A 119.1 00 53 28.6 -01 37 18 750: 5.9 30. 3. .17 48. .82 .07 S D1,5,9,20,22,24,35,39,42,49,50,51,55,57,58,60 A 119.2 00 53 54.3 -01 32 48 1070: 15. 3. .02 69. .85 .10 S D1,5,9,20,22,24,35,39,42,49,50,51,55,57,58,60 A 119.3 a00 54 36.4 -01 24 48 < 20 .27 < 1.3 > 1.5 D1,5,9,20,22,24,35,39,42,49,50,51,55,57,58,60 A 119 00 53 54. -01 32 1820 90 A 194.0 01 22 44. -01 43 30 25 8 2.5 45. : 3. : .10 0.5 D1,2,3,4,5,10,11,15,21,24,30,33,35,36,37,42,45,46,49,50,51,54,56,60,61 A 194.1 b01 23 13.4 -01 38 06: 400: 1.9 .01 5.5 : D1,2,3,4,5,10,11,15,21,24,30,33,35,36,37,42,45,46,49,50,51,54,56,60,61 A 194.2 b01 23 20.6 -01 33 48: 800: .04 11. : D1,2,3,4,5,10,11,15,21,24,30,33,35,36,37,42,45,46,49,50,51,54,56,60,61 A 194.3 b01 23 31.0 -01 39 36: 1600: .05 22. : D1,2,3,4,5,10,11,15,21,24,30,33,35,36,37,42,45,46,49,50,51,54,56,60,61 A 194.1-3 01 23 36. -01 37 12 3790 190 5.3 .3 81. 1 .80 .02 S A 262.0 01 46 48.5 +35 21 36 283 25 8.6 .47 3.4 .81: C- D7,26 A 262.1 01 49 48.0 +35 55 36 75 20 9.5 .01 .9 .97 .16 S D7,12,18,23,47 A 262.2 01 51 50.0 +35 42 42 70 15 9.5 .25 .8 A 262.3 01 51 55.0 +36 12 54 160 15 9.5 .29 1.9 D16,41 A 407.2 02 55 15.3 +35 30 54 207 15 5.0 2.0 11.2 2. 90. 9 1.0 20. A 496.1 04 31 20.2 -13 22 12 112 8 6.5 100. : 3.4: 13. 6. 142. 30 .02 12. 1.04: C+ D35,53 A 496.2 04 31 29. -13 17 18 35 8 4.3 .16 3.8 A 496.3 04 31 51.4 -13 29 06 525 10 5.5 1. 96. 15 .26 56. .90: C- D17,22,35,37,52,53,54,55 A 496.4 04 31 56.7 -13 16 48 980 30 r 2. 13. 1. 176. 3 .29 105. .83 .04 S D22,35,37,52,53,54,55,59 A 496 04 31 18.6 -13 23 1680 85 D29,33,35,37,39,42,50,54 A 514.2 04 45 23.0 -20 38 48 80 8 4.5 < 5. .29 18. .73: D1 A 514.3 04 45 56.5 -20 31 30 139 10 1.0 r 3. 1. c 87. 20 .23 32. .89: CPX D1 A 514.4 04 46 21.3 -20 37 54 330 15 3.6 .5 115. 8 .51 76. 1.00 .03 S D1 A 602.1 07 49 19.1 +29 21 24 115 8 5.0 2.4 < 5. .51 24. .93 .06 S D1 A 779.1 09 12 16. +34 15 00 40 30 20. .66 < .9 1.5 : C- D7,25,31,37 A 779.2 09 13 10. +33 50 06 50 30 .51 .7 D31,37 A 779.3 09 16 04. +33 37 54 175 30 .24 3.0 .75: C- D8,31,37 A 779.4 09 16 11. +34 13 48 200 30 .21 3.5 .80 .15 S D7,18,25,31,37,39 A 779.5 09 18 49. +33 37 42i 155 50 .35 2.7 D31,37 A 779.6 09 19 59. +34 27 30 80 30 .56 1.4 1.2 .1 S D7,25,31,37 A1060.3 10 36 08. -27 40 18 55 10 7.0 145. : 4. : .21 .3 A1836.1 13 58 54. -11 21 00 900: 6.2 24. .69 .08 S D1,13,15,17,22,34,35,39,49,52,54 A1836.2 13 59 09. -11 23 54 540: 15. Cmax A1836 13 59 -11 23 1440 70 39. A1991.1 14 51 15.6 +19 06 12 295 15 12. 0. : 2. : <1. < 4. .61 40. .85 .12 S D19,23,28 A1991.2 d14 52 20. +18 48 : < 50 6.5 .1 :< 7. D37 A1991.3 14 54 21. +18 20 : 190 20e < 6. 1.25: 26. : C- D19,23,24,28 A2029.0 15 07 19.8 +05 56 48 95 10 9.0 <10. .61 24. A2029.1 15 08 24. +05 49 : 45 8 4.0 .27 11. D1,4,14,23,24,33,35,37,43,53,54,55,60,62 A2029.2 15 08 22.0 +05 56 00 150 10 < 7. .02 38. 1.3 .05 S A2029.3 15 09 14. +05 30 : 100: <10. 1.11 25. : A2036.1 15 08 25.3 +18 19 06 21 5 4.5 <10. .47 6. : .65 .1 S D1 A2036.2a b15 08 39.7 +18 13 48 < 408 20 1.4 1.2 .4f 95. 20 .25 109. CmaxD1 A2036.2b b15 08 50.8 +18 13 12 < 408 20 1.4 1.2 .4f 95. 20 .25 109. .85 .12 S D1 A2036.3 15 09 05.3 +18 18 54 168 10 .17 45. .75: C- D1 A2079.1a 15 25 38.7 +29 05 00 130 10 4.0 0. : 1.5: <1. < 4. .15 19. CPX D1 A2079.2 15 26 01.3 +29 16 18 31 4 0.9 105. : 18. 8. 0. 15 A2079.4 15 28 03.9 +29 10 30 133 10 70. : 2. : <1. 6.8 1. 80. 8 .85 19. .70: C+ D1 A2105.1 15 28 47. +74 15 18 15 7 9.0 .79 18. A2105.2a 15 32 00. +74 22 30 70 20 7.0 180. ? 3. : .49 84. < .34 D32 A2105.2b 15 33 +74 21 12 45 10 .57 54. D32 A2105.3 15 32 12. +74 11 54 140 10 .36 168. .83 .14 S D6,32,40 A2105.4 15 32 38. +74 00 30 10 1.19 36. C+ D32 A2105.5 15 34 +74 05 30: 25 5 1.05 30. C- D32 A2220.1 16 37 20. +53 58 00 45 5 6.0 130. : 2.5: .62 23. D27 A2220.2 16 37 27. +53 40 00 45 5 3.5 75. : 3. : .79 23. D27 A2220.3 g16 38 22. +53 52 24 350 15h 5.7 1. 15. 10 .06 181. .68 .07 S D1,27,32,44,48 A2220.4 16 38 33. +54 03 30 225 10 < 6. .60 116. CmaxD27,32 A2220.5 16 39 14. +54 03 25 5 .66 13. < .6 D27,32 A2220.6 16 39 30. +53 58 30 25 5 .57 13. A2224.1 16 41 05.3 +13 27 42 148 12 6.5 < 4. .05 143. A2224.3 16 42 22.0 +13 10 24 730 40 3.0 3. .3 3. 8 1.6 A2224.4 16 43 09.0 +13 27 18 382 15 5.7 .5 154. 8 2.0 A2241.1 16 57 10.4 +32 31 42 129 8 5.0 < 4. : .41 41. 1.25: C- D1 A2241.2 16 57 53.2 +32 42 48 80 10 2.0 20. : 2.5: < 6. .25 25. .9 : C- D1 A2241.4a b16 58 19.5 +32 40 00b 115 20 7. 2. 125. 