7. S19.0 > * JUL31 + P3Zwicky
1954U ANON 23 58.9 - 5 36. 18.7 .I.... 10 6. W 6. N17.8 > * SEP 5 + P3Zwicky
1954V ANON 0 13.2 - 7 35. 19.0 .E.... -5 4. W 7. N20.0 > * SEP 5 + P3Zwicky
1954W P51719 14 28.63+ 0 33.215.2 1 6370 .S..1.0.42 0.96 1 15. E 5. N19.4 > * MAY 6 + P3Zwicky
1954X ANON 13 51.2 + 17 38. 16.7 .S..4. 4 3. E 9. S18.5 > * APR 1 + P3Zwicky
1954Y U 8827 13 54.52+ 15 02.614.1 15038 5534 RLB.0.0.10 0.98-2 13. W 000. 19.4 > * APR 1 + ? P3Zwicky
1954Z U 5215 9 45.24+ 9 06.713.8 2460 5484 .S..4.0.28 1.21 45 14. W 19. S16.0 > * FEB25 + P3Zwicky
1954aa N 4129 12 08.89- 9 02.212.9 9278 1174 .SBS2.0.55 1.35 26 53. W 6. N19.9 > * APR 2 + P3Zwicky
1954ab ANON 11 58.3 - 5 56. 18.9 .S..5. 5 000. 1. N17.5 > * APR 2 + Zwicky
1954ac U 465 0 43.85+ 32 51.114.5 17878 4772 .SB.1.0.55 1.21 1 0.5 W 38.2 S18. > * OCT 4 0 43 50.78 + 32 50 32.9 ? P3Mueller
1954ad U 4467 8 32.78+ 0 13.615.1 16265 9617 .S..6P0.35 1.10 76 7.2 W 5.9 S17.5 > * DEC21 8 32 46.37 + 0 13 33.7 ? P3Mueller
1955A N 4157 12 11.08+ 50 29.111.9 6690 774 .SXS3.0.76 1.82 33 103. E 40. N16.0 > * APR14 + P3Zwicky
1955B M-02-03-74 1 07.55- 13 16.315.7 12064 16020 .SB.1.0.33 0.77 1 2. W 5. N15.8 = *OCT 3 SEP21I: + P3Zwicky
1955C N 23 0 09.89+ 25 55.512.7 17940 4566 .SBS1.0.11 1.27 12 10. E 10. N16.0 >V * OCT23 + ? Sandage
1955D M-03-03-06 0 52.01- 16 24.414.7 1 824 6386 .SXR4.0.04 1.00 43 1. E 12. N15.5 > * NOV17 0 51 59. - 16 24 49. Haro
1955E N 4335 12 23.03+ 58 26.613.7 148 4622 .E....0.12 1.27-5 19. W 7. S16.3 > * MAY10 + P3Zwicky
1955F M 00-31-25 12 03.74+ 1 41.615.0 3875 6056 .SXR0.0.50 1.12 0 15. E 17. N19.5 > * APR20 + P3Zwicky
1955G P35168 11 26.15+ 3 29.915.2 1 6141 10638 .SXS3.0.12 0.69 3 8. E 10. S19.4 > * APR16 + P3Zwicky
1955H ANON 11 10.8 + 2 56. 19.4 .I.... 10 3. E 3. S18.8 > * APR16 + P3Zwicky
1955I ANON 14 11.5 + 1 09. 15.8 7128 .S..1. 1 1. E 6. S19.3 > * MAY17 + P3Zwicky
1955J P50685 14 11.72+ 0 43.215.6 111347 7452 .S..1.0.16 0.72 1 3. E 2. N17.9 > * MAY17 + P3Zwicky
1955K U 9206 14 22.46+ 15 05.114.2 16162 2281 .S..6.0.31 0.97 6 3. W 7. S18.4 > * MAY12 + P3Zwicky
1955L M 05-26-47 11 04.97+ 30 01.614.7 1243 8723 .SB.5.0.13 0.96 5 8. E 14. N16.5 > * MAR22 + KOLovas
1955M N 5857 15 07.46+ 19 35.913.6 13761 4682 .SBS3.0.29 1.07 3 27. W 25. N14.5 > * MAY14 + P3Zwicky
1955N ANON 11 11.3 + 24 11. 17.7 .I.... 10 4. E 1. S19.8 > * MAR21 + P3Zwicky
1955O ANON 11 12.5 + 21 47. 17.0 .S..1. 1 1. E 6. N19.3 > * MAR21 + P3Zwicky
1955P ANON 11 32.1 + 24 58. 17.2 .S..3. 3 13. W 3. S18.5 > * MAR21 + P3Zwicky
1955Q ANON 10 56.14+ 24 09.418.5 2 .S.... 4.3 W 7.5 S17. >B * MAR24 + ? P3Pollas
1955R U 7740 12 34.70+ 49 19.516.0 1584 .S..5.0.65 1.05 5 3.8 E 26.0 N18.0 > * APR24 12 34 42.49 + 49 19 54.8 ? P3Mueller
1955S I 4566 15 36.72+ 43 32.414.3 17050 5774 .S..2.0.18 1.17 23 16.2 W 15.8 N17.5 > * APR 1 15 36 40.61 + 43 32 38.0 ? P3Mueller
1956A N 3992 11 57.61+ 53 22.510.6 7851 1048 .SBT4.0.19 1.84 41 67. E 9. S12.5 =B *MAR16 MAR 8I + Gates
1956B *N 4783 12 54.61- 12 33.513.2 4134 4628 DE....0.30 1.21-5 40. W 15. S18.6 > * APR 8 + P3Zwicky
1956D I 850 13 07.84- 0 52.114.8 11079 5412 .S..6P0.57 0.96 6 12. E 6. N19.2 > * FEB11 + P3Zwicky
1956E ANON 11 31.0 - 16 09. 17.5 .S..5. 5 3. E 4. S19.5 > * FEB10 + P3Zwicky
1956F ANON 13 23.0 + 6 48. 19.5 .I.... 10 1. E 1. S19.6 > * MAR10 + P3Zwicky
1956G LEDA 091272 13 17.16+ 2 20.517.1 411778 .S..5.0.56 0.83 5 9. W 5. N19.3 > * MAR10 + P3Zwicky
1956H LEDA 091277 13 20.77+ 2 16.317.2 417182 .S..6.0.62 0.85 6 2. W 11. N19.3 > * FEB11 + P3Zwicky
1956I ANON 13 17.8 - 1 34. 18.7 .I.... 10 4. W 000. 20.2 > * APR 9 + P3Zwicky
1956J P45736 13 10.74+ 0 01.915.4 112338 12324 .S..5.0.10 0.65 5 9. E 5. S19.8 > * APR 9 + P3Zwicky
1956K P45982 13 13.85- 3 36.415.1 1 9487 8061 .S..3.0.69 1.04 35 12. W 1. S19.6 > * FEB11 + P3Zwicky
1957A N 2841 9 22.03+ 50 58.5 9.9 14763 638 .SAR3.0.32 1.88 31 106. W 73. N14.2 =B *MAR 2 FEB26IPec 9 21 51.2 + 50 59 52. Schuerer
1957B N 4374 12 25.07+ 12 53.210.8 133 1060 .E.1..0.06 1.78-4 8. W 47. N12.1 =B *MAY 9 APR23I + ASRomano, Gates
1957C N 1365 3 33.61- 36 08.311.2 1253 1636 .SBS3.0.21 2.05 31 54. W 75. N16.5 > * OCT19 + P1Gates
1957D N 5236 13 37.01- 29 52.0 8.0 4524 516 .SXS5.0.04 2.15 53 41. W 145. N15.0 > * DEC28 13 37 03.58 - 29 49 40.4 P1Gates
1958A M 03-41-27 16 00.84+ 19 42.717.5 11532 .S..1.0.07 0.52 1 1. W 5. S19.0 > * AUG 8 16 00 50.21 + 19 42 37.1 P3Zwicky
1958B ANON 2 37.10+ 1 19.416.0 .S..3. 3 1. W 7. N18.0 > * DEC 5 2 37 06.02 + 1 19 28.5 P1Humason
1958C E 443-G18 12 58.17- 30 35.217.5 17727 4740 .S..3.0.05 0.96 3 21. W 22. N19.6 > * APR15 + P1Zwicky
1958D E 440-G28 11 53.80- 30 46.415.3 117771 15986 .S..2.0.44 0.97 2 6. W 13. S19.5 > * APR15 + P1Zwicky
1959A N 1350 3 31.14- 33 37.711.8 1161 1905 PSBR2.0.29 1.77 23 22. E 70. N16.0 > * JAN 6 + P1Gates
1959B N 4921 13 01.44+ 27 53.213.7 17021 5482 .SBT2.0.03 1.33 2 16. E 48. S18.5 > * MAY 4Pec 13 01 27.56 + 27 52 23.0 P1Humason
1959C U 8263 13 11.38+ 3 24.715.4 11284 3042 .SB.5P0.66 1.03 5 7. E 3. S14.0 =B *JUN30 JUN28I 13 11 23.82 + 3 24 37.8 P1Humason
1959D N 7331 22 37.07+ 34 24.910.4 17168 816 .SAS4.0.39 2.03 42 32. W 13. N13.4 =B *JUL 2 JUN28IIL 22 37 01.77 + 34 25 08.1 P1Humason
1959E N 4321 12 22.92+ 15 49.410.6 3036 1571 .SXS4.0.09 1.88 41 58. E 21. S17.5 > * FEB21I 12 22 58.91 + 15 49 01.3 P1Humason
1959F M 00-08-25 2 49.68- 0 31.415.1 7456 6514 .SBT3P0.24 0.99 34 28. E 20. N18.5 > * DEC26 2 49 42.81 - 0 31 04.2 P1Humason
1959G ANON 20 10.7 - 43 56. 15.6 4. E 4. S14.5 > * AUG24 20 10 40. - 43 56 06. Hoffmeister
1960A ANON 2 35.4 + 2 06. 16.5 .S.... 5. E 8. S16.0 > * JAN20 2 35 26.46 + 2 06 41.9 P1Humason
1960B M 02-32-144 12 34.72+ 9 00.315.4 13847 12861 .S..0.0.16 0.73 0 5. E 6. S16.0 > * FEB20 12 34 44.01 + 9 00 09.8 Kearns
1960C M 03-31-41 12 07.15+ 16 59.814.9 17134 6693 .SB.3.0.08 0.95 3 4. W 9. N17.0 > * FEB20 12 07 09.28 + 16 59 55.8 P1Humason
1960D U 4344 8 20.28+ 20 52.515.5 5924 5041 .SA.7.0.04 1.03 7 18. E 26. S16.4 > * MAR20 8 20 17.82 + 20 52 04.6 P1Humason
1960E M 08-22-98A 12 17.62+ 47 53.417.8 17543 .S..3.0.13 0.56 3 1. E 8. S16.5 > * MAR20 12 17 37.06 + 47 53 13.8 P1Humason
1960F N 4496A 12 31.65+ 3 56.313.3 7041 1730 .SBT7.0.12 1.58 76 38. E 24. N11.6 =B *APR21 APR17Ia 12 31 42.06 + 3 56 47.9 P1Humason
1960G M 03-29-60 11 31.04+ 18 23.516.0 17443 .S..5.0.13 0.71 5 14. E 16. S17.5 > * APR19 11 31 03.58 + 18 23 16.1 P1Humason
1960H N 4096 12 06.02+ 47 28.511.6 2081 566 .SXT5.0.60 1.81 54 67. E 114. N14.5 > * JUN18I 12 06 07.53 + 47 30 38.4 P1Wild, Humason
1960I U 7560 12 26.94+ 48 16.514.7 11834 7889 .SB.5.0.08 0.99 5 5. E 11. S18.5 > * JUN18 12 26 57.43 + 48 16 28.8 P1Humason
1960J N 4375 12 25.01+ 28 33.513.9 1340 9059 .SBR2P0.11 1.10 23 37. E 17. N18.5 > * JUN18 12 25 03.55 + 28 33 45.3 P1Humason
1960K M 06-49-68 22 39.76+ 34 22.815.2 4932 7439 .S..5.0.07 0.83 57 10. W 6. S19.0 > * JUN18 22 39 44.73 + 34 22 41.4 P1Humason
1960L N 7177 22 00.70+ 17 44.212.2 9050 1150 .SXR3.0.18 1.49 32 6. E 54. S16.0 > * AUG14 22 00 41.63 + 17 43 19.9 P1Humason
1960M N 2565 8 19.80+ 22 01.913.8 16665 3582 PSB.4*0.35 1.27 43 13. W 34. N15.5 > * SEP28I 8 19 47.44 + 22 02 28.9 P1Gomes
1960N U 4399 8 26.13+ 21 27.315.5 3175 4480 .S..7.0.50 0.94 7 11. E 12. N16.6 > * OCT26I 8 26 07.98 + 21 27 32.5 P1Gomes
1960O U12701 23 36.44+ 27 58.816.5 17790 8856 .S..5.0.76 0.96 5 1. W 10. N18.5 > * NOV10 23 36 25.55 + 27 56 20.5 P1Humason
1960P U 673 1 06.16+ 31 24.315.5 3271 6253 .SA.5?0.43 1.04 56 4. E 2. N17.5 > * NOV22I 1 06 10.04 + 31 24 23.6 P1Gomes
1960Q P 5935 1 35.91- 5 29.918.5 2912 15728 .S..5.0.01 0.66 5 1. E 2. S17.5 > * DEC13 1 35 54.97 - 5 29 54.2 P1Humason
1960R N 4382 12 25.41+ 18 11.410.2 2840 729 .LAS+P0.11 1.85-1 8. E 132. S12.0 =B *DEC19 DEC20I 12 25 24.85 + 18 09 19.6 ASRosino, Gates
1961A M 00-08-02 2 44.06+ 0 46.516.1 7251 13552 .SB.1.0.19 0.78 12 9. E 27. N19.0 > * JAN12 2 44 04.47 + 0 46 56.4 P1Humason
1961B I 2363 8 25.76+ 19 27.015.0 17632 7616 .SBS4.0.07 0.92 42 9. E 18. N18.5 > * JAN12I 8 25 46.12 + 19 27 14.8 P1Humason
1961C M 07-05-29 2 15.41+ 41 07.016.4 36 .SB.5.0.09 0.74 5 3. E 8. S18.2 > * JAN14 2 15 25.14 + 41 06 49.5 P1Humason
1961D M 05-30-101 12 50.90+ 27 50.514.8 63 7604 .E.0..0.07 0.81-5 32. E 12. S16.2 = *JAN12 JAN14I 12 50 56.41 + 27 50 19.1 P1Kearns
1961E M 01-39-14A 15 17.60+ 5 03.315.7 1 8851 12891 .S..1.0.19 0.71 1 10. W 2. S17.0 > * JAN23 15 17 35.10 + 5 03 13.9 P1Gomes
1961F N 3003 9 48.60+ 33 25.212.3 7883 1478 .SB.4.0.64 1.77 46 34. E 17. N13.0 =B *FEB23 FEB21IIPec 9 48 38.30 + 33 25 35.0 ZMWild
1961G M 04-25-12 10 22.35+ 21 13.416.3 7967 16129 .S..3.0.37 0.70 3 9. W 2. S18.2 > * MAY 5 10 22 20.70 + 21 13 22.4 P1Humason
1961H N 4564 12 36.45+ 11 26.312.2 47 1142 .E....0.26 1.50-5 000. 5. N11.8 =B *MAY 8 MAY 2Ia 12 36 27.32 + 11 26 24.9 ASRomano
1961I N 4303 12 21.91+ 4 28.310.9 16217 1566 .SXT4.0.02 1.79 41 82. E 12. S13.0 =V:*JUN20 JUN 3II: 12 22 00.41 + 4 28 13.2 P1Humason
1961J M 05-38-27 16 11.78+ 29 34.417.0 314321 9489 .S..1.0.03 0.50 1 1. W 1. S16.0 > * JUN 6Pec 16 11 47.57 + 29 34 21.3 P1Kearns
1961K M 03-31-25 12 03.34+ 16 30.614.6 6968 .I....0.07 0.7810 10. W 5. S16.3 > * JUN 4 12 03 19.81 + 16 30 32.5 P1Humason
1961L N 3221 10 22.34+ 21 34.114.3 16574 4110 .SBS5.0.49 1.42 56 19. W 53. N17.5 > * OCT16 10 22 19.02 + 21 35 04.1 ZMWild
1961M U 724 1 10.00+ 32 22.114.0 2538 5179 .S..3.0.10 1.15 3 16. E 37. N17.0 > * AUG 6 1 10 00.72 + 32 22 41.8 P1Kearns
1961N I 5342 23 38.65+ 27 00.715.4 17 9296 .E.0..0.05 0.88-5 1. E 7. S16.8 > * SEP 2 23 38 38.84 + 27 00 33.9 P1Humason
1961O M 07-06-19 2 26.69+ 43 36.717.0 448 .S..3.0.17 0.73 3 2. W 10. N17.0 > * SEP 4 2 26 43.70 + 43 36 53.1 P1Humason
1961P U 2069 2 35.63+ 37 38.513.2 4655 3779 .SBS6.0.23 1.31 66 000. 36. S14.3 =B *SEP12 SEP 9Ia + ZMWild
1961Q N 550 1 26.71+ 2 01.313.6 12168 5829 .S.S1.0.38 1.22 1 20. W 13. N17.2 > * NOV30 1 26 41.40 + 2 01 31.9 P1Humason
1961R M 05-03-76 1 10.04+ 32 54.815.5 111452 10417 DS....0.20 0.76 11. W 5. N17.0 > * NOV 7 1 10 01.47 + 32 54 55.1 P1Humason
1961S M 04-25-05 10 21.01+ 21 43.015.8 114 .E....0.15 0.80-5 19. E 6. S18.3 > * NOV 7 10 21 01.96 + 21 42 53.9 Kearns
1961T M 06-21-66 9 38.99+ 33 27.119.5 48 .S..5.0.17 0.22 5 3. W 5. N17.5 = * NOV 8 9 38 59.16 + 33 27 09.7 P1Gates
1961U N 3938 11 52.83+ 44 07.411.0 5212 809 .SAS5.0.01 1.70 51 81. E 104. N14.0 =B *DEC26 JAN 2IIL + ZMWild
1961V N 1058 2 43.50+ 37 20.511.8 8544 518 .SAT5.0.14 1.44 55 76. E 17. N12.3 = *DEC DEC 5IIPec 2 43 36.42 + 37 20 43.6 ZMWild
1962A M 05-31-132 13 06.61+ 27 52.416.0 13362 6248 .S..3.0.30 0.91 3 11. W 7. N15.4 = *JAN21 JAN 6I 13 06 35.56 + 27 52 29.8 P1Zwicky
1962B U 9831 15 22.75+ 29 46.214.9 10140 6868 .S..1.0.11 0.85 1 5. E 1. S17.0 = * JAN 6I 15 22 45.31 + 29 46 08.2 P1Zwicky
1962C M 03-41-85 16 05.08+ 17 34.818.5 6370 .S..5.0.42 0.54 5 12. E 6. N18.0 > * JAN 6 16 05 04.99 + 17 34 54.6 P1Zwicky
1962D M-05-25-12 10 33.21- 27 55.117.4 8060 .S..5.0.28 0.54 5 000. 2. S16.0 > * FEB 3 10 33 12.56 - 27 55 11.3 P1Zwicky
1962E M 04-27-10 11 15.10+ 25 53.815.5 4238 14577 .S..1.0.10 0.89 1 4. W 14. S17.5 > * MAR 2I 11 15 05.53 + 25 53 31.7 P1Rudnicki
1962F U 4308 8 17.43+ 21 41.114.5 12343 3566 .SBT5.0.13 1.28 51 38. E 40. S16.5 = * APR28 8 17 28.53 + 21 40 27.2 Berger
1962G M 05-36-34 15 27.89+ 29 00.515.5 29 20774 .E....0.06 0.80-5 4. E 4. S19.0 > * MAY 1 15 28 06.60 + 29 00 36.2 P1Zwicky
1962H I 4237 13 24.54- 21 08.213.8 13450 2643 .SBR3.0.18 1.36 34 19. W 3. S13.0 = * JUN28II + Chavira
1962I M 05-31-112 13 02.89+ 27 31.019.0 131 .E....0.34 0.47-5 8. W 7. N17.2 = *MAY19 MAY28I: 13 02 52.37 + 27 31 10.4 Berger
1962J N 6835 19 54.55- 12 34.113.0 7079 1611 .SBS1.0.57 1.38 1 42. W 23. S13.6 = *SEP 1 AUG28Ia + ZMWild
1962K N 1090 2 46.56- 0 14.812.8 10664 2758 .SBT4.0.33 1.56 44 52. W 10. N18.2 > * SEP 3 2 46 30.60 - 0 14 40.4 P1Rudnicki
1962L N 1073 2 43.67+ 1 22.612.5 3238 1211 .SBT5.0.10 1.67 54 10. E 77. N13.9 =B *DEC 6 NOV23Ib + ASRosino, Haro, Chavira
1962M N 1313 3 18.26- 66 29.8 9.4 3940 475 .SBS6.0.11 1.97 67 000. 150. S11.5 =B:*NOV26 NOV26II + Sersic
1962N M 05-36-13 15 21.19+ 26 19.915.6 8977 10472 .S..3.0.54 0.96 3 000. 3. N17.0 > * DEC 3 15 21 11.34 + 26 19 56.4 P1Zwicky
1962O M 07-08-01 3 24.50+ 40 01.218.6 17 14150 .E....0.09 0.59-5 15. E 11. N19.8 > * NOV30 + P1Zwicky
1962P N 1654 4 45.81- 2 04.914.2 14217 4540 PSBR1.0.02 0.92 1 18. E 18. S14.5 = :*NOV 1 OCT 9I + ASRosino
1962Q N 2276 7 27.21+ 85 45.312.3 1830 2410 .SBT5.0.06 1.43 54 34. W 11. S16.9 > * FEB25 + Shahbazian, Iskudarian
1962R U 1810 2 21.48+ 39 22.513.7 5058 7563 .SAS3P0.26 1.27 3 19.8 E 19.8 N15.4 > * DEC21 2 21 31.1 + 39 22 58. Kinman
1963A M 05-36-32 15 27.03+ 26 26.617.5 11856 10403 .S..3.0.24 0.70 3 10. W 1. N18.1 > * JAN22I 15 27 00.01 + 26 27 01.6 P1Zwicky
1963B P54219 15 11.52+ 5 14.715.3 116143 11798 .S....0.13 0.66 3. E 6. S17.0 > * JAN23I 15 11 31.42 + 5 14 38.8 P1Zwicky
1963C M 05-31-32 12 57.80+ 27 53.015.3 56 6941 DE.3..0.14 0.82-5 5. W 6. N15.7 = *JAN30 JAN24I 12 57 47.74 + 27 53 05.8 P1Zwicky
1963D N 4146 12 10.30+ 26 25.813.8 16324 6520 RSBS2.0.04 1.11 2 19. E 27. S15.8 =B *JAN23 JAN23I + ASRosino
1963E I 1703 1 26.42- 1 38.314.9 139 5547 .LBT+.0.33 1.19-1 2. E 11. S16.5 > * JAN22I 1 26 25.24 - 1 38 30.0 Mendez
1963F M 05-36-18 15 22.43+ 27 49.617.7 18 22185 .E.2..0.10 0.54-5 1. W 7. S17.6 > * MAR24 15 22 25.86 + 27 49 28.4 P1Zwicky
1963G I 3112 12 17.72+ 26 01.315.3 17560 7678 .S?...0.28 0.94 7. E 17. S15.8 > * FEB19 12 17 48.95 + 26 01 32.5 GAKurochkin
1963H P54873 15 22.36+ 5 23.515.2 1 12466 .E.3.. -5 6. W 5. N18.5 > * MAR25 15 22 21.30 + 5 23 33.8 P1Zwicky
1963I N 4178 12 12.77+ 10 51.812.9 3176 378 .SBT6.0.52 1.69 63 10. W 22. S13.1 =B *MAY 5 MAY14I 12 12 45.61 + 10 51 31.0 GAZaitseva
1963J N 3913 11 50.65+ 55 21.114.2 16921 954 PSAT6.0.03 1.38 65 5. W 12. S13.3 =B *MAY24 MAY18Ia 11 50 38.30 + 55 21 01.5 P1Zwicky, Wild
1963K N 3656 11 23.65+ 53 50.613.4 16941 2869 .S..0.0.12 1.17 0 11. E 19. S15.0 > * JUN15 11 23 39.70 + 53 50 12.9 Bertaud
1963L U 2259 2 47.93+ 37 32.314.3 15943 583 .SBS7.0.13 1.35 76 21. W 27. S15.0 > * JUN26I 2 47 53.55 + 37 31 52.6 P1Reaves
1963M M 05-31-35 12 57.96+ 28 03.716.3 5341 8299 .S..5.0.12 0.75 5 2. W 7. S15.9 >V * JUN19 12 57 57.71 + 28 03 34.4 P1Reaves
1963N N 536 1 26.36+ 34 42.213.2 6372 5189 .SBR3.0.45 1.44 33 28. W 7. S17.7 > * JUN27II 1 26 19.36 + 34 42 04.8 P1Gates
1963O N 5905 15 15.39+ 55 31.113.6 13053 3390 .SBR3.0.21 1.58 31 60. W 9. S15.6 = *AUG10 AUG17I 15 15 16.05 + 55 30 53.1 ZMWild
1963P N 1084 2 46.00- 7 34.711.2 11552 1406 .SAS5.0.20 1.50 53 33. E 8. S14.0 >B *SEP28 SEP18Ia 2 46 02.12 - 7 34 50.5 ZMWild
1963Q I 1195 16 06.68+ 17 11.515.4 1646 11962 .SBR4.0.15 0.78 42 8. W 3. N17.0 > * SEP14 16 06 40.36 + 17 11 32.8 P1Reaves
1963R P 9887 2 36.27+ 35 57.216.6 413878 .L....0.55 0.84-2 2. W 1. S16.8 > * OCT11 2 36 15.70 + 35 57 11.2 P1Kowal
1963S P 5092 1 23.63+ 1 33.815.7 110874 9894 .S..2.0.48 0.88 2 5. E 5. S15.0 > * DEC 6 1 23 38.06 + 1 33 43.6 Chavira
1963T P 5170 1 24.41+ 34 02.616.5 1 8276 .S..5.0.51 0.63 5 000. 000. 17.5 > * OCT21 1 24 24.50 + 34 02 39.3 P1Kowal
1963U M 06-22-24 9 53.31+ 36 05.014.9 13532 5482 .SB.6.0.07 0.87 6 2. W 9. N15.0 > * DEC16Pec 9 53 18.12 + 36 05 20.2 P1Kowal
1963V ANON 2 34.5 - 6 05. 16.5 .I.... 10 6. W 5. S16.0 > * SEP21 2 34 31.34 - 6 04 43.0 P1Kowal
1963W ANON 2 31.0 + 43 57. 17.0 .S..1. 1 8. E 3. S17.0 > * AUG25 2 31 00.89 + 43 58 37.9 P1Kowal
1963X ANON 12 13.0 + 21 00. 15.8 .E.... -5 16.0 > * MAR 2 + Hoffmeister
1964A N 3631 11 21.04+ 53 10.311.0 11834 1156 .SAS5.0.08 1.69 52 74. W 92. N17.0 > * FEB 4IIPec + ZMWild
1964B U 2646 3 18.19+ 40 21.116.5 7058 5388 .L....0.26 1.05-2 22. W 12. S16.7 > * FEB 8I + P1Kowal
1964C ANON 16 06.1 + 17 27. 16.5 .S..3. 3 7. W 5. S17.3 > * FEB10I 16 06 06.87 + 17 27 34.8 P1Zwicky
1964D N 4887 13 00.65- 14 39.914.8 15561 2687 .LA.+P0.29 1.04-1 11. E 4. S16.3 > * FEB13 + Haro
