Sun G2 V -26.72 +0.65 +0.10 4.85 a 0 0 0 D Sun
NN 00 00 06 -34 29.7 0.758 168.6 DC9 14.90 +0.46 -0.44 0752 070 0752 070 14.28 c G267-018 1008 W406 LTT 3
GJ 1001 00 02 05 -40 57.8 1.618 154.5 - 3 M3.5 K 12.84 +1.63 +1.30 +1.23 1042 138 1042 138 12.93 c - 1 - 73 + 12 102 LTT 20
NN q 00 02 16 +34 22.8 0.776 83.0 + 6.4 VAR G2 V 6.11 +0.62 +0.09 0298 107 049 04 s 4.56 b - 70 - 26 - 8 225239 BD+33 4828 1013 LTT 10009 LFT 4
NN 00 02 21 +22 59.5 0.380 91.5 G9 V 7.82 +0.74 +0.29 +0.33 039 07 r 5.78 d 225261 BD+22 4950 G130-040 LTT 10010
Gl 1 00 02 28 -37 36.2 6.097 112.5 + 22.9 M4 V 8.54 +1.46 +0.96 +0.92 2218 077 2218 077 10.27 a - 78 -101 - 35 225213 CD-37 154920 G267-025 1
Gl 2 00 02 32 +45 30.6 0.894 100.5 + 0.1 dM2 e W 9.93 +1.49 +1.18 +0.85 0870 038 0870 038 9.63 a - 39 - 23 - 17 BD+44 45480 G171-039 1014 V216
NN 00 02 43 +48 12.0 0.009 305.5 G5 8.30 051 05 o 6.84 c 15 BD+47 4377
Gl 3 00 02 48 -68 06.2 0.582 190.7 + 41.0 K5 V 8.48 +1.06 +1.03 +0.42 0725 182 053 08 r 7.10 d + 39 - 54 + 3 55 CP-68 35970 1015 U001
NN 00 02 54 -50 20.0 0.167 276 M5 S 11.95 +1.50 +0.95t 047 10 r 10.31 d BPM 16002 SM 152 R-I = 1.23 Weistrop
Gl 4 A 00 03 02 +45 32.2 0.839 101.8 + 0.0 SB dK6 e W 8.97 +1.44 +1.21 +0.71 J 0870 038 0870 038 8.67 a - 36 - 22 - 17 38 BD+45 44082 G171-040 1016 V217 ADS 48AB d(m) = 0.09
Gl 4 B 00 03 02 +45 32.1 0.885 98.3 + 0.1 M0.5 V 9.02 +1.45 +1.20 0870 038 0870 038 8.72 a - 40 - 23 - 15 BD+45 44081 1017 a = 6.179" P = 362.3 yr or a = 11.698" P = 1506.68 yr
Gl 4.1A 00 03 38 +58 09.5 0.260 76.7 - 11.6 G5 V 6.43c +0.64c +0.11c 0465 058 0465 058 4.77c c - 18 - 22 + 2 123 BD+57 28652 G243-013 ADS 61AB V(AB) = 5.99 d(m) = 0.83
Gl 4.1B 00 03 38 +58 09.5 0.260 76.7 - 16.0 dG8 W 7.20c +0.78c +0.33c 0465 058 0465 058 5.54c c - 16 - 26 + 3 BD+57 28653 a = 1.432" P = 106.83 yr
NN 00 03 40 -66 07.5 0.593 160.6 M4 S 12.16 +1.55 +1.04 055 11 r 10.86 d 1019 LFT 12 LTT 38 L 86-21 Sm 153
Gl 4.2A 00 03 44 -49 21.2 0.592 93.9 + 2.6 G1 IV 5.71 +0.52 +0.03 +0.17 0483 082 0483 082 4.13 d - 48 - 31 - 11 142 CD-49 143371 1020
Gl 4.2B 00 03 44 -49 21.2 0.592 93.9 11.5 * 0483 082 0483 082 9.9 * d CD-49 143372 1021 sep 5.4" 176d
Gl 5 00 04 01 +28 44.7 0.422 114.1 - 5.5 K0 Ve 6.14 +0.75 +0.33 0702 090 0702 090 5.37 c - 17 - 21 - 11 166 BD+28 47041
GJ 1002 00 04 13 -07 47.5 2.041 203.6 - 42 M5-5.5 13.75 +1.98 +1.60: +1.63 2128 033 2128 033 15.39 a + 37 - 41 + 28 G158-027 2
GJ 1003 s 00 04 46 +28 58.8 1.890 127.2 m 14.18 +1.49 +1.40 +1.14 0535 027 0535 027 12.82 b G130-043 103
Wo 9003 s 00 04 58 -24 05.9 0.348 77.5 - 46.0 K0 V 8.70 +0.80 +0.35 0392 136 026 04 r 5.77 d - 66 - 23 + 36 283 CD-24 80 G266-048 LTT 47
NN s 00 05 26 +07 44.0 0.546 222.4 M3.5 K 13.07 +1.52 +1.04 0440 094 0440 094 11.29 d G030-045 1022 LTT 10037 LP 524-65 L 1082-25
NN 00 05 53 +17 08.8 0.105 238.3 dM0 M 10.79 +1.47 +0.75 047 08 r 9.15 d V351
NN 00 05 54 -57 22.0 0.368 264 M4 S 12.07 +1.54 +1.13t 074 16 r 11.42 d LTT 57 BPM 16015 L 217-28 Sm 154 R-I = 1.44 Weistrop
Gl 6 00 06 06 +36 21.0 0.167 222.2 - 15.2 F8 IV 6.21 +0.49 -0.06: 0462 068 0462 068 4.53 d + 20 - 11 - 3 400 BD+35 80
NN 00 06 20 +20 33.9 0.244 194 m 13.54 +1.36 094 14 r 13.41 d G131-026 LTT 10045
Gl 7 s 00 06 29 -27 24.1 0.683 083.7 m 11.72 +1.50 +1.15 +0.72 0563 264 029 05 r 9.03 d CD-27 160 G266-057 1026
Gl 8 00 06 30 +58 52.4 0.553 108.4 + 11.3 SB? F2 III-IV 2.27 +0.34 +0.11 0692 070 0692 070 1.47 c - 34 - 6 - 18 432 BD+58 31 1027 BET Cas
Gl 9.1 00 06 53 -46 01.4 0.214 145.0 - 9.2 K0 III 3.88 +1.03 +0.84 +0.46C 0645 153 0645 153 2.9 e - 5 - 13 + 11 496 CD-46 180 EPS Phe
NN 00 08 31 -06 03.7 0.252 88 - 5.2 dM2 M 10.86 +1.47 +1.18 +0.72 043 07 r 9.03 d - 24 - 14 + 1 BD-06 15 G031-030 V353 LTT 74
NN 00 08 42 +58 04.5 0.235 92 K7 L 9.48 +1.22 +1.07 +0.51 046 06 r 7.79 c G243-016 LTT 10057
Gl 10 00 08 43 -15 44.5 0.279 197.5 + 14.6 F7 V 4.89 +0.49 -0.02 +0.29C 0658 136 062 08 r 3.85 c + 16 - 10 - 17 693 BD-16 170 Viln 82 no 157
Gl 10.1 s 00 09 03 -59 11.3 0.290 90.2 - 4.6 G4 V 8.35 +0.62 +0.13 +0.32C 0496 153 020 04 r 4.86 d - 61 - 31 - 7 741 CP-59 80
NN q 00 09 12 -35 24.8 0.211 54.2 - 13.5 F4 V 5.25 +0.44 0322 119 044 06 r 3.47 c - 25 + 4 + 9 739 CD-35 420 LTT 79
GJ 1004 00 09 40 +50 09.2 0.718 216.0 DA8 14.36 +0.42 -0.42 0907 037 0907 037 14.15 a G217-037 1038 W381
Gl 11 A 00 10 26 +69 03.2 0.772 113.9 dM4 J K 13.06 +1.60 J+1.27 J+1.10 J 0496 038 0496 038 11.54 b G241-076 1040 LTT 10070 LP 50-30 ppm(LHS), V(AB) = 12.49 d(m) = 0.4
Gl 11 B 00 10 26 +69 03.2 0.772 113.9 13.4 * 0496 038 0496 038 11.9 * b sep 0.7" 319d (NLTT)
NN A 00 10 40 +80 23.2 0.294 56 M1.5 K 11.12 +1.50 +1.21 +0.92 061 13 r 10.05 d G242-048 V354 LTT 17095 AC+80:7
NN B 00 10 48 +80 23.1 0.294 56 m 17.4 P 061 13 r 16.3 P d G242-048 V354B LP 12-304 sep 12.5" 127d (NLTT) d(R) = 4.2, d(pg) = 4.3
NN 00 11 42 -13 27.1 0.911 217.7 DC8 15.90 +0.58 -0.27 0508 078 0508 078 14.43 d G158-045 1044 W LP 704-001
GJ 1005 AB 00 12 53 -16 24.3 0.863 133.6 - 29 M4 K 12.03 +1.72 J+1.26 J+1.21 J 1887 084 1887 084 13.41 a - 7 - 27 + 23 G158-050 1047 L 722-22 Hei 299 sep 0.14" V(AB) = 11.50 d(m) = 0.5 :
NN 00 13 06 -30 02.7 0.13 135 dM3.4 14.31 +1.57 +0.82 +1.33 056 11 r 13.05 d GR 4
Gl 12 00 13 12 +13 16.4 0.695 62.7 dM3.5 K 12.58 +1.66 +1.33 +1.12 0863 068 0863 068 12.26 b G030-055 1050 LP 462-42 L 1154-029
NN A 00 13 26 -68 16.4 0.628 103.8 m 10.95 +0.82 050 06 r 9.44 c 1051 LFT 24 LTT 118 L 86-66
NN B 00 13 17 -68 16.0 0.628 103.8 m 12.5 * +1.04 050 06 r 11.0 * c 1049 LFT 25 LTT 119 L 86-67 sep 48" 288d
NN 00 13 33 -48 32.1 0.238 198 M5 S 11.54 +1.46 +1.01t 064 14 r 10.57 d LTT 123 L 290-72 BPM 30080 CFS 56 Sm 156
GJ 1006 A 00 13 36 +19 35.6 1.037 137.5 M4 K 12.27 +1.50 +1.0 : +1.25 0655 016 0655 016 11.35 a G032-006 107 LP 404-61 L 1226-9
GJ 1006 B 00 13 38 +19 35.8 1.037 137.5 M4.5 K 13.22 +1.60 +1.2 : +1.26 0655 016 0655 016 12.30 a G032-007 108 LP 404-62 L 1226-8
Wo 9006 00 13 46 +15 38.5 0.257 54 m 14.8 P 0433 102 0433 102 13.0 P e LTT 10091 MW 412-30
NN 00 13 56 -80 07.7 0.46 99 G6 V 6.60 052 12 r 5.2 e 1237 CP-80 70 LTT 127 CD-80:9
NN 00 14 21 +19 47.2 0.244 84 m 13.77 +1.20 045 08 r 12.04 d G131-047 LTT 10097 L 1226-7 LP 404-66
GJ 1007 00 14 22 +04 51.3 0.635 185.0 m 13.79 +1.62 +1.30 0566 045 0566 045 12.55 b G031-039 1052 LTT 10099
Gl 13 00 14 24 -52 55.9 0.361 61.0 - 14.3 SB G2 V 6.84 +0.64 +0.06 +0.38C 0674 119 0674 119 5.98 d - 29 + 4 + 5 1273 CP-53 420
Gl 14 00 14 26 +40 40.2 0.562 079.7 + 3.0 VAR dM0.5 W 9.00 +1.36 +1.18 +0.61 0710 046 0710 046 8.26 b - 35 - 13 + 0 BD+40 450 G171-044 1053 V084
NN p 00 14 41 +28 54.0 0.791 57.5 M2 K 11.55 +0.90 0315 241 051 08 r 10.09 d G130-061 1054 LTT 10100 LFT 29 Ross 680
NN 00 14 54 -09 01.0 0.388 107 M0 L 12.49 +1.57 +1.25 0466 060 0466 060 10.83 c G158-051 LTT 137 L 866-24 LP 704-74
NN p 00 15 07 -08 57.7 0.270 86 dM0 M 11.00 +1.42 +1.20 +0.73 0366 050 0366 050 8.82 c BD- 9 40 G158-052 V355 LTT 141 L 866-22
NN 00 15 22 -18 11.4 0.223 71 m 13.20 +1.58 +1.08 039 08 r 11.16 d G266-083 LTT 146 L 722-46 LP 764-92
Wo 9008 q 00 15 25 -13 44.0 0.404 89.4 + 28.2 G2 V 6.50 +0.59 +0.13 0320 093 042 07 r 4.62 d - 40 - 14 - 33 1388 BD-14 42 LTT 145
Gl 15 A 00 15 31 +43 44.4 2.912 81.8 + 12.0 SB M2 V 8.08 +1.56 +1.22 +0.88 2895 049 2895 049 10.39 a - 48 - 11 - 4 1326 BD+43 441 G171-047 3 V085 GX And
Gl 15 B 00 15 31 +43 44.4 2.912 81.8 + 11.3 M6 Ve 11.06 +1.79 +1.39 +1.24 2895 049 2895 049 13.37 a - 47 - 12 - 3 BD+43 443 G171-048 4 GQ And
Gl 16 p 00 15 42 +09 55.5 0.02 180 dM0 M 10.90 +1.50 +1.20 +0.89 0359 060 0359 060 8.68 d V356 AC+09:2-34
Gl 16.1 00 16 07 -08 19.7 0.443 108.6 - 10.4 G5 IV-V 6.46 +0.68 +0.29 +0.22 0514 205 0514 205 5.0 f - 26 - 33 + 1 1461 BD-08 380
NN 00 16 16 +27 32.3 0.402 105 m 13.86 +1.25 052 09 r 12.44 d G130-063 LTT 10112 LP 292-66
GJ 1008 00 16 33 -10 14.3 0.276 200 K7 V 9.94 +1.33 +1.16 +0.59 046 08 r 8.25 d BD-10 47 G158-059 U 3
Gl 17 00 17 29 -65 10.1 2.072 55.7 + 9.0 F9 V 4.22 +0.58 +0.02 +0.22 1390 101 1390 101 4.94 b - 60 - 4 - 38 1581 CP-65 130 5 ZET Tuc
GJ 2003 00 17 36 -17 20.3 0.180 65 M1 s 11.69 +1.55 +1.18 +0.84 041 07 r 9.75 d BPM 70147 GR7
NN 00 17 48 +32 49.3 1.362 129.2 - 30 M6 g 16.05 +1.98 0799 037 0799 037 15.56 b - 26 - 73 - 37 112 LP 292-67 RV G&L ApJ 305, 784
Gl 17.1 00 18 52 -46 00.7 0.791 174.2 + 2.5 M1 K 10.40 +1.48 +1.21 +0.76 0497 067 0497 067 8.88 c + 27 - 68 + 20 CP-46 290 1061
NN 00 19 15 -46 21.4 0.483 216.8 M3: K 12.29 +1.46 +1.11t 059 14 r 11.1 e 5004a L 290-28 LTT 183 Sm 163 R-I = +1.42 Weistrop
NN 00 19 16 +48 56.0 0.220 98 m 12.84 +1.08 045 09 r 11.11 d LP 149-56
GJ 1009 00 19 27 -31 41.0 0.13 163 dM2 11.16 +1.48 +1.08 +0.96 069 13 r 10.35 d BPM 46239
NN 00 19 37 +42 20.3 0.321 213 DC9 16.50 +0.72 -0.16 042 04 w 14.62 c G171-052 W459
Gl 17.2 s 00 19 52 -27 18.3 0.476 149.3 + 0.4 K3 V 8.30 +0.90 +0.62 +0.32 0476 114 039 06 r 6.26 d - 1 - 58 - 4 1815 CD-27 1010 G266-100 LTT 190
Gl 17.3 00 20 18 -12 29.2 0.396 80.6 - 2.6 G2 V 6.38 +0.66 +0.22 +0.23 0486 100 053 08 r 5.00 d - 33 - 13 + 0 1835 BD-13 601 BS 88
GJ 1010 A 00 20 41 +76 54.7 0.800 273.0 k-m 11.30 +1.49 +1.17 +0.89 0637 053 0637 053 10.32 b G242-051 1065 LP 12-361
GJ 1010 B 00 20 43 +76 54.8 0.800 273.0 m 14.0 : +1.21 0637 053 0637 053 13.0 : b G242-052 1066 LP 12-362 sep 11" 64d (LHS)
GJ 2004 00 20 46 -33 26.8 0.147 332.5 K3/4 V 8.75 +1.07 +0.90 +0.39 043 05 r 6.92 c 1910 CD-33 1180 LTT 198
NN p 00 20 50 -51 10.3 0.555 91.5 M4 S 11.88 +1.48 +1.00 0151 170 055 11 r 10.58 d CD-51 890 1064 LTT 197 LFT 39
GJ 1011 00 20 52 +24 01.5 0.259 298 k-m 14.27 +1.59 +1.22 +1.28 0611 041 0611 041 13.20 b G130-066
Gl 18 00 21 53 -27 18.3 0.679 82.4 + 3.7 K3 V 7.92 +0.95 +0.66: +0.36 0812 292 052 08 r 6.50 d - 57 - 23 - 10 2025 CD-27 1080 G266-107 1067
NN 00 21 55 +29 45.8 0.605 90.2 m 14.54 +1.67 +1.40 0530 051 0530 051 13.16 c G130-068 1068
GJ 2005 00 22 12 -27 26.0 0.614 354.9 -220 M5.5 15.42 +1.78 1328 91 1328 91 16.04 b - 29 + 8 +219 1070 pi(trig) in PASP 98,658 (86)
NN 00 22 45 +22 37.0 0.520 204.7 m 14.3 * +1.30 053 09 r 12.9 * d G131-066 1073 LTT 10142 L 1298-103 LP 349-18
Gl 19 00 23 09 -77 32.1 2.250 81.6 + 22.9 G2 IV 2.80 +0.62 +0.10 +0.23 1554 093 1554 093 3.76 b - 51 - 42 - 29 2151 CP-77 160 6 BET Hyi
Gl 20 00 23 45 -43 57.4 0.112 70.2 + 11.3 A7 Vn 3.94 +0.17 +0.10 0712 119 0712 119 3.20 d - 5 - 4 - 12 2262 CD-44 1010 KAP Phe
Gl 21 00 24 00 +69 52.1 0.230 219 dM0 M 10.52 +1.49 +1.22 +0.82 0544 061 0544 061 9.20 c V357 AC+69:173
NN 00 24 22 +49 25.5 0.477 123.6 m 14.25 +1.28 0471 031 0471 031 12.62 b G217-051 6
GJ 1012 00 26 08 -06 55.8 0.870 202.3 + 51 M4 K 12.19 +1.48 +1.05 +1.19 0748 056 0748 056 11.56 b + 38 - 12 - 64 G031-053 1084
NN 00 26 09 +50 05.9 0.440 74 m 13.15 +1.26 076 13 r 12.55 d G172-001
GJ 1013 00 29 02 -06 07.9 1.098 163.1 m 12.75 +1.64 +1.20 +1.16 0616 048 0616 048 11.70 b G158-095 113
Gl 22 AC 00 29 20 +66 57.8 1.748 097.8 - 4.0 dM2.5e W 10.38 +1.54 J+1.16 J+0.99 J 1006 022 1006 022 10.39 a - 68 - 44 - 18 BD+66 342 G243-030 114 V547 Cas V(AB) = 10.34 d(m) = 3.7 sep (AC) 0.4" d(K) = 1.94
Gl 22 B 00 29 20 +66 57.8 1.748 097.8 dM3.5 K 12.4 * 1006 022 1006 022 12.4 * a BD+66 343 115 sep(AC-B) 4" d(K)(AC-B) = 1.35
NN 00 29 34 -03 10.7 0.653 76.7 g-k 17.34 0431 010 0431 010 15.51 a 1093 LP 645-46
NN p 00 29 56 -63 21.9 0.518 101.7 K7 S 9.61 +1.35 +0.63 0343 049 0343 049 7.29 d CP-63 510 1094 CD-63:9 LTT 288 LFT 49
NN 00 30 00 +07 13.0 0.186 111 m 12.70 +1.24 086 16 r 12.37 d LP 525-39
Wo 9015 A 00 30 28 -63 18.4 0.092 111.7 + 5.0 A0 V 5.75 +0.04 J+0.02 J 0478 080 0478 080 4.15 d - 4 - 9 - 3 3003 CP-63 520 BS 136 V(AB) = 5.09 d(m) = 0.2
Wo 9015 B 00 30 28 -63 18.4 0.092 111.7 A 6.0 * 0478 080 0478 080 4.4 * d sep 0.1" 143d
NN 00 31 30 +70 55.5 0.596 120.0 k-m 13.52 +1.65 +1.17 0505 031 0505 031 12.04 b G242-060 1101 LP 28-158
Wo 9016 s 00 31 43 +47 38.4 0.410 80.2 - 10.5 F8 H 7.37 +0.54 +0.02 0436 136 020 03 s 3.88 d - 80 - 55 + 12 3079 BD+47 138 G171-064 LTT 10192
Gl 22.2 00 32 05 -52 39.0 0.233 80.5 + 34.8 F3 IV-V 5.57 +0.46 -0.02 +0.26C 0490 153 0490 153 4.0 e - 11 - 20 - 34 3158 CP-53 1170
Gl 23 A 00 32 40 -03 52.1 0.411 92.9 + 11.2 SB F6 V 5.65 +0.57 J+0.07 J+0.32CJ 0614 038 0614 038 4.59 b - 28 - 13 - 13 3196 BD-04 621 BS 142 ADS 490 V(AB) = 5.20 d(m) = 0.73, SBO
Gl 23 B 00 32 40 -03 52.1 0.411 92.9 + 8.8 SB G1 V 6.4 * 0614 038 0614 038 5.3 * b - 28 - 14 - 11 BD-04 624 sep 0.3"
GJ 1014 00 33 16 +10 12.4 1.186 110.5 15.32 +1.89 +1.50 0640 052 0640 052 14.35 b G032-035 117
NN 00 33 18 -48 16.5 0.111 150.2 + 7.6 F6 V 5.51 +0.44 -0.01 040 05 r 3.52 c + 2 - 15 - 3 3302 CD-48 1210 CP-48: 51
NN 00 33 26 +45 14.5 0.298 242 M2 L 11.71 +1.54 +0.98 058 11 r 10.53 d G172-013
NN 00 33 49 +08 36.0 0.042 190.3 G5 7.87 046 04 o 6.18 b 3335 BD+08 80
Gl 24 A s 00 34 14 -49 24.3 0.407 108.5 - 3.0 SB G3 V 6.79 +0.64 +0.12* +0.22 0376 119 033 04 r 4.38 c - 39 - 43 + 7 3405 CD-49 1410
Gl 24 B s 00 33 40 -49 24.1 0.410 109.4 + 4.7 K0 V 8.37 +0.78 +0.43* +0.26 0774 119 033 04 r 5.96 c - 37 - 46 + 0 3359 CD-49 1380
Gl 25 A 00 34 47 -25 02.5 1.394 90.3 + 18.6 SB G7 V 6.23 +0.72 J+0.20 J+0.27 J 0721 087 0721 087 5.52 c - 77 - 47 - 24 3443 CD-25 2252 118 BS 159 ADS 520 LTT 328 V(AB) = 5.57 d(m) = 0.21, SB2
Gl 25 B 00 34 47 -25 02.5 1.394 90.3 + 25.0 G8 V 6.4 * 0721 087 0721 087 5.7 * c - 77 - 46 - 30 CD-25 2253 sep 0.5"
GJ 2010 00 34 56 -21 10.1 0.316 229 DA7 14.53 +0.45 -0.57 062 07 w 13.49 c G266-141 W285
NN 00 35 28 +52 03.6 0.250 192 M0 L 10.48 +1.42 +1.27 +0.66 044 07 r 8.70 d G218-005
NN 00 35 48 +51 11.4 0.270 277 m 12.60 +1.07 049 10 r 11.05 d G172-015
Gl 26 00 36 13 +30 20.5 1.561 088.3 - 0.2 dM4 W 11.06 +1.53 +1.08 +1.00 0795 022 0795 022 10.56 a - 80 - 48 - 2 G069-010 119 AC+31:719
NN 00 36 40 +60 16.9 0.294 211 m 12.83 +1.03 039 08 r 10.79 d G217-061 LTT 10222 Wolf 10
Gl 27 00 36 45 +20 58.9 0.588 231.2 - 32.9 K0+ V 5.85 +0.85 +0.57 +0.28 0951 060 0951 060 5.74 b + 38 - 20 + 9 3651 BD+20 851 1116
Gl 27.1 p 00 37 34 -44 31.5 0.546 115.5 M0.5 K 11.40 +1.49 +1.1 +0.83 0311 160 043 08 r 9.57 d CD-44 1700 1122
Gl 27.2 00 38 02 -24 04.4 0.722 117.0 - 50.4 G3 V 6.15 +0.71 +0.21 +0.26 0401 073 0401 073 4.17 d - 44 - 76 + 45 3795 CD-24 2630 G266-152 1124 LTT 357
Gl 28 00 38 04 +39 55.3 0.746 152.4 - 64.2 K2 Ve 7.36 +0.94 +0.72 +0.31 0585 096 0585 096 6.20 d + 19 - 82 - 26 3765 BD+39 1540 G132-015 1125
Gl 29 00 38 06 -59 44.1 0.990 62.8 + 1.5 G1 V 5.90 +0.56 +0.01 +0.18 0567 082 0567 082 4.67 d - 78 - 12 - 25 3823 CP-60 460 1123
NN 00 38 16 +31 06.8 0.319 188 m 13.83 +1.25 053 10 r 12.45 d G069-011
GJ 1015 A s 00 38 28 +55 33.6 0.313 104 m 14.02 +1.55 0433 036 0433 036 12.20 b G218-007
GJ 1015 B s 00 38 29 +55 33.7 0.313 104 DQ5 14.08 +0.02 -0.81 0433 036 0433 036 12.26 b G218-008 W245
GJ 2012 00 38 58 -22 37.2 0.567 229.0 DQ9 14.53 +0.62 -0.14 +0.29 1008 114 1008 114 14.55 c G266-157 1126 W246
GJ 1016 00 39 05 -33 53.9 0.450 237 k 10.60 +1.40 +1.17 +0.70 045 07 r 8.87 d CD-34 2390 G267-156 BPM 46556
GJ 1017 x 00 39 45 -52 38.5 0.736 117.4 m 12.25* +0.37 0457 110 0457 110 10.5 * e 1129
GJ 1018 00 39 53 -36 59.5 0.18 293 m 12.65: +1.54 +1.11 054 11 r 11.31: d G267-158 BPM 46562 LP 937-95
Gl 29.1 00 40 05 +35 16.4 0.266 70 - 0.5 SB dM0 e W 10.52 +1.50 +1.08 +0.88 0472 119 0472 119 8.9 e - 24 - 10 + 7 BD+34 1060 V087 FF And
Gl 30 00 40 52 +33 34.6 0.406 209.3 - 34.7 dK5 W 8.73 +1.12 +1.09 +0.44 0547 070 0547 070 7.42 c + 39 - 29 - 9 BD+33 990 G069-015 V361
GJ 1019 s 00 40 56 +28 11.1 1.062 187.0 m 14.52 +1.59 +0.79 +1.21 0519 050 0519 050 13.10 c G069-016 120
NN s 00 41 02 +23 36.9 0.213 149.9 dM0 M 10.97 +1.34 +1.10 +0.63 0423 050 0423 050 9.10 c BD+23 97 G069-017 V362
Gl 31 00 41 05 -18 15.6 0.234 81.0 + 13.3 K1 IIIe 2.04 +1.01 +0.88 0545 085 0545 085 .72 d - 19 - 6 - 13 4128 BD-18 1150 BET Cet
NN 00 41 05 -41 33.6 0.744 222.5 M4 K 13.1 * +1.33 101 16 r 13.1 * d 1134 LFT 69 LTT 400 L 363-38 LP 989-140
NN q 00 41 36 +75 39.9 0.395 103.2 - 8.4 G8 K 7.19 +0.75 +0.40 0232 083 048 08 r 5.60 d - 29 - 25 - 12 4075 BD+75 36 G242-067 LTT 10255
NN 00 41 42 +12 20.8 0.330 127 m 12.79 +1.49 +1.02 +1.15 055 11 r 11.49 d G032-044 LP 465-77 LTT 10259
NN 00 41 42 +08 51.2 0.809 91.5 m 13.8 * +1.35 081 12 r 13.3 * d G001-018 1137 LTT 10257
Wo 9024 s 00 41 58 -26 47.5 0.345 62.4 + 55.4 G5 V 7.79 +0.67 +0.17 0398 188 028 05 r 5.03 d - 57 - 3 - 56 4208 CD-27 2230 G267-162 LTT 410
Gl 31.2A 00 42 07 -19 13.4 0.350 60 + 27.0 dM2 W 10.78 +1.44 +1.11 +0.66 0564 188 041 08 r 8.84 d - 42 + 2 - 25 BD-19 1110 G268-037 V088
Gl 31.2B 00 42 05 -19 13.7 0.350 60 m 16.3 P 0564 188 041 08 r 14.4 P d V088B LP 766-10 sep 34" 239d d(pg) = 5.3, d(R) = 4.9 (NLTT)
Gl 31.3 00 42 16 -22 16.8 0.107 324.6 + 13.2 F2 V 5.23 +0.34 +0.10: +0.21C 0463 119 0463 119 3.6 e + 0 + 12 - 12 4247 CD-22 2390
NN 00 42 29 -15 32.3 0.662 151.8 m 14.2 * +1.37 072 11 r 13.5 * d G268-038 1140
Gl 31.4 00 42 31 +01 31.2 0.572 185.3 + 9.9 K2 V 8.01 +1.00 +0.90 +0.35 0432 136 051 07 r 6.55 c + 27 - 32 - 34 4256 BD+01 1310 G001-020 1141
Gl 31.5 00 42 32 -65 54.8 0.760 167.0 + 97.7 G3 V 6.54 +0.65 +0.12 +0.24 0504 095 049 08 r 4.99 d + 49 -107 - 32 4308 CP-66 530 1139 LTT 416
GJ 1020 00 42 58 -13 09.1 0.202 190.9 - 12.8 G0 V 6.15 +0.61 +0.10 050 08 r 4.64 d + 14 - 16 + 8 4307 BD-13 128 LTT 421 BS 203
NN 00 43 12 -51 54 0.094 124 M3 S 11.91 +1.48 +0.91t 043 09 r 10.08 d BPM 16228 Sm 173
Gl 32 A 00 43 25 -42 10.9 0.312 104.1 - 26.3 K5 V 8.41 +1.17 +1.14 +0.49 0814 098 0814 098 7.96 c - 17 - 8 + 26 4378 CD-42 2491
Gl 32 B 00 43 25 -42 10.9 0.262 114.1 - 22.6 K7 V 9.06 +1.27 +1.18 +0.57 0814 098 0814 098 8.61 c - 12 - 8 + 23 CD-42 2492
GJ 1021 00 43 25 -47 49.6 0.202 65.1 - 11.4 G5 IV 5.80 +0.64 +1.70C +0.22 0481 188 0481 188 4.2 f - 22 + 0 + 7 4391 CD-48 1760 BS 209
NN 00 44 27 -26 24.6 0.286 47 M3 : K 13.98 +1.64 +1.24 040 19 r 12.0 f G268-046 LTT 442 L 580-29 LP 826-59
NN 00 44 40 -23 46.8 0.207 141 m 14.40 +1.32 054 09 r 13.06 d G268-047
Wo 9029 A x 00 45 08 -37 12.5 0.393 207.4 - 26 F7/8 V 7.85 +0.54 -0.03 +0.21 0407 102 0407 102 5.9 e + 37 - 19 + 33 4597 CD-37 2731 G267-171 LTT 449
Wo 9029 B x 00 45 07 -37 13.4 0.396 206 m 15.5 P 0407 102 0407 102 13.5 P e CD-37 2732 G267-170 L 938-2 sep 57" 193d
Gl 33 00 45 45 +05 01.4 1.367 146.4 - 10.0 K2 V 5.74 +0.88 +0.58 +0.33 1359 037 1359 037 6.41 a - 1 - 47 - 13 4628 BD+04 1231 121
Gl 34 A 00 46 03 +57 33.1 1.213 114.9 + 8.2 G3 V 3.45 +0.57 +0.02 +0.22 1684 031 1684 031 4.58 a - 30 - 11 - 15 4614 BD+57 1508 123 ETA Cas
Gl 34 B 00 46 03 +57 33.1 1.213 114.9 + 10.5 K7 V 7.51 +1.39 +1.03 +0.59 1684 031 1684 031 8.64 a - 31 - 9 - 16 BD+57 1509 122
NN 00 46 06 +26 45.0 0.314 209 M4 12.38 +1.52 +1.20 043 20 r 10.5 f G069-024 LTT 17156
NN 00 46 10 +44 18.5 0.187 127 m 13.06 +1.16 054 11 r 11.72 d LP 193-584
Gl 34.1 00 46 21 +16 40.3 0.199 180.8 + 3.8 SB F8 V 5.07 +0.51 +0.00 0456 136 055 05 s 3.77 b + 6 - 8 - 15 4676 BD+16 761
Gl 35 00 46 31 +05 09.2 2.980 155.7 + 54 DZ7 12.38 +0.55 +0.02 +0.16 2309 021 2309 021 14.20 a + 2 - 49 - 38 G001-027 7 W005 van Maanen 2
NN 00 46 43 -50 24.9 0.323 131 M2 S 10.75 +1.43 +0.75t 048 09 r 9.16 d CD-50 2100 LTT 464 L 219-8 CFS 223 Sm 174
Gl 36 00 46 57 -23 29.2 0.534 77.8 + 5.0 G9 V 7.16 +0.78 +0.32 +0.29 0625 090 0625 090 6.14 d - 38 - 14 - 5 4747 CD-23 3150 G268-053 1154
GJ 1022 00 47 18 -61 17.7 1.119 94.0 - 2 M6 S 12.16 +1.46 +1.05 +0.99 046 09 r 10.47 d - 94 - 67 + 5 124 LTT 471 L 123-30 Sm 176
Gl 37 00 47 37 -10 54.8 0.322 225.5 + 8.2 SB? F7 IV-V 5.17 +0.50 -0.02 +0.29C 0618 072 0618 072 4.12 c + 23 - 2 - 13 4813 BD-11 1530 PHI(2) Cet BS 235
NN A 00 47 52 +24 32.7 0.220 102 m 12.7 +1.21 J 071 14 r 12.0 d LTT 10301 LP 350-20 V(AB) = 12.09 d(m) = 0.3 , V-R = 1.50 Weis
NN B 00 47 52 +24 32.7 0.220 102 m 13.3 * 071 14 r 12.6 * d LP 350-19 sep 1" 315d d(R) = 0.3 d(pg) = 0.3 (NLTT)
NN s 00 47 54 -27 42.6 0.166 65.8 A3 9.60 +0.89 +0.40 0409 205 020 03 r 6.11 d CD-28 2580
Gl 38 00 48 23 +58 01.5 1.549 075.9 - 16.6 dM2 W 10.67 +1.39 +0.69 0535 034 0535 034 9.31 b -104 - 84 + 34 G218-017 126 AC+57:5559 Wolf 33
Gl 39 00 48 43 +18 28.3 0.270 173.3 + 6.5 dK6 W 9.24 +1.21 +1.18 +0.49 0461 133 048 08 r 7.65 d + 5 - 13 - 24 4913 BD+17 1120 G032-054 V001
GJ 2015 s 00 48 56 -27 39.5 0.016 115.6 K0 10.41 +1.08 +0.92 0649 205 021 04 r 7.02 d CD-28 2620
Gl 40 A 00 49 04 -23 10.8 0.681 114.1 + 15.4 K5 V 8.96: +1.29 +1.12 +0.55 0692 075 0692 075 8.16: c - 26 - 38 - 17 4967 CD-23 3320 G268-060 1159 V089
Gl 40 B 00 49 06 -23 10.7 0.678 113.5 m 17.3 P 0692 075 0692 075 16.5 P c 1160 V089B LP 826-170 sep 17" 71d d(pg) = 7.5 d(R) = 7.2 (NLTT)
Gl 41 00 50 04 +60 51.0 0.193 340.5 + 20.8 F8 V 4.82 +0.53 +0.12 0649 153 076 12 r 4.22 d - 8 + 20 + 11 5015 BD+60 1241
NN 00 50 06 -41 31 0.059 212 M3 S 11.92 +1.49 +0.90t 042 08 r 10.04 d Sm 177
Gl 42 00 50 34 -30 37.7 0.622 85.9 - 7 SB K3 V 7.17 +0.93 +0.68 +0.33 0890 238 069 11 r 6.36 d - 38 - 20 + 7 5133 CD-31 3250 G269-049 1163
GJ 1023 A x 00 51 05 +68 46.6 0.094 253.9 G0 9.7 +0.55 +0.07 0533 280 0533 280 8.3 f 5109 BD+68 58P ADS 737
GJ 1023 B x 00 51 07 +68 46.6 0.090 250.6 10.4 +0.64 +0.16 0533 280 0533 280 9.0 f BD+68 58S
Gl 42.1 s 00 52 19 +23 49.9 0.249 226.1 - 8.6 G5 H 7.38 +0.65 +0.10 0494 188 032 04 r 4.91 c + 35 - 4 - 15 5294 BD+23 1251
Gl 43 s 00 53 10 -52 06.5 0.47 41 m 12.36 +1.51 +1.19C 0616 136 0616 136 11.31 d L 220-80 Sm 178
NN 00 53 20 -11 44.1 0.451 348 DA7 15.25 +0.35 -0.48 043 07 w 13.42 d G270-098 W LTT 524 L 796-10 LP 706-65
NN p 00 53 23 -29 56.9 0.452 64.5 + 9.5 K5 V 9.48 +1.18 +1.14 +0.47 0208 205 040 06 r 7.49 d - 53 - 8 - 10 5425 CD-30 2770 G269-058 V219 CP-30:90 LTT 525 RGO 8349 Mich : K4 III ??
NN s 00 53 42 +68 46.6 0.749 107.3 - 49.4 K4 V 9.10 +1.03 +0.88 +0.41 0434 108 037 05 r 6.94 c - 51 - 89 - 32 5351 BD+68 60 G242-073 1167 V363 LTT 10329
NN x 00 53 54 -28 24.5 0.16 136 10.96 +0.96 +0.72 +0.38 0439 205 0439 205 9.2 f CD-28 2910 G269-061
GJ 1024 00 53 58 +17 11.6 0.728 113.9 m 13.71 +1.64 +1.31 +1.26 0574 045 0574 045 12.50 b G032-059 1168
Gl 44 s 00 54 48 -02 05.0 0.321 238.2 -47.8 K1 K 9.46 +0.86 +0.48 +0.43C 0700 102 0700 102 8.69 d + 33 - 15 + 38 BD-02 1290 G070-024
Gl 45 00 55 10 -62 31.0 1.035 82.9 + 11.0 K7 V 9.50 +1.30 +1.25 +0.54 0599 082 0599 082 8.39 c - 69 - 44 - 13 5633 CP-62 750 128 U011 L 123-59 CD-62:39 Sm 181
Gl 46 00 55 58 -28 07.3 1.305 102.7 + 43 M3.5 11.77 +1.57 +1.14 +1.19 0717 145 0717 145 11.05 d - 60 - 64 - 40 CD-28 3020 G269-063 129
GJ 2017 x 00 57 26 -25 51.6 0.050 225.1 G0 9.87* +0.50* 0579 205 0579 205 8.7 * f CD-26 3220
Gl 46.1 00 57 36 +17 55.8 0.095 167.0 - 36.7 G5 H 7.33 +1.07 +0.94 0508 119 0508 119 5.9 e + 17 - 27 + 20 5857 BD+17 1350 probably no dwarf
NN 00 57 38 +66 40.8 0.270 257 m 13.28 +1.14 045 09 r 11.55 d LP 51-17
GJ 2018 s 00 57 51 -25 53.0 0.426 95 K2 9.95 +1.11 +1.05 +0.41 0559 205 027 03 r 7.11 c CD-26 3230 G268-090 LTT 565
GJ 2019 x 00 58 12 -26 54.3 0.120 175.3 K0 10.11 +0.76 +0.28 0499 205 0499 205 8.6 f CD-27 3230
Gl 47 00 58 13 +61 06.5 0.840 158 + 8.7 dM2.5e W 10.83 +1.57 +0.98 0924 029 0924 029 10.66 a - 19 - 3 - 40 G243-050 1176 AC+60:3496
GJ 1025 00 58 20 -04 43.5 1.326 070.5 + 8 13.32 +1.73 +1.27 +1.20 060 12 r 12.21 d -101 - 26 + 10 G070-028 130
Gl 48 00 58 48 +71 25.0 1.783 101.2 + 0.8 dM3.5e W 10.04 +1.46 +1.15 +1.08 1155 041 1155 041 10.35 a - 61 - 38 - 11 BD+70 68b G242-076 131 V364 AC+71:532
Wo 9035 x 00 59 04 +81 50.0 0.186 252.2 - 50.7 dG2 8.45 +0.60 +0.02 0402 119 0402 119 6.5 e + 42 - 27 - 24 5817 BD+81 27
NN 00 59 04 +53 54.8 0.385 250 m 15.12 +1.84 066 25 r 14.2 f G218-020
GJ 2020 x 00 59 24 -26 09.3 0.088 183.5 F0 V 9.75 +0.33 +0.01 0849 205 0849 205 9.4 e 6088 CD-26 3340
Gl 49 00 59 27 +62 04.5 0.686 84.3 - 5.6 SB? K5 V 9.56 +1.50 +1.18 +0.89 1126 100 1126 100 9.82 b - 21 - 21 + 4 BD+61 1950 G243-052 1179 V002 LFT 94 Wolf 46
Gl 50 s 00 59 27 -10 08.9 0.566 202.2 - 0.4 K5 V 10.50 +1.25 +1.12 +0.54 0426 115 029 05 r 7.81 d + 74 - 49 - 26 BD-10 2160 G270-118 5019 U014
NN x 00 59 29 -26 01.9 0.13 38 11.84 +1.23 +0.53 0419 205 0419 205 10.0 f RGO 2913
NN q 00 59 48 +04 47.4 0.386 54.7 + 19.7 K0 K 8.20 +1.00 +0.86 0209 121 043 08 r 6.37 d - 46 + 6 - 2 6101 BD+ 4 158 G001-043 LTT 10369
NN p 00 59 54 -10 41.0 0.131 357 - 20.0 K7 V U 10.04 +1.35 +1.22 +0.64 0195 153 049 09 r 8.49 d - 2 + 6 + 23 BD-11 192 V003 U 15
Gl 51 01 00 08 +62 05.8 0.727 82.5 M5 K 13.66 +1.68 +0.79 +1.51 1109 085 1109 085 13.88 b G243-055 1183 Wolf 47 cpm with Gl 49 ?