25 .31 37. .80 .15 S D1 A2241.4b b16 58 33.5 +32 37 30b 330 20 4.5 1. 47. 12 .41 104. .80 .10 S A2306.1 18 21 14. +74 33 00 64 30 11.1 2.7 1.47 55. A2306.2 18 26 23. +74 42 06 319 30 1.5 1.0 105. 16 .05 277. D27,38,39 A2306.3 18 28 05. +74 31 30 37 30 .76 32. D27 A2306.4 18 28 40. +74 43 54 57 30 .53 49. D27 A2306.5 18 30 36. +74 32 00 50 30 1.19 43. D27 A 85.0 00 38 16.9 -10 04 48 172 47 20.0 < 1. <1. 0.80 26.28 0.81 0.24 C+ E53,70 A 85.SS A00 38 58. -09 39 12 < 10 6.0 0.06 < 23. EF E113 2.15 0.15 C- E23,35,110,111,112,113,118 A 85.1 00 39 18.3 -09 34 06 125 16 7.2 132. 4.3 2.7 0.13 24.15 12.8mG E118 0.39 0.22 S E77,81,118 A 85.2 00 39 18.9 -09 42 54 125 16 179. 2.2 <1. <24. 96. 26 0.17 24.15 G E118 0.2 0.1 S E81,118 A 85.3 00 39 40. -09 49 06 100 17 120. 10. : 1. : 0.37 24.05 0.5 0.1 E118 A 85.4 00 39 58.4 -09 38 54 113 15 35. 1.3 <1. <26. 140. 35 0.35 24.10 EF CmaxE118 A 85.5 00 40 26.3 -09 30 48 184 19 144. 1.3 <1. 23. 12. 2.5 14 0.57 24.31 G E125 0.15 0.24 S E53,118 A 401.1 02 53 19.5 13 33 06 20 10 6.6 < 1. : 1. 1.68 22.69 ? E0 E0 A 401.2 02 53 34.3 12 57 24 90 15 175. : 1.3: <1. 0.94 23.34 18mE E57 1.24 0.12 C+ E23,53,57 A 401.3 02 53 49.8 13 22 36 465 30 86. 1.3: <1. 1.36 25.11 EF E57 0.31 0.03 S E14,21,23,24,29,53,57,70,71,84,91,103,106 A 401.4 02 54 04.1 13 16 24 23 8 C 1.21 23.74 fE E57 1.01 0.37 C+ E57 A 401.5 02 54 29.0 13 43 00 35 10 49. 7. : <1. 1.23 23.96 E0 A 399.6 02 54 38.0 12 30 24 4 0.74 A 399.7 02 54 54.4 12 47 54 63 20 60. 6. : <1. 0.14 24.18 ? 0.65 0.41 S E23,57,87 A 401.8 02 55 23.6 13 39 30 90 15 16. 2.1 <1. 0.77 24.37 16.3mE E57 0.62 0.17 S E16,57,65 A 401.9 02 55 46.8 13 22 06 280 27 C C C 0.28 24.80 16.2mE E16,57,115 0.89 0.05 S E6,10,14 16,18,23,24,29,38,53,57,65,70,71,83,84,98,109,112,115,124 A 399.10 02 55 51.5 12 31 36 4 0.77 A 401.11 B02 56 18. 13 30 18 20) 0.24 23.99 EF? E57 1.29 0.28 C E57,65,98 A 401.12 02 56 32.0 13 15 24 60 14 172. 2.1 <1. 0.40 24.29 16.8mE E16,57 0.75 0.14 S E16,18,57,65,81,98,115 A 401.13 C02 56 34.1 13 09 36 < 20) 0.61 23.78 fE E57 0.42 0.35 C E57,65,98 A 401.14 02 56 53.3 13 43 06 389 28 41. 1.7 <1. 0.84 25.02 ? E57,115 0.85 0.04 S E103,109,112,115,127 A 478.1 04 10 10.3 10 27 42 35 10 6.0 102. 2.3 <1. 0.45 24.12 16mE E101 E101 A 478.2 04 10 28.1 09 57 30 38 12 1.04 24.16 EF E101 E101 A 478.3 04 10 40.6 10 20 18 48 12 46. 3.8 <1. 0.01 24.26 cD+G E0 0.98 0.21 S E8,65,101 A 478.4 04 11 01.8 10 10 24 137 17 84. 2.2 1.5 0.49 24.71 EF E101 1.01 0.16 S E23,53,65,70,71,112 A 508/9.1 04 39 30.0 02 11 00 > 52 9 5.0 100. : C C >2. 24.23 EF E0 A 508/9.2 04 39 35.4 02 03 54 21 7 4.1 94. 3.8 <1. >2. 23.83 EF E0 A 508/9.3 04 39 48.6 01 56 24 200 15 51. > 1. <1. 6. 4. 140. >2. 24.81 0.93 0.08 S E39,70,71 A 508/9.4 04 40 06.0 01 58 00 30 6 C C C >2. 23.99 E0 A 508/9.5 04 40 21.2 02 07 54 35 8 2.9 2.9 >2. 24.05 s E0 A 508/9.6 04 40 25.0 01 49 30 26 8 42. 3.4 <1. >2. 23.92 PL E0 A 508/9.7 04 40 37.1 02 00 12 60 10 C 3.3: <1. >2. 24.29 E0 A 508/9.8 04 41 37.8 02 30 18 88 12 4.0 C < 1. <1. >2. 24.45 PL E0 A 508/9.9 01 41 43.6 01 48 42 330 18 3.5 82. 1.3 <1. 5. 2.5 13. 1.72 25.03 s 0.92 0.12 S E11,70,71,78,127,132 A 508/9.10 04 42 13.5 02 13 42 72 8 < 1. <1. 1.65 24.37 Bs E0 E0 A 508/9.11 04 42 57.6 01 45 24 45 8 110. : C C 0.82 24.16 E87 A 508/9.12 04 42 57.8 01 55 30 80 9 C C C 0.35 24.41 E87 A 508/9.13 04 43 29.9 01 48 36 70 11 C C C 18. 11. 156. 0.55 24.35 E87 A 508/9.14 04 43 56.0 02 10 00 16 6 57. 2.0 <1. 0.76 23.71 fG E0 A 508/9.15 04 44 05.1 01 54 42 13 7 < 1. <1. 0.82 23.62 EF E0 A 508/9.16 04 44 29.7 02 08 24 105 12 C 1.7 1.7 0.42 24.53 PL 1.00 0.28 S E53,71 A 508/9.17 04 44 53.1 01 59 36 37 9 1.8 1.8 0.59 24.08 G E0 E53 A 508/9.18 04 45 29.3 02 34 24 89 11 C 1.5 1.5 1.67 24.46 G E0 A 508/9.19 04 46 16.8 01 58 54 36 9 0. : 2.8 <1. 0.97 24.07 E0 A 508/9.20 04 46 20.2 02 33 00 81 11 < 1. <1. 1.16 24.42 G E0 A 508/9.21 04 46 33.7 01 47 12 205 15 1.3 1.3 1.45 24.82 G E36 A 623.1 08 02 11.4 -00 46 54 125 15 4.5 25. 1.8 <1. <12. 7. 0.62 24.64 ? E100 0.75 0.11 S E32,71,100 A 623.2a 08 02 43.1 -01 02 54: 560 30 4.0 r 2.9 <1. 4. 2. 150. 18 0.67 25.29:? E0 CC+ E20,32,49,70,100,102,126,132 A 623.2b 08 02 43.1 -01 02 54: 560 30 4.0 r 2.9 <1. 4. 2. 150. 18 0.67 25.29:17mE E0 CC+ E20,32,49,70,100,102,126,132 A 623.3 08 03 04.1 -00 49 48 770 40 C 1. 2.3 1.4 167. 