1964E U 6983 11 59.15+ 52 42.414.5 9844 1082 .SBT5.0.14 1.49 55 83. W 44. S12.4 =B *MAR 1 MAR12I + KOLovas
1964F N 4303 12 21.91+ 4 28.310.9 16217 1566 .SXT4.0.02 1.79 42 28. W 1. S14.0 = :*JUL 1 JUN30I + ASRosino
1964G M 07-34-16 16 23.63+ 39 12.115.7 2630 8382 .S..2.0.06 0.68 2 3. E 11. N16.0 > * JUN 2 16 23 38.21 + 39 12 23.7 P1Kowal
1964H N 7292 22 28.43+ 30 17.313.1 101 986 .IB.9.0.14 1.31107 28. W 9. S14.8 > * JUN14II: 22 28 24.06 + 30 17 23.3 P1Gates
1964I ANON 16 23.1 + 41 13. 18.0 .SB.3. 3 17. E 18. N18.0 > * SEP29 16 23 07.06 + 41 14 11.9 P1Kowal
1964J M-02-02-64 0 36.03- 9 53.314.9 1841 4928 .SBS5P0.12 1.07 54 4. E 10. S17.0 > * OCT11 + Chavira
1964K M 01-59-19 23 14.80+ 7 43.115.7 2971 4731 .S..4.0.43 0.89 47 1. W 8. S18.0 > * NOV25 23 14 48.02 + 7 42 58.9 P1Kowal
1964L N 3938 11 52.83+ 44 07.411.0 5212 809 .SAS5.0.01 1.70 51 3. W 31. N13.6 =B *DEC 5 DEC11Ib 11 52 49.10 + 44 07 45.6 ZMWild
1964M P30735 10 27.43+ 20 26.816.3 11132 5517 .S..5.0.07 0.72 5 14. W 5. S18.0 > * DEC30 10 27 13.10 + 20 29 26.9 P1Zwicky
1964N U 1903 2 26.55+ 29 49.815.7 7490 10475 .SB.3.0.70 1.04 34 24. W 000. 16.0 > * SEP11 + P1Kowal
1964O * + 15.0 > * SEP15 15 08 50.5 + 55 28 07. ZMWild
1965A N 4410B 12 26.49+ 9 01.214.2 24 7566 .S..3.0.04 0.82 3 17. E 10. N16.0 > * JAN 1 + Chavira
1965B N 4727 12 50.95- 14 19.914.2 13146 7495 .SBR4P0.15 1.23 44 6. W 8. N16.0 > * JAN 8 + Chavira
1965C ANON 11 43.3 + 18 31. 16.3 .S.... 1. E 8. S18.0 > * JAN28 11 43 22.46 + 18 32 34.6 P1Zwicky
1965D M-05-25-32 10 39.43- 27 54.814.5 12234 3244 .SBT4P0.08 0.99 43 17. E 29. N14.0 > * FEB26 10 39 26.32 - 27 54 16.6 P1Zwicky
1965E P28304 9 50.17+ 34 24.916.9 9668 6733 .S..5.0.39 0.86 5 36. W 5. N16.4 > * MAR26 9 50 07.07 + 34 24 54.8 P1Zwicky
1965F P57378 16 10.64+ 19 03.516.6 8047 10855 .S..5.0.16 0.75 5 11. W 2. N18.0 > * MAR29 16 10 37.98 + 19 03 28.1 P1Zwicky
1965G N 4162 12 11.86+ 24 07.312.6 17456 2569 RSAT4.0.24 1.37 43 19. E 23. S14.0 > * MAR23 + Haro, Hoffmeister
1965H N 4666 12 45.14- 0 27.612.0 3974 1520 .SB.5.0.48 1.64 54 22. W 29. S14.5 = :*MAY11 MAY23II + Chavira
1965I N 4753 12 52.38- 1 11.911.7 8859 1239 .L....0.27 1.74-2 98. W 68. N12.5 =B *JUN 5 JUN18Ia + ASRosino
1965J N 1310 3 21.07- 37 06.114.8 9341 1805 .SBS5.0.12 1.28 55 14. E 7. S18.0 > * AUG31 3 21 04.59 - 37 06 14.8 P1Reaves
1965K U 1963 2 29.44+ 31 28.214.5 7138 5098 .SBT2.0.10 1.07 23 18. W 8. S16.0 > * SEP21 + Hoffmeister
1965L N 3631 11 21.04+ 53 10.311.0 11834 1156 .SAS5.0.08 1.69 52 38. W 58. N14.7 = :* SEP29II + ZMWild
1965M N 7606 23 19.08- 8 29.111.8 14558 2233 .SAS3.0.26 1.63 32 30. W 50. N16.0 > * OCT 4 + ZMWild
1965N N 3074 9 59.67+ 35 23.514.8 16930 5144 .SXT5.0.06 1.33 53 6. E 9. N16.2 =B *DEC27 DEC21IIP 9 59 41.72 + 35 23 43.9 P1Rudnicki
1965O ANON 12 02.4 + 49 55. 13. W 17. N17.5 > * JAN 8 + ? KOLovas
1965P N 2599 8 32.19+ 22 33.813.4 10627 4741 .SA.1.0.05 1.26 1 13. E 5. N15.7 > * MAR 6 + P1Gates
1966A U 4870 9 14.93+ 46 54.214.0 14070 4218 .SB.5.0.42 1.08 53 3. E 10. S15.5 > * JAN18I + ASRosino
1966B N 4688 12 47.78+ 4 20.214.5 21 986 .SBS5.0.03 1.57 56 24. W 38. S14.8 =B *JAN29 FEB12IIL + GAYakimov
1966C P58319 16 29.16+ 40 59.216.0 8327 10376 .S..1.0.05 0.84 1 12. E 4. N16.7 =V:*FEB 3 JAN21 + P1Rudnicki
1966D P35882 11 36.33+ 20 31.315.5 6423 .S..1. 1 12. W 8. S19.5 > * JUN10 + P1Rudnicki
1966E N 4189 12 13.78+ 13 25.512.7 8548 2115 .SBT5.0.17 1.39 54 20. W 36. S14.6 = * JUL12II: + ZMWild
1966F N 4453 12 28.78+ 6 30.715.4 15265 11633 DS..2.0.34 0.79 2 7. E 6. S17.5 >V * JUL15 + P1Rudnicki
1966G N 521 1 24.57+ 1 43.912.9 1321 5018 .SBR4.0.03 1.48 41 60. E 13. N15.5 > * AUG16I + KOReaves, Lovas
1966H ANON 1 20.6 + 3 26. 17.0 .S..5. 5 6. E 1. S19.0 > * SEP19 + P1Kowal
1966I P 2065 0 34.50+ 30 24.817.0 4647 6086 .S..5.0.16 0.76 5 1. W 000. 16.0 = :*SEP15 SEP16 + P1Kowal
1966J N 3198 10 19.92+ 45 33.210.7 2873 663 .SBT5.0.47 1.89 53 100. W 165. S11.3 =B *DEC 2 DEC20I + ZMWild
1966K U 6322 11 18.28+ 28 15.614.7 17636 9855 .LA.+.0.09 1.09-13 26. W 15. N16.6 = *DEC30 DEC19I: + P1Rudnicki
1966L U 738 1 11.09+ 33 50.015.5 6641 4558 .S..7.0.12 0.93 7 7. W 3. S17.6 > * DEC17 + P1Rudnicki
1966M ANON 2 37.1 + 38 09. 16.5 .S..3. 3 1. E 5. S18.5 > * DEC18 + P1Kowal
1966N M-01-12-37 4 36.84- 3 02.716.0 9665 4797 .S..5.0.35 0.78 5 19. E 17. N14.7 = :* OCT16I + ASRosino
1966O * + 15.5 > *FEB16 JAN24 11 16 11.2 + 29 21 37. ?? Anderson, Luyten
1967A ANON 1 16.5 + 3 01. 18.5 .I.... 10 5. E 000. 17.0 > * JAN 3 + P1Kowal
1967B M 01-29-28 11 18.26+ 3 52.015.3 3156 8280 D.....0.15 0.67 3. E 000. 14.5 > * JAN14 + Chavira
1967C N 3389 10 48.46+ 12 31.912.0 11065 1301 .SAS5.0.35 1.45 54 43. W 44. N13.2 =B *MAR 1 FEB28Ia + ABChuadze
1967D P37345 11 54.23+ 20 01.715.6 112365 6187 .S..5.0.34 0.84 5 12. W 9. N19.5 > * FEB12 + P1Rudnicki
1967E M 07-06-18 2 26.39+ 42 51.717.0 11144 26532 .S..1.0.14 0.83 1 18. W 6. N18.0 > * MAR 2 + P1Rudnicki
1967G ANON 16 06.1 + 18 20. 18.0 .S.... 1. E 5. N19.0 > * MAY13 + P1Kowal
1967H N 4254 12 18.82+ 14 25.110.2 5830 2407 .SAS5.0.06 1.73 52 80. E 19. S14.0 > * JUL 1II + P1Zwicky
1967I ANON 15 28.1 + 28 39. 16.5 .S..1. 1 3. W 6. N18.5 > * JUN30 + P1Zwicky
1967J P 4234 1 11.13+ 33 13.615.7 123 4809 .E....0.30 0.91-4 9. W 9. N17.5 > * NOV 6 + P1Zwicky
1967K M 06-04-32 1 29.67+ 33 49.915.3 15021 6575 .S..6.0.03 0.78 6 13. W 14. S15.0 > * DEC29 + P1Kowal
1968A N 1275 3 19.81+ 41 30.713.0 11044 5264 .L....0.14 1.41-2 7. E 24. S15.2 = *FEB 3 JAN25I + P1Lovas
1968B N 4874 12 59.59+ 27 57.513.7 45 7224 .E+0..0.05 1.42-4 12. W 1. N17.4 > * FEB 5 + P1Zwicky
1968C ANON 11 00.2 + 26 43. 18.0 .I.... 10 1. E 2. S17.8 > * FEB28 + P1Zwicky
1968D N 6946 20 34.87+ 60 09.210.5 30 48 .SBT5.0.06 2.06 52 45. E 20. N13.5 > * FEB29II 20 34 58.33 + 60 09 34.6 ZMWild, Dunlap
1968E N 2713 8 57.34+ 2 55.312.9 10772 3922 .SBT2.0.45 1.52 22 6. E 14. S14.4 =B *MAR 8 MAR21Ia + Chavira
1968F N 3834 11 43.63+ 19 05.415.1 13247 6814 .L....0.16 0.99-2 8. W 11. N16.2 >V * FEB19 + P1Herzog
1968G P23166 8 15.87+ 20 30.117.5 9334 12801 .S..5.0.08 0.63 5 12. E 2. S17.4 > * APR23I + P1Zwicky
1968H P44441 12 58.30+ 27 08.216.6 19 11903 .E....0.11 0.80-5 9. W 2. N16.6 = *MAY 7 APR24I + P1Zwicky
1968I N 4981 13 08.81- 6 46.712.3 16544 1686 .SBR4.0.14 1.43 44 2. E 7. N13.5 > * APR23I + KOLovas
1968J P50284 14 05.87+ 53 07.715.4 2255 12262 .S..1.0.23 0.84 1 2. W 12. S16.6 > * MAY16 + ? Jankovitch
1968K P84703 16 03.10+ 17 10.316.0 3 7672 10093 .S..9.0.45 0.81 9 8. E 000. 17.5 > * MAY 2 + P1Kowal
1968L N 5236 13 37.00- 29 52.1 8.0 4524 516 .SXS5.0.04 2.15 53 5. W 000. 11.9 =B *JUL12 JUL17IIP 13 37 00.51 - 29 51 59.0 Bennett
1968M P86491 23 21.04+ 15 13.416.4 7044 7585 .S..5.0.14 0.85 5 5. W 7. S15.4 = *JUL31 JUL18 + P1Kowal
1968N M 05-02-11 0 25.23+ 30 02.115.5 624 4855 .SB.2.0.04 0.85 2 34. E 19. S19.0 > *JUL25 JUL21 + P1Kowal
1968O P 1544 0 24.62+ 29 17.214.8 112362 4762 .S..3.0.31 0.81 3 7. W 6. N15.8 > *AUG 8 JUL22 + P1Kowal
1968P P85536 23 37.59+ 26 48.916.0 4 46 35169 ?S..6.0.15 0.50 6 5. E 3. S16.8 >V * JUL21 + P1Zwicky
1968Q LEDA1275632 1 18.89+ 4 56.518.1 4 9547 .S..5.0.16 0.55 5 5. W 5. N18.5 > * AUG21 + P1Kowal
1968R M-01-04-56 1 29.78- 2 42.215.9 110832 .SAS7.0.07 0.98 76 9. W 13. S15.5 > * AUG21 + P1Kowal
1968S LEDA1244532 21 44.81+ 3 04.416.7 415052 .S....0.20 0.68 2. E 2. S16.5 > * SEP28 + ?? Jankovitch
1968T M 07-34-35 16 26.88+ 41 15.115.2 12334 8600 .SB.6.0.08 0.95 66 2. E 14. S18.0 > * OCT17 + P1Zwicky
1968U N 4183 12 13.30+ 43 41.913.5 16690 930 .SAS5.0.86 1.70 56 20. W 95. N14.5 > * OCT30 + ?? Dunlap
1968V N 2276 7 27.21+ 85 45.312.3 1830 2410 .SBT5.0.06 1.43 54 35. W 36. N15.7 >V * JAN26II + ?? Shahbazian
1968W N 2276 7 27.21+ 85 45.312.3 1830 2410 .SBT5.0.06 1.43 54 7. W 7. N16.6 > * MAR24 + Iskudarian
1968X N 4939 13 04.25- 10 20.312.2 566 3111 .SAS4.0.36 1.70 42 35. W 8. N16.0 > * NOV27 + ??ZMWild
1968Y P 5747 1 32.57+ 32 18.815.7 1 859 21120 .S....0.27 0.77 1. W 5. N18.5 > * DEC12 + P1Kowal
1968Z N 7768 23 50.98+ 27 08.814.0 55 8191 .E....0.14 1.15-5 24. W 61. N17.9 > * SEP 1 + ?? Priser
1968aa N 4975 13 07.84- 5 01.015.5 2452 5396 .LXT0P0.20 0.98-2 12. E 36. N15.0 > * APR23 + Mnatsakanian
1969A N 1369 3 36.75- 36 15.416.0 1441 1414 .SBT0.0.12 1.23 0 17.0 > * JAN 8 + ? Chavira
1969B N 3556 11 11.53+ 55 40.210.7 7973 699 .SBS5.0.47 1.91 56 84. W 12. S14.5 =B *JAN25 FEB 6II + ZMWild, Balazs
1969C N 3811 11 41.27+ 47 41.613.0 17143 3105 .SBR5.0.13 1.35 55 9. E 6. N14.1 =B *FEB11 FEB 9Ia + ASRosino, Jankovich
1969D P17055 5 17.71+ 5 51.616.5 16748 18137 .S..5.0.17 0.68 5 2. W 5. N17.5 > * FEB17 + P1Kowal
1969E N 4526 12 34.05+ 7 42.010.6 16371 448 .LXS0*0.43 1.85-2 11. W 27. S16.0 > * MAR23 + Chavira
1969F M-03-34-48 13 20.08- 17 07.314.8 12144 6296 .L....0.14 1.06-2 4. W 10. S16.0 > * APR12 + P1Zwicky
1969G LEDA1290891 12 33.83+ 5 53.616.8 416652 12896 .S....0.20 0.64 4. E 7. N18.0 > * APR13 + P1Kowal
1969H N 4725 12 50.45+ 25 30.010.2 3248 1206 .SXR2P0.17 2.04 22 18. E 10. N15.0 > * JUN17I + Fairall
1969I ANON (*) 15 57.98+ 19 28.518.0 .S.... 000. 9. N17.0 > * JUN17 + P1Kowal
1969J M 05-04-59 1 26.56+ 31 36.815.0 10041 13552 .SBT4.0.12 0.88 41 5. E 7. N17.0 > * OCT 4 + P1Kowal
1969K U12733 23 40.78+ 26 50.115.1 0 11694 .E.2..0.14 0.99-5 13. E 19. S17.5 > * NOV 3 + P1Kowal
1969L N 1058 2 43.50+ 37 20.511.8 8544 518 .SAT5.0.14 1.44 55 190. E 110. S13.1 =B *DEC 5 DEC 2IIP + ASRosino
1969M P12992 3 29.85+ 40 01.816.5 9384 6805 .S....0.65 0.98 15. E 1. S17.5 > * DEC 7 + P1Kowal
1969N ANON 1 30.4 - 0 57. 19.0 .I.... 10 9. W 4. S16.0 > * DEC10 + P1Kowal
1969O ANON 1 06.4 + 3 09. 18.0 6. W 7. S18.2 > * SEP16 + van den Bergh
1969P N 6946 20 34.87+ 60 09.210.5 30 48 .SBT5.0.06 2.06 52 5. W 180. S13.9 > * DEC11 20 34 51.3 + 60 06 14.9 ASRosino
1970A I 3476 12 32.70+ 14 03.113.5 2841 -169 .SBS9.0.12 1.30 94 17. W 26. S11.0 > * FEB15II: + GAGrizunova
1970B ANON 10 57.0 + 14 05. 16.5 .S.... 1. E 7. N15.0 > * MAR 7 + P1Kowal
1970C M-01-33-68 13 00.61- 6 28.614.5 1546 5096 .S..7.0.15 1.05 77 9. W 29. N16.0 > * MAR10 + ??ZMWild
1970D P31589 10 37.88+ 10 45.515.1 1 817 15714 .SX.3.0.02 0.82 3 6. E 12. N17.0 > * APR 7 + P1Kowal
1970E ANON 12 04.0 + 51 55. 17.5 .S..1. 1 2. E 5. S18.5 > * MAY31 + P1Kowal
1970F ANON 11 50.7 + 53 03. 16.5 .S.... 4. E 5. N19.0 > * MAY31 + P1Kowal
1970G N 5457 14 03.21+ 54 20.9 8.7 0 241 .SBT5.0.00 2.48 51 97. W 370. S11.4 =B *JUL30 JUL30IIL 14 03 00.83 + 54 14 32.8 KOLovas
1970H U12005 22 22.50+ 36 00.516.5 18065 5482 .S?...0.34 0.86 13. W 15. N17.0 > * AUG29 + Priser
1970I P70967 23 17.68+ 6 00.116.0 10269 13341 .S....0.40 0.90 12. W 5. S18.0 > * SEP 4 + P1Kowal
1970J N 7619 23 20.24+ 8 12.412.7 22 3762 .E....0.08 1.42-5 27. W 30. S15.0 =B *OCT 7 SEP24Ia + ASRosino
1970K M 06-06-77 2 42.58+ 36 32.816.7 11712 .S..5.0.01 0.70 5 0.3 E 8. S18.5 > * OCT 6 + P1Kowal
1970L N 2968 9 43.20+ 31 55.713.1 5847 1566 .S..2.0.16 1.34 2 120. E 75. N13.3 > * OCT31I + ZMWild
1970M ANON 10 48.3 + 14 03. 16.5 13. E 1. N16.5 > * NOV26 + ? KOLovas
1970N N 365 1 04.32- 35 07.212.0 455 9952 .SBR4.0.23 1.00 43 000. 17. N18.8 > * AUG 3 + van Agt
1970O ANON 12 26.3 + 27 45. 17.5 .S.... 000. 7. N13.7 > * FEB 2 + ASRomano
1970P N 5230 13 35.53+ 13 40.513.4 3021 6852 .SBS5.0.03 1.27 52 12. W 34. S17.2 > * JUN 4 + Mnatsakanian
1971A U 6322 11 18.28+ 28 15.614.7 17636 9855 .LA.+.0.09 1.09-13 18. E 13. S16.5 > * JAN31 + P1Kowal
1971B M 08-22-25 11 52.59+ 49 08.316.0 85 .I....0.21 0.8410 22. W 20. S17.5 > * JAN31 + P1Kowal
1971C N 3904 11 49.22- 29 16.611.9 10 1576 .E.2+.0.16 1.48-5 167. W 60. S15.3 >V * JAN31 + Jolly
1971D N 5861 15 09.26- 11 19.312.4 15065 1888 .SBT5.0.34 1.46 52 33. E 2. N15.5 >V * FEB24 + ? Jolly, Dunlap
1971E P91443 15 25.21+ 26 21.216.5 13878 .S..5.0.55 0.73 5 9. E 8. S17.5 > * MAR22 + P1Kowal
1971F E 446-G33 14 13.93- 32 36.516.0 4257 11667 .S..3.0.25 0.82 39 44. W 6. N17.3 > * MAR23 + P1Zwicky
1971G N 4165 12 12.20+ 13 14.814.7 16354 1859 .SBR1.0.22 1.08 16 3. E 30. S13.5 =B *APR10 MAR29Ia 12 12 12.0 + 13 14 16. ASRosino
1971H LEDA1831799 11 20.80+ 28 17.818.0 14774 .S..5.0.49 0.70 5 11. E 30. S18.0 > * APR18 + P1Kowal
1971I N 5055 13 15.82+ 42 02.1 9.7 10254 504 .SAT4.0.22 2.12 43 2. W 147. S11.9 =B *MAY29 MAY24Ia 13 15 49.6 + 41 59 15. Jolly, Clark
1971J LEDA1441502 12 06.01+ 13 49.318.0 417340 .S..1.0.11 0.47 1 1. E 1. N18.0 > * MAY24 + P1Kowal
1971K N 3811 11 41.27+ 47 41.613.0 17143 3105 .SBR5.0.13 1.35 55 30. W 17. S16.2 =B *JUN19 JUN12II: + GAKulikovskij
1971L N 6384 17 32.41+ 7 03.611.2 1459 1665 .SBR4.0.27 1.70 41 27. E 20. N13.2 =B *JUN29 JUN24Ia + Logan
1971M ANON 16 58.7 + 66 12. 17.0 .S.... 13. E 6. S19.0 > * AUG18 + Kirshner
1971N P 848 0 12.26+ 28 38.916.5 117748 7195 .S..5.0.17 0.78 5 5. W 5. N17.0 > * AUG20 + P1Kirshner
1971O M 03-59-59 23 28.40+ 18 27.316.5 13434 12154 .S..5.0.08 0.73 5 7. E 2. S16.8 > * AUG30 + ?? Kormendy
1971P N 7319 22 36.06+ 33 58.614.8 11246 6747 .SBS4P0.15 1.11 4 27. E 18. S16.8 > * AUG19I: + ASRosino
1971Q ANON 1 10.7 + 31 34. 16.5 .S.... 8. W 3. N18.5 > * AUG29 + ?? Kormendy
1971R I 4798 18 58.34- 62 07.213.2 11148 4511 .LAS0.0.17 1.28-2 8. E 8. S13.0 > * OCT 1 + Fairall
1971S N 493 1 22.15+ 0 56.813.0 6178 2338 .SB.5.0.55 1.51 55 48. E 38. N15.6 =B *NOV15 NOV15II: + Pigatto
1971T N 1090 2 46.56- 0 14.812.8 10664 2758 .SBT4.0.33 1.56 44 17. W 13. S16.0 >V * NOV23 + P1Kowal
1971U U 5912 10 48.46+ 26 35.014.5 8527 6295 .SBS5.0.05 1.10 53 10. E 3. S15.5 >V * DEC16I + Ford, Rubin
1971V ANON 1 28.8 + 32 11. 16.0 .S..5. 5 8. E 21. N17.0 > * AUG 1 + ASRosino, Gallivan
1972A LEDA1813755 15 14.71+ 27 37.918.0 4 1968 .S....0.39 0.56 1. E 1. N17.0 > * JAN20 + P1Kowal
1972B ANON 11 14.8 + 54 30. 17.0 .S.... 6. E 3. N18.5 >V * JAN18 + P1Kowal
1972C N 3947 11 53.34+ 20 45.214.2 11141 6197 RSBT3.0.12 1.15 33 28. E 9. N16.0 > * JAN18 + P1Kowal
1972D ANON 10 41.6 + 12 10. 18.5 .S..5. 5 2. E 1. N18.5 > * MAR14 + P1Kowal
1972E N 5253 13 39.93- 31 38.710.8 4369 404 .S?.8.0.40 1.69 8 38. W 100. S 8.4 =B *MAY 9 MAY 6Ia 13 39 52.7 - 31 40 09. P1Kowal
1972F M 09-20-97 12 07.15+ 53 40.316.0 65 .E....0.06 0.88-5 17. E 15. S16.0 > * MAY18 + ??KOLovas
1972G ANON 17 19.9 + 65 55. 18.5 .E.... -5 7. W 6. N18.0 > * MAY18 + P1Kowal
1972H N 3147 10 16.89+ 73 24.011.4 15530 2820 .SAT4.0.06 1.63 43 31. E 37. N15.0 =B *JUL29 AUG 8I + GAGoranskij
1972I ANON 23 15.2 + 14 58. 16.0 12194 .SB.3. 3 7. W 9. N17.5 > * JUL14 + P1Kowal
1972J N 7634 23 21.70+ 8 53.213.7 9541 3225 .LB...0.12 1.08-2 5. W 30. S14.9 =B *AUG21 AUG13I + Pigatto
1972K ANON 1 09.0 + 32 13. 16.5 .E.... -5 1. W 28. N16.0 > * SEP 1 + P1Huchra
1972L N 735 1 56.64+ 34 10.513.9 13673 4629 .S..3.0.47 1.23 31 28. E 21. S15.0 > * SEP 3 1 56 40.60 + 34 10 14.0 P1Huchra
1972M N 7564 23 15.63+ 7 17.415.6 10252 3. E 6. S18.0 > * OCT 8 + P1Kowal
1972N U 279 0 28.25+ 30 48.114.3 11477 6298 .SB.4.0.53 1.20 4 41. W 22. N17.0 >V * OCT 8 + P1Kowal
1972O ANON 5 19.1 + 6 00. 18.0 .S.... 1. W 5. S18.5 >V * OCT 8 + P1Kowal
1972P ANON 1 19.5 + 0 32. 17.5 .S.... 1. E 6. N18.0 >V * OCT 8 + P1Kowal
1972Q N 4254 12 18.82+ 14 25.110.2 5830 2407 .SAS5.0.06 1.73 52 15. E 97. N16.1 =B *DEC16 DEC14IIP + ASRosino
1972R N 2841 9 22.03+ 50 58.5 9.9 14763 638 .SAR3.0.32 1.88 31 46. W 70. S16.0 > * DEC 5IPec + ZMWild
1972S ANON 12 17.3 + 23 55. 17.7 .S..1. 1 1. W 1. S16.3 > * APR 6 + Erastova
1973A N 3574 11 12.20+ 27 37.515.7 2832 10232 .S?...0.07 0.84 2. W 30. N18.0 >V * JAN11 + P1Kowal
1973B ANON 15 15.2 + 2 44. 16.5 27. W 16. S15.5 =V:*JAN27 JAN12I + P1Kowal
1973C N 3656 11 23.65+ 53 50.613.4 16941 2869 .S..0.0.12 1.17 0 11. W 6. S17.0 >V * JAN11 + P1Kowal, Shakhbazyan
1973D N 3570 11 12.06+ 27 35.415.0 17212 10535 .L....0.01 1.01-2 16. E 10. S17.0 >V * JAN30 + P1Kowal
1973E ANON 12 57.1 - 5 01. 16.4 .I.... 10 000. 4. S16.2 > * APR 6 + P1Zwicky
1973F N 4944 13 03.83+ 28 11.113.3 8973 6989 .S..1.0.42 1.22 1 27. E 3. N15.8 =B *APR 9 MAR31I 13 03 52.0 + 28 11 11. Kohoutek