NN 01 00 28 +31 24.9 0.269 85 m 13.64 +1.18 044 09 r 11.86 d LP 294-40
GJ 1026 A 01 00 32 +19 49.8 0.644 86.2 M1.5 K 11.88: +1.02 J 0585 066 0585 066 10.72: c G033-035 1180 LP 406-76 L 1229-11 LDS 873 V(AB) = 11.35 d(m) = 0.5 :
GJ 1026 B 01 00 32 +19 49.8 0.644 86.2 M3.5 K 12.4 * 0585 066 0585 066 11.2 * c 1181 LP 406-77 sep 2" 28d (LHS)
GJ 1027 01 01 14 +04 48.3 0.388 52 + 61 DA6 13.96 +0.31 -0.57 0468 038 0468 038 12.31 b - 42 + 6 + 1 G001-045 W 7
Wo 9036 s 01 01 59 -25 52.1 0.338 185.7 + 2.8 K5 V 9.80 +1.19 +1.14 +0.48 0407 091 035 05 r 7.52 d + 29 - 35 - 4 6378 CD-26 3480 G268-109 V220 LTT 606
GJ 1028 01 02 21 -18 23.9 1.342 071.5 m 14.46 +1.87 +1.50 1000 050 1000 050 14.46 b G268-110 134
Wo 9037 01 02 22 -39 44.9 0.549 196.9 + 22.4 G3 IV 7.72 +0.60 -0.03 +0.22 0421 090 0421 090 5.84 d + 50 - 42 - 10 6434 CD-40 2390 1188 LTT 610
GJ 1029 01 02 47 +28 13.6 1.906 095.0 m 14.80 +1.89 +1.44 +1.53 0796 036 0796 036 14.30 b G069-047 135
Gl 52 01 03 45 +63 40.2 1.576 77.9 + 2.9 K7 V 8.98 +1.30 +1.21 +0.56 0672 034 0672 034 8.12 b - 90 - 59 + 30 BD+63 1370 G243-060 136 V365
GJ 1030 01 04 03 +15 00.5 0.320 199 k-m 11.43 +1.47 +1.23 +0.93 0634 060 0634 060 10.44 c G033-036
Gl 52.1 s 01 04 35 -51 15.5 0.497 88.6 + 8.7 K1 V 8.85 +0.94 +0.69: +0.34 0470 085 0470 085 7.21 d - 40 - 31 - 5 6673 CD-51 2730 1193
NN 01 04 52 -32 41.6 0.18 :176 m 10.76 +1.38 +1.22 +0.70 042 07 r 8.88 d CD-33 4080 G269-104 L 509-35
Gl 53 A 01 04 56 +54 40.5 3.770 114.7 - 98.1 SB G5 VI 5.17 +0.69 +0.09 +0.28 1345 029 1345 029 5.81 a - 41 -156 - 34 6582 BD+54 2231 8 MU Cas LTT 10400
Gl 53 B 01 04 56 +54 40.5 3.770 114.7 11 : 1345 029 1345 029 12 : e BD+54 2232
Gl 52.2 s 01 04 56 +33 56.1 1.464 069.9 M3 K 13.35 +1.59 +1.18 0445 035 0445 035 11.59 b G132-057 137 Ross 322
Gl 53.1A 01 04 56 +22 41.7 0.500 168.2 + 6.7 K4 V 8.41 +1.12 +1.06 +0.43 0521 088 047 05 r 6.77 c + 5 - 29 - 41 6660 BD+22 1760 G034-002 5027 V367
Gl 53.1B 01 04 56 +22 41.7 0.500 168.2 M3 K 13.60 +1.16 0521 088 047 05 r 11.96 c 5028
GJ 1031 01 05 52 -29 04.3 0.714 100.4 dM5 13.42 +1.70 +1.29 076 13 r 12.82 d G269-106 1197
Gl 53.2 s 01 06 01 +16 59.1 0.583 187.6 - 36.0 dK6 W 10.55 +1.27 +1.23 +0.56 0450 153 031 06 r 8.01 d + 58 - 67 - 37 BD+16 1200 G033-040 1199
NN 01 06 04 -10 26.8 0.252 122.3 + 12.9 K1.5 III 3.45 +1.16 +1.19 0406 089 0406 089 1.49 d - 15 - 24 - 15 6805 BD-10 240 FK 40 LTT 645 ETA Cet
Wo 9043 s 01 06 35 -31 11.7 0.223 125.3 + 7.9 G8/K0 V 9.10 +0.79 +0.37 +0.40C 0397 119 021 03 r 5.71 d - 17 - 48 - 3 6880 CD-31 4550 G269-109 LTT 646
GJ 1032 01 06 47 -24 57.4 0.255 86 dM2 12.38 +1.53 +1.28 +1.06 052 10 r 10.96 d G268-130 PS 130 LP 826-605 TS 335
GJ 2021 01 06 53 -24 46.3 0.265 132 m 14.52 +1.38 065 09 r 13.58 d G268-131 PS 131 LP 826-603 TS 336
Gl 53.3 01 06 55 +35 21.4 0.208 121.6 - 0.8 M0 IIIe 2.05 +1.57 +1.96 0487 075 0487 075 .49 d - 11 - 15 - 8 6860 BD+34 1981 BET And
Gl 54 01 08 34 -67 43.1 0.718 034.0 + 26.1 k 9.80 +1.54 +1.17 +1.08 1209 090 1209 090 10.21 b - 16 - 10 - 34 CP-68 410 1208
NN 01 08 46 +15 10.5 0.215 125 m 14.36 +1.55 118 21 r 14.72 d LP 467-16 L 1157-47 LTT 10436
NN A 01 09 19 +04 39.6 0.623 146.4 m 12.89 +1.62 +1.14 0646 027 0646 027 11.94 a G002-027 1212 G070-043 LTT 10438
NN B 01 09 21 +04 38.6 0.623 146.4 m 13.91 +1.70 +1.24 0646 027 0646 027 12.96 a G070-044 1213 sep 63.5" 146d
NN 01 09 55 -02 07.3 0.05 :180 DAwk 14.09 099 11 p 14.07 c W GD 806
Gl 54.1 01 09 59 -17 16.4 1.345 062.3 + 28.0 dM5 e W 12.05 +1.84 +1.40 +1.41 2674 030 2674 030 14.19 a - 28 + 0 - 24 G268-135 138 LTT 670 L 725-32
NN 01 10 13 +41 23.4 0.324 96.4 G5 7.28 +0.78 +0.31 047 06 r 5.64 c 7205 BD+40 248 G132-062 LTT 10444
GJ 1033 01 11 00 -23 10. 0.09 88 14.16 +1.58 +0.96 +1.34 062 13 r 13.12 d PS 151 BPM 46989 (V, V-I = 14.26, 2.86: PS)
NN 01 11 48 -37 12.9 0.745 61.1 dM2.5 13.85 +1.66 +1.34 +1.19 043 08 r 12.02 d G269-125 1217
Gl 54.2A 01 11 53 -08 11.5 0.303 23.7 + 21.2 F5 V 5.14 +0.45 -0.06 +0.16 0568 061 0568 061 3.91 c - 26 + 17 - 11 7439 BD-08 2160
Gl 54.2B 01 11 51 -08 10.7 0.312 25.0 + 22.1 K1 V 7.85 +0.78 +0.35 +0.27 0568 061 0568 061 6.62 c - 27 + 17 - 12 7438 BD-08 2150 G270-176
Wo 9046 x 01 12 11 -42 09.5 0.125 241.8 G0 V 8.47 +0.56 +0.08 0420 119 0420 119 6.6 e 7498 CD-42 4320
NN 01 12 30 -54 13 0.324 21 M3 S 11.09 +1.48 +0.87t 057 11 r 9.87 d LTT 692 L 221-60 Sm 184
Gl 54.3 01 12 51 -65 01.4 0.353 149.6 K0 IV/V 9.05 +0.76 +0.36 +0.38C 0475 102 0475 102 7.43 d 7621 CP-65 1250
Gl 55 01 12 56 -45 47.9 0.688 74.6 + 11.6 F8 V 4.96 +0.58 +0.10 +0.30C 0659 149 082 15 r 4.53 d - 36 - 18 - 11 7570 CD-46 3460 1220 NU Phe
Gl 55.1A p 01 13 19 -69 05.1 0.414 73.9 K2 V 7.80 +0.98 J+0.82:J+0.46CJ 0286 221 053 09 r 6.42 d 7693 CP-69 442 V(AB) = 7.24 d(m) = 0.43 cpm with Gl 55.3
Gl 55.1B p 01 13 19 -69 05.1 0.414 73.9 8.2 * 0286 221 053 09 r 6.8 * d CP-69 443 a = 1.078" P = 81.29 yr
GJ 1034 s 01 13 40 +24 04.2 1.841 112.2 m 15.04 +1.84 +1.12: +1.28 0485 052 0485 052 13.47 c G034-015 139
Gl 55.2 01 13 54 +25 04.2 0.433 102.0 - 30.0 dK5 W 10.08 +1.36 +1.21 +0.62 042 11 r 8.2 e - 20 - 52 + 15 G069-062 V369 AC+25:4674
Gl 55.3A 01 14 05 -69 08.5 0.422 74.0 + 4.0 F6 IV J 4.99 +0.47 J+0.02 J+0.26CJ 0507 123 0507 123 3.5 e - 35 - 18 - 6 7788 CP-69 452 BS 377 KAP(2) Tuc V(AB) = 4.86 d(m) = 2.2 , cpm with Gl 55.1
Gl 55.3B 01 14 04 -69 08.4 0.416 73.4 + 4.9 G5 7.2 * 0507 123 0507 123 5.7 * e - 34 - 18 - 7 CP-69 451 KAP(1) Tuc sep 5.5" 335d
GJ 1035 01 14 18 +83 53.3 1.081 295.1 m 14.77 +1.79 +1.44 0732 050 0732 050 14.09 b G265-008 140
GJ 1036 01 14 57 -35 58.6 0.193 154 m 11.42 +1.53 +1.19 +0.96 063 12 r 10.42 d CD-36 4910 G269-133
Gl 56 s 01 15 05 -15 45.6 0.544 150.1 - 8.8 K3 V 9.77 +1.00 +0.76 +0.40 0663 126 026 04 r 6.84 d + 10 - 99 - 4 7808 BD-16 2140 G268-146 1225 U017
NN 01 15 06 +28 24.7 0.459 233.2 M0.5 K 11.56 +0.85 040 06 r 9.57 d G069-063 6 LTT 10468 Ross 324 LHS.
NN 01 15 18 +05 13.1 0.649 171.3 dM2 R 11.05 +0.82 050 08 r 9.54 d G002-033 1226 LTT 10470 Tou 23.198
GJ 1037 01 15 20 +15 55.1 0.653 181.7 DQ6 13.82 +0.12 -0.80 -0.02 0638 036 0638 036 12.84 b G033-049 1227 W 9 Wolf 1516
Gl 56.1 01 15 47 -13 09.2 0.696 165.8 M3 K 11.76 +1.47 +0.96 0451 076 0451 076 10.03 d G270-188 1228 AC-14:789-106
Gl 56.2 s 01 15 49 -48 24.9 0.25 63 M1 11.55 +1.44 +0.91C 0456 136 030 05 r 8.94 d CD-48 3290 L 293-094 Sm 185
Gl 56.3A s 01 16 06 -01 07.6 0.507 120.3 + 18.2 K1 V 8.00 +0.82 +0.44 +0.30 0528 192 039 05 r 5.96 c - 34 - 49 - 24 7895 BD-01 1671 G070-051 1230
Gl 56.3B s 01 16 05 -01 08.0 0.505 121.5 M0 K 10.70 +1.41 +1.17 +0.63 0528 192 039 05 r 8.66 c BD-01 1672 G070-050 1229
Gl 56.4 01 16 43 +79 53.5 0.330 108 - 14 dK8 M 9.66 +1.29 +1.27 +0.63 0409 119 056 07 r 8.40 c - 16 - 25 - 10 BD+79 380 G242-078 V091
NN 01 17 00 -26 40.0 0.022 347 m 13.46 041 04 p 11.52 c PS 176
NN A s 01 17 10 +38 43.5 0.365 60 dM0 M 11.39 +1.31 +0.58 0431 115 024 03 r 8.29 c G132-071 V370
NN B s 01 17 11 +38 43.7 0.365 60 k-m 14.35 +1.14 0431 115 024 03 r 11.25 c G132-072 V370 sep 11" 41d
NN 01 17 28 -27 42.5 0.374 98 m 14.20 +1.22 040 07 r 12.21 d G269-139 LTT 734 L 581-64 LP 883-185 PS 179 TS 389
NN s 01 17 42 +38 04.3 0.04 122 dK8 M 10.64 +1.14 +1.17 +0.49 0403 160 024 03 r 7.54 c V372
Gl 56.5 01 17 50 +76 27.0 0.049 225.9 - 21.8 dK0 W 7.11 +0.82 +0.45 0417 085 057 09 r 5.89 d + 14 - 15 - 8 7924 BD+75 580
Gl 57 01 19 16 -41 54.7 1.345 109.4 + 29.0 dM0.5 K 10.14 +1.40 +1.10 +0.69 0634 136 059 11 r 8.99 d - 58 - 95 - 7 CD-42 4690 141 U018
NN 01 19 37 -46 58.5 0.123 236 M3 S 11.36 +1.44 +0.85t 046 09 r 9.67 d CD-47 3990 BPM 30654 SM 186 CFS 383
NN A 01 19 46 -27 09.1 0.231 198.8 K2 V 8.3 * +0.34 046 04 r 6.6 * c 8326 CD-27 4570 G269-146 LTT 751
NN B 01 19 48 -27 10.0 0.242 196 m 14.85 +1.41 046 04 r 13.16 b G274-015 LP 883-221 PS 187 sep 57" 147d 3
NN A 01 20 12 +00 16.7 0.567 202.4 m 13.97 +1.76 J +1.37 J 0692 046 0692 046 13.17 b G070-055 1240 V(AB) = 13.61 d(m) = 1.02
NN B 01 20 12 +00 16.7 0.567 202.4 m 15.0 * 0692 046 0692 046 14.2 * b 1241 LP 587-50 sep 2.5" 70d
NN 01 20 20 +07 09.3 0.257 21.4 G5 7.33 066 06 p 6.43 b 8357 BD+ 6 211 LTT 10501
NN 01 20 24 -26 04 0.119 58.0 m 13.05 045 06 p 11.32 c PS 190
Gl 57.1A 01 20 33 -13 13.6 0.477 94.3 + 30.6 K0 IV 7.85 +0.90 +0.70 +0.28 0484 136 044 09 r 6.07 d - 46 - 29 - 24 8389 BD-13 2491 G272-009
Gl 57.1B 01 20 31 -13 13.1 0.474 94 + 58.3 dK7 J K 10.38 +1.38 J+1.26 J+0.71 J 0484 136 044 09 r 8.60 d - 53 - 25 - 51 BD-13 2493 G272-008 LP 707-104 L 795-25 sep(A-BC) 42" 316d; V(BC) = 10.29 d(m) = 2.7
Gl 57.1C 01 20 31 -13 13.1 0.474 94 13.1 * 0484 136 044 09 r 11.3 * d BD-13 2494 sep (BC) 1.6" (1942)
Wo 9056 s 01 22 10 +18 14.6 0.581 108.8 + 7.9 K2 K 8.49 +0.89 +0.59 +0.30 0610 244 033 05 r 6.08 d - 57 - 59 - 14 8553 BD+17 202 G033-056 1246 LFT 132
GJ 1038 01 22 43 -33 06.8 0.290 60.5 k-m 9.80 +1.45 +1.15 +0.65 059 09 r 8.65 d CD-33 5140 G269-159 BPM 47129
NN p 01 22 58 +09 30.2 0.478 151.6 dM3.5 K 13.13 +1.68 +1.38 +1.23 0315 205 067 16 r 12.3 e G002-037 6 LTT 10514 Wolf 66
GJ 1039 01 23 02 -26 16.0 0.551 156.8 DC7 14.95 +0.40 -0.55 054 05 w 13.61 c G269-160 1247 W307
Gl 58.2 q 01 26 20 +21 28.0 0.499 111.7 + 11.3 SB K2 V 7.73 +0.96 +0.68 0324 102 055 09 r 6.43 d - 33 - 27 - 13 8997 BD+20 2261 G034-032 5035
NN p 01 30 05 -22 09.0 1.062 210.7 M1.5 K 11.21 +1.50 +1.20 +0.84 0276 103 051 10 r 9.75 d CD-22 5260 G272-036 142 LTT 838 LFT 138 L 654-28
Gl 59 A 01 30 53 -24 25.9 0.317 119.7 - 49.1 G8 V 6.97 +0.76 +0.32 +0.38C 0704 087 0704 087 6.21 c + 0 - 17 + 51 9540 CD-24 6580 G274-063
Gl 59 B 01 30 35 -24 29.7 0.326 118 m 12.77 +1.30 +1.15 0704 087 0704 087 12.01 c G274-060 L 654-050 LTT 840
Gl 59.1 q 01 30 55 +68 41.5 0.399 288.1 - 33.4 G6 V 6.53 +0.68 +0.24 0382 102 053 09 r 5.15 d + 48 - 6 + 2 9407 BD+68 1130 G243-070
NN 01 31 17 -44 09.5 0.237 74.6 K0/1 V 7.84 +0.83 +0.50 042 05 r 5.96 c 9619 CD-44 4340 LTT 851
Wo 9057 x 01 31 35 +34 25.4 0.016 42.9 - 4.5 F8 9.56 +0.52 +0.02 0408 150 0408 150 7.6 f + 2 - 3 + 3 BD+33 256
NN s 01 32 39 +41 47.2 0.229 144 dM0 M 10.99 +1.30 +1.26 +0.53 0406 062 0406 062 9.03 d G133-020 V378
Gl 60 A 01 32 42 -30 10.0 0.198 52.6 + 34.2 K3 V 7.78 +0.92 J+0.57 J+0.39 J 0643 181 058 07 r 6.60 c - 20 - 5 - 32 9770 CD-30 5293 V(ABC) = 7.10 AB: d(m) = 0.27
Gl 60 B 01 32 42 -30 10.0 0.198 52.6 K4 V 8.0 * 0643 181 058 07 r 6.8 * c CD-30 5294 AB: a = 0.171" 4.559 yr
Gl 60 C 01 32 42 -30 10.0 0.198 52.6 M2 V 10.4 * 0643 181 058 07 r 9.2 * c CD-30 5292 AB-C: a = 1.419" P = 111.8 yr d(m) = 3.19
NN 01 33 42 -27 02 0.026 11 m 13.33 051 07 p 11.87 c PS 244
Gl 61 01 33 51 +41 09.4 0.415 204.4 - 28.7 F8 V 4.09 +0.54 +0.06 +0.18t 0574 048 0574 048 2.88 b + 32 - 23 - 21 9826 BD+40 3321 50 UPS And
Gl 62 s 01 34 49 -29 38.8 0.296 102.3 + 11.2 K0 V 8.14 +0.86 +0.61: +0.28 0455 137 036 05 r 5.92 d - 26 - 31 - 4 10002 CD-30 5490 G274-074
Gl 63 01 35 07 +56 58.9 0.397 204.4 - 17.5 dM3 K 11.19 +1.39 +0.86 0903 079 0903 079 10.97 b + 16 - 12 - 19 G219-015 6 AC+56:13511
NN p 01 35 15 -49 26.7 0.534 75.2 K7 K 10.5 * +0.72 0341 188 047 07 r 8.9 * d CD-49 4510 1268 CFS 445 CP-49:211 LFT 141 LTT 886 L 294-102
Gl 64 01 35 26 -05 14.7 0.675 121.0 DA7 12.84 +0.35 -0.49 +0.12 0814 034 0814 034 12.39 a G271-115 1270 W011 L 870-002
GJ 1040 s 01 35 32 +44 20.1 0.176 50.5 dK8 M 10.84 +1.20 +0.52 0780 115 025 03 r 7.83 c V379 AC+44:66-318
NN 01 35 54 +00 23.7 0.529 72.9 k 11.55 +0.93 054 10 r 10.21 d G071-024 1272
Gl 65 A 01 36 25 -18 12.7 3.368 080.4 + 29.0 dM5.5e W 12.57 +1.85 J+1.10 J+1.69 J 3807 043 3807 043 15.47 a - 43 - 19 - 19 G272-061 9 L 726-008 LDS 838 V(AB) = 11.89 d(m) = 0.14
Gl 65 B 01 36 25 -18 12.7 3.368 080.4 + 32 dM5.5e W 12.7 * 3807 043 3807 043 15.6 * a - 44 - 19 - 22 10 UV Cet a = 5.57" P = 200 yr
NN 01 36 55 +04 48.2 0.168 33 M5 12.83 041 03 p 10.89 b Rob 72
NN 01 37 24 +31 32.3 0.481 090.7 m 13.91 +1.29 061 10 r 12.84 d G072-023 5037a LTT 17245 V-R = 1.52 Weis
Gl 65.2 s 01 37 37 -46 45.7 0.08 166 + 29.4 M0 C 9.86 +1.16 +1.14 +0.57C 0654 102 0654 102 8.94 d + 4 - 15 - 25 CP-47 1950
NN x 01 37 39 +63 33.6 0.013 311.9 - 7 B5 10.07 +0.47 +0.23 0767 256 0767 256 9.5 e + 5 - 5 + 0 BD+63 219
Wo 9059 s 01 37 52 +66 39.7 0.748 110.3 + 14.4 G5 V 7.68 +0.68 +0.21 0429 085 031 05 r 5.14 d - 99 - 57 - 18 10145 BD+66 145 G244-031 1283 LTT 10587 LFT 148
Gl 66 A 01 37 54 -56 26.9 0.278 84.6 + 19.5 K2 V 5.80 +0.86 +0.57 +0.30 1489 054 1489 054 6.66 a - 4 - 14 - 16 10361 CP-56 3290 P Eri CD-56:329
Gl 66 B 01 37 54 -56 26.9 0.278 84.6 + 22.5 K3 V 5.90 +0.80 +0.60 +0.31 1489 054 1489 054 6.76 a - 3 - 16 - 18 10360 CD-56 3280 not in CpD
Gl 67 01 38 44 +42 21.8 0.826 100.4 + 3.1 SB G1.5 V 4.95 +0.62 +0.12 +0.21t 0731 039 0731 039 4.27 b - 42 - 34 + 0 10307 BD+41 3280 1284
Gl 67.1 01 39 09 -83 13.8 0.18 44 + 5.4 G2 V 5.88 +0.61 +0.09 +0.21 058 09 r 4.70 d - 11 - 6 - 10 10800 CD-83 220
Gl 67.2 x 01 39 28 -45 40.3 0.247 90.2 - 4.5 G5 V 9.30 +0.69 +0.25 +0.25 0529 119 0529 119 7.92 d - 17 - 12 + 9 10513 CP-46 1770
Gl 68 01 39 47 +20 01.6 0.749 203.5 - 33.7 K1 V 5.22 +0.84 +0.50 +0.30 1265 058 1265 058 5.73 b + 36 - 26 + 1 10476 BD+19 2791 1287
Gl 69 01 40 12 +63 34.8 0.696 214.6 - 50.7 K5 V 8.41 +1.22 +1.13 +0.48 0751 031 0751 031 7.79 a + 45 - 28 - 42 10436 BD+63 2292 G244-033 1291 V381
NN 01 40 18 -24 53 0.035 190 m 12.02 041 06 p 10.08 d PS 274
NN 01 40 25 +27 35.5 0.552 92.3 K7 s 10.40 +1.46 +1.26 +0.71 052 08 r 8.98 d BD+27 273 G035-008 1289 LTT 10602
NN 01 40 34 -53 59.4 0.202 119.9 + 12.9 F8 V 5.52 +0.53 +0.00 053 07 r 4.14 c - 4 - 21 - 4 10647 CP-54 3650 BS 506
NN p 01 40 45 -42 27.2 0.686 101.5 M0 K 11.25 +0.78 0321 153 040 06 r 9.26 d CD-42 5940 1288 LFT 157 LTT 927
Gl 70 01 40 46 +04 04.9 0.861 209.5 - 25.8 dM2 M 10.93 +1.54 +1.00 1138 239 1138 239 11.21 d + 40 - 20 + 2 G003-014 1290 V093 AC+03:2259-31
NN 01 41 29 -24 06.3 0.046 79 m 13.28 045 06 p 11.55 c GR 316 PS 279
NN 01 41 36 -67 32.2 1.048 197.8 + 51 DA7 13.88 +0.44 -0.42 +0.07 079 18 w 13.37 d + 51 - 23 + 29 145 W LFT 158 LTT 934 L 88-59
Gl 71 01 41 45 -16 12.0 1.924 296.4 - 17.0 G8 Vp 3.49 +0.72 +0.22 +0.26 2860 049 2860 049 5.77 a + 18 + 28 + 13 10700 BD-16 2951 146 TAU Cet
Gl 73 01 42 18 +16 06.0 0.815 239.7 M3 K 14.11 +1.67 +1.30 0612 039 0612 039 13.04 b G003-017 1292 Wolf 1530
Gl 74 p 01 43 58 +12 09.8 0.078 163.7 + 21.9 dK8 M 8.90 +1.05 +0.91 +0.40 0381 054 040 05 r 6.91 c - 10 + 1 - 21 10853 BD+11 2310 V383
Gl 75 01 44 06 +63 36.4 0.636 112.8 + 4.0 K0 V 5.63 +0.81 +0.40 +0.26 0972 046 0972 046 5.57 b - 26 - 16 - 6 10780 BD+63 2380 1297
NN 01 44 06 -08 53.8 0.434 114.1 M3 K 12.99 +1.58 +1.20 057 13 r 11.77 d G271-149 6 LTT 952 L 870-44 LP 708-416
NN 01 45 17 +20 57.7 0.417 120 M3 K 12.16 +1.58 +1.03 056 14 r 10.9 e G034-051 LTT 10622 Wolf 87
Gl 76 s 01 45 20 -26 59.7 0.295 200.4 + 25 K1 V 8.98 +0.81 +0.44: +0.28 0548 136 023 04 r 5.79 d + 48 - 34 - 30 11020 CD-27 6050 G274-094
NN q 01 45 52 +32 26.3 0.349 330 - 26.5 F8 V 5.79 +0.55 -0.01 0386 094 049 06 r 4.24 c + 25 + 9 + 34 11007 BD+31 316 LTT 10624
Gl 77 s 01 46 12 -41 44.7 0.445 69.9 + 35.7 G4 V 7.14 +0.65 +0.20 +0.32C 0633 136 037 07 r 4.98 d - 54 - 31 - 27 11112 CD-42 6380
Wo 9061 A 01 47 08 -10 56.0 0.176 239.1 - 0.9 F3 III 4.67 +0.33 +0.03 +0.08 0442 075 040 05 r 2.68 c + 20 + 3 - 6 11171 BD-11 352
Wo 9061 B 01 46 56 -10 57.0 0.175 239.8 - 2.5 dG1 6.77 +0.62 +0.12 +0.22 0442 075 040 05 r 4.78 c + 20 + 3 - 5 11131 BD-11 351
NN 01 47 44 +18 02.9 0.250 105 M0 10.79 +1.38 +1.27 039 18 r 8.7 f G094-017 LTT 10634
NN A 01 48 12 +64 11.4 0.280 138 - 15 dM2 11.37 +0.98 067 13 r 10.50 d - 3 - 22 - 12 G244-037
NN B 01 48 12 +64 11.2 0.280 138 DA6 14.5 : 067 13 r 13.6 : d G244-036 W268 sep 10" 178d, y = 13.97 b-y = 0.134 -> mod = 1.99 uvby
NN 01 48 32 -06 21.8 0.584 113.5 m 14.6 * +1.53 100 17 r 14.6 * d G159-003 1302
NN 01 48 38 +21 09.1 0.360 180 M4 K 13.90 +1.27 056 10 r 12.64 d G034-055 LTT 10640 Wolf 90
NN 01 48 56 +46 45.2 0.138 1 + 64 DA3 12.44 +0.06 -0.63 061 07 w 11.37 c - 13 + 17 + 5 W269 GD 279
Gl 78 01 49 19 -11 02.6 0.793 133.7 + 0.0 M3.5 K 11.80 +1.50 +0.94 0860 133 0860 133 11.47 d - 7 - 43 - 1 G271-168 1303 Ross 555
Gl 78.1 01 50 13 +29 20.2 0.231 177.0 - 16.2 SB F6 IV 3.42 +0.48 +0.06 0534 109 0534 109 2.06 d + 14 - 21 - 8 11443 BD+28 3121 ALF Tri
NN 01 50 22 +65 55.9 0.135 195.0 G5 8.48 +1.01 +0.97 042 04 o 6.60 c 11373 BD+65 210
Gl 79 01 50 25 -22 40.9 0.832 89.5 + 14.1 K5/M0 V 8.90 +1.41 +1.25 +0.68 0837 106 0837 106 8.51 c - 39 - 30 - 3 11507 CD-23 6930 G272-114 1307 V004
Gl 80 01 51 52 +20 33.9 0.144 137.9 - 4.0 SB A5 V 2.64 +0.13 +0.10 -0.02 0590 130 0590 130 1.49 d - 1 - 12 - 2 11636 BD+20 3060 BET Ari
Gl 81 A 01 54 01 -51 51.4 0.743 66.1 - 6.3 G5 IV 3.70 +0.85 +0.45 +0.31 0548 090 0548 090 2.39 d - 61 - 18 + 10 11937 CP-52 2411 1314 BS 566 CHI Eri
Gl 81 B 01 54 01 -51 51.4 0.743 66.1 10.7 * 0548 090 0548 090 9.4 * d CP-52 2412 sep 5.0" 202d (1947) d(m) = 6.5
Gl 81.1A s 01 54 43 -10 29.0 0.440 238.8 - 9.9 G5 IV 6.42 +0.82 +0.46 +0.29 0451 248 033 15 r 4.0 f + 62 + 8 - 14 11964 BD-10 4031 G272-126 LTT 1036
Gl 81.1B s 01 54 45 -10 29.4 0.438 239 - 9.0 m 11.21 +1.38 +1.18 0451 248 033 15 r 8.8 f + 61 + 8 - 15 BD-10 4032 G272-127 LTT 1039 LP 709-81 L 799-3
Gl 81.2 01 54 52 -60 28.4 0.473 66.6 + 0.4 K5 V 8.60 +1.16 +1.11 +0.45 0544 119 057 09 r 7.38 d - 37 - 14 + 1 12058 CP-60 1670 U024
Gl 81.3 s 01 55 06 -52 00.8 0.430 54.0 + 3.8 F8 V 6.10 +0.48 -0.04 +0.28C 0534 111 040 04 s 4.11 c - 50 - 9 - 5 12042 CP-52 2420
Gl 82 01 55 54 +58 16.9 0.351 124 - 8.8 dM4 e W 12.21 +1.56 +1.28 0785 049 0785 049 11.68 b - 9 - 20 - 6 G219-030 Ross 15 AC+58:13565
Gl 82.1 01 56 10 +32 58.3 0.431 144.9 - 35.5 dG7 W 7.14 +0.78 +0.42 051 08 r 5.68 d + 12 - 52 - 5 12051 BD+32 360 G072-050
GJ 1041 A 01 56 36 +03 16.5 0.291 90.0 k-m 10.98 +1.52 J+0.98 J+1.09 J 093 18 r 10.82 d BD+02 305 G159-018 V(AB) = 10.91 d(m) = 3.
GJ 1041 B 01 56 36 +03 16.5 0.291 90.0 m 14.0 * 093 18 r 13.8 * d LP 589-9 sep 4" 75d d(R) = 2.6 d(pg) = 3.1 (NLTT)
NN 01 56 57 +43 31.2 0.276 155 m 13.01 +1.07 041 08 r 11.07 d G133-060
NN 01 57 09 +36 25.4 0.268 165 m 13.93: +1.19 040 08 r 11.94: d G133-061
Gl 83 01 57 12 -61 48.8 0.270 83.0 + 15.2 VAR F0 V 2.86 +0.28 +0.14 +0.16C 0396 088 0396 088 .85 d - 23 - 27 - 6 12311 CP-62 1620 ALF Hyi
NN 01 57 25 +73 18.1 0.319 104 m 14.12 +1.90 +1.43t 095 17 r 14.01 d G245-040 LP 30-55
Gl 83.1 01 57 28 +12 50.1 2.097 147.8 - 31 dM8 e 12.28 +1.80 +1.35 +1.39 2238 029 2238 029 14.03 a + 14 - 52 + 5 G003-033 11 L 1159-016
NN 01 57 56 +63 31.8 0.290 246 M4 L 11.03 +1.54 +1.07 100 20 r 11.03 d G244-047
NN 01 58 21 -10 35.5 0.516 223.9 m 14.1 * +1.22 042 08 r 12.2 * d G272-137 1325 LP 709-16
Wo 9067 A s 01 59 28 +03 42.1 0.482 225.3 - 48.0 K4 K 10.62 +1.22 0422 160 026 04 r 7.69 d + 98 - 17 - 9 BD+03 275 G071-050 5049 LTT 10689 Wolf 109
Wo 9067 B s 01 59 28 +03 42.3 0.482 225.3 M1.5 K 12.4 * 0422 160 026 04 r 9.5 * d G071-051 5048 LTT 10690 sep 17" 16d (NLTT)
NN 01 59 37 +10 06.0 0.715 246.4 m 15.61 +2.02 1120 019 1120 019 15.86 a 1326 LP 469-67 USNO 693
NN 02 00 01 +13 20.3 0.472 103 dM5 : 14.27 058 06 p 13.09 c G003-035 LTT 10691 L 1159-15 LP 469-73 Rob 100
NN 02 00 49 +35 21.1 0.061 250.8 G5 8.36 078 08 o 7.82 c 12545 BD+34 363
NN p 02 01 01 -21 27.8 0.464 209.7 M3 K 11.21 +1.46 +1.00 0339 239 077 18 r 10.6 e BD-21 368 G272-145 6 LTT 1081
Gl 83.4A s 02 01 55 -45 39.2 0.333 78.6 + 42.7 G3 V 7.31 +0.69 +0.22 +0.37C 0494 119 037 07 r 5.15 d - 36 - 38 - 30 12759 CD-46 6042
Gl 83.4B s 02 01 55 -45 39.2 0.333 78.6 11.5 * 0494 119 037 07 r 9.3 * d sep 1.0" 178d (1932)
NN 02 01 57 -02 06.8 0.832 224.2 m 13.9 * +1.22 046 08 r 12.2 * d G159-034 1332
NN 02 02 35 -15 55.0 0.034 156.0 K0 V 7.78 042 04 o 5.90 c 12786 BD-16 365
Gl 84 02 02 37 -17 51.1 1.299 96.8 - 35.0 M3 K 10.19 +1.51 +1.15 +1.02 1180 085 1180 085 10.55 b - 22 - 36 + 46 BD-18 3590 G272-148 149 L 727-32
Gl 84.1A 02 03 07 -28 18.8 0.548 40.2 M0.5 K 10.92 +1.40 +1.15 +0.73 0519 139 047 07 r 9.28 d CD-28 6571 G274-145 1337 L 583-53
Gl 84.1B 02 03 08 -28 17.9 0.548 40.2 M3.5 K 12.80 +1.50 +1.12 +1.15 0519 139 047 07 r 11.16 d CD-28 6572 G274-146 1338 LP 885-12 L 583-52 sep 58" 13d
NN 02 03 23 +64 03.1 0.284 125 m 14.31 +1.28 048 08 r 12.72 d G244-049
NN 02 03 38 -30 25.0 0.537 282.2 M3.5 K 12.15 +1.08 065 13 r 11.21 d G274-149 1339 LFT 180 LTT 1101
Gl 84.2A 02 03 48 +44 57.2 0.510 147.9 + 62.0 dM0 W 10.28 +1.49 +1.24 0553 067 0553 067 8.99 c - 61 + 12 - 44 G134-001 1343
Gl 84.2B s 02 03 48 +44 57.2 0.510 147.9 14.2 * 0553 067 0553 067 12.9 * c G134-001 sep 4.4" 307d (1959) but no comp. in NLTT etc. ??
Gl 84.3 02 04 21 +23 13.6 0.239 126.8 - 14.4 SB K2 IIIab 2.00 +1.15 +1.13 0466 076 0466 076 .34 d - 1 - 28 + 3 12929 BD+22 3060 ALF Ari
Wo 9073 A s 02 05 02 -00 51.0 0.421 215.5 - 40.2 G2 V 6.90 +0.61 +0.16 +0.21 0404 081 032 04 r 4.43 c + 71 - 22 + 1 13043 BD-01 293 LTT 1107
Wo 9073 B s 02 05 00 -00 49.8 0.434 215.0 - 39.4 K4 K 10.52 +1.24 +1.23 +0.52 0404 081 032 04 r 8.05 c + 72 - 23 - 1 G159-035 LTT 1106
NN 02 05 38 +49 13.0 0.384 135 M5 : s 12.47 +1.54 +1.17 070 14 r 11.70 d G173-039
NN 02 05 55 +88 10.0 0.433 348 m 12.89 +1.11 049 10 r 11.34 d G265-015 LP 1-52
Gl 85 02 05 56 -66 48.7 1.798 077.7 - 33 m 11.52 +1.53 +1.08 +0.88 0646 205 049 09 r 9.97 d -153 - 72 + 53 150 L 89-027
NN 02 06 46 -16 34.9 0.556 082.3 K7 K 10.95 +0.74 0403 094 040 06 r 8.96 d BD-17 400 1346 LTT 1117
Gl 85.1 s 02 07 07 +35 12.0 0.567 213.0 M3 K 13.74 +1.48 +1.08 0449 102 0449 102 12.00 d G074-004 1348 Ross 17
NN 02 07 10 -14 35.4 0.629 123.3 M3 K 11.82 +1.54 +1.02 063 15 r 10.8 e 1347 LFT 185 LTT 1122 L 728-1 LP 709-40
NN 02 07 33 +11 18.0 0.086 193 dM4 R 12.72 090 30 p 12.5 e Rob 115
GJ 1042 02 08 13 +39 41.6 1.144 115.7 + 29 DZ7 14.52 +0.33 -0.47 0592 104 0592 104 13.38 d - 45 - 81 - 5 G074-007 151 W168
Gl 86 02 08 25 -51 04.1 2.264 72.9 + 53.1 K0 V 6.12 +0.82 +0.44 +0.32 0894 090 0894 090 5.88 c -103 - 77 - 25 13445 CD-51 5320 13 LTT 1130
Gl 87 02 09 51 +03 22.0 2.598 223.5 - 2.7 dM2.5 W 10.06 +1.44 +1.08 +0.87 0867 074 0867 074 9.75 b +117 - 13 - 80 BD+02 3480 G073-035 14 V095
GJ 1043 02 10 00 +20 58.6 0.168 88.6 + 6.0 F5 V 5.27 +0.43 -0.05 043 05 r 3.44 c - 17 - 9 + 2 13555 BD+20 348 BS 646 ETA Ari
NN 02 10 02 -63 28.0 0.778 242.9 m 12.25 +1.06 056 11 r 10.99 d 1351 LTT 1137 LFT 188 L 125-51
Gl 87.1A s 02 10 14 -02 37.6 0.373 99.9 - 6.0 SB F8 V 5.67 +0.56 +0.07 +0.19 0397 107 034 04 r 3.33 c - 28 - 41 + 17 13612 BD-03 3361 ADS 1703
Gl 87.1B s 02 10 13 -02 37.8 0.379 98.7 - 5.6 G5 V 7.74 +0.68 +0.22 +0.22 0397 107 034 04 r 5.40 c - 30 - 40 + 17 BD-03 3350 sep 16.2" 232d (1958)
NN 02 10 19 -00 13.8 0.546 89.2 m 13.5 * +1.24 060 11 r 12.4 * d G159-046 1358
Gl 88 02 10 27 -17 55.4 0.519 66.9 + 34.9 M0 K 11.09 +1.47 +1.2 : +0.73 0449 163 040 08 r 9.10 d - 67 - 20 - 11 1357 LP 769-90 L 728-16 AC-18:3546
Gl 89 02 10 42 -30 57.5 0.019 55.8 + 10 VAR A2 Vn 5.28 -0.02 -0.06 -0.00C 0630 153 0630 153 4.3 e - 3 - 3 - 9 13709 CD-31 8820 MU For
GJ 1044 02 10 50 -21 25.6 0.332 80 K7 V U 9.88 +1.36 +1.26 +0.58 047 09 r 8.24 d BD-21 397 U 28 LTT 1141
Gl 90 q 02 11 35 +67 26.6 0.597 119.3 - 12.1 K2 V 7.09 +0.90 +0.67 0336 176 070 11 r 6.32 d - 23 - 34 - 9 13579 BD+67 1910 G244-056 1371
Gl 91 02 11 40 -32 16.0 0.957 126.4 + 45.5 M2.5 K 10.32 +1.50 +1.11 +0.94 1085 153 1085 153 10.50 d - 15 - 51 - 31 CD-32 8280 1361
GJ 1045 02 12 14 +17 11.5 0.594 143.3 m+ 14.44 +1.62 +1.08 +1.29 0474 038 0474 038 12.82 b G035-035 1366
NN 02 12 35 +33 44.1 0.424 156.5 m 13.58 +1.24 058 11 r 12.40 d G074-011 6 LTT 17342
NN 02 13 12 +39 37.6 0.196 239 DA6 14.54 +0.23 -0.61 045 04 w 12.81 b W GD 25
NN 02 13 22 -12 54.5 0.544 67.1 M3 K 13.00 +1.50 +1.12 044 11 r 11.2 e 1373 LTT 1159 LFT 197 L 800-18 LP 709-62
Gl 91.2A 02 13 25 -18 28.2 0.193 199.4 + 5.3 K3 V 8.42 +1.02 J+0.80 J+0.40 J 044 06 r 6.64 c + 15 - 11 - 11 14001 BD-18 394 U031 ADS 1733 V(AB) = 7.95 d(m) = 0.64
Gl 91.2B 02 13 25 -18 28.2 0.193 199.4 K K 9.1 * 044 06 r 7.3 * d a = 2.01" 173 yr
Gl 91.3 02 13 46 +42 44.6 1.009 125.2 DC9 16.20 +0.72 -0.01 0509 046 0509 046 14.73 b G134-022 153 W016
NN 02 13 47 +13 22.1 0.660 128.2 m 15.79 +1.98 1182 068 1182 068 16.15 b 1375 USNO 694 LP 469-206
Gl 92 02 14 00 +33 59.8 1.179 101.2 - 6.6 SB G0 Ve 4.87 +0.61 +0.02 +0.24 0981 050 0981 050 4.83 b - 33 - 46 + 11 13974 BD+33 3951 154 BS 660 DEL Tri SBO (A&A 195, 129)
NN 02 14 08 +35 12.9 0.595 116.4 m+ 15.99 0966 011 0966 011 15.91 a 1378 LP 245-10
NN A 02 14 27 -31 13.4 0.711 68.9 M4 K 12.0 * +1.16 088 17 r 11.7 * d CD-31 9090 1377 LFT 200 LTT 1165 L 512-14
NN B 02 14 21 -31 12.2 0.711 68.9 M4 K 13 : +1.26 088 17 r 13 : e 1376 LFT 199 LTT 1164 L 512-15 LP 885-38 sep 105" 312d
Gl 92.1 02 14 52 +56 20.0 0.401 122.2 + 3.2 K1 V 8.27 +0.92 +0.70 0467 103 041 06 r 6.33 d - 34 - 30 - 11 14039 BD+55 5700 G220-007
Gl 92.2 02 15 00 +44 02.4 0.535 104.8 M3 K 13.49 +1.53 +1.21 0445 256 045 11 r 11.8 e G134-024 1383 L 1592-001
Gl 93 s 02 15 50 -54 13.5 0.626 052.0 m 11.43 +1.41 +1.00 +0.76 0732 136 0732 136 10.75 d CD-54 4870 1379
Gl 94 02 16 00 +35 07.7 0.792 121.5 M3.5 K 12.55 +1.47 +1.08 0548 085 0548 085 11.24 d G074-014 1388 Ross 19
NN 02 16 11 +23 39.1 0.289 108 m 14.17 +1.26 047 08 r 12.53 d G035-040 LTT 10787
Gl 95 02 16 44 -26 10.9 0.500 333.9 + 7 G5 V 6.34 +0.73 +0.18 +0.26 0805 094 0805 094 5.87 c - 11 + 27 - 10 14412 CD-26 8280 1387
GJ 1046 02 16 59 -37 00.9 1.497 068.5 + 47 M3 K 11.62 +1.50 +1.17 +1.01 066 16 r 10.7 e -103 - 53 - 16 154a
NN A 02 17 21 +37 33.8 0.350 101 m 12.68 +1.05 J 040 08 r 10.69 d G074-015 LTT 17347 V(AB) = 12.65 d(m) = 4.