23 0.05 25.43 16mE E100 0.89 0.02 S E11,14,23,31,32,41,48,49,66,67,70,71,78,83,88,90,100,103,105,106,110,111,126,127,132 A 623.4 08 03 19.5 -00 44 12 45 10 C 0.27 24.20 ? E100 A 644.1 08 13 40. -07 28 > 110 4.6 0.9 > 24.5 G? E0 E32 A 644.2 08 14 02.0 -07 29 00 22 10 4.1 C 0.59 23.76 E0 A 644.3 08 14 11.6 -07 20 36 80 15 60. : 7. : 5. : 0.53 24.35 G? E0 E23 A 644.4 08 15 54.8 -07 18 42 26 10 144. 3.6 <1. 0.63 23.83 E23 A 644.5 08 16 20. -07 32 > 25 0.9 > 23.85 E0 A 999.1 10 18 54.5 12 38 36 36 7 3.8 1.04 23.59 EF E0 A 999.2 10 19 11.3 12 56 54 95 12 3.6 46. 2.1 1.6 0.66 24.01 PL E65 A 999.3 10 20 05.2 13 09 36 46 9 < 1. <1. 0.25 23.69 EF E65 A 999.4 10 20 17.6 12 49 36 71 10 110. 1.1 <1. 0.50 23.88 PL E65 A 999.5 10 20 34.5 12 57 48 17 7 0.25 23.26 EF E38,65,87 A 999.6 10 21 52.4 13 29 06 16 7 0.75 23.24 EF E0 A 999.7 10 22 09.2 12 37 30 > 230 20 5. 3. : 133. 15: 0.97 > 24.39 EF 0.85 0.09 S E36,50,70,71 A1367.1 11 38 53.8 19 22 06 > 41 7 4.5 0.68 > 22.9 ? E131 A1367.2 11 39 09.0 20 27 18 22 7 3.5 0.46 22.64 EF E0 A1367.3 11 39 09.2 19 29 00 68 11 < 1. <1. 0.59 23.13 PL 0.9 0.1 E29 A1367.4 11 39 44.5 20 14 24 87 12 < 1. <1. 0.30 23.23 EF 0.9 0.2 E29,104,131 A1367.5 11 40 15.0 20 05 54 56 10 111. 3.7 <1. 0.20 23.04 EF 0.8 0.1 E29,104 A1367.6 11 40 21.7 20 17 54 112 14 C 0.23 23.34 E0 1.1 0.3 E27,43,82,87,104 A1367.7 11 40 52.3 20 36 48 49 11 C 0.38 22.98 PL E0 A1367.8 11 41 07.9 19 57 12 34 9 < 1. <1. 0.12 22.83 EF 1.1 0.3 E29,131 A1367.9 11 41 10.0 19 40 12 15 7 < 1. <1. 0.31 22.47 C E43 0.7 0.2 E43 A1367.10 11 41 19.0 20 14 06 87 15 132. 6.4 <1. 0.10 23.23 E0 0.8 0.2 E27,42 A1367.11 11 42 31.7 19 52 24 3363 118 44. 1.8 <1. 2.6 0.5 138. 5 0.25 24.82 13.3mE E43 0.77:0.02 C+ E1,3,5,10,12,13,21,22,24,25,28,29,30,37,40,43,45,48,51,87,90,91,96,106,112,116,122,123,126,128,130 A1367.12 11 42 32.4 20 10 54 68 11a C 0.20 23.13 E0 1.5 0.2 E29,30,43 A1367.13 11 43 04.3 19 22 00 > 53 9 0.75 > 23.0 ? E29 A1367.14 11 44 31.7 19 44 42 26 8 0.59 22.71 s E0 A1367.15 11 44 54.7 19 21 42 > 26 6 0.8 > 22.7 ? E29 A1795.1 13 44 21. 26 53 12 45 25 11.0 1.06 23.89 E0 A1795.2 13 46 34.4 26 50 24 480 30 9.0 < 4. 0.06 24.91 cD E75 0.96 0.02 S E17,19,23,33,38,47,52,65,83,86,93,98,104,112,121,123,124,127 A1795.3 13 48 30. 26 53 12 45 25 0.81 23.89 E0 A2142.1 15 54 56.0 27 11 24 21 11 6.2 0.92 23.90 EF E56 0.4 0.4 E56 A2142.2 15 55 04.0 27 30 54 18 10 6.2 0.81 23.83 EF E56 1.3 0.7 S E56,65 A2142.3 15 55 58.8 27 42 24 9 7 6.2 0.95 23.53 EF E56 1.4 0.5 E56 A2142.4 15 56 03.0 27 24 36 81 12 3.8 96. 3.2 <1. 0.15 24.49 16mE E56 1.1 0.1 S E19,56,58,65,87,112 A2142.5a 15 56 43. 27 37 : 17 8 6.2 23.81 ? E0 A2142.5b 15 56 43. 27 37 : 21 10 6.2 C 0.77 23.90 ? E0 1.0 0.3 E56 A2142.6 15 56 43.7 27 26 36 18 7 3.8 0.39 23.83 ? E0 E0 A2142.7 15 57 01.5 27 11 48 42 15 6.2 C 0.69 24.20 EF E56 0.6 0.3 E56 A2142.8 15 57 30.0 27 49 00 > 20 9 6.2 1.48 > 23.88 PL E56 E56 HERC.1 15 58 48.0 17 15 36 95 11 4.3 153. 2.1 <1. 1.44 23.73 E0 E25,36,53 HERC.2 15 59 04.8 17 22 36 470 30 4.0 < 1. 1.35) 28.36 QSO E59,107 0.75 0.03 (S) E25,29,36,47,50,53,70,80,83,94,107,110,117 HERC.3a 15 59 07.0 15 45 18 475 30 119. 1.4 <1. 0.44 24.43 EF? E59,76,85,74 0.73: CPX E10,21,23,29,36,47,48,63,74,77,79,80,83,85,87,89,112,114,117 HERC.3b 15 59 23.6 15 42 42 28 8 119. 1.4 <1. < 4.4 0.45 23.20 ? E74 1.15 0.1 (C) E74,114 HERC.3a 15 59 08.4 15 31 30a 17 10 0.68 22.98 20mG E74 1.3 : E74 HERC.4b 15 59 26.0 15 33 18e 14 10 0.62 22.90 SO? E92 1.1 : E92 HERC.5 15 59 14.3 17 02 18 91 12 73. 2.3 <1. : 1.16 24.43 < 0.9 : E53 HERC.6 15 59 34.7 18 02 24 100 12 93. : 1.2: 1.2: 1.12 23.79 BSO E0 0.74 0.06 E29 HERC.7 16 00 00.0 16 11 42 43 14 0. : 11.0: 1.2: 0.23 23.38 several E64 0.80 0.24 (S) E29,63,87 HERC.8 16 00 20.4 15 52 18 497 27 < 1. 9. 3. 153. 9 0.26 24.45 ? E9,59,63,74,92 0.73 0.04 S E18,20,21,23,25,36,38,48,63,70,74,77,79,80,83,87,89,112,114,117 HERC.9 16 00 51.7 16 05 54 17 7 < 1. 0.27 22.98 EF E0 1.81 0.65 E63 HERC.10 16 00 52.7 16 53 06 22 9 90. : 2.7 <1. 0.84 23.09 ? E0 E0 HERC.11 16 01 10.1 16 43 24 28 8 110. : 2.9 <1. 0.66 23.26 ? E0 0.81 0.20 (C) E29,63 HERC.12 16 01 15.2 17 19 54 480 30 C 2. : 1.1:< 5.8 0.86 24.45 NGC6034 E63 0.60 0.02 S E51,53,70,83,107,108,114,117,120 HERC.12N 16 01 17.7 17 22 30 5 0.81 RG E129 0.0 E26,120,129 HERC.13 16 01 21.5 16 02 18 155 15 < 1. : 2. 23.94 15mS E63 0.35 0.21 CPX E29,63 HERC.14 16 01 23.4 15 33 18 20 10 0.73 23.05 ? E0 E0 HERC.15 16 01 29.1 15 56 00 87 11 107. 4.0 <1. 0.46 23.69 G+RO E63 1.04 0.25 E63,92 HERC.16 16 01 35.7 16 27 54 35 10 44. 3.3 <1. 0.54 23.36 fO E63 0.87 0.16 S E29,63 HERC.17 16 01 54.7 16 58 30 47 10 145. 