1973H M-01-31-04 12 05.46- 4 16.115.7 9257 9189 .SX.1.0.25 0.96 1 3. E 16. S18.5 > * APR 6 + P1Zwicky
1973I ANON 13 18.3 - 6 56. 19.5 .I.... 10 6. E 14. S20.5 > * APR 6 + P1Zwicky
1973J N 4939 13 04.25- 10 20.312.2 566 3111 .SAS4.0.36 1.70 42 17. E 6. S16.0 > * MAY21 + ZMWild
1973K ANON 12 13.7 - 5 59. 18.3 .S.... 6. E 4. N19.1 > * APR26 + P1Zwicky
1973L P71495 23 27.71+ 14 32.715.7 113741 9269 .S..5.0.12 0.82 5 5. W 6. S18.5 >V * JUN 8 + P1Kowal
1973M N 7609 23 19.50+ 9 30.415.3 80 11885 DE....0.12 0.71-4 10. E 2. N19.0 >V * JUN 8 + P1Kowal
1973N N 7495 23 08.95+ 12 02.914.7 1427 4887 .SXS5.0.05 1.24 53 14. W 7. S15.2 =B:*AUG31 SEP 2Ia + ZMWild
1973O N 7337 22 37.44+ 34 22.415.7 17440 6581 .SBT3.0.11 1.02 3 26. W 28. S19.0 >V * SEP 4 + ?? Kormendy
1973P U 1993 2 31.67+ 39 22.714.3 14084 8018 .S..3.0.66 1.32 35 13. W 6. N18.0 > * SEP 2 + P1Kowal
1973Q ANON 23 25.2 + 6 20. 19.0 .I.... 10 3. W 5. N18.5 >V * OCT11 + P1Kowal
1973R N 3627 11 20.25+ 12 59.5 8.9 17364 727 .SBS3.0.33 1.94 33 49. W 25. N15.4 =B *DEC23 DEC19IIP + ASRosino
1973S P72292 23 44.76+ 25 41.716.6 4 72 28389 DE....0.13 0.68-5 8. E 3. N18.5 >V * DEC21 + ? P1Kowal
1973T P71062 23 19.27+ 13 54.315.7 1 59 .S..5.0.27 0.62 5 4. W 3. N18.0 >V * DEC24 + P1Kowal
1973U I 43 0 42.36+ 29 38.414.4 8724 4857 .SX.5.0.04 1.17 54 21. W 18. N16.5 >V * DEC24II + P1Kowal
1973V M 09-18-102 11 12.37+ 54 01.715.4 7930 11818 .S..3.0.06 0.90 33 18. W 3. S17.0 >V * DEC24II + P1Kowal
1974A N 4156 12 10.82+ 39 28.414.3 6130 6750 .SBT3.0.06 1.09 31 15. W 15. N20.0 > * JAN28 + ?? Arp
1974B N 5161 13 29.23- 33 10.512.5 7770 2388 .SAS5.0.42 1.76 52 13. W 62. N14.5 > * JAN28 + P1Kowal
1974C N 3310 10 38.77+ 53 30.111.0 13917 993 .SBR4P0.02 1.44 43 8. E 14. S16.5 > * FEB26 + van der Kruit, Arp
1974D N 3916 11 50.85+ 55 08.714.8 4681 5734 .SA.3.0.60 1.13 34 34. E 31. N15.5 > * MAR20 + ??KOLovas
1974E N 4038 12 01.88- 18 51.911.0 8048 1642 .SBS9P0.17 1.58 94 62. E 42. S14.0 > * MAR21 + KOLovas
1974F ANON 10 43.9 + 14 01. 18.0 .E.... -5 1. W 5. N18.0 > * MAR28 + P1Kowal
1974G N 4414 12 26.46+ 31 13.410.9 16956 716 .SAT5.0.24 1.55 54 27. E 56. S12.7 =B *MAY 1 APR20Ia + Burgat
1974H M 02-59- 36 23 24.43+ 13 58.316.0 10327 13140 DL....0.05 1.09-3 24. E 9. S17.5 >V * JUL23 + P1Kowal
1974I ANON 17 31.5 + 43 23. .SB.3. 3 11. W 23. N18.0 >V * JUL15 + Mnatsakanian
1974J N 7343 22 38.63+ 34 04.314.3 16038 7469 PSBS4.0.10 1.00 42 10. E 17. S16.0 =B *OCT14 OCT 9Ia + ASRosino
1974K ANON 1 31.0 + 32 19. 16.5 .S.... 2. W 6. S17.5 > * NOV18 + P1Kowal
1975A N 2207 6 16.37- 21 22.311.3 11660 2741 .SBT4P0.28 1.66 42 59. E 55. N14.7 =B *JAN18 JAN15Ia + J.Dunlap, Y.Dunlap
1975B P12417 3 19.62+ 41 38.016.0 16254 8574 .L....0.22 0.75-2 1. E 10. N15.5 > * APR 1I + KOLovas
1975C N 4246 12 17.97+ 7 11.014.0 8361 3720 .SAS5.0.29 1.36 53 46. W 18. S18.0 >V * MAR15 + P1Kowal
1975D U 5793 10 39.31+ 14 50.915.2 17290 6601 .S..2.0.71 1.05 2 2. E 11. N17.0 > * MAR15 + P1Kowal
1975E N 4102 12 06.39+ 52 42.611.8 3857 846 .SBS3.0.25 1.49 33 21. E 27. N16.7 >V * MAY 7 + J.Dunlap, Y.Dunlap
1975F N 2935 9 36.74- 21 07.710.9 16941 2277 PSBS3.0.12 1.62 32 5. E 10. S15.0 >V * MAY14Pec + J.Dunlap, Y.Dunlap
1975G M 09-23-25 14 01.27+ 54 25.114.9 8566 1940 .S..2.0.36 0.97 2 14. E 2. S14.7 =B *JUN 8 JUN11Ia + KOLovas
1975H ANON 15 08.9 + 6 57. 16.5 .SB.3. 3 5. W 9. S18.5 >V * JUL12 + Marcario
1975I ANON 23 19.0 + 15 01. 18.0 .S.... 1. W 10. S18.0 >V * JUN10 + P1Kowal
1975J ANON 3 12.1 + 42 09. 16.0 .S.... 20. W 6. S15.5 >V * AUG11 + P1Huchra
1975K N 6195 16 36.54+ 39 01.714.7 4248 9022 .S..3.0.17 1.19 31 3. E 8. N17.8 > * AUG 9 + P1Kowal
1975L ANON 1 02.1 + 31 31. 18.7 1. W 6. S18.0 >V * AUG 8 + P1Kowal
1975M M 05-03-76 1 10.04+ 32 54.815.5 111452 10417 .S....0.20 0.76 7. E 1. S18.2 >V * SEP 9 + P1Kowal
1975N N 7723 23 38.95- 12 57.712.1 4048 1875 .SBR3.0.17 1.52 33 30. W 25. N13.7 =B *NOV 4 OCT24Ia + ZMWild, Lipovetskij
1975O N 2487 7 58.34+ 25 09.014.0 11534 4841 .SB.3.0.08 1.36 3 26. E 15. N15.4 =B *NOV28 NOV30I + P1Kowal
1975P N 3583 11 14.19+ 48 19.211.6 13454 2136 .SBS3.0.22 1.37 33 51. E 37. S14.7 =B *NOV12 DEC 1I + P1Kowal
1975Q ANON 1 03.6 + 32 02. 16.0 .S.... 10. W 4. N15.5 >V * NOV 9 + P1Kowal
1975R KUG0137+320 1 39.86+ 32 19.516.6 4 1362 .S....0.31 0.65 2. E 21. N15.0 > * DEC 7 + ??KOLovas
1975S N 1325 3 24.42- 21 32.512.6 5372 1589 .SBS4.0.45 1.68 43 53. E 77. N14.6 >V * DEC30II: + J.Dunlap, Y.Dunlap
1975T N 3756 11 36.81+ 54 17.812.1 17561 1289 .SBT4.0.29 1.58 43 54. W 34. S16.0 =B *JAN 7 DEC28IIP + ZMWild
1975U ANON 0 29.21- 60 04.5 6.5 E 0.7 N18. >J * SEP10 0 29 13.2 - 60 04 29. ? MNMcNaught
1975V ANON 20 18.24- 69 03.7 .S.... 5.7 W 0.1 N19. >J * AUG29 20 18 13.23 - 69 03 38.8 ? MNMcNaught
1976A N 5004A 13 11.03+ 29 34.715.3 17261 7252 .SB.2.0.29 1.09 2 7. W 18. N16.5 > * FEB28 + ??KOLovas
1976B N 4402 12 26.13+ 13 06.713.6 8877 232 .S..3.0.53 1.55 37 63. E 2. S15.2 =B *APR 4 MAR28Ib: + KOLovas
1976C I 1231 16 46.98+ 58 25.313.7 15364 2937 .S..5.0.33 1.31 5 35. E 35. S14.5 > * JUN 1 + ? Paparo
1976D N 5427 14 03.43- 6 01.912.0 17041 2618 .SBS5P0.12 1.46 51 35. E 34. N14.5 >V * AUG24I + Wade
1976E N 7177 22 00.70+ 17 44.212.2 9050 1150 .SBR3.0.18 1.49 33 7. W 13. S16.5 >V * SEP23 + J.Dunlap
1976F U 2100 2 37.50+ 33 37.915.2 3 6244 4370 .S..7.0.14 0.88 7 000. 12. S16.9 = *SEP24 SEP24II: + GAKurochkin
1976G N 488 1 21.79+ 5 15.311.6 1541 2272 .SAR3.0.12 1.73 31 000. 111. S15.0 > * OCT21 + KOLovas, Wild
1976H I 1801 2 28.21+ 19 35.014.8 3060 4023 .SB.3.0.28 1.08 3 5. W 16. S15.0 > * OCT24 + ??KOLovas
1976I M-01-03-59 1 00.89- 7 02.515.0 5840 .SB.1.0.11 0.91 1 17. E 10. N17.5 > * OCT24 + ??KOLovas
1976J N 977 2 33.06- 10 45.513.0 2646 4579 PSXR1.0.15 1.28 1 10. W 25. S15.0 =B *DEC17 DEC15I + ASRosino
1976K N 3226 10 23.46+ 19 53.913.3 12 1151 .E.2.P0.09 1.37-5 27. E 22. N17.0 > * DEC21 10 23 28.8 + 19 54 15. Klemola
1976L N 1411 3 38.75- 44 06.012.0 1043 983 .LAR-.0.13 1.37-3 170. E 000. 17.0 > * OCT28I + Arp, Madore
1976O E 234-G16 20 23.42- 50 32.714.6 5836 5196 .SAT5.0.09 1.09 54 6.1 W 13.7 N16. > * AUG19 20 23 24.8 - 50 32 30. ??MNMcNaught
1976P ANON 8 08.02- 65 46.0 6. E 0.7 N20. > * APR 2 8 08 01.90 - 65 46 04.8 ??MNMcNaught
1976Q ANON 21 20.92- 67 13.4 .S.... 0.8 W 5.2 S18.5 >J * NOV14 21 20 54.97 - 67 13 24.0 ??MNMcNaught
1977A N 4340 12 23.59+ 16 43.512.4 10240 950 .LBR+.0.11 1.50-1 11. W 41. N16.2 = * JAN27 + GAKulikovskij
1977B N 5406 14 00.34+ 38 54.813.1 11844 5202 .SBT4.0.14 1.25 42 33. W 23. S14.0 > * MAR18 + KOLovas
1977C M 11-10-52 8 03.41+ 67 08.915.4 3941 .S..1.0.12 0.96 1 3. E 17. N16.0 > * OCT15I + Young, Ritchie
1977D U 1558 2 03.92+ 11 57.715.8 15544 5295 .SB.9.0.14 0.88 99 16. W 5. N16.5 >V * OCT11 2 03 54.0 + 11 57 52. Shao
1977E M 14-04-39 7 58.22+ 85 43.015.3 1450 .E....0.18 0.91-5 2. W 3. N15.0 > * DEC18 + KOLovas
1977F U 5912 10 48.46+ 26 35.014.5 8527 6295 .SBS5.0.05 1.10 53 10. E 19. S15.6 =B:*JAN 4 JAN15I + ASRosino
1977I M-05-03-26 1 08.10- 27 37.715.3 1 6556 11329 .S..2.0.24 0.89 2 1.5 E 20.4 S18. >J * AUG18 1 08 06.39 - 27 38 04.0 ? MNMcNaught
1978A M-04-32-23 13 30.30- 21 44.915.0 7761 7270 .S..3.0.29 0.95 3 15. W 000. 17.0 > * MAY 8IIPec 13 30 16.4 - 21 44 52. Gilmore
1978B U 6335 11 19.77+ 59 16.815.1 21 2927 .SAS5.0.03 1.20 5 1. W 24. S14.0 > * JUL 3II + Young, Ritchie
1978C M-05-09-22 3 42.18- 27 52.014.0 13058 4093 PSBS5P0.26 1.23 53 15. E 10. N18.5 > * AUG14II + Schweizer, Phillips
1978D ANON 23 06.6 - 44 27. 21000 11. E 6. S20.0 >V * SEP23I + Lee, Zealey
1978E M 06-49-36 22 35.00+ 37 12.015.0 12530 4856 .S..5.0.06 0.81 5 7. E 7. N15.4 =B *NOV 1 OCT27Ia + ZMWild
1978F ANON 7 52.9 + 73 19. 4500 8. W 1. S18.0 > * NOV 2Pec + KOLovas
1978G I 5201 22 20.96- 46 02.112.8 2066 915 .SBT5.0.36 1.86 55 96. W 42. N12.9 >V * NOV24IIn 22 20 48.31 - 46 01 22.5 Blades, Griffiths, Ward
1978H N 3780 11 39.39+ 56 16.212.2 9036 2399 .SAS5*0.09 1.46 54 14. E 13. S16.5 >V * NOV 7II 11 39 23.67 + 56 16 00.9 ZMWild
1978I ANON 21 41.5 - 43 11. 22.0 .E.... -5 1. W 000. 21.4 > * JUL25 + Hawkins
1978J ANON 22 26.24- 67 10.4 7.8 W 3.8 N17.5 > * OCT26 22 26 12.99 - 67 10 23.2 MNMcNaught
1978K N 1313 3 18.26- 66 29.8 9.4 3940 475 .SBS6.0.11 1.97 67 218. W 193. S16.0 >B * JUL31IIPec 3 17 38.61 - 66 33 04. Ryder, M.Dopita et al.
1978L ANON 20 46.58- 53 19.1 7.0 W 3.3 S18. >R * AUG25 20 46 34.30 - 53 19 10.4 ? MNMcNaught
1979A N 4647 12 43.54+ 11 34.912.5 12534 1422 .SBT5.0.08 1.45 56 50. W 30. N15.0 >V * JAN25I + ABKimeridze
1979B N 3913 11 50.65+ 55 21.114.2 16921 954 PSAT6.0.03 1.38 65 40. E 20. N12.3 =B *MAR15 FEB28Ia 11 50 43.4 + 55 21 33. ASRosino
1979C N 4321 12 22.92+ 15 49.410.6 3036 1571 .SXS4.0.09 1.88 41 56. E 87. S11.6 =B *APR15 APR19IIL 12 22 58.63 + 15 47 51.7 G.Johnson
1979D E 153-G27 2 10.52- 53 50.214.4 14970 5704 RSBR0.0.41 1.20 0 6. E 15. N18.5 > * AUG19 + ? CRMaza
1979G M-01-08-23 2 58.29- 4 49.115.5 16152 9226 .L....0.20 1.03-2 9. E 4. S16.5 >B * DEC17 2 58 18.38 - 4 49 10.4 ?? Francic
1980A U 7395 12 20.46+ 31 10.214.5 438 6734 .SB.5.0.10 0.81 5 9. E 9. S15.5 > * FEB21 + ??KOLovas
1980B M 09-19-42 11 19.88+ 54 27.815.4 16532 12217 .SB.5.0.07 0.95 5 16. E 000. 16.0 > * FEB22 + ??KOLovas
1980C ANON 13 45.4 + 47 45. 7. W 000. 17.5 > * FEB22 + ? KOLovas
1980D N 3733 11 35.03+ 54 51.113.2 16971 1185 .SBS5.0.43 1.65 5 32. W 113. N14.5 =B *MAR11 MAR17IIP 11 34 58.16 + 54 52 55.6 ZMWild
1980E ANON 13 19.7 + 34 14. 8. W 7. S16.0 > * APR18 + ? KOLovas
1980F M-03-34-61 13 21.84- 17 20.113.1 10440 7064 PLAS-.0.11 1.17-3 37. E 32. N17.0 > * MAY18I + CRMaza, Gonzalez
1980G ANON 13 34.1 - 33 30. 5. W 5. N18.0 > * JUN13 + CRMaza, Torres
1980H ANON 13 47.9 - 32 32. 14. W 6. N19.5 > * JUN13 + CRMaza
1980I *N 4374-4406 + 12.5 =B:*JUN21 JUN13Ia 12 25 35.5 + 12 53 35. Rosker
1980J ANON 23 12.41- 41 49.6 3. W 5. S16.5 > * MAY23 + CRGonzalez, Maza
1980K N 6946 20 34.87+ 60 09.210.5 30 48 .SBT5.0.06 2.06 52 280. E 166. S11.6 =B *OCT31 OCT28IIL 20 35 30.07 + 60 06 23.8 ZMWild
1980L N 7448 23 00.06+ 15 58.912.0 17167 2194 .SAT4.0.37 1.41 44 27. W 4. N13.5 > * OCT 8 + ABInasaridze
1980M E 366-G05 6 38.95- 36 41.214.8 8948 9093 .S..5.0.17 0.93 5 23. W 46. S17.0 > * NOV30 + CRWischnjewsky
1980N N 1316 3 22.69- 37 12.510.1 5047 1760 .LXS0P0.16 2.07-2 220. E 20. S12.5 =B *DEC11 NOV30Ia + CRWischnjewsky
1980O N 1255 3 13.54- 25 43.412.1 11553 1697 .SBT4.0.21 1.62 43 73. W 59. S17.0 > * DEC30II + Schuster
1980P N 5854 15 07.81+ 2 34.113.1 5577 1737 .LBS+.0.54 1.43-1 15.0 > * MAR20I + Faber
1980Q ANON 15 01.35+ 1 45.7 .S.... 9.7 E 7.7 S19.0 > * MAR20 15 01 21.39 + 1 45 35.6 MNMcNaught
1981A N 1532 4 12.09- 32 52.511.8 3377 1196 .SBS3P0.54 2.10 32 70. E 15. N13.0 =V * FEB24II + EVEvans
1981B N 4536 12 34.45+ 2 11.311.2 13068 1808 .SBT4.0.39 1.86 42 39. E 42. N12.0 =B *MAR 9 MAR 2Ia 12 34 29.62 + 2 11 59.6 GATsvetkov
1981C N 5090 13 21.22- 43 42.312.9 109 3421 .E.2..0.07 1.45-5 15. E 20. S14.5 > * MAR 2 + ??CRMaza
1981D N 1316 3 22.69- 37 12.510.1 5047 1760 .LXS0P0.16 2.07-2 20. W 100. S12.6 =B *MAR16 MAR 1Ia + EVEvans
1981E N 5597 14 24.46- 16 45.812.6 6536 2683 .SBS5.0.09 1.30 63 17. W 13. S17.0 > * MAY29II + CRWischnjewsky
1981F N 4716 12 50.55- 9 27.014.3 9641 4473 .L..0P0.12 1.04-2 1. W 11. N15.0 > * MAY30I + CRWischnjewsky
1981G N 4874 12 59.59+ 27 57.513.7 45 7224 .E+0..0.05 1.42-4 15. E 10. N15.0 > * JUN 2I + KOLovas
1981H ANON 20 19.21- 23 39.7 1. E 8. N18.5 > * JUN 4 + ??CRGonzalez
1981I E 356-G20 2 57.41- 35 34.114.0 5353 7421 .SAR2.0.21 1.11 2 14. E 7. S15.0 > * AUG10 + CRWischnjewsky
1981J U 8975 14 03.27+ 38 31.914.2 2161 5690 .S..5.0.29 1.02 5 12. W 8. S15.0 > * MAR11I + Sanduleak
1981K N 4258 12 18.97+ 47 18.3 9.6 15070 448 .SBS4.0.42 2.23 44 17. E 76. N16.0 > * NOV 3II: 12 18 59.46 + 47 19 31.3 ZMHummel, Wild
1982A M-05-28-17 11 58.10- 29 03.216.0 5836 8553 .L....0.09 0.99-2 14. W 1. N16.5 > * JAN19 + ??CRWischnjewsky
1982B N 2268 7 14.25+ 84 22.812.1 7861 2222 .SBR4.0.29 1.49 43 23. E 16. N13.5 =B *FEB15 FEB12Ia 7 14 33.61 + 84 23 12.0 ZMWild
1982C N 4185 12 13.36+ 28 30.613.5 16447 3904 .SB.4.0.16 1.35 43 28. E 47. S16.4 >B * MAR22Ia + KOLovas
1982D N 5679B 14 35.15+ 5 21.514.5 12754 8654 .S..3.0.22 1.09 3 18. W 000. 18.0 > * MAR23 + ? Arp, Sulentic
1982E N 1332 3 26.29- 21 20.211.6 12270 1524 .L.S-.0.42 1.62-3 318. E 171. N14.0 > * MAR29 + CRWischnjewsky
1982F N 4490 12 30.62+ 41 38.310.1 15167 565 .SBS6P0.37 1.80 65 35. E 20. S15.5 =B:*MAR 6 APR15IIP + ZMWild
1982G E 382-G49 13 21.54- 35 47.7 M..... 3. E 14. S18.0 > * APR16 + ??CRWischnjewsky
1982H ANON 22 59.0 - 40 37. 7. E 5. N18.0 > * MAY30 + ??CRGonzalez
1982I E 285-G10 20 25.76- 46 08.916.7 2158 .S..5.0.26 0.78 5 10. E 10. N18.5 > * JUN21 + ??CRWischnjewsky
1982J ANON 13 39.7 - 31 43. .S.... 32. W 1. N16.5 > * JUN22 + ??CRWischnjewsky
1982L N 7713 23 36.23- 37 56.411.8 17166 689 .SBR6.0.36 1.67 66 28. E 32. N16.0 > * JUL21II: + CRWischnjewsky
1982M ANON 0 06.8 - 41 25. 2. W 7. N19.5 > * JUL21 + CRGonzalez
1982N ANON 21 15.2 - 65 56. 16. E 18. N17.0 > * AUG18 + ?? Wischnjewsky
1982O N 521 1 24.57+ 1 43.912.9 1321 5018 .SBR4.0.03 1.48 41 22. W 16. S15.0 > * AUG19 + ??KOLovas
1982P E 194-G24 0 31.42- 49 35.314.5 5555 .S..7.0.23 1.04 7 10. W 14. S18.0 > * AUG18 + ??CRWischnjewsky
1982Q ANON 2 32.2 - 34 49. 2. E 9. S19.0 > * SEP17 + CRGonzalez
1982R N 1187 3 02.63- 22 52.111.3 12948 1396 .SBR5.0.17 1.74 52 27. E 61. N14.8 =B:*OCT 6 OCT24Ib: 3 02 39.51 - 22 51 01.5 Muller, Pizarro
1982S E 150-G20 0 43.37- 55 19.714.5 573 7948 PSBR4.0.46 1.24 42 9. W 6. N18.5 > * OCT19 + CRGonzalez
1982T ANON 6 40.5 - 37 03. 1. E 7. N17.0 > * OCT18 + CRGonzalez
1982U E 308-G16 6 35.64- 39 15.515.0 3430 .SBS5.0.06 1.13 51 4. E 9. S16.0 > * NOV11 + CRWischnjewsky
1982V U 2156 2 40.32+ 32 15.614.5 15630 4488 .SAR5.0.06 1.19 5 3. W 14. N15.1 =B *NOV20 NOV22I 2 40 18.89 + 32 15 59.4 ZMWild
1982W N 5485 14 07.19+ 55 00.112.4 17044 2000 .LA..P0.14 1.43-2 19. W 63. N14.2 =B:*DEC 2 DEC14Ia 14 07 09.06 + 55 01 07.9 KOLovas
1982X U 4778 9 07.19+ 50 42.714.2 0 11261 .S..3.0.00 0.91 33 92. W 23. N16.5 > * FEB19 + ??KOLovas
1982Y U 5449 10 07.97+ 68 21.915.3 7046 10663 .SB.5.0.15 0.96 5 12. E 5. N17.0 > * FEB20 + ??KOLovas
1982Z ANON 7 35.62- 47 16.8 .S.... 11.5 E 1.2 S19. >R * FEB12 7 35 38.07 - 47 16 47.4 ??MNMcNaught
1983A E 323-G25 12 52.64- 39 01.713.0 9658 4229 PSBS4.0.26 1.30 42 15. W 15. S17.5 > * JAN13 12 52 37.7 - 39 01 58. CRWischnjewsky
1983B ANON 11 10.5 + 58 24. .S.... 12. W 10. S17.0 > * FEB 4 + ASTuratto
1983C ANON 11 54.2 - 29 04. .S.... 16. E 16. N18.0 > * JAN12 + CRMaza
1983D ANON 3 26.8 - 55 05. 2. E 12. N17.5 > * FEB15 + CRGonzalez
1983E N 3044 9 53.66+ 1 34.712.4 11290 1292 .SBS5.0.79 1.66 54 29. E 11. S14.9 =B *MAR15 MAR13IIL + GAMetlova
1983F ANON 18 42.4 - 67 02. .S.... 000. 000. 18.0 > * MAR12 + ??CRGonzalez
1983G N 4753 12 52.38- 1 11.911.7 8859 1239 .L....0.27 1.74-2 17. W 14. S12.9 =B *APR 9 APR 4Ia 12 52 20.9 - 1 12 12. EVOkazaki, Evans, Tsvetkov
1983I N 4051 12 03.16+ 44 31.811.5 13527 700 .SBT4.0.05 1.71 43 22. E 51. S13.7 =B *APR27 MAY12Ib + GATsvetkov, Kielkopf et al.,
1983J N 3106 10 04.09+ 31 11.114.0 8956 6205 .L....0.24 1.08-2 11. E 12. S16.0 > * APR 8 + GAMetlova
1983K N 4699 12 49.04- 8 39.810.5 4541 1394 .SBT3.0.12 1.59 3 148. E 131. N12.4 =B *JUN23 JUN 6IIPL 12 49 12.24 - 8 37 42.4 CRWischnjewsky
1983L N 7038 21 15.14- 47 13.212.5 12862 4938 .SBS5.0.31 1.53 52 26. E 24. S17.1 >V * JUN14I + Pizarro, Schild
1983M N 7418A 22 56.70- 36 46.415.5 9153 2102 .SAT6.0.21 1.44 68 84. E 40. N16.0 > * JUN 9 22 56 48.05 - 36 45 41.7 ??CRWischnjewsky
1983N N 5236 13 37.00- 29 52.1 8.0 4524 516 .SXS5.0.04 2.15 53 122. W 124. S11.4 =B *JUL17 JUL 3Ib 13 36 51.24 - 29 54 02.7 EVEvans
1983O N 4220 12 16.20+ 47 53.012.4 14073 914 .SAR0.0.47 1.56 04 19. E 15. S14.5 >V * JUN30 12 16 13.30 + 47 52 45.6 ZMWild
1983P N 5746 14 44.94+ 1 57.212.3 17590 1724 .SBT3.0.76 1.84 35 7. E 5. S13.0 >V *JUL 5 JUL11I + Nunes, Pellegreni, et al.