NN B 02 17 21 +37 33.8 0.350 101 k 16.7 * 040 08 r 14.7 * d LP 245-18 sep 2" 90d d(R) = 5, d(pg) = 4.3 (NLTT)
GJ 1047 A s 02 17 59 +36 39.8 0.919 128.3 m 14.05 +1.68 J +1.13 J 0463 036 0463 036 12.38 b G074-019 1393 V(AB) = 13.30 d(m) = 0.0
GJ 1047 B s 02 17 59 +36 39.8 0.919 128.3 m 14.05 0463 036 0463 036 12.38 b G074-019 sep(AB) 1"
GJ 1047 C s 02 17 57 +36 39.5 0.919 128.3 m 14.26 +1.70 +1.50 +1.16 0463 036 0463 036 12.59 b G074-018 1392 sep 32" 233d
NN 02 18 10 +02 45.0 0.288 153 m 14.78 +1.69 041 17 r 12.8 f G073-045 LTT 17354
NN 02 18 39 -39 15.7 0.215 98.8 K3/4 V 8.74 +1.04 +0.84 +0.38 041 05 r 6.80 c 14629 CD-39 6840 CP-39:190 LTT 1190
Gl 96 02 18 57 +47 39.1 0.226 77.2 - 37.3 VAR dM1.5e W 9.41 +1.49 +1.18 +0.77 0868 028 0868 028 9.10 a + 19 - 31 + 15 BD+47 6120 G173-053 V096
Wo 9079 s 02 19 11 -31 09.8 0.561 80.2 + 54.0 K3 V 8.81 +0.93 +0.66 +0.32 0423 078 032 05 r 6.34 d - 78 - 57 - 23 14680 CD-31 9430 1391 U034 LTT 1194 LFT 211
NN 02 19 14 -07 06.5 0.311 77.7 K0 8.98 +1.08 +0.96 040 07 r 6.99 d BD- 7 410 G075-005 LTT 1192
Gl 97 02 20 15 -24 02.6 0.206 106.5 + 18.4 G1 V 5.20 +0.60 +0.12 +0.24 0833 257 083 13 r 4.80 d - 11 - 13 - 14 14802 CD-24 10380 KAP For
Gl 97.1 02 20 51 -68 53.2 0.045 275.7 + 6 VAR A3 Vn 4.08 +0.03 +0.05 +0.02C 0481 170 0481 170 2.5 f + 4 - 1 - 6 15008 CP-69 1130 DEL Hyi
NN 02 21 54 +25 45.1 0.191 228 m 11.62 +0.83 039 07 r 9.58 d LTT 10808 LP 353-74
NN 02 22 33 +37 19.1 0.276 103 m 14.05 +1.27 052 09 r 12.63 d G074-025 LTT 17364
Wo 9082 s 02 23 23 +05 33.2 0.391 70.4 + 10.0 G9 K 7.95 +0.81 +0.32 0440 205 036 06 r 5.73 d - 46 - 17 + 19 15096 BD+05 336 G073-057 LTT 10810
Gl 98 A 02 25 09 +04 12.3 0.255 34.2 + 10.4 K7 V 9.36 +1.39 J+1.11 J+0.67 J 0609 038 0609 038 8.28 b - 21 + 7 + 4 15285 BD+03 3392 G073-060 V224 ADS 1865 V(AB) = 8.69 d(m) = 0.18
Gl 98 B 02 25 09 +04 12.3 0.255 34.2 K7 V 9.5 * 0609 038 0609 038 8.4 * b BD+03 3393 a = 0.545" P = 25.32 yr
NN 02 25 30 +02 58.0 0.845 180.5 m 17.46 +2.06: 0451 079 0451 079 15.73 d 1407 LP 590-137
NN 02 25 42 +01 13.2 0.296 112 m 13.05 +1.09 043 09 r 11.22 d G075-016 LTT 17373
Gl 99 A p 02 25 46 +32 02.1 0.421 72 - 9.7 dM0 pJ M 10.20 +1.36 J+1.23 J+0.64 J 0322 056 0322 056 7.74 d - 34 - 33 + 41 BD+31 4342 G074-027 V393 V(AB) = 9.59 d(m) = 0.3
Gl 99 B p 02 25 46 +32 02.1 0.421 72 10.5 * 0322 056 0322 056 8.0 * d BD+31 4343 sep 0.26" 105d - 0.15" 115d (1959-60)
Gl 99.1 q 02 25 52 +29 42.5 0.093 318.8 + 41.0 G0 V 5.88 +0.58 +0.01 +0.21 0317 043 0317 043 3.39 c - 26 + 32 - 14 15335 BD+29 423
NN 02 26 12 +11 52.0 0.067 42 M1 s 12.01 +1.57 +1.17 +1.01 056 11 r 10.75 d Rob 140
Gl 100 A p 02 26 41 -20 12.3 0.689 70.6 + 23 K4 V 8.86 +1.18 J+1.03 J+0.48 0389 190 049 06 r 7.31 c - 65 - 28 + 5 15468 BD-20 4652 1409 U036 V(AB) = 8.76 d(m) = 2.5
Gl 100 B p 02 26 41 -20 12.3 0.689 70.6 11.4 * 0389 190 049 06 r 9.9 * c BD-20 4653 sep(AB) 0.6" 312d (1951)
Gl 100 C p 02 26 12 -20 15.9 0.668 065.7 M3 K 12.85 +1.61 +1.22 +1.06 0389 190 049 06 r 11.30 c BD-20 4654 1408 LTT 1226
Gl 100.1 02 27 39 +05 02.6 0.098 101.2 + 30 DA3 12.79 -0.04 -0.83 045 05 w 11.06 c + 3 - 11 + 14 W019 AC+05:19-98 Feige 22
Gl 101 02 27 44 +57 09.5 1.042 088.5 M3.5 K 13.21 +1.52 +1.18 0600 051 0600 051 12.10 b G174-001 155 Ross 21
Wo 9083 02 28 55 +02 02.8 0.023 89.5 + 26.1 K3 III 5.25 +1.27 +1.41 0400 170 0400 170 3.3 f - 17 + 2 - 20 15694 BD+01 438
Gl 101.1 x 02 29 18 -46 54.4 0.29 177 + 34.5 m 11.27 +1.03 +0.9 : +0.54C 0640 102 0640 102 10.30 d + 14 - 29 - 24 CD-47 7650
NN 02 30 10 +14 48.9 0.050 324.2 + 8.8 SB F8 V 6.02 +0.54 +0.04 044 07 r 4.24 d - 5 + 8 - 4 15814 BD+14 419
NN 02 30 15 -14 24.5 0.693 174.6 DC 15.76 +0.75 -0.01 0646 066 0646 066 14.81 c 1415 W471 LP 710-047 USNO 695
NN 02 30 20 +07 40.1 0.031 13.9 G5 8.89 +1.15 +0.75 040 08 r 6.90 d 15833 BD+ 7 398
Gl 102 02 30 44 +24 42.9 0.687 176.8 M4 K 12.96 +1.70 +1.20 +1.31 1024 077 1024 077 13.01 b G036-024 1417 L 1305-010
NN 02 30 48 +41 33.6 0.303 74 m 13.62 +1.16 041 08 r 11.68 d G074-029 LTT 17383
NN 02 31 01 +14 47.1 0.431 85 M3.5 K 13.76 +1.63 +1.16 039 10 r 11.7 e G004-028 LTT 10846
Gl 103 02 32 28 -44 00.6 0.297 168.5 + 41.9 SB K7 Ve 8.85v +1.39 +1.02 +0.77 0872 107 0872 107 8.55v c + 6 - 30 - 33 16157 CD-44 7750 U039 CC Eri
NN 02 32 30 +23 21. - 12 M3 e 13.71 +1.58 +1.00 +1.22t 048 10 r 12.12 d + 9 - 5 + 7 X-ray src: Fleming et al 1988
NN 02 32 37 -72 54.5 0.238 37.8 K4 V 8.90 +1.04 +0.99 +0.41 041 06 r 6.96 d 16348 CP-73 1780 CD-73:110 LTT 1263
Wo 9085 02 32 49 -03 46.3 0.469 200.0 - 50.7 G5 IV 6.82 +0.67 +0.21 0424 082 0424 082 4.96 d + 66 - 28 + 15 16141 BD-04 426 LTT 1267
NN 02 32 55 +55 15.8 0.355 222 m 13.22 +1.11 042 09 r 11.34 d G173-061
Gl 104 02 33 03 +20 00.3 0.272 121 - 22.3 dM2 M 10.66 +1.51 +1.17 +0.95 0690 063 0690 063 9.85 b + 8 - 25 + 13 BD+19 381n G004-030 V395 AC+19:1154-111
Gl 105 A 02 33 20 +06 39.0 2.322 51.0 + 26.0 K3 V 5.82 +0.98 +0.80 +0.36 1294 043 1294 043 6.38 a - 81 + 0 + 36 16160 BD+06 3981 G073-070 15 LTT 10858 USNOP
Gl 105 B 02 33 31 +06 38.0 2.322 051.4 + 25.7 dM4.5 W 11.66 +1.60 +1.11 +1.25 1294 043 1294 043 12.22 a - 81 + 0 + 36 BD+06 3982 G073-071 16 V396 LTT 10859 USNOP
GJ 1048 02 33 45 -23 44.3 0.082 80.9 K2 V U 8.43 +1.08 +0.96 +0.40 050 08 r 6.92 d 16270 CD-24 11540 U 40
NN A 02 33 49 +31 51.4 0.330 260 M3 K 13.63 +1.22 J 041 07 r 11.69 d G074-034 LTT 10854 LE 7A LP 298-7 V(AB) = 13.02 d(m) = 0.3
NN B 02 33 49 +31 51.4 0.330 260 M3.5 K 13.9 * 041 07 r 12.0 * d LTT 10855 LE 7B LP 298-8 sep 3" 25d d(R) = 0.2, d(pg) = 0.4
Wo 9086 x 02 34 06 -47 52.9 0.21 119 G0 11.99 +0.55 +0.00 +0.3 C 0426 136 0426 136 10.1 e LTT 1273 CFS 676
Wo 9087 q 02 34 09 -03 22.4 0.335 81.6 + 9 K3 K 8.10 +0.95 +0.73 0380 175 048 08 r 6.51 d - 29 - 17 + 7 16287 BD-03 410 G075-028 LTT 1274
NN 02 34 24 +06 41. M5 e 16.00 +1.85C 048 09 r 14.41 d IE 02344+0641 R-I(KC) = 1.85, V-R(KC) = 1.49
NN s 02 34 54 +00 08.5 0.543 107.0 m 15.16 +1.67 +1.23 0406 043 0406 043 13.20 c G075-030 1426
Gl 105.1 02 34 54 -34 47.5 0.259 183.5 + 10.3 G5 IV 5.78 +0.65 +0.20 +0.21 0552 085 0552 085 4.49 d + 15 - 17 - 8 16417 CD-35 9030 LAM(2) For
Wo 9089 s 02 35 31 +30 36.4 0.625 231.4 -103 G1 V 7.34 +0.60 +0.00 0440 121 031 03 s 4.80 c +133 - 34 - 31 16397 BD+30 421 G036-028 1428 LFT 219
NN 02 35 52 +06 24.8 DA8 15.09 +0.44 -0.51 059 10 w 13.94 d W PG WD0235+064
NN 02 36 37 +07 15.5 0.446 105.1 m 14.27 +1.26 045 08 r 12.54 d G076-019 6 LTT 17400
Gl 105.3 x 02 36 56 -26 31.8 0.277 139.6 + 16.1 G2 V-VI 8.76 +0.60 +0.01 +0.34C 0475 119 0475 119 7.1 e - 2 - 31 - 9 16623 CD-26 9570
Gl 105.4A 02 37 09 -12 05.0 0.276 148.3 + 15.7 SB F5 V 5.50 +0.44 J-0.01 J+0.25CJ 0686 072 0686 072 4.68 c - 4 - 20 - 14 16620 BD-12 5012 BS 781 EPS Cet V(AB) = 4.82 d(m) = 0.15 , SBO (A&A 195,129)
Gl 105.4B 02 37 09 -12 05.0 0.276 148.3 + 16.8 F5 V 5.6 * 0686 072 0686 072 4.8 * c - 5 - 20 - 15 BD-12 5013 sep 0.1"
GJ 1049 02 37 36 -58 24.1 0.038 333.0 M0 Ve U 9.65 +1.39 +1.10 +0.76 077 16 r 9.08 d CD-58 5380 U 43
GJ 1050 02 37 44 -34 19.5 1.721 161.7 - 71 m 11.75 +1.52 +1.09 +1.04 066 13 r 10.85 d + 79 - 80 + 88 157
NN 02 37 46 -09 40.0 0.160 240.8 - 4.0 F8 V 5.78 +0.52 +0.00 045 06 r 4.05 c + 16 + 4 - 5 16673 BD-10 525
Gl 105.5 02 38 07 +00 58.9 0.370 49.7 + 79 dM0 p M 9.52 +1.20 +1.09 +0.50 0416 063 043 05 r 7.69 c - 81 + 7 - 37 BD+00 4440 G075-034 V397
Wo 9094 s 02 38 28 -30 21.0 0.574 81.3 + 33.2 G0 V 8.02 +0.56 -0.02 +0.22 0420 093 021 03 s 4.63 d -104 - 81 + 22 16784 CD-30 9900 1432 LTT 1310 LFT 222
Gl 105.6 02 39 05 +39 59.0 0.184 186.0 - 22.8 SB F9 V 4.92 +0.59 +0.14 +0.19t 0427 074 0427 074 3.07 d + 19 - 21 - 11 16739 BD+39 6100
Gl 106 02 40 30 +19 13.1 0.432 90.7 + 29.2 SB dK4 W 8.28 +1.07 +0.95 +0.40 0547 102 054 08 r 6.94 d - 45 - 16 - 2 16909 BD+18 3390 G004-035
Gl 106.1A 02 40 42 +03 01.6 0.207 224.5 - 5.1 A3 V 3.56 +0.09 J+0.07 J 0469 043 0469 043 1.92 c + 19 - 2 - 10 16970 BD+02 4221 BS 804 ADS 2080 GAM Cet V(AB) = 3.47 d(m) = 2.73
Gl 106.1B 02 40 42 +03 01.6 0.207 224.5 - 12.5 dF3 W 6.3 * 0469 043 0469 043 4.7 * c + 24 - 3 - 4 BD+02 4222 sep 2.8"
Gl 106.1C 02 39 54 +03 09.9 0.215 220 K5 K 10.16 +1.36 +1.28 +0.57 0420 042 0420 042 8.28 c BD+02 4180 V399
Gl 107 A 02 40 46 +49 01.1 0.346 104.0 + 24.4 F7 V 4.13 +0.49 +0.00 +0.18 0793 041 0793 041 3.63 b - 32 + 0 + 0 16895 BD+48 7461 THE Per
Gl 107 B 02 40 46 +49 01.1 0.346 104.0 + 25.1 M1 V 10.06 +1.48 +0.89 0793 041 0793 041 9.56 b - 33 + 0 + 0 BD+48 7463
Gl 108 02 40 51 -51 00.9 0.405 56.4 + 15.5 G3 IV 5.41 +0.56 +0.09 +0.30C 0683 097 0683 097 4.58 d - 27 - 15 - 8 17051 CD-51 6410 IOT Hor
NN 02 40 55 -39 08.8 0.558 103.9 M3.5 K 13.1 * +1.10 045 09 r 11.4 * d 1434 LTT 1323 L 442-72
Gl 109 02 41 18 +25 19.0 0.923 113.8 + 29.9 dM3.5 W 10.57 +1.56 +1.21 +1.08 1256 027 1256 027 11.06 a - 40 - 18 - 13 G036-031 1439 V400 AC+25:7918
GJ 1051 02 41 22 -09 02.4 0.924 140.5 + 6 M2.5 K 11.92 +1.46 +1.07 +0.85 0573 134 0573 134 10.7 e + 0 - 77 - 4 1438 Wolf 1132
NN 02 42 11 -36 31.1 0.034 102.9 G5 V 7.12 053 05 o 5.74 c 17169 CD-36 10330
Wo 9099 02 42 14 +09 54.3 0.284 96.2 + 30.4 SB F0 IV 4.27 +0.31 +0.08 +0.05 0483 137 0483 137 2.7 e - 37 - 14 - 11 17094 BD+09 359 LTT 10901
NN A 02 42 20 +44 44.4 0.422 107 K6 s 10.85 +1.40 +1.27 +0.77 047 08 r 9.21 d G078-004 LTT 17413 Pulk 22-59
NN B 02 42 22 +44 44.6 0.435 106.7 m 15 * 047 08 r 13 * e G078-003 LTT 17412 LP 197-48 sep 18" 65d
Gl 111 02 42 46 -18 47.0 0.334 83.5 + 25.6 SB F6 V 4.46 +0.48 -0.01 +0.17t 0710 177 073 09 r 3.78 c - 26 - 17 - 13 17206 BD-19 5180 TAU(1) Eri
Gl 112 02 43 20 +25 26.5 0.286 121.1 + 14.5 K1 IV 7.88 +0.84 +0.50 +0.29 0526 110 0526 110 6.48 d - 22 - 17 - 8 17190 BD+25 4490 G037-004
Gl 112.1 02 43 34 +11 34.1 0.332 126.7 + 11.3 dK8 M 8.59 +1.28 +1.24 +0.52 0561 138 073 09 r 7.91 c - 14 - 18 - 8 17230 BD+11 3830 G004-041 V402
NN x 02 43 39 -05 10.3 2.524 138.1 m 15.86: +1.50: 0610 082 0610 082 14.79: c 17
NN 02 43 51 +16 13.1 0.981 235.7 - 34 M6 16.86 +2.02 0667 065 0667 065 15.98 c + 72 + 1 - 29 1443 LP 411-6
GJ 1052 02 43 58 -02 39.6 0.513 154.8 DA7 15.53 +0.36 -0.51 0477 057 0477 057 13.92 c G075-039 1442 W565
NN 02 45 03 +54 11.1 0.613 224.1 DC9 15.32 +0.93 +0.35 0970 036 0970 036 15.25 a G174-014 1446 W473
Gl 113 AB 02 45 12 +26 51.7 0.304 115.7 + 11.1 K1 Ve 7.61 +0.83 +0.43 0556 154 046 07 r 5.92 d - 24 - 23 - 4 17382 BD+26 4650 G036-033
Gl 113 C 02 45 12 +26 52.0 0.296 112 m 16.5 P 0556 154 046 07 r 14.8 P d LP 354-414 sep(AB-C) 20" 20d (NLTT)
Gl 113.1 02 45 42 +30 54.6 0.273 128.5 - 2.8 SB G9 e K 6.76 +0.96 +0.63 0499 153 078 12 r 6.22 d - 5 - 16 - 1 17433 BD+30 4480 VY Ari SBO (A&A 195,129)
Gl 114 02 47 49 +15 30.6 0.525 137.6 - 25.0 dK6 W 8.90 +1.20 +1.10 +0.43 0573 239 049 08 r 7.35 d + 9 - 56 + 6 17660 BD+15 3950 G004-043 1453
Gl 114.1A 02 48 31 -53 21.3 0.531 348.4 k-m 10.72 +1.51 +1.20 +0.93 0444 098 0444 098 8.96 d CD-53 5701 1452 comp B is optical
NN 02 48 51 +29 17.1 0.180 204 m 13.96 +1.30 062 10 r 12.92 d LP 298-42
Gl 115 x 02 48 52 -44 17.0 0.270 187.1 + 30.5 F8 V 8.17 +0.55 -0.01: +0.34C 0619 136 0619 136 7.13 d + 14 - 25 - 23 17865 CD-44 8630 mod = 3.63 uvby
Gl 116 02 48 58 +34 11.9 1.342 136.1 - 45.7 dM0 W 9.55 +1.34 +1.02 0667 078 0667 078 8.67 c + 0 -105 - 9 BD+33 5290 G037-008 159 LTT 10932 Wolf 1323
NN 02 49 11 +06 01.5 0.487 103.3 dM3 R 13.19 +1.58 044 20 r 11.4 f G075-044 5061 LTT 17424
NN p 02 49 23 +60 39.0 0.172 120.8 - 69.6 K5 V O 9.16 +1.07 +1.03 +0.42 0303 122 039 06 r 7.12 d + 37 - 63 - 3 BD+65 585 V405 AG+60:305
NN 02 49 28 +26 46.4 0.215 178 dM0 M 11.11 +1.49 +0.84 052 09 r 9.69 d G036-038 V406 LTT 10935 L 1378-25 LP 354-423
Gl 117 02 50 07 -12 58.3 0.435 115.2 + 18.8 VAR K2 V 6.03 +0.87 +0.55 +0.31 1204 088 1204 088 6.43 b - 14 - 18 - 11 17925 BD-13 5440
NN s 02 50 14 -33 39.3 0.434 92.4 + 60.9 K1 V 8.09 +0.84 +1.93C +0.30 0393 082 038 05 r 5.99 c - 47 - 60 - 30 17970 CD-33 9920 LTT 1376
Gl 118 02 51 14 -63 53.5 1.149 058.4 + 94 m 11.38 +1.56 +1.20 +1.05 0810 170 0810 170 10.92 d - 48 - 85 - 62 160 L 127-097
NN 02 51 58 +61 19.1 0.148 75.0 + 29.2 F4 V 5.59 +0.45 +0.10 042 08 r 3.71 d - 30 + 10 + 12 17948 BD+60 591 BS 860
Gl 118.1A 02 52 00 -36 06.3 0.562 106.8 + 5.5 SB K3 V 8.23 +0.93 +0.65 +0.36 0479 082 043 06 r 6.40 d - 23 - 53 + 23 18168 CD-36 10911 1466
Gl 118.1B 02 52 00 -36 06.9 0.532 106.7 M3 : K 13.10 +1.52 +1.21 +1.06 0479 082 043 06 r 11.27 d CD-36 10912 1467 L 442-013
Gl 118.2A 02 52 41 +26 40.4 0.324 124.6 + 31.8 dK2 W 7.60 +0.93 +0.71 +0.30 0396 065 053 06 r 6.22 c - 37 - 14 - 17 18143 BD+26 4841 G036-044
Gl 118.2B 02 52 41 +26 40.4 0.324 124.6 + 27 dM0 W 9.80 +1.40 +1.50 0396 065 052 06 r 8.38 c - 33 - 17 - 14 BD+26 4842
Gl 118.2C 02 52 38 +26 40.3 0.322 125 m 13.86 +1.58 +1.17 +1.25 0396 065 052 06 r 12.44 c G036-043 L 1378-026
Gl 119 A 02 52 50 +55 14.5 0.833 123.9 + 76.6 M1 K 10.48 +1.39 +1.19 +0.78 0448 039 0448 039 8.74 b -114 - 18 - 15 G174-019 1475 V410 AC+55:19224 Ross 364 LFT 240
Gl 119 B 02 52 50 +55 14.8 0.833 123.9 M3 K 11.65 +1.42 +1.10 +1.02 0448 039 0448 039 9.91 b G174-020 1476 AC+55:19225 Ross 365 LFT 241 sep 17" 22d (LHS)
Wo 9106 s 02 53 27 +13 42.8 0.113 235.5 + 3.1 K0 9.05 +0.81 +0.46 0411 188 023 03 r 5.86 c + 13 + 4 - 19 18257 BD+13 476
Gl 120 02 54 43 +10 35.8 1.821 102.9 + 49.0 dM4 W 13.03 +1.56 +1.11 +1.10 0468 075 0468 075 11.38 d -126 -141 + 27 G005-007 163 AC+10:22-181 Ross 791 LFT 242
Gl 120.1A 02 55 02 -25 10.1 0.025 126.4 + 50.6 K1/2 V 8.03 +0.87 J+0.52 J 044 04 r 6.25 b - 20 - 17 - 44 18455 CD-25 11690 ADS 2242 V(AB) = 7.36 d(m) = 0.17
Gl 120.1B 02 55 02 -25 10.1 0.025 126.4 8.2 * 044 04 r 6.4 * c a = 1.548" P = 137.0 yr
Gl 120.1C 02 55 01 -25 10.5 0.039 145.9 + 49.6 SB K2 V 7.83 +0.95 +0.74 044 04 r 6.05 b - 18 - 18 - 43 18445 CD-25 11680 sep(AB-C) 28.6" 224d (1954)
NN 02 55 46 -13 05.5 0.651 28.8 +107: M2.5 K 12.67 +1.73 +1.04 045 13 r 10.9 e -113 + 9 - 58 1481 LTT 1415 L 802-6 LP 711-32
GJ 2028 02 55 54 -70 34.0 0.682 97.9 107.0 DA6 14.08 +0.23 -0.59 043 05 w 12.25 c - 20 - 95 - 2 1474 W LTT 1419 LFT 245 L 54-005
NN 02 56 00 +36 25.0 0.680 115.5 M3.5 K 13.04 +1.52 +1.16 053 14 r 11.7 e G074-052 1483 Ross 331
NN 02 56 14 +31 34.3 0.228 15 m 13.41 +1.12 040 08 r 11.42 d LP 298-52
Gl 120.2 q 02 59 28 +26 24.9 0.280 124.5 + 9.6 G8 V 6.62 +0.72 0368 074 042 04 s 4.74 c - 20 - 26 - 5 18803 BD+26 503
Wo 9107 02 59 28 -28 16.9 0.514 147.4 + 43.3 G5 IV 5.88 +0.79 +0.33 +0.31 0395 076 0395 076 3.86 d + 4 - 71 - 25 18907 CD-28 9870 1489 LTT 1446 LFT 251
NN A 02 59 32 -16 47.0 0.435 232 M3 s 10.96 +1.69 J +1.16 J 131 30 r 11.55 d LTT 1445 L 730-18 LP 771-95 V(AB) = 10.54 d(m) = 0.8
NN B 02 59 32 -16 47.0 0.435 232 M3 s 11.8 * 131 30 r 12.4 * e LP 771-96 sep 4.5" 121d d(R) = 0.7, d(pg) = 0.8 (NLTT)
NN A q 03 00 03 +61 31.2 0.993 132.8 + 3.8 G4 V 6.62 +0.63 +0.15 0362 072 045 06 r 4.89 c - 72 - 72 - 25 18757 BD+61 5131 1492 LTT 10990 LFT 252
NN B q 03 00 37 +61 33.1 0.996 133.7 M3 K 12.6 * 0362 072 045 06 r 10.9 * c BD+61 5132 G246-022 1494 LTT 10995 LFT 253 V Ma sep 266" 65d (NLTT)
Gl 121 03 00 11 -23 49.2 0.157 250.8 - 9.8 A4 IV 4.08 +0.16 +0.08 +0.10C 0616 133 0616 133 3.03 d + 13 + 8 + 3 18978 CD-24 13870 TAU(3) Eri
Gl 121.1 03 00 20 -18 21.6 0.435 66 m 11.80 +1.53 +1.30C 0641 153 0641 153 10.8 e LP 771-72 L 730-041
Gl 121.2 s 03 01 09 -05 51.5 0.436 127.1 - 20.6 dG5 W 8.09 +0.67 +0.11 +0.36C 0491 101 0491 101 6.55 d + 8 - 40 + 23 19034 BD-06 5940 G075-062 6
NN A 03 01 17 -13 02.1 0.262 112 k-m 13.37 +1.17 048 06 r 11.78 c LP 711-43
NN B 03 01 24 -13 02.9 0.262 112 k-m 13.50 +1.18 048 06 r 11.91 c LP 711-44 sep 114" 115d
NN 03 01 47 -20 33.9 0.685 135.9 M3 12.84 +1.59 +1.19 065 13 r 11.90 d 1491 LP 771-77
Gl 122 03 03 15 +75 51.8 0.555 157.5 + 34 dM0 M 9.82 +1.38 +1.26 +0.63 0518 072 0518 072 8.39 d - 57 + 4 - 20 G245-065 1505 V097 AC+75:1146
NN ABp 03 03 38 +40 10.1 0.434 249 - 51.1 K5 K 9.71 +1.19 J+1.06 J+0.56 J 0326 153 040 07 r 7.72 d + 68 - 4 - 25 BD+39 0710 G078-016 V006 LTT 11010 ADS 2343 V(AB) = 9.66 d(m) = 3.4 , sep 3" 214d
Gl 123 03 03 50 +01 47.2 0.992 156.8 - 30.2 M0 V 9.09 +1.38 +1.22 +0.62 0636 040 0636 040 8.11 b + 36 - 71 + 3 19305 BD+01 5430 G076-058 1496 V098
NN 03 04 57 -13 57.0 0.261 182.5 + 12.3 G5 V 6.97 +0.65 +0.15 +0.21 0434 170 040 06 r 4.98 d + 14 - 24 - 19 19467 BD-14 604 LTT 1469
NN x 03 05 03 +42 51.0 0.558 139.8 m 14.7 * +1.5 * 0407 080 0407 080 12.7 * d G078-018 1499 LTT 17467
NN 03 05 04 -04 09.6 0.461 217 dK7 s 10.87 +1.43 +0.72 042 07 r 8.99 d G077-025 LTT 1471 L 947-30
GJ 1053 03 05 16 +73 35.8 2.104 120.0 sdM6 14.64 +1.79 +1.45 0829 049 0829 049 14.23 b G221-005 18
Gl 124 03 05 27 +49 25.4 1.267 93.6 + 49.5 G0 V 4.05 +0.60 +0.12 +0.20 0924 045 0924 045 3.88 b - 77 - 17 + 22 19373 BD+49 8571 166 IOT Per Heintz AJ 96 : double?
GJ 1054 A 03 05 49 -28 24.4 0.376 250 K7 V 10.24 +1.41 +1.08 +0.76 046 07 r 8.55 d CD-28 10300 V414 LTT 1479
GJ 1054 B 03 05 47 -28 25.5 0.376 250 m+ 13.09 +1.64 +1.22 +1.07 046 07 r 11.40 d LTT 1477
NN 03 05 53 -24 57.6 0.333 64 m 9.5 * +0.66 068 10 r 8.7 * d CD-25 12730 LTT 1480 L 587-3 cmp with LTT 1486 = -25:1278 ?
Gl 125 03 06 09 +45 32.9 0.540 232.4 - 9.3 dM1 W 10.15 +1.49 +1.21 +0.94 0767 114 0767 114 9.57 d + 19 + 2 - 29 G078-019 1507 V099 AC+45:133-65
GJ 1055 03 06 17 +09 50.5 0.646 153.1 m 14.85 +1.72 +1.30: +1.45 0842 040 0842 040 14.48 b G076-062 1504
NN 03 06 33 +58 15.0 0.272 146 M3 L 11.72 +1.50 +0.92 048 09 r 10.13 d G246-026
GJ 1056 03 07 13 -60 21.9 0.242 54.1 K5 V U 9.35 +1.22 +1.14 +0.50 047 08 r 7.71 d 19819 CD-60 6370 U 49 BPM 2877
NN 03 07 37 +05 43.6 0.563 191.5 dM4 R 11.88 +0.98 053 10 r 10.50 d G076-066 1512
NN p 03 07 48 +61 21.0 0.09 8 dK8 M 10.12 +1.32 +0.64 0290 085 048 07 r 8.53 d BD+60 637 V412 SpT K5 III OP
Gl 126 s 03 09 33 -46 42.7 0.44 25 m 11.52 +1.44 +1.21 +1.03C 0746 102 0746 102 10.88 c CD-46 9430 LTT 1509 CFS 873
NN 03 09 38 -38 58.4 0.859 103.1 M3.5 K 11.51 +1.51 +1.22 +0.90 057 14 r 10.3 e 1513 LTT 1507 L 443-59 LP 994-72
Gl 127 A 03 09 57 -29 11.0 0.727 27.6 - 20.0 F7 IV 3.95 +0.51 J+0.05 J+0.20 J 0727 077 0727 077 3.26 c - 36 + 20 + 30 20010 CD-29 11772 1515 ALF For BS 963 ADS 2402 V(AB) = 3.86 d(m) = 2.75
Gl 127 B 03 09 57 -29 11.0 0.727 27.6 G7 V 6.7 * 0727 077 0727 077 6.0 * c CD-29 11773 a = 4.367" P = 314 yr
Gl 127.1A 03 10 04 -68 47.2 0.08 130 DA3 11.40 +0.05 -0.55 0849 102 0849 102 11.04 c BD-69 1771 W021 LB 3303
Gl 127.1B 03 10 04 -68 47.2 0.08 130 14.73 +0.62 0849 102 0849 102 14.37 c BD-69 1772 W * sep 8"
Gl 128 A 03 10 13 -01 22.9 0.202 108.2 + 19.2 SB? F8 V 5.06 +0.57 +0.12 +0.30C 0533 099 0533 099 3.69 d - 19 - 16 - 8 19994 BD-01 4572 ADS 2406
Gl 128 B 03 10 13 -01 22.9 0.202 108.2 11.5 * 0533 099 0533 099 10.1 * d BD-01 4573 sep 3.3" 231d (1958)
Gl 130 03 10 30 -38 17.2 1.434 059.7 + 98 M3 K 11.46 +1.56 +1.22 +0.90 0803 411 060 14 r 10.4 e -123 - 77 - 38 CD-38 10580 167
GJ 1057 03 10 39 +04 35.2 1.706 086.4 m 13.80 +1.82 +1.15 +1.48 1181 038 1181 038 14.16 a G077-031 168
Wo 9111 s 03 10 58 +52 10.1 0.517 205.7 - 55.0 dM0 10.24 +1.26 0418 068 0418 068 8.35 d + 45 - 40 - 54 BD+51 697 G174-038 1518 LTT 11048 Ross 345
NN 03 11 10 +28 30.2 0.836 158.1 m 16.77 +2.15 0670 087 0670 087 15.90 c 1516 LP 299-36
NN 03 11 14 +48 20.3 0.322 163 M1 L 11.43 +1.49 +1.13 054 26 r 10.1 f G078-024 LTT 11051 Ross 346
NN 03 11 18 -54 18.0 0.081 163 DZ7 14.75 +0.52 -0.42 091 12 w 14.55 c W BPM 17113 L 227-140
NN 03 11 47 +00 28.1 0.06 297 10.9 P 0701 256 0701 256 10.1 P f
Wo 9112 03 12 04 +08 48.1 0.565 134.5 - 21.5 K1 V 7.83 +0.86 +0.57 +0.31 0436 056 0436 056 6.03 c + 9 - 63 + 12 20165 BD+08 482 G079-018 1520 LFT 264
NN 03 12 12 -09 51.2 M0 s 11.63 +1.55 +1.14 +0.82 040 07 r 9.64 d Steph 350
Gl 130.1A 03 12 17 +57 59.3 0.591 126.7 + 22.0 M1.5 K 10.92 +1.54 J +0.95 J 0706 039 0706 039 10.16 b - 42 - 17 - 4 G174-041 1522 V416 AC+57:22428 Ross 370 LFT 265 V(AB) = 10.31 d(m) = 0.3
Gl 130.1B 03 12 17 +57 59.3 0.591 126.7 + 22.1 M2 K 11.2 * 0706 039 0706 039 10.4 * b - 42 - 17 - 4 1523 AC+57:22429 LFT 266 sep 5" 10d (NLTT)
Gl 131 03 12 35 -26 38.0 0.269 69.4 + 14.9 K7 V 9.15 +1.24 +1.10 +0.49 0582 108 0582 108 7.97 d - 23 - 14 - 1 20280 CD-26 12070 V225
Gl 132 s 03 13 24 -45 50.7 0.21 313 + 4.0 G3 V 6.76 +0.58 -0.01 +0.33C 0649 101 0649 101 5.82 d - 3 + 11 - 11 20407 BD-46 968
NN 03 13 48 +45 11.4 0.261 255 m 12.39 +1.13 066 13 r 11.49 d G078-028 LTT 17492
Gl 133 03 13 56 +79 46.9 0.488 051.7 - 10.2 M2 K 11.20 +1.56 +1.18 +0.94 0738 074 0738 074 10.54 c + 5 - 21 + 25 G245-071 5072 AC+79:1584
NN 03 14 36 +60 25.8 0.600 128.4 M3.5 K 13.33 +1.51 +1.11 040 10 r 11.3 e G246-032 1530 LTT 11079 Ross 371
NN 03 14 45 +25 04.5 0.854 115.1 k 11.85 +1.45 +1.10 +0.89 041 07 r 9.91 d G037-032 1525 LTT 11081 LP 355-51 L 1307-8
Gl 134 03 14 52 +38 04.7 0.772 141.2 - 3.7 dM1.5e W 10.28 +1.48 +1.20 +0.86 0642 037 0642 037 9.32 b - 18 - 52 - 16 275122 BD+37 7480 G078-031 1528 V100
NN 03 15 30 +32 28.0 0.210 108 m 11.33 +1.47 +1.37 +0.80 042 07 r 9.45 d LTT 11085 LP 299-53
Gl 135 03 16 30 -03 01.4 0.272 110.9 + 22.5 G1.5 V 7.03 +0.66 +0.09 +0.34C 0642 188 039 06 r 4.99 d - 25 - 31 - 5 20619 BD-03 5340
Gl 136 03 16 41 -62 46.0 1.495 63.2 + 12.2 G2 V 5.54 +0.64 +0.08 +0.23 0936 091 0936 091 5.40 c - 63 - 42 + 13 20766 CP-63 2170 171 ZET(1) Ret
Gl 137 03 16 44 +03 11.3 0.284 70.1 + 18.9 SB? G5 Ve 4.82 +0.68 +0.20 +0.23 1045 048 1045 048 4.92 b - 22 - 4 - 4 20630 BD+02 5180 KAP Cet
Gl 138 03 17 07 -62 41.8 1.483 63.7 + 11.5 G1 V 5.24 +0.60 +0.00 +0.23 0875 088 0875 088 4.95 c - 66 - 44 + 15 20807 CP-62 2650 172 ZET(2) Ret LTT 1576
Gl 138.1A s 03 17 54 +08 51.3 0.298 103.2 + 7.2 SB dG2 W 8.45 +0.68 +0.16 +0.39C 0507 119 022 03 r 5.16 c - 32 - 52 + 21 20727 BD+08 4960 G079-029
Gl 138.1B s 03 17 59 +08 51.4 0.299 103 k-m 15.13 +1.18 0507 119 022 03 r 11.84 c G079-030
Gl 139 03 17 56 -43 15.6 3.127 76.3 + 86.7 SB G5 V 4.26 +0.71 +0.22 +0.27t 1596 096 1596 096 5.28 b - 81 - 94 - 27 20794 CD-43 10280 19 82 Eri LTT 1583
NN s 03 18 17 +52 09.4 0.392 228.1 K3 K 9.07 +0.99 +0.84 0421 115 033 05 r 6.66 d 232781 BD+51 722 G174-047 LTT 11103
NN 03 19 19 -06 51.1 0.312 103 M2 s 11.37 +1.50 +0.96 063 12 r 10.37 d G077-046 LTT 17505
NN A 03 19 27 +26 58.7 0.208 113 K7 s 11.03 +1.43 +1.34 045 22 r 9.3 f LP 355-64
NN B 03 19 48 +26 58.0 0.208 113 a 18 * 045 22 r 16 * f LP 355-65 sep 278" 98d
GJ 1058 03 19 27 +02 46.4 0.803 155.9 m 14.78 +1.76 +1.33 0594 059 0594 059 13.65 c G077-048 1540
GJ 1059 03 19 41 +41 50.3 0.719 143.4 m 15.33 +1.89 +1.48 0654 034 0654 034 14.41 b G095-030 1541
NN 03 20 39 +11 30.7 0.275 241 m 12.19 +1.56 +1.25 +1.09 0548 109 0548 109 10.88 d G005-032 LTT 11117
GJ 2030 A p 03 20 51 -07 58.1 0.216 180.3 + 42.2 G2 V 6.19 +0.71 +0.15 +0.27 0350 083 055 05 s 4.89 b - 16 - 19 - 39 21019 BD-08 643 LTT 1601
GJ 2030 B p 03 20 51 -07 58.1 0.216 180.3 12.3 * 0350 083 055 05 s 11.0 * c
Gl 140 A 03 21 09 +23 36.6 0.227 122 dM0 M 10.64 +1.51 J+1.28 +0.90 J 060 08 r 9.53 c V419 AC+23:368-59 V(AB) = 10.38 d(m) = 1.4
Gl 140 B 03 21 09 +23 36.6 0.227 122 12.0 * 060 08 r 10.9 * c sep 1.6" 357d (1965)
Gl 140 C 03 21 16 +23 35.9 0.227 122 m 11.89 +1.50 +1.01 060 08 r 10.78 c L 1307-14
Gl 140.1A 03 21 43 -50 10.5 0.367 41.5 - 12.2 K5 V 8.47 +1.13 J+0.98 J+0.38 0510 082 044 05 r 6.69 c - 38 + 3 + 17 21209 CP-50 4411 CD-50:1015 V(AB) = 8.36 d(m) = 2.4
Gl 140.1B 03 21 42 -50 10.6 0.363 35.1 - 12 k 10.32 +1.39 +1.31 +0.60 0510 082 044 05 r 8.54 c - 38 + 7 + 14 CP-50 4412 CD-50:1014 sep 14.7" 234d
NN AB 03 21 45 -40 15.2 0.077 99.8 K0 V 6.92 069 07 o 6.11 c 21175 CD-40 8980 CP-40:310 sep 2.1" 221d (1927) d(m) = 4.4 (IDS)
Gl 141 03 22 32 -05 31.7 0.802 196.8 - 13.6 K5 V 7.86 +1.16 +1.15 +0.41 0665 083 0665 083 6.97 c + 47 - 28 - 20 21197 BD-05 6420 G077-049 1546 U053
NN 03 22 38 -01 59.0 0.903 163.8 DZ9 16.12 +0.80 -0.20 062 06 w 15.08 c G077-050 1547 W566
NN 03 23 04 +05 41.5 0.210 228 m+ 14.70 +1.46 077 12 r 14.13 d LP 532-81 V-R = 1.71 Weis
NN 03 23 53 +19 04.3 0.20 :176 m 14.96 +1.42 060 09 r 13.85 d G006-007 LTT 11134
Gl 141.2 s 03 24 07 -30 47.7 0.301 47.7 + 20.3 G8 V 7.88 +0.71 +0.21 +0.38C 0532 153 032 06 r 5.41 d - 47 - 12 + 3 21411 CD-31 13841
NN 03 24 55 +09 45.7 K7 s 10.45 +1.39 +1.25 +0.62 040 06 r 8.46 d + 9 440 Steph 367 = AC+09:26-25 not BD +09:440!
Gl 142 03 25 36 -19 58.9 0.616 59.1 + 37.9 K7 V 8.39 +1.33 +1.20 +0.57 0718 120 0718 120 7.67 d - 51 - 20 - 7 21531 BD-20 6430 1548 V101
NN 03 25 49 +26 19.0 0.237 115 m 13.40 +1.21 055 10 r 12.10 d LP 356-106
Gl 143 03 26 08 -63 40.1 0.439 124.1 + 57.3 K5 V 8.0 : +1.12 +1.08 +0.43 0598 061 0598 061 6.9 : c + 9 - 64 - 17 21749 CP-63 2310 U060
NN A 03 26 19 -15 47.7 0.214 82 m 14.28 +1.29 043 06 r 12.45 d LP 772-72
NN B 03 26 19 -15 47.9 0.214 82 m 14.37 +1.23 043 06 r 12.54 d LDS 3498? LP 772-73 sep 16" 172d
GJ 1060 A 03 26 45 -27 29.3 0.839 063.7 DA5 14.0 * 0576 117 0576 117 12.8 * d 1549 W022 LFT 286 LTT 1648 LP888-064
GJ 1060 B 03 26 45 -27 29.4 0.839 063.7 sdM3 13.8 * +1.18 0576 117 0576 117 12.6 * d 1550
Gl 143.1 03 26 57 -11 50.7 0.281 165 M0 V U 9.98 +1.42 +1.3 : +0.66 0552 230 055 11 r 8.68 d BD-12 6620 V421
NN A s 03 27 37 +19 56.0 0.176 108.9 + 24.3 G5 8.32 +0.74 +0.32 +0.25 0452 077 0452 077 6.60 d - 28 - 11 - 6 21663 BD+19 547 Hy 3
NN B s 03 27 37 +19 56.0 0.176 108.9 + 27.1 dK6 10.75 +1.42 +1.23 0452 077 0452 077 9.03 d - 30 - 10 - 7 sep 20.2" 147d (IDS), identical with YPC 727.01 ?
NN s 03 27 37 +19 55.7 0.165 105.8 + 20.2 K7 V 10.79 +1.39 +1.24 +0.66 0624 103 0624 103 9.77 d - 22 - 6 - 5 Hy 207
Gl 143.2A 03 28 30 -63 06.8 0.537 45.2 + 12.0 F5 IV-V 4.71 +0.39 -0.04 +0.11 0569 070 0569 070 3.49 c - 42 - 20 - 3 22001 CP-63 2341 1551 KAP Ret
Gl 143.2B 03 28 36 -63 07.3 0.524 044.9 m 10.75 +1.42 +0.80 0569 070 0569 070 9.53 c CP-63 2342 1552 L 128-037
Gl 143.3 03 28 59 +14 09.7 0.678 178.4 sdM3 12.27 +1.55 +1.00 +1.00 0513 030 0513 030 10.82 b G005-043 1554
NN 03 29 05 +37 53.6 0.084 234.5 G5 7.28 065 07 o 6.34 c 21809 BD+37 783
Gl 144 03 30 34 -09 37.6 0.980 271.1 + 16.9 K2 V 3.73 +0.88 +0.58 +0.30 3056 026 3056 026 6.16 a - 4 + 7 - 21 22049 BD-09 6970 1557 EPS Eri
Gl 145 03 31 17 -44 52.3 0.342 296 - 36 M3.5 K 11.48 +1.57 +1.2 +1.04 0824 170 0824 170 11.06 d + 7 + 36 + 17 CD-45 11840
NN q 03 31 53 +28 05.7 0.528 121.9 m 16.67 +1.94 0353 047 0353 047 14.41 c G038-003 1562
NN 03 32 09 -05 00.3 0.520 127.2 k-m 13.1 * +1.22 066 12 r 12.2 * d G077-064 1561 LTT 1682 L 876-3 LP 653-8
NN 03 32 18 +69 01.1 0.203 123 m 14.17 +1.26 047 08 r 12.53 d LP 54-19
Gl 146 03 33 26 -48 35.3 0.504 51.3 + 19.5 K7 V 8.60 +1.31 +1.18 +0.57 0853 078 0853 078 8.25 b - 28 - 19 - 6 22496 CP-48 3760 1563 U061
NN 03 34 04 +03 19.7 0.159 127 dM5 : R 13.86 070 10 p 13.09 d LP. Rob 233
GJ 1061 03 34 16 -44 40.3 0.831 118.8 - 20 M4.5 K 13.03 +1.90 +1.52 +1.60 233 57 r 14.9 e + 4 - 2 + 26 1565 LFT 295 LTT 1702
Gl 147 03 34 19 +00 14.7 0.535 206.1 + 27.9 SB? F8 V 4.28 +0.57 +0.08 +0.20 0594 084 0594 084 3.15 d + 6 - 18 - 47 22484 BD-00 5720 1569
NN 03 34 21 -41 09.4 0.522 204.7 M3 K 13.05 +1.09 042 08 r 11.17 d 1567 LTT 1704 L 372-18 LP 995-48
NN A 03 34 41 +17 41.7 0.180 98 g-k 12.74 +1.00 043 06 r 10.91 d LP 413-18 LDS 3512
NN B 03 34 42 +17 41.5 0.180 98 g-k 13.29 +1.19 043 06 r 11.46 d LP 413-19
GJ 1062 s 03 35 48 -11 36.7 3.033 152.1 -140 M2 K 13.01 +1.66 +1.38 +0.90 0648 036 0648 036 12.07 b +163 -178 +103 G160-005 20 Ross 578
NN 03 36 30 +24 48.2 0.232 27 dM3.1 12.79 +1.15 059 12 r 11.64 d LTT 11203 Wolf 1246
NN p 03 36 35 +25 19.4 0.629 157.1 M3.5 K 12.70 +1.10 0019 148 054 10 r 11.36 d G006-024 1573 LTT 11204 Wolf 204 cpm to Woolley 9120 !