2.6 <1. 0.64 23.46 E0 HERC.18a 16 02 11.7 17 52 36 105 13 0.33 23.80 NGC6040 E63 0.05 0.07 S E26,50,63,92,129 HERC.18b 16 02 20.7 17 50 54 > 15 116. 1. : <1. 0.28 NGC6041 E26 E26,63,92 HERC.19 16 02 14.6 15 54 30 50 10 10. : 2. : <1. : 0.67 23.45 fO E63 0.05 0.11 S E29,63 HERC.20a 16 02 10.9 18 11 24d 14 8 0.47 22.93 E26,63 HERC.20b 16 02 21.6 18 06 36d 14 8 0.44 22.93 E26,63 HERC.21 16 02 54.0 17 51 54 520 25 < 1. <1. 8.5 2.5 178. 8 0.12 24.49 NGC6047 E62,79 0.66 0.03 S E14,25,26,29,34,36,38,48,50,62,63,70,74,77,80,83,87,92,93,107,114 HERC.22 16 03 05.5 17 39 12 30 10 100. : 2.4: <1. : 0.22 23.26 0.21 1.17 S? E26,63 HERC.23 16 03 12.3 16 33 30 20 10 C > 3. >2. 0.06 23.12 2G E0 E38,77 HERC.24 16 03 15.2 15 56 54 40 15 C < 1. <1. 0.81 23.39 Gf+fO? E0 E0 HERC.25 16 03 25.6 18 20 00 40 9 110. : 1. : <1. 0.08 23.39 fO? E63 E26,63 HERC.26 16 03 27.3 17 01 06 20 10 0.54 23.12 fO E0 E29 HERC.27 16 03 46.8 17 55 24 67 11 47. : 2. : <1. 0.16 23.59 fG+QSO E15,26 1.09 0.10 S E26,29,63,77,83 HERC.28 16 04 02.2 18 22 54 360 25 163. : 2.7 <1. :< 7.5 0.12 24.31 NGC6061 E64,107 0.45 0.10 S E6,25,26,50,61,83,92,93,107,119 HERC.29 16 04 22.5 15 42 30 80 10 157. : < 1.1: <1. 1.16 23.14 ? E0 1.65 0.19 E23,29,48 HERC.30 16 04 30.8 18 09 00 21 8 0.26 23.12 fG E0 1.81 0.07 S E25,26,48,50,63,114 HERC.31 16 04 42.3 18 19 18 165 15 65. : 1.9 <1. 12. 7. 170. 30 0.29 23.96 EF E46 1.16 0.08 S E25,26,29,47,61,63,70,80,83,87,93 HERC.32 16 04 49.5 15 59 24 515 30 < 1. 4.5 2.5 120. 30 0.90 24.53 QSO E4 0.34 0.03 C+ E21,23,29,36,48,53,70,80,89,107,114,117 HERC.33 16 05 08.8 15 50 24 26 10 150. : 5. : <1. 1.10 23.23 E114 HERC.34 16 05 15.1 18 04 06 15 10 10. : 3. : <1. 0.18 22.99 fRO E0 E0 HERC.35 16 05 37.5 16 02 18 20 10 < 1. 0.99 24.15 E0 A2205.1 16 29 09. 12 56 36 30 10 10. 0.92 24.33 E0 A2205.2 16 30 31. 12 59 42 55 25 135. ) 3. : 0.29 24.59 > 2.3 E0,82 A2205.3 16 30 40. 13 12 06 40 15 45. ) 2.5: 0.88 24.45 > 2.3 E0,82 A2319.1 19 18 41.7 43 57 30 55 10 3.6 138. 2.7 <1. 0.14 23.84a16.5mG E7 0.77 0.26 S E7,54,81 A2319.2 19 18 53.8 44 05 42 18 13 8.6 0.31 23.36a>17mG E54 0.8 0.3 E7,54 A2319.5 19 19 36.1 43 27 54 234 28 8.6 < 1. <1. 0.69 24.47 G? E54 < 0. CC- E54,83 A2319.6 19 19 55.5 43 52 12 105 11 3.6 60. : C C 0.10 24.12 EF E54 1.06 0.11 S E7,54,87,99 A2319.4a 19 19 30. 43 49 112 12 3.6 60. : C C 24.15 EF 1.30 0.16 S E2,54,82,83,85,87,95 A2319.4b 19 19 30. 43 49 112 12 3.6 60. : C C 24.15 15.8mG 1.30 0.16 S E2,54,82,83,85,87,95 A2319.4c 19 19 30. 43 49 112 12 3.6 60. : C C 24.15 EF 1.30 0.16 S E2,54,82,83,85,87,95 A2319.7 19 20 38.9 44 05 24 51 17 8.6 C C 0.50 23.81 PLO E54 0.9 0.3 E54 A2319.8 19 21 07. 43 49 12 30 16 8.6 125. 2.9 <1. 0.47 23.58 fG E54 0.9 0.4 E54 A2319.9 19 21 34.0 43 44 06 60 20 8.6 C C 0.65 23.88 EF E54 0.9 0.4 E53,54,82 A2319.10 19 21 33. 43 35 54 85 23 8.6 146.5 5.3 3.8 0.76 24.03 -1.0 0.4 E53,54,82 A 98.1 00 43 08. +20 11 : 21 10 5.2 4.2 49. : 5 3. <1. 0.50 24.04 2 T0 A 98.2 00 43 50. +20 11 36 360 30 172. 2 3. 1. < 6. 0.1 25.28 G T151 1 0.86 0.06 S T6,40,43,51,82,112,115,116,118,142,144,149,151,159,168 A 98.3 00 43 59. +20 19 30 242 25 140. 3 2. 1. < 9. 0.37 25.10 G? EF? T151,14 2 0.64 0.08 S T44,62,82,112,144,149,151 A 98.4 00 44 29. +20 01 > 90 18 139. : 2 3. : 1. : 0.78 > 24.7 ? T0 2 T51 A 449.1 03 40 34. +74 53 24: 43 15 3.9 4.3 82. : 12. : 4. : 0.60 24.11 2 T0 A 449.2 03 42 26. +75 07 18: 20 9 1. : <1. : 0.18 23.77 2 1.44: T96 A 449.2+3 03 43 27. +75 03 : 40 14 A 449.3 03 43 28. +74 59 12:A 18 10 6. : <1. : 0.15 23.73 2 1.58: T96 A 449.4 03 48 22. +74 51 : > 16 8 39. : 3. : <1. : 0.90 > 23.6 2 T0 A 493.1 04 31 47. +73 42 06: > 20 10 4.3 4.3 36. : 4 5. : <1. : 0.79 > 24.23 2 T0 A 493.2 04 33 56. +73 54 : > 70 15b 103. : 4 8. 3. 0.75 > 24.77 2 0.50 0.14 T96 A 493.3 04 33 59. +73 47 : 32 10 < 1. : <1. : 0.26 24.43 EF T96 3 1.02 0.03 T96 A 493.4 04 35 03.5 +73 44 42 120 14 124. 2 3. 1. <16. 0.12 25.00 G T96 1 0.78 0.04 T96 A 496.1 04 31 19. -13 21 56 0.02 23.71 13m cD T103 1 1.13: C+ T2,4,103,105,148 A 496.2a 04 31 27. -13 22 : 0.11 23.10 2E T0 2 0.7 : T2,4,105,149 A 496.2b 04 31 32. -13 22 : 0.15 S T0 3 1.0 : T149 A 496.3 04 31 53. -13 28 : 0.18 24.38 16m E T103 1 0.71 0.05 S T4,48,58,90,103,105,118,143,146,147,148,163 A 496.4 04 31 56. -13 16 46 0.20 24.65 0.85 0.04 S T4,48,56,58,70,82,103,105,111,144,146,147,148,163 A 496.4a 04 31 54. -13 17 17 3 A 496.4b 04 31 58. -13 16 08 18m G T0 2 A 514.1 04 45 02.2 -20 19 24 0.49 24.67 18.5m G T137 1 0.93: C+ T38,47,90,149,162,163 A 514.2 04 45 24.5 -20 37 30: 0.28 24.25 15m E T103 1 0.82 0.15 S: T3,140,162 A 514.3a 04 45 52. -20 32 24 0.19 18m E T105 1 0.9 : T105 A 514.3b 04 45 59.3 -20 30 18 0.25 16.5m E T105 1 0.65: T105 A 514.4 04 46 17.4 -20 38 : 0.49 24.87 EF T5 3 1.00 0.07 S T3,38,54,56,90,140,146,162,163 A 514.5 E04 46 49.5 -20 50 30 0.97 27.22: QSO T12 3 CPX T38,62,90,149,162 A 527.1 05 03 05.6 +73 43 48 37 14 5.4 4.8 28. 