1983Q E 294-G02 0 18.10- 37 42.615.3 16075 6907 .SBT3.0.50 1.12 34 4. E 18. S18.0 > * JUL12 + CRGonzalez
1983R I 1731 1 50.21+ 27 11.814.2 13256 3503 .SBS5.0.24 1.17 5 9. E 10. N14.0 =B *SEP26 SEP17Ia 1 50 13.1 + 27 11 55. ZMWild, Metlova
1983S N 1448 3 44.53- 44 38.611.3 4083 1164 .SA.5.0.64 1.89 55 30. E 5. N14.5 >V * OCT 6II + EVEvans
1983T U10473 16 36.90+ 36 25.415.0 17077 9366 .SB.1.0.54 1.18 1 7. E 5. S16.0 > *SEP13 SEP10I + GAMetlova
1983U N 3227 10 23.52+ 19 51.812.2 15655 1157 .SBS1P0.23 1.69 14 17. W 2. N13.1 =B *OCT30 NOV 4Ia 10 23 29.41 + 19 51 55.8 Pronik
1983V N 1365 3 33.61- 36 08.311.2 1253 1636 .SBS3.0.21 2.05 31 57. W 30. S13.5 >V * NOV25Ib 3 33 31.63 - 36 08 55.0 EVEvans, Lindblad, Grosbol
1983W N 3625 11 20.53+ 57 46.913.9 14878 1940 .SBS3.0.55 1.30 3 10. E 2. N13.3 =B *DEC23 DEC 6Ia + ZMSchildknecht
1983X E 270-G05 13 21.64- 45 55.914.3 9254 4550 PSBS3.0.22 1.23 3 18. W 10. S18.0 > * APR 6 + ??CRGonzalez
1983Y N 7083 21 35.75- 63 54.312.6 656 3109 .SAS4.0.24 1.55 42 57. E 10. S18.0 > * APR14 + ??CRWischnjewsky
1983Z N 7418 22 56.60- 37 01.811.8 13841 1446 .SBT5.0.12 1.59 54 11. W 52. S15.5 > * SEP 3 + ??CRGonzalez
1983ab *ANON 16 22.58+ 36 45.3 .S.... 6. W 5. N16.3 =B *SEP 4 AUG27 16 22 34.0 + 36 45 25. GAAntipin
1984A N 4419 12 26.95+ 15 02.812.2 13373 -261 .SBS1.0.46 1.52 1 10. W 27. N12.4 =B *JAN16 JAN 4Ia 12 26 55.75 + 15 03 18.1 ABKimeridze
1984B M 09-19-19 11 15.70+ 55 55.416.0 6652 .S..5.0.20 0.87 5 8. E 5. S16.9 =B *JAN31 FEB 1II: + GAMetlova
1984C ANON 13 38.5 - 27 55. 8. E 000. 17.5 > * MAR 2 + P1Kowal
1984D U 4433 8 28.52+ 17 27.914.3 1446 6299 .S..5P0.15 1.01 5 5. W 19. N16.6 > * JAN 5 + GATsvetkov
1984E N 3169 10 14.24+ 3 28.111.5 4559 1238 .SAS1P0.27 1.67 12 60. W 15. N15.2 =B *APR 1 MAR26IIL 10 14 11.01 + 3 28 13.0 GAMetlova, Okazaki, Evans
1984F U 4260 8 11.16+ 46 27.914.3 147 2254 .I..9.0.08 1.10108 24. E 19. S15.6 >B:*MAR20 MAR30II: + GAMetlova
1984G ANON 10 29.4 - 26 27. 2. W 8. S15.2 =B *APR MAR27II: + CRGonzalez
1984H *E 308-G05 6 25.28- 37 48.115.1 4 7258 9556 .L....0.26 1.01-1 18. W 3. S18.5 > * MAY 2 + ??CRWischnjewsky
1984I E 323-G99 13 14.66- 42 40.614.0 17036 3214 .SBS6.0.09 1.32 66 32. W 29. N15.5 > * MAY10I: + ZMBinggeli, Leibundgut, Tammann
1984J N 1559 4 17.63- 62 47.111.1 6458 1292 .SBS5.0.26 1.58 55 3. W 3. S13.2 = *JUL31 JUL27II + EVEvans
1984K N 6850 20 03.50- 54 50.813.5 14758 4879 .LBS+P0.26 1.34-1 3. E 35. N16.0 > * AUG 2 + CRWischnjewsky
1984L N 991 2 35.54- 7 09.312.7 6027 1532 .SBT5.0.05 1.37 54 32. W 15. S14.0 =B *AUG20 AUG28Ib 2 35 30.47 - 7 09 30.9 EVEvans
1984M I 121 1 28.36+ 2 30.714.3 10654 9024 .S..4.0.22 0.99 4 4. W 15. N14.0 > * AUG29 1 28 21.53 + 2 31 00.5 KOLovas
1984N N 7184 22 02.66- 20 48.712.0 6183 2617 .SBR5.0.64 1.80 53 69. E 54. N14.0 > * JUL20I 22 02 44.7 - 20 47 53. EVEvans
1984O I 4839 19 15.57- 54 37.513.2 13753 2715 RSXS4P0.21 1.34 42 22. E 82. S15.0 > * SEP25I + CRWischnjewsky
1984P U 2679 3 20.06+ 1 21.615.4 11681 6645 PSBT3.0.60 1.28 3 10. W 6. N18.0 > * SEP26 + CAPollas
1984Q U 6518 11 32.34+ 53 54.414.6 1858 2820 .S..4.0.26 0.99 4 2. W 12. N16.8 > * DEC23 11 32 20.4 + 53 54 25. ZMWild
1984R N 3675 11 26.13+ 43 35.110.4 17856 770 .SAS3.0.24 1.79 33 14. W 6. N13.0 >V * DEC 2 11 26 07.36 + 43 35 06.2 Ikeya
1984S N 3336 10 40.28- 27 46.613.0 12141 4000 .SBT5P0.12 1.30 53 2. E 8. N15.0 >V * DEC20 10 40 17.2 - 27 46 28. CRWischnjewsky
1984T LEDA2800762 5 50.05- 24 01.316.5 4 8917 .S.... 1. E 6. S18.0 > * JAN 3 + ? CRGonzalez
1984U N 4246 12 17.97+ 7 11.014.0 8361 3720 .SAS5.0.29 1.36 53 33. E 14. S18.0 > * MAR 2 + ? CRGonzalez
1984V N 6907 20 25.11- 24 48.512.1 5944 3161 .SBS4.0.14 1.57 43 50. W 20. S15.0 > * MAY29 + ? CRGonzalez
1985A N 2748 9 13.75+ 76 28.412.4 3871 1476 .SA.4.0.44 1.48 45 3. W 10. S13.9 =B:*JAN15 JAN25Ia 9 13 42.40 + 76 28 24.1 ZMWild
1985B N 4045 12 02.70+ 1 58.713.5 9153 1981 .SBR1.0.21 1.46 12 27. E 8. N13.0 > * JAN17Ia 12 02 44.08 + 1 58 45.5 Horiguchi
1985C E 436-G36 10 33.81- 28 00.416.1 2590 3611 .S..3.0.78 1.14 3 000. 000. 16.5 >B * FEB15I + Spaenhauer, Cameron
1985D E 264-G32 10 40.64- 46 19.014.7 3644 6925 PSBR1.0.14 1.13 1 1. W 5. S18.2 > * FEB15 + Spaenhauer, Cameron
1985E E 510-G48 14 02.94- 26 10.715.1 3355 13685 .SAS0.0.23 1.02 0 12. W 17. S17.5 >B * MAR 2II + Cameron, Spaenhauer
1985F *N 4618 12 41.55+ 41 09.011.5 3440 544 .SBT7.0.11 1.63 74 14. E 8. N12.1 =B *JUN12 FEB28Ib 12 41 33.01 + 41 09 05.9 Fillippenko, Sargent
1985G N 4451 12 28.68+ 9 15.513.4 16252 864 .S..4.0.20 1.13 45 2. W 7. N15.0 =B *MAR10 MAR21IIP 12 28 40.4 + 9 15 40. Horiguchi
1985H N 3359 10 46.63+ 63 13.412.2 17652 1014 .SBT5.0.20 1.86 53 32. W 22. N16.4 >V *FEB15 APR 3II + Nemec
1985I P49009 13 48.90- 30 01.616.0 4 4748 8559 .S....0.17 0.70 2. W 7. S17.8 > *MAY10 APR28I + ZMLeibungut, Albert
1985K + 17.7 >V * MAY15 12 59 16.2 + 27 59 04. ?? Arganbright
1985L N 5033 13 13.47+ 36 35.610.9 17170 875 .SAS5.0.42 2.01 52 70. W 55. N13.0 =B *JUN15 JUN13IIL 13 13 21.75 + 36 36 32.7 GAMetlova
1985M LEDA129856 22 08.47- 48 30.215.8 416673 .S..5.0.47 0.93 5 1. W 8. S * JUN16 + ZMLeibundgut, Albert
1985N LEDA129018 21 53.52- 55 24.015.9 4 8756 .S..5.0.24 0.84 5 15. E 000. 18.0 > * AUG21 + Gautschy, Singer
1985O U 511 0 50.17+ 31 43.815.6 10384 4591 .S..5.0.66 1.16 5 12. E 8. S16.5 > * SEP 9II + KOLovas
1985P N 1433 3 42.02- 47 13.311.4 9546 1075 PSBR2.0.15 1.79 23 49. E 42. N13.5 > * OCT10IIP 3 42 06.36 - 47 12 36.0 EVEvans
1985Q MKN 516 21 56.37+ 7 22.015.4 8519 0.08 0.73 000. 4. S15.0 > * OCT18I + ?? Cohen, Clark, Smith
1985R I 1809 2 31.67+ 22 55.015.0 5051 5578 PSBS2.0.19 0.93 2 21. W 8. N17.4 > * NOV16II + Peters
1985S M-02-07-10 2 27.54- 10 09.915.5 1 8974 2098 .S..5.0.49 1.19 55 10.7 E 10.7 S12.8 >V * SEP19II + Keel
1985T *E 104-G31 19 03.42- 65 36.615.8 1 3759 .S..5.0.27 0.94 5 22. E 21. N18.0 >R:* JUN15 19 03 28.54 - 65 36 12.4 ? MNMcNaught
1986A N 3367 10 46.58+ 13 45.212.0 12 3037 .SBT5.0.01 1.39 52 24. E 1. S14.4 =B *FEB 7 FEB 4Ia 10 46 36.60 + 13 45 01.0 EVEvans, Cameron, Leibundgut, Lovas
1986B N 5101 13 21.78- 27 25.912.5 12438 1861 RSBT0.0.10 1.76 0 50. W 116. S17.0 > * FEB13I + ZMLeibundgut, Cameron
1986C U 6697 11 43.81+ 19 58.214.3 13590 6725 .S..9.0.71 1.24 9 60. W 60. N18.0 > * FEB 9II + ZMLeibundgut, Binggeli
1986E N 4302 12 21.71+ 14 36.113.2 17890 1149 .S..5.0.82 1.69 5 15. W 133. N12.6 =B:*MAR20 APR13IIL 12 21 41.25 + 14 37 55.4 ASCandeo
1986G N 5128 13 25.48- 43 01.0 7.2 3341 547 .L...P0.12 2.48-2 120. E 60. S12.5 =B *MAY12 MAY 3Ia 13 25 36.51 - 43 01 54.1 EVEvans
1986I N 4254 12 18.82+ 14 25.110.2 5830 2407 .SAS5.0.06 1.73 52 36. E 16. S13.9 =B MAY22 MAY17IIP 12 18 52.04 + 14 24 44.1 BAPennypacker et al.
1986J N 891 2 22.55+ 42 20.710.8 2284 528 .SAS3.0.66 2.15 35 19. W 62. S18.4 >R * AUG21Pec 2 22 31.32 + 42 19 57.1 van Gorkom, Rupen, Knapp, Gunn
1986K N 298 0 55.04- 7 20.013.5 9276 1753 .S..5.0.52 1.20 54 45. E 3. S16.5 > * SEP 1II 0 55 05.38 - 7 20 02.6 ZMSchildknecht
1986L N 1559 4 17.63- 62 47.111.1 6458 1292 .SBS5.0.26 1.56 55 44. W 4. S14.6 = * OCT 7IIL 4 17 29.4 - 62 47 04. EVEvans
1986M N 7499 23 10.37+ 7 34.914.5 1256 11737 .LAS0.0.24 1.15-2 15. E 33. N16.5 > * DEC 7Ib + ASCappellaro, Rosino, Candeo
1986N N 1667 4 48.61- 6 19.212.9 2040 4547 .SBR5.0.11 1.26 53 12. W 9. S15.0 > DEC11Ia 4 48 36.3 - 6 19 22. BAPennypacker et al.
1986O N 2227 6 25.97- 22 00.314.0 2356 2258 .SBT5.0.24 1.36 54 000. 25. S14.0 > DEC20 DEC24Ia + BAPennypacker et al.
1986P N 5763 14 49.00+ 12 28.615.3 1 14261 8. W 6. S17. > :* JUL 2 + ? P4Mueller
1987A LMC 5 23.58- 69 45.4 0.6 17032 278 .SBS9.0.07 3.81 963722. E1802. N 2.9 =V *MAY20 FEB24IIPec 5 35 27.97 - 69 16 11.0 Shelton, Duhalde, Jones
1987B N 5850 15 07.13+ 1 32.712.9 10740 2556 .SBR3.0.11 1.63 33 71. W 145. S15.0 =B *FEB25 FEB24IIn 15 07 02.99 + 1 30 13.2 EVEvans
1987C U 4438 8 29.99+ 52 41.713.9 1530 4252 .S.R5P0.06 0.87 5 13. E 17. S17.5 > * MAR21IIn + Petrosian, Oganian
1987D U 7370 12 19.68+ 2 04.914.6 15078 2217 .SB.4P0.56 1.12 4 11. E 24. S14.0 > * APR20Ia 12 19 41.11 + 2 04 26.8 GAMetlova
1987F *N 4615 12 41.63+ 26 04.513.8 12371 4716 .S..5.0.43 1.19 5 24. E 6. S15.2 =B *MAR20 MAR22IIn 12 41 38.99 + 26 04 22.4 GAMetlova
1987I I 4963 20 12.09- 55 14.714.3 15867 4501 PSXT1P0.37 1.26 1 1.6 E 1.5 N16.0 > * JUL 2I + Allen
1987J E 601-G26 22 10.39- 18 52.315.7 15832 .S..5.0.07 0.91 5 18. W 2. S17.2 >V * JUL25II + CAPollas
1987K N 4651 12 43.71+ 16 23.611.8 7650 805 .SAT5.0.18 1.60 53 22. W 5. N14.2 =R JUL31 JUL29IIb 12 43 41.17 + 16 23 44.9 BAPennypacker et al.