Wo 9119 A 03 36 39 +33 18.7 0.038 268.5 + 9.4 dK5 K 9.07 +1.06 +0.99 +0.40 042 06 r 7.19 d - 6 + 6 - 5 278874 BD+32 652 V425A ADS 2662A
Wo 9119 B 03 36 38 +33 18.8 0.038 268.5 12.87 +1.49 +1.13 042 05 r 10.99 c V425B ADS 2662B sep 15.2"
Wo 9120 03 36 40 +25 19.6 0.629 157.1 M3.5 K 13.1 * +1.13 0469 163 048 09 r 11.5 * d G006-025 1574 LTT 11207 Wolf 205 LFT 300 cpm to Wolf 204
Gl 147.1 s 03 37 49 -03 22.5 0.724 106.9 +120.3 F9 V 6.68 +0.54 -0.08 +0.23 0469 084 0469 084 5.04 d -107 - 77 - 49 22879 BD-03 5920 G080-015 1577 LTT 1734
NN 03 38 00 -69 07.1 0.608 32.9 m 11.95 +1.04 061 12 r 10.88 d 1572 LTT 1735 LFT 302 L 91-140
NN p 03 38 15 -02 29.4 0.432 119.4 + 48 K0 K 6.96 +0.96 +0.76 +0.34 0253 082 075 10 r 6.34 c - 39 - 31 - 24 22918 BD-02 0690 G080-016 LTT 1736
Gl 148 03 38 34 +03 27.3 0.234 192.2 + 4.2 dM0 p M 9.59 +1.37 +1.20 +0.61 0448 052 0448 052 7.85 c + 10 - 15 - 18 BD+03 515 G080-017 V427
NN s 03 39 42 +12 22.9 1.572 151.5 M0.5 K 12.91 +1.54 +1.24 +0.86 0451 078 0451 078 11.18 d G079-059 178 LTT 11223 Wolf 1057
NN 03 40 20 -51 35.1 0.074 293.1 K4 V 9.07 +1.10 +0.93 +0.44 042 06 r 7.19 d 23295 CD-51 8810 U066 CP-51:438
Gl 149 A 03 40 36 -24 37.2 0.379 173.6 + 20.7 K4 K 9.20 +1.13 +1.11 +0.44 0591 119 041 07 r 7.26 d + 21 - 39 - 20 CD-24 18260 U065
Gl 149 B 03 40 38 -24 36.9 0.380 174 m 15.6 P 0591 119 041 07 r 13.7 P d LP 832-45 sep 36" 65d
Gl 150 03 40 51 -09 55.9 0.752 352.3 - 5.1 K0 IVe 3.53 +0.92 +0.68 +0.32 1035 046 1035 046 3.60 a - 15 + 29 + 13 23249 BD-10 7280 1581 DEL Eri
NN 03 40 57 -09 43.6 0.522 54.5 m 14.7 * +1.41 066 10 r 13.8 * d G160-019 1582
Gl 150.1A 03 41 02 +16 31.1 0.300 160 + 36.1 dM0 M 9.96 +1.45 +1.27 +0.70 0533 080 062 07 r 8.92 c - 29 - 17 - 26 BD+16 5021 G006-029 V428
Gl 150.1B 03 40 55 +16 30.8 0.300 160 + 13.3 dM0 M 10.81 +1.48 +1.22 +0.86 0533 080 062 07 r 9.77 c - 10 - 19 - 15 BD+16 5022 G006-028 AC+17:449-111
Gl 150.2 03 41 16 +45 52.8 0.337 107.6 + 20.3 K0 K 7.71 +0.86 +0.54 0489 136 045 07 r 5.98 d - 35 - 19 + 10 23140 BD+45 8050 G078-049
Wo 9124 x 03 41 17 +24 38.6 0.05 165 F8 10.66 +0.66 +0.13 0445 102 0445 102 8.90 d HZ 314 TR108
Wo 9125 x 03 41 17 +24 37.6 0.05 165 G0 10.81 +0.70 +0.19 +0.27 0485 170 0485 170 9.2 f HZ 293 TR 98
Wo 9126 03 41 21 +24 43.1 0.023 241.7 +2 K2 8.85 +1.71 +1.99 0515 188 0515 188 7.4 f - 1 + 1 - 3 23232 BD+24 543 HZ 316 TR109 no member
Wo 9127 03 41 23 +24 36.6 0.05 165 G3 11.09 +0.86 +0.48 0465 102 0465 102 9.43 d HZ 320 TR113
Gl 151 03 41 41 +18 17.7 1.204 159.4 DQ8 15.19 +0.31 -0.54 +0.13 0563 042 0563 042 13.94 b G006-030 179 W024 Wolf 219
GJ 1063 03 42 05 +11 45.7 0.320 67.8 + 81.9 dK8 M 9.15 +1.18 +1.16 +0.48 048 06 r 7.56 c - 85 - 5 - 19 BD+11 514 G079-066 V429
Gl 152 03 42 18 -38 26.5 0.361 35.9 + 32 VAR K0 V 6.99 +0.88 +0.58 +0.28 0642 153 061 09 r 5.92 d - 36 - 16 - 16 23484 CD-38 12640
NN 03 42 52 +73 23.6 0.515 126.1 m 11.31 +1.54 +0.89 0581 033 0581 033 10.13 b G221-022 1596 LP 31-218
Gl 153 A 03 43 04 +68 30.9 0.291 27.0 + 4.3 K7 K 9.33 +1.28 +1.20 +0.54 0518 031 0518 031 7.90 b + 4 + 3 + 26 23189 BD+68 2781 G221-023 LTT 11249 sep (A-BC) 17.0" 16d (1934)
Gl 153 B 03 43 05 +68 31.2 0.309 21 + 3.1 M2.5 J K 11.30 +1.54 J+1.20 J+0.90 J 0518 031 0518 031 9.87 b + 7 + 5 + 27 BD+68 2783 G221-024 LTT 11250 AC+68:1482 V(BC) = 10.69 d(m) = 0.3
Gl 153 C 03 43 05 +68 31.2 0.309 21 11.6 * 0518 031 0518 031 10.2 * b BD+68 2784 a = 0.67" P = 57.7 yr
Gl 154 03 43 18 +26 03.8 0.410 119 + 36.3 K7 K 9.61 +1.47 +1.22 +0.72 0689 046 0689 046 8.80 b - 42 - 17 - 8 23453 BD+25 6130 G006-034 V104
Gl 154.1A p 03 43 19 -28 01.2 0.364 63.6 + 32.9 K5 V 8.25 +1.00 J+0.80:J+0.40 J 0354 119 048 07 r 6.66 d - 41 - 26 - 4 23588 CD-28 12762 U069 ADS 2756 V(AB) = 8.22 d(m) = 3.30
Gl 154.1B p 03 43 19 -28 01.2 0.364 63.6 M3 V 11.6 * 0354 119 048 07 r 10.0 * d CD-28 12763 sep 1.8" 78d (1959)
Gl 154.2 03 43 34 -64 57.8 0.325 75.6 + 50.8 SB K0 IV 3.85 +1.13 +1.10 +0.41 0437 128 0437 128 2.1 e - 17 - 57 - 17 23817 CP-65 2630 BET Ret
GJ 1064 A s 03 43 37 +41 17.4 1.375 153.9 + 49.6 K1 V 8.15 +0.78 +0.20 0489 061 0489 061 6.60 c - 86 - 93 - 65 23439 BD+41 7501 G095-057 180 LTT 11256 Wolf 225 ADS 2757
GJ 1064 B s 03 43 37 +41 17.5 1.400 154.6 + 51.5 SB K2 V 8.75 +0.90 +0.45 0489 061 0489 061 7.20 c - 88 - 93 - 68 BD+41 7502 181 LTT 11257 sep 8" 50d (NLTT)
Wo 9131 x 03 44 06 +23 50.5 0.044 158.1 + 4.3 F0 V 8.38 +0.29 +0.08 0486 170 0486 170 6.8 f - 4 - 3 - 3 23585 BD+23 528 HZ 1284 TR365
NN 03 44 21 -11 27.0 0.551 78.8 M2.5 K 12.70 +1.53 +1.04 041 09 r 10.76 d G160-022 1590 LTT 1777 L 805-8 LP 713-28
NN 03 44 37 +08 33.1 0.789 144.0 k-m 14.51 +1.87 +1.39 0797 035 0797 035 14.02 a G007-004 1593 LTT 11262
Gl 155 03 44 42 -23 23.8 0.552 196.9 + 6.9 F3 III 4.22 +0.42 +0.01 +0.14 0561 092 0561 092 2.96 d + 36 - 22 - 21 23754 CD-23 15650 1591 27 TAU(6) Eri
Wo 9132 x 03 45 08 +23 59.4 0.041 166.5 + 7.1 F6 V 9.24 +0.54 +0.12 0451 119 0451 119 7.5 e - 6 - 2 - 5 23713 BD+23 548 HZ 1726
Gl 155.1 03 45 23 +02 38.5 0.539 225.2 M1 K 11.04 +1.50 +0.82 0480 087 0480 087 9.45 d G080-022 1594 V430 AC+02:2282-51
NN 03 46 07 +63 18.5 0.271 177 M3 L 11.39 +1.42 +1.23 +0.85t 045 09 r 9.66 d G246-050
Wo 9134 s 03 47 24 -64 59.4 0.365 74.4 + 19.3 G5 V 7.85 +0.66 +0.17 +0.22 0426 119 026 04 r 4.92 d - 41 - 52 + 20 24293 CP-65 2720 LTT 1791
Wo 9135 s 03 48 04 +23 45.2 0.166 106 38 dK6 s 10.23 +1.16 +1.04 +0.45 0468 153 027 03 r 7.39 c - 45 - 17 - 3 283066 BD+23 571 vB 170 Hyades
GJ 1065 03 48 18 -06 13.6 1.428 196.8 dM4 12.79 +1.70 +1.40 +1.16 1049 037 1049 037 12.89 a G160-028 183
NN 03 48 27 -01 01.3 0.525 175.6 m 18.02 +1.86 0682 018 0682 018 17.19 a 1604 LP 593-68
NN 03 49 49 +16 52.7 0.766 147.5 M4.5 K 13.7 * +1.41 0700 130 104 15 r 13.8 * d G006-039 1610 LTT 11284 Wolf 227
NN 03 50 33 +28 00.1 0.105 93.3 + 20.3 G8 V 7.84 +0.84 041 05 r 5.90 c - 23 - 3 + 0 24365 BD+27 589
Gl 155.2 03 50 44 +61 01.4 0.506 118.2 + 47.9 K0 V 7.86 +0.83 +0.46 +0.31 0454 081 0454 081 6.15 d - 68 - 14 + 15 24238 BD+60 7620 G246-053 1613 V433
Gl 155.3 03 51 31 -37 11.9 1.144 199.4 - 67 M2.5 12.14 +1.45 +1.04 +0.93 0517 098 0517 098 10.71 d +120 + 8 + 31 CD-37 15010 184
NN 03 51 37 +16 28.3 0.274 128.4 + 22.2 G5 K 6.81 047 05 o 5.17 c - 24 - 25 - 7 24496 BD+16 527 LTT 11292 comp B: G5 optical
NN 03 52 01 -09 18.3 M3 s 11.22 +1.53 +1.14 +0.95 067 13 r 10.35 d Steph 430
NN 03 52 03 +59 29.7 0.310 303.9 G0 6.54 047 05 o 4.90 c 24409 BD+59 736 LTT 11294
Gl 156 03 52 09 -06 58.8 0.531 357.6 + 64.5 M0 V U 9.02 +1.36 +1.26 +0.62 0698 061 0698 061 8.24 b - 66 + 13 - 30 BD-07 6990 G160-035 5087 V434
Gl 156.1A 03 52 55 +53 25.3 0.458 139.6 - 5.0 dM1.5e W 10.86 +1.43 +1.21: +0.84 0536 119 0536 119 9.51 d - 17 - 37 - 7 G175-011 6 V226 LTT 11297 Ross 23 AC+53:2250-45 comp Wor 5 prob. optical
NN 03 54 22 -25 19.3 0.295 159.7 G8 V 6.88 055 06 o 5.58 c 24892 CD-25 16530 LTT 1829
Gl 156.2 03 54 49 +76 01.6 0.637 147.3 + 20.0 K4 V 8.26 +1.15 +1.04 0492 048 0492 048 6.72 c - 59 - 24 - 9 24451 BD+75 1540 G248-010 1619
GJ 1066 03 54 53 -41 29.3 0.105 28.0 K4 V 8.94 +1.21 +1.14 +0.50 053 08 r 7.56 d 25004 CD-41 12080 U 72
Gl 157 A 03 54 57 -01 18.0 0.245 233.2 + 5.7 K4 V U 8.04 +1.11 +1.03 +0.45 0717 155 068 09 r 7.20 c + 6 + 1 - 17 24916 BD-01 5651 U071
Gl 157 B 03 54 57 -01 18.0 0.245 233.2 + 14.0 SB dM3 e W 11.61 +1.47 +1.08 +1.02 0717 155 068 09 r 10.77 c + 0 - 1 - 22 BD-01 5652
Gl 157.1 03 56 49 +25 57.2 0.778 107.5 + 94.0 dM4 W 12.62 +1.49 +1.67 +1.14 0438 052 0438 052 10.83 c -115 - 52 + 3 G006-042 1616 Wolf 1322
Wo 9141 q 03 57 20 +51 15.4 0.852 156.7 M3.5 K 13.65 0389 085 0389 085 11.60 d G175-013 1618 LTT 11315 LFT 324
NN 03 57 46 +08 06.0 0.519 222.1 DC9 15.87 +0.69 +0.00 0567 037 0567 037 14.64 b G007-016 1617 W LTT 11318
NN 03 58 31 -23 13.2 M0 s 11.47 +1.48 +1.17 +0.83 043 07 r 9.64 d Steph 442
Gl 158 s 03 59 53 +35 09.3 2.201 127.7 - 25.6 K1 V 8.51 +0.87 +0.37 +0.34 0548 074 0548 074 7.20 c - 40 -187 + 21 25329 BD+34 7960 21 LTT 11321
Gl 159 04 00 03 -00 24.2 0.288 150.3 + 17.7 VAR F6 V 5.37 +0.50 +0.00 +0.19 0552 048 0552 048 4.08 b - 8 - 27 - 12 25457 BD-00 632
Wo 9142 s 04 01 57 +00 06.9 0.408 209.0 - 38 G8 K 8.33 +0.77 +0.37 0409 073 0409 073 6.39 d + 59 - 10 - 12 25682 BD-00 636 G080-041 LTT 11337
Gl 160 04 02 22 +21 52.5 0.222 129.0 + 23.9 G5 V 5.90 +0.62 +0.12 +0.22 0575 058 0575 058 4.70 c - 25 - 15 - 7 25680 BD+21 5871
NN 04 02 59 +05 36.6 0.152 146 dM5 e R 12.89 063 08 p 11.89 c Rob 256
NN p 04 03 26 +82 47.4 0.273 160 + 7 dM0 M 10.82 +1.44 +1.25 +0.71 0363 119 042 07 r 8.94 d - 29 - 9 - 9 G222-001 V105 LTT 11332 AC+82:779
Wo 9143 04 03 34 -27 47.2 0.222 64.1 + 63.3 F1 IV 5.58 +0.32 +0.05 0431 102 0431 102 3.8 e - 47 - 39 - 30 25945 CD-27 15400 LTT 1864
Gl 161 04 04 23 +69 24.8 0.308 165.1 - 10.8 dK2 W 7.70 +0.91 +0.77 0570 094 052 07 r 6.28 c - 10 - 23 - 17 25665 BD+69 2380 G247-013
Gl 160.2 04 04 23 -20 58.5 0.770 177.2 + 28.0 dM0 W 9.68 +1.22 +1.14 +0.48 0493 064 0493 064 8.14 c + 37 - 61 - 34 BD-21 7840 1628
NN 04 05 13 -24 36.6 0.658 162.8 M3.5 12.4 * +1.19 081 16 r 11.9 * d 1630 LP 833-42
Gl 161.1 04 05 16 +37 54.6 0.261 139.9 + 26.2 F7 V 5.52 +0.46 -0.03 0478 136 043 05 r 3.69 c - 33 - 18 - 8 25998 BD+37 8820
Gl 161.2 s 04 05 21 -40 53.4 0.339 344 k 10.98 +1.13 +0.62C 0459 136 019 03 r 7.37 d CD-41 12880 L 374-20
Gl 162 04 05 23 +33 30.2 0.575 77.0 + 36.8 M1 K 10.18 +1.51 +1.18 +0.83 0727 078 0727 078 9.49 c - 47 - 7 + 22 G038-026 1634 AC+33:10883 Ross 587
Gl 162.1 04 06 49 -64 21.5 0.389 32.5 + 27.5 G3 V 6.38 +0.64 +0.10 +0.22 0393 169 049 08 r 4.83 d - 34 - 28 - 15 26491 CP-64 3050
NN 04 07 15 -08 01.5 0.114 18.1 - 9.4 G2 IV-V 7.04 042 05 o 5.16 c - 2 + 9 + 13 26337 BD- 8 801
GJ 1067 04 07 26 +70 04.4 0.10 289 dM0 M 9.69 +1.23 +1.19 +0.50 0474 102 041 05 r 7.75 c V435
NN 04 07 30 +49 24.5 0.483 166.4 M3.5 K 13.45 +1.15 043 08 r 11.62 d G175-017 5091 LTT 11358 Ross 27
NN 04 07 34 +64 36.6 0.647 130.0 m 13.71 +1.69 +1.32 0845 029 0845 029 13.34 a G247-015 1638
Gl 163 04 07 56 -53 30.7 1.211 060.4 + 66 M3.5 11.81 +1.50 +1.18 +1.08 0649 101 0649 101 10.87 d - 74 - 82 - 3 188 L 229-091
NN s 04 08 37 +76 09.9 0.239 166.4 + 10.4 G5 8.19 +0.84 +0.52 0424 107 036 05 r 5.97 d - 30 - 8 - 12 26018 BD+75 166 LTT 11362
Gl 164 04 09 09 +52 29.7 0.910 203.7 M3.5 K 13.50 +1.67 +1.37 0753 070 0753 070 12.88 c G175-019 1642 Ross 28
GJ 1068 04 09 17 -53 42.0 2.521 198.1 + 27 pec 13.58 +1.93 +2.11 +1.30 080 22 r 13.1 e +146 - 32 - 24 22
Gl 165 AB 04 09 27 +50 24.2 0.457 242.8 M3.5 K 13.67 J+1.75 J +1.31 J 0619 085 0619 085 12.63 Jd G175-020 6 Ross 29 comp.B: CHARA 15 (AJ 93, 688) sep 1.261" (1983)
Gl 165.1 04 11 20 +58 24.0 0.287 139.4 + 21.9 K3 K 8.67 +1.00 +0.84 0509 085 0509 085 7.20 d - 33 - 10 - 1 26581 BD+58 7240 G175-024
NN 04 11 26 -54 00.1 0.838 39.2 m 13.87 +1.56 +1.13 +1.19 040 08 r 11.88 d 1639 LTT 1901 L 230-205
Gl 165.2 s 04 11 53 +02 53.6 0.280 19.7 + 53.3 K3 V U 8.79 +0.97 +0.78 +0.47C 0483 135 037 06 r 6.63 d - 63 + 10 - 4 26794 BD+02 6650 G080-042 U075
GJ 1069 04 12 40 -04 32.5 0.133 136.8 K5 V U 9.39 +1.22 +1.12 +0.51 046 08 r 7.70 d BD-04 782 U 76
NN s 04 12 43 +15 34.9 0.128 103.5 M2 11.01 +1.24 +0.51 0970 380 023 03 r 7.82 c 285590 VA 75 GH7-140
Gl 166 A 04 12 58 -07 43.8 4.083 213.1 - 42.7 K1 Ve 4.43 +0.82 +0.45 +0.31 2071 025 2071 025 6.01 a + 95 - 11 - 39 26965 BD-07 7801 23 LTT 1907 OMI(2) Eri
Gl 166 B 04 13 04 -07 44.1 4.073 212.4 - 21 DA4 W 9.52 +0.03 -0.68 -0.10 2071 025 2071 025 11.10 a +112 - 6 - 24 26976 BD-07 7811 G160-060 24 W033 LTT 1908 40 Eri B
Gl 166 C 04 13 04 -07 44.1 4.073 212.4 - 45.9 dM4.5e W 11.17 +1.67 +0.83 +1.31 2071 025 2071 025 12.75 a + 97 - 11 - 36 BD-07 7812 25 LTT 1909 DY Eri
GJ 2033 04 14 22 -12 41.0 0.256 340 k-m 10.87 +1.55 +1.35 106 49 r 11.0 f G160-061 LTT 1919 L 806-34
NN 04 14 35 +08 42.3 0.379 159 dM4 e R 13.82 +1.40 095 14 r 13.71 d G007-034 LTT 11392 Rob 270
Gl 167 04 14 39 -53 26.3 0.881 63.1 - 23.2 K5 V 7.64 +1.13 +1.06 +0.42 0756 094 0756 094 7.03 c - 37 - 8 + 46 27274 CP-53 6720 1650 U078
Gl 167.1 04 14 43 -51 36.7 0.212 28.2 + 25.2 F4 III 4.25 +0.30 +0.02 +0.18 0444 167 0444 167 2.5 f - 25 - 18 - 13 27290 CD-51 10660 BS 1338 GAM Dor
Gl 167.2 s 04 15 03 -26 10.6 0.700 58.6 + 55 M0 K 11.80 +1.38 +1.1 : +0.74 0517 102 0517 102 10.37 d - 73 - 43 + 5 1651 LP 834-41 L 590-10
NN 04 15 31 +75 01.8 0.778 132.8 M3 K 12.16 +1.51 +1.03 054 13 r 10.8 e G248-019 1663 LTT 11395 SA 3-112
Gl 167.3 04 15 37 -59 25.3 0.170 197.5 + 29.3 K2 IV 4.44 +1.07 +1.08 +0.37t 0670 084 0670 084 3.57 c + 12 - 22 - 20 27442 CP-59 3241 EPS Ret
NN 04 16 37 -49 10.5 0.506 5.3 M4 K 13.2 * +1.11 046 09 r 11.5 * d 1654 LTT 1935 L 302-94
NN 04 18 46 +51 49.6 0.175 119.1 G5 7.73 046 05 o 6.04 c 27456 BD+51 913
NN 04 18 52 +21 12.9 0.254 151 k-m 13.03 +1.56 +1.08 042 19 r 11.1 f G008-029 LTT 11407 L 1310-30 LP 415-18
GJ 1070 04 19 08 +38 54.2 0.712 136.2 k-m 15.27 +1.71 +1.42 0537 047 0537 047 13.92 b G039-009 1667
NN 04 19 13 +19 08.5 0.119 260 dM4.5e 12.9 * +1.7 104 42 r 13.0 * f LP 415-636 BPM 85717
Gl 168.1 x 04 19 15 +19 21.9 0.003 18.4 15.04: +1.0 : +0.70 0701 188 0701 188 14.3 : e LOWNE 1
Gl 168.2 x 04 19 18 +19 22.3 0.280 148 m 15.77: +1.0 : +1.10 0591 153 0591 153 14.6 : e LOWNE 2 LP 415-26 ppm(NLTT)
NN 04 19 24 +15 23.9 0.07 115 m 17 * +2.74C* 042 06 p 15 * e LP 415-1446 No 190 in Leggett & Hawkins MN 234, p 1065 (1988)
GJ 2034 04 19 36 -48 46.1 0.556 175.6 DA8 14.36 +0.52 -0.45 123 14 w 14.81 c 1660 W LTT 1951 LFT 349 L302-89 BPM 31852
NN 04 20 15 +09 17.2 0.079 314.4 G5 8.04 040 05 o 6.05 c 27733 BD+ 9 568
NN s 04 21 07 +16 36.2 0.12 100 dM0 s 12.55 +1.49 +0.82 0490 220 025 04 r 9.54 d VA 297
NN 04 21 16 -57 33.2 0.534 208.5 m 11.8 * +1.04 065 13 r 10.9 * d 1665 LTT 1960 L 178-49
NN 04 21 36 +32 20.2 0.274 121 k-m 12.44 +1.51 +1.15 039 19 r 10.4 f G039-011 LTT 11417 L 1455-12 LP 302-22
NN s 04 22 08 +16 52.3 0.104 105.9 + 43 M2 10.31 +1.04 +0.93 +0.37 0390 130 019 02 r 6.70 c - 46 - 21 - 3 285742 BD+16 593 VA342
NN A 04 22 32 +07 56.1 0.145 86 m 12.63 +1.05 042 05 r 10.75 c LDS 3584A
NN B 04 22 34 +07 57.2 0.145 86 m 14.97 +1.31 042 05 r 13.09 c LDS 3584B
NN s 04 22 58 +15 24.3 0.13 103 dM0 12.13 +1.40 +1.04 0520 170 0520 170 10.7 e VA366 GH7-208
NN 04 23 07 +12 05.2 0.261 210 DC8 15.5 : 081 11 w 15.0 : d G083-010 W169 LP 475-70 LB 1320
Wo 9155 A 04 23 13 -57 11.0 0.234 237.5 - 5.2 G4 V 6.88 +0.66 J+0.19 J 0397 069 040 05 r 4.89 c + 21 + 15 - 10 28255 CP-57 6590 BS 1405 V(AB) = 6.29 d(m) = 0.35
Wo 9155 B 04 23 13 -57 11.1 0.029 93.9 - 3.7 G6 V 7.3 * 0397 069 040 05 r 5.3 * c - 1 + 1 + 5 sep 5.8"
NN 04 23 19 -40 09.3 0.674 182.8 M3.5 K 14.1 * +1.33 060 13 r 13.0 * d 1668 LTT 1976 L 374-6
NN 04 23 23 +59 28.8 0.234 151 m 14.45 +1.28 045 08 r 12.72 d G175-032
NN 04 23 40 +04 26.3 0.856 132.3 DC9 17.11 +1.10 043 04 w 15.28 c 1670 W482 LP 535-11
NN 04 23 43 +03 30.7 1.033 186.4 m 18.32 0587 018 0587 018 17.16 a 191 LP 535-12
NN s 04 24 24 +17 07.6 0.11 105 dM1 13.06 +1.49 +0.91 0510 170 025 05 r 10.05 d VA420 GH7-221
Wo 9156 s 04 24 42 -64 11.8 0.333 350.0 + 52.7 G5 V 7.91 +0.65 +0.16 0438 102 026 04 r 4.98 d - 50 - 26 - 58 28471 CP-64 3340 LTT 1986
NN 04 25 06 +11 40.7 0.575 147.3 k 13.85 +1.20 043 08 r 12.02 d G007-039 1671 LTT 11432
Gl 169 04 26 02 +21 48.7 0.185 337.4 - 31.4 K7 V 8.27 +1.35 +1.22 +0.62 0854 058 0854 058 7.93 b + 30 + 7 + 13 28343 BD+21 6520 V008
NN 04 26 28 +14 07.2 0.292 54 m 13.5 : +1.31 079 13 r 13.0 : d G008-038 LTT 11438
NN 04 26 31 -25 16.4 0.521 187.3 M2.5 K 12.0 * +1.02 055 09 r 10.7 * d 1672 LTT 1993 L 591-6 LP 834-42
Gl 169.1A 04 26 47 +58 53.9 2.383 144.8 + 17 dM4 11.08 +1.65 +1.20 +1.14 1819 011 1819 011 12.38 a - 48 - 43 - 6 G175-034 26 AC+58:25001 Stein 2051
Gl 169.1B 04 26 47 +58 53.9 2.383 144.8 DC5 12.44 +0.31 -0.52 -0.49 1819 011 1819 011 13.74 a G175-034 27 W180 AC+58:25002 sep 7" 89d (NLTT)
Gl 170 04 26 59 +39 44.9 0.588 154.3 M4.5 K 13.91 +1.73 +1.33 +1.41 0959 031 0959 031 13.82 a G081-021 1674 Ross 594
NN 04 27 31 +17 23.3 0.07 113 k-m 14.57 +1.75 0630 260 0630 260 13.6 f VA575 LP 415-148
Gl 170.1 04 27 42 +16 05.2 0.100 110.5 + 41.0 A6 IV 4.78 +0.17 +0.13 0523 119 0523 119 3.37 d - 40 - 8 - 11 28527 BD+15 6370
NN 04 29 11 +64 31.7 0.088 299.3 G0 7.74 040 05 o 5.75 c 28495 BD+64 458
NN 04 30 36 +20 38.7 0.546 126.6 m 14.6 * +1.39 064 09 r 13.6 * d G008-041 1681 LTT 11454
NN 04 30 59 +34 43.5 0.336 148 g-k 13.13 +1.57 +1.17 043 20 r 11.3 f G039-024 LTT 11455 L 1455-1 LP 250-2
Wo 9158 s 04 31 11 +05 17.1 0.281 196.7 K1 K 7.93 +0.79 +0.35 0437 205 037 06 r 5.77 d 28946 BD+05 678 G082-030 LTT 11456
NN 04 31 22 -37 03.0 0.052 333.7 K3/5 V 8.79 +0.99 +0.84 +0.40 041 04 r 6.85 c 29086 CD-37 17990 U 84 CP-37:540
NN AB 04 31 29 +39 02.4 0.137 217.8 K5 9.3 * 0400 053 0400 053 7.3 * c 276666 BD+38 912 ADS 3303 sep 0.3" d(m) = 0.5
Gl 171 q 04 31 59 +55 18.9 0.621 116.2 + 50 SB K2 V 8.34 +0.90 +0.67 0346 122 039 06 r 6.30 d - 75 - 39 + 32 237287 BD+55 9000 G175-039 1684
GJ 1071 04 32 26 -43 37.6 0.096 143.2 K5 V 8.86 +1.11 +1.00 +0.42 046 07 r 7.17 d 29220 CD-43 14720 U 85 BPM 31946
NN 04 32 50 -35 45.4 0.248 201.6 G8 V 7.58c +0.81c 043 06 r 5.75c d 29231 CD-35 17970 LTT 2036 V,B-V from CPC
NN AB 04 33 03 +16 24.6 0.094 112.1 + 54.0 K 11.2 * 0431 090 0431 090 9.4 * d - 52 - 10 - 14 ADS 3321CD sep(AC) 121.7" 33.5d; sep(CD) 1.7" 273.8d d(m) = 2.4
Gl 171.1A 04 33 03 +16 24.6 0.200 161.1 + 54.5 K5 III 0.85 +1.54 +1.90 +0.70 0494 049 0494 049 -.68 c - 49 - 19 - 25 29139 BD+16 6291 ALF Tau ADS 3321
Gl 171.1B 04 33 03 +16 24.6 0.200 161.1 dM2 13.5 * 0494 049 0494 049 12.0 * c BD+16 6292 sep 30.4" 110d
Gl 171.2A 04 33 42 +27 02.0 0.288 122.3 + 35.2 SB dK5 ep 8.42 +1.12 +0.88 +0.51 0611 030 0611 030 7.35 b - 38 - 17 - 2 283750 BD+26 7301 G008-044
Gl 171.2B 04 33 39 +27 03.9 0.278 118 DC8 15.80 +0.65 -0.05 0611 030 0611 030 14.73 b BD+26 7302 G039-027 W040 LP 358-525
Gl 172 04 33 43 +52 48.0 0.556 145.2 + 32.9 SB? K8 Ve 8.61 +1.40 +1.14 +0.65 0985 024 0985 024 8.58 a - 41 - 9 - 1 232979 BD+52 8570 G175-042 1688 V449
NN 04 33 52 +11 07.0 0.632 058.6 k-m 14.30 +1.62 +1.16 +1.24 0404 062 0404 062 12.33 d G083-022 1686 LTT 17665
NN 04 34 55 -29 09.6 0.517 71.0 M3.5 K 13.7 * +1.17 041 08 r 11.8 * d 1687 LTT 2047 L 591-70 LP 890-46
NN 04 35 04 +28 07.1 0.366 98 m 12.53 +1.65 +1.29 +1.26 100 17 r 12.53 d G039-029 LTT 11472
NN 04 35 06 -02 35.5 M1 s 10.59 +1.45 +1.06 +0.86 068 12 r 9.75 d Steph 497
Gl 173 04 35 21 -11 08.1 0.318 227 - 7.0 dM1 W 10.36 +1.50 +1.17 +0.93 0940 085 0940 085 10.23 b + 15 + 2 - 9 BD-11 9160 V106
NN 04 35 24 -08 53.9 1.520 171.2 DQ7 13.77 +0.33 -0.72 1051 026 1051 026 13.88 a 194 W041 L 879-014 LTT 2049 L 879-14 LP 655-42
Wo 9160 A 04 35 53 -14 24.0 0.176 207.5 + 41.8 K2 IIIb 3.91 +1.10 J+1.01 J 0410 085 0410 085 1.97 d - 14 - 24 - 37 29503 BD-14 933 BS 1481 Kpr 18 V(AB) = 3.87 d(m) = 3.44
Wo 9160 B 04 35 53 -14 24.0 0.176 207.5 7.3 * 0410 085 0410 085 5.4 * d sep 0.8"
Gl 173.1A s 04 36 58 +09 46.8 0.364 182.8 - 21.3 SB K3 V U 9.20 +1.02 +0.82 +0.43 0494 068 0494 068 7.67 c + 31 - 24 - 11 286955 BD+09 6211 G083-028 V451
Gl 173.1B s 04 36 59 +09 46.1 0.358 179 k-m 14.19 +1.57 +1.06 +1.10 0494 068 0494 068 12.66 c BD+09 6212 G083-029 sep 34" 162d (NLTT)
NN 04 38 06 +02 08.2 M0 s 11.24 +1.47 +1.26 +0.89 055 10 r 9.94 d Steph 502
Wo 9163 AB 04 38 06 -09 17.3 0.158 226 dM0 M 10.97 +1.48 J+1.17 J+0.82 J 051 08 r 9.51 d BD- 9 956 V452 Wor 17 sep 2" d(m) = 0.1 , V(AB) = 10.27
Gl 174 04 38 22 +20 48.6 0.353 223.5 + 7 K3 V 8.00 +1.10 +0.91 +0.49 0712 089 0712 089 7.26 c + 0 - 3 - 24 29697 BD+20 8020 G008-051
Gl 174.1A 04 38 57 -41 57.5 0.166 242.7 + 0.8 F2 V 4.44 +0.34 +0.01 +0.20C 0448 233 0448 233 2.7 f + 11 + 6 - 12 29875 CD-42 15871 ALF Cae
Gl 174.1B 04 38 57 -41 57.5 0.166 242.7 12.5 * 0448 233 0448 233 10.8 * f CD-42 15872
Gl 175 A s 04 39 29 -59 02.5 0.166 11.8 + 10.1 G5 V J 7.19 +0.68 J+0.24 J+0.22 J 0632 188 039 07 r 5.15 d - 20 - 7 - 7 30003 CP-59 3702 BS 1504 V(AB) = 6.53 d(m) = 0.21
Gl 175 B s 04 39 29 -59 02.5 0.166 11.8 7.4 * 0632 188 039 07 r 5.4 * d CP-59 3703 a = 1.902" P = 240.0 yr
Gl 176 04 39 58 +18 52.8 1.286 146.7 + 26.0 SB? dM2.5e W 9.98 +1.52 +1.18 +0.96 1074 032 1074 032 10.14 a - 23 - 57 - 12 BD+18 6830 G008-055 196 V107
Gl 176.1 04 40 17 -37 14.5 0.199 11.7 + 26.8 F1 V 5.05 +0.38 +0.02 +0.22C 0569 136 0569 136 3.8 e - 25 - 12 - 14 29992 CD-37 18670 BET Cae
Gl 176.2 04 40 29 +27 35.9 0.271 167.6 + 17.1 K3 K 8.00 +0.90 +0.63 0449 063 0449 063 6.26 d - 17 - 24 - 16 29883 BD+27 6880 G085-011 other SpT: K5 III OP
NN 04 40 31 +18 54.7 0.030 29 13.4 * 0403 102 0403 102 11.4 * e AC+19:1513-210 Ann Shanghai Obs. Vol. 10, p 57 (1989)
NN 04 41 19 +27 46.5 0.420 166 M2.5 L 11.26 +1.53 +1.21 077 36 r 10.7 f G039-034 LTT 11502
NN 04 41 28 +29 43.9 0.271 214 k-m 13.45 +1.60 +1.55 045 20 r 11.7 f G039-035 LTT 11503
NN 04 42 28 +48 40.0 1.204 122.5 m 17.29 0518 010 0518 010 15.86 a 197 LP 157-25 V-I = 3.79 (USNO), wrong chart in LHS
NN 04 42 56 +42 15.5 0.065 0.0 + 28.8 G0 6.52 052 06 o 5.10 c - 26 + 13 + 3 30090 BD+42 1045
Gl 176.3 04 44 23 -50 09.6 0.552 232.5 + 17.0 K0 V 7.59 +0.89 +0.57 +0.29 0499 059 0499 059 6.08 c + 37 + 4 - 41 30501 CD-50 14920 1701
NN 04 44 36 +02 04.3 0.260 268 k 11.34 +1.48 +1.20 053 26 r 10.0 f G082-048 LTT 17686
Gl 177 04 45 21 -17 01.5 0.213 36.8 + 21.7 G1 V 5.49 +0.63 +0.13 +0.22 0789 092 0789 092 4.98 c - 23 - 9 - 3 30495 BD-17 9540
NN 04 45 39 -11 01.2 0.110 142.1 K7 V 9.53 +1.14 +1.10 +0.48 041 06 r 7.59 d 30523 BD-11 965
NN 04 46 35 +45 53.9 0.319 139 k-m 11.79 +1.47 +1.21 041 20 r 9.9 f G081-036 LTT 11515 L 1672-41 LP 157-32
Gl 178 04 47 07 +06 52.5 0.464 88.1 + 24.4 F6 V 3.19 +0.45 -0.01 +0.16 1331 074 1331 074 3.81 b - 26 - 14 + 3 30652 BD+06 7621 1 PI(3) Ori
NN 04 47 44 +26 02.4 0.617 111.9 m 12.84 +1.54 +1.33 +1.03 039 08 r 10.80 d G039-037 1705 LTT 11519
GJ 1072 04 47 49 +22 02.7 0.744 123.6 m 15.21 +1.95 +0.94 +1.52 0714 057 0714 057 14.48 b G085-019 1706
Wo 9168 04 48 03 +45 45.5 0.674 144.8 + 25.9 G1 IV-V 6.97 +0.58 +0.04 +0.23 0409 108 0409 108 5.0 e - 51 - 64 - 6 30649 BD+45 992 G081-038 1708 LFT 375
NN 04 48 04 -35 11.5 0.114 194.4 K2 V 7.45c +0.90c 060 09 r 6.34c d 30876 CD-35 19480 V, B-V from CPC
GJ 1073 04 49 02 +40 38.3 1.633 133.2 k 13.43 +1.61 +1.29 0774 028 0774 028 12.87 a G081-039 198
Gl 179 04 49 24 +06 23.8 0.340 152 - 7.8 dM4 e W 11.98 +1.56 +1.22 0767 090 0767 090 11.40 c + 12 - 19 + 1 G082-052 Wolf 1539
GJ 2035 04 50 04 +22 09.3 0.195 131.7 K5 V O 8.77 +1.01 +0.90 +0.41t 043 07 r 6.94 d 30973 BD+21 717 AG+22:478
Gl 180 04 51 35 -17 50.7 0.765 143.8 - 15 M3 : K 10.90 +1.54 +0.94 0838 082 0838 082 10.52 c + 30 - 30 + 17 1712 L 736-030
NN 04 51 46 -20 37.4 0.244 349 M0 V U 10.12 +1.25 +1.22 +0.56 040 07 r 8.13 d BD-20 958 U097 LTT 2117
NN 04 52 15 -35 29.2 0.197 36.9 K0 V 7.60c +0.77c 043 06 r 5.77c d 31392 CD-35 19890 LTT 2120 V, B-V from CPC
GJ 2036 A 04 52 30 -55 56. 0.13 59 M2 Ve U 11.13 +1.57 +1.08 +1.10 095 22 r 11.0 e U098 LDS 131A BPM 17964
GJ 2036 B 04 52 30 -55 56. 0.13 59 12.15 +1.60 +1.28 095 22 r 12.0 e U098B LDS 131B BPM 17965 sep 9" Eggen
Wo 9169 A s 04 53 17 +04 35.5 0.233 145.6 F8 7.02 +0.55 +0.06 0402 136 029 04 r 4.33 d 31412 BD+04 7821 LTT 11546
Wo 9169 B s 04 53 15 +04 35.7 0.230 148 k 14.6 P 0402 136 029 04 r 11.9 P d BD+04 7822 G097-007 sep 22" 278d
GJ 2037 p 04 53 42 -28 38.3 0.285 137.9 + 12.1 K3/4 V 8.13 +1.07 +0.96 +0.39 0301 119 057 06 r 6.91 c + 5 - 26 + 2 31560 CD-28 18390 U099 LTT 2124
GJ 1074 04 54 50 +50 52.4 0.590 123.2 M1 K 10.98 +1.48 +0.80 0548 119 0548 119 9.67 d G191-015 1721 V457
Gl 181 04 55 00 +49 46.5 0.155 136.7 - 33.9 dM2 e M 9.78 +1.44 +1.22 +0.71 0577 065 0577 065 8.59 c + 27 - 25 - 2 BD+49 12800 V109
Gl 181.1 s 04 55 14 -61 13.9 1.102 123.0 + 42 m 12.06 +1.48 +1.11 +0.75 0452 106 027 04 r 9.22 d + 75 -141 +117 199 L 131-006
Gl 182 04 56 59 +01 42.6 0.16 195 + 18.2 dM0.5 W 10.09 +1.39 +1.13 +0.75 0529 202 061 13 r 9.02 d - 10 - 12 - 16 V111 AC+01:1951-103
NN q 04 58 11 +24 48.4 0.457 150 M2.5 K 11.51 +1.48 +1.21 0343 147 063 16 r 10.5 e G085-036 LTT 11561 Ross 794
Gl 183 04 58 20 -05 48.6 1.233 153.5 + 22.2 SB K3 V 6.22 +1.06 +1.02 +0.36 1107 039 1107 039 6.44 a + 5 - 56 - 11 32147 BD-05 11230 200 U102
NN 04 59 12 +03 41.7 M1 s 11.28 +1.52 +1.20 +0.86 051 09 r 9.82 d Steph 539
NN 04 59 14 +09 54.8 0.120 157 dM3 R 11.47 +1.52 +0.98 +1.24 142 32 r 12.23 d LP 476-207 Rob 285 Steph 538
Gl 184 04 59 17 +53 04.8 1.989 139.4 + 66.0 dM0 W 9.93 +1.41 +1.16 +0.76 0675 052 0675 052 9.08 b -117 -100 + 16 BD+52 9110 G191-019 201 V110
NN 04 59 33 -07 00.6 0.773 224.5 m 12.1 * +1.33 163 26 r 13.2 * d 1723 LP 656-38
Gl 185 A 05 00 20 -21 19.4 0.308 211.1 - 17.2 M0 V J 8.46 +1.41 J+1.15 J+0.72 J 1296 075 1296 075 9.02 b + 19 + 7 + 2 32450 BD-21 10512 V112 V(AB) = 8.31 d(m) = 2.1 , dM1 J (Wilson)
Gl 185 B 05 00 20 -21 19.4 0.308 211.1 10.5 * 1296 075 1296 075 11.1 * b BD-21 10513 a = 1.40" P = 42.7 yr
NN 05 00 48 +24 54.3 0.174 135.1 + 51.1 G8 V 7.44 +0.80 046 06 r 5.75 c - 51 - 16 - 6 32387 BD+24 739
NN 05 01 07 -17 26.2 0.501 202.8 M3 K 11.69 +1.63 +1.11 085 20 r 11.3 e 1731 LTT 2153 L 736-49 LP 776-46
Gl 186 05 01 15 -23 19.3 0.327 64.3 +110.1 VAR K5 V U 9.28 +1.28 +1.23 +0.63 0502 072 0502 072 7.78 d - 81 - 73 - 35 CD-23 23630 V113
Gl 186.1A s 05 01 20 -56 09.7 0.722 356.8 + 2.9 G5 V 7.02 +0.63 +0.03 +0.25 0507 082 038 04 r 4.92 c - 88 + 15 - 13 32778 CD-56 10711 1724
Gl 186.1B s 05 01 28 -56 10.5 0.62 354 m 10.60 +1.36 +1.14 +0.62 0507 082 038 04 r 8.50 c CP-56 7680 1727 LTT 2159 L 179-10 sep 78" 124d (LHS)
NN 05 01 29 +10 59.1 0.212 341 m 13.75 +1.32 073 12 r 13.07 d G097-015 LTT 17736
Gl 187 05 01 30 -49 13.3 0.047 301.9 + 21.4 F2 V 5.37 +0.43 -0.01 +0.24C 0422 098 039 05 r 3.33 c - 6 - 13 - 17 32743 CD-49 15411 ETA(1) Pic
Gl 187.1 x 05 02 30 -42 25.8 0.227 128 + 59.8 K0 C 10.04 +0.74 +0.20 +0.40C 0521 102 0521 102 8.62 d - 9 - 58 - 24 273011 CP-42 5880
Gl 187.2A s 05 02 45 +51 32.0 0.178 187.5 + 0.6 SB F0 V 5.00 +0.33 -0.01 0471 216 0471 216 3.4 f - 7 - 11 - 12 32537 BD+51 10241
NN 05 02 53 -12 04.3 0.187 254 + 2.1 M4 e 12.97 +1.46C 054 12 r 11.63 d + 4 + 5 - 15 LP 716-35
NN 05 03 24 +04 16.2 0.375 76 g 11.54 +1.51 +1.17 059 28 r 10.4 f G084-036 LTT 17742
NN 05 03 39 -17 27.3 0.687 015.6 DC9? 15.97 +0.74 +0.00 0462 046 0462 046 14.29 c 1734 W LP 777-1
NN q 05 03 51 +14 23.0 0.379 131.0 + 32.5 K0 V 7.75 +0.80 +0.41 0258 205 041 07 r 5.81 d - 29 - 46 + 2 32850 BD+14 831 G097-019 LTT 11580
Gl 188 A 05 04 30 +18 34.8 0.535 87.0 + 20.6 G4 V 5.60 +0.65 J+0.14 J+0.23 J 0588 043 0588 043 4.45 b - 27 - 25 + 31 32923 BD+18 7792 1736 BS 1656 ADS 3701 V(AB) = 4.90 d(m) = 0.10
Gl 188 B 05 04 30 +18 34.8 0.535 87.0 G4 V 5.70* 0588 043 0588 043 4.55* b BD+18 7793 a = 0.10" P = 2.38 yr or a = 0.18" P = 1.19 yr
Gl 189 05 04 39 -57 32.4 0.121 344.0 - 2.4 F7 V 4.71 +0.52 -0.04 +0.20 0878 232 073 09 r 4.03 c - 7 + 4 - 1 33262 CP-57 7350 BS 1674 ZET Dor
NN A 05 04 42 -21 39.0 M2 s 10.29 +1.52 +0.90 083 12 r 9.89 d BD-21 10741 Steph 546
NN BC 05 04 41 -21 39.0 M3: s 11.66 +1.51 J +1.14 J 083 12 r 11.26 d BD-21 10742 Steph 545 sep(AB) 8.3" 319d, sep(BC) 1.3" 30d V(BC) = 11.30 d(m) = 1
NN 05 04 54 +17 55.3 0.287 160 k 11.78 +1.66 +1.32 +1.08 081 18 r 11.32 d G085-041 LTT 11586 Wolf 230
NN 05 04 54 +09 24.7 0.381 179.1 - 22.2 G1 IV 6.17 +0.62 +0.10 +0.22 0402 033 0402 033 4.19 b + 36 - 31 - 16 33021 BD+09 736 LTT 11585
GJ 1075 05 04 56 -57 37.3 0.119 346.4 K7 V U 9.02 +1.40 +1.20 +0.65 081 16 r 8.56 d CD-57 10790 U106 BPM 18005 CP-57:737
Wo 9175 05 05 23 -05 09.0 0.128 230.9 - 9.2 A3 III 2.79 +0.13 +0.10 -0.01 0497 056 0497 056 1.27 c + 13 + 4 - 7 33111 BD-05 1162
Gl 189.2 05 06 15 -04 31.2 0.054 72.8 + 10.4 SB? F2 V 5.11 +0.44 -0.05 +0.26C 0484 102 046 06 r 3.42 c - 10 - 6 + 1 33256 BD-04 10560
NN p 05 06 18 +15 24.3 0.642 166.8 M3 K 12.48 +1.50 +1.00 +1.04 0336 207 048 11 r 10.89 d G085-044 1740 LTT 11591 LFT 392 Ross 388
Gl 190 05 06 21 -18 12.9 1.376 156.6 + 7 M4 K 10.30 +1.50 +1.04 +1.16 0906 188 0906 188 10.09 d + 40 - 61 - 2 203 L 737-009
NN 05 06 33 +48 47.1 0.454 154.9 M2 L 11.39 +1.53 +1.20 072 34 r 10.7 f G096-021 6 LTT 11590 L 1672-14 LP 158-9
GJ 2039 05 07 58 +16 22.3 0.280 146.3 - 9.6 K0 8.55 +1.12 +1.17 +0.47 059 07 r 7.40 c + 12 - 21 + 2 33428 BD+16 715 G085-047 Wolf 231
NN 05 08 03 +18 34.5 0.682 199.4 m 14.2 * +1.24 043 08 r 12.4 * d G085-048 1743 LTT 17752
Wo 9177 05 09 13 -44 38.1 0.200 28.8 + 56.1 G8 IV/V 8.71 +0.77 +1.88C +0.82 0399 205 0399 205 6.7 f - 37 - 43 - 23 33811 CD-44 19050 LTT 2195
Gl 191 05 09 41 -44 59.9 8.706 131.1 +245.5 M0 V 8.85 +1.55 +1.21 +0.79 2583 076 2583 076 10.91 a + 19 -287 - 54 33793 CD-45 18410 29 U628
Gl 192 05 09 44 +19 36.2 0.352 48 - 28.6 M3.5: K 10.76 +1.54 +1.23 +0.95 0704 050 0704 050 10.00 b + 23 + 5 + 29 G085-052 AC+19:1165-38
NN s 05 11 19 +19 49.7 0.332 135.5 K4 K 9.47 +1.17 +1.11 0403 141 038 07 r 7.37 d 241814 BD+19 872 G085-055 LTT 11613 comp B: K3: opt.