4 1.2 <1. 0.26 24.03 2 0.7 : T96 A 527.2 05 03 59. +73 35 : 40 17 178. 7 11. 5. 0.10 24.07 2 0.85: T96 A 527.3 05 05 28. +73 24 54 24 17 171. 6 3. <1. 0.64 23.84 2 0.9 : T96 A 534.1 05 08 11.2 +73 34 06 82 27 96. 2 2.2 <1. 0.37 24.68 2 1.13 0.18 S T16,64,90,116,168 A 527.5 05 10 13.6 +73 47 06 69 29 147. 3 3.7 <1. 0.97 24.61 3 T0 A 527.6 05 12 30. +73 54 : > 40 1.4 > 24.37 3 T0 A 562.1 06 44 22. +69 19 00: > 195 21c 4.7 4.4 15. 2 1. 1. 13. 108. : 0.67 25.12 RsO, G T0 1 0.67 0.15 S: T68,96,112 A 562.2 06 46 26. +69 14 42 660 36 40. 1 1. 1. < 4. 0.37 25.65 EF T14 3 0.61 0.07 S T26,46,62,96,112,114,118,122 A 562.3 06 47 46. +69 23 18 778 37 18. 1 1. 1. < 3. 132. 16 0.39 25.72 G T110 1 0.83 0.04 S T6,26,57,96,109,112,116,118,126,128,132 A 562.4 06 48 46. +69 17 00: 20 9 < 1. : <1. : 0.70 24.13 2 1.1 : T96 A 564.1 06 54 33. +70 05 : > 62 15d 5.4 4.7 71. : 0.50 > 24.24 2 < 0.7 : T96 A 564.2 06 55 37.0 +69 40 18 390 30 < 1. <1. < 6. 0.56 25.04 fBO T0 3 -0.9 : T26,69,128 A 564.3 06 55 53. +69 56 00: 1070 52E 36. : 1. 1. < 3. 0.15 25.48 EF T27 3 0.5 : C- T20,21,26,27,57,62,96,97,112,113,114,116,121,128,141 A 566.1 06 59 56.2 +63 23 06 30 17 4.9 4.7 131. 6 2. <1. 0.06 24.11 3G T75 1 1.64 0.05 S T26,64,75,132,150 A 566.2 07 01 47. +63 26 : 29 16 95. 7 3. : <1. : 0.70 24.11 EF T75 3 0.48 0.12 T75 A 576.1+2 07 15 31.5 +55 27 30: 0.64 24.22 G? T0 2 0.81 0.21 S: T23,66 A 576.1 07 15 30. +55 24 24f 34 5.6 4.6f < 1. <1. A 576.2 07 15 33.0 +55 31 18f 211 24 21. 1.3 1.1 <10. 0.64 24.16 15.8m E T9 1 0.45 0.26 S: T9,49 A 576.3 07 17 19.2 +55 09 06f 65 14 17. 1.7 1.5 0.93 23.65 G? T0 2 T0 A 576.4 07 17 24. +55 48 :f 30 12 158. : 4. : 1. : 0.10 23.31 EF? PL? T0 2 0.98 0.30 S T9,37 A 576.5 07 18 03. +55 29 :f 56 17 8. : 6. : 2. : 0.52 23.58 T0 A 576.6 07 18 28.8 +56 26 06f 46 12 17. 2. <1. 0.76 23.50 T0 A 576.7 07 19 30. +55 47 :f 55 16g 0.41 23.58 T0 A 576.8 07 22 +55 20 :f> 65 14H 1.11 23.65 T0 A 578.1 07 18 21.5 +66 56 36 122 17 5.0 4.8 128. 2 1. <1. <18. 11. : 0.67 24.71 2E T97 2 0.67 0.15 S T96,97 A 578.2 07 19 54.5 +67 04 54 452 30i 153. 1 1.5 <1. < 6. 4. 0.08 25.26 db T97 1 0.61 0.06 S T25,27,64,96,97,112,113,135 A 578.3 07 22 53. +67 04 18j > 58 0.79 > 24.4 EF T97 3 0.94 0.16 S: T69,97,128 A 595.1 07 44 36.9 +52 09 30 23 14 5.6 4.8 73. 4 5. <1. 0.18 23.67 T0 A 595.2 07 45 32.6 +52 27 48 36 15 112. 4 1. <1. 0.55 23.86 T0 A 595.3 07 45 35. +52 21 : 21: 0.33 23.63 T0 A 595.4 07 45 37.5 +52 09 36 330 27 95. 1 1.6 <1. < 8. 5. 0.18 24.82 G T135 1 0.64 0.12 S T23,26,56,62,66,112,113,116,135 A 595.5 07 45 57. +52 18 : 21: 0.33 23.63 T0 A 665.1 08 23 57. +66 13 : > 30 6.5 1.38 > 24.70 EF T70 3 0.5 : T11,70 A 665.2 08 24 23. +65 52 25 1.37 24.62 3 T11 A 665.3a 08 24 39. +66 02 : G T70 1 0.97 0.15 S: T11 A 665.3 08 25 37. +66 03 44 20 127. 5. 2. 0.35 24.87 A 665.3b 08 25 13. +66 01 : T70 1 1.04 0.42 S: T11,70 A 665.4 08 26 56. +66 03 80 19 99. 5. 2. 0.35 25.13 EF T70 2 1.10 0.8 S: T11,70 A 665.5 08 28 45. +66 01 : > 161 1.25 25.43 G T70 2 0.62 0.04 S T11,69,70,96,111 A 754.0 09 05 37. -09 48 18 242 30 4.2 2.6 161. 2.1 <1. 0.15 24.48 G T74 1 0.72 0.15 S T74,110,161 A 754.1a 09 05 26. -09 04 42: 0.61 23.55 PLO T74 2 1.04 0.75 S: T74,76,104 A 754.1b 09 05 26. -09 04 42: 0.58 23.98 EF T74 3 0.68 0.36 S: T74,76,104 A 754.2 09 05 59. -09 21 30 193 16 13. 1.1 <1. < 9.3 154. 0.13 24.39 G T74 1 0.6 0. T74,103,104,161 A 754.3 09 06 05. -09 16 : 37 13 0.19 23.67 EF T74 3 0.69 0.15 S: T104,161 A 754.4 09 06 24. -09 28 48 136 17 161. 4.2 <1. < 5.3 131. A 754.4a 09 06 24. -09 28 48: 0.23 24.23 EF T74 3 1.01 0.12 S T74,104,161 A 754.4b 09 06 24. -09 28 48: 0.23 24.23 S T74 3 1.01 0.12 S T74,104,161 A 754.4c 09 06 24. -09 28 48: 0.23 24.23 15.7m G T74 1 1.01 0.12 S T74,104,161 A 754.5a 09 07 04. -09 10 42: 15.6m G T74 1 A 754.5 09 07 04. -09 10 42 0.44 24.63 0.56 0.10 S T74,90,104,110,116,161 A 754.5b 09 07 04. -09 10 42: EF T74 3 A 754.6 09 07 52. -09 26 00 0.67 24.58 15.3m G T74 1 0.66 0.10 S T74,76,90,103,104,161 A 992.1 10 19 18. +20 21 : 24 4.8 4.2 2.2 EF T136 3 T171 A1030.1 10 28 11. +31 18 237 21 4.5 96. 