1987L N 2336 7 27.08+ 80 10.611.3 17856 2204 .SBR4.0.24 1.80 41 60.8 E 67.8 S14.2 > *JUL21 AUG16Ia 7 27 26.35 + 80 09 30.6 Patchick
1987M N 2715 9 08.12+ 78 05.111.9 2074 1339 .SBT5.0.48 1.68 53 5. E 17. N15.7 =B *AUG19 SEP21Ib + KOLovas
1987N N 7606 23 19.08- 8 29.111.8 14558 2233 .SAS3.0.26 1.63 32 16.6 W 29.1 N13.7 >V * DEC14Ia 23 19 03.43 - 8 28 37.7 EVEvans
1987O U 4060 7 51.44+ 14 01.214.6 10276 4678 .S..3.0.51 1.13 3 30. W 000. 17.6 > *NOV DEC20Ia + CAPollas
1987P P22178 7 55.17+ 14 22.215.4 3 48 13445 0.24 0.81 7.5 W 0.5 S17.8 > *DEC30 DEC20Ia + CAPollas
1987Q U 3845 7 26.73+ 47 05.713.6 17347 3034 .SBS4.0.16 1.17 4 15.5 W 49. S16. >B * NOV30 + ??P4Mueller
1987R M 07-16-01 7 25.24+ 42 01.115.7 1 48 .S..5.0.17 0.52 5 9.4 W 6.7 S18.5 >B * NOV30 + ??P4Mueller
1987S LEDA1405621 21 49.75+ 12 12.716.7 4164 0.17 0.72 3.0 E 10.0 N18.0 > * AUG28 21 49 45.05 + 12 12 54.4 P4Mueller
1987T LEDA1980538 21 45.54+ 32 06.417.5 4113 0.40 0.65 9. E 1. S17.5 > :* SEP28 21 45 33.33 + 32 06 22.8 P4Mueller
1988A N 4579 12 37.74+ 11 49.111.5 8938 1519 .SBT3.0.10 1.75 33 0.5 W 46.1 S14.3 =V JAN19 JAN18IIP 12 37 43.58 + 11 48 19.7 EVIkeya, Evans, Pollas, Horiguchi
1988B N 3191 10 19.08+ 46 27.213.9 644 9210 .SBS4P0.14 0.88 4 000. 10. N15.5 > * JAN18Ia + ZMWild
1988C U 3933 7 37.62+ 41 56.814.5 18054 5897 .SBS4.0.22 1.10 43 21. E 10. N17.0 >V * JAN21Ia + CAPollas
1988D M 00-20-06 7 51.84+ 2 48.914.4 4 5523 .E.... -5 5.5 E 14.8 S16.6 >V *JAN FEB 9Ia 7 51 51.1 + 2 48 45. P4Maury, Mueller
1988E N 4772 12 53.48+ 2 10.112.9 14759 1040 .SAS1.0.27 1.52 15 000. 20. N17.0 > * JAN20 12 53 28.9 + 2 10 23. Taniguchi
1988F U 9288 14 28.98+ 13 51.714.4 12424 5282 .L....0.04 1.00-2 27. W 23. S16.0 > * FEB20Ia + P4Mueller
1988G LEDA1971096 13 30.72+ 31 55.116.7 4180 7012 0.18 0.78 6.7 W 3.3 S15.8 >B *MAR 5 FEB25Ia 13 30 42.9 + 31 55 00. P4Mueller, Phinney
1988H N 5878 15 13.76- 14 16.312.3 869 1991 .SAS3.0.40 1.50 33 22. W 55. N15.5 > FEB MAR 3II + BAPerlmutter, Pennypacker
1988I *LEDA 086944 10 21.18+ 35 39.617.0 4 4084 11300 .S..5.0.66 0.95 5 5. E 1. N19.0 > * MAR 7IIn 10 21 11.21 + 35 39 30.3 CAPollas
1988J LEDA2599335 11 44.08+ 60 12.816.2 4 42 0.05 0.78 1. W 8. S17.0 > * MAR14Ia + ABKimeridze
1988K U 8179 13 05.23+ 32 00.015.1 1471 15521 .SB.3.0.43 1.16 33 2.6 E 34.5 N18.0 > *APR APR12Ia + P4Mueller, Maury
1988L N 5480 14 06.35+ 50 43.612.6 17648 1856 .SAS5.0.17 1.23 55 3.3 E 14.3 N16.5 > APR30Ib + BAPerlmutter, Pennypacker
1988M N 4496B 12 31.68+ 3 55.515.0 10641 4548 .SBS9.0.12 0.96 9 000. 12. S APR 7II + Filippenko, Sargent
1988N LEDA2563464 13 13.17+ 57 20.716.4 411850 24013 .S....0.18 0.77 10. E 6. S18.0 > * MAY 9Ia 13 13 09.88 + 57 20 39.7 P4Maury, Phinney, Reid
1988O P54128 15 10.18+ 7 37.715.4 1 1517 13388 .S..4.0.02 0.76 4 2. E 7. N15.0 > * MAY17I + P4Mueller
1988P ANON 15 32.44+ 1 37.4 4.4 E 3.7 N18.5 > * JUN 9 15 32 29.27 + 1 37 27.4 CAPollas
1988Q LEDA2054836 16 33.34+ 34 48.416.5 3 50 6595 .S....0.18 0.48 1. E 5. S18.7 >B *JUN JUL 5II 16 33 20.68 + 34 48 20.9 CAPollas
1988R M 09-23-09 13 48.22+ 54 47.815.2 4138 7645 .S..2.0.10 0.78 2 7. E 3. N15.5 > *AUG AUG18Ia + KOLovas
1988S M 01-60-40 23 50.98+ 8 40.915.5 14570 12594 .S..1.0.41 0.90 1 3. W 19. S19.0 > * AUG24II 23 50 58.89 + 8 40 28.5 CAPollas
1988T ANON 13 43.70- 0 31.621.7 78000 000. 0.4 N23.4 >V * FEB16 + Hansen
1988U ANON 0 14.41- 30 25.722.4 93000 0.4 E 0.7 S24.0 >V * AUG 9Ia: + Noergaard-Nielsen, Joergensen, Hansen
1988V P72027 23 39.2 + 27 14.7 10353 9639 ?S..5.0.21 0.93 5 1. E 7. N17.2 >V *OCT20 NOV 6Ia + ASCandeo
1988W LEDA1786676 9 42.65+ 26 44.018.9 4 22 0.09 0.34 15. W 5. N20.2 > * NOV17 9 42 37.70 + 26 44 05.7 CAPollas
1988Y LEDA175460 2 44.94- 8 24.216.2 3 46 8842 0.66 0.91 16.0 > * NOV14Ia 2 44 54.91 - 8 24 28.5 ZMWild
1988Z M 03-28-22 10 51.82+ 16 00.015.6 6595 .I....0.00 1.0410 11. E 1. S16.4 >B * DEC12IIn 10 51 50.1 + 16 00 01. ASCandeo, Pollas
1988aa P 861 0 12.66- 0 02.216.5 1 96 11894 0.18 0.49 2. W 18. N19.6 >B * DEC14 0 12 40.0 - 0 01 54. Comte
1988ab N 762 1 56.96- 5 24.213.5 5530 4899 PSBT1.0.06 1.10 1 33. W 5. N15.6 >R DEC 4 + Richmond
1988ac N 3995 11 57.73+ 32 17.612.9 3372 3254 .SB.9P0.45 1.43 96 17. W 34. S16.5 > DEC + Richmond
1988ad P73954 1 25.40- 1 22.916.6 3 27 20350 .L....0.05 0.60-2 5.7 W 0.6 N19.5 >V * DEC28 1 25 23.78 - 1 22 50.8 ? CAPollas
1988ae U11620 20 44.16+ 12 25.114.5 2551 4469 .S?...0.19 0.81 10. W 15. S16.5 > :* SEP15 + P4Mueller
1988af M 08-15-57 8 17.41+ 45 38.417.0 4 5132 14502 .S..5.0.07 0.68 5 5.8 E 7.6 S17.5 > :* NOV19 8 17 24.36 + 45 38 24.9 P4Mueller
1988ag ANON 9 56.76+ 6 56.4 8.7 E 7.0 N18.0 > :* DEC11 9 56 45.85 + 6 56 22.5 P4Mueller
1988ah U 4244 8 08.47+ 11 10.615.1 5544 9682 .S..2.0.14 0.92 2 10. W 6. S16.5 > :* DEC11 8 08 28.30 + 11 10 34.7 P4Mueller
1988ai E 293-G34 0 06.34- 41 29.613.0 1882 1542 .SB.5.0.62 1.53 6 16.0 > : NOV 7 0 06 21.74 - 41 28 59.9 ? EVEvans
1989A N 3687 11 28.00+ 29 30.713.0 17963 2507 PSBR4.0.32 1.22 42 20. W 18. S14.0 =B FEB 1 JAN19Ia 11 27 59.1 + 29 30 22. BAPerlmutter, Pennypacker
1989B N 3627 11 20.25+ 12 59.5 8.9 17364 727 .SBS3.0.33 1.94 33 15.4 W 50.3 N11.9 =B FEB 6 JAN30Ia 11 20 13.94 + 13 00 19.5 EVEvans, Manzini, Kane, Lucas
1989C U 5249 9 47.75+ 2 37.614.4 1779 1882 .SB.6.0.57 1.37 6 000. 000. 14.8 =B *FEB 1 FEB 3IIn 9 47 45.49 + 2 37 36.1 ZMWild
1989D N 2963 9 47.83+ 72 57.914.3 16361 6538 .SB.2.0.29 1.09 2 2. E 23. N16.2 =B *FEB 6 FEB 3Ia 9 47 50.80 + 72 58 14.9 ZMWild
1989E M 05-32-45 13 37.63+ 28 48.215.6 17144 7918 .S..5.0.14 0.71 5 5.1 E 0.5 N18.6 >B * FEB 7Ib 13 37 38.60 + 28 48 10.0 CAPollas
1989F U 8084 12 58.37+ 2 47.615.0 7034 2777 .SBS7.0.08 1.10 78 18. E 18. N16.5 > * MAR 7IIPec: 12 58 23.30 + 2 47 55.5 ZMSchildknecht, Wild
1989G I 2637 11 13.83+ 9 35.213.9 70 8763 .E+..P0.04 0.97-4 18. E 18. S18.1 >R *MAR15 APR 5I + P4Mueller, Brewer
1989H M 06-30-64 13 38.69+ 32 18.516.1 13512 .S..3.0.01 0.82 3 3.5 E 16.3 S19.5 >R * FEB 7 + P4Pollas
1989I P52215 14 36.65+ 14 40.214.5 0 .S..5.0.00 0.53 5 3.4 W 4.5 S19.0 >B * MAR 9 14 36 38.44 + 14 40 09.0 P4Pollas
1989J LEDA1998867 13 40.96+ 32 28.816.8 3 63 .E....0.13 0.68-5 3.6 E 5.1 S18.5 >B * MAR11 13 40 58.10 + 32 28 41.9 P4Pollas
1989K N 5375 13 56.94+ 29 09.813.2 040 2386 .SBR2.0.11 1.49 2 65. E 10. N17.5 >R * MAY 4II 13 57 00.98 + 29 10 00.6 P4Mueller, Brewer
1989L N 7339 22 37.78+ 23 47.213.1 9281 1313 .SBS4.0.61 1.43 4 38. E 1. N15.4 =V JUN 5 MAY 4IIn + BAPennypacker, Perlmutter
1989M N 4579 12 37.74+ 11 49.111.5 8938 1519 .SBT3.0.10 1.75 33 39. W 27. N12.6 =B *JUL 7 JUN28Ia 12 37 40.76 + 11 49 26.3 ABKimeridze
1989N N 3646 11 21.72+ 20 10.311.5 4260 4248 .S..4.0.28 1.57 42 29. W 45. S14.0 > * JUN30II 11 21 41.37 + 20 09 30.5 Mikolajczak
1989O M 06-01-26 0 21.08+ 34 30.914.5 34 19187 .S....0.08 0.82 15.6 E 9. N18.0 >R * SEP 3IIPec 0 21 06.15 + 34 31 04.1 P4Mueller, Mendenhall
1989P N 6636 18 22.06+ 66 36.914.2 287 4393 DS..5.0.69 1.25 5 9. W 47. S16.5 >R * SEP 3Ia 18 22 01.84 + 66 36 12.4 P4Mueller, Mendenhall
1989Q LEDA1663250 1 45.58+ 22 05.217.6 4174 17688 0.38 0.65 1.7 W 4.6 N18.7 >V * SEP26Ia 1 45 34.57 + 22 05 16.7 CAPollas
1989R U 2912 3 59.55+ 42 36.916.0 17666 5396 .S..0.0.36 0.94 0 10. W 10. N15.0 >R * OKT 4IIPec: 3 59 32.6 + 42 37 09. P4Mueller, Brewer
1989S I 226 2 27.76+ 28 12.516.0 12130 10894 .S..5.0.06 1.08 5 10. E 30. S19.0 >R * OCT29Ia 2 27 46.7 + 28 12 03. P4Mueller
1989T LEDA1212447 1 47.05+ 1 59.418.6 4144 0.22 0.47 6. W 5. N18. > * OCT 1 47 02.8 + 1 59 28. CAPollas
1989U U 5295 9 52.90+ 42 50.914.5 14852 4787 .SBS3.0.20 1.26 3 20. W 47. N17.0 >R * DEC 7II 9 52 52.59 + 42 51 43.8 P4Mueller
1989V LEDA1405421 1 31.97+ 12 11.918.1 4177 18287 0.02 0.35 0.9 W 2.1 S18.8 >B * DEC28Ia 1 31 58.10 + 12 11 53.7 CAPollas
1989W ANON 13 44.97+ 29 46.1 4. E 8. N18.0 >R * DEC30 + ??CAPollas
1989X *ANON 7 28.3 + 63 54. 17. 2.5 E 2.5 S17.5 > * NOV 7 28 15.4 + 63 54 23. ? KOLovas
1989Y E 287-G04 21 18.10- 46 18.114.1 16870 4227 .SBT3.0.41 1.20 33 0.1 E 31.1 S16.4 >R AUG26 21 18 06.41 - 46 18 34.1 MNMcNaught
1989Z N 4013 11 58.53+ 43 56.812.3 6582 831 .S..3.0.63 1.68 35 10. E 4. N DEC + Shaw
1989aa ANON 1 19.21+ 13 16.1 1.5 W 4.3 N19.5 > * DEC28 1 19 12.42 + 13 16 10.5 ??CAPollas
1989ab LEDA2811849 18 38.60+ 32 57.6 38 .S....0.10 0.70 13. W 11. S18. > * JUL 6 + ? P4Mueller
1989ac U 1867 2 25.26+ 45 27.015.5 5690 5195 .S..5.0.86 1.24 5 20. W 6.7 S17.5 >B * AUG31 + ? P4Mueller
1989ad LEDA 083971 13 25.65+ 32 34.715.9 3 66 15340 0.15 0.46 2.9 E 11.5 N19.6 >B * FEB 7 13 25 38.96 + 32 34 51.7 CAPollas
1989ae U 1722 2 14.68+ 43 21.5 14440 5508 .S..6.0.11 0.86 6 4.0 W 0.5 S18.0 > * AUG31 + CAPollas
1989af U 6433 11 25.53+ 38 03.714.7 70 2114 .IB.9.0.34 1.0810 6.3 W 6.1 N16.5 >R:* JAN15 11 25 31.46 + 38 03 43.6 P4Mueller
1990A N 500 1 22.66+ 5 23.315.0 12313 .E....0.12 0.90-5 10.2 E 6.6 N18.0 > * JAN 1 1 22 40.02 + 5 23 20.7 CAPollas
1990B N 4568 12 36.58+ 11 14.212.5 2365 2255 .SAT4.0.34 1.64 45 6. W 10. N14.5 >V JAN20Ib 12 36 33.83 + 11 14 29.8 BAPerlmutter, Pennypacker
1990D ANON 13 43.42+ 29 06.618.5 6.4 E 1.2 N20.0 >J * JAN23 13 43 25.90 + 29 06 38.9 CAPollas
1990E N 1035 2 39.49- 8 08.013.3 15677 1241 .SAS5.0.54 1.30 55 3.0 W 9.4 S15.9 =V FEB15IIP + BAPerlmutter, Pennypacker
1990F P48261 13 39.05+ 32 09.416.3 4 9648 7654 .S..5.0.17 0.74 5 5.6 W 1.4 S18.7 >V * FEB24Ia 13 39 02.77 + 32 09 21.2 CAPollas
1990G I 2735 11 21.07+ 34 20.715.4 9886 10727 .S..2.0.68 1.02 2 34.6 W 13.3 N15.0 > * MAR19Ia 11 21 01.2 + 34 20 52. P4Mueller
1990H N 3294 10 36.27+ 37 19.411.5 12261 1586 .SAS5.0.29 1.54 52 12. W 1. S16.0 > APR 9II 10 36 15.08 + 37 19 27.2 BAPerlmutter, Pennypacker, et al.
1990I N 4650A 12 44.82- 40 42.914.2 16468 2880 .S..0P0.39 1.19 0 13.4 E 44.9 S16.7 > * APR27Ib 12 44 50.29 - 40 43 36.7 Pizarro, Miranda, Pasquini, Leibundgut
1990J LEDA1411150 12 16.36+ 12 31.717.1 4125 0.07 0.66 7. W 10. N18.0 > * MAY13Ia + P4Mueller
1990K N 150 0 34.26- 27 48.312.0 11762 1584 .SBT3.0.30 1.59 33 18.4 W 26.6 N14.0 >V MAY25II 0 34 14.01 - 27 47 46.7 EVEvans
1990L U 9927 15 36.46+ 22 30.014.9 11834 4328 .LB...0.08 0.86-2 18.4 E 2. S18.0 >V * MAY18Ia + P4Mueller
1990M N 5493 14 11.49- 5 02.612.3 5336 2711 .L...P0.09 1.32-2 15. W 4. N12.4 =V: JUN15 JUN15Ia 14 11 29.3 - 5 02 36. EVEvans
1990N N 4639 12 42.87+ 13 15.512.4 13451 1010 .SBT4.0.19 1.48 44 63.2 E 1.8 S12.7 =B * JUN22Ia 12 42 56.74 + 13 15 24.0 CAThouvenot
1990O M 03-44-03 17 15.57+ 16 19.515.0 8244 9193 .S..1.0.14 0.91 1 20.2 E 3.4 S16.6 =B *JUL 4 JUN22Ia 17 15 35.92 + 16 19 25.8 P4Mueller
1990P LEDA909013 16 15.11- 15 35.916.2 4126 0.16 0.70 3.6 W 5.9 N19.0 >R * JUN22 16 15 06.41 - 15 35 50.0 MNMcNaught
1990Q N 5917 15 21.54- 7 22.614.5 12053 1904 .S..3P0.21 1.18 3 10.1 E 11.5 N16.0 >V * JUN24II 15 21 33.26 - 7 22 26.5 CAPollas
1990R U11699 21 12.34+ 12 36.715.6 15421 4812 .SB.6.0.03 0.85 6 10.1 E 000. 17.5 > * JUN26Ia 21 12 20.9 + 12 36 37. P4Mueller
1990S M-05-29-06 12 05.56- 30 09.715.0 10266 7539 .S..2.0.36 0.97 2 7.6 W 5.6 N16.1 =I:*JUN27 JUL22II: 12 05 33.1 - 30 09 40. CTAntezana
1990T P63925 19 59.00- 56 15.4 43 11992 .LAS0.0.13 1.04-2 24.8 E 1.9 S17.3 =B *JUL10 JUL21Ia 19 59 02.28 - 56 15 30.0 CTAntezana
1990U N 7479 23 04.95+ 12 19.311.7 2941 2381 .SBS5.0.12 1.62 52 22. W 54. S15.9 >R JUL27Ic 23 04 54.92 + 12 18 20.1 BAPennypacker, Perlmutter, Marvin
1990V N 7564 23 15.64+ 7 18.715.3 4 10252 11.4 E 16.1 S18.0 > * JUL29II + P4Mueller
1990W N 6221 16 52.77- 59 13.010.8 162 1482 .SBS5.0.30 1.65 54 7.4 E 5.4 N14.9 >V AUG16Ic 16 52 47.18 - 59 12 55.0 EVEvans
1990X U12565 23 22.68+ 23 12.515.4 4854 8465 .S..3.0.22 0.93 3 12. W 20. S19.0 > * AUG17II + CAPollas
1990Y FCCB 1147 3 37.38- 33 02.617.1 3 11702 .E....0.13 0.59-5 1.0 E 5.0 S17.7 =B *AUG13 AUG22Ia 3 37 22.64 - 33 02 40.1 CTWischnjewsky et al.
1990Z U12133 22 39.53+ 8 36.815.7 4490 7423 .S..5.0.94 1.27 5 25.5 W 30.2 S19.0 >R * AUG21II + P4Mueller
1990aa U 540 0 52.97+ 29 01.914.1 13756 4982 .S..5.0.24 0.90 5 12. E 8. S17.0 > SEP 4Ib/c + BAPerlmutter, Pennypacker, et al.
1990ab LEDA131597 21 54.06- 40 04.115.4 4142 9842 .E....0.20 0.85-5 4. E 8.6 S18.0 >R * SEP20Ia 21 54 04.01 - 40 04 16.1 MNMcNaught
1990ac ANON 3 53.16- 29 44.717.8 3 19000 0.34 0.59 1. W 5.5 N18.0 >R * SEP23Ia 3 53 09.26 - 29 44 37.8 MNMcNaught, McKenzie
1990ad LEDA1190690 22 42.65+ 1 18.117.6 4 73 0.09 0.52 5.2 W 2.6 N19.5 >J * OCT 9II: 22 42 38.91 + 1 18 07.8 MNMcNaught, Hartley
1990ae M 01-02-004 0 22.83+ 6 49.015.1 4 74 7554 DS..5.0.49 1.04 5 13.4 E 000. 18.0 >R * OCT15II 0 22 51.1 + 6 49 05. P4Mueller, Mendenhall
1990af LEDA340526 21 34.99- 62 44.216.1 411330 15080 .LB...0.06 0.70-2 8.0 W 7.4 N17.9 =B *OCT31 OCT24Ia 21 34 58.12 - 62 44 07.4 CTAntezana
1990ag ANON 7 32.82+ 32 54.4 16189 .S.... 000. 5. S19.0 > * NOV IIPec 7 32 49.4 + 32 54 16. CAPollas
1990ah U 249 0 26.17+ 13 39.214.5 9038 5271 .SB.7.0.10 1.02 7 3. E 8. N18. > * DEC II: 0 26 10.4 + 13 39 20. CAPollas
1990ai * + 19.5 > * Ib/c 7 20 10.4 + 21 54 20. CAPollas
1990aj N 1640 4 42.24- 20 26.212.4 4336 1602 .SBR3.0.09 1.44 33 10. E 47. N19.1 >V * DEC Ib 4 42 15.29 - 20 25 18.0 MNMcNaught
1990ak 13 24.91- 32 25.2 ?E.... -5 0.8 W 10.8 S18. >J * MAY 1 13 24 54.92 - 32 25 25.8 ??MNMcNaught
1990al LEDA2200615 19 09.93+ 42 31.417.0 4 18 0.28 0.81 12. E 15. N16.5 > :* JUL19 19 09 56.64 + 42 31 41.7 P4Mueller
1991A I 2973 11 53.85+ 33 21.914.4 11856 3206 .SBS6.0.24 1.15 6 28. E 10. S17. > JAN 1Ic + BAPennypacker, Perlmutter, et al.
1991B N 5426 14 03.42- 6 04.112.7 1062 2621 .SAS5P0.30 1.48 52 10. W 20. S16. >V DEC23Ia + BAPerlmutter, Pennypacker, et al.
1991C LEDA1281917 11 32.67+ 5 20.618.1 4114 8394 0.13 0.48 5.4 E 4.7 S18. >B * JAN II + P4Mueller
1991D LEDA 084044 13 41.21- 14 38.614.9 410659 12528 .S....0.27 0.92 13.1 E 8.5 S16.5 >V * FEB 6Ib 13 41 13.6 - 14 38 47. Remillard, Brissenden, Halpern, Eracleous
1991E LEDA312293 6 34.37- 65 33.217.1 4 67 7195 0.57 0.89 6.3 E 5. N19. >R * FEB 7II 6 34 23.42 - 65 33 08.4 MNMcNaught
1991F N 3458 10 56.03+ 57 07.113.3 556 1818 .LX...0.24 1.15-2 13.4 E 12.1 S18. >B * FEB10I: + P4Mueller
1991G N 4088 12 05.59+ 50 32.511.1 4370 757 .SBT5.0.42 1.78 54 37. W 13.4 S15.7 =B *FEB20 FEB10IIP 12 05 28.85 + 50 32 11.7 P4Mueller
1991H Reiz3080 12 58.90- 10 43.916.1 4 33 5396 0.40 0.91 2. W 11. S17.5 >R * FEB12II 12 58 54.13 - 10 44 02.0 MNMcNaught
1991I LEDA447040 5 26.43- 52 13.616.9 4 60 10793 0.38 0.66 000. 1. N18.5 >R * FEB14II 5 26 25.61 - 52 13 33.1 MNMcNaught
1991J N 5020 13 12.67+ 12 36.012.9 10327 3362 .SBT4.0.05 1.47 4 33.6 W 55.8 S17. >R * FEB19II + P4Mueller
1991K N 2851 9 20.51- 16 29.814.4 867 5096 .LA.0.0.37 1.15-2 5. E 19. S18. >R * FEB20Ia: 9 20 30.47 - 16 30 01.7 MNMcNaught
1991L M 07-34-134 16 41.25+ 39 17.415.2 9748 9186 DS..9.0.17 0.89 9 2.5 W 8.2 N18. >R * FEB24Ib/c 16 41 15.04 + 39 17 32.7 CAPollas
1991M I 1151 15 58.54+ 17 26.513.5 2772 2169 .SBT5.0.45 1.38 53 37. E 56. N14.4 >B MAR12Ia 15 58 34.82 + 17 27 28.7 BAPennypacker, Perlmutter, et al.
1991N N 3310 10 38.77+ 53 30.111.0 13917 993 .SBR4P0.02 1.44 43 4.9 E 6.9 S14.1 =V APR 2 MAR29Ib/c 10 38 46.37 + 53 30 04.7 BAPerlmutter, Pennypacker, et al.