NN 05 11 21 +07 57.1 0.352 217 DA8 15.89 +0.42 -0.40 040 04 w 13.90 c G084-041 W LTT 17767
Gl 193 05 12 04 -15 52.8 0.311 136.6 + 32.6 G8 V 7.44 +0.73 +0.27 +0.36C 0620 136 040 07 r 5.45 d - 7 - 49 - 4 34101 BD-15 9780 dG6 (Wilson)
NN 05 12 42 -07 23.8 0.545 145.4 m 11.55 +0.82 039 07 r 9.51 d 1747 S 3
Gl 194 A 05 12 59 +45 57.0 0.431 169.2 + 22.2 SB G5 III e 0.71 +0.80 J+0.44 J+0.28 J 0790 042 0790 042 .20 b - 29 - 16 - 9 34029 BD+45 10771 ALF Aur BS 1708 ADS 3841 V(AB) = 0.08 d(m) = 0.15 source?
Gl 194 B 05 12 59 +45 57.0 0.431 169.2 + 33.9 G0 III 0.96* 0790 042 0790 042 .45* b - 40 - 12 - 8 BD+45 10772
Gl 195 A 05 13 42 +45 47.5 0.415 170.3 + 31.2 dM2 W 10.20 +1.50 J+1.24 J+0.94 J 0763 028 0763 028 9.61 a - 37 - 13 - 9 BD+45 10778 G096-029 AC+45:217-363 V(AB) = 10.16 d(m) = 3.5
Gl 195 B 05 13 42 +45 47.5 0.415 170.3 M4 : K 13.7 * 0763 028 0763 028 13.1 * b BD+45 10779 sep 1.8" 117d - 3.0" 143d (1935-58)
NN 05 13 51 -31 21.2 0.576 63.8 m 12.15 +0.99 048 09 r 10.56 d 1748 LTT 2219 L 521-2 LP 892-26
Gl 196 05 14 17 +79 10.7 0.179 333.3 - 10.7 F6 V 5.05 +0.47 -0.13 0529 061 0529 061 3.67 c + 19 + 4 - 4 33564 BD+79 1691
Gl 197 05 15 37 +40 03.4 0.844 141.6 + 66.5 G2 IV-V 4.71 +0.63 +0.12 +0.20 0695 074 0695 074 3.92 c - 77 - 42 + 5 34411 BD+39 12481 1753 LAM Aur
NN A 05 16 18 +58 45.0 0.526 160.3 m 13.44 +1.62 0390 021 0390 021 11.40 b G191-030 1758
NN B 05 16 17 +58 44.7 0.526 160.3 m 14.03 +1.64 0390 021 0390 021 11.99 b G191-029 1757
Gl 198 05 16 37 -18 10.9 0.383 81.6 + 40.3 G0 V 5.96 +0.57 +0.07 +0.21 0637 153 049 08 r 4.41 d - 35 - 40 + 13 34721 BD-18 10511 dG0 (Wilson)
Gl 200 A 05 16 40 -03 07.6 0.734 80.0 + 86.5 K3 V 7.70 +1.04 J+0.86 J+0.47 J 0797 057 0797 057 7.21 b - 81 - 53 + 6 34673 BD-03 10611 G084-045 1754 U109 ADS 3900 V(AB) = 7.67 d(m) = 4.
Gl 200 B 05 16 40 -03 07.6 0.734 80.0 M2 K 11.7 * 0797 057 0797 057 11.2 * b BD-03 10614 1755 sep 4.9" 46d - 2.7" 29d (1900-60)
Gl 199 A 05 16 40 -21 26.7 0.14 253 + 27.6 VAR K3/5 V 9.33 +1.27 J+1.23 J+0.64 J 0536 098 061 08 r 8.26 c - 14 - 12 - 23 34751 BD-21 11311 V114 V(AB) = 9.31 d(m) = 4.2 , dM0 (Wilson)
Gl 199 B 05 16 40 -21 26.7 0.14 253 13.5 * 0536 098 061 08 r 12.4 * c BD-21 11312 sep 4.1" 73d - 5.0" 75d (1930-59)
Gl 200.1 x 05 16 48 -53 43.6 0.512 154.2 k 13.19 +1.16 +0.72 +0.50 0449 102 0449 102 11.45 d 1751 L 233-030
NN 05 16 50 -72 17.6 0.840 356.3 m 11.70 +1.40 +1.11 +0.96 052 10 r 10.28 d 1749 LTT 2235 L 57-44
GJ 2040 05 16 57 +03 49.4 0.014 226.3 M0 V O 9.86 +1.42 060 15 r 8.8 e 242703 BD+03 849 AG+03: 619
NN 05 16 59 +55 43.1 0.278 150 m 13.01 +1.09 043 09 r 11.18 d G191-032
NN 05 17 44 -15 53.5 0.248 42.0 K3 V 8.79 +1.00 +0.73 +0.40 039 06 r 6.75 d 34865 BD-15 1016 U111 LTT 2240
GJ 1076 s 05 19 13 +54 45.5 0.394 167.7 + 49.3 K3 p K 9.46 +1.04 +0.91 +0.38 0511 136 029 04 r 6.77 d - 73 - 33 - 14 BD+54 886 G191-037 V461
GJ 1077 05 19 38 -78 19.6 1.108 176.1 - 17 M1.5 V 11.91 +1.48 +1.20 +1.08 0768 130 0768 130 11.34 d + 59 + 25 + 29 205
GJ 2041 05 20 12 +00 09.8 0.031 140.9 K5 V? 8.82 +1.11 047 07 r 7.18 d 35152 BD+00 1032 AG+00: 531
Gl 201 05 20 43 +17 16.7 0.251 89.1 + 37.8 dK5 e W 7.95 +1.09 +1.00 +0.44 0612 068 0612 068 6.88 c - 39 - 15 + 9 35171 BD+17 9170 G085-068 V462
GJ 1078 05 20 47 +22 30.2 0.383 141 m 15.52 +1.83 +1.65 0485 045 0485 045 13.95 c G085-069
Gl 202 05 21 30 +17 20.3 0.245 92.8 + 38.1 F8 Ve 4.99 +0.53 -0.06 0652 090 0652 090 4.06 d - 38 - 15 + 7 35296 BD+17 9200
GJ 1079 05 24 22 -32 32.7 0.266 110.3 K2/3 V 7.74 +0.94 +0.68 +0.35 055 07 r 6.44 c 35854 CD-32 23370 U114 LTT 2265
Gl 203 05 25 16 +09 36.8 0.783 195.1 M3.5 K 12.48 +1.64 +1.21 +1.18 0997 032 0997 032 12.47 a G097-042 1761 Ross 41
GJ 1080 05 25 38 +02 56.7 1.186 198.1 M5 V 12.80 +1.60 +0.99 +1.06 0523 022 0523 022 11.39 a G099-010 206 or: B-V = 1.46, U-B = 0.86
Gl 204 05 25 57 -03 31.7 0.862 202.4 - 56.0 K5 V 7.65 +1.10 +1.06 +0.43 0712 069 0712 069 6.91 c + 77 - 3 - 22 36003 BD-03 11100 G099-012 1763 V463
NN A 05 26 03 +12 30.9 0.234 156.3 + 8.6 G0 V 6.75 +0.58 +0.07 +0.29 0395 102 0395 102 4.7 e - 2 - 29 - 6 35956 BD+12 801 LTT 11655
NN B 05 26 08 +12 29.7 0.235 153 m 13.98 +1.65 +1.37 0395 102 0395 102 12.0 e G102-004 sep 94" 315d
GJ 2043 A 05 26 35 +15 32.3 0.199 207 dM2 10.63 +1.47 +1.29 +0.77 046 06 r 8.94 c LP 412-213 BPM 85872
GJ 2043 B 05 26 34 +15 32.4 0.199 207 m 14.68 +1.28 046 06 r 12.99 c LP 417-212
NN q 05 26 38 +32 03.2 0.700 198.4 M3 K 12.15 +1.48. +1.15 0341 050 0341 050 9.81 d G086-044 1765 LTT 11657 LFT 414 Ross 406
Gl 204.1 05 27 03 -60 27.3 0.189 232.2 + 12.9 G5 Ve 6.99 +0.77 +0.31 +0.26 0448 170 049 08 r 5.44 d + 12 - 3 - 19 36435 CP-60 4240
Wo 9181 s 05 27 06 -75 43.7 0.331 196.5 43.0 F8 V 7.17 +0.54 +0.01 0421 119 027 03 s 4.33 c + 66 - 16 - 26 36767 CP-75 3140 LTT 17817
Gl 204.2 05 27 23 -03 28.4 0.570 214.0 M3.5 K 12.02 +1.53 +1.32 +1.05 0531 045 0531 045 10.65 b G099-014 1766 Wolf 1450
Gl 205 05 28 55 -03 41.1 2.235 159.9 + 8.5 M1.5 V 7.96 +1.47 +1.21 +0.85 1723 031 1723 031 9.14 a + 23 - 57 - 11 36395 BD-03 11231 G099-015 30 V009
NN 05 29 08 -30 13.5 0.571 142.0 m 13.0 * +1.13 050 10 r 11.5 * d 1767 LP 892-51
NN 05 29 12 +79 31.0 1.192 141.2 - 92 m 18.40 0452 014 0452 014 16.68 a - 21 -154 - 8 207 LP 16-36 see Dawson & de Roberts AJ 98 p 1472 (1989)
Gl 206 05 29 30 +09 47.3 0.293 233 + 21.7 SB dM4 e W 11.52 +1.63 +1.07 +1.20: 0709 027 0709 027 10.77 a - 16 - 6 - 24 G097-047 Ross 42
GJ 1081 05 29 38 +44 47.2 0.369 172 k-m 12.21 +1.60 +1.20 +1.16 0659 027 0659 027 11.30 a G096-045
Gl 207 s 05 29 53 +29 21.4 0.330 245.2 K7 K 12.07 +1.46 +1.19 0541 153 0541 153 10.7 e G098-008 6 AC+29:13493
NN 05 30 13 +51 11.1 0.242 187 M3 L 11.07 +1.46 +1.20 +0.78 045 07 r 9.34 d G191-045
Gl 207.1 05 31 09 +01 54.8 0.317 236 + 22.0 dM2.5e 11.53 +1.57 +0.99 +1.09 0663 089 0663 089 10.64 c - 13 - 7 - 28 G099-017 V 371 Ori
NN A 05 31 30 +10 17.5 0.380 197 M3 K 12.32 +1.06 051 07 r 10.86 c G097-052 LTT 11678 Ross 45
NN B 05 31 30 +10 17.4 0.380 197 M3.5 K 13.62 +1.21 051 07 r 12.16 c LTT 11679 sep 6" 191d
NN 05 31 51 +28 04.2 0.347 139 K7 K 10.08 +1.27 +1.29 041 08 r 8.14 d 244957 G098-013 LTT 11681 Ross 411
NN 05 32 02 +13 51.1 0.410 197 M3.5 K 11.81 +1.59 +1.15 0807 057 0807 057 11.34 b G097-054 LTT 11684 Ross 46
GJ 1082 05 32 48 +41 28.2 0.1 285 DA7 14.75 +0.32 -0.54 053 06 w 13.37 c W319 GD 69
NN 05 33 30 -07 41.0 0.485 17.8 M4 K 12.80 +1.63 +1.23 079 19 r 12.3 e 5109 LTT 2321 L 882-76 Wolf 1457
Gl 208 05 33 44 +11 17.9 0.057 195.0 + 21.2 dM0 M 8.80 +1.40 +1.18 +0.65 0861 056 0861 056 8.48 b - 19 - 7 - 6 245409 BD+11 8780 V464
Gl 209 05 34 04 +20 42.4 0.443 191.3 - 23.2 G4 IV-V 7.67 +0.66 +0.12 0562 153 0562 153 6.4 e + 28 - 24 - 23 37124 BD+20 10180 G100-027 6
NN 05 34 18 +51 24.9 0.560 281.3 - 44.0 K2 V 7.73 +0.83 +0.44 0397 070 0397 070 5.72 d + 48 + 31 - 57 37008 BD+51 1094 G191-048 1772 LTT 11689 LFT 420
NN 05 35 20 +45 25.3 0.127 146.8 G5 8.08 042 05 o 6.20 c 37199 BD+45 1150
Wo 9185 s 05 35 24 -62 50.2 0.272 346 + 21 K5 V 9.33 +1.13 +1.07 +0.43 0420 136 038 06 r 7.23 d - 32 - 14 - 19 37656 CP-62 4940 LTT 2337 L 132-46
Gl 209.1 05 35 47 -28 43.1 0.057 314.4 + 39.4 F5 V 5.30 +0.46 +0.10 +0.26C 0456 102 049 08 r 3.75 d - 24 - 24 - 21 37495 CD-28 23210 NU(2) Col
Wo 9187 05 36 28 -07 14.4 0.056 198.6 - 1.3 SB A4 IV 4.80 +0.14 +0.11 0413 153 0413 153 2.9 f + 5 - 2 - 4 37507 BD-07 1142
Gl 210 s 05 36 30 -42 59.7 0.294 21.6 + 35.1 VAR G0 V 7.44 +0.60 +0.07 +0.34C 0598 136 028 05 r 4.68 d - 55 - 25 + 4 37655 CD-43 19540
NN A q 05 36 45 -46 07.6 0.471 192.8 + 11.4 G5 V 7.34 +0.78 0332 102 040 05 r 5.35 c + 50 - 15 - 23 37706 CD-46 19361 1770 LTT 2342
NN B q 05 36 46 -46 07.6 0.522 197.4 + 13.5 K5 V 9.7 * 0332 102 040 05 r 7.7 * c + 54 - 15 - 30 CD-46 19362 1771 LTT 2343 sep 5.5" 67d
Gl 211 05 37 17 +53 27.8 0.512 178.0 + 1.8 K1 Ve 6.23 +0.84 +0.51 +0.29 0827 025 0827 025 5.82 a - 14 - 22 - 13 37394 BD+53 9341 1774
GJ 1083 AB 05 37 21 +24 46.9 0.364 163 m 14.85J +1.88 J +1.73 J 0967 025 0967 025 14.78J a G100-028 Riepe's double sep 0.6" 315d
Gl 212 05 37 27 +53 28.3 0.495 177.7 + 2.0 M1 K 9.75 +1.48 +1.20 +0.82 0861 046 0861 046 9.43 b - 13 - 21 - 12 233153 BD+53 9351 G191-051 1775 V465
NN 05 37 27 +12 37.6 0.250 188 M3 L 11.36 +1.46 +0.85 047 08 r 9.72 d G102-021
Wo 9188 05 39 07 +15 18.8 0.089 120.3 dM0 M 10.61 +1.46 +1.23 +0.71 047 07 r 8.97 d V467 AC+16:777-164
Gl 213 05 39 14 +12 29.3 2.571 128.4 +105.6 M4 K 11.53 +1.62 +1.20 +1.27 1665 039 1665 039 12.64 a - 89 - 92 + 9 G102-022 31 AC+12:1800-213
GJ 2045 05 39 46 -05 30.1 0.971 352.3 m 15.28 +1.86 0781 027 0781 027 14.74 a 1777 LP 658-44
Gl 215 05 41 05 +62 13.7 0.838 166.3 - 19.6 K7 K 9.02 +1.40 +1.23 +0.63 0716 028 0716 028 8.29 a - 13 - 54 - 18 BD+62 7800 G249-018 1782 V466
Wo 9189 05 41 08 -80 30.5 1.100 016.9 + 9.4 G1 V 5.65 +0.60 +0.11 +0.19 0429 170 062 10 r 4.61 d - 73 - 43 + 2 39091 CP-80 1610 208 LFT 429
NN 05 41 35 +32 22.3 0.085 168.8 G5 8.15 048 05 o 6.56 c 38114 BD+32 1077
NN s 05 42 00 +69 44.0 0.915 125.9 m 16.47 +1.69 0424 044 0424 044 14.61 c 1788 LP 33-436
Gl 216 A 05 42 23 -22 27.8 0.476 218.5 - 9.7 F6 V 3.58 +0.47 +0.01 +0.16 1249 069 1249 069 4.06 b + 17 + 5 - 10 38393 BD-22 12110 GAM Lep
Gl 216 B 05 42 21 -22 26.2 0.470 220.7 - 8.4 K2 V 6.13 +0.94 +0.74 +0.35 1249 069 1249 069 6.61 b + 16 + 5 - 11 38392 BD-22 12100
Gl 217 05 42 35 +37 16.4 0.709 136.8 - 26.9 K1 V 7.36 +0.83 +0.51 0567 051 0567 051 6.13 b + 20 - 61 + 10 38230 BD+37 13121 G096-051 1783
NN 05 43 02 +44 06.4 0.683 239.6 M4 K 12.79 +1.55 +1.25 0392 102 0392 102 10.8 e G096-052 1784 LTT 11721 Wolf 237
NN 05 44 39 -05 12.9 0.804 135.9 m 14.54 +1.78 0625 034 0625 034 13.52 b 1785 LP 658-33
Gl 217.1 05 44 41 -14 50.4 0.022 264.4 + 16.3 A3 V 3.55 +0.10 +0.07 -0.05 0487 059 0487 059 1.99 c - 12 - 9 - 8 38678 BD-14 12320 ZET Lep
NN 05 44 44 -00 01.8 M0 s 10.99 +1.45 +1.15 +0.74 042 07 r 9.11 d Steph 578
Gl 217.2 s 05 45 06 -70 10.8 1.263 345.6 + 13.8 K0 V 8.08 +0.76 +0.27 +0.28 0477 193 032 05 r 5.61 d -177 - 13 - 60 39194 CP-70 4470 210
NN 05 45 41 +07 44.9 0.276 165 m 14.19 +1.25 045 08 r 12.46 d G099-034 LTT 17868
Gl 218 05 45 53 -36 20.6 0.692 096.6 + 56 M3 K 10.73 +1.48 +1.11 +0.90 0955 082 0955 082 10.63 b - 19 - 63 + 2 CD-36 24580 1787
NN p 05 45 57 -11 09.3 0.425 329 M0.5 K 11.00 +1.42 +0.72 0363 102 042 08 r 9.12 d LTT 2376 L 810-58
GJ 1084 p 05 46 00 -48 32.2 0.32 176 M0 V U 9.74 +1.38 +1.22 +0.62 0216 188 057 11 r 8.52 d CD-48 19820 U126 LTT 2379
GJ 1085 05 46 06 -04 06.4 0.232 165.6 + 31.9 G2 V 5.97 +0.64 +0.10 +0.22 059 09 r 4.82 d - 17 - 30 - 13 38858 BD-04 1244 LTT 2380 BS2007
Gl 219 05 46 06 -51 05.0 0.081 4.7 + 20 A5 V 3.85 +0.17 +0.09 +0.09C 0598 107 0598 107 2.73 d - 10 - 16 - 9 39060 CD-51 16200 BET Pic
GJ 1086 05 48 46 -00 11.3 0.213 22 DQP8 14.55 +0.48 -0.45 0905 028 0905 028 14.33 a G099-037 W248 LTT 17876
Gl 220 05 50 10 +24 15.4 0.610 169.1 M1.5 K 10.81 +1.48 +1.22 +0.89 0522 042 0522 042 9.40 b G100-044 1794 AC+24:147-263 Ross 59 LFT 437
Gl 221 05 50 34 -06 00.0 0.333 180 + 22.2 M0 V U 9.70 +1.33 +1.25 +0.62 0508 116 0508 116 8.23 d + 0 - 33 - 20 BD-06 13390 V010
Gl 222 AB 05 51 25 +20 16.1 0.210 244.0 - 13.4 SB G0 V 4.40 J+0.59 J+0.06 J+0.20 J 1031 028 1031 028 4.47 Ja + 14 + 3 - 9 39587 BD+20 11620 BS 2047 CHI(1) Ori sep 0.6" d(m) = ? comp see AJ 72,910
NN 05 51 34 +48 59.9 0.004 146.7 K2 7.83 +1.07 +0.74 061 09 r 6.76 d 40676 BD+48 1318
Gl 223 05 51 52 +02 08.6 0.644 173.7 - 41.8 K3 V U 8.83 +1.02 +0.90 +0.38 0667 119 039 06 r 6.79 d + 73 - 47 - 21 39715 BD+02 10850 G099-043 1798 U128
Gl 223.1 s 05 52 11 -09 24.3 0.452 18 dM0 M 10.71 +1.17 +1.04 +0.48 0510 102 023 03 r 7.52 c BD-09 12610 V468
Gl 223.2 05 52 39 -04 08.8 2.377 166.6 DZ9 14.45 +1.05 +0.77 +0.29 1548 029 1548 029 15.40 a G099-044 32 W045 LP 658-002
Gl 224 05 53 12 +13 55.5 0.608 143.4 + 0.3 G5 IV 6.61 +0.65 +0.13 +0.22 0474 120 0474 120 5.0 e + 14 - 59 + 7 39881 BD+13 10361 1803
Gl 224.1 05 53 43 -63 06.3 0.554 13.8 + 25.1 K1 III/IV 4.65 +1.05 +0.96 +0.36 0506 148 0506 148 3.2 e - 49 - 31 - 1 40409 CP-63 4980 1796
GJ 1087 05 53 47 +05 22.2 1.056 207.0 DAP9 14.10 +0.60 -0.14 +0.25 1251 041 1251 041 14.59 a G099-047 212 W290
Gl 225 05 54 08 -14 10.5 0.146 340.4 - 1.4 F1 III 3.72 +0.33 +0.01 +0.20C 0734 165 0734 165 3.05 d - 5 + 8 + 1 40136 BD-14 12860 ETA Lep
NN A 05 55 14 +58 35.6 0.253 184 M1 L 10.25 +1.51 +1.25 +0.83 076 09 r 9.65 c G192-011
NN B 05 55 32 +58 34.3 0.253 184 m 13.56 +1.31 076 09 r 12.96 c G192-012 sep 161" 119d
NN A 05 55 27 +68 09.7 1.174 161.4 k-m 12.90 +1.56 0495 017 0495 017 11.37 a G249-028 214 LP 57-41 LDS 1201
NN B 05 55 24 +68 08.8 1.174 161.4 m 13.31 +1.59 0495 017 0495 017 11.78 a G249-027 213 LP 57-40 sep 56" 193d (NLTT)
NN 05 55 52 +44 56.7 0.056 269.7 - 19.4 SB A2 IV 1.90v +0.03 +0.05 0443 055 0443 055 .13v c + 18 - 1 - 9 40183 BD+44 1328
NN AB 05 55 53 -04 39.1 0.227 163.5 G0 6.99 040 05 o 5.00 c 40397 BD- 4 1310 LTT 2421 ADS 4557 sep 4.1" 359d, d(m) = 6.8 , Mv = 5.01 Olsen
NN C 05 55 49 -04 38.1 0.230 159 k-m 16.3 P 040 05 o 14.3 P c LP 659-4 sep(AB-C) 89" 312d (NLTT)
NN 05 56 43 +59 36.5 0.831 190.1 m 11.71 +1.60 +1.21 1322 029 1322 029 12.32 a G192-013 1805 LTT 11755 L 1813-21 LP 86-137
NN 05 57 26 +02 42.3 0.241 108 M4 L 11.33 +1.68 +1.10 1863 062 1863 062 12.68 a G099-049 LTT 17897
Gl 225.1 x 05 58 12 -37 03.6 0.286 49.5 + 40.0 G5 V 8.60 +0.63 +0.05 +0.34C 0469 102 0469 102 6.96 d - 32 - 37 + 6 40865 CD-37 25341
Gl 225.2A 05 58 28 -31 02.2 0.560 314.4 +101.7 K5 V 8.28 +1.14 J+0.94 J+0.52 J 0507 100 066 08 r 7.38 c - 77 - 52 - 58 40887 CD-31 29023 1804 U131 V(ABCD) = 7.85 d(m) = 0.78
Gl 225.2B 05 58 28 -31 02.2 0.560 314.4 9.1 * 0507 100 066 08 r 8.2 * c CD-31 29024 AB: a = 0.94" P = 72.0 yr
Gl 225.2C 05 58 28 -31 02.2 0.560 314.4 +105.0 K5 V 8.3 * 0507 100 066 08 r 7.4 * c - 78 - 55 - 59 CD-31 29025 a(AB-C) = 3.95" 390.6 yr; D(12.8m) opt. sep(A-D) 11.9" 191d (1960)
NN 05 58 36 +49 52.4 0.801 174.5 m 14.47 +1.87 +1.45 1078 030 1078 030 14.63 a G192-015 1809
Gl 226 05 59 42 +82 07.9 1.337 180.7 - 21.0 M2.5 K 10.50 +1.51 +1.19 +1.01 1050 022 1050 022 10.61 a - 36 - 47 - 25 G222-011 215 AC+82:1111
NN 05 59 43 +47 48.8 0.595 187.6 M3.5 K 13.94 +1.23 045 08 r 12.21 d G101-016 1813 LTT 11766 LFT 446 Wolf 261
NN 06 00 14 -20 20.1 0.579 356.4 m 13.25 +1.16 049 10 r 11.70 d 1807 LP 779-10
Gl 226.1 s 06 00 47 +26 09.4 0.642 149.4 M3.5 K 13.67 +1.65 +1.08 0479 085 0479 085 12.07 d G098-038 1814 Ross 60
NN 06 01 25 +18 41.9 0.012 173.2 G5 7.98 051 06 o 6.52 c 41190 BD+18 1074
Gl 226.2 06 02 37 +67 59.1 0.09 193 + 1.6 dK8 M 9.75 +1.25 +1.20 +0.50 0509 102 040 05 r 7.76 c - 8 - 5 - 5 V234 AC+67:1894
Gl 226.3 06 02 48 +35 23.8 0.314 202.2 - 14.8 G0 V 6.11 +0.60 +0.06 0466 153 049 08 r 4.56 d + 11 - 20 - 25 41330 BD+35 13341
Wo 9200 06 03 02 -45 02.1 0.260 339.7 + 25.8 G0 IV-V 6.35 +0.52 +0.00 0402 103 0402 103 4.4 e - 35 - 11 - 15 41700 CD-45 23000 LTT 2450 cmp with CD-45:2302
Wo 9201 06 03 15 -55 18.2 0.760 65.7 + 6 k 12.15 +1.46 +1.11 +0.93 0406 103 040 08 r 10.16 d - 31 - 43 + 73 1815 LTT 2452
Gl 227 06 03 49 +15 33.0 0.164 227.8 - 11.7 dK0 e W 6.76 +0.81 +0.42 +0.26 0653 102 0653 102 5.83 d + 12 + 0 - 11 41593 BD+15 10650
NN 06 03 54 +33 33.3 0.430 161 M3 K 12.44 +1.45 +0.97 041 10 r 10.5 e G098-044 LTT 11782 Ross 70
Wo 9202 s 06 05 25 -59 31.5 0.793 196.0 + 25.4 K0 V 8.46 +0.85 +0.45 +0.29 0408 078 031 05 r 5.92 d +113 - 4 - 52 42286 CP-59 5840 1818 LTT 2459 LFT 453 CD-59:1224
Wo 9203 s 06 05 57 +26 34.0 0.570 255.0 M3 K 13.34 +1.50 +0.91 0408 136 024 06 r 10.2 e G098-046 1824 LTT 11788 LFT 454 Ross 62
NN p 06 07 40 +25 57.1 0.568 161.8 M1.5 K 11.55 +1.46 +1.20 +0.89 0347 059 0347 059 9.25 d G098-049 1828 LTT 11796 Wolf 1058
Gl 228 A 06 08 09 +10 20.6 0.970 175.8 + 55.5 dM2.5 J W 10.58 +1.46 J+1.08 J+1.03 J 1008 046 1008 046 10.60 b - 37 - 57 - 23 BD+10 10322 G102-053 1830 V236 V(AB) = 10.41 d(m) = 1.9
Gl 228 B 06 08 09 +10 20.6 0.970 175.8 12.5 * 1008 046 1008 046 12.5 * b BD+10 10323 sep 0.9" to 2.4" (1945-61)
Gl 229 06 08 28 -21 50.6 0.737 190.2 + 5.2 M1 Ve 8.14 +1.50 +1.23 +0.82 1749 067 1749 067 9.35 a + 12 - 12 - 12 42581 BD-21 13770 1827 V471
NN p 06 08 48 +63 24.7 0.248 137 + 17.9 dK8 M 9.69 +1.21 +1.18 +0.50: 0342 184 040 06 r 7.70 d - 25 - 18 + 16 BD+63 0639 G249-041 V235
NN 06 09 18 +06 47.9 0.319 142.3 - 52.4 G4 V 6.87 +0.63 +0.13 0427 199 039 06 r 4.83 d + 62 - 16 + 11 42618 BD+06 1155 G102-057 LTT 11802
GJ 1088 06 09 25 -43 24.5 0.740 009.5 + 28 M3.5 K 12.32 +1.59 +1.26 +1.16 075 19 r 11.7 e - 51 - 18 + 5 1831
Wo 9204 s 06 09 55 -41 33.7 0.292 164.6 + 15.0 K2 V 9.29 +0.95 +0.68 +0.35 0437 136 027 04 r 6.45 d + 43 - 31 - 6 42931 CD-41 22660 U138 LTT 2482
NN 06 10 06 +51 41.1 0.370 258 m 12.86 +1.14 055 11 r 11.56 d G192-022
Wo 9205 06 10 18 +70 48.2 0.444 180.6 + 25.0 dG7 7.43 +0.77 +0.37 0427 119 044 06 r 5.65 c - 50 - 19 - 5 42250 BD+70 395 G251-005 LTT 11803
Gl 230 06 10 26 +10 38.7 0.302 164.2 + 6.0 SB? G2 V 6.45 +0.67 +0.15 +0.22 0569 061 0569 061 5.23 c + 3 - 25 - 6 42807 BD+10 10500
Wo 9206 s 06 10 51 -65 10.8 0.764 167.1 k 11.35 +1.46 +0.76 0427 145 037 06 r 9.19 d 1832 LTT 2486 LFT 461
NN 06 11 41 -23 50.9 0.125 336.0 + 22.4 G5 V 6.38 +0.72 061 08 r 5.31 c - 21 - 10 - 7 43162 CD-23 35770 BS 2225
Gl 231 06 11 44 -74 44.2 0.247 149.6 + 34.9 G5 V 5.08 +0.72 +0.33 +0.23 1141 102 1141 102 5.37 b + 17 - 30 - 12 43834 CP-74 3740 ALF Men
NN q 06 11 54 +19 10.5 0.217 208.4 + 35.7 F6 V 5.20 +0.44 +0.00 0377 119 046 06 r 3.51 c - 33 - 19 - 18 43042 BD+19 1270 LTT 11815 ADS 4842 optical
Wo 9207 06 13 38 +12 17.3 0.202 23.3 + 8.7 F5 IV-V 5.04 +0.42 -0.02 0434 102 0434 102 3.2 e - 13 + 10 + 17 43386 BD+12 1084 LTT 11823
Gl 231.1A 06 14 37 +05 07.0 0.261 306.7 + 9.6 F9 V 5.70 +0.60 +0.10 +0.22 0504 096 061 09 r 4.63 d - 16 + 13 - 9 43587 BD+05 11681
Gl 231.1B 06 14 32 +05 08.1 0.290 302 + 8.9 m+ 13.42 +1.41 +1.10 +1.24 0504 096 061 09 r 12.35 d - 15 + 15 - 12 BD+05 11682 G106-036
Wo 9209 A 06 15 37 -59 11.4 0.333 189.6 - 3.0 G3 V 6.43 +0.59 +0.14 +0.19 0420 136 044 07 r 4.65 d + 34 + 7 - 8 44120 CP-59 6190 LTT 2510 CD-59:1274
Wo 9209 B 06 15 37 -59 11.4 0.333 189.6 + 40 DB4 14.09 -0.09 -0.95 0420 136 044 07 r 12.31 d + 34 + 8 - 7 W LTT 2511 L 182-61 BPM 18164 sep 41" 302d (NLTT)
Gl 231.3 06 16 55 -06 37.6 0.669 187.0 M4 K 13.06 +1.70 +1.11 0676 136 0676 136 12.21 d 1836 Ross 417
NN 06 17 34 +44 16.2 0.305 145 m 12.27 +0.96 042 08 r 10.39 d G101-035
NN 06 18 05 +06 46.7 0.515 093.3 DA9 16.37 +0.55 -0.17 0448 042 0448 042 14.63 c G105-030 1838 W
GJ 2049 p 06 19 50 -22 42.1 0.671 292.6 M1.5 K 10.76 +1.44 +1.23 +0.98 0278 239 076 17 r 10.16 d CD-22 30050 1840 LTT 2531
Gl 232 06 21 37 +23 28.1 0.763 132.4 M4.5 K 13.06 +1.76 +1.30 1200 019 1200 019 13.46 a G104-037 1846 Ross 64
NN 06 21 39 +56 12.5 0.530 166.3 m 14.55 +1.76 +1.23 0449 047 0449 047 12.81 c G192-026 1848
NN 06 22 47 -28 45.0 0.204 233.6 - 4.4 G0 V 6.39 +0.62 045 06 r 4.66 c + 10 + 6 - 18 45184 CD-28 29810 BS 2318 LTT 2547
Gl 233 AB 06 23 14 +18 47.3 0.210 214.6 - 8.4 SB K2 V e 6.76 +0.94 +0.63 0666 042 0666 042 5.88 b + 9 - 5 - 14 45088 BD+18 12140 ADS 5054 sep 1.3" 162d d(m) = 6.8
Wo 9212 A 06 25 10 -25 49.3 0.290 220.0 + 35.8 F9 V 6.07 +0.53 +0.05 0437 153 035 04 s 3.79 c + 0 - 30 - 44 45588 CD-25 32370 LTT 2558
Wo 9212 B s 06 25 10 -25 49.3 0.290 220.0 K7 K 11.57 +1.04 +0.14 0437 153 035 04 s 9.29 c LTT 2559
Gl 234 A 06 26 51 -02 46.2 0.997 134.8 + 16.7 M4.5 J K 11.13 +1.71 J+1.20 J+1.37 J 2421 017 2421 017 13.05 a - 4 - 25 + 4 G106-049 1849 Ross 614 V(AB) = 10.10 d(m) = 3.5 ?