1 < 1. <1. 12. 6. : 64. 13: 0.35 25.31 QSO T131 3 0.48: C+ T28,43,52,112 A1030.2 10 30 24. +31 10 139 19k 3.8 8. 2 2. <1. 15. 9. : 27. 20: 2. EF T0 3 0.90 0.08 T28 A1030.3 10 30 49. +31 24 26 12 142. 7 3. <1. 2. 3 T0 A1045.1 10 31 38. +31 07 20 10 1.14 24.24 3 T0 A1030.5 10 31 46. +31 20 195 19 8. 1 1. <1. <10. 6. 2. G + EF T70 3 0.93 0.13 S: T28,43,70 A1060.0 F10 33 59. -26 54 30lm 25 12 7.5 6.0u 0.15 22.15 N3305? T0 1 T3 A1060.0 F10 33 59. -26 54 30lm 25 12 3.2 2.8v 0.15 22.15 N3305? T0 1 T3 A1060.1 D10 34 22. -27 18 : 22.5 1 T56,148 A1060.1abcD10 34 26. -27 17 30:m 51 13 A1060.1a 10 34 15. -27 15 30nm 20 8 <30. 0.02 22.05 N3309 T0 1 0.7 : T42 A1060.1b 10 34 22. -27 16 06nm< 10 <30. 0.01 < 21.75 N3311 T0 1 T42 A1060.1c 10 34 41. -27 18 18nm 28 8 <20. 0.02 22.20 N3312 T0 1 T0 A1060.1d 10 34 52. -27 25 30nm 10 6 130. 5. 0.07 21.75 N3314 T0 1 T0 A1060.2 10 35 20.5 -26 50 06m 196 25 137. 2 1.5 <1.2 <15. 0.18 23.04 0.45: C+ T3,5,47,138 A1060.2a 10 35 18.5 -26 49 54 22m BO T0 3 T0 A1060.2b 10 35 28.2 -26 51 48 13.6m Sa T0 1 T0 A1060.3 10 36 11.5 -27 40 30m 45 20 168. : 1.6 0.22 22.41 ? T3 3 0.4 : T3 A1101.1 10 46 40.4 +44 38 06 140 40 12. 5.0 1. 4 3.8 <1. <16. 0.09 25.26 2 0.80 0.18 S: T3,53 A1101.2 10 47 18.7 +44 32 36 175 35 30. 3 1.3 <1. <16. 0.60 25.36 2 0.93 0.07 S T3,53,62,111 A1101.3 10 47 36.0 +44 46 30 48 20 < 1. <1. 35. 15. 45. : 0.90 24.80 dg? T0 2 T0 A1146.1 10 58 04.4 -22 27 18 53 12 3.7 3.5 < 1. <1. <22. 0.71 24.67 fBO T3 3 0.28 0.51 S T2,3,148,149 A1314.1 11 31 13.8 49 20 0.17 24.47 IC708 T164 1 0.62 0.04 S T3,7,32,35,56,62,76,95,98,112,125,135,154,164,173,174 A1314.2 11 32 03.6 49 13 48 0.11 24.15 IC711 T164 1 0.82 0.08 S T3,76,95,98,111,112,135,154,157,164,173,174 A1314.3 11 32 06. 49 20 : 0.02 23.02 IC712 T174 1 0.79 0.19 S: T3,76,173,174 A1517.1 12 15 43. -04 33 24 0.81 24.37 0.6 : T76,145 A1517.2 12 16 06. -04 43 0.38 24.69 3 0.71 0.17 S T3,63,76,107,112 A1517.3 12 16 38.1 -04 40 30 0.21 24.99 16m nsO T145 3 1.01 0.06 S T3,13,76,90,107,112,145,146,147,149 A1836.1W 13 58 51. -11 20 32 0.06 24.73 0.75 0.06 S T3,4,48,90,140,146 A1836.1C 13 59 02. -11 22 04 0.02 NGC8669 T89 2 -0.4 : T5 A1836.1E 13 59 09. -11 23 45 0.06 24.51 0.59 0.09 S T3,4,48,90,140,146 A1991.1 14 51 15.6 +19 06 12 0.68 24.66 EF, sO? T61 3 0.59 S T4,44,55,78 A1991.2a 14 52 13.4 +18 50 36:o< 50 11.0 7.7 0.15 < 23.89 N5778 T50 1 T2,4,50,56,68 A1991.2b 14 52 44.2 +18 45 54:p< 20 0.33 < 23.57 2 > 1.3 T2,4,44,56,68,111 A1991.2c 14 54 06.2 +18 41 18:p< 20 0.95 < 23.57 2 > 1.0 T4,44 A1991.3 14 54 21. +18 20 : 1.34 24.47 19m BG T172 2 1.09 0.05 S T4,21,44,55,64,78,90,108 A2022.1 15 01 20. +28 38 06 42 14 5.0 4.4 60. : 4. : 0.39 23.78 fRO? T0 2 T0 A2022.2 15 01 26. +28 47 33 14 0.49 23.68 EF T0 3 T0 A2022.3 15 02 11.4 +28 47 12 706 40 32. 2.0 1.0 6.1 2.6 99. 12 0.35 25.01 14.7m E T152 1 0.69 0.04 S T2,29,41,56,73,112,113,115,116,147,149,152,153,159 A2022.4 15 02 19.1 +29 05 18q > 330 0.90 > 24.68 PLO T0 2 < 0.67 T29 A2022.5 15 02 29.4 +28 17 54 85 18 158. 2.5 <1. <20. 0.54 24.09 PLO? T0 3 T0 A2022.6 15 04 08.5 +28 44 06 44 14 139. 2.6 <1. 0.77 23.80 sO? T0 3 T0 A2029.0 15 07 18.5 +05 56 36 106 15 4.7 4.2 24. 2.3 <1. 0.64 24.46 sev. fG T0 2 0.72 0.12 T4,82,112 A2029.1 15 08 24. +05 49 36 11 92. 9. <1. 0.28 23.99 2 -0.16: T3,4 A2029.2 15 08 27.5 +05 55 42 201 18 82. 1.4 <1. < 9. 0.03 24.74 IC1101 T99 1 1.25: C- T2,3,4,17,62,90,103,111,112,116,147,148,149,168,169,175 A2033.1 15 08 08.6 +06 28 24 24 10 3. 1.9 <1. 0.57 23.87 sev. G T0 2 T0 A2033.2 15 08 58.2 +06 32 00 352 29 < 1. <1. < 8. 0.05 25.03 15m G T103,0 1 0.88 0.06 S T90,103,112,116,148,149 A2033.3 15 10 13.3 +06 29 12 21 8 98. 1.9 <1. 0.78 23.81 sO? T0 3 T0 A2033.4 15 10 48.8 +06 22 30 16 7 1.21 23.69 fsO T0 3 T0 A2125.1 15 38 33. +66 43 :s> 60 1.82 > 25.3 1.21 0.10 T9,26 A2125.2 15 38 42. +66 18 30 45 15 8.0 1.49 25.17 T9 A2125.3 15 39 18. +66 15 30 > 72 1.53 > 25.38 RPL T9 3 T9 A2125.4 15 40 11. +66 19 42 39 1.00 25.11 19m sO T9 3 0.5 T9 A2125.5 15 41 12. +66 31 24 45 1.53 25.17 PLO T9 2 0.5 T9 A2125.6 15 42 52. +66 31 30: > 53 1.49 > 25.24 0.3 T9 A2199.1 16 22 38.6 +39 31 32 > 162 4.8 4.4 <20. 17. 30 0.86 > 23.84 EF, fBO? T129,0 3 0.58 0.10 S: T30,53,69,88,93,129 A2199.2 16 22 53.4 +39 04 47 20 10 0.99 22.94 0.85: T53 A2199.3 16 23 20.8 +39 53 00 26 8 14. 