1991O LEDA2680352 14 24.64+ 65 45.516.2 4 72 0.35 0.78 10. E 5. N18.0 >R * MAR18Ia 14 24 39.97 + 65 45 36.7 P4Mueller
1991P LEDA913030 13 18.07- 15 18.116.0 415171 11092 .S....0.43 0.84 8. E 8.9 S20.0 >R APR10II + Raychaudhury, Williger
1991Q N 4926A 13 02.14+ 27 38.915.1 9846 6902 .L...P0.15 0.78-2 5.6 W 1.8 N18. >V * JAN26 13 02 07.63 + 27 38 56.1 CAPollas
1991R LEDA140543 15 54.89+ 19 00.916.8 4 63 10500 0.35 0.81 5.5 W 8.9 S18.0 >J * APR 9Ib/c 15 54 53.53 + 19 00 44.0 MNMcNaught
1991S U 5691 10 29.46+ 22 00.415.3 14050 16489 .S..2.0.18 1.03 2 5. E 18. N17.8 =B *APR 1 APR10Ia 10 29 27.79 + 22 00 46.4 CTAntezana
1991T N 4527 12 34.15+ 2 39.212.4 6873 1736 .SBS4.0.47 1.77 43 25.7 E 44.4 N11.6 B APR26 APR13IaPec? 12 34 10.21 + 2 39 56.6 EVKnight, Evans, Villi, Cortini, W.Johnson
1991U I 4232 13 23.37- 26 06.614.6 374 9426 .S..4.0.49 1.09 41 3. W 6. N16.7 =B *APR 9 APR20Ia 13 23 22.20 - 26 06 28.7 CTAntezana
1991V I 4508 14 47.80+ 31 46.515.3 1 47 13700 DS..0.0.16 0.90 0 000. 13.5 S18.5 >R * APR17 + P4Mueller
1991X N 4902 13 01.00- 14 30.811.7 7424 2625 .SBR3.0.04 1.43 32 13.9 E 10.7 N13.8 >V MAY 5Ia 13 01 00.74 - 14 30 38.0 EVEvans
1991Y ANON 17 14.56+ 57 18.7 000. 7. N19.0 >B * APR17 + ??P4Mueller
1991Z LEDA1061377 10 54.66- 4 12.616.3 4 61 6609 0.47 0.81 10.1 E 4.5 N20. >R * MAY 6 10 54 40.51 - 4 12 28.7 ??MNMcNaught
1991aa LEDA158033 12 45.15- 6 18.914.3 3132 3280 .I....0.12 0.9010 13.2 E 5.0 S16. >R * MAY 7Ia 12 45 09.85 - 6 19 02.0 MNMcNaught
1991ab LEDA 086449 13 59.36+ 19 40.916.7 417140 19187 .S..5.0.11 0.66 5 8.1 E 11. N19.5 > * MAY 8Ia 13 59 21.69 + 19 41 06.6 CAPollas
1991ac LEDA3094940 13 01.33+ 29 11.017.4 3 18134 0.04 0.66 3.8 E 1.2 N18.5 > * JAN26 13 01 19.24 + 29 11 00.0 ??CAPollas
1991ad LEDA1537863 16 19.40+ 17 38.717.0 4100 20985 0.21 0.80 11.4 E 2. N18.5 >B * MAY13Ia 16 19 24.2 + 17 38 46. P4Mueller
1991ae M 11-19-18 15 48.59+ 68 05.915.1 8940 8795 .SB.3.0.11 0.93 3 2. W 8. N18. >B * MAY17IIPec 15 48 35.5 + 68 06 03. P4Mueller
1991af P60308 17 27.12+ 29 28.415.5 1138 6715 0.25 0.73 6.7 E 3.3 S18.5 > * MAY19Ia + P4Mueller
1991ag I 4919 20 00.15- 55 22.515.0 3656 4264 .SBS7P0.24 1.16 76 2.7 W 22.5 N14.7 =B *JUN 5 JUN 9Ia 20 00 08.63 - 55 22 03.3 CTAntezana
1991ah ANON 22 10.14- 46 19.417.9 3 11092 0.45 0.62 5. W 6. N18.5 > * JUN 9II + CTAntezana
1991ai I 4434 14 27.91+ 16 12.416.0 4 2344 15830 .L....0.14 0.79-3 6.8 E 5.2 S18.5 > * JUL 2Ia 14 27 55.19 + 16 12 20.5 CAPollas
1991aj M 07-34-84 16 29.74+ 41 46.616.3 8930 9422 .S..5.0.06 0.68 5 2.7 E 1.9 N18. > * JUL 3Ia 16 29 44.90 + 41 46 43.0 CAPollas
1991ak N 5378 13 56.84+ 37 48.013.4 8638 3042 PSBR1.0.10 1.39 1 28. W 19. S15.5 > * JUL15Ia 13 56 48.62 + 37 47 31.7 ZMWild
1991al LEDA140858 19 42.36- 55 06.3 2998 .S.... 17.1 E 7.2 S16.6 =V * JUL16II 19 42 24.05 - 55 06 23.6 CTWischnjewsky
1991am M 06-37-06 16 41.84+ 37 44.115.1 34 18353 .S....0.08 0.82 3.7 E 6.1 N18.0 >R:* JUL14Ia: 16 41 50.73 + 37 44 11.1 CAPollas
1991an ANON 17 39.18+ 67 42.419.5 2 4.9 W 3.9 N20.3 > * JUN 8 17 39 09.58 + 67 42 28.9 CAPollas
1991ao U 270 0 27.97+ 32 46.617.7 412438 4923 .S....0.10 0.75 18. W 11. N17.8 > * AUG16II 0 27 56.40 + 32 46 41.6 CAPollas
1991aq LEDA225132 1 52.70- 81 37.915.6 4 7247 .S....0.16 0.87 5.3 W 10.6 S18. >R * AUG18 1 52 39.66 - 81 38 03.8 ??MNMcNaught, McKenzie
1991ar I 49 0 43.93+ 1 50.914.2 7836 4561 .SXS5.0.09 1.15 54 8.5 E 12.5 N17. >J * SEP 2Ib 0 43 56.72 + 1 51 13.3 MNMcNaught, Russell
1991as ANON 22 48.68+ 8 10.5 8.7 E 13.4 S18. >B * AUG19Ia + P4Mueller
1991at U 733 1 10.65+ 16 35.715.6 3740 12307 .SBS3.0.11 0.85 3 20. E 34. N18. >B * AUG19Ia + P4Mueller
1991au U11616 20 41.22+ 63 30.717.0 9963 5244 .S..5.0.32 1.01 5 14. W 2. S18.5 >R * SEP 1II: + P4Mueller
1991av ANON 21 56.03+ 0 59.917.4 3 7500 0.12 0.57 7.4 E 4.7 N18. >R * SEP 4IIPec 21 56 02.23 + 0 59 59.0 P4Mueller
1991aw C 322-02 17 42.23+ 67 29.015.6 7760 12785 .S....0.28 0.94 1.9 W 9.3 N20. > * SEP 4 17 42 13.55 + 67 29 12.0 ??CAPollas
1991ax LEDA131170 3 05.22- 41 46.215.5 413721 .S..5.0.03 0.71 5 11. W 1. N16.5 >B *SEP24 SEP15II 3 05 12.24 - 41 46 10.0 MNMcNaught
1991ay LEDA2167368 0 47.31+ 40 32.616.0 2 7921 15000 .S....0.03 0.52 0.3 E 4.8 S18.5 >B * SEP 9Ia 0 47 18.98 + 40 32 27.7 CAPollas
1991az *M 04-06-29 2 25.27+ 24 15.915.1 113062 9711 .S..1.0.30 0.92 1 10.1 W 3.4 S18. >B * SEP15II + P4Mueller
1991ba E 244-IG32 1 30.79- 42 27.715.1 1071 7341 .S..5.0.44 0.91 5 1. W 11. N18.5 >V * OCT 2II 1 30 46.91 - 42 27 32.1 MNMcNaught
1991bb U 2892 3 53.59+ 19 05.816.0 5734 7964 .SBT4.0.08 1.10 4 9.4 E 2. N17.7 >B * OCT13Ia + P4Mueller
1991bc U 2691 NED01 3 20.76- 1 02.714.8 16953 6408 .SB.1.0.21 0.87 1 5. E 6. S16. >J * OCT12Ia 3 20 45.66 - 1 02 47.2 MNMcNaught
1991bd U 2936 4 02.80+ 1 57.815.7 3081 3813 .SBS6.0.60 1.40 66 21. E 30. N17. >V * OCT12Ia 4 02 49.66 + 1 58 26.3 MNMcNaught
1991be LEDA566831 21 33.25- 42 12.717.6 4 82 0.34 0.56 7. W 1. S18.5 >J * NOV 1 21 33 14.38 - 42 12 45.8 MNMcNaught
1991bf M-05-56-27 23 52.27- 29 26.915.3 15380 9021 .S..0.0.59 1.07 0 12.1 W 23. N17.5 >I * NOV13Ia 23 52 15.36 - 29 26 29.2 MNMcNaught
1991bg N 4374 12 25.07+ 12 53.210.8 133 1060 .E.1..0.06 1.78-5 5. E 57. S14.8 =B DEC15 DEC 9IaPec 12 25 03.71 + 12 52 15.9 Kushida
1991bh LEDA1477000 2 45.03+ 15 09.817.0 153 0.33 0.55 5.4 E 17. S18. >B * DEC 7Ia + P4Mueller
1991bi N 5127 13 23.75+ 31 33.9 72 4782 .E...P0.13 1.34-5 13. W 6. S18.5 >J * DEC13Ia 13 23 43.98 + 31 33 51.1 CAPollas
1991bj I 344 3 41.49- 4 40.014.9 13561 5436 .SB.4.0.29 0.95 44 14. E 7.6 N18.8 > *NOV30 DEC30Ia 3 41 30.48 - 4 39 49.6 CAPollas
1991bk I 3029 12 10.70+ 13 19.815.0 2976 6815 .SB.5.0.51 1.12 51 5. E 7.1 S18.5 > * APR15 12 10 42.15 + 13 19 45.7 CAPollas
1991bl ANON 18 12.30+ 68 59.119.0 2 2.7 W 0.1 N17.5 >V * JUL 5 18 12 17.55 + 68 59 08.3 ? CAPollas
1992A N 1380 3 36.46- 34 58.511.1 655 1877 .LA...0.23 1.69-2 3. W 62. N12.6 = *JAN16 JAN11Ia 3 36 27.43 - 34 57 31.5 P4Liller, Brown
1992B LEDA2503967 11 16.14+ 55 29.416.5 2 7951 16489 .S....0.19 0.53 12.7 E 4.5 N17.8 >V * JAN14Ia 11 16 09.95 + 55 29 30.7 CAPollas
1992C N 3367 10 46.58+ 13 45.012.0 7112 3037 .SBT5.0.01 1.39 52 27. E 28. S16.5 >B * JAN28II + Van Winckel
1992D LEDA842727 6 01.00- 20 22.016.9 15046 14990 .S....0.15 0.60 1. W 7. S18.7 >R * JAN28IIPec 6 00 59.88 - 20 22 08.7 MNMcNaught, Drinkwater
1992E LEDA367537 6 35.28- 59 56.015.8 417147 17988 .S....0.16 0.74 7.7 W 2.5 S20.0 >R * JAN27Ia 6 35 17.12 - 59 56 02.8 MNMcNaught, Drinkwater
1992F ANON 11 25.40+ 56 36.016.5 2 3. W 4. N19.0 > * FEB 2 11 25 23.90 + 56 36 03.0 CAPollas, Albinese
1992G N 3294 10 36.27+ 37 19.411.5 12261 1586 .SAS5.0.29 1.54 52 27. E 10.5 S13.6 =B:*FEB20 FEB 9Ia 10 36 18.52 + 37 19 14.0 Sasaki
1992H N 5377 13 56.28+ 47 14.312.5 3464 1793 RSBS1.0.33 1.55 1 57. E 19. N14.6 =B: FEB 2 FEB11IIL + Wren
1992I N 2565 8 19.80+ 22 01.613.8 16665 3582 PSB.4*0.35 1.27 43 28.5 W 7.1 N18. > * FEB29II 8 19 46.31 + 22 02 00.0 CABuilu
1992J LEDA765572 10 09.02- 26 38.714.5 3 8053 13491 .S....0.21 0.92 11. W 13. N17.9 =B *FEB20 MAR 3Ia 10 09 00.30 - 26 38 24.4 CTWischnjewsky
1992K E 269-G57 13 10.08- 46 26.212.5 1 5044 3080 PSBR2.0.14 1.55 2 2. W 14. S16.3 =B *FEB22 MAR 6Ia 13 10 04.20 - 46 26 30.3 CTAntezana
1992L ANON 7 35.62- 47 16.8 .S.... 6.3 W 4.8 S20. >R * MAR 3 7 35 36.32 - 47 16 51.0 MNMcNaught
1992M LEDA2264866 7 15.17+ 45 25.916.4 4156 15589 0.24 0.81 3.4 W 7. S18.2 >I * FEB25Ia 7 15 09.95 + 45 25 56.7 P4Mueller
1992N I 4831 19 14.73- 62 16.312.5 111180 4314 PSAS2.0.59 1.57 24 94. E 43. S19.0 > * MAR10II + CTAntezana
1992O LEDA339287 19 23.72- 62 49.517.4 111 11992 0.32 0.66 7. W 1. N17.8 >V * MAR10Ia 19 23 42.29 - 62 49 30.1 CTAntezana
1992P I 3690 12 42.83+ 10 21.615.3 871 7615 .S..4.0.44 0.97 4 6. W 11. N16.1 =B *APR 7 APR 3Ia 12 42 48.95 + 10 21 37.5 CTAntezana
1992Q LEDA1107509 12 11.03- 1 52.815.9 4 22 10230 0.18 0.77 4.7 W 10.7 S18.5 >B * APR 7 12 11 01.62 - 1 52 50.6 ??P4Mueller
1992R M 10-24-07 16 37.15+ 58 10.116.3 1 8456 15687 .S..1.0.24 0.74 1 12.7 E 4.0 S18. >B * APR 8Ia + P4Mueller
1992S LEDA1929383 14 17.71+ 31 03.016.5 4 8051 .S....0.19 0.79 14.8 E 000. 18.5 >B * APR 9 14 17 42.46 + 31 03 00.0 P4Mueller
1992T LEDA699807 13 42.98- 31 53.215.3 415463 .S....0.32 0.88 4. E 6. S18.0 > *APR14 APR 9II + CTWischnjewsky
1992U E 74-G04 20 40.73- 70 41.815.0 1 7176 3304 .SB.5.0.52 1.04 5 18. E 9. N18.5 > * APR 9II + CTAntezana
1992V P41858 12 34.78+ 14 33.718.2 1 4527 13720 .S....0.05 0.57 9.7 E 8.5 N18.0 >B * APR22Ia 12 34 45.95 + 14 33 35.0 CAPollas
1992Y N 3527 11 07.30+ 28 31.615.1 330 10093 RSBR2*0.06 1.05 2 13. E 6. S18.7 >B * MAY 2 + ? P4Mueller
1992Z LEDA722509 13 28.95- 30 00.816.9 4 41 0.16 0.60 3. E 4. N19.0 > * MAY29II + CTAntezana
1992aa N 6464 17 45.85+ 60 53.615.3 1 7417 9937 .S..5.0.02 0.75 5 000. 11.0 S18. >R * MAY10II 17 45 47.32 + 60 53 38.9 P4Mueller
1992ab N 6389 17 32.67+ 16 24.213.6 14344 3119 .S..4.0.14 1.37 44 80. E 20. S17.0 >R * JUN 1II 17 32 45.20 + 16 23 46.0 P4Mueller
1992ac M 10-24-07 16 37.14+ 58 10.016.3 1 8456 15687 .S..1.0.24 0.74 1 12.7 E 000. 18. >B MAY30Ia + Gomez, Lopez, Rey, Catchpole
1992ad *N 4411B 12 26.78+ 8 53.014.4 12917 1270 .SBS5.0.02 1.39 56 35. E 26. S13.5 >V JUL 1II 12 26 49.63 + 8 52 38.4 EVEvans
1992ae ANON 21 28.30- 61 33.1 22484 3. E 5. N18.6 =B *JUN30 JUN27Ia 21 28 17.66 - 61 33 00.0 CTAntezana
1992af E 340-G38 20 30.65- 42 18.615.0 113138 6000 .S..5.0.10 0.95 5 10. E 3. S17.1 =V * JUN29II + CTAntezana
1992ag E 508-G67 13 24.17- 23 52.715.2 1 9986 7795 .S..4.0.68 1.05 4 4. W 000. 16.6 =B *JUL 3 JUN29Ia 13 24 10.12 - 23 52 39.3 CTWischnjewsky
1992ah LEDA1418546 17 37.75+ 12 54.316.6 4 86 0.22 0.86 25. W 8. S17.0 >R * JUN27Ia + P4Mueller
1992ai LEDA199496 1 29.14- 32 16.417.0 4167 .S....0.22 0.67 2.5 W 7. S17.5 > * JUL 5Ia 1 29 08.04 - 32 16 30.0 CTAntezana
1992aj ANON 23 47.82- 35 12.0 .S.... 9. E 5. N17.0 > * JUL 5II + CTWischnjewsky
1992ak U 3862 7 27.80+ 20 23.815.6 1676 8151 .S..5.0.51 1.14 5 7. W 14. S16. > * JAN 9 7 27 47.42 + 20 23 31.9 ? Moraru
1992al E 234-G69 20 45.90- 51 23.514.2 111077 4197 .SBS5*0.54 1.36 54 18. E 12. S14.6 =B *AUG 3 JUL27Ia 20 45 56.45 - 51 23 40.0 MNMcNaught
1992am M-01-04-039 1 25.06- 4 39.015.6 3 1227 14310 .S..2.0.05 0.82 2 19.3 W 1.4 S18.4 =V * JUL26IIP + CTAntezana
1992an LEDA714167 13 37.81- 30 41.416.1 4 6062 15289 .S....0.31 0.76 6.5 E 5.5 N18.0 > * JUL26IIPec + CTAntezana
1992ao N 7637 23 26.49- 81 54.713.2 1 1227 3680 .SAR5.0.05 1.35 52 53.5 E 56.7 N17. >R * JUL28II 23 26 52.94 - 81 53 45.1 MNMcNaught
1992ap U10430 16 30.55+ 41 29.615.4 10132 8957 .SBT4.0.07 0.98 4 7. E 16. N18. >B * JUL29Ia 16 30 27.1 + 41 19 00. Birkle
1992aq ANON 23 04.57- 37 20.518.9 3 40 30279 .S?.1.0.11 0.26 1 2.3 E 6.9 S19.4 =B *AUG 1 JUL26Ia 23 04 34.76 - 37 20 42.1 CTAntezana
1992ar ANON 23 17.47- 44 38.916.8 3 43500 T..... 1.5 W 5.3 S20.1 >V * JUL26Ic + CTAntezana
1992as ANON 21 03.94- 44 38.917.1 3 7500 0.00 0.48 2.7 W 4.3 S18.5 > * AUG 1II + CTGonzalez
1992at LEDA132463 21 27.15- 36 59.816.1 4 1544 .S..5.0.14 0.75 5 5.6 E 10.9 S18.0 > * AUG 2Ia 21 27 09.20 - 36 59 58.4 MNMcNaught
1992au LEDA471591 0 10.63- 49 56.917.5 4176 18287 .E....0.05 0.52 21. E 9. N18.2 =B *JUL28 JUL29Ia 0 10 40.27 - 49 56 43.3 CTAntezana
1992av LEDA2706576 17 43.05+ 67 49.017.4 4 74 0.35 0.68 10.9 E 4.6 N20.0 >V * AUG21Ia 17 43 04.85 + 67 49 07.1 CAPollas
1992aw LEDA2387415 19 06.90+ 51 02.817.0 4139 10793 0.10 0.74 13. E 7. N18.0 >R * AUG27II 19 06 55.19 + 51 02 55.1 P4Mueller
1992ax LEDA 167642 22 10.45+ 45 02.9 0.68 000. 19.5 S18.5 >B * SEP 3I 22 10 27.15 + 45 02 32.0 P4Mueller
1992ay * 4 30.32- 46 24.1 18587 D..... 6. E 6. N18.5 > * SEP20IIPec 4 30 19.0 - 46 24 07. CTAntezana
1992az N 818 2 08.74+ 38 46.612.7 11270 4244 .SB.5*0.42 1.43 5 28.5 E 16.2 S18. > * SEP27II 2 08 46.97 + 38 46 21.3 CAPollas
1992ba *N 2082 5 41.85- 64 18.113.0 3727 1104 .SBR3.0.05 1.28 35 27. W 3. N15.4 =V SEP30IIP 5 41 47.14 - 64 18 00.7 EVEvans
1992bb LEDA 163051 21 18.27- 7 35.115.5 310668 8669 .S....0.39 1.05 19. W 4. N17.5 >B * SEP30Ia 21 18 14.86 - 7 35 03.5 MNMcNaught
1992bc E 300-G09 3 05.27- 39 33.714.9 4373 5996 .S..4.0.47 1.01 4 15. E 5. N15.2 =B *OCT17 OCT 4Ia 3 05 17.28 - 39 33 39.7 CTAntezana
1992bd N 1097 2 46.31- 30 16.410.3 114050 1275 .SBS3.0.18 2.00 32 1.5 E 9. S15. >V OCT12II + CTSmith, Wells
1992be LEDA1817897 4 02.55+ 27 47.117.9 4133 0.31 0.65 3. W 10. N17.0 >R * SEP30II 4 02 32.69 + 27 47 14.4 P4Mueller
1992bf N 930 2 27.91+ 20 19.913.7 5527 4078 .SA.1.0.05 1.29 1 9.4 E 10.8 S17. > * OCT 2I + P4Mueller
1992bg LEDA343503 7 41.95- 62 31.215.2 3 3871 10793 .S..1.0.44 0.94 1 3. W 6. N17.4 =B *OCT19 OCT21Ia 7 41 56.53 - 62 31 08.8 CTAntezana
1992bh LEDA376039 4 59.45- 58 49.816.6 413156 13491 .S..4.0.24 0.74 4 1. E 2.5 S17.7 =B *OCT25 OCT21Ia 4 59 27.55 - 58 49 44.2 CTAntezana
1992bi ANON 16 10.21+ 39 47.221.3 3 137305 .S..9? 9 1.5 E 0.5 N22.0 >R APR21Ia 16 10 12.81 + 39 47 12.7 Pennypacker, Perlmutter, et al.
1992bj LEDA1727231 23 21.85+ 25 09.517.2 4 28 16788 0.09 0.67 0.1 W 4.9 N19.7 > * OCT17II 23 21 50.86 + 25 09 33.5 CAPollas
1992bk E 156-G08 3 43.03- 53 38.315.5 116144 17598 DL....0.14 0.97-2 12. E 21. N18.1 =B *NOV13 NOV19Ia 3 43 01.90 - 53 37 56.8 CTWischnjewsky
1992bl E 291-G11 23 15.20- 44 44.215.2 110252 12891 .SB.3.0.20 0.90 3 15. E 22. S17.3 =B *NOV21 NOV20Ia 23 15 13.25 - 44 44 34.5 CTAntezana
1992bm LEDA2374060 7 33.32+ 50 28.417.7 4134 15000 0.05 0.48 000. 11. S18. >B * NOV25II 7 33 18.88 + 50 28 09.4 P4Mueller
1992bn LEDA1360494 1 28.97+ 9 09.016.5 2 5 0.23 0.62 1.2 W 6.8 S19.0 > * DEC13 1 28 58.22 + 9 08 54.3 CAPollas
1992bo E 352-G57 1 22.04- 34 11.814.6 1 1469 5549 .LBS0P0.40 1.06-2 48. W 55. S15.9 =B *DEC29 DEC20Ia 1 21 58.44 - 34 12 43.5 CTAntezana
1992bp LEDA869197 3 36.64- 18 21.216.6 3 3550 23684 .L....0.18 0.50-3 6. W 1.5 S18.5 =B *DEC24 DEC20Ia 3 36 37.95 - 18 21 13.7 CTWischnjewsky
1992bq LEDA658012 10 16.96- 34 45.115.6 4 5846 .S....0.15 0.79 15. E 1. S17.0 > * DEC20 + CTAntezana
1992br ANON 1 45.74- 56 05.918.6 3 26382 0.02 0.28 2.5 E 7. S19.3 =B *DEC24 DEC27Ia 1 45 44.83 - 56 05 57.9 CTWischnjewsky
1992bs LEDA132177 3 29.47- 37 16.416.4 412853 19000 .S....0.21 0.71 9. W 4. N18.3 =B *DEC29 DEC28Ia 3 29 27.20 - 37 16 18.9 CTGonzalez
1992bt N 3780 11 39.39+ 56 16.212.2 9036 2399 .SAS5*0.09 1.46 54 22. W 0.5 N16. >R DEC19IIP 11 39 19.76 + 56 16 15.9 BATreffers, Leibundgut, Filippenko, Richmond
1992bu N 3690 11 28.56+ 58 33.911.8 5047 3064 DSB.9P0.16 1.32 9 5. E 3. S16.6 > MAR 9 11 28 31.5 + 58 33 39. ?? Van Buren, Jarrett, Terebey, Beichman, Shure, Kamins
1993A ANON 7 39.30- 62 03.2 8394 5.5 W 3.5 S19.6 =V * JAN17IIP + CTWischnjewsky
1993B LEDA 662260 10 34.87- 34 26.516.9 415448 20686 .SB.3.0.17 0.59 3 1. E 5. N18.8 =B *JAN17 JAN17Ia 10 34 51.38 - 34 26 30.0 CTAntezana
1993C N 2954 9 40.42+ 14 55.413.5 150 3821 .E....0.17 1.19-5 4.8 W 49.7 N18. > * JAN27Ia 9 40 23.82 + 14 56 11.6 CAPollas
1993D M-04-27-11 11 29.00- 22 28.914.8 110436 8190 RLBR+.0.09 1.06-1 10.7 W 6.8 S18. >R * FEB 1Ia 11 28 58.81 - 22 29 06.2 MNMcNaught
1993E KUG0940+495 9 43.76+ 49 17.816.5 1143 0.12 0.65 11. W 7.8 N19. > * JAN27II 9 43 44.15 + 49 17 55.9 CAPollas
1993F ANON 7 57.36+ 20 05.018.0 3 0.6 E 1.5 S18.5 > * JAN18 7 57 21.64 + 20 04 59.5 ??CAPollas
1993G N 3690 11 28.56+ 58 33.911.8 5047 3121 DSB.9P0.16 1.32 9 0.7 W 16.3 S17.2 >B MAR 5II 11 28 33.44 + 58 33 31.2 BATreffers, Leibundgut, Filippenko, Richmond
1993H E 445-G66 13 52.84- 30 42.714.6 1 1138 7257 .SBR2.0.10 1.06 2 1. E 12. N17.0 =B *MAR20 MAR18Ia 13 52 50.34 - 30 42 23.3 CTWischnjewsky
1993I M 02-32-144 12 34.72+ 9 00.215.4 13847 12861 .L....0.16 0.73-1 13.8 W 8.6 S18.0 > * MAR23Ia 12 34 42.70 + 9 00 07.9 CAPollas
1993J N 3031 9 55.56+ 69 04.0 8.1 15761 -34 .SAS2.0.29 2.35 22 44.7 W 161.1 S10.8 =V MAR30 MAR28IIb 9 55 25.00 + 69 01 12.9 Garcia
1993K N 2223 6 24.60- 22 50.312.2 236 2722 .SBR3.0.09 1.47 33 30. E 28. N14.5 > MAR28II + PEWilliams, Martin
1993L I 5270 22 57.92- 35 51.413.0 110579 1926 .SBR5*0.57 1.46 57 25. W 1.4 N14. > APR30Ia 22 57 52.87 - 35 51 27.0 EVEvans
1993M LEDA 324192 19 13.03- 64 17.417.3 4 53 23384 0.26 0.55 1. W 3. S18.5 > * APR28Ia 19 13 01.53 - 64 17 28.3 CTAntezana
1993N U 5695 10 29.78+ 13 01.014.9 9471 2940 .S..5.0.44 1.10 5 6.7 W 9.4 N17.5 >B * APR15IIPec + P4Mueller
1993O LEDA 679349 13 31.15- 33 13.017.0 4 7253 15589 .L....0.21 0.61-3 14. W 8. N17.8 =B *MAY26 MAY18Ia 13 31 07.87 - 33 12 50.5 CTAntezana
1993P LEDA2793694 13 29.43- 30 24.816.1 3 15140 .S.... 000. 000. 17.5 > * MAY18Ic 13 29 25.8 - 30 24 47. CTAntezana
1993Q LEDA 557964 20 35.76- 42 47.515.7 4 87 0.10 0.79 9. E 3. S19. >R * MAY28Ia 20 35 46.94 - 42 47 33.4 MNMcNaught
1993R N 7742 23 44.27+ 10 46.112.5 17 1663 .SAR3.0.02 1.25 3 8. E 5. N17. >R JUN 2IPec + BATreffers, Leibundgut, Filippenko, Richmond
1993S LEDA 131731 22 52.40- 40 18.715.7 315562 9896 .S..5.0.30 0.89 5 7.5 W 6.5 N17.5 > * MAY26II + CTAntezana
1993T LEDA 531626 23 10.93- 44 59.117.8 3 26382 0.22 0.60 18.5 W 13.5 N18. > * MAY26Ia 23 10 54.09 - 44 58 48.6 CTAntezana
1993W ANON 23 29.67- 3 02.316.0 3 5396 .S....0.16 0.84 1.8 E 8.7 S17.0 >V *AUG20 AUG18II 23 29 40.06 - 3 02 25.9 CAPollas
1993X N 2276 7 27.21+ 85 45.312.3 1830 2410 .SBT5.0.06 1.43 54 27. E 68. N16.3 >R AUG22II 7 27 40.60 + 85 46 26.3 BATreffers, Filippenko, Leibundgut, Paik, Lee, Richmond
1993Y U 2771 3 31.39+ 39 44.515.4 1069 5989 .L....0.40 1.21-2 9. E 37.6 N17.1 >V * SEP18Ia 3 31 24.41 + 39 45 02.6 P4Mueller
1993Z N 2775 9 10.34+ 7 02.311.4 16038 1354 .SAR2.0.10 1.65 2 15. W 42. S13.9 >R SEP23Ia 9 10 19.60 + 7 01 40.3 BATreffers, Filippenko, Leibundgut, Paik, Lee, Richmond
1993aa LEDA1033895 23 03.37- 6 21.017.1 4179 0.29 0.75 000. 000. 17.7 >V * SEP19Ia 23 03 22.08 - 6 20 56.3 CAPollas
1993ab N 1164 3 02.00+ 42 35.114.4 13638 4175 PSBS2.0.10 1.09 2 17.5 E 12. S18. >B * SEP24Ia: + P4Mueller
1993ac P17787 5 46.41+ 63 21.517.1 4 14690 4. W 31.6 N18.4 =B * OCT13Ia: 5 46 23.6 + 63 22 07. P4Mueller
1993ad I 1501 23 34.67- 3 09.114.5 113365 5225 .SBS4P0.35 1.17 44 13. E 22.7 S16.1 =B *NOV11 NOV 7II 23 34 40.97 - 3 09 33.2 CAPollas
1993ae *I 126 1 29.79- 2 00.015.7 10727 5712 .S?...0.05 1.01 16.2 E 24.4 N15.5 =B * NOV 7Ia 1 29 48.92 - 1 58 37.3 CAPollas
1993af N 1808 5 07.71- 37 30.910.7 13665 1000 RSBS1.0.34 1.86 1 220. E 94. N17. > * NOV15Ia: 5 08 00.71 - 37 29 18.0 CTWischnjewsky
1993ag LEDA 648636 10 03.59- 35 27.716.7 410456 21285 .L....0.24 0.69-3 5. W 6. S18.3 =B *NOV25 NOV15Ia: 10 03 35.00 - 35 27 47.6 CTAntezana
1993ah E 471-G27 23 51.84- 27 57.915.4 1 178 8803 .L....0.56 1.07-2 0.5 W 8. N16.3 =B *NOV12 NOV16Ia: 23 51 50.27 - 27 57 47.0 CTWischnjewsky
1993ai U 3483 6 33.31+ 51 22.916.0 9684 10193 .S..4.0.66 1.07 4 23.5 W 000. 18. >B * DEC10Ia + P4Mueller
1993aj LEDA 157322 12 04.36- 0 43.217.4 4 4683 23264 .S....0.64 0.73 3.6 W 3.9 S18.5 >V * DEC27Ia: 12 04 21.15 - 0 43 13.9 CAPollas
1993ak U 8685 13 43.15+ 30 20.114.5 3644 10437 .SBR4.0.14 1.00 4 27.4 E 4.2 N16.5 >B * MAR30 13 43 10.98 + 30 20 12.8 Meusinger
1993al ANON 12 22.21- 1 08.4 2.0 W 0.3 S22.6 > DEC22Ia 12 22 12.62 - 1 08 24.5 SCPerlmutter et al.