Gl 234 B 06 26 51 -02 46.2 0.997 134.8 14.6 * 2421 017 2421 017 16.5 * a 1850 V 577 Mon a = 0.932" 16.60 yr
NN 06 27 08 +50 05.0 M0 s 11.09 +1.50 +1.14 +0.84 052 09 r 9.67 d Steph 598
NN 06 28 18 +41 32.1 0.196 183 m 14.83 +1.53 090 15 r 14.60 d LP 205-49
Gl 236 s 06 30 07 -26 59.5 0.461 116 +113 M0 K 11.41 +1.37 +0.89C 0673 085 0673 085 10.55 c - 44 -108 - 11 L 597-031
Gl 237 06 30 22 -43 29.8 0.264 262 + 27 g-k 10.59 +1.48 +1.23 +0.73 0583 153 050 08 r 9.08 d - 9 - 14 - 33 CP-43 9120
NN 06 32 45 -69 55.2 0.701 17.4 m 13.0 * +1.08 042 09 r 11.1 * d 1852 LTT 2392 L 59-3
Gl 238 06 33 07 -58 29.9 0.885 332.8 - 16 m 11.62 +1.51 +1.16 +1.02 0710 119 0710 119 10.88 d - 56 + 23 - 7 1855 L 182-044
NN 06 33 20 +11 40.1 0.901 190.2 k-m 14.22 +1.65 +1.30 0551 036 0551 036 12.93 b G105-046 1857 USNO 705
Gl 239 06 34 19 +17 36.2 0.885 293.4 - 56.1 dM1 W 9.63 +1.49 +1.21 +0.73 0991 031 0991 031 9.61 a + 43 + 46 - 32 260655 BD+17 13200 G104-049 1858
Gl 239.1 06 34 30 -19 12.7 0.083 139.6 + 4.1 K1 III 3.96 +1.05 +1.01 0547 065 0547 065 2.65 c + 2 - 8 + 1 47205 BD-19 15020 NU Cma
Gl 240 06 35 55 -49 59.7 0.22 90 + 16 K0 C 9.62 +1.46 +1.22 +0.76 0697 102 0697 102 8.84 d + 0 - 21 + 7 CP-49 9900
NN 06 36 56 +28 38.2 0.250 174 k-m 11.93 +1.50 +1.19 046 22 r 10.2 f G103-049 LTT 11891 L 1389-16 LP 307-8
NN A 06 37 28 -61 29.3 0.072 330.0 + 32.3 G0 V 6.34 +0.62 J+0.12 J 046 07 r 4.65 d - 6 - 28 - 16 48189 CP-61 6881 BS 2468 V(AB) = 6.18 d(m) = 2.0
NN B 06 37 28 -61 29.3 0.072 330.0 8.3 * 046 07 r 6.6 * d CP-61 6882 sep = 2.1"
Gl 240.1 06 37 44 +79 37.4 0.613 187.7 + 15.7 SB? F8 V 5.45 +0.50 -0.02 0475 060 0475 060 3.83 c - 57 - 26 - 8 46588 BD+79 2120 1868
Gl 241 06 38 12 +24 00.6 0.338 143.5 - 44.6 dK6 W 8.13 +1.02 +0.92 +0.38 0570 064 0570 064 6.91 c + 49 - 19 - 2 47752 BD+24 13570 G109-020 V478
NN 06 38 36 +15 48.9 0.363 175 M3 K 13.77 +1.20 040 08 r 11.78 d G109-023 LTT 11899 Wolf 289
NN 06 38 48 -55 34.0 0.38 269 K7 V U 9.94 +1.31 +1.18 +0.52 040 07 r 7.95 d CD-55 15140 U145 CP-55:1035 LTT 2621
Wo 9216 p 06 38 53 +71 56.8 0.555 193.1 - 12 K7 K 10.95 +1.48 +1.21 +0.80 0378 094 0378 094 8.8 e - 39 - 50 - 31 G251-016 1865 V238 LTT 11898 LFT 480 AC+72:3338 GJ 2050
NN A 06 39 33 +03 37.9 0.287 173 m 12.06 +1.11 064 09 r 11.09 d G108-021
NN B 06 39 36 +03 38.6 0.287 173 m 13.33 +1.22 064 09 r 12.36 d G108-022 sep 51" 39d
NN A 06 39 54 +51 12.1 0.922 173.6 M3.5 J K 12.44 +1.59 J+1.25 J 0521 43 0521 43 11.02 b G192-039 1864 LP 121-41 L 1750-12 USNO 706 V(AB) = 12.34 d(m) = 2.5
NN B 06 39 54 +51 12.1 0.922 173.6 14.9 * 0521 43 0521 43 13.5 * b G192-039 sep 1.8"
Gl 242 06 42 29 +12 57.1 0.225 210.8 + 30.0 VAR F5 III 3.36 +0.43 +0.06 0502 112 0502 112 1.86 d - 25 - 22 - 16 48737 BD+13 13960 XI Gem BS 2484
NN A s 06 42 51 +32 36.5 0.462 280.1 -34.5 K3 V 8.77: +0.96 +0.70 0471 075 0471 075 7.14: d + 24 + 27 - 45 263175 BD+32 1398 G087-003 1866 LTT 11914
NN B s 06 42 53 +32 36.4 0.528 280.5 M0.5 K 12.17 +1.53 +1.23 0471 075 0471 075 10.54 d G087-004 1867 LTT 11915 Ross 419 sep 31" 101d
Gl 243 06 42 52 -27 17.6 0.288 357.9 - 12.1 G2 V 6.45 +0.54 -0.03 +0.32C 0605 136 040 06 r 4.46 d - 22 + 25 + 15 48938 CD-27 32480
Gl 244 A 06 42 57 -16 38.8 1.328 204.3 - 9.4 VAR A1 V -1.43 +0.00 -0.04 -0.11 3804 029 3804 029 1.47 a + 15 + 1 - 11 48915 BD-16 15911 219 ALF CMa ADS 5423 LTT 2638
Gl 244 B 06 42 57 -16 38.8 1.328 204.3 DA2 8.44 -0.03? -1.04 3804 029 3804 029 11.34 a BD-16 15912 W049 a = 7.500" P = 50.090 yr
Gl 245 06 43 08 +43 37.8 0.164 359.0 - 23.9 G0 V 5.24 +0.56 +0.05 0662 085 0662 085 4.34 c + 25 + 8 - 3 48682 BD+43 15951 PSI(5) Aur
Gl 245.1 s 06 43 31 -31 44.1 0.387 213.4 + 32.0 F6 V 5.92 +0.49 -0.04 +0.28C 0504 093 041 04 s 3.98 c + 11 - 30 - 44 49095 CD-31 36400 dF6 (Wil)
Gl 246 06 44 15 +37 35.1 0.968 193.3 + 80.0 DA2 12.06 -0.08 -0.92 0626 031 0626 031 11.04 b - 47 - 58 - 32 G087-007 1870 W050 L 1534-001
NN 06 44 47 +02 34.4 0.436 275 DA8 15.68 +0.32 -0.53 0546 055 0546 055 14.37 c G108-026 W484
Gl 247 06 45 27 +60 23.2 0.476 29.1 - 52.9 dM0 p M 8.58 +1.22 +1.17 +0.48 0506 029 0506 029 7.10 b + 69 + 4 + 8 48948 BD+60 10030 G250-022 6 V479 pi(t) Heintz AJ 94
GJ 1091 s 06 45 27 +37 12.0 0.14 263 13.34 +1.35 +0.99 0443 054 0443 054 11.57 c "near G87-8"
GJ 1092 06 45 41 +37 11.7 1.618 172.3 m 13.76 +1.66 +0.94 +1.25 0758 039 0758 039 13.16 b G087-008 220
NN 06 46 16 +35 12.1 0.315 154 K5 s 10.17 +1.32 +1.27 +0.57 040 06 r 8.18 d G087-009 LP 254-40
Gl 248 06 47 41 -61 53.2 0.276 345.1 + 20.6 A7 IV 3.27 +0.21 +0.13 +0.14C 0509 102 0509 102 1.80 d - 25 - 19 - 9 50241 CP-61 7200 ALF Pic
Gl 249 06 47 49 +47 26.2 0.736 198.2 + 22.2 dK6 W 8.99 +1.24 +1.16 +0.50 0504 111 056 10 r 7.73 d - 43 - 42 - 28 49601 BD+47 13550 G107-027 1874 V239
Gl 249.1 06 48 30 -46 33.6 0.370 359.0 + 20.1 F5 III 5.13 +0.45 -0.03 +0.26 0485 123 0485 123 3.6 e - 39 - 14 + 4 50223 CD-46 27030
NN AB 06 49 29 +60 56.8 1.147 152.3 M3.5 K 11.06 +1.54 J +1.39CJ 0915 036 0915 036 10.87 a G250-029 221 LTT 11937 LP 87-237 L 1815-5 Hei 334 d(m) = 0.5 V(AB) = 10.52
NN 06 49 36 +18 20.0 0.208 40 m 13.18 +1.17 053 10 r 11.80 d LTT 11938 L 1246-11 LP 421-7
Gl 250 A 06 49 52 -05 06.7 0.544 269.8 - 9.6 K3 V U 6.59 +1.05 +0.95 +0.39 1089 054 1089 054 6.78 b + 2 + 15 - 21 50281 BD-05 18441 1875 U148
Gl 250 B 06 49 52 -05 07.7 0.541 270.0 - 6.9 M2 K 10.09 +1.50 +1.26 +0.98 1089 054 1089 054 10.28 b - 1 + 13 - 21 BD-05 18442 1876
Wo 9219 06 51 34 -28 28.2 0.519 147.5 + 72.1 G5 IV 6.03 +0.72 +0.27 +0.24 0414 084 0414 084 4.12 d + 13 - 92 - 7 50806 CD-28 35540 1878 LFT 496
Gl 251 06 51 35 +33 20.3 0.851 242.3 + 22.9 dM4 W 10.01 +1.57 +1.21 +1.11 1736 022 1736 022 11.21 a - 28 - 3 - 16 G087-012 1879 V482 AC+33:25644
Wo 9220 A 06 51 49 +13 14.6 0.100 139.8 + 14.8 SB A9 V p 4.74 +0.31 +0.03 0407 084 039 04 s 2.70 c - 9 - 16 + 5 50635 BD+13 1462 BS 2564 ADS 5559
Wo 9220 B 06 51 49 +13 14.6 0.100 139.8 + 22.3 G6 V 7.68 +0.72 +0.20 0407 084 039 04 s 5.64 c - 16 - 19 + 5 sep 7.0" d(m) = 2.9
Gl 251.1 s 06 52 10 +12 13.7 0.333 190 + 16.4 dM1.5 W 10.55 +1.24 +1.23 +0.50 0440 207 029 05 r 7.86 d - 2 - 48 - 31 BD+12 13430 G110-021 V012
Gl 252 06 52 14 +25 26.4 0.049 301.8 - 15.1 G0 V 5.74 +0.57 +0.00 +0.22 0527 115 059 08 r 4.59 c + 13 + 6 - 5 50692 BD+25 14960
NN 06 52 18 +55 02.9 0.706 199.2 k-m 11.8 * 0586 056 0586 056 10.6 * c G192-058 1882
NN A p 06 52 59 +40 08.8 0.466 164.4 + 50.9 K5 V 9.12 +1.12 +1.05 +0.43 0381 030 0381 030 7.02 b - 54 - 55 + 10 BD+40 1758 G107-037 V240A LTT 11946
NN B p 06 52 59 +40 08.8 0.466 164.4 + 51.2 M1 K 11.10 +1.43 +0.81 0381 030 0381 030 9.00 b - 54 - 54 + 11 G107-038 V240B LTT 11947
NN 06 53 17 +62 23.7 0.516 139.9 m 13.65 +1.47 129 20 r 14.20 d G250-031 1885
Gl 253 s 06 53 51 -55 11.5 0.182 187.6 + 40.1 G7 V 8.17 +0.78 +0.37 +0.24 0696 085d 7.38 c + 8 - 36 - 20 51608 CP-55 10950
Gl 254 06 53 52 +30 49.6 0.230 157.6 - 7.8 K7 K 9.72 +1.36 +1.23 +0.62 0728 205 056 11 r 8.46 d + 9 - 19 - 2 266611 BD+30 1367a G087-016 V013
Wo 9222 s 06 54 41 -74 39.8 0.197 341.4 - 0.9 F8 V +A/F 7.65 +0.53 +0.05 0410 136 020 03 r 4.16 d - 45 - 9 - 6 52449 CP-74 4210 composite spectra (Michigan)
NN 06 55 22 +14 17.3 0.009 219.7 G5 8.28 048 05 o 6.69 c 51534 BD+14 512
Gl 255 A 06 55 30 -35 26.4 0.040 296.9 + 10.1 F8 IV-V 6.91 +0.46 J-0.06 J+0.26CJ 0684 136 0684 136 6.09 d - 6 - 8 - 4 51825 CD-35 32332 BS 2612 V(AB) = 6.23 d(m) = 0.16
Gl 255 B 06 55 30 -35 26.4 0.040 296.9 F8 IV-V 7.1 * 0684 136 0684 136 6.3 * d CD-35 32333 a = 0.218" P = 16.74 yr
Gl 256 p 06 56 07 -12 55.3 0.119 134.4 - 7.7 K4 V 9.15 +1.16 +1.06 +0.50 0368 107 047 07 r 7.51 d + 13 - 3 + 4 51849 BD-12 1724 V485
Gl 257 A 06 56 21 -44 13.3 1.134 265.0 M3 K 11.5 +1.66 J+1.21 J+1.12 J 1169 081 1169 081 11.8 b CD-44 30452 222 V(AB) = 10.84 d(m) = 0.2
Gl 257 B 06 56 21 -44 13.3 1.134 265.0 M3 K 11.7 * 1169 081 1169 081 12.0 * b CD-44 30453
GJ 1093 06 56 29 +19 25.8 1.225 137.3 m 14.83 +1.93 +1.60 1289 035 1289 035 15.38 a G109-035 223
NN 06 56 53 -10 11.2 0.729 181.9 m 13.5 : +1.20 051 10 r 12.0 : d 1887 LTT 2704 L 814-1 LP 721-2
NN 06 57 36 +32 02.5 0.684 150.6 DC9 16.57 +0.96 +0.42 0536 009 0536 009 15.22 a 1889 W485 LP 308-010
Gl 257.1 q 06 57 49 +48 27.4 0.700 127.3 - 22.8 K3 V 8.00 +0.99 +0.87 0332 079 054 08 r 6.66 d + 23 - 56 + 25 51866 BD+48 14690 G107-042 1890
Gl 258 06 59 07 +68 21.7 0.341 82 M3.5 K 11.96 +1.53 +1.08 0565 136 0565 136 10.7 e G250-033 AC+68:2911
Gl 259 06 59 11 -25 52.6 0.207 79.7 + 12.6 K0 Ve 6.71 +0.89 +0.62 +0.30 0674 136 074 11 r 6.06 d - 5 - 14 + 11 52698 CD-25 39130
Gl 260 06 59 25 -61 16.1 0.300 323.8 + 21.3 K0 IV-V 6.82 +0.80 +0.43 +0.39C 0615 136 063 11 r 5.82 d - 21 - 17 - 15 53143 CP-61 7540
Gl 261 06 59 27 -06 22.1 0.898 185.0 DA 15.27 +0.88 0790 246 0790 246 14.8 e 1892 W L 886-6
NN 06 59 54 +52 47.5 1.166 141.7 M4.5 K 13.30 +1.84 +1.43 1091 028 1091 028 13.49 a G193-027 224 LTT 11965 LFT 506 LP 122-59 L 1750-5
NN 06 59 56 -67 50.9 0.240 351.0 + 38.6 K3 III 5.17 +1.40 +1.65 +0.52 0411 131 0411 131 3.2 e - 22 - 40 - 14 53501 CP-67 6860 LTT 2717 CD-67: 492
NN 07 00 05 +34 46.2 0.183 331 m 13.17 +1.26 075 13 r 12.55 d LP 255-11
GJ 1094 07 00 17 -06 43.3 0.358 213.9 K5 V 8.38 +1.08 +0.96 +0.40 0633 033 0633 033 7.39 b 52919 BD-06 1902 U152 LTT 2722
Gl 262 07 00 20 +29 25.4 0.841 169.1 + 25.4 G4 V 5.94 +0.60 +0.04 +0.21 0586 119 055 09 r 4.64 d - 19 - 74 - 8 52711 BD+29 14410 1893
NN 07 01 46 +25 04.6 0.328 215 M1 K 11.62 +1.48 +1.16 040 09 r 9.63 d G088-004 LTT 11970 Ross 874
Gl 263 07 01 56 -10 25.3 0.806 188.5 - 87 M3.5 K 11.29 +1.52 +1.10 +0.97 0615 054 0615 054 10.23 b + 98 + 25 - 34 1895 Ross 54
Gl 264 07 02 18 -43 29.5 0.404 346.6 + 88.0 K5 V 8.68 +1.18 +1.13 +0.49 0550 170 060 09 r 7.57 d - 54 - 74 - 20 53680 CP-43 11840 U153
Gl 264.1A 07 02 25 -43 32.3 0.398 343.8 + 86.4 G3 V 5.55 +0.64 +0.05 +0.22 0502 084 066 07 r 4.65 c - 50 - 73 - 21 53705 CD-43 29061
Gl 264.1B 07 02 25 -43 32.3 0.398 343.8 + 90.4 K0 V 6.79 +0.80 +0.37 +0.28 0502 084 066 07 r 5.89 c - 51 - 77 - 22 53706 CD-43 29070
Gl 265 A s 07 02 35 +27 32.9 0.122 205.2 - 25.3 M0 Ve 10.22 +1.32 +1.20 +0.45 0597 136 0597 136 9.10 d + 23 - 3 - 14 BD+27 13111 V014
NN 07 02 46 +67 16.8 0.279 254 dM0 M 11.18 +1.51 +0.88 056 10 r 9.92 d G250-034 V242 LTT 11972 AC+67:2334
NN 07 03 51 +48 46.2 0.309 185 m 13.40 +1.25 065 12 r 12.46 d G107-048
NN 07 04 06 +69 56.1 0.344 213 m 12.54 +1.02 044 09 r 10.76 d G251-027
Gl 266 07 04 32 +03 31.8 0.320 183 dM0 M 9.84 +1.29 +0.53 0423 103 042 05 r 7.96 c G108-056 V487 AC+03:2350-326
Wo 9224 s 07 04 48 -47 30.6 0.20 139 k 10.54 +1.17 +1.17 +0.60C 0394 153 024 03 r 7.44 c CD-47 28040 LTT 2738
NN 07 04 54 +29 55.1 0.343 206.6 + 21 K3 K 8.32 +0.93 +0.58 040 07 r 6.33 d - 25 - 30 - 24 53927 BD+30 1423 G087-024 LTT 11979
NN 07 05 28 +30 47.6 M0 s 11.36 +1.49 +1.17 +0.79 041 07 r 9.42 d BD+ 7 1684 Steph 626
Gl 268 07 06 39 +38 37.5 1.052 207.9 + 37.9 SB M4.5 Ve 11.49 +1.71 +1.20 +1.37 1646 031 1646 031 12.57 a - 44 - 20 - 8 G087-026 226 Ross 986 AC+38:23616
NN A s 07 06 51 +37 45.3 0.367 220 sdM6 14.67 +1.65 +1.27 +1.25 0415 029 0415 029 12.76 b G087-028
NN B s 07 06 52 +37 45.3 0.367 220 DQ8 15.68 +0.30 -0.70 0415 029 0415 029 13.77 b G087-029 W051 sep 13" 226d (NLTT)
NN 07 08 16 +52 21.7 0.240 205 M0 s 11.29 +1.48 +1.21 +0.83 046 08 r 9.60 d G193-037
NN p 07 08 34 -14 21.5 0.539 302.5 K5 K 9.94 +1.35 +1.25 +0.57 0369 090 044 08 r 8.16 d BD-14 1750 1900 LTT 2755 Ross 55 NSV 3445
NN 07 09 27 -48 51.1 0.192 354.1 + 63.6 K2 III 5.12 +1.26 +1.27 +0.47 0406 239 0406 239 3.2 f - 32 - 58 - 13 55526 BD-48 2765 LTT 2758
Gl 268.1 07 11 08 -46 40.5 0.172 306.2 + 1.1 F0 IV 4.48 +0.32 -0.01 +0.20C 0461 102 0461 102 2.80 d - 15 + 5 - 9 55892 CD-46 29770 I Pup
GJ 1095 07 12 08 +47 19.9 0.188 170.4 + 85.2 G0 V 5.64 +0.58 +0.03 0393 106 058 09 r 4.46 d - 80 - 2 + 33 55575 BD+47 1419 BS 2721
Gl 268.2 07 12 42 -63 15.9 0.623 333.3 - 20 K5 V 9.10 +1.25 +1.22 +0.53 0523 072 0523 072 7.69 c - 57 + 18 + 0 56533 CP-63 7030 1908
GJ 1096 07 13 03 +33 14.8 0.426 198 m+ 14.48 +1.75 +0.86? +1.37 0671 047 0671 047 13.61 b G087-032
Gl 268.3 07 13 14 +27 14.0 0.240 187 dM0 M 10.85 +1.54 +1.28 +1.12 0694 188 126 25 r 11.35 d BD+27 13480 G109-055 V490
NN 07 13 20 +58 29.8 0.096 211 DA4 12.0 : 082 11 w 11.6 : c W GD 294
NN s 07 13 33 -12 57.8 0.531 289.3 + 60.0 G2 V 7.75 +0.61 -0.02 +0.23 0432 060 0432 060 5.93 d - 72 - 15 - 40 56274 BD-12 1871 1910 LTT 2776
Wo 9228 q 07 13 59 -15 29.7 0.059 251.8 + 10.0 A3 V 5.44 +0.08 +0.06 0212 162 0212 162 2.1 f - 8 - 6 - 13 56405 BD-15 1734
Gl 268.4 x 07 14 19 -40 56.6 0.332 309.6 + 16.3 G3 V 9.09 +0.66 +0.10 +0.35C 0455 119 0455 119 7.4 e - 34 - 3 - 18 56640 CP-40 14030
NN 07 14 35 +19 39.9 0.426 233.3 m 12.80 +1.56 +1.22 +1.08 0466 025 0466 025 11.14 b G088-019 6 LTT 17957
NN 07 14 44 +39 22.0 0.280 260 M0.5 K 10.33 +1.51 +1.20 +0.80 066 13 r 9.43 d G107-061 LTT 12003 Ross 987
Gl 268.5 s 07 15 11 -13 54.6 0.267 216 K5 K 12.11 +1.43 +0.84C 0440 188 019 04 r 8.50 d AC-13:1069-363
Wo 9231 A 07 15 13 +16 37.9 0.062 229.7 - 9.2 A3 V 3.58 +0.11 +0.10 -0.05 0460 064 0460 064 1.89 d + 8 + 1 - 8 56537 BD+16 1443
Wo 9231 B 07 15 13 +16 37.9 0.062 229.7 10 * 0460 064 0460 064 8 * e sep 9.6" 33d d(m) = 6.24
Gl 269 A 07 16 03 -46 53.7 0.578 358.1 + 59.0 K1 V 7.15 +0.99 J+0.78 J+0.36 J 0816 078 0816 078 6.71 c - 43 - 53 - 3 57095 CD-46 30462 1911 U155 V(AB) = 6.69 d(m) = 0.70
Gl 269 B 07 16 03 -46 53.7 0.578 358.1 K4 V 7.9 * 0816 078 0816 078 7.5 * c CD-46 30463 a = 0.609" P = 84.0 yr
Gl 270 07 16 15 +32 55.7 0.574 125.9 - 68.9 dM1.5 W 10.07 +1.44 +0.80? +0.70 0603 067 0603 067 8.97 c + 76 - 31 + 0 BD+33 15050 G087-033 1912 V016
Gl 271 A 07 17 08 +22 04.6 0.029 239.1 - 15.3 SB F1 IV-V 3.53 +0.34 +0.04 +0.10 0624 057 0624 057 2.51 b + 14 + 4 - 6 56986 BD+22 16451 DEL Gem BS 2777 ADS 5983 V(AB) = 3.52 d(m) = 4.67
Gl 271 B 07 17 08 +22 04.6 0.029 239.1 + 2.2 K3 V 8.2 * 0624 057 0624 057 7.2 * c - 3 - 1 - 1 a = 6.975" P 1200 yr
NN s 07 19 33 +30 46.5 0.715 214.0 k-m 13.34 +1.50 +1.04 0420 033 0420 033 11.46 b G087-036 1914 LTT 17963
Gl 272 07 19 37 +46 11.3 0.280 215 - 30.3 dM2 M 10.53 +1.46 +0.84 0586 065 0586 065 9.37 c + 18 - 17 - 28 G107-065 V493 AC+47:256-150
GJ 2057 07 20 59 +13 04.1 0.440 169.5 + 38.8 K2 K 8.20 +0.94 +0.80 +0.34 043 06 r 6.37 d - 17 - 60 - 4 57901 BD+13 1655 G089-016 LTT 12011
NN 07 21 30 -82 54.8 0.676 352.7 m 11.75 +0.89 044 08 r 9.97 d 1909 LTT 2823 L 15-86
NN 07 24 31 +22 08.9 0.292 237 m 11.23 +1.49 +1.20 +0.92 0515 025 0515 025 9.79 b G088-028 LTT 12020 Ross 878
Gl 273 07 24 43 +05 22.7 3.761 171.2 + 18.2 M3.5 K 9.85 +1.56 +1.16 +1.21 2644 020 2644 020 11.96 a + 16 - 66 - 17 BD+05 16680 G089-019 33 V017
Gl 273.1 07 25 49 +32 05.7 0.232 44.4 - 4.1 dK8 M 7.74 +0.94 +0.65 +0.37 0483 059 0483 059 6.16 c + 10 + 11 + 18 58830 BD+32 15610 G090-001 V880
Gl 274 A 07 25 54 +31 53.1 0.232 41.6 + 3.1 SB? F0 V 4.18 +0.32 -0.03 0591 050 0591 050 3.04 b + 2 + 9 + 16 58946 BD+32 15621 RHO Gem
Gl 274 B 07 25 54 +31 53.1 0.232 41.6 12.5 * 0591 050 0591 050 11.4 * b BD+32 15622
NN 07 26 00 -18 42.0 0.588 3.9 k-m 13.65 +1.35 086 13 r 13.32 d 1918 LTT 2844 L 744-10 LP 782-2
Wo 9234 07 26 09 +49 46.7 0.139 133.0 - 26.7 F6 V 5.36 +0.45 -0.06 0447 102 044 05 r 3.58 c + 25 - 18 - 4 58855 BD+49 1630
Gl 275 07 26 11 -51 18.0 0.283 267.6 + 3.4 G5 IV-V 6.73 +0.70 +0.26 0565 153 0565 153 5.5 e - 9 + 4 - 22 59468 CD-51 25070
GJ 1097 07 26 14 -03 11.2 0.940 150.9 M3 11.43 +1.50: +1.17 +1.10 0908 027 0908 027 11.22 a G112-021 1920
Gl 275.1 07 26 52 +68 43.7 0.220 238 + 4 dM0 M 10.89 +1.43 +0.83 0530 119 055 09 r 9.59 d - 15 - 2 - 12 G250-049 V245 AC+68:3124
NN 07 27 00 -07 26.9 0.142 24.8 + 9.1 F8 V 5.86 +0.48 -0.02 040 05 r 3.87 c - 13 + 2 + 14 59380 BD- 7 1996
Gl 275.2A 07 27 02 +48 19.4 1.295 189.8 sdM5 13.56 +1.71 +1.22 0865 023 0865 023 13.25 a G107-069 229
Gl 275.2B 07 27 06 +48 17.8 1.295 189.8 DC 14.63 +0.99 +0.36 0865 023 0865 023 14.32 a G107-070 230 W052
NN 07 27 48 +58 02.0 0.929 178.6 + 16 M6 : 17.4 * 055 04 s 16.1 * b - 45 - 68 + 0 1923 LP 88-196 Mv = 16.1 +- .9 G&L ApJ 305, 784
Gl 276 07 28 18 +14 43.5 0.297 167.6 + 65.6 dK8 M 8.98 +1.10 +1.06 +0.45 0456 054 0456 054 7.27 c - 47 - 54 + 11 59582 BD+14 16840 G089-026 V247
NN 07 28 32 +39 20.2 0.293 146 m 13.08 +1.10 043 09 r 11.25 d G111-009
Gl 277 A 07 28 40 +36 19.8 0.440 231.5 + 0.1 SB dM3.5e W 10.58 +1.47 +1.15 +1.07 0830 024 0830 024 10.18 a - 9 - 9 - 22 BD+36 16380 G087-044 V246 VV Lyn
Gl 277 B 07 28 39 +36 20.4 0.441 231 + 0.1 dM4.5e W 11.78 +1.52 +1.18 +1.22 0830 024 0830 024 11.38 a - 9 - 10 - 22 G087-043 Ross 989
GJ 1098 07 28 49 +64 16.1 0.258 164 DC9 16.38 +0.91 055 06 w 15.08 c G234-004 W321 LP 58-247
NN 07 28 56 -37 14.0 0.096 297.4 + 8.6 G4 V 6.64 +0.63 044 05 r 4.86 c - 11 - 4 - 7 59967 CD-37 36370
NN A s 07 29 11 +17 25.7 0.270 238 dM0 M 11.02 +1.38 +1.28 +0.67 0404 046 0404 046 9.05 c G088-036 V498
NN B s 07 29 10 +17 25.7 0.270 238 m 12.95 0404 046 0404 046 10.98 c G088-035 Wor 27 sep 11"
NN A 07 29 42 -08 46.3 0.185 209.9 + 55.0 F9 V 5.90 +0.54 -0.08 +0.21 046 06 r 4.21 c - 32 - 47 - 12 59984 BD-08 19641 BS 2883
NN B 07 29 42 -08 46.3 0.185 209.9 8.6 * 046 06 r 6.9 * c BD-08 19642 cpm with ADS 6158 ? sep 23.4"
Gl 277.1 07 29 57 +63 03.1 0.424 261.8 dM0 M 10.49 +1.55 +0.80 0704 046 0704 046 9.73 b G234-005 6 V497 AC+63:14097
NN x 07 30 50 +22 30.6 1.104 122.8 m 16.46 +1.60 0407 010 0407 010 14.51 a 231 LP 365-22
NN 07 31 12 +54 58.0 0.104 291 dM0 M 11.29 +1.55 +0.98 071 14 r 10.55 d V499
Gl 278 A 07 31 25 +32 00.0 0.198 238.9 + 6.0 SB A1 V 1.94 +0.04 J+0.02 J 0683 028 0683 028 1.11 a - 10 - 4 - 10 60179 BD+32 15813 ALF Gem BS 2891 ADS 6175 V(AB) = 1.56 d(m) = 0.95
Gl 278 B 07 31 25 +32 00.0 0.198 238.9 - 1.2 SB A m 2.85 0683 028 0683 028 2.02 a - 4 - 3 - 13 60178 BD+32 15814 BS 2890 a = 6.295" P = 420.07 yr
Gl 278 C 07 31 26 +31 58.8 0.232 241.4 - 1.9 SB M0.5Ve 9.07J +1.49 J+1.04 J+0.78 J 0683 028 0683 028 8.24J a - 4 - 3 - 15 BD+32 15820 YY Gem sep(AC) 72.5" 64d (1835-1955) d(m) = 0.0
NN 07 31 39 +22 26.9 0.200 119 k 11.53 +1.50 +1.32 055 27 r 10.2 f LP 365-24
GJ 1099 07 31 43 +01 06.2 0.628 175.6 m 11.93 +1.47 +1.11 +1.03 0682 026 0682 026 11.10 a G112-027 1928
Gl 279 07 31 55 -22 11.2 0.062 313.2 + 61.0 F6 IV 4.45 +0.51 +0.05 +0.30C 0480 082 0480 082 2.86 d - 38 - 48 - 3 60532 BD-21 20070
Wo 9237 s 07 33 32 -03 02.5 0.304 289.4 G0 K 7.16 +0.57 +0.03 0391 153 028 05 r 4.40 d 60779 BD-02 2197 G112-029 LTT 2893
NN 07 33 43 +07 11.7 0.354 145 m 13.22 +1.48 162 26 r 14.27 d G089-032 LTT 17993
Wo 9238 s 07 34 49 +28 23.8 0.503 129.1 M3 K 13.85 +1.47 +0.92 +0.99 0397 034 0397 034 11.84 b G088-043 1933 LTT 12045 LFT 536 Ross 394
NN 07 34 52 -51 48.5 0.612 41.0 m 12.45 +1.12 062 12 r 11.41 d 1932 LTT 2899 L 240-16
NN 07 35 18 +85 06.0 0.373 204 m 12.80 +1.09 048 10 r 11.21 d G222-018 LP 4-258
NN A p 07 36 22 +33 34.9 0.243 222 m 11.83 +1.46 +1.19 +0.93 0264 025 0264 025 8.94 c G090-016 LTT 17998
NN B p 07 36 23 +33 35.0 0.243 222 m+ 18 * 0264 025 0264 025 15 * e LP 256-44 sep 13" 56d
NN 07 36 29 -21 06.1 0.681 138.1 m 11.7 * +1.09 079 16 r 11.2 * d 1935 LTT 2906 L 672-19 LP 783-1
Gl 280 A 07 36 41 +05 21.3 1.247 214.5 - 4.0 SB F5 IV-V 0.38 +0.42 +0.02 +0.14 2858 053 2858 053 2.66 a + 5 - 8 - 19 61421 BD+05 17391 233 ALF Cmi
Gl 280 B 07 36 41 +05 21.3 1.247 214.5 DA 10.7 * 2858 053 2858 053 13.0 * a BD+05 17392 W053
Gl 281 07 36 48 +02 18.2 0.270 205 + 10 dM0 M 9.61 +1.44 +1.28 +0.71 0700 034 0700 034 8.84 b - 4 - 17 - 12 BD+02 17290 G112-035 V503
Gl 282 A 07 37 29 -03 28.7 0.297 165.7 - 21.1 K2 Ve 7.20 +0.96 +0.73 +0.32 0743 065 0743 065 6.55 b + 27 + 0 - 8 61606 BD-03 20010 G112-037 U165
Gl 282 B 07 37 33 -03 29.0 0.279 165.1 - 13.4 K5 K 8.94 +1.33 +1.24 +0.57 0743 065 0743 065 8.29 b + 21 - 5 - 6 BD-03 20020 G112-038
NN s 07 38 01 +49 20.4 0.076 261.2 + 7.6 dK8 M 9.73 +1.19 +1.06 +0.47 0465 183 036 04 r 7.51 c - 11 + 2 - 5 BD+49 1658 V501
Gl 283 A 07 38 02 -17 17.4 1.252 116.6 + 11 DZQ6 13.00 +0.24 -0.62 +0.04 1120 050 1120 050 13.25 a + 56 + 3 + 28 235 W054 L 745-046
Gl 283 B 07 38 02 -17 17.4 1.252 116.6 m 16.42 +1.83 1120 050 1120 050 16.67 a 234
NN 07 39 15 +05 09.6 0.285 253 m 12.71 +1.08 048 10 r 11.12 d G050-001 LTT 12058
NN 07 40 18 +18 18.3 0.500 188.5 k-m 11.34 +1.40 +1.05 +0.87 049 09 r 9.79 d BD+18 1719 G088-048 1942 LTT 12062 L 1249-13
Gl 284 07 41 24 -45 02.7 0.561 188.3 + 28.0 VAR G6 IV 5.06 +0.77 +0.32 +0.27 0541 102 0541 102 3.73 d + 34 - 30 - 34 62644 CD-44 36750 1939
Gl 285 07 42 04 +03 40.8 0.604 221.4 + 26.8 dM4.5e W 11.20v +1.60 +1.00 +1.4 v 1611 041 1611 041 12.24v a - 20 - 23 - 10 G050-004 1943 YZ CMi Ross 882 LFT 547
Gl 285.1 q 07 42 11 +70 19.9 0.169 212.3 - 22.6 SB dG5 W 7.09 +0.66 +0.27 0298 111 040 07 r 5.10 d + 2 - 23 - 20 61994 BD+70 4740
Gl 286 07 42 16 +28 08.9 0.628 265.3 + 3.6 K0 IIIb 1.14 +1.00 +0.85 +0.35 1003 053 1003 053 1.15 b - 16 + 4 - 25 62509 BD+28 14631 1945 BET Gem
Gl 287 p 07 42 25 +02 15.7 0.225 167.3 - 21 dM0 M 10.20 +1.37 +1.31 +0.60 0362 115 043 06 r 8.37 d + 30 - 8 - 11 BD+02 1766 V505
Gl 288 A 07 43 43 -34 04.4 1.700 350.2 +102.6 G0 V 5.36 +0.59 -0.06 +0.23 0625 086 0625 086 4.34 c -151 - 56 + 36 63077 CD-33 41130 237
Gl 288 B 07 43 51 -33 49.2 1.63 348 m 16.59 +1.20 +0.57C 0625 086 0625 086 15.57 c 237a VB3
GJ 1100 s 07 44 46 -13 48.6 0.492 165.7 M1 K 11.50 +1.41 +0.75 0467 061 0467 061 9.85 c 5127 Ross 391
GJ 1101 07 44 56 +83 31.3 0.646 205.2 m 13.09 +1.68 +1.28 0801 031 0801 031 12.61 a G253-006 1956
Gl 289 07 45 15 +20 30.4 1.728 124.2 + 48.4 M2 K 11.46 +1.52 +1.10 +0.89 0667 027 0667 027 10.58 a + 16 -103 + 81 G091-011 238 V507 Wolf 1421
GJ 1102 A 07 47 33 +07 20.7 1.778 173.2 DC9 16.69 +1.10 0586 020 0586 020 15.53 a 240 W427 LP 543-33 USNOP
GJ 1102 B 07 47 32 +07 20.9 1.778 173.2 DC9 16.98 +1.30 0586 020 0586 020 15.82 a 239 W426 LP 543-32
Gl 290 07 48 07 +80 23.7 0.489 279.2 - 7.2 G8 V 6.56 +0.73 +0.28 0605 088 0605 088 5.47 d - 9 + 9 - 37 62613 BD+80 2380 5130
Wo 9242 s 07 48 31 -59 15.0 0.376 126.2 + 3.1 G5 V 7.50 +0.68 +0.19 0423 188 033 05 r 5.09 d + 48 - 8 + 23 64184 CP-59 9070 LTT 2959
NN 07 49 11 +05 41.0 0.572 134.9 m 14.75 +1.82 +1.47 0628 036 0628 036 13.74 b G050-006 1950 LTT 12076
GJ 1103 A 07 49 20 +00 08.1 0.766 160.6 + 52 m 13.50 +1.68 J+1.05 J+1.43 J 1138 033 1138 033 13.78 a - 19 - 57 + 7 G112-050 1951 LP 603-1 L 961-1 V(AB) = 13.26 d(m) = 1.5
GJ 1103 B 07 49 21 +00 08.2 0.766 160.6 m 15.0 * 1138 033 1138 033 15.3 * a 1952 LP 603-2 sep 3" 78d d(R) = 1.3, d(pg) = 1.0 (LHS)
Gl 291 A 07 49 27 -13 45.8 0.350 191.0 - 21.5 SB F9 V 5.72c +0.57c +0.05c +0.24tJ 0627 041 0627 041 4.71c b + 28 + 3 - 20 64096 BD-13 22672 ADS 6420 V(AB) = 5.17 d(m) = 0.73
Gl 291 B 07 49 27 -13 45.8 0.350 191.0 G4 V 6.17c +0.65c +0.14c 0627 041 0627 041 5.16c b BD-13 22673 a =0.622" P = 23.30 yr ; UBV from d(m) =0.7 (Eggen) !