6 0.76 23.05 0.76: T53 A2199.4 16 23 22.4 +39 22 48 34 10 172. 5 0.76 23.17 0.62: T53 A2199.5 16 24 19.0 +40 05 15 22 8 0.71 22.98 Zw224-23,fBO T59,0 3 0.85: T53 A2199.6 16 24 23.5 +39 10 01 19 10t 0.70 22.91 0.88: T53 A2199.7a D16 24 13.5 +40 26 28 17 10 1.0 22.85 Zw 224-21 T58 1 0.08: T59 A2199.7b D16 24 44.0 +40 26 32 52 12 90. 1 3. <1. <26. 0.95 23.35 fBO T0 3 0.84: T53 A2199.8 16 25 21. +38 57 34 48 14 11. 2 0.76 23.32 fRO T0 2 0.6 : T53 A2199.9 16 25 36.2 +39 49 10 18 10 0.33 22.89 RG T80 2 0.97 0.6 S: T53,80 A2199.10 16 26 28.1 +39 13 08 59 18 168. 20 < 1. <1. 0.43 23.41 19.5m BO T80,0 3 0.91 0.27 T53,80,93 A2199.11 16 26 47.7 +40 17 37 36 12 9. 4 2.5 <1. 0.69 23.19 sev RG's? T0 2 T0 A2199.12 E16 26 55.3 +39 39 37 1209 60 90. 1 < 2.3 161. 17 0.03 24.72 N6166 T106 1 1.27:0.02 C- T3,8,30,31,35,53,60,65,77,79,84,85,87,92,94,111,112,117,118,121,124,132,133,158,167 A2199.13 E16 27 17.3 +39 45 30 45 12 0.15 23.29 EF T170 3 0.88 0.23 S T3,53,80,170 A2199.14 E16 27 25.8 +39 54 53 16 10 0.32 22.84 EF T80 3 0.85 0.51 S: T3,53,80 A2199.15a E16 27 32.8 +39 37 08 23 10 0.13 23.00 EF T80 3 1.37 0.22 S T3,53,80 A2199.15b E16 27 36.9 +39 32 26 < 10 0.17 < 22.64 15m SBO T80,134 1 < 1.4 A2199.16 16 27 52.0 +39 48 23 22 10 0.37 22.98 EF T80 3 0.5 : T3,80 A2199.17a 16 27 56.0 +39 30 50 22 10 0.23 22.97 EF T0 3 T0 A2199.17b E16 28 24.8 +39 29 01 120 15 90. 2 2.5 <1. <16. 141. 56 0.33 23.71 fRG T0 2 0.75 0.13 S T3,53,80,93,116,129 A2199.17c 16 28 49.5 +39 29 25 16 10 0.41 22.84 15.5m S0 T80,134 1 0. C- T59,80 A2199.18 16 28 41.6 +38 53 45 22 8 0.84 22.98 T0 A2199.19 16 29 58.8 +40 22 32 47 15 0.99 23.31 20m O T80 2 0.70 0.39 S: T53,80 A2199.20 16 30 12.9 +40 25 03 36 10 1.05 23.19 PLO? T0 2 1.16: T80 A2199.21 16 31 20.4 +39 30 44 > 67 0.89 > 23.46 17m sO 3 < 0.43 T53 A2218.0 16 35 26. +66 04 18 114 8 3.0 1.11 25.22 EF T10 3 C- T9,10,11,139 A2218.1 16 35 30. +66 20 : 20 6 24.47 A2218.1a 16 35 15. +66 20 : 0.21 EF 2 -0.55 0.11 S T11,139 A2218.1b 16 35 30. +66 20 : 0.18 PLO's T10 2 0.54 0.09 S T10,11,139 A2218.1c 16 35 08. +66 20 : 0.27 15m Sp T10,0 2 0.44 0.1 S T10,11,139 A2218.2 16 35 54. +66 24 24 7 4 0.48 24.01 EF T10 3 0.99 0.09 S T9,10,11,139 A2218.3 16 37 12. +66 27 24 10 5 1.01 24.16 EF T10 3 C- T9,10,11,139 A2220.1a 16 37 16. +54 00 24 0.75 < 24.17 EF T72 3 0.12: T4,72 A2220.1b 16 37 25. +53 57 36 0.61 < 24.37 EF T72 3 1.23: T4,72 A2220.1c 16 37 31. +53 56 36 0.54 EF T72 3 > 0.25 T72 A2220.2a 16 37 27. +53 40 00: 0.83 24.24 EF T72 3 T72 A2220.2b 16 37 37. +53 40 18 0.77 23.94 EF T72 3 0.8 : T4,72 A2220.3 16 38 22. +53 52 24 0.07 25.31 14.9m G T72 1 0.78 0.07 S T4,24,72,96,112,126,135 A2220.4 16 38 33. +54 03 30 0.63 25.12 fBO T72,0 3 0.01 0.09 S T4,72,96 A2220.5 16 39 14. +54 03 0.70 24.17 EF,18.5m G T72 2 0.96 0.3 T4,72,96 A2220.6 16 39 30. +53 58 30 0.60 24.17 T0 A2256 17 06 +78 45 : 520 40 2.6 2.9 C 8.0 68. 24.93 sev. G T22 1 0.97 0.06 S T2,16,56,76,113,116,161,168 A2634.1a 23 35 10.6 +27 01 00: 0.24 23.92 19m RO T114 2 0.76 0.15 S T112,114,116,129,156,162,166 A2634.1b 23 35 10.6 +27 01 00: 0.36 < 22.82 2 1.7 : T156,169 A2634.2 23 35 58. +26 45 0.14 25.33 N7720 T130 1 0.84 0.01 S T2,19,31,33,34,45,58,67,71,82,87,89,91,116,119,127,128,132,142,158,160,162,166,167,168 A2634.3 23 36 20.8 +26 51 18 0.23 23.57 3 0.63 0.29 S T129,156,162,166,170 A2634.4 23 37 22.9 +27 04 12 0.55 23.60 16m RO T129 1 0.86 0.24 S T29,129,156,162,166 A2634.5 23 37 30.1 +26 51 24 0.50 24.32 N7728 T129 1 0.56 0.1 S T45,82,86,112,115,116,118,129,156,162,166 A2634.6 23 37 40.8 +26 38 36 0.56 23.63 3 1.02 0.13 S T82,129,156,162,166 A2634.7 23 37 58.2 +26 25 18 0.72 24.62 20m RO T114 3 C- T29,33,86,112,114,116,118,120,156,162,166 A2634.8 23 39 28.8 +26 32 06 1.00 23.46 15.5m G T129 1 0.72 0.4 S: T129,162,166 A 14.1 00 11 32. -23 55 49 246 25 5.3 59. 5.3 1.2 .66 24.66 G 1G0 0.54 0.13 S: G5,12 A 14.2 00 12 23. -23 56 08 99 23 121. 3.9 <1. .36 24.27 rsO 3G0 0.92 0.61 G0 A 14.3 00 13 34. -24 00 56 216 25 61. < 1. <1. .38 24.56 Sb 1G24 -0.22 0.21 G29 A 14.4 00 13 53. -24 12 09 25 10 .56 23.67 2G G0 A 133.1 00 59 17. -22 10 54 22 10 5.0 4.6 .42 23.56 2G G0 A 133.2 01 00 14. -22 09 14 54 16 140. 3.0 1.4 .04 24.02 cD 1G14,26 1.75 0.10 C- G9,12,14,15,26,27 A 133.3 01 01 44. -22 00 03 270 33 52. 3.4 1.5 .74 24.64 3G 0.71 0.90 G5 A 608.1 07 56 10. +63 59 00 162 17 5.3 4.7 77. < 1. <1. .65 25.11 (bsO) 3G0 0.64 0.16 G13,16 A 608.2 07 57 10. +63 43 30 117 17 74. 