1994A U 8214 13 07.63+ 62 13.014.3 15030 8288 .SB.4.0.06 0.87 4 3. E 10.1 S18. >R * JAN11II + P4Mueller
1994B LEDA1491962 8 20.68+ 15 43.817.0 4 8130 26682 .S....0.06 0.55 4.2 E 3.9 N19.2 >V * JAN16Ia 8 20 40.92 + 15 43 48.5 CAPollas
1994C M 08-15-23 7 56.67+ 44 52.215.5 1177 15060 .S....0.01 0.74 2.1 W 6.7 N17.8 >B * MAR 5Ia 7 56 40.27 + 44 52 19.3 P4Mueller
1994D N 4526 12 34.05+ 7 42.010.6 16371 448 .LXS0*0.43 1.85-2 9. W 7. N11.8 =B MAR21 MAR 7Ia 12 34 02.45 + 7 42 04.7 Treffers, Filippenko, Van Dyk, Richmond
1994E LEDA2499309 11 32.11+ 55 21.618.0 413453 17988 .S....0.21 0.50 0.3 W 3.6 S19.5 > * MAR 5Ia + CAPollas
1994F ANON 11 49.99+ 10 42.9 106126 2.7 W 0.2 N22.0 >R JAN 9Ia 11 49 59.54 + 10 42 58.0 Perlmutter, Pennypacker, et al.
1994G ANON 10 19.45+ 50 52.3 127411 1.4 E 0.1 N21.8 >I FEB13I 10 19 26.68 + 50 52 19.6 Perlmutter, Pennypacker, et al.
1994H ANON 2 40.08- 1 34.121.1 3 112122 .S.... 1.2 W 0.1 S21.9 >R JAN12 JAN 8Ia 2 40 04.73 - 1 34 06.6 Perlmutter, Pennypacker, et al.
1994I N 5194 13 29.89+ 47 11.7 8.8 16347 463 .SAS4P0.16 1.99 41 14.3 E 12.3 S13.7 =B APR 8 APR 2Ic 13 29 54.12 + 47 11 30.5 Puckett, Armstrong; W.Johnson; Millar, Berry; Kushida
1994J P29040 10 01.61+ 54 35.017.2 4 7147 16908 .SB...0.16 0.60 2.7 E 3.4 S19. >V * MAR 5Ia 10 01 36.76 + 54 34 56.6 CAPollas
1994K P28944 10 00.43+ 12 52.316.0 4149 7145 0.09 0.93 22. W 15. N17.5 >R * APR 1Ia 10 00 24.61 + 12 52 31.7 P4Mueller
1994L N 2848 9 20.16- 16 31.512.4 1 2147 2044 .SBS5*0.16 1.41 54 13. W 56. S14.7 >V APR 8II + Brown
1994M N 4493 12 31.14+ 0 36.714.9 35 6943 DE+..P0.22 1.18-4 3. E 28. S16.3 =B *MAY 4:APR29Ia 12 31 08.62 + 0 36 19.9 ZMWild
1994N U 5695 10 29.78+ 13 01.114.9 9471 2940 .S..5.0.44 1.10 5 1.8 E 9.8 N17.5 >R MAY10II + ASTuratto
1994O MKN 268 13 41.19+ 30 22.715.3 11055 11950 .S..2.0.23 0.91 2 2.5 W 2.5 N18.5 > * MAY 6Ia 13 41 10.99 + 30 22 43.6 CAPollas
1994P U 6983 11 59.15+ 52 42.414.5 9844 1082 .SBT5.0.14 1.49 55 105.2 E 31.1 N18.2 >V APR20II 11 59 21.08 + 52 42 59.0 Sackett
1994Q P59076 16 49.86+ 40 26.015.7 1 84 8863 0.28 0.74 0.4 W 3.5 S17.0 =B:* JUN 2Ia 16 49 51.15 + 40 25 55.9 CAPollas
1994R I 2627 11 09.89- 23 43.612.6 6740 2087 .SBS4*0.11 1.42 42 21.5 W 1.2 N16.0 > JUN 3II + PEMartin, Williams
1994S N 4495 12 31.38+ 29 08.114.1 113365 4550 .S..2.0.34 1.14 2 13. W 7. S14.8 =B JUN14:JUN 4Ia 12 31 21.86 + 29 08 04.2 Mitchell
1994T C 16-58 13 21.51- 2 08.715.7 1 5069 10390 .S..1.0.40 0.75 1 3.2 E 12.8 S17.3 =B JUN10 JUN11Ia 13 21 30.74 - 2 08 56.3 Peters, Challis
1994U N 4948 13 04.92- 7 56.815.2 113872 1330 .SBS7*0.45 1.32 75 000. 000. 14. > JUN27 JUN27Ia 13 04 56.14 - 7 56 51.4 Barker
1994V M-03-38-25 14 54.68- 17 24.514.2 1 866 3011 .SBT4*0.36 1.26 44 2.6 W 21.9 S17. >I * JUL14 14 54 40.41 - 17 24 42.5 MNMcNaught
1994W N 4041 12 02.20+ 62 08.311.6 21 1234 .SAT4*0.03 1.43 44 7.8 W 17.5 N13.2 =V AUG11:JUL29IIPec 12 02 10.93 + 62 08 32.8 Cortini, Villi
1994X ANON 0 15.34- 24 53.615.7 311450 16668 .SB.5.0.18 0.90 5 1.0 E 16.4 S18.5 >R * AUG15Ia 0 15 20.62 - 24 53 50.5 MNMcNaught
1994Y N 5371 13 55.66+ 40 27.711.5 247 2558 .SBT4.0.16 1.62 41 34. W 11. N14.4 =V SEP23:AUG19IIn 13 55 36.92 + 40 27 53.6 Wren
1994Z N 87 0 21.24- 48 37.814.7 1 2 3491 .IB.9P0.07 0.9310 36. E 12. S14.6 > OCT 2II 0 21 16.59 - 48 37 49.6 Wassilieff
1994aa N 1320 3 24.82- 3 02.513.3 113772 2716 .S..1*0.45 1.27 1 10.1 E 1.8 S17.0 >I * SEP14Ia 3 24 49.40 - 3 02 33.6 MNMcNaught
1994ab *M-05-50-08 21 16.95- 28 19.615.4 1 1890 10500 .S..4.0.73 1.17 4 5.1 W 16.8 S17.0 >I * SEP13Ia 21 16 56.75 - 28 19 51.4 MNMcNaught
1994ac U12799 23 49.90+ 2 42.215.7 3284 5311 .S..5*0.66 1.11 5 3. W 6.5 S18.5 >R * SEP11II 23 49 53.53 + 2 42 10.1 MNMcNaught
1994ad E 152-G26 1 49.47- 56 03.214.1 1 1555 6157 RSBR1.0.23 1.22 1 0.6 W 33.9 N18. >I * NOV10II 1 49 27.85 - 56 02 38.1 MNMcNaught
1994ae N 3370 10 47.07+ 17 16.412.2 14356 1279 .SAS5.0.24 1.47 53 30.3 W 6.1 N13.2 =B NOV29 NOV14Ia 10 47 01.95 + 17 16 31.1 BAVan Dyk, Treffers, Richmond, Filippenko, Paik
1994ah E 365-G19 2 56.61- 33 54.815.5 1 7680 11135 .S..3.0.59 1.09 3 12.4 E 2.5 N18. >I * OCT13Ia 2 56 37.75 - 33 54 43.6 MNMcNaught
1994ai N 908 2 23.08- 21 14.010.9 7768 1498 .SBS5.0.38 1.79 52 24. E 4. N16.5 > DEC20Ic 2 23 06.17 - 21 13 58.3 PEWilliams, Martin
1994aj ANON 9 06.19- 10 40.1 9599 5.6 W 5.0 N19.5 >V * DEC12II 9 06 11.26 - 10 39 59.9 CAPollas
1994ak *N 2782 9 14.09+ 40 06.912.3 47 2562 .SBT1P0.16 1.57 1 43. W 27. S15.9 > DEC24IIn 9 14 01.47 + 40 06 21.5 Kushida
1994al ANON 3 06.37+ 17 18.621.2 3 125913 0.9 E 0.1 N22.6 > JAN 2 JAN 8Ia 3 06 22.45 + 17 18 33.7 SCSupernova Cosmology Project
1994am ANON 2 40.03- 1 37.319.8 3 111523 .E.... 0.6 W 0.9 S21.7 > FEB 4 FEB 4Ia 2 40 02.06 - 1 37 14.9 SCSupernova Cosmology Project
1994an ANON 22 44.31+ 0 06.8 113322 .S..6. 6 0.2 E 0.2 N22.3 > OCT30 OCT31Ia 22 44 18.87 + 0 06 48.7 SCSupernova Cosmology Project
1994ao ANON 16 04.39+ 43 03.9 148800 .S..0. 0 1.1 W 1.4 S28.1 >I FEB25 16 04 23.3 + 43 03 56.0 WSGal-Yam, Sharon, Maoz
1995A M 04-16-006 6 50.07+ 26 22.915.2 1 53 9509 DS..5.0.21 0.74 5 0.5 E 3.5 N18. >V * JAN 2Ia 6 50 04.63 + 26 22 51.0 CAPollas
1995B LEDA1658072 7 17.56+ 21 49.517.4 4 53 9900 0.14 0.52 2.8 W 7.3 S19.0 >V * JAN 6II 7 17 33.82 + 21 49 25.0 CAPollas
1995C LEDA 703368 12 04.02- 31 35.915.2 3100 8158 .I....0.34 1.0910 14.7 E 8.5 S17.5 >R * FEB 8Ia 12 04 02.52 - 31 36 02.3 MNMcNaught
1995D N 2962 9 40.90+ 5 10.012.9 1 252 1966 RLXT+.0.20 1.41-15 11. E 90.5 S13.4 =B FEB21 FEB10Ia 9 40 54.79 + 5 08 26.6 Kushida
1995E N 2441 7 51.91+ 73 00.912.7 5024 3470 .SBR3*0.04 1.30 33 8.6 E 20.6 S16.8 =B FEB27 FEB20Ia 7 51 56.75 + 73 00 34.6 Gabrijelcic
1995F N 2726 9 04.96+ 59 55.913.1 8774 1518 .S..1?0.48 1.20 1 2. E 1. S14.8 >R FEB10Ib/c 9 04 57.40 + 59 55 58.7 Lane, Gray, Miskolczi
1995G N 1643 4 43.73- 5 19.113.6 118044 4850 .SBR4P0.14 1.10 4 4.5 E 16.1 N16.0 >V FEB23IIPec 4 43 44.22 - 5 18 53.8 EVEvans, Shobbrook, Beaman
1995H N 3526 11 06.94+ 7 10.413.7 5684 1420 .SA.5P0.65 1.29 5 19.6 W 7.5 S15.7 >V * FEB24II 11 06 55.42 + 7 10 19.6 P4Mueller
1995I ANON 13 21.00+ 3 35.818.9 3 22484 0.39 0.34 0.5 W 5.8 N19.5 >V * FEB28II 13 20 59.85 + 3 35 56.2 CAPollas
1995J U 7700 12 32.56+ 63 52.614.7 8944 2971 .SBS7.0.14 1.26 7 29. E 30. N16.4 >R APR 4II 12 32 38.34 + 63 53 09.2 WJJohnson
1995K ANON 10 50.78- 9 15.1 143400 .S..4. 4 0.73 W 0.82 N22.5 >R MAR30Ia: 10 50 46.95 - 9 15 08.0 HZSchmidt et al.
1995L N 5157 13 27.29+ 32 01.614.4 10838 7322 .SBR1.0.10 1.12 1 18.9 E 2.0 N19.5 >B * MAR26Ia: 13 27 18.34 + 32 01 52.7 CAPollas
1995M LEDA954341 9 38.71- 12 20.116.7 4 90 15589 0.63 0.81 13.0 W 000. 18.5 >R * APR22Ia 9 38 41.78 - 12 20 07.9 MNMcNaught
1995N *M-02-38-16 14 49.51- 10 10.413.4 1150 1834 DIB...0.25 1.38105 34. W 19. N17.5 >V * MAY 5IIn 14 49 28.27 - 10 10 15.4 CAPollas
1995O ANON 16 35.94+ 66 11.7 52500 1.7 W 2.0 N22. >R MAY 3Ia: 16 35 56.121+ 66 11 43.96 Le Borgne, Sanahuja, Maddox
1995P LEDA119205 14 07.24- 2 43.616.5 4135 16790 0.29 0.79 1.2 E 4.65 N18. >J:* MAY 6Ia: 14 07 14.33 - 2 43 32.7 MNMcNaught
1995Q E 284-G 42 20 16.46- 43 24.315.6 410674 .S..5.0.49 0.99 5 20.5 E 5.1 S18. >R:* MAY31II 20 16 29.51 - 43 24 24.6 MNMcNaught
1995R U 8801 13 53.53- 1 11.615.0 9580 7098 .S..4.0.59 1.12 4 9. E 10. N18. >R:* JUN29Ia 13 53 32.60 - 1 11 30.2 MNMcNaught
1995S N 4456 12 27.87- 30 05.914.1 115359 6157 .S..4.0.27 1.11 44 12. E 3. S17.5 >R:* JUL 3 12 27 53.30 - 30 05 55.4 MNMcNaught
1995T LEDA990332 22 27.21- 9 29.717.2 4109 16788 0.30 0.62 6.1 W 2.3 S18.0 >V:* JUL25Ia 22 27 12.41 - 9 29 44.4 CAPollas
1995U E 235-IG13 20 54.69- 51 22.415.5 113652 16668 .S..5.0.20 0.79 5 11. W 6. S18. >R:* JUL29Ia 20 54 40.62 - 51 22 26.8 MNMcNaught
1995V N 1087 2 46.41- 0 29.711.4 1454 1515 .SBT5.0.22 1.57 56 23. E 0.2 S15.0 > : AUG 1II 2 46 26.77 - 0 29 55.6 EVEvans
1995W N 7650 23 25.36- 57 47.413.0 16447 3380 .SBS5P0.16 1.13 54 9. W 22. S16. > : AUG 5II + PEWilliams, Martin
1995X U 12160 22 40.90+ 75 09.915.2 1 1640 1555 .S..5 0.11 1.32 5 10. W 20. N18. >R:* AUG 3II 22 40 51.30 + 75 10 11.5 P4Mueller
1995Y N 410 1 10.97+ 33 09.112.6 35 5294 .E+...0.14 1.27-4 8.4 E 26.1 S15.5 >R:* AUG28I 1 10 59.60 + 33 08 42.2 P4Mueller
1995Z U 937 1 23.62+ 32 37.815.0 1 65 4748 .E?...0.09 0.87 11. E 5. N18.5 > :* AUG28II 1 23 38.35 + 32 37 53.1 P4Mueller
1995aa LEDA1057160 22 59.15- 4 30.917.1 3127 56961 0.28 0.73 8.1 E 1.7 S19.8 >V * SEP 2IIn 22 59 09.73 - 4 30 57.3 CAPollas
1995ab N 7663 23 26.75- 4 58.015.5 117553 5696 .S....0.21 0.65105 11.3 W 14.1 N17.7 >V * SEP22II 23 26 44.46 - 4 57 45.9 CAPollas
1995ac LEDA 999654 22 45.56- 8 45.216.5 4 4682 14990 .S....0.63 0.92 2.1 W 4.5 N17.2 =B *SEP30 SEP22IaPec: 22 45 34.14 - 8 45 04.7 CAPollas
1995ad N 2139 6 01.14- 23 40.512.1 12940 1843 .SBT5.0.11 1.47 54 24.5 W 7.7 S14.5 > SEP28II 6 01 06.13 - 23 40 29.0 EVEvans
1995ae ANON 23 16.93- 2 04.618.1 3 20670 0.21 0.46 5.4 W 0.5 N18.5 >V * SEP22Ia 23 16 55.65 - 2 04 36.4 CAPollas
1995af ANON 23 24.90+ 41 24.118.0 3 .S.... 5.4 W 8.6 N20.5 >V * SEP 1 23 24 53.45 + 41 24 11.5 CAPollas
1995ag U11861 21 56.41+ 73 15.615.2 1658 1481 .SX.7.0.26 1.43 7 20. W 25. S16.0 >R * SEP28II 21 56 19.4 + 73 15 13.6 P4Mueller
1995ah HS0016+1449 0 19.18+ 15 06.417.6 4 4407 0.60 0.30 1.6 E 2.1 N15.8 >B FEB 2II + Popescu et al.
1995ai N 7794 23 58.57+ 10 43.713.8 1443 5280 .S..5.0.13 1.09 5 15.7 W 17.4 S17.9 >R * OCT23II 23 58 33.06 + 10 43 23.9 CAPollas
1995aj ANON 2 28.62+ 41 56.118.5 2 .S.... 5.0 W 4.9 S20.0 >V:* SEP29Ia 2 28 36.64 + 41 56 01.9 CAPollas
1995ak I 1844 2 45.70+ 3 14.615.1 110070 6811 .S..4.0.41 0.96 4 8.5 W 1.0 N16.2 =B *NOV 3 OCT27Ia 2 45 48.83 + 3 13 50.1 CAPollas
1995al N 3021 9 50.95+ 33 33.212.6 11055 1541 .SAT4*0.23 1.16 43 15.0 W 2.9 S13.4 =B NOV 8 NOV 1Ia 9 50 55.97 + 33 33 09.4 Pesci, Mazza
1995am C 501-16 0 47.84+ 29 57.615.4 1 0 5012 .L....0.00 0.71-2 9. W 8. S15.0 > :* OCT22Ia 0 47 49.45 + 29 57 26.8 KOLovas
1995an U 3188 4 51.82+ 8 50.615.0 8557 3522 .S..2.0.25 1.00 2 11. W 3. N16.7 > * OCT27II 4 51 48.54 + 8 50 39.7 P4Mueller
1995ao ANON 2 57.51- 1 41.3 72000 21.5 >R NOV18Ia 2 57 30.70 - 1 41 19.8 HZHigh-Z Supernova Search Team
1995ap ANON 3 12.47+ 0 41.7 90000 21.5 >R NOV18Ia 3 12 28.13 + 0 41 43.4 HZHigh-Z Supernova Search Team
1995aq ANON 0 29.07+ 7 51.4 135805 0.6 W 1.4 S22.4 >R NOV19I: 0 29 04.26 + 7 51 20.0 SCSupernova Cosmology Project
1995ar ANON 1 01.34+ 4 18.6 139403 .S..1. 1 2.9 W 0.5 S23.1 >R NOV19I: 1 01 20.41 + 4 18 33.8 SCSupernova Cosmology Project
1995as ANON 1 01.59+ 4 26.2 149296 .S-I4. 4 0.7 W 0.7 N23.3 >R NOV19I: 1 01 35.30 + 4 26 14.8 SCSupernova Cosmology Project
1995at ANON 1 04.85+ 4 33.9 196364 .S..1. 1 0.3 W 0.4 S22.7 >R NOV20I: 1 04 50.94 + 4 33 53.0 SCSupernova Cosmology Project
1995au ANON 1 18.54+ 7 54.0 47967 1.4 E 3.3 N20.7 >R OCT29I: 1 18 32.60 + 7 54 03.5 SCSupernova Cosmology Project
1995av ANON 2 01.61+ 3 38.9 89938 0.2 W 0.0 N20.1 >R NOV20II: 2 01 36.75 + 3 38 55.2 SCSupernova Cosmology Project
1995aw ANON 2 24.93+ 0 53.1 119917 0.2 W 0.2 S22.5 >R NOV19I: 2 24 55.54 + 0 53 07.5 SCSupernova Cosmology Project
1995ax ANON 2 26.43+ 0 48.7 184372 .E-L.. -3 0.3 W 0.2 S22.6 >R NOV19I: 2 26 25.80 + 0 48 44.2 SCSupernova Cosmology Project
1995ay ANON 3 01.13+ 0 21.4 143900 0.9 W 1.4 S22.7 >R NOV20I: 3 01 07.52 + 0 21 19.4 SCSupernova Cosmology Project
1995az ANON 4 40.56- 5 30.1 134907 .S..5. 5 1.6 W 1.7 N24.0 >R NOV20I: 4 40 33.59 - 5 30 03.6 SCSupernova Cosmology Project
1995ba ANON 8 19.11+ 7 43.4 116319 .E-L.. -3 0.1 E 0.2 N22.6 >R NOV20I: 8 19 06.46 + 7 43 21.2 SCSupernova Cosmology Project
1995bb LEDA1409128 0 16.29+ 12 24.917.2 4136 1739 .I:...0.33 0.7010 NOV29Ib: + Tokarz, Garnavich
1995bc LEDA2163910 9 51.72+ 40 18.616.7 4 20 14390 0.56 0.86 5.0 E 14.2 N18.5 > :* DEC 1II 9 51 43.50 + 40 18 50.6 P4Mueller
1995bd U 3151 4 45.33+ 11 04.116.5 9378 4377 .S..5.0.55 1.15 5 23.6 E 1.6 S17.3 =B *JAN 3 DEC19IaPec 4 45 21.24 + 11 04 02.5 CAPollas
1995be LEDA1604757 15 58.22+ 19 46.016.2 4 65 0.32 0.88 16. E 6. N19.0 >R:* JUL18 15 58 14.30 + 19 46 06.5 ? MNMcNaught
1995bf ANON 16 04.34+ 43 04.723.4 3 295326 .S..3. 3 0.6 W 2.9 N26.2 >I FEB28 16 04 20.4 + 43 04 44.0 WSGal-Yam, Sharon, Maoz
1996A LEDA147085 5 10.78- 3 00.313.1 3 9893 0.41 0.99 1. E 4. S18.0 >R: JAN12II 5 10 47.1 - 3 00 25.0 EVEvans
1996B N 4357 12 23.97+ 48 46.713.5 7772 4122 .SA.4.0.45 1.56 43 25. W 5. S17.7 > JAN16II 12 23 56.6 + 48 46 42.0 Gabrijelcic
1996C M 08-25-47 13 50.76+ 49 20.216.0 118058 8094 .SB...0.26 0.92 1.6 W 13.4 N16.6 =B *FEB17 FEB15Ia 13 50 48.62 + 49 19 07.7 P4Mueller
1996D N 1614 4 34.00- 8 34.513.6 1 8534 4778 .SBS5P0.08 1.11 5 6.6 E 000. 18.2 >V FEB 9Ic + Drissen, Robert, Dutil, Roy
1996E ANON 10 10.34- 12 33.2 128911 22.2 >R FEB14Ia 10 10 20.28 - 12 33 09.2 HZHigh-Z Supernova Search Team
1996F ANON 10 50.06- 9 22.5 131909 22.5 >R FEB14II: 10 50 03.62 - 9 22 30.2 HZHigh-Z Supernova Search Team
1996G ANON 12 28.90- 0 04.7 122915 23.3 >R FEB14II: 12 28 53.84 - 0 04 44.6 HZHigh-Z Supernova Search Team
1996H ANON 12 28.88- 0 05.7 185871 22.8 >R FEB14Ia 12 28 52.78 - 0 05 41.0 HZHigh-Z Supernova Search Team
1996I ANON 12 00.66- 0 16.0 170882 23.0 >R FEB14Ia 12 00 39.43 - 0 16 02.4 HZHigh-Z Supernova Search Team
1996J ANON 10 10.55- 12 37.1 89938 22.5 >R FEB20Ia 10 10 33.21 - 12 37 05.2 HZHigh-Z Supernova Search Team
1996K ANON 8 24.72- 0 21.1 113921 23.0 >R FEB20Ia 8 24 43.49 - 0 21 06.2 HZHigh-Z Supernova Search Team
1996L E 266-G10 11 38.60- 43 25.315.4 110934 9900 .S..1.0.08 0.91 2 20.5 E 2.2 N18.5 >V *MAR12 MAR19IIn + MNMcNaught
1996M LEDA944210 12 51.27- 13 01.215.8 4106 5996 0.57 1.03 21. E 000. 18.0 >R:* MAR19II 12 51 17.73 - 13 01 11.7 MNMcNaught
1996N N 1398 3 38.86- 26 20.110.6 10043 1407 PSBR2.0.13 1.87 21 46. E 12. N16.0 >R: MAR12Ib/c 3 38 55.31 - 26 20 04.1 PEWilliams, Martin
1996O M 03-41-115 16 06.00+ 18 11.815.5 1 7966 11167 .SBT4.0.36 1.01 42 20. W 2. S18.0 >R: MAR21Ia 16 06 00.00 + 18 11 48.0 EVEvans
1996P N 5335 13 52.94+ 2 48.914.5 8936 4650 .SBR3.0.09 1.26 3 57.8 W 22. S17.0 >J:* MAR25Ia 13 52 52.61 + 2 48 30.2 P4Mueller
1996Q ANON 8 46.15+ 0 06.9 107925 0.6 W 0.3 N21.8 >R MAR15 8 46 09.18 + 0 06 53.9 HZHigh-Z Supernova Search Team
1996R ANON 11 16.17- 0 11.519.5 3 46818 0.07 0.15 2.6 E 6.4 S20.6 >R MAR15Ia 11 16 10.36 - 0 11 39.3 HZHigh-Z Supernova Search Team
1996S ANON 11 25.19- 35 26.5 32977 3.5 W 1.3 N22.5 >R MAR15II 11 25 11.16 - 35 26 29.1 HZHigh-Z Supernova Search Team
1996T ANON 10 05.46- 7 27.4 71950 000. 000. 21.0 >R MAR15Ia 10 05 27.66 - 7 27 23.9 HZHigh-Z Supernova Search Team
1996U ANON 11 50.56+ 10 26.8 128911 0.5 W 1.3 S22.2 >R MAR15Ia 11 50 33.51 + 10 26 45.4 HZHigh-Z Supernova Search Team
1996V N 3644 11 21.54+ 2 48.615.2 6366 7109 PSB.1P0.36 1.19 1 25. W 5. N16.5 >R * MAR28Ia 11 21 31.23 + 2 48 40.4 P4Mueller
1996W N 4027 11 59.50- 19 16.011.7 17244 1671 .SBS6.0.14 1.52 66 17. W 34. N15.1 >V APR10II 11 59 28.98 - 19 15 21.9 BELi, Qiu, Qiao, Ma, Hu
1996X N 5061 13 18.08- 26 50.111.3 117 2065 .E.0..0.07 1.60-5 52. W 31. S13.2 =B APR18 APR12Ia 13 18 01.13 - 26 50 45.3 EVEvans, Takamizawa