Gl 291.1 s 07 49 42 -50 10.7 0.21 320 K2 C 10.06 +1.22 +1.18 0466 102 0466 102 8.40 d CP-49 13880 U629
NN 07 49 45 +26 03.5 0.159 167.7 K4 s 8.60 +1.04 +0.90 +0.40 046 05 r 6.91 c BD+26 1665 Steph 665
NN 07 49 53 +06 26.4 0.227 168 m 13.56 +1.14 040 08 r 11.57 d G050-007 LTT 12080
GJ 1104 s 07 50 22 +30 45.7 1.972 158.4 -235.0 VAR G2 VI 8.30 +0.61 -0.13 +0.26 0441 031 0441 031 6.52 b +251 -170 - 90 64090 BD+31 1684 G090-025 241
Gl 292 A 07 50 24 -34 34.7 0.310 319.8 + 26.7 F5 V 5.05 +0.44 J-0.06 J+0.16 J 0699 065 0699 065 4.27 c - 28 - 18 - 5 64379 CD-34 40361 BS 3079 V(AB) = 5.01 d(m) = 3.55
Gl 292 B 07 50 24 -34 34.7 0.310 319.8 K3 K 8.6 * 0699 065 0699 065 7.8 * c CD-34 40362 sep 3.0" 274d (1959)
Gl 292.1 p 07 51 59 +19 22.5 0.461 167.8 - 18.7 dK6 W 7.78 +0.95 +0.80 +0.36 0355 040 0355 040 5.53 c + 35 - 51 - 17 64468 BD+19 18691 G091-019 6
Gl 292.2 07 52 03 -01 16.8 0.283 259.0 +102.0 SB G8 V 7.43 +0.73 +0.16 +0.30 0519 102 043 07 r 5.60 d - 86 - 63 - 5 64606 BD-01 18830 G112-054
NN AB 07 52 52 -29 12.6 0.548 148.3 M4 K 13.38 +1.33 J 080 13 r 12.90 d 1955 LTT 2982 L 601-78 LP 898-1 V(AB) = 12.85 d(m) = 0.5 ; sep 0.8" 290d
Gl 293 07 52 52 -67 38.4 2.041 135.6 DQ9 14.08 +0.66 -0.17 +0.15 1447 139 1447 139 14.88 c 34 W056 L 97-12
GJ 1105 07 54 47 +41 26.9 0.685 163.0 - 11 k 12.00 +1.63 +1.15 +1.21 1235 030 1235 030 12.46 a + 10 - 26 - 3 G111-047 1963
Gl 293.1A 07 55 25 -00 40.7 0.181 270.0 - 4.0 K5 V U 8.06 +1.04 J+0.99 J+0.42 J 0529 086 0529 086 6.68 d - 5 + 6 - 15 65277 BD-00 1866 G113-007 U169 ADS 6487 V(AB) = 8.05 d(m) = 5.3
Gl 293.1B 07 55 25 -00 40.7 0.181 270.0 13.3 * 0529 086 0529 086 11.9 * d 65277 sep 2.0" 93d to 4.1" 69d (1908-56)
NN 07 55 29 +07 25.2 0.336 266 m 13.77 +1.31 070 11 r 13.00 d G050-012 LTT 12102
NN A 07 55 41 +15 38.5 0.115 218 m 14.24 +1.25 048 05 r 12.65 c LDS 3768
NN B 07 55 40 +15 38.3 0.115 218 m 15.09 +1.39 048 05 r 13.50 c LDS 3768
GJ 1106 07 55 54 -33 49.2 0.320 14.9 K5 V U 8.84 +1.16 +1.02 +0.46 053 08 r 7.46 d CD-33 43540 U170 LTT 3008
Gl 293.2 07 55 57 -25 29.2 0.435 123.8 - 5.1 K3 V 8.42 +1.05 +0.84: +0.38 0512 085 0512 085 6.97 d + 35 - 12 + 17 65486 CD-25 53420 V510
NN 07 56 17 +15 31.7 0.188 255 m 12.33 +0.98 043 08 r 10.50 d LP 424-4
NN p 07 56 37 +20 59.3 0.588 161.7 - 28.2 K0 V 7.70 +0.82 +0.48 +0.28 0280 092 042 06 r 5.82 d + 46 - 53 - 15 65430 BD+21 1731 G040-002 1966 LTT 12105
Wo 9247 s 07 56 45 -34 48.7 0.410 295.6 + 23.7 G6 V 7.95 +0.74 +0.25 0418 078 0418 078 6.06 d - 44 - 9 - 26 65721 CD-34 41600 LTT 3016
NN p 07 56 48 -36 52.9 0.196 162.5 K0/1 V 7.00 +0.98 +0.69 +0.38 0191 153 084 11 r 6.62 c 65723 CD-36 40670 LTT 3018
Gl 294 A 07 56 52 -60 10.1 0.540 76.7 + 14.1 SB G2 V 5.60 +0.57 +0.02 +0.20 0630 060 0630 060 4.60 c + 12 - 24 + 34 65907 CD-59 17730 1959 BS 3138 CP-59:944
Gl 294 B 07 57 00 -60 09.8 0.528 077.8 k 9.88 +1.34 J+1.09 J+0.76 J 0630 060 0630 060 8.88 c CD-59 17741 1960 V(BC) = 9.83 d(m) = 3.6
Gl 294 C 07 57 00 -60 09.8 0.528 077.8 13.5 * 0630 060 0630 060 12.5 * c CD-59 17742 sep(BC) = 2.3" 270d (1940)
Gl 295 07 57 27 +29 22.0 1.181 187.8 + 14.7 G8 V 7.00 +0.71 +0.18 +0.28 0515 046 0515 046 5.56 b - 13 -103 - 35 65583 BD+29 16640 242
Gl 295.1 s 07 57 28 +13 56.2 0.14 216 + 30 K5 e K 10.36 +1.26 +1.30 +0.50 0559 188 031 05 r 7.82 d - 26 - 26 - 6 BD+14 18020 V018
Gl 296 07 58 15 -39 53.5 0.849 142.7 + 5.5 K7 V 9.66 +1.34 +1.21 +0.59 0591 156 053 10 r 8.28 d + 72 - 25 + 7 66020 CP-39 19290 1968 U172
NN A 07 59 47 +03 29.1 0.552 229.5 k-m 13.7 * +1.17 041 08 r 11.8 * d G050-016 1972
NN B 07 59 45 +03 28.5 0.552 229.5 m+ 17 * 041 08 r 15 * e 1971 LP 544-12 sep 49" 223d
NN p 08 00 53 +44 06.2 0.132 95 - 3 K5 K 9.83 +1.27 +1.19 +0.54 0192 239 043 07 r 8.00 d + 10 - 4 + 11 BD+44 1710 V019
NN 08 02 08 -65 52.7 0.189 227.3 K1 V 7.14c +0.94c 069 10 r 6.33c d 67199 CP-65 08580 CD-65:599 LTT 3046 V, B-V from CPC
GJ 1107 08 02 29 +34 13.4 0.280 146 - 4.9 dM0 p M 10.14 +1.35 +1.25 +0.56 0545 080 0545 080 8.82 d + 11 - 22 + 5 BD+34 1740 G090-043 V511
NN 08 02 37 +56 02.4 0.182 128 M0 s 11.48 +1.49 +1.28 053 26 r 10.1 f LP 123-75
NN 08 02 57 +26 25.5 M0 s 10.21 +1.46 +1.20 +0.72 058 09 r 9.03 d BD+26 1715 Steph 681
NN 08 03 33 +36 54.6 0.395 199 m 12.95 +1.15 054 11 r 11.61 d G090-044 LTT 18035
NN 08 04 06 +58 39.5 0.181 248 m 12.69 +1.09 050 10 r 11.18 d LP 89-101
Wo 9251 A s 08 04 28 +07 31.8 0.136 181.3 20 dK8 M 10.45 +1.24 J+1.18 J+0.46 0484 074 027 02 r 7.61 b - 6 - 30 - 4 BD+07 1919 V512 ADS 6597 V(AB) = 9.69 d(m) = 0.5
Wo 9251 B s 08 04 28 +07 31.8 0.127 184.1 K8 10.86 +0.56 0484 074 027 02 r 8.02 b V512 sep 5.7"
Gl 296.1 08 04 58 -29 15.2 0.494 136.3 - 17.6 G4 IV-V 6.80 +0.60 +0.03 +0.22 0515 095 0515 095 5.36 d + 48 - 1 + 8 67458 CD-29 55550 1982
Gl 296.2 s 08 05 11 +69 52.2 0.205 54.6 - 14.1 SB F8 V 6.57 +0.58 +0.01 0460 102 037 05 r 4.41 c + 28 + 2 + 9 66751 BD+70 4970
NN A 08 05 18 +21 15.3 0.466 221.3 K5 9.80 +1.38 J+1.24 J 059 27 r 8.7 f BD+21 17641 G040-007 5133 LTT 12130 V(AB) = 9.49 d(m) = 1.2
NN B 08 05 18 +21 15.2 0.487 227.2 m 11.0 * 059 27 r 9.9 * f BD+21 17642 5134 LTT 12131 sep 9" 157d
GJ 1108 A p 08 05 46 +32 58.2 0.219 194.3 + 4 dM0.5e W 10.05 +1.35 +1.13 +0.67 0354 136 058 10 r 8.87 d - 5 - 17 - 6 BD+33 16461 V250 AC+33:29235
GJ 1108 B p 08 05 45 +32 57.9 dM3 e W 12.12 +1.53 +1.17 0354 136 058 10 r 10.94 d BD+33 16462 sep 12.3" 243d (GSC 1983.13)
NN 08 06 24 -66 09.0 0.473 128 DQ5 13.92 +0.05 -0.90 043 05 w 12.09 c W LTT 3059 L 97-3 BPM 4834
NN 08 06 36 +22 03.2 0.338 258 m 11.81 +1.53 +1.22 +0.94 050 09 r 10.30 d G040-009 LTT 12136 L 1321-40 LP 366-45
Gl 297.1 08 08 11 -61 09.0 0.338 207.4 + 25.0 F5 V 4.76 +0.43 -0.03 +0.26C 0530 072 0530 072 3.38 c + 18 - 16 - 31 68456 CP-60 10740 B CAR
NN 08 08 16 +04 07.8 0.350 164 m 13.51 +1.22 055 10 r 12.21 d G050-021 LTT 12143
Gl 297.2A 08 08 21 -13 39.1 0.263 282.1 + 33.0 SB? F7 V 5.54 +0.49 -0.00 +0.18 0488 050 0488 050 3.98 c - 35 - 19 - 12 68146 BD-13 24201
Gl 297.2B 08 08 15 -13 39.9 0.249 282 + 34.4 SB? M3 K 11.82 +1.51 +0.99 0488 050 0488 050 10.26 c - 35 - 20 - 11 BD-13 24202 L 818-040
Wo 9256 08 08 31 +32 36.9 0.807 215.7 + 30.6 G4 V 6.81 +0.69 +0.13 0437 073 0437 073 5.01 d - 51 - 64 - 43 68017 BD+32 1695 1987 LFT 567
Gl 298 08 08 42 -52 49.7 0.820 319.5 + 85 m 11.77 +1.50 +1.08 +1.06 0460 187 068 13 r 10.93 d - 60 - 80 - 24 1985 L 242-066
Gl 299 08 09 11 +08 59.7 5.211 167.1 - 35.0 dM5 W 12.83 +1.77 +1.40 +1.31 1480 026 1480 026 13.68 a +106 -124 - 48 G050-022 35 Ross 619
NN 08 10 10 -83 05.1 0.610 307.5 m 12.55 +1.03 045 09 r 10.82 d 1978 LTT 3077 L 15-97
Wo 9258 08 10 25 -07 03.1 0.162 119.5 - 20.5 K0 7.93 +0.90 +0.58 0413 222 045 06 r 6.20 c + 26 + 7 + 3 68586 BD-06 2514
Gl 300 08 10 29 -21 23.5 0.707 177.5 M4 K 12.10: +1.60: +1.31 1700 102 1700 102 13.25: b 1989 L 674-015
Gl 301 A 08 10 50 -13 45.5 0.556 206.7 + 20.0 SB? M0 V U 9.74 +1.41 J+1.23 J+0.66 J 0548 103 0548 103 8.43 d + 5 - 37 - 37 BD-13 24392 1991 V020 ADS 6664 V(AB) = 9.38 d(m) = 0.44
Gl 301 B 08 10 50 -13 45.5 0.556 206.7 10.7 * 0548 103 0548 103 9.4 * d BD-13 24393 a = 0.815" P = 64.65 yr
Wo 9259 s 08 11 10 -40 23.0 0.265 126 + 38.7 G8 (IV) 9.39 +0.82 +0.43 +0.41C 0417 136 0417 136 7.5 e + 19 - 44 + 8 68916 CD-40 39810 LTT 3084
NN 08 11 48 +10 20.5 0.018 254.2 G5 7.32 080 09 o 6.84 c 68835 BD+10 1756
NN 08 11 51 +13 10.5 0.433 282.1 K4 K 8.85 +1.20 +1.13 053 10 r 7.47 d 68834 BD+13 1870 G050-027 LTT 12158 Ross 620
GJ 2066 08 13 34 +01 27.4 0.370 277 m 10.10 +1.53 +1.20 +0.96 1140 039 1140 039 10.38 a G113-020
NN A 08 14 19 -35 43.7 0.028 13.6 G8/K0 V 7.2 c +0.94c 071 12 r 6.5 c d 69565 CD-35 44060 V, B-V from CPC
NN B 08 14 19 -35 43.7 0.028 13.6 11.0 : 071 12 r 10.3 : d
NN 08 14 45 +31 17.0 0.240 341 k 11.22 +1.49 +1.22 060 29 r 10.1 f G090-052 LTT 18046
NN 08 14 51 -76 00.0 0.657 329.8 k-m 11.85 +1.04 063 13 r 10.85 d 1992 LTT 3096 L 34-16
Gl 301.1 08 15 05 +30 46.1 0.872 199.0 + 11.6 K4 V 8.85 +1.14 +1.11 +0.42 0463 046 0463 046 7.18 c - 20 - 79 - 37 BD+31 17810 G051-006 1998
Gl 302 08 16 01 -12 27.7 1.033 164.0 + 30.5 G7.5 V 5.97 +0.76 +0.32 +0.26 0793 064 0793 064 5.47 b + 29 - 62 - 10 69830 BD-12 24490 245
NN s 08 16 26 -15 02.7 0.073 131 + 55 K3 V U 9.84: +1.13 +1.09: +0.48 0488 040 0488 040 8.28: b - 24 - 49 + 13 BD-14 2469 V518 U182 SB? pos(BDX)
GJ 1109 08 16 41 -36 30.2 0.147 309.8 + 5.1 A7 III 4.45 +0.22 +0.11 0558 103 0558 103 3.18 d - 13 - 2 - 3 70060 CD-36 44490 BS 3270
Gl 303 08 17 02 +27 22.9 0.381 182.3 + 33.0 SB? F6 V 5.14 +0.47 -0.06 0638 085 0638 085 4.16 c - 25 - 35 + 9 69897 BD+27 15890 CHI Cnc
NN p 08 18 08 +14 14.0 0.274 197 + 15.0 K5 K 9.82 +1.29 +1.21 +0.55 0358 205 044 08 r 8.04 d - 8 - 30 - 11 BD+14 1876 G050-030 V021 LTT 12180
Gl 304 08 19 41 -39 32.9 0.308 317.5 + 48.1 G6 V 7.17 +0.71 +0.29 +0.35C 0594 119 0594 119 6.04 d - 34 - 42 - 5 70642 CD-39 42470
NN 08 19 50 +31 44.8 0.007 225.6 G5 8.11 054 06 o 6.77 c 70401 BD+32 1724
Gl 305 08 19 51 -76 45.7 0.156 46.2 - 13.2 F6 IV 4.07 +0.40 -0.02 +0.24C 0574 062 0574 062 2.86 c - 6 + 6 + 16 71243 CP-76 5070 ALF Cha
NN 08 20 10 +84 34.1 0.358 54 m 13.42 +1.62 +1.26 +1.14 043 09 r 11.59 d G253-013 LP 5-110
Gl 305.1 p 08 20 34 +22 00.9 0.378 132.0 - 27.3 dM0 e W 9.54 +1.18 +1.12 +0.48 0307 190 041 07 r 7.60 d + 46 - 23 + 4 BD+22 19210 G009-002 V022
NN 08 21 00 +69 13.0 1.377 205.4 dM5.2 15.67 +2.09 0799 065 0799 065 15.18 b 246 LP 35-347 USNO 710
NN s 08 22 03 +32 46.9 0.686 178.9 - 78.3 K3 K 10.05 +1.06 +0.86 +0.42 0395 126 025 04 r 7.04 d + 72 -116 - 66 BD+33 1694 G051-010 2007 V251 LFT 583 LTT 12198
Gl 306 s 08 22 05 -03 35.3 0.218 261.4 + 73.0 SB F3 V 5.61 +0.46 -0.06 +0.28C 0550 054 0550 054 4.31 c - 56 - 50 + 7 70958 BD-03 23330
Gl 306.1 s 08 23 46 -29 45.7 0.337 153.9 + 15.9 VAR G4 V 7.81 +0.67 +0.17 +0.27 0534 136 030 05 r 5.20 d + 44 - 33 - 7 71334 CD-29 61450
Gl 307.1 08 24 08 +45 49.4 0.353 182.5 - 31.9 G5 V 6.32 +0.62 +0.12 0465 091 050 08 r 4.81 d + 20 - 35 - 22 71148 BD+46 13980
NN 08 25 12 -65 58.2 0.162 191.3 + 27.4 K2 III 3.76 +1.13 +1.14 0398 102 0398 102 1.8 e + 18 - 20 - 20 71878 CP-65 9330 FK 319
Gl 308 A s 08 25 15 +35 11.2 1.102 251.5 M0 V 11.48 +1.55 J+1.20 J+0.77 J 0512 153 034 07 r 9.14 d G051-013 247 V253 AC+36:28826 Wor 19 V(AB) = 10.73 d(m) = 0.1
Gl 308 B s 08 25 15 +35 11.2 1.102 251.5 11.56 0512 153 034 07 r 9.22 d a = 0.56" P = 32.7 yr
GJ 1110 s 08 25 20 +20 18.9 0.667 202.3 +142 g-k 13.08 +1.48 +1.06 +1.04 0448 037 0448 037 11.34 b -113 -107 + 29 G009-007 2011
Gl 308.1 p 08 25 39 +61 54.2 0.864 145.7 dM0 M 10.33 +1.37 +1.17 +0.65 0232 050 045 07 r 8.60 d G234-035 2018 V521 AC+62:18836
NN 08 25 40 -44 49.7 0.577 342.7 M3 K 11.85 +1.16 087 16 r 11.55 d 2010 LTT 3139 L 387-102
GJ 1111 08 26 53 +26 57.2 1.290 242.2 - 5 M6.5 14.81 +2.06 +2.11 +1.94 2758 030 2758 030 17.01 a - 6 - 6 - 21 G051-015 248
GJ 1112 08 27 32 +32 52.4 0.548 195.6 - 18 DA7 15.72 +0.30 -0.54 0454 038 0454 038 14.01 b + 45 - 43 - 58 G051-016 2022 W249
GJ 2069 A 08 28 46 +19 34.0 0.282 245 M5 e 11.89 +1.26 114 13 r 12.17 c G009-008 G040-025
GJ 2069 B 08 28 46 +19 34.2 0.282 245 13.32 +1.36 114 13 r 13.60 c G040-026
NN A 08 28 55 -05 51.8 0.432 259 M1.5 K 11.21 +1.41 +0.84 049 08 r 9.66 d G113-042 LTT 3154 L 891-16 LP 665-21
NN B 08 29 00 -05 52.0 0.432 259 M3 K 12.36 +1.47 +1.03 049 08 r 10.81 d G113-043 LTT 3155 L 891-15 LP 665-22 sep 83" 97d
NN 08 29 01 -10 19.5 0.661 241.4 m 15.0 * +1.45 065 10 r 14.1 * d 2024 LP 725-15
NN 08 29 58 -01 24.0 0.500 161.0 m 18.44 0508 005 0508 005 16.97 a 2026 LP 605-23
Gl 308.3 s 08 30 27 -50 01.3 0.29 317 m 10.80 +1.21 +1.10 +0.63C 0532 170 023 03 r 7.61 c CP-49 16860
NN 08 30 34 +18 42.5 0.625 187.3 m 14.75 +1.33 048 08 r 13.16 d G009-009 2027 LTT 12227
Gl 309 08 30 54 -31 20.4 1.350 304.0 + 15.7 K0 V 6.39 +0.78 +0.32 +0.28 0823 114 0823 114 5.97 d - 75 + 5 - 25 72673 CD-31 62290 249
NN 08 31 12 +68 14.9 1.010 233.1 M3 K 11.67 +1.57 +1.08 0762 030 0762 030 11.08 a G234-037 250 LFT 592 LTT 12230 L 1866-6
Wo 9269 08 31 36 -23 11.1 0.337 302.6 + 19.4 K1(IV)+G 7.21 +0.74 +0.38 0390 136 0390 136 5.2 f - 44 - 4 - 12 72769 BD-22 2317 LTT 3170 possibly composite (Mich)
GJ 2070 08 31 53 -00 58.0 0.472 155.9 M3.5 K 12.73 +1.62 066 23 r 11.8 f G113-046 6 LTT 3171
Gl 310 08 31 55 +67 28.1 1.066 272.0 + 11.6 dM1 W 9.30 +1.42 +1.23 +0.71 0673 051 0673 051 8.44 b - 51 + 16 - 54 BD+67 5520 G234-038 251 V254
NN 08 31 59 -00 33.2 0.210 271.6 G5 7.32 047 05 o 5.68 c 72760 BD- 0 2024
Gl 310.1A 08 33 12 +06 47.7 0.178 229.4 + 26.6 SB F8 V 5.99 +0.52 +0.04 0437 070 0437 070 4.19 d - 22 - 24 - 5 72945 BD+07 19972
Gl 310.1B 08 33 12 +06 47.9 0.194 224.3 + 29.2 G5 IV-V 7.25 +0.71 +0.27 0437 070 0437 070 5.45 d - 23 - 27 - 5 72946 BD+07 19971
NN 08 34 20 +15 19.0 0.897 188.0 k 11.8 * +1.04 065 13 r 10.9 * d G009-011 2029 LTT 12243
Gl 311 08 34 47 +65 11.7 0.089 344.5 - 12.7 G1 V 5.64 +0.62 +0.07 +0.21t 0722 082 0722 082 4.93 c + 10 + 0 - 10 72905 BD+65 6430 PI(1) Uma
Wo 9273 08 35 24 -06 37.9 0.280 275.5 G0 6.75 +0.66 +0.19 0413 119 045 06 r 5.02 c 73350 BD-06 2664 LTT 3193
Gl 312 08 35 31 -39 58.3 0.304 274.5 - 1.5 G4 IV-V 6.54 +0.60 +0.12 +0.20 0580 153 0580 153 5.4 e - 16 + 4 - 18 73524 CD-39 45740
NN 08 36 29 +67 50.3 0.723 245.2 m 14.68 +1.68 0415 055 0415 055 12.77 c G234-043 2038 LP 60-100 USNO 711
Gl 314 A 08 36 57 -22 29.4 0.494 331.0 + 47.7 SB G3 V 5.28 +0.73 J+0.35 J+0.23 J 0633 079 0633 079 4.29 c - 52 - 27 + 14 73752 BD-22 23453 5139a ADS 6914 V(AB) = 5.04 d(m) = 1.30
Gl 314 B 08 36 57 -22 29.4 0.494 331.0 K0 V 6.8 * 0633 079 0633 079 5.8 * c BD-22 23454 a = 1.888" P = 140.0 yr
Gl 315 08 37 07 +11 42.4 0.519 192.1 - 13.4 K1 V 7.64 +0.82 +0.46 +0.31 0507 069 0507 069 6.17 c + 20 - 33 - 32 73667 BD+12 18881 G009-013 2033
NN A 08 37 07 +09 06.8 0.285 320 m+ 12.93 +1.58 +1.29 040 07 r 10.94 d G052-023
NN B 08 37 07 +09 06.8 0.285 320 m+ 12.96 +1.05 040 07 r 10.97 d LP 485-38 sep 7" 85d
GJ 1113 s 08 37 15 +43 17.8 0.347 208.5 + 56.1 K2 V O 9.32 +1.08 +0.96 +0.40 0629 092 0629 092 8.31 d - 54 - 20 + 23 73554 BD+43 1844 G115-016 V256 Wolf 318
NN 08 37 21 +59 41.6 1.310 191.2 m 15.05 +1.93 +1.54 +1.62 1002 039 1002 039 15.05 a G234-045 252 LP 90-18
Gl 316 p 08 37 32 -06 17.7 0.167 138.8 - 6 dM0 M 9.90 +1.39 +1.22 +0.62 0348 065 052 08 r 8.48 d + 16 - 4 + 0 BD-05 2603 V529
Gl 316.1 x 08 37 42 +18 35.0 0.908 240.0 m 17.68 +2.02 +1.74C 0645 158 0645 158 16.7 e 2034 LP 425-140
Gl 317 08 38 49 -23 17.3 0.930 329.2 - 53 m 11.98 +1.52 +1.17 1013 270 087 17 r 11.68 d - 25 + 69 - 5 2037 L 675-081
Gl 318 08 39 36 -32 46.9 1.709 322.0 + 58.0 DA6 11.88 +0.22 -0.59 +0.04 1123 072 1123 072 12.13 b - 73 + 7 + 1 CD-32 56130 253 W062
Gl 318.1 s 08 39 58 +44 40.6 0.468 241.9 M1.5: K 14.11 +1.63 +1.03 0472 102 0472 102 12.48 d G115-020 6 Wolf 321
Gl 319 A 08 40 02 +09 44.7 0.673 162.4 + 20.4 SB? M0 J K 9.70 +1.41 J+1.27 J+0.73 J 0668 023 0668 023 8.82 a + 11 - 51 + 4 BD+10 18571 G046-001 2042 V257 V(AB) = 9.65 d(m) = 3.2
Gl 319 B 08 40 02 +09 44.7 0.673 162.4 13.1 * 0668 023 0668 023 12.2 * b BD+10 18572 sep(AB) 2"
Gl 319 C 08 40 09 +09 44.5 0.673 162.4 + 22.4 M3.5 K 11.79 +1.54 +1.20 +1.05 0668 023 0668 023 10.91 a + 10 - 52 + 5 BD+10 18573 G046-002 2043 sep(AB-C) 115" 96d (LHS)
Gl 319.1A 08 40 22 -42 44.9 0.290 251.1 + 23.2 K1 V 8.12 +0.90 +0.64 +0.36 0488 136 042 06 r 6.24 d - 14 - 21 - 31 74385 CP-42 28341 U188 LDS 230
Gl 319.1B 08 40 22 -42 45.6 0.306 254 M1 : K 12.68 +1.52 +1.52 +1.00 0488 136 042 06 r 10.80 d CP-42 28342 L 387-60 sep 45" 188d NLTT
Gl 320 08 41 26 -38 42.4 0.452 318.1 + 14.3 K1 V 6.56 +0.93 +0.66 +0.30 0959 082 0959 082 6.47 b - 25 - 10 - 1 74576 CD-38 47890 U189
Gl 321 s 08 41 53 +41 51.8 0.711 203.5 - 24.6 K3 V 8.58 +0.94 +0.73 +0.35 0563 074 0563 074 7.33 c + 2 - 53 - 37 74377 BD+42 19221 G115-023 2047 V881
NN 08 41 57 -10 12.9 0.605 148.8 m 14.0 * +1.23 045 08 r 12.3 * d 2046 LP 726-6
Gl 321.1 08 42 37 -42 28.0 0.024 294.3 - 2.3 G5 III 4.06 +0.87 +0.52 0488 153 0488 153 2.5 e - 2 + 3 - 1 74772 CD-42 45691
Gl 321.2 08 42 58 -42 26.9 0.294 178.9 + 5.0 G5 V 7.21 +0.74 +0.29 +0.23 0460 205 040 06 r 5.22 d + 27 - 9 - 21 74842 CD-42 45770
Gl 321.3A 08 43 19 -54 31.5 0.082 164.6 + 2.2 A0 V 2.02 +0.04 J+0.07 J-0.07 J 0498 073 0498 073 .51 d + 7 - 2 - 3 74956 CP-54 17881 DEL Vel V(AB) = 1.96 d(m) = 3.0
Gl 321.3B 08 43 19 -54 31.5 0.082 164.6 5.0 * 0498 073 0498 073 3.5 * d CP-54 17885 sep(AB) 2.6" 175d - 2.6" 153d (1894-1952)
Gl 321.3C 08 43 26 -54 30.9 0.08 164 11.0 * 0498 073 0498 073 9.5 * d CP-54 17882 sep(AC) 69.2" 61d (1879-1913)
Gl 321.3D 08 43 26 -54 30.9 0.08 164 13.5 * 0498 073 0498 073 12.0 * d CP-54 17883 sep(CD) 6.2" 102d (1930-1935)
NN 08 44 22 +61 20.5 0.585 136.9 m 15.17 +1.82 +1.51 060 23 r 14.1 f G234-047 2051 LP 90-39
NN 08 47 13 +53 05.1 0.259 248 m 15.40 +1.78 +1.31 046 17 r 13.7 f G194-043
Gl 322 08 47 34 +66 19.1 0.142 43.6 - 20.9 dM0 M 9.28 +1.34 +1.22 +0.57 0574 048 0574 048 8.07 b + 23 - 2 - 8 BD+66 5820 V531
NN 08 47 52 +35 00.7 0.061 240.4 G0 7.60 043 05 o 5.77 c 75404 BD+35 1880
Gl 323 A 08 48 02 +08 03.1 0.06 270 - 10.0 dM0 pJ M 9.77 +1.36 J+1.20 J+0.62 J 0588 125 054 08 r 8.43 d + 3 + 6 - 9 BD+08 2131 V534 ADS 7044 V(AB) = 9.07 d(m) = 0.1
Gl 323 B 08 48 02 +08 03.1 0.06 270 9.9 * 0588 125 054 08 r 8.6 * d sep 1.9" 84d - 2.6" 121d (1912-65)
GJ 1114 08 48 57 +18 18.9 0.893 265.6 M2 K 11.54 +1.48 +0.89 0610 034 0610 034 10.47 b G009-028 2060 Ross 622
Gl 324 A 08 49 37 +28 31.4 0.528 243.9 + 27.2 G8 V 5.95 +0.86 +0.62 +0.26 0764 037 0764 037 5.37 b - 37 - 18 - 9 75732 BD+28 16601 2062
Gl 324 B 08 49 42 +28 30.5 0.538 243.7 + 25.2 M3.5 K 13.14 +1.64 +1.20 +1.30 0764 037 0764 037 12.56 b - 36 - 18 - 10 BD+28 16602 G047-009 2063
GJ 1115 08 50 40 +35 25.0 0.350 213.1 + 44.7 dM0 W 9.30 +1.14 +1.10 +0.48 0411 136 045 07 r 7.57 d - 46 - 34 + 9 BD+35 1890 G051-029 V258
Gl 325 A 08 50 44 +70 59.4 1.386 255.2 + 44.3 K5 V 8.70 +1.39 J+1.25 J+0.63 J 0884 033 0884 033 8.43 a - 83 + 9 - 24 75632 BD+71 4821 G252-024 256 V532 ADS 7067 V(AB) = 8.03 d(m) = 0.18
Gl 325 B 08 50 44 +70 59.4 1.407 254.1 + 44.3 K6 V 8.9 * 0884 033 0884 033 8.6 * b - 84 + 8 - 24 BD+71 4822 257 a = 5.73" P = 680 yr
NN 08 51 07 -03 17.9 0.576 250.2 m 18.80 1168 015 1168 015 19.14 a 2065 LP 666-9
Gl 326 A 08 51 42 -12 55.6 0.622 148.2 M6 J K 12.52 +1.61 J +1.10 J 0687 099 0687 099 11.70 d 2069 LP 726-18 L 820-019 V(AB) = 11.91 d(m) = 0.3
Gl 326 B 08 51 42 -12 55.6 0.622 148.2 12.8 * 0687 099 0687 099 12.0 * d 2070 LP 726-19 sep 2" 75d d(R) = 0.5 ,d(pg) = 0.5 (LHS)
Gl 327 08 51 50 -05 14.6 0.414 273.6 + 31.8 G3 V 6.00 +0.67 +0.21 +0.21 0886 065 0886 065 5.74 b - 32 - 21 - 3 76151 BD-04 24900
Gl 328 08 52 32 +01 45.1 1.066 176.7 - 3.1 dM1 W 9.99 +1.40 +1.23 +0.68 0643 059 0643 059 9.03 c + 41 - 58 - 33 BD+02 20980 G046-009 255 V537
Gl 329 08 52 47 -24 12.3 0.380 290.8 63.3 K2/3 III 8.66 +1.00 +0.86: +0.44C 0653 136 0653 136 7.73 d - 45 - 52 + 1 76378 CD-23 78840
NN 08 53 10 -23 40.8 0.596 274.4 m 14.0 * +1.38 082 12 r 13.6 * d 2071 LP 844-28
NN 08 53 47 -54 46.3 0.092 153.1 - 2.0 F6 V 5.71 +0.48 +0.00 041 05 r 3.77 c + 10 + 3 - 2 76653 CP-54 19250
Gl 330 08 54 21 +11 50.7 0.335 186 - 12.1 dM5 M 10.60 +1.53 +1.21 +0.84 0655 057 0655 057 9.68 b + 15 - 15 - 17 BD+12 19440 G041-009 V260
NN 08 54 39 +73 09.4 0.893 90.4 m 14.32 +1.70 +1.25 0728 058 0728 058 13.63 b G252-025 2088 LP 36-98 USNO 713
NN 08 55 10 -71 24.4 0.544 334.2 m 14.5 * +1.26 041 07 r 12.6 * d 2072 LTT 3305 L 63-18
GJ 1116 A 08 55 27 +19 57.4 0.874 267.7 - 34 m 14.06 +1.84 +1.76 J 1913 025 1913 025 15.47 a + 10 + 13 - 37 G009-038 2076
GJ 1116 B 08 55 27 +19 57.5 0.874 267.7 m 14.92 +1.93 1913 025 1913 025 16.33 a 2077 LP 426-40 sep 4.5" 333d angles increasing 1d /yr (LHS)
Gl 330.1 08 55 44 +20 44.6 0.677 105.6 - 50.8 dK5 W 9.26 +1.11 +1.01 +0.48 0391 056 0391 056 7.22 d + 93 - 6 + 23 BD+21 19490 G009-039 2078 V261
Gl 331 A 08 55 48 +48 14.4 0.500 242.4 + 9.0 SB A7 IV 3.14 +0.19 +0.08 0713 082 0713 082 2.41 c - 28 - 13 - 16 76644 BD+48 17071 2084 ADS 7114 IOT UMa
Gl 331 B 08 55 48 +48 14.4 0.500 242.4 + 15.0 dM1 J W 10.8 * 0713 082 0713 082 10.1 * c - 32 - 12 - 12 2083 AB: a = 9.092" P = 817.91 yr
Gl 331 C 08 55 48 +48 14.4 0.500 242.4 11.0 * 0713 082 0713 082 10.3 * c BC: a = 0.68" P = 39.69 yr
GJ 1117 08 56 11 +33 08.8 0.314 271 DQ6 15.18 +0.01 -0.92 0492 034 0492 034 13.64 b G047-018 W182
NN 08 56 14 +08 40.4 0.459 134.2 k 10.89 +1.67 +1.21 +1.27 224 36 r 12.64 d G041-014 6 LTT 12352
NN p 08 56 23 -15 56.5 0.318 49.0 +120.8 F6 V 5.83 +0.53 +0.08 +0.23 0255 135 060 05 s 4.72 b - 49 - 94 + 63 76932 BD-15 2656 LTT 3317
GJ 1118 08 56 58 -31 01.0 1.005 136.6 + 50 k-m 13.80 +1.64 +1.20 +1.29 062 11 r 12.76 d + 62 - 66 + 13 258
GJ 1119 08 57 11 +46 47.3 0.712 221.0 m 13.32 +1.72 +1.36 0966 027 0966 027 13.24 a G115-042 2092
Gl 332 A 08 57 24 +41 58.9 0.506 240.2 + 27.1 SB F3 V 4.11 +0.37 +0.02 0663 061 0663 061 3.22 c - 42 - 17 - 6 76943 BD+42 19565 2093 Kpr 37
Gl 332 B 08 57 24 +41 58.9 0.506 240.2 G5 V 6.18 +0.65 +0.19 0663 061 0663 061 5.29 c BD+42 19566
NN s 08 57 26 +48 38.0 1.130 193.3 k-m 14.13 +1.70 +1.18 0507 033 0507 033 12.66 b G194-050 259
NN 08 57 34 -27 37.2 0.068 219.7 + 63.2 G5 V 6.87 +0.69 +0.26 046 08 r 5.18 d - 17 - 61 + 6 77137 CD-27 61410
Gl 333 08 57 52 -47 15.0 0.847 323.6 + 22 M3 K 12.19 +1.56 +1.34: +0.91: 0728 188 0728 188 11.5 e - 56 - 20 + 4 2085 L 316-062
Gl 333.2A 08 58 11 +05 26.6 0.305 230 - 37.1 dM4 W 12.34 +1.45 +1.07 +1.08 0420 051 0420 051 10.46 c + 15 + 5 - 48 G046-015 Ross 686
Gl 333.2B 08 58 13 +05 26.4 0.305 230 - 37.0 dM4 W 12.68 +1.47 +1.08 +1.12 0420 051 0420 051 10.80 c + 15 + 5 - 48 G046-016 Ross 687
Gl 333.1 08 58 11 -58 53.5 0.327 327.5 + 11.4 F3 V 5.16 +0.42 -0.02: 0530 072 0530 072 3.78 c - 27 - 15 + 2 77370 CP-58 13271
NN 08 58 19 +68 15.2 0.419 31 m 12.65 +1.22 0983 070 0983 070 12.61 b G234-053 LP 60-179
GJ 1120 A 08 58 31 +15 28.0 0.343 201.5 - 12.0 K5 K 9.43 +1.30 J+1.22 J+0.55 J 0550 080 0550 080 8.13 d + 10 - 19 - 24 77175 BD+15 19571 G009-043 V264 ADS 7139 V(AB) = 8.71 d(m) = 0.1
GJ 1120 B 08 58 31 +15 27.9 0.388 196.7 - 12.7 K5 9.49 0550 080 0550 080 8.19 d + 12 - 23 - 25 BD+15 19572 LTT 12364 sep 4.1" 210d - 5.2" 189d (1830-1955)
NN 08 58 36 +02 08.4 0.384 258 k 11.82 +1.50 +1.19 049 23 r 10.3 f G046-017 LTT 12366 Ross 625
NN 08 59 37 +08 40.1 0.600 106.2 k 11.75 +1.45 +1.10 +1.02 060 12 r 10.64 d G041-018 2094 LTT 12371
NN 09 00 26 +73 27.1 0.560 215.7 DC9 16.97 041 05 w 15.03 c G252-027 2101 W349 LP 36-115
Gl 333.3 09 01 40 -66 11.8 0.099 179.0 5.9 SB A5 V 4.01 +0.14 +0.13 +0.07C 0494 153 0494 153 2.5 e + 8 - 3 - 7 78045 CP-65 10650 ALF Vol
NN 09 02 29 +03 02.0 0.306 278 m 11.61 +0.94 054 10 r 10.27 d G114-033 LTT 12385 L 1036-8 LP 546-48
NN 09 03 31 +13 03.8 0.392 224 m 13.31 +1.17 050 10 r 11.80 d G009-046 LTT 12392 L 1180-118 LP 486-49
Gl 334 09 04 20 -08 36.5 0.376 305.8 + 37.1 SB? dM0 M 9.51 +1.42 +1.26 +0.68 0740 042 0740 042 8.86 b - 39 - 19 + 9 BD-08 25820 G114-035 V538
NN 09 04 24 +66 47.8 0.317 118 m 12.96 +1.08 043 09 r 11.13 d G234-056 LP 60-205
NN 09 04 49 -21 56.4 0.513 215.9 k-m 14.3 * +1.42 082 12 r 13.9 * d 2106 LP 845-23
NN 09 05 21 +51 48.5 0.142 255.8 - 0.1 A m 4.48 +0.27 +0.12 045 05 o 2.75 c - 10 - 3 - 10 78209 BD+52 1365 BS 3619
Gl 334.1 s 09 05 22 +73 36.9 0.318 210 - 27 K7 K 10.17 +1.26 +1.28 0486 072 0486 072 8.60 d - 4 - 37 - 18 BD+73 4470 G252-028
Gl 334.2 09 05 47 +34 05.2 0.222 237.6 + 26.8 F9 V 5.93 +0.60 +0.04 052 08 r 4.51 d - 30 - 14 + 4 78366 BD+34 1949
Wo 9286 09 05 51 +26 50.2 0.396 199.8 + 10.4 SB G5 IV 5.99 +0.65 +0.20 +0.23 0415 085 0415 085 4.08 d - 10 - 44 - 12 78418 BD+27 1715 LTT 12402
Gl 335 A 09 06 01 +67 20.4 0.099 188.1 - 2.9 F7 IV-V 4.84 +0.49 J+0.02 J 0540 136 0540 136 3.5 e - 2 - 9 + 0 78154 BD+67 5773 ADS 7203 13 SIG(2) UMa V(AB) = 4.81 d(m) = 3.65
Gl 335 B 09 06 01 +67 20.4 0.099 188.1 K2 V 8.44* 0540 136 0540 136 7.1 * e BD+67 5774 a = 6.20" P = 1067.1 yr
GJ 1121 09 06 14 +40 18.7 0.806 223.8 m 14.55 +1.82 +1.27 0459 034 0459 034 12.86 b G115-057 2111
NN s 09 06 26 -10 33.2 0.383 253.2 G4 K 7.15 +0.61 +1.68C 0392 136 033 04 r 4.74 c 78612 BD-10 2754 LTT 3364
Wo 9287 A s 09 06 26 -25 38.2 0.331 268.1 + 36.1 G1 V 6.77 +0.57 +0.03 0434 153 034 05 r 4.43 d - 41 - 33 - 26 78643 CD-25 69050 LTT 3365
Wo 9287 B s 09 06 26 -25 38.2 0.331 268.1 13 * 0434 153 034 05 r 11 * e
Gl 336 09 06 29 +33 01.9 0.639 210.3 + 9.9 dM2 M 9.96 +1.39 +1.23 +0.71 0472 086 0472 086 8.33 d - 23 - 56 - 23 BD+33 18140 G047-026 2113 V540 COU 1561
NN 09 06 46 +84 23.1 0.669 308.5 - 28.7 m 11.92 +0.88 039 07 r 9.88 d - 3 + 19 - 84 G253-021 2123 LP 5-140
NN 09 07 00 +06 54. M4 e 13.35 +1.57 +1.13 042 08 r 11.47 d
NN 09 07 16 +05 24.5 0.084 236.8 K4 s 8.38 +1.01 +0.91 +0.35 044 05 r 6.60 c 78727 BD+ 5 2131 Steph 753
Gl 336.1 09 08 11 +46 49.4 0.39 267. dM0 M 10.94 +1.44 +0.77 0442 039 0442 039 9.17 b G115-059 V265 AC+47:2368-79
NN 09 09 02 +49 24.9 0.191 195.7 G5 7.68 045 05 o 5.95 c 78899 BD+49 1815
Gl 336.2A x 09 09 03 -45 06.2 0.18 278 + 18.1 K0 V 9.78 +0.78 +0.40 +0.40CJ 0452 102 0452 102 8.06 d - 15 - 18 - 11 79170 CP-44 34892 V(AB) = 9.26 d(m) = 0.5
Gl 336.2B x 09 09 03 -45 06.2 0.18 278 + 26.5 K0 V 10.30 +0.91 +0.65 0452 102 0452 102 8.58 d - 16 - 26 - 11 CP-44 34891 L 317-002 sep 9.0" 281d (1913-1955)
NN 09 09 06 +28 07.1 0.484 203.8 m 12.29 +1.56 +1.18 +1.10 062 13 r 11.25 d G047-028 5146b
Gl 337 A 09 09 34 +15 11.9 0.580 293.8 + 50.2 SB K0 V J 7.25 +0.73 J+0.25 J+0.26 J 0456 042 0456 042 5.54 c - 78 - 1 - 2 79096 BD+15 20033 2114 V(AB) = 6.50 d(m) = 0.0
Gl 337 B 09 09 34 +15 11.9 0.580 293.8 7.3 * 0456 042 0456 042 5.6 * c BD+15 20032 a = 0.126" P = 2.65 yr
Gl 337.1 09 10 25 +61 37.9 0.033 191.3 - 14.6 SB F9 V 5.13 +0.58 +0.10 0437 083 056 05 s 3.87 b + 9 - 8 - 9 79028 BD+62 10581
Gl 338 A 09 10 59 +52 54.1 1.662 249.6 + 13.7 SB M0 Ve 7.62 +1.39 +1.20 +0.68 1625 020 1625 020 8.67 a - 43 - 14 - 21 79210 BD+53 13201 G195-017 260 V541 LFT 634
Gl 338 B 09 11 01 +52 54.2 1.690 246.9 + 14.7 SB M0 Ve 7.71 +1.42 +1.25 +0.69 1625 020 1625 020 8.76 a - 44 - 16 - 20 79211 BD+53 13210 G195-018 261 LFT 635
Gl 338.1A s 09 11 57 +77 27.2 1.055 269.5 - 4 K5 J K 10.67 +1.38 J+1.22 J+0.62 J 0416 037 0416 037 8.77 b - 81 - 4 - 88 BD+77 3612 G252-030 264 V118 Kui 39 V(AB) = 10.06 d(m) = 0.24
Gl 338.1B s 09 11 57 +77 27.2 1.055 269.5 11.0 * 0416 037 0416 037 9.1 * c BD+77 3613 a = 0.58" P = 70.0 yr
Gl 339 AB 09 12 17 +04 39.0 0.106 279.8 + 16.2 dK5 M 8.04 +1.02 J+0.85 J+0.45 J 0489 053 0489 053 6.49 c - 17 - 8 + 2 79555 BD+05 21430 V542 orb Heintz AJ 94: sep 0.7": d(m) = 3. :, V(AB) = 7.97
Gl 339.1 09 12 29 +53 38.9 1.550 223.5 DXP7 13.85 +0.34 -0.52 0967 018 0967 018 13.78 a G195-019 262 W250
NN 09 12 36 +54 13.8 0.075 39.3 - 18.7 SB A5 V 4.83 +0.19 +0.08 0407 119 0407 119 2.9 e + 18 + 3 - 10 79439 BD+54 1285 FK 2734
Gl 339.3 09 13 45 -37 12.2 0.022 105.6 + 5.8 F5 III 4.62 +0.45 +0.10 0625 136 0625 136 3.60 d + 1 - 6 + 2 79940 CD-36 55051 K Vel
NN 09 14 02 +58 38.9 1.134 180.6 m 15.11 +1.85 +1.43 0648 040 0648 040 14.17 b G195-022 265
NN 09 14 05 -18 25.0 0.339 297 M2 s 10.75 +1.55 +0.93 080 15 r 10.27 d LTT 3412 L 749-34 LP 787-52
NN 09 14 06 +00 56.3 0.093 258.3 F6 III-IV 6.71 +0.41 +0.05 0393 153 0393 153 4.7 f 79873 BD+01 2267 ADS 7276 sep 2" d(m) = 5.5
Gl 340 A 09 14 56 +28 46.7 0.516 174.0 - 19.1 K3 V 7.86 +1.00 J+0.82 J+0.37 J 0582 029 0582 029 6.68 b + 23 - 36 - 16 79969 BD+29 18832 2125 ADS 7284 V(AB) = 7.21 d(m) = 0.22
Gl 340 B 09 14 56 +28 46.7 0.516 174.0 K3 V 8.1 * 0582 029 0582 029 6.9 * b BD+29 18833 a = 0.660 P = 34.20 yr
NN 09 15 22 -61 52.3 0.923 314.4 m 12.7 * +1.14 059 12 r 11.6 * d 2122 LTT 3423 L 140-119
NN 09 15 25 +27 31.2 K5 s 9.55 +1.34 +1.26 +0.56 052 08 r 8.13 d BD+27 1739 Steph 762
NN 09 15 29 +62 16.2 0.425 217.2 m 11.28 +0.80 042 07 r 9.40 d G235-020 6 LP 91-14
NN A 09 15 51 +26 58.1 0.382 210 k-m 11.77 +1.50 +1.23 050 24 r 10.3 f G047-033 LTT 12449
NN B 09 15 46 +26 58.8 0.382 210 m 16 * 050 24 r 14 * f LP 313-38 sep 76" 302d
GJ 1122 A 09 16 12 +38 44.0 0.250 272 m 14.52 +1.68 +1.34 0496 027 0496 027 13.00 b G115-068
GJ 1122 B 09 16 12 +38 44.1 0.250 272 m 14.67 +1.68 +1.35 0496 027 0496 027 13.15 b G115-069 sep 9" 180d (Giclas)
NN 09 16 33 +73 19.8 0.996 249.8 m 15.02 +1.90 087 35 r 14.7 f G252-033 2126 LP 36-181
Gl 340.1A s 09 16 36 -68 28.7 0.108 247.0 + 32.3 F4 V 6.13 +0.42 J-0.04 J+0.25CJ 0565 136 028 03 r 3.37 c + 1 - 28 - 24 80671 CP-68 918 BS 3712 V(AB) = 5.39 d(m) = 0.0
Gl 340.1B s 09 16 36 -68 28.7 0.108 247.0 6.13* 0565 136 028 03 r 3.37* c CP-68 9184 a = 0.124" P = 3.20 yr, sep(AC) 18.1" 132d (1901)
NN p 09 16 44 -57 34.0 0.484 346.7 + 24 K7 V U 9.52 +1.19 +1.00 +0.54 0295 114 047 08 r 7.88 d - 38 - 32 + 23 80545 CD-57 25850 5149 U202 CP-57:1976 LTT 3433
Gl 340.2 09 16 54 +01 06.6 0.199 225.0 + 47.5 K0 H 8.16 +0.87 +0.61 +0.43C 0500 136 040 06 r 6.17 d - 29 - 44 + 6 80367 BD+01 22770
NN 09 17 22 +26 56.9 1.007 120.8 - 7 m 15.56 +1.92 0483 078 0483 078 13.98 d + 75 - 45 + 47 266 LP 313-42 USNO 714
GJ 1123 09 17 32 -77 37.0 1.023 139.3 0 m 13.10 +1.64 +1.15 +1.39 123 19 r 13.55 d + 36 + 15 + 0 263
Gl 340.3 09 18 16 -05 32.4 0.373 251.4 + 36.5 dK8 M 9.09 +1.16 +1.13 +0.44 0493 185 044 05 r 7.31 c - 37 - 36 - 15 80632 BD-05 27780 G161-015 V544
NN 09 18 21 +03 35.8 1.178 163.2 m 13.33 +1.60 +1.38 +1.10 0608 42 0608 42 12.25 b G046-034 267 LTT 12460 USNO 715
NN 09 18 36 +43 43.3 0.309 250 m 14.02 +1.29 058 10 r 12.84 d G115-071