1.6 <1. .72 24.93 frO 2G0 G0 A 608.3 07 57 30. +64 01 37 624 36 158. 1.1 <1. .41 25.66 G 1G7,13 0.76 0.09 S: G7,9,13,16,30 A 608.4 07 57 32. +63 54 05 45 10 70. : .09 24.52 E 1G7 G7 A 608.5 07 59 03. +63 47 24 32 13 110. : .72 24.37 2G G0 A 608.6 07 59 20. +64 11 00 > 111 1.16 25.44 QSO 3G20 0.30 0.19 S: G20 A 636.1 08 13 44. +72 55 18 30 16 4.3 4.0 154. 3.0 <1. .33 24.03 EF 3G13 1.18 0.20 G13 A 786.1 09 19 59. +75 11 26 > 10 4.6 4.6 1.07 > 23.87 2G 0.90 0.25 G13 A 786.2 09 21 21. +74 53 05 15 10 .80 24.04 2G 1.12 0.48 S: G13 A 786.3 09 22 55. +74 59 47 92 26 14. 1.4 <1. .27 24.83 2G 0.75 0.19 S: G13,19 A 786.4 09 22 59. +74 51 03 11 8 .70 23.91 2G 0.55 0.47 S: G13 A 786.5 09 24 35. +75 15 30 > 30 .83 > 24.35 2G 0.78 0.24 G13 A 786.6 09 26 05. +75 12 17 12 9 .80 23.95 2G 1.10 0.46 S: G13 A 948.1 10 11 31. +72 42 06 < 20 3.8 3.9 .53 < 23.27 EF 3G0 > 1.15 G13 A 948.2 10 12 09. +72 36 06 41 14 20. : 1.6 <1.2 .22 24.30 2G 0.84 0.12 G13 A 948.3 10 13 28. +72 35 48 59 19 82. 2.3 <1. .14 24.45 G 1G13 0.86 0.11 G13 A 948.4 10 13 30. +72 43 00 20 10 .48 23.98 1G 0.48 0.19 G13 A 975.1 10 17 04. +64 51 36 > 97 4.5 4.0 .76 > 24.76 3G 0.61 0.12 G13,19 A 975.2 10 18 +64 42 > 46 .79 > 24.43 3G < 0.94 G13 A 975.3 10 19 30. +64 51 56 138 25 3. 2.5 <1. .16 24.86 sO 3G0 0.77 0.11 S G9,13,16,19 A 975.4 10 20 23. +46 56 04 29 12 170. : .43 24.23 3G G0 A 975.5 10 20 34. +64 41 42 > 87 .83 > 24.71 3G 0.55 0.13 G13,19 A 975.6 10 21 10. +65 06 00 > 36 .96 > 24.33 3G G0 A 975.7 10 21 31. +64 51 18 > 26 .83 > 24.19 2G 0.92 0.12 G13,19 A1123.1 10 51 42. +75 54 58 81 20 3.5 3.6 99. 1.9 <1. .51 24.77 G 1G13 0.81 0.12 G13 A1123.2A 10 53 20. +75 43 00 12 7 .31 23.94 G 1G13 1.28 0.22 G13 A1123.2B 10 54 46. +75 46 51 118 21 100. < 1. <1. .40 24.94 E 1G0 0.51 0.10 G13 A1123.3 10 55 19. +75 59 57 17 8 .88 24.09 S 3G0 G0 A1255.1 11 21 18. +75 54 42 68 16 3.9 4.1 142. 1.9 <1.4 .73 24.50 2G 0.61 0.10 G13 A1255.2A 11 23 20. +75 42 00 20 11 .22 23.96 2G 1.07 0.20 G13 A1255.2B 11 24 59. +75 44 33 < 10 .11 < 23.66 2G > 0.92 G13 A1255.3 11 27 37. +75 55 11 28 8 9. : < 1. <1. .73 24.11 3G 0.77 0.13 G13 A1315.1 11 32 20. +72 29 00 > 35 4.9 4.4 .66 > 23.98 2G < 0.94 G13 A1315.2 11 33 25. +72 11 44 79 12 64. 3.5 <1. .55 24.33 (G) 2G0 0.63 0.06 G13 A1315.3 11 34 29. +72 15 37 39 11 111. 1.2 <1. .24 24.02 (G) 2G0 0.86 0.11 G13 A1329.1 11 33 36. +71 12 16 27 8 3.7 3.5 .75 24.00 sO 3G0 0.93 0.11 G13 A1329.2 11 34 15. +71 35 43 48 15 50. 2.7 <1. .59 24.25 sO 3G0 0.85 0.13 G13 A1329.3 11 35 26. +71 23 51 84 25 66. 4.6 <1. .10 24.49 cD 1G13 0.74 0.21 G13 A1329.4 11 37 22. +71 19 10 157 30 164. 1.2 <1. 13. 5. 30. .43 24.77 G 1G0 0.90 0.13 S G1,13,19 A1381.1 11 45 10. +75 19 04 75 23 4.2 4.2 74. 2.8 <1. .65 24.71 (E) 2G0 0.66 0.11 G13 A1381.2 11 46 16. +75 32 21 38 13 121. : 2.7 <1.3 .17 24.42 2G 0.53 0.13 G13 A1381.3 11 46 21. +75 23 26 22 10 .40 24.18 (E) 2G0 0.62 0.18 G13 A1381.4 11 46 24. +75 44 00 19 8 .83 24.11 2G G0 A1412.1 11 50 40. +73 27 12 44 14 3.7 4.2 152. 3.5 <1. .90 24.16 3G G0 A1412.2 11 52 41. +73 34 06 148 48 153. 5.8 <1.3 15. 10. 10. .48 24.68 2G 0.47 0.18 G13 A1412.3 11 53 13. +73 45 38 192 37 152. 3.3 1.3 8. 4. 10. .03 24.81 E 1G0 0.88 0.07 S: G11,13 A1412.4 11 53 53. +73 23 40 > 111 .93 > 24.81 3G 0.42 0.22 S: G11 A1500.1 12 09 37. +74 35 46 376 31 5.0 150.4 6.9 1.3 .48 25.30 dE,E1 1G23,28 0.83 0.05 S G1,3,6,8,11,13,16,17,19,28,31 A1500.2 12 10 57. +74 56 41 71 20 122. : 1.1 <1. .91 24.59 2G G0 A1500.3 12 12 30. +74 35 00 12 8 .79 23.82 2G 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+71 32 56 49 12 .07 24.60 (G) 1G0 0.84 0.20 G13 A2312.1 18 52 03. +68 11 37 60 12 4.0 4.2 153. 1.6 <1.5 .54 24.37 G 1G0 1.21 0.50 G19 A2312.2 18 52 08. +68 18 20 21 9 .43 23.92 3G G0 A2312.3 18 54 18. +68 19 17 48 10 75. < 1.6 <1. .14 24.28 cD 1G0 1.41 0.11 G2,4,19 A2312.4 18 55 42. +68 24 23 28 11 .57 24.04 2G G0 A2312.5 18 56 18. +68 02 28 110 19 96. 1.1 1.1 .98 24.64 2G 0.17 0.58 G0 A2312.6 18 56 54. +68 30 40 24 9 .99 23.98 2G G0 A2312.7 18 57 30. +68 24 00 95 18 147. 3.0 1.2 1.00 24.57 G 1G0 < 1.12 G4 A2312.8 18 57 39. +67 56 16 35 10 1.43 24.14 3G G0 A2415.1 22 01 22. -05 26 45 100 20 5.0 1.01 24.20 3G 1.04 0.13 G12 A2415.2 22 01 31. -06 02 31 36 10 .70 23.75 3G G0 A2415.3 22 01 57. -05 25 > 40 .89 > 23.80 3G G0 A2415.4 22 03 02. -05 50 20 216 30 144. 2.0 <1. .11 24.53 E 1G14 0.81 0.09 C+ G14,16,19,26 A2415.5 22 03 16. -06 13 12 96 18 161. 1.4 <1. .73 24.18 bsO 3G0 G12