1996Y P34794 11 21.54+ 2 53.215.3 3 89 14631 .E....0.13 0.77-5 7. W 13. N18.5 >R:* APR10 11 21 32.57 + 2 53 14.0 P4Mueller
1996Z N 2935 9 36.74- 21 07.710.9 16941 2277 PSXS3.0.12 1.62 32 4. E 71. S14.6 =B: MAY16Ia 9 36 44.82 - 21 08 51.7 WJW.Johnson
1996aa N 5557 14 18.43+ 36 29.612.2 96 3213 .E.1..0.17 1.37-5 5. W 3. N17. > : MAY16Ia + WJW.Johnson
1996ab ANON 15 21.15+ 27 55.4 39000 19.7 =B:* MAY12Ia 15 21 08.35 + 27 55 36.8 P4Mueller
1996ac P40346 12 24.19+ 1 24.216.2 3 1848 7685 .L....0.17 0.74-2 2.2 W 3.2 N16.5 >U:* MAY21Ia 12 24 11.24 + 1 24 14.7 MNMcNaught
1996ad ANON 15 59.09+ 19 48.116.5 4 47 0.30 0.74 2. E 1. N18.5 >V: MAY 9 15 59 05.91 + 19 48 08.1 EVEvans
1996ae *N 5775 14 53.96+ 3 32.6 14679 1681 .SB.5.0.58 1.58 5 31. E 54. S16.5 > MAY21IIn 14 53 59.81 + 3 31 46.3 Vagnozzi, Piermarini, Russo
1996af ANON 22 28.52- 68 58.5 29979 0.7 W 0.3 S19.5 >V: JUN12 22 28 31.13 - 68 58 33.0 MSMount Stromlo Abell Cluser Supernova Search Team
1996ag ANON 21 46.84- 43 41.819.0 3 41971 0.19 0.23 1.7 E 0.4 S20.5 >V: JUN12 21 46 50.47 - 43 41 50.4 MSMount Stromlo Abell Cluser Supernova Search Team
1996ah N 5640 14 20.82+ 80 06.415.4 1 24 14206 0.22 0.89 5.3 W 1.5 S18. > :* JUN 6Ia 14 20 38.9 + 80 07 21.0 P4Mueller
1996ai *N 5005 13 10.94+ 37 03.510.6 7465 946 .SBT4.0.35 1.76 43 24. E 4. N16.9 =B: JUN19:JUN16Ia: 13 10 58.13 + 37 03 35.4 Bottari
1996aj ANON 13 29.12- 29 14.0 32977 4.45 W 0.4 N18.5 >V: JUN15Ia 13 29 06.82 - 29 14 02.0 MSMount Stromlo Abell Cluster Supernova Search Team
1996ak N 5021 13 12.10+ 46 11.814.3 8168 8250 .SB.3.0.39 1.17 3 25. W 13. S18.0 > : JUL13II 13 12 04.42 + 46 11 38.4 Buil
1996al N 7689 23 33.27- 54 05.612.2 14351 1981 .SBT5.0.19 1.48 54 000. 30. N14.0 > : JUL22II 23 33 16.1 - 54 05 02. EVEvans, Benton, Beaman
1996am ANON 21 46.12- 44 00.218.5 3 19717 0.07 0.30 19.0 >V: JUL12Ia 21 46 07.48 - 44 00 12.7 MSMount Stromlo Abell Cluster Supernova Search Team
1996an N 1084 2 45.99- 7 34.611.2 11552 1406 .SAS5.0.20 1.50 53 15. E 22. N14.8 >R JUL27IIP 2 46 00.83 - 7 34 20.3 Aoki
1996ao ANON 3 28.05- 52 53.919.1 3 17988 0.22 0.30 1.8 E 0.8 S19.0 >V: AUG 2 3 28 03.60 - 52 53 53.6 MSMount Stromlo Abell Cluster Supernova Search Team
1996ap LEDA2800212 21 45.87- 57 08.516.8 3 22467 0.04 0.52 8.6 E 4.0 N19.5 >V: AUG11 21 45 53.49 - 57 08 27.3 MSMount Stromlo Abell Cluster Supernova Search Team
1996aq N 5584 14 22.40- 0 23.212.8 16240 1635 .SBT5.0.11 1.51 63 15. W 8. S14.7 >V AUG17Ic 14 22 22.73 - 0 23 24.0 Aoki
1996ar P 5701 1 31.85- 2 13.115.3 3 76 0 18008 .S..2.0.00 0.75 2 18.9 E 2.1 N18.5 >V:* AUG20Ia 1 31 52.40 - 2 13 03.0 CAPollas
1996as LEDA 128847 21 05.60- 52 22.714.8 3 7134 10793 .SB.5.0.08 0.94 5 10.6 W 10.6 N17.5 > : SEP 3II 21 05 36.3 - 52 22 41.2 EVEvans
1996at ANON 1 08.29- 0 58.4 26981 20.5 > SEP15Ic 1 08 07.63 - 0 58 25.5 HZHigh-Z Supernova Search Team
1996au ANON 3 12.80+ 0 45.2 155892 22.5 > SEP15Ia 3 12 47.79 + 0 45 11.9 HZHigh-Z Supernova Search Team
1996av ANON 1 53.90+ 0 15.5 152894 22.4 > SEP15Ia 1 53 54.22 + 0 15 30.6 HZHigh-Z Supernova Search Team
1996aw ANON 21 53.78+ 0 02.820.2 3 62956 21.7 > OCT 8Ia 21 53 47.10 + 0 02 47.3 HZHigh-Z Supernova Search Team
1996ax ANON 21 53.88- 0 02.6 68952 23.3 > OCT 8 21 53 52.93 - 0 02 36.4 HZHigh-Z Supernova Search Team
1996ay ANON 0 9.96+ 0 53.6 185871 23.9 > OCT 8Ia 0 09 57.41 + 0 53 37.9 HZHigh-Z Supernova Search Team
1996az ANON 0 15.18+ 1 06.6 251826 24.0 > OCT 8 0 15 10.84 + 1 06 34.6 HZHigh-Z Supernova Search Team
1996ba ANON 1 08.66- 0 56.6 197863 23.5 > OCT 8Ia 1 08 39.87 - 0 56 38.9 HZHigh-Z Supernova Search Team
1996bb ANON 2 57.10- 2 42.3 167884 23.6 > OCT 8Ia: 2 57 06.06 - 2 42 17.4 HZHigh-Z Supernova Search Team
1996bc ANON 3 12.11+ 0 38.3 137905 22.5 > OCT 8Ia 3 12 06.58 + 0 38 17.1 HZHigh-Z Supernova Search Team
1996bd ANON 23 59.45- 0 56.3 83942 21.6 > OCT 9Ia 23 59 26.98 - 0 56 16.6 HZHigh-Z Supernova Search Team
1996be ANON 2 12.05+ 1 22.7 65954 22.2 > OCT 9II 2 12 02.83 + 1 22 39.1 HZHigh-Z Supernova Search Team
1996bf ANON 2 12.26+ 1 27.8 74948 21.5 > OCT 9Ia 2 12 15.39 + 1 27 48.9 HZHigh-Z Supernova Search Team
1996bg LEDA3112538 0 52.87- 0 04.517.8 3 34696 0.02 0.38 0.3 W 3.9 S22.0 > OCT 9II 0 52 52.38 - 0 04 31.1 HZHigh-Z Supernova Search Team
1996bh ANON 1 11.53- 0 57.6 128911 22.8 > OCT 9Ia 1 11 31.53 - 0 57 38.1 HZHigh-Z Supernova Search Team
1996bi ANON 1 52.60+ 0 02.7 179876 23.0 > OCT 9Ia 1 52 35.84 + 0 02 43.3 HZHigh-Z Supernova Search Team
1996bj ANON 2 11.83+ 1 24.9 170882 22.6 > OCT 9Ia 2 11 49.53 + 1 24 51.0 HZHigh-Z Supernova Search Team
1996bk N 5308 13 47.01+ 60 58.412.5 6090 2041 .L-E..0.74 1.56-3 10.5 W 17.9 S14.9 =B: OCT12Ia 13 46 57.98 + 60 58 12.9 Mazza, Pesci
1996bl LEDA1392929 0 36.30+ 11 23.616.2 416024 10793 .SB.5.0.04 0.78 5 2.7 W 5.4 N17.0 =B:*OCT20:OCT11Ia 0 36 17.97 + 11 23 40.5 CAPollas
1996bm ANON 0 44.68- 63 44.819.1 3 0.05 0.26 0.3 W 0.6 N20.5 >V: OCT 4 0 44 40.85 - 63 44 44.6 MSMount Stromlo Abell Cluster Supernova Search Team
1996bn U 3430 6 15.81+ 64 25.815.1 111471 4059 .S....0.43 1.00 2.7 W 5.4 S18.0 > * OCT17Ia: + P4Mueller
1996bo *N 673 1 48.38+ 11 31.313.3 17941 5182 .SXS5.0.12 1.31 5 6.14 E 1.58 S16.1 =B OCT31 OCT18Ia 1 48 22.862+ 11 31 15.13 BEBAO Supernova Survey, Armstrong, Okazaki
1996bp *M-06-04-053 1 35.35- 32 46.615.0 1 5524 10495 .L....0.04 0.95-3 8.5 W 15.4 S18.0 >R * AUG10 1 35 20.80 - 32 46 51.0 MNMcNaught
1996bq N 996 2 38.66+ 41 38.914.5 99 4584 .E....0.04 1.11-5 0.6 E 27.4 N18.7 > * OCT12 2 38 40.03 + 41 39 17.8 CAPollas
1996br U 2058 2 34.88+ 41 07.215.6 5741 18887 .SB.4.0.12 0.90 4 1.6 E 7.6 N18.5 >V:* NOV 3 2 34 53.53 + 41 07 13.7 CAPollas
1996bs LEDA2150671 2 44.77+ 39 29.416.7 4155 0.23 0.63 4.1 E 0.3 N18.7 >V * NOV 3 2 44 46.30 + 39 29 26.5 CAPollas
1996bt P 19750 6 51.98+ 16 17.415.3 1 19 2675 .E....0.25 0.89-5 1.5 W 1.2 N16.5 >B: NOV10Ia + Berlind
1996bu N 3631 11 21.04+ 53 10.311.0 11834 1156 .SAS5.0.08 1.69 52 32. W 117. N17.6 >V NOV14IIPec 11 20 59.30 + 53 12 08.4 Kushida
1996bv U 3432 6 16.23+ 57 03.115.5 13773 4998 .S..5.0.47 1.02 5 2.5 W 2.5 N15.5 =B: NOV18:NOV 3Ia 6 16 13.00 + 57 03 08.9 BEBAO Supernova Survey
1996bw *N 664 1 43.76+ 4 13.413.9 6638 5425 .S..3.0.10 1.12 33 19.7 W 3.3 S15.5 >V NOV30II 1 43 44.51 + 4 13 19.7 BEBAO Supernova Survey
1996bx ANON 3 59.27- 53 22.418.4 3 17988 0.17 0.45 0.8 E 0.2 N18.3 >V NOV18Ia 3 59 16.45 - 53 22 26.3 MSMount Stromlo Abell Cluster Supernova Search Team
1996by U 3379 5 58.42+ 68 27.713.8 11759 4114 PSB.3.0.27 1.24 3 7.2 W 27.9 S16.1 > DEC14Ia 5 58 24.96 + 68 27 12.1 BEBAO Supernova Survey
1996bz LEDA2154710 2 31.41+ 39 43.818.3 4123 0.24 0.42 2.4 W 4.6 N19.3 >V * OCT12 2 31 24.13 + 39 43 51.3 CAPollas
1996ca N 7300 22 30.99- 14 00.113.5 16368 4876 .SBT3*0.39 1.31 32 8.7 W 20.5 N16.5 > DEC15Ia 22 30 59.26 - 13 59 50.9 Aoki
1996cb *N 3510 11 03.73+ 28 53.113.6 16376 705 .SBS7.0.52 1.54 74 20.9 W 65.7 N13.9 =V JAN 3*DEC15IIb 11 03 41.98 + 28 54 13.7 Aoki
1996cc N 5673 14 31.51+ 49 57.514.0 13587 2082 .SB.5.0.69 1.38 5 25. W 14. N14.0 > : DEC19II 14 31 28.45 + 49 57 43.8 Sasaki
1996cd P22302 7 57.36+ 11 12.915.5 1 5441 13922 .S....0.12 0.85 15.5 E 2.3 N18.5 >V:* DEC16Ib/c 7 57 20.73 + 11 12 23.7 CAPollas
1996ce P46184 13 16.27+ 30 15.915.1 1 40 14764 .S..1.0.11 0.63 1 6.0 W 1.9 N18.0 >V * DEC16 13 16 15.47 + 30 15 52.6 CAPollas
1996cf *ANON 10 48.85+ 0 03.5 170882 .S..6. 6 22.7 >R MAR17Ia 10 48 50.96 + 0 03 30.4 SCSupernova Cosmology Project
1996cg ANON 8 24.22+ 3 25.0 146898 .S..2. 2 22.5 >R MAR17Ia 8 24 13.33 + 3 24 58.5 SCSupernova Cosmology Project
1996ch ANON 11 59.63- 9 54.6 170882 24.1 >R MAR17Ia 11 59 37.73 - 9 54 34.2 SCSupernova Cosmology Project
1996ci ANON 13 45.94+ 2 26.9 148397 .S..6. 6 22.3 >R MAR17Ia 13 45 56.16 + 2 26 53.7 SCSupernova Cosmology Project
1996cj ANON 13 47.63+ 2 26.3 56961 23.5 >R MAR17II 13 47 37.81 + 2 26 14.9 SCSupernova Cosmology Project
1996ck ANON 12 48.59- 0 46.0 196664 .L-E.. -3 23.0 >R MAR17Ia: 12 48 35.19 - 0 46 03.0 SCSupernova Cosmology Project
1996cl ANON 10 56.99- 3 37.6 248228 .S..0. 0 0.05 W 0.1 S23.5 >I MAR18Ia: 10 56 59.13 - 3 37 36.4 SCSupernova Cosmology Project
1996cm ANON 15 30.19+ 5 55.5 134907 22.7 >R MAR18Ia 15 30 11.25 + 5 55 27.0 SCSupernova Cosmology Project
1996cn ANON 13 48.45+ 2 27.8 128911 .L.... -2 22.6 >R MAR18Ia 13 48 27.22 + 2 27 46.6 SCSupernova Cosmology Project
1996co LEDA2633456 10 18.97+ 62 15.317.5 4 32 0.21 0.64 5.2 W 9.2 S18.0 > :* DEC20 10 18 57.48 + 62 15 12.1 P4Mueller
1996cp ANON 10 57.06- 3 37.7 0.9 E 000. 26.2 >I MAR13 10 57 03.5 - 3 37 41.0 WSGal-Yam, Sharon, Maoz
1996cq ANON 10 57.04- 3 37.6 25.7 >I MAR13 10 57 02.2 - 3 37 34.0 WSGal-Yam, Sharon, Maoz
1997A P15393 4 31.55- 61 07.2 169 17581 0.05 0.53 4.9 W 0.1 N18.5 >B: JAN 3Ia 4 31 33.39 - 61 07 10.4 CTMaza et al.
1997B I 438 5 53.00- 17 52.612.7 1 5243 3120 .SBT5.0.13 1.42 52 42. E 11.5 N16.6 >R JAN13Ib/c 5 53 02.97 - 17 52 23.5 Gabrijelcic
1997C N 3160 10 13.92+ 38 50.515.2 14090 6795 .S..4.0.70 1.11 4 17.7 E 96.1 S17.3 > JAN13Ib/c 10 13 56.18 + 38 49 00.5 BEBAO Supernova Survey
1997D *N 1536 4 11.02- 56 29.212.3 15750 1296 .SBS5P0.18 1.29 56 11. E 43. S16.5 =V: DEC12*JAN14IIPec + de Mello
1997E N 2258 6 47.76+ 74 29.013.2 15051 4059 .LAR0.0.19 1.43-2 32. W 57. N15.6 > JAN14Ia 6 47 38.10 + 74 29 51.0 Kushida
1997F ANON 4 55.24- 5 51.7 173880 .SB.4. 4 23.9 > JAN 5Ia 4 55 14.27 - 5 51 44.8 SCSupernova Cosmology Project
1997G ANON 4 58.50- 3 16.1 228741 23.7 > JAN 5Ia 4 58 30.23 - 3 16 04.0 SCSupernova Cosmology Project
1997H ANON 4 59.61- 3 09.6 158890 .E.... 22.8 > JAN 5Ia 4 59 36.57 - 3 09 34.6 SCSupernova Cosmology Project
1997I ANON 4 59.62- 3 09.0 53963 .S..4. 4 20.9 > JAN 5Ia 4 59 37.31 - 3 09 01.6 SCSupernova Cosmology Project
1997J ANON 7 41.30+ 9 33.2 185571 .L-E.. -3 23.4 > JAN 5Ia: 7 41 17.83 + 9 33 11.4 SCSupernova Cosmology Project
1997K ANON 7 54.92+ 4 19.0 176878 .I.... 10 23.6 > JAN 6 7 54 55.09 + 4 19 01.3 SCSupernova Cosmology Project
1997L ANON 8 21.95+ 3 53.6 164886 .I.... 10 23.1 > JAN 5Ia 8 21 57.14 + 3 53 35.7 SCSupernova Cosmology Project
1997M ANON 8 22.96+ 3 52.4 128911 23.2 > JAN 6 8 22 57.39 + 3 52 25.6 SCSupernova Cosmology Project
1997N ANON 8 23.83+ 3 28.9 53963 .I.... 10 21.2 > JAN 5Ia 8 23 50.03 + 3 28 52.8 SCSupernova Cosmology Project
1997O ANON 8 24.04+ 4 07.6 110923 23.7 > JAN 6Ia 8 24 02.51 + 4 07 33.1 SCSupernova Cosmology Project
1997P ANON 10 55.93- 3 56.8 140902 23.0 > JAN 6Ia 10 55 55.93 - 3 56 48.2 SCSupernova Cosmology Project
1997Q ANON 10 56.86- 3 58.6 131909 .L.... -2 22.5 > JAN 6Ia 10 56 51.48 - 3 58 36.9 SCSupernova Cosmology Project
1997R ANON 10 57.32- 3 54.9 194865 .S..2. 2 24.4 > JAN 6Ia 10 57 19.23 - 3 54 51.7 SCSupernova Cosmology Project
1997S ANON 10 57.86- 3 45.8 182873 23.6 > JAN 6Ia 10 57 51.59 - 3 45 46.9 SCSupernova Cosmology Project
1997T U 6896 11 55.60+ 80 13.015.2 155 12591 T.....1.02 1.00 9.5 E 27.3 S17.6 > * JAN19Ia 11 55 47.46 + 80 12 42.6 P4Mueller
1997U ANON 3 10.77- 12 16.1 0.01 E 0.45 N21.5 >V JAN 2 3 10 46.25 - 12 16 04.5 MSMount Stromlo Abell Cluster Supernova Search Team
1997V ANON 3 11.72- 12 02.2 6.0 E 0.1 N21.0 >V JAN 8 3 11 43.82 - 12 02 11.0 MSMount Stromlo Abell Cluster Supernova Search Team
1997W *N 664 1 43.76+ 4 13.313.9 6638 5425 .S..3*0.10 1.12 33 20.4 W 5.7 S18.0 >V FEB 1II: 1 43 44.50 + 4 13 17.2 Brelind, Garnavich
1997X N 4691 12 48.23- 3 20.011.7 1 1534 1110 RSBS0P0.08 1.48 0 8.6 E 1.3 N13.7 >V FEB 1Ib/c + Aoki
1997Y N 4675 12 45.5 + 54 44.115.4 1 9776 4806 .SB.3*0.51 1.13 3 3.8 W 1.6 N14.4 > FEB 2Ia 12 45 31.40 + 54 44 17.0 BEBAO Supernova Survey
1997Z N 3261 10 29.03- 44 39.412.1 8041 2553 .SBT3.0.12 1.58 32 55.1 E 8.7 S15.5 >R: FEB10II 10 29 06.65 - 44 39 35.2 PEMartin, Williams, Woodings
1997aa *I 2102 4 51.92- 4 57.215.3 116624 3645 .SBT5.0.04 1.12 54 25. W 29. S16.7 > MAR 1II + BELi, Qiu, Qiao, Hu
1997ab *ANON 9 51.01+ 20 04.517.0 2 3600 .Idwf. 5. W 5. S14.7 >B FEB28II 9 51 00.4 + 20 04 24. SCSupernova Cosmology Project
1997ac *ANON 8 24.09+ 4 11.4 95934 .E.... -5 23.1 > FEB10Ia 8 24 05.21 + 4 11 22.6 SCSupernova Cosmology Project
1997ad *ANON 8 22.54+ 4 10.0 22.8 > MAR 5 8 22 32.64 + 4 09 57.7 SCSupernova Cosmology Project
1997ae *ANON 8 23.98+ 3 47.9 23.9 > MAR 5 8 23 58.68 + 3 47 53.9 SCSupernova Cosmology Project
1997af *ANON 8 23.88+ 4 08.7 173580 .I.... 10 22.3 > MAR 5Ia 8 23 52.67 + 4 08 44.0 SCSupernova Cosmology Project
1997ag *ANON 9 58.89- 0 20.5 176878 23.2 > MAR 5Ia 9 58 53.35 - 0 20 29.0 SCSupernova Cosmology Project
1997ah *ANON 10 00.05- 0 23.5 218849 23.6 > MAR 5Ia: 10 00 02.92 - 0 23 30.7 SCSupernova Cosmology Project
1997ai *ANON 10 48.96+ 0 31.8 134907 22.3 > MAR 5Ia 10 48 57.61 + 0 31 50.0 SCSupernova Cosmology Project
1997aj *ANON 10 55.88- 3 59.0 174179 .....P 23.8 > MAR 5Ia 10 55 52.98 - 3 59 02.3 SCSupernova Cosmology Project
1997ak *ANON 10 56.89- 4 13.8 104927 24.4 > MAR 5Ia: 10 56 53.15 - 4 13 50.9 SCSupernova Cosmology Project
1997al *ANON 10 57.51- 3 14.8 185871 24.0 > MAR 5Ia 10 57 30.31 - 3 14 49.7 SCSupernova Cosmology Project
1997am *ANON 10 57.53- 3 13.8 124714 .....P 22.9 > MAR 5Ia 10 57 31.52 - 3 13 48.3 SCSupernova Cosmology Project
1997an *ANON 10 57.73- 3 47.3 146898 24.3 > MAR 5 10 57 43.97 - 3 47 18.2 SCSupernova Cosmology Project
1997ao *ANON 13 47.09+ 2 09.0 24.3 > MAR 5 13 47 05.42 + 2 08 59.5 SCSupernova Cosmology Project
1997ap *ANON 13 47.17+ 2 24.0 248828 24.2 > MAR 5Ia 13 47 09.90 + 2 23 57.5 SCSupernova Cosmology Project
1997aq *ANON 13 47.17+ 2 27.6 152894 24.3 > MAR 5 13 47 09.90 + 2 27 37.2 SCSupernova Cosmology Project
1997ar *ANON 13 47.53+ 2 26.2 107925 23.0 > MAR 5 13 47 31.98 + 2 26 16.0 SCSupernova Cosmology Project
1997as ANON 8 24.16- 0 48.1 152894 22.1 > MAR 8Ia 8 24 09.46 - 0 48 08.2 HZHigh-Z Supernova Search Team
1997at ANON 10 43.63- 0 49.1 21.6 > MAR 8 10 43 37.63 - 0 49 06.5 HZHigh-Z Supernova Search Team
1997au ANON 11 50.07+ 10 45.4 23.0 > MAR 8 11 50 04.24 + 10 45 22.4 HZHigh-Z Supernova Search Team
1997av ANON 10 23.19+ 4 13.7 21.4 > MAR 8 10 23 11.24 + 4 13 44.5 HZHigh-Z Supernova Search Team
1997aw ANON 10 23.47+ 4 07.2 179876: 22.7 > MAR 8 10 23 28.21 + 4 07 11.1 HZHigh-Z Supernova Search Team
1997ax LEDA1155469 11 18.03+ 0 02.218.7 3154 52995 0.08 0.32 21.8 > MAR 8 11 18 02.05 + 0 02 10.5 HZHigh-Z Supernova Search Team
1997ay ANON 11 26.17- 0 36.4 185871 23.0 > MAR 8 11 26 10.34 - 0 36 26.9 HZHigh-Z Supernova Search Team
1997az ANON 11 23.09- 0 15.9 11992 19.0 > MAR 8II 11 23 05.57 - 0 15 55.6 HZHigh-Z Supernova Search Team
1997ba ANON 12 27.64+ 0 13.5 22.5 > MAR 8 12 27 38.34 + 0 13 31.0 HZHigh-Z Supernova Search Team
1997bb ANON 12 29.01+ 0 09.2 155892 22.1 > MAR 8Ia 12 29 00.72 + 0 09 11.3 HZHigh-Z Supernova Search Team
1997bc ANON 11 59.14- 0 33.3 77946 22.1 > MAR 8II 11 59 08.27 - 0 33 20.6 HZHigh-Z Supernova Search Team
1997bd ANON 12 40.48- 0 05.7 200861 23.1 > MAR 8Ia 12 40 28.75 - 0 05 41.8 HZHigh-Z Supernova Search Team
1997be ANON 12 40.68- 0 23.4 23.1 > MAR 8 12 40 40.78 - 0 23 21.8 HZHigh-Z Supernova Search Team
1997bf ANON 13 41.81+ 0 06.2 44969 20.4 > MAR 8</