GJ 1124 09 19 17 +40 25.2 0.507 223.0 - 43.0 SB K2 V 7.63 +0.99 +0.76 0541 076 0541 076 6.30 d + 10 - 32 - 52 80715 BD+40 2197 G116-023 2131
Gl 341 09 20 24 -60 04.2 0.879 282.6 + 36.2 M0 V U 9.50 +1.48 +1.18 +0.78 0994 235 0994 235 9.5 e - 29 - 38 - 27 304636 CP-59 13620 2128 U204 CD-59:2351 LTT 3453 L 140-9
Gl 341.1 09 21 06 +80 48.2 0.446 179.1 - 21.4 K5 K 9.30 +1.23 +1.21 +0.46 0581 068 0581 068 8.12 c - 3 - 42 + 6 BD+81 2970 G253-026 V119
NN 09 21 19 +00 21.4 0.300 227 M3: L 11.54 +1.51 +1.23 059 28 r 10.4 f G048-010 LTT 12478 L 1038-40 LP 607-39
Gl 342 09 21 35 +76 09.1 0.360 254.9 - 5.9 dK5 e W 9.03 +1.19 +1.18 +0.46 0576 170 048 08 r 7.44 d - 25 - 12 - 23 80768 BD+76 3510 G252-034 V543
Gl 343 s 09 22 49 +18 53.5 0.538 236.0 + 1.0 M2 K 13.43 +1.61 +0.94 0605 170 023 05 r 10.24 d - 48 - 61 - 79 G041-037 2141 Ross 83
NN 09 24 07 +50 52.4 0.228 235 m 11.93 +0.95 048 09 r 10.34 d G195-027
Gl 343.1 09 24 20 +39 43.5 0.19 133. - 21 dK8 e M 9.84 +1.29 +1.17 +0.55 044 06 r 8.06 c + 26 - 13 - 5 BD+40 2208 V267
NN 09 25 12 +13 58.1 0.067 232.0 G5 7.81 049 05 o 6.26 c 81762 BD+14 2097
Gl 344 A q 09 25 18 -05 51.1 0.240 251.0 + 55.9 SB G2 V J 5.80 +0.65 J+0.12 J+0.24 J 0320 106 054 05 s 4.46 c - 35 - 47 + 11 81809 BD-05 28022 BS 3750 V(AB) = 5.38 d(m) = 0.8 , SBO (A&A 195,129)
Gl 344 B q 09 25 18 -05 51.1 0.240 251.0 + 53.7 6.6 * 0320 106 054 05 s 5.3 * c - 34 - 45 + 10 BD-05 28023 sep 0.2" 319d - 0.4" 153d (1938-60)
Gl 346 p 09 26 24 -09 02.8 0.05 158 dM0 M 10.52 +1.43 +1.02: +0.72 0092 138 049 08 r 8.97 d BD-08 26890 V268
Gl 347 A 09 26 25 -07 08.5 0.692 193.8 + 8.5 M3.5 K 12.08 +1.53 +1.11 +1.04 0598 047 0598 047 10.96 b + 16 - 42 - 33 G161-033 2145 Ross 439
Gl 347 B 09 26 28 -07 08.5 0.692 193.8 m 15.00 +1.87 +1.25 +1.73C 0598 047 0598 047 13.88 b G161-034 2146
Gl 348 A 09 26 37 -02 33.0 0.134 104.2 + 10.8 SB F6 V 4.60 +0.45 +0.00 +0.26C 0704 069 0704 069 3.84 c + 2 - 9 + 11 81997 BD-02 29010
Gl 348 B 09 26 37 -02 31.9 0.146 103.1 + 11.5 K0 K 7.18 +0.87 +0.57 0704 069 0704 069 6.42 c + 3 - 9 + 12 BD-02 29020
NN 09 26 53 +39 50.7 0.244 145 m 12.13 +1.03 054 11 r 10.79 d LP 211-12
Wo 9299 09 27 07 -05 09.2 0.489 274.3 K7 s 9.74 +1.31 +1.30 +0.54 045 06 r 8.01 c BD- 4 2639 G161-038 5153 V546 LTT 3488
Gl 349 09 27 19 +05 52.4 0.519 281.9 + 27.6 K3 Ve 7.20 +1.00 +0.90 +0.37 0886 131 0886 131 6.94 d - 37 - 13 + 1 82106 BD+06 21820 2147
NN 09 27 37 +63 16.9 0.111 76.8 - 10.4 F0 IV 3.67 +0.33 +0.10 +0.18 0398 078 0398 078 1.67 d + 17 + 0 + 1 81937 BD+63 845
GJ 1125 09 28 12 +00 33.0 0.790 228.3 - 40 M3.5 K 11.71 +1.59 +1.22 +1.14 0984 032 0984 032 11.67 a + 11 + 6 - 54 G048-020 2149
GJ 1126 A 09 28 20 -31 53.2 0.331 344.6 K3 V U 8.38 +0.98 +0.69 +0.42 045 06 r 6.65 c 82342 CD-31 73521 U209 LTT 3494 L 534-025
GJ 1126 B 09 28 20 -31 53.2 0.393 349 g 13.08 +1.46 +0.97 +1.10 045 06 r 11.35 c CD-31 73522 U209 LP902-30
Gl 351.1 09 28 44 +20 30.8 0.800 178.5 M3 K 12.20 +1.48 +0.96 0493 102 0493 102 10.66 d G041-043 2154 Ross 84
Gl 351 A 09 28 44 -40 14.8 0.201 290.1 + 8.8 F3 IV 4.12 +0.36 J-0.03 J+0.22CJ 0642 051 0642 051 3.16 b - 14 - 9 - 5 82434 CD-39 55802 PSI Vel V(AB) = 3.60 d(m) = 0.66
Gl 351 B 09 28 44 -40 14.8 0.201 290.1 F0 IV 4.65* 0642 051 0642 051 3.69* b CD-39 55803 a = 0.795" P =33.99 yr
Gl 352 A 09 28 53 -13 16.1 0.731 85.4 + 7.3 M3 J K 10.81 +1.53 J+1.16 J+1.04 J 1079 091 1079 091 10.98 b + 19 - 3 + 27 BD-12 29182 2151 V026 Kui 41 V(AB) = 10.06 d(m) = 0.0
Gl 352 B 09 28 53 -13 16.1 0.731 85.4 10.8 * 1079 091 1079 091 11.0 * b BD-12 29183 a = 0.551" P = 18.3 yr
Gl 353 09 28 54 +36 32.9 0.584 200.9 + 20.1 dM2 W 10.19 +1.50 +1.26? +0.78 0655 036 0655 036 9.27 b - 21 - 42 + 3 BD+36 19700 G116-036 2155 V548
Gl 354 A 09 29 31 +51 54.4 1.095 240.4 + 15.3 SB F6 IV 3.17 +0.46 +0.02 +0.16 0691 084 0691 084 2.37 c - 61 - 37 - 27 82328 BD+52 14011 270 THE Uma
Gl 354 B 09 29 31 +51 54.4 1.095 240.4 13.8 * 0691 084 0691 084 13.0 * c BD+52 14012
Gl 354.1A 09 29 50 +27 12.8 0.292 209.6 + 9.3 dG9 W 7.01 +0.77 +0.33 0536 153 053 09 r 5.63 d - 11 - 25 - 5 82443 BD+27 17750
Gl 354.1B 09 29 54 +27 13.2 0.274 210 m 16.5 P 0536 153 053 09 r 15.1 P d LP 314-20 sep 65" 67d (NLTT)
Gl 355 09 30 01 -10 57.8 0.253 274.1 + 10.9 K0 H 7.82 +0.92 +0.54 +0.51C 0623 134 052 08 r 6.40 d - 22 - 9 - 9 82558 BD-10 28570 G161-045 pit Heintz AJ 101
Gl 355.1 09 30 06 +70 03.1 0.098 319.3 - 28.1 G4 III-IV 4.56 +0.77 +0.34 0404 085 0404 085 2.59 d + 14 - 6 - 26 82210 BD+70 5650
Gl 355.2 09 30 54 -20 53.6 0.027 293.6 + 16.3 K0 IV 5.01 +1.02 +0.87 +0.44C 0506 170 0506 170 3.5 e - 7 - 14 + 5 82734 BD-20 29360
NN 09 31 26 +61 28.0 M3 s 11.95 +1.54 +1.21 +0.97 051 10 r 10.49 d Steph 785
Gl 356 A 09 32 40 +36 02.2 0.775 251.4 + 14.9 G8 V 5.41 +0.77 +0.44 +0.26 0870 085 0870 085 5.11 c - 38 - 17 - 16 82885 BD+36 19792 2156
Gl 356 B 09 32 40 +36 02.2 0.775 251.4 13.0 * 0870 085 0870 085 12.7 * c BD+36 19793 a = 3.84" P = 201 yr Heintz AJ 94, p 1077
Wo 9303 09 33 12 +37 45.2 0.105 224 K5 s 11.02 +1.44 +0.73 040 06 r 9.03 d V549
NN 09 33 38 -05 53.3 0.780 245.1 m 14.0 * +1.20 040 08 r 12.0 * d G161-051 2158
Gl 357 09 33 43 -21 25.4 0.915 169.4 - 78 M3 V 10.92 +1.57 +1.18 +1.00 1116 167 1116 167 11.16 d + 49 + 53 - 49 2157 L 678-039
NN 09 33 57 +40 48.2 0.188 244 m 14.03 +1.24 047 09 r 12.39 d LP 211-22
GJ 1127 p 09 34 22 +22 55.3 0.231 219.3 - 36.9 dM0 W 9.48 +1.28 +1.27 +0.52 0071 057 050 08 r 7.97 d + 17 - 5 - 39 BD+23 2121 V270 LTT 12540 Ross 89
Gl 358 09 37 49 -40 50.7 0.663 305.0 +142 M3 10.75 +1.53 +1.17 +1.07 0976 110 0976 110 10.70 c - 36 -140 + 18 CD-40 54040 2166 L 390-5
Gl 359 09 38 11 +22 15.5 0.672 135.1 M4 K 14.23 +1.78 +1.10: +1.38 0822 054 0822 054 13.80 b G049-020 2171 Ross 92
Gl 360 09 38 22 +70 15.9 0.727 246.4 + 6.9 M3 K 10.57 +1.50 +1.02 0741 105 0741 105 9.92 d - 41 - 16 - 16 G235-035 2176 V550A AC+70:4336
Gl 361 09 38 30 +13 26.4 0.648 253.5 + 11.4 dM2 e W 10.37 +1.50 +1.25 +0.92 0803 184 0803 184 9.89 d - 30 - 18 - 20 G042-017 2173 V551 AC+13:1301-119 Ross 85 LFT 670
Gl 362 09 38 39 +70 16.3 0.727 246.4 + 6.0 M3 K 11.22 +1.52 +1.12 0900 109 0900 109 10.99 c - 34 - 13 - 13 G235-036 2178 V550B AC+70:4337
Gl 363 09 38 57 +56 13.2 0.890 235.7 M3.5 K 12.50 +1.53 +1.35? +1.22 0693 068 0693 068 11.70 c G195-036 2175 LTT 12565
GJ 2074 09 39 21 +07 11.0 0.044 201 DA7 14.90 +0.30 -0.55 058 07 w 13.72 c W431 PG197-4
Gl 364 09 39 59 -23 41.4 0.476 302.6 + 35.2 F9 IV 4.93 +0.53 +0.01 +0.28C 0820 215 0820 215 4.5 e - 34 - 28 + 8 84117 CD-23 86460
Gl 365 09 40 17 +42 55.9 0.837 177.8 - 12.1 K5 V 8.12 +1.15 +1.15 +0.42 0505 073 0505 073 6.64 d + 14 - 78 - 1 84035 BD+43 19530 G116-042 2180 V552
NN 09 40 17 -19 00.2 0.520 243.6 M3 K 11.96 +1.58 +1.03 062 15 r 10.9 e 2177 LTT 3561 L 750-79 LP 788-24
NN 09 41 05 +27 12.1 0.603 260.8 M3 K 12.05 +1.56 +1.20: +1.15 076 19 r 11.5 e G049-023 2181 LTT 12583 Ross 93
NN 09 41 18 -06 49.7 0.441 187.5 DA9 16.41 +0.56 -0.30 043 08 w 14.58 d G161-068 6 W
Gl 366 09 41 42 +76 17.3 0.991 173.2 - 27.8 M1.5 K 10.62 +1.41 +1.09 +0.86 0635 047 0635 047 9.63 b + 0 - 75 + 25 G252-044 2188 V120 AC+76:3952
GJ 1128 09 41 57 -68 40.3 1.120 356.8 - 21 m 12.78 +1.73 +1.22 +1.42 161 23 r 13.81 d - 27 + 8 + 27 271
Gl 366.1A 09 41 58 -27 32.4 0.059 301.2 + 24.0 F6 V 5.45 +0.51 J+0.35 J+0.30CJ 0512 153 052 09 r 4.03 d - 9 - 22 + 7 84367 CD-27 68812 THE Ant V(AB) = 4.79 d(m) = 0.2
Gl 366.1B 09 41 58 -27 32.4 0.059 301.2 F8 V 5.6 * 0512 153 052 09 r 4.2 * d CD-27 68813 a = 0.134" P = 18.32 yr
GJ 1129 09 42 32 -17 58.8 1.633 264.0 + 9 m 12.60 +1.59 +1.28 +1.27 098 17 r 12.56 d - 57 - 19 - 52 273
Gl 367 09 42 37 -45 32.3 0.746 217.3 + 60.0 M3 K 10.11 +1.53 +1.13 +0.94 1088 067 1088 067 10.29 b + 4 - 63 - 26 CD-45 53780 2182 CP-45:3978 LTT 3579
NN 09 43 40 -04 12.0 0.547 287.6 m 14.15 +1.32 061 10 r 13.08 d G161-074 2186
NN 09 44 30 +60 29.5 0.888 257.3 M2 L 12.73 +1.64 +1.39 081 35 r 12.3 f G235-040 2191 LTT 12597 L 1820-21 LP 91-105
NN 09 44 53 +13 10.4 0.246 340 m 13.38 +1.20 054 10 r 12.04 d LP 488-37
Gl 368 09 45 22 +46 15.3 0.242 113.1 + 5.0 G0.5 Va 5.09 +0.62 +0.10 +0.22t 0753 047 0753 047 4.47 b + 8 - 4 + 13 84737 BD+46 15510
NN 09 46 55 +53 29.2 0.268 265 DQ6 15.20 +0.13 -0.70 0439 035 0439 035 13.41 b G195-042 W251 PG
Gl 368.1A 09 47 02 -52 23.1 0.358 312.5 + 4.4 K1 V 7.93 +0.90 J+0.65 J+0.46CJ 0445 136 045 08 r 6.20 d - 37 - 9 + 2 85228 CP-52 28302 V(AB) = 7.92 d(m) = 4.1
Gl 368.1B 09 47 02 -52 23.1 0.358 312.5 12.0 * 0445 136 045 08 r 10.3 * d CP-52 28303 sep 1.4" 277d (1929-43)
Gl 369 09 48 40 -12 04.5 1.791 143.4 + 62.2 dM2 W 10.04 +1.48 +1.18 +0.78 0848 076 0848 076 9.68 b + 72 - 91 + 23 BD-11 27410 G161-080 274 V027 LFT 685
Gl 370 09 49 05 -43 15.7 0.649 135.2 - 9.6 K5 V 7.64 +1.18 +1.12 +0.50 1032 091 1032 091 7.71 b + 29 + 10 - 4 85512 CP-42 41010 2201 U212
Gl 371 09 49 37 +03 27.4 0.440 270.7 + 21.5 VAR dM0 p M 8.86 +1.23 +1.21 +0.47 0394 047 0394 047 6.84 c - 51 - 19 - 19 85488 BD+03 22792 G048-045 V558
NN s 09 50 04 +03 22.0 0.06 239 + 13.0 K4 s 10.58 +1.40 +1.24 +0.63 0527 085 0527 085 9.19 d - 8 - 11 + 4 AC+03:2399-47 VV230
Gl 372 09 50 41 -03 26.9 0.471 191 dM0 M 10.54 +1.52 +1.2 : +0.98 098 19 r 10.50 d BD-02 3000 G053-013 6 V560
NN 09 51 09 +21 10.6 0.506 320.7 m 14.05 +1.44 098 15 r 14.01 d G042-024 2206
GJ 1130 A 09 51 17 -31 30.9 0.204 228.9 M0 V 10.21 +1.38 +1.15 +0.68 050 06 r 8.70 c CD-31 77450 U213 LTT 3630 LDS 290
GJ 1130 B 09 51 17 -31 30.9 0.204 228.9 14.42 +1.70 +1.30 050 06 r 12.91 c
Gl 373 09 52 29 +63 02.0 0.658 207.3 + 14.9 dM1 W 9.00 +1.43 +1.19 +0.73 0983 054 0983 054 8.96 b - 24 - 22 + 12 BD+63 8690 G235-049 2211 V121
NN 09 52 45 +35 36.1 0.238 190 M4 K 12.73 +1.11 057 12 r 11.51 d G116-065 LTT 12639 Wolf 330
NN 09 53 40 +22 53.5 0.536 239.9 m 14.2 * +1.33 062 10 r 13.2 * d G049-032 2212
Gl 374 s 09 54 09 -40 32.9 0.156 243.6 + 57.0 K4 V 9.00 +0.96 +0.73 +0.34 0676 153 032 05 r 6.53 d - 9 - 60 - 10 86249 CP-40 40330 U218
NN q 09 54 38 +41 17.7 0.122 256.1 - 8.9 SB F6 Vas 5.14 +0.46 +0.00 0387 102 050 06 r 3.63 c - 3 - 4 - 14 86146 BD+41 2033
NN 09 55 00 +24 47.5 0.391 220 +124 DA6 15.09 +0.25 -0.54 0412 045 0412 045 13.16 c - 58 - 59 + 39 G049-033 W069 LTT 12661
NN 09 55 19 +12 02.9 0.467 249.8 m 14.66 +1.31 046 07 r 12.97 d G042-029 6 LTT 12663
NN A 09 56 13 +44 05.0 0.228 199 m 13.89 +1.22 045 06 r 12.16 c G116-072
NN B 09 56 15 +44 05.0 0.228 199 m 14.16 +1.24 045 06 r 12.43 c G116-073 sep 23" 91d
Gl 375 09 56 34 -46 10.7 0.676 136.1 + 44 M3.5 K 11.27 +1.55 +0.91 +1.19 0691 138 0691 138 10.47 d + 49 - 41 - 2 CD-45 56270 2213 LTT 3661 CAZ 60674 CFS 20559 NSV 4689
NN 09 56 35 +47 26.8 0.281 163 m 14.09 +1.25 047 09 r 12.45 d G146-005
Gl 375.1 x 09 57 02 -49 45.8 0.14 282 + 38 11.68 +0.91 +0.70 +0.51C 0447 136 0447 136 9.9 e - 9 - 40 - 4 CF 7007
NN p 09 57 13 +24 47.6 0.237 259.5 + 13.4 K0 V 7.90v +0.88 +0.43 +0.38 0297 085 048 09 r 6.31v d - 24 - 11 - 4 86590 BD+25 2191 LTT 12668
Wo 9309 09 57 28 -50 21.3 0.18 289 g-k 12.1 P 0418 102 0418 102 10.2 P e CD-50 47150 CFS 7030
Gl 376 09 58 08 +32 10.2 0.684 230.5 + 55.8 G2 Va 5.35 +0.66 +0.27 0645 066 0645 066 4.40 c - 57 - 45 + 20 86728 BD+32 19640 2216
Gl 377 09 59 01 -30 09.5 1.297 297.9 + 60 M3 K 11.43 +1.49 +1.10 +1.07 0733 069 0733 069 10.76 c - 88 - 54 + 4 CD-29 80190 277
GJ 2077 09 59 08 +14 55.9 0.314 274 -140 DC7 15.37 +0.36 -0.49 046 05 w 13.68 c + 65 + 79 -158 G042-033 W252 LTT 12680
Gl 378 09 59 14 +48 21.1 1.571 203.8 - 9.8 dM2 M 10.07 +1.37 +1.13 +0.82 0680 050 0680 050 9.23 b - 25 -106 - 16 BD+48 18290 G146-006 278 V562
NN 09 59 14 -15 11.0 0.248 279.3 K3 V 8.64 +1.02 +0.75 +0.36 040 06 r 6.65 d 86972 BD-14 3003 U222 LTT 3676
Gl 378.1 s 09 59 23 +44 49.3 0.290 250.9 + 33.5 SB? dK8 M 9.04 +1.07 +0.98 +0.40 0526 102 038 04 r 6.94 c - 47 - 14 + 8 86856 BD+45 17910 G116-076 V273
NN 09 59 59 +15 13.9 0.279 150 m 14.23 +1.70 056 23 r 13.0 f G043-023 LTT 12689
NN 10 00 58 +06 12.4 0.659 257.8 m 13.17 +1.13 046 09 r 11.48 d G043-024 2217 LTT 12693
NN 10 01 56 +05 48.5 M0 s 12.66 +1.50 +1.22 +1.03 042 08 r 10.78 d Steph 823
NN 10 03 43 +41 57.8 0.557 217.2 M0 K 11.32 +1.49 +1.22 039 10 r 9.3 e G116-077 2220 LTT 12699 FI-285
GJ 1131 10 04 09 +69 29.4 0.872 269.6 m 14.34 +1.75 0563 046 0563 046 13.09 b G235-055 2222
Gl 378.2 10 04 22 +03 12.6 0.11 218 - 15.4 dM0 e M 9.95 +1.39 +1.28 +0.64 0422 119 053 08 r 8.57 d + 5 + 2 - 17 BD+03 23160 V123
Gl 378.3 10 04 29 +35 29.4 0.052 91.3 - 17.6 A7 V 4.48 +0.18 +0.08 0478 119 0478 119 2.9 e + 14 + 2 - 11 87696 BD+35 21100
Wo 9315 10 04 48 -14 03.7 0.123 166 K7 V U 10.19 +1.32 +1.20: +0.59 041 08 r 8.25 d BD-13 3031 V566 U227
NN 10 06 19 +51 32.4 0.927 209.3 k-m 13.47 +1.66 0750 032 0750 032 12.85 a G195-057 2224 LP 127-132
Gl 379 A 10 06 24 +75 23.0 0.349 40.0 - 48.9 dK6 eJ W 10.18 +1.40 J+1.19 J+0.59 J 0542 075 0542 075 8.85 d + 48 - 5 - 31 BD+75 4033 G252-049 V565 V(AB) = 9.48 d(m) = 0.24
Gl 379 B 10 06 24 +75 23.0 0.349 40.0 10.3 * 0542 075 0542 075 9.0 * d BD+75 4034 a = 1.625" P = 192 yr Heintz AJ 94, 1077 (1987)
Gl 379.1A 10 07 22 -35 36.7 0.442 271.2 + 36.8 F8 V 6.15 +0.60 +0.16 +0.22 0467 078 0467 078 4.50 d - 37 - 42 - 15 88218 CD-35 61942
Gl 379.1B 10 07 22 -35 36.7 0.442 271.2 10.9 * 0467 078 0467 078 9.2 * d CD-35 61943
Gl 379.2 s 10 07 40 -36 30.8 0.488 319.1 +111.1 G3 V-VI 8.08 +0.60 +0.01: +0.22 0462 094 022 03 r 4.79 c -102 -101 + 52 88261 CD-36 61800 5166a
Gl 380 10 08 19 +49 42.5 1.454 248.9 - 25.4 K2 Ve 6.59 +1.36 +1.28 +0.60 2132 027 2132 027 8.23 a - 9 - 20 - 35 88230 BD+50 17250 G196-009 280
NN 10 08 48 +35 33.6 0.281 150 M4 K 14.50 +1.27 042 07 r 12.62 d G118-037 LTT 12734 Wolf 351
Gl 381 10 09 31 -02 25.8 0.829 142.0 + 40 dM0 M 10.63 +1.57 +1.20 +1.00 1173 090 1173 090 10.98 b + 17 - 42 + 25 G053-028 2230 V568 L 968-022 LP 609-71 comp.(?) at 25" d(m) = 2. (Worley), no cpm
Gl 382 10 09 46 -03 29.7 0.280 214.1 + 7.7 dM2 M 9.27 +1.48 +1.19 +0.92 1167 049 1167 049 9.61 a - 3 - 13 - 3 BD-03 2870 G053-029 V569 uncertain comp. 25" d(m) = 1. (Worley)
Gl 383 10 09 47 -18 22.2 0.525 270.1 - 1.7 K7 V U 9.94 +1.48 +1.23 +0.71 0704 090 0704 090 9.18 c - 28 - 5 - 21 BD-17 30880 2231 V570
Gl 383.1 s 10 10 44 +52 45.9 0.773 173.9 - 24.8 dM0 W 9.53 +1.10 +0.94 +0.47 0546 222 038 06 r 7.43 d + 25 - 96 + 12 233719 BD+53 13950 G196-013 2237 V567
NN 10 10 52 -35 29.8 0.532 292.7 M3.5 K 12.95 +1.08 045 09 r 11.22 d 2233 LTT 3742 L 464-6 comp B: G opt.
Gl 384 A s 10 10 56 -47 13.8 0.269 302.7 + 0.3 G8 V 8.27 +0.80 J+0.34 J+0.43CJ 0652 153 029 05 r 5.58 d - 44 - 6 - 1 88746 CP-46 43571 V(AB) = 8.19 d(m) = 2.6
Gl 384 B s 10 10 56 -47 13.8 0.269 302.7 10.9 * 0652 153 029 05 r 8.2 * d CP-46 43572 sep 4.6" 135d - 5.3" 127d (1901-59)
Gl 385 10 10 59 -84 52.4 0.01 158 10.22: +0.34 +0.14t 0566 153 0566 153 9.0 : e discrepant photometry; ident??
Gl 385.1 10 11 12 -32 47.1 0.376 279.4 + 41.9 G1 V 6.38 +0.59 +0.09 +0.20 0537 071 0537 071 5.03 c - 31 - 44 - 1 88742 CD-32 71580
Wo 9321 s 10 11 15 -07 08.2 0.192 275.2 + 14.6 dF6 7.21 +0.49 +0.05 0409 170 016 02 s 3.23 c - 52 - 17 - 20 88697 BD-06 3109
Wo 9322 s 10 11 32 +03 24.3 0.473 150.0 - 24 G1 V 7.76 +0.60 -0.02 0429 088 026 03 s 4.83 c + 78 - 36 - 24 88725 BD+03 2338 G044-006 LTT 12747
GJ 2079 p 10 11 35 +21 19.7 0.23 204 + 10.1 dM0 e W 10.20 +1.36 +1.15 +0.76 0339 188 059 13 r 9.05 d - 5 - 20 + 1 V124 AC+22:214-129
NN 10 11 45 +21 25.1 0.166 237.5 + 16.8 F9 V 6.03 +0.55 +0.12 046 07 r 4.34 d - 17 - 17 + 4 88737 BD+21 2165
NN 10 12 15 +31 40.2 0.239 183 m 13.60 +1.23 055 10 r 12.30 d G118-043
GJ 1132 10 12 54 -46 54.7 1.137 292.2 - 1 k 13.50 +1.72 +1.34 +1.22 058 11 r 12.32 d - 90 - 13 - 20 281
NN 10 12 57 -82 37.8 0.556 303.7 k 11.07 +1.42 +1.15 +0.73 039 06 r 9.03 d 2228 LTT 3760 L 17-47
NN 10 13 12 -55 55. 0.136 298 + 11 DZ9 15.10 +0.68 -0.12 090 10 w 14.87 c - 14 + 32 - 1 W BPM 19929 L 190-21
Gl 386 10 14 20 -11 42.2 0.744 213.9 - 20 dM0 M 10.98 +1.47 +1.10 +1.05 0897 105 0897 105 10.74 c + 4 - 8 - 43 G162-038 2244 V573 L 824-28
Gl 387 A 10 14 30 +23 21.5 0.429 255.1 + 37.5 F8 Vbw 5.82 +0.50 -0.05 +0.17t 0608 076 0608 076 4.74 c - 42 - 25 + 12 89125 BD+23 22071 BS 4039 ADS 7712
Gl 387 B 10 14 30 +23 21.5 0.429 255.1 + 38.4 M1 K 11.4 * 0608 076 0608 076 10.3 * c - 42 - 25 + 12 BD+23 22072 sep 7.4" 299d (1851-1958) d(m) = 6.0
NN p 10 15 50 +44 18.2 0.308 168.5 - 8.3 G5 V 6.65 +0.66 +0.15 +0.22 0262 102 046 07 r 4.96 d + 14 - 30 + 2 89269 BD+44 1973 LTT 12759
NN 10 16 06 -26 14.9 0.053 133.2 + 29.8 K0 V 7.94 +0.94 046 06 r 6.25 c + 3 - 28 + 12 89391 CD-25 79160
Gl 388 10 16 54 +20 07.3 0.506 264.0 + 12.3 M4.5Ve 9.40 +1.54 +1.08 +1.13 2039 028 2039 028 10.95 a - 15 - 8 + 3 BD+20 24650 G054-023 5167 V574 AD Leo
Gl 388.1 10 17 01 +19 43.5 0.328 226.7 + 6.1 F6 IV 4.81 +0.45 +0.01 0509 153 0509 153 3.3 e - 14 - 26 - 11 89449 BD+20 24660
NN 10 17 33 +49 33.0 0.382 253 m 13.16 +1.08 039 08 r 11.12 d G196-019
Gl 388.2 s 10 18 25 -15 13.9 0.359 320.7 + 82.8 SB F8 V 7.18 +0.55 -0.04 +0.32C 0462 119 030 03 s 4.57 c - 68 - 50 + 54 89707 BD-14 30930
Wo 9326 10 19 13 +41 29.0 0.178 219.6 - 6.5 F7 V 5.77 +0.53 +0.07 0474 151 048 08 r 4.18 d - 3 - 16 - 10 89744 BD+41 2076
GJ 1133 10 19 37 +63 42.6 0.276 44 DA7 14.71 +0.38 -0.51 0614 041 0614 041 13.65 b G235-067 W350 LP 062-147
NN s 10 20 03 +15 35.9 0.282 248.1 + 19.4 dG2 7.28 +0.65 +0.15 0400 080 034 04 r 4.94 c - 33 - 28 - 8 89906 BD+16 2116 LTT 12778 ADS 7744 sep. 1.1" rapid
Wo 9327 10 20 33 +65 49.2 0.027 200.0 - 2.6 SB A0 p 4.97 -0.06 -0.13 0418 153 0418 153 3.1 f + 0 - 4 - 1 89822 BD+66 664
Gl 389 A 10 20 37 -59 55.1 0.557 141.2 + 24.7 M3 10.72 +1.43 +1.12 J+0.80 0550 071 0550 071 9.42 c + 50 - 11 - 17 2253 L 190-266 sep 12" 23d
Gl 389 B 10 20 37 -59 54.9 0.557 141.2 m 12.63 +1.49 +1.07 0550 071 0550 071 11.33 c 2254 L 190-265
NN 10 21 37 -29 23.6 0.105 336.5 G5 V 6.94 +0.65 +0.39 043 07 r 5.11 d 90156 CD-29 83160
NN 10 21 40 +12 12.5 M0 s 12.46 +1.57 +1.28 +1.01 045 09 r 10.73 d Steph 852
Gl 389.1 s 10 21 45 -10 08.9 0.403 132 dK8 M 10.00 +1.24 +1.17 +0.51 0422 067 036 05 r 7.78 d BD-09 30630 G162-050 V578
NN 10 22 44 +26 39.0 0.537 212.4 k-m 13.19 +1.57 +1.20 +1.21 059 11 r 12.04 d G054-026 2260
Gl 390 10 22 44 -09 58.6 0.722 276.1 + 7 M1.5 K 10.17 +1.49: +1.14 +0.86 0799 075 0799 075 9.68 c - 39 - 11 - 16 BD-09 30700 G162-052 2259 V579
NN A 10 22 57 +50 42.6 0.627 214.4 k-m 13.52 +1.21 051 07 r 12.06 c G196-022 2262 LP 127-371
NN B 10 22 58 +50 42.8 0.627 214.4 m 13.68 +1.22 051 07 r 12.22 c G196-023 2263 LP 127-372 sep 16" 26d
Wo 9329 x 10 23 18 -44 38.2 0.17 295 11.19 +0.94 +0.76 +0.46C 0420 119 0420 119 9.3 e CD-44 64690
Gl 391 10 23 24 -73 46.6 0.033 207.0 - 4.7 SB? F2 IV 4.00 +0.35 -0.01 0584 131 0584 131 2.83 d - 2 + 5 - 1 90589 CP-73 7330 I Car
Gl 392 A 10 24 59 +49 03.2 0.886 175.0 - 6.8 F9 V 6.44 +0.60 +0.05 +0.24 0519 061 0519 061 5.02 c + 17 - 77 + 18 90508 BD+49 19611 2266
Gl 392 B 10 24 59 +49 03.2 0.886 175.0 12.5 * 0519 061 0519 061 11.1 * c BD+49 19612 2267
Gl 392.1 s 10 25 10 +82 48.9 0.087 286.8 + 4.2 SB F2 V 5.26 +0.37 -0.05 0455 119 0455 119 3.6 e - 9 + 3 - 4 90089 BD+83 2970
NN 10 25 21 +48 29.8 0.633 102.9 m 13.25 +1.67 0486 033 0486 033 11.68 b G146-035 2268 USNO 717
NN q 10 25 43 -06 20.5 0.468 232.2 + 28.2 K0 V 7.86 +0.80 +0.46 0303 070 039 06 r 5.82 d - 26 - 53 - 23 90711 BD-05 3071 G055-022 6
NN 10 25 53 +32 29.6 0.511 292.9 m 13.00 +1.14 052 10 r 11.58 d G118-061 2270
NN 10 26 00 +00 14.9 DA 13.83 055 06 w 12.53 c W PG WD1026+002
Gl 393 10 26 23 +01 06.4 0.949 218.2 + 8.3 dM2.5 W 9.64 +1.52 +1.20 +0.96 1362 041 1362 041 10.31 a - 7 - 29 - 16 BD+01 24470 G055-024 2272 V127
Gl 394 10 27 14 +56 15.4 0.185 258.1 + 9.1 VAR K7 Ve 8.69 +1.33 +1.24 +0.55 0721 137 0721 137 7.98 d - 15 - 3 + 2 237903 BD+56 14580 V030
Gl 395 10 27 26 +56 14.3 0.181 258.8 + 8.6 SB? F8 V 4.84 +0.52 -0.01 +0.16 0780 038 0780 038 4.30 b - 14 - 2 + 2 90839 BD+56 14591
NN p 10 27 32 +60 00.7 0.528 237.1 K4 K 8.77 +1.15 +0.43 0236 067 050 08 r 7.26 d 90875 BD+60 1266 G196-028 2275 LTT 12811 LFT 720
NN 10 27 35 +33 06.0 0.555 229.4 M6 e: s 12.72 +1.45 +1.13 +1.10 048 11 r 11.13 d G118-066 2274
Gl 396 10 28 15 +84 39.4 0.056 11.3 + 9.0 K0 H 7.30 +0.82 +0.51 0661 188 053 07 r 5.92 c - 3 + 10 + 2 90343 BD+85 1610
Gl 397 10 28 27 +45 47.5 0.822 225.4 + 23.9 K7 V 8.86 +1.33 +1.28 +0.59 0676 131 0676 131 8.01 d - 41 - 46 + 7 BD+46 16350 G146-039 2279 V032
Gl 397.1A 10 28 30 +57 22.2 0.251 325 - 2 dM0 e M 9.65 +1.38 +0.61 0481 119 057 08 r 8.43 d - 9 + 13 - 14 BD+57 12740 V031
Gl 397.1B 10 28 17 +57 20.5 0.251 325 m 16.2 P 0481 119 057 08 r 15.0 P d BD 0 V031B LP 92-176 sep. 142" 225d (NLTT) d(pg) = 5.2 d(R) = 4.8
NN AB 10 28 39 -21 23.1 0.429 144 K7 V U 10.68 +1.38 J+1.35 J+0.66 J 043 06 r 8.85 d BD-20 3198 V583 U235 LTT 3856 L 681-21 DON 414 sep(AB) < 1" d(m) = 0.3 V(J) = 10.07
NN C 10 28 39 -21 23.1 0.429 144 13.13 +1.57 +1.21 043 06 r 11.30 d V583C DON 414C sep 6" 189d
Gl 397.2 10 29 25 -53 27.7 0.467 295.8 + 21.0 F6 V 4.89 +0.50 -0.02 +0.30C 0478 145 051 05 s 3.43 c - 37 - 30 - 2 91324 CP-53 39091
Wo 9333 x 10 30 35 -41 12.4 0.10 96 11.12 +0.90 +0.58 +0.41C 0410 188 0410 188 9.2 f CD-40 61020
NN A 10 31 32 +46 33.8 0.411 257 m 13.13 +1.14 049 10 r 11.58 d G146-043 LP 167-64 L 1617-7
NN B 10 31 28 +46 34.0 0.411 257 m+ 15.5 : 049 10 r 14.0 : d LP 167-63 sep 46.5" 285d
NN 10 32 04 +69 43.0 1.752 250.5 k-m 11.93 +1.55 +1.02 0756 044 0756 044 11.32 b G236-034 283 LTT 12827 LFT 723 L 1912-9 LP 37-179
Gl 398 10 33 28 +05 22.7 0.642 278.1 + 21.0 dM4 e W 12.60 +1.60 +1.12 +1.19 0730 043 0730 043 11.92 b - 44 - 17 - 2 G044-027 2285 L 1113-055
Gl 398.1 10 34 03 -11 57.7 0.727 158.7 - 6.2 F7 V 5.71 +0.52 +0.00 +0.18 0440 092 046 06 r 4.02 c + 60 - 31 - 33 91889 BD-11 29181 2286
NN 10 35 30 +48 47.4 0.216 248 m 13.49 +1.16 044 09 r 11.71 d LP 167-71
NN 10 36 32 -20 25.8 0.628 330.3 DQP9 16.46 069 07 w 15.65 c 2293 W535 LTT 3902 L 681-8 LP 790-29
Gl 399 10 37 12 -06 39.7 0.725 261.2 m 11.30 +1.53 +1.01 0885 152 0885 152 11.03 d G055-035 2295 L 897-16
GJ 1135 10 38 52 -36 37.9 0.252 133.4 M0 V U 9.97 +1.48 +1.17 +0.80 075 17 r 9.35 d CD-36 65890 U241 LTT 3919 L 465-43
GJ 1134 10 38 53 +37 52.6 1.505 256.1 + 10 m 12.98 +1.68 +1.17 +1.30 0962 023 0962 023 12.90 a - 61 - 36 - 24 G146-058 287
GJ 1136 A 10 39 35 -36 22.2 0.169 291.9 K7 V U 10.19 +1.46 +1.19 +0.73 056 08 r 8.93 d CD-35 66620 U242 LDS 314 BPM 54256
GJ 1136 B 10 39 35 -36 22.2 0.169 291.9 11.67 +1.52 +1.11 +0.96 056 08 r 10.41 d BPM 54257
NN 10 41 08 -28 48.0 0.242 249.0 K1 V 7.74 +0.89 +0.56 048 08 r 6.15 d 92945 CD-28 83940 LTT 3932
GJ 1137 10 42 02 -33 18.7 0.176 216.8 + 41.7 K2 V 8.30 +0.95 +0.72 +0.37 044 07 r 6.52 d + 2 - 46 - 2 93083 CD-32 75980 U243 BPM 54316
NN A 10 42 06 +32 40.5 0.213 277 m 13.55 +1.17 044 09 r 11.77 d LP 316-604
NN B 10 42 08 +32 40.2 0.213 277 m 15.5 : 044 09 r 13.7 : d LP 316-605 sep 40" 123d
Gl 400 A 10 42 30 +38 46.4 0.160 346.5 - 3.2 dM2 W 9.30 +1.41 J+1.20 J+0.74 J 0815 081 0815 081 8.86 c - 2 + 8 - 5 BD+39 23762 V033 ADS 7915 V(AB) = 9.23 d(m) = 2.9
Gl 400 B 10 42 30 +38 46.4 0.160 346.5 - 4.1 12.2 * 0815 081 0815 081 11.8 * c - 2 + 8 - 6 BD+39 23763 sep 1.2" 326d - 0.7" 290d (1896-1965)
NN 10 42 40 -60 57.2 1.657 348.1 m 13.92 +1.82 +1.68C 2228 136 2228 136 15.66 b 288 LTT 3946 L 143-23
Gl 401 A 10 43 19 -18 50.5 1.980 250.5 + 36 M1 11.03 +1.44 +0.96 +0.77 0773 139 0773 139 10.47 d - 77 - 80 - 60 BD-18 30191 289
Gl 401 B 10 43 19 -18 50.5 1.980 250.5 DQ9 16.5 P 0773 139 0773 139 15.9 P d BD-18 30192 290 W
NN 10 43 27 +09 57.9 0.288 201 m 13.55 +1.16 043 09 r 11.72 d G044-035 LTT 12870
NN 10 44 13 -24 19.2 0.146 233.8 K5 V 9.39 +1.16 +1.00 +0.46 040 06 r 7.40 d 93380 CD-23 95240 U245 CP-23: 5013
NN s 10 44 38 +21 45.7 0.397 260.0 + 35.3 K5 s 10.13 +1.22 +1.18 +0.48 0531 037 0531 037 8.76 b - 41 - 25 + 14 BD+22 2271 G058-017 V588 LTT 12876
NN 10 45 41 -11 03.1 1.644 158.5 - 7 M6.5 15.60 +2.10 +1.99 2210 036 2210 036 17.32 a + 29 - 11 - 18 292 LP 731-58
NN 10 45 51 +19 25.0 0.246 109 m 13.45 +1.14 042 08 r 11.57 d G058-021 LTT 12881 L 1258-7 LP 431-69
NN 10 46 29 +05 18.7 0.624 216.6 m 19.11 0409 023 0409 023 17.17 b 2314 LP 551-13
GJ 1138 10 47 00 +35 49.5 1.231 213.2 m 13.02 +1.66 +1.15 +1.31 1024 037 1024 037 13.07 a G119-036 293
NN 10 47 30 -79 12.0 0.505 244.6 m 13.45 +1.25 063 11 r 12.45 d 2310 L 37-56
NN s 10 47 39 +33 22.3 0.629 171.1 m 13.07 +1.52 0420 033 0420 033 11.19 b G119-037 2317
NN A 10 47 42 +52 03.9 0.203 267.5 G5 8.33 040 04 r 6.34 c 93811 BD+52 1514 LTT 12889
NN B 10 47 40 +52 00.9 0.203 273 m 14.10 +1.24 040 04 r 12.11 c LP 128-32
Gl 402 10 48 19 +07 05.1 1.150 225.1 - 0.9 SB dM5 W 11.65 +1.67 +1.16 +1.25 1451 048 1451 048 12.46 a - 10 - 28 - 22 G044-040 294 Wolf 358
NN 10 48 33 +36 23.4 0.182 265 m 13.46 +1.16 045 09 r 11.73 d LP 263-35
Gl 402.1 x 10 49 29 +00 06.5 0.262 168.5 dK8 M 10.20 +0.90 +0.37 0468 153 0468 153 8.6 e BD+00 27090 G163-014 V589
Gl 403 10 49 30 +14 15.7 1.126 279.6 dM3 K 12.67 +1.65 +1.25 +1.16 0837 170 0837 170 12.28 d G044-042 295
NN 10 49 31 +00 48.6 0.287 273 m 13.85 +1.28 060 10 r 12.74 d G045-011 LTT 12899
NN 10 49 41 +06 11.1 0.639 257.8 m 14.4 * +1.28 046 08 r 12.7 * d G044-043 2320
Wo 9336 s 10 50 39 -20 21.5 0.314 210.7 - 13.1 G3/5 V 7.05: +0.64 +0.19 0439 136 037 05 r 4.89: c + 1 - 12 - 41 94340 BD-19 3122 LTT 3991
GJ 1139 s 10 50 40 +76 19.9 0.465 287.5 - 24.4 K4 K 9.65: +1.10 +1.02 +0.48 0561 107 035 06 r 7.37: d - 37 - 17 - 54 BD+76 404 G253-040 V874
Gl 403.1 10 51 03 -19 52.1 0.255 162.6 - 3.8 F6 V 5.23 +0.46 +0.06 +0.27C 0523 188 051 08 r 3.77 d + 18 - 6 - 15 94388 BD-19 31251
Gl 404 10 51 12 -44 08.7 0.265 270.9 + 6.4 F8 IV-V 8.09 +0.52 -0.09 +0.32C 0572 085 0572 085 6.88 d - 18 - 12 - 8 94444 CP-43 49940
Gl 404.1 10 51 27 -58 35.2 0.074 70.2 + 8.1 K1 III 3.78 +0.95 +0.65 +0.46C 0570 170 0570 170 2.6 e + 7 - 6 + 4 94510 CP-58 28340
Wo 9340 x 10 51 50 -30 53.3 0.351 198.9 + 92.5 G2 V 8.35 +0.60 +0.02 +0.22 0417 119 0417 119 6.5 e + 16 - 99 + 4 94518 CD-30 88070 LTT 4001
Gl 405 s 10 52 53 +56 18.0 0.548 283.1 M1.5 K 12.72 +1.53 +0.96 0614 119 0614 119 11.66 d G196-051 2331 Ross 107
NN 10 53 05 -09 05.8 0.528 329.5 M4 K 13.54 +1.63 +1.19 050 13 r 12.0 e G163-023 2328 LTT 4009 L 898-42 LP 671-10
NN q 10 53 55 +07 39.4 0.263 253.0 K0 7.34 +0.92 +0.66 0379 119 063 08 r 6.34 c 94765 BD+08 2434 LTT 12921
Gl 406 10 54 06 +07 19.2 4.696 234.6 + 13.0 M6 K 13.45v +2.00 +1.21: +1.84 4183 025 4183 025 16.56v a - 26 - 44 - 19 G045-020 36 LTT 12923 Wolf 359
Gl 406.1 10 54 21 +69 51.8 0.638 275.3 + 7.0 dM0.5 W 10.28 +1.40 +1.35 +0.65 0414 087 0414 087 8.37 d - 66 - 12 - 30 BD+70 6390 G236-046 2334 V034 LTT 12927
GJ 1140 10 55 07 -07 15.4 0.816 274.0 DA6 14.31 +0.32 -0.52 0833 038 0833 038 13.91 b G163-027 2333 W 74
Wo 9342 s 10 55 28 +48 33.6 0.10 145 dM0 M 10.52 +1.37 +1.28 +0.58 0536 060 0536 060 9.17 c BD+49 2004 V593
NN 10 56 14 -30 52.5 0.531 261.4 m 11.95 +1.01 056 11 r 10.69 d 2335 LP 905-36
NN 10 56 24 +30 31.5 0.631 238.4 m 15.36 +1.75 0447 082 0447 082 13.61 d G147-011 2337
Gl 407 10 56 40 +40 41.9 0.324 279.2 + 11.6 G0 V 5.05 +0.61 +0.13 0719 131 0719 131 4.33 d - 24 - 3 + 1 95128 BD+41 21470
Gl 408 10 57 25 +23 06.3 0.465 239.9 + 3.0 M3 K 10.02 +1.54 +1.22 +1.04 1446 044 1446 044 10.82 a - 9 - 12 - 4 G058-032 6 V128 LTT 12942 AC+23:468-46
NN 10 58 12 +12 20. M5 e 15.96 +1.50 049 08 r 14.41 d IE 1058.2+1220 V-R(kc) = 1.48, R-I(kc) = 1.87 FLGM
NN 10 58 41 +03 16.8 1.103 112.3 m 14.07 +1.73 +1.27 +1.28 0719 031 0719 031 13.35 a G045-027 296 LTT 12949
NN 10 58 47 +15 17.0 0.329 179.7 - 56.4 G8 K 7.66 +0.94 +0.48 0398 259 048 08 r 6.07 d + 30 - 7 - 57 95486 BD+15 2276 LTT 12950
Wo 9343 10 58 50 +56 39.1 0.086 69.8 - 12.0 SB A1 V 2.37 -0.02 +0.01 0463 118 0463 118 .7 e + 13 + 2 - 8 95418 BD+57 1302
Gl 409 x 10 59 29 -17 41.2 0.02 207 11.87 +0.61 +0.32C 0555 085 0555 085 10.59 d AC-17:31766
GJ 1141 A 10 59 38 +16 47.4 0.196 152 dM0 M 11.51 +1.48 +0.85 0684 073 0684 073 10.69 c V277 LTT 12954 LDS 917
GJ 1141 B 10 59 38 +16 47.4 0.196 152 dM0 M 11.63 +1.48 +0.88 0684 073 0684 073 10.81 c LTT 12955
Gl 410 10 59 57 +22 14.2 0.152 112.8 - 13.9 dM2 e M 9.60 +1.48 +1.19 +0.77 0909 063 0909 063 9.39 b + 12 + 3 - 10 95650 BD+22 23020 V129
NN 11 00 24 +36 55.3 0.185 280 m 13.67 +1.22 051 09 r 12.21 d LP 263-64
Gl 411 11 00 37 +36 18.3 4.807 186.8 - 84.3 M2 Ve 7.48 +1.51 +1.12 +0.92 3973 018 3973 018 10.48 a + 46 - 53 - 74 95735 BD+36 21470 G119-052 37 V594
NN 11 01 29 +40 16.5 0.229 248 K5 s 10.74 +1.40 +1.23 044 21 r 9.0 f LP 214-26
NN 11 02 43 +45 16.9 0.270 139 m 11.11 +1.48 +1.29 +0.76 042 07 r 9.23 d G176-008
NN AB 11 02 55 -27 01.4 0.190 267.4 + 19.1 F3 IV J 5.63 +0.37 J+0.04 J 0403 119 0403 119 3.7 e - 17 - 24 + 0 96202 CD-26 83380 BS 4314 a = 0.140" P = 7.40 yr, V(AB) = 4.93 d(m) = 0.10
Gl 412 A 11 03 00 +43 47.0 4.528 282.1 + 68.8 M2 Ve 8.74 +1.54 +1.18 +0.81 1888 061 1888 061 10.12 a -132 - 6 + 12 BD+44 20511 G176-011 38 V035 LTT 12976
Gl 412 B 11 03 02 +43 46.7 4.531 281.9 M6 e K 14.40v +2.09v +1.80 1888 061 1888 061 15.78v a BD+44 20512 G176-012 39 LTT 12977 WX Uma
NN 11 03 04 +10 31.0 0.919 139.1 M3.5 K 12.4 * +1.06 055 11 r 11.1 * d G045-033 2348 LTT 12978 L 1187-43 LP 491-60
Gl 412.1 11 04 29 -62 09.2 0.041 281.3 - 2.0 G8 III 4.62 +1.03 +0.82 +0.33 0537 119 0537 119 3.27 d - 4 + 1 - 1 96566 CP-61 20670
Gl 412.2 11 05 31 -29 54.1 0.526 254.8 + 12.7 G2 V 6.54 +0.60 +0.08 +0.21 0495 090 0495 090 5.01 d - 34 - 31 - 23 96700 CD-29 88750 2354
GJ 1142 A p 11 05 34 -04 57.2 0.422 184 dM6 12.56 +1.52 +1.25: +1.08 0206 130 050 10 r 11.05 d G163-051
GJ 1142 B p 11 05 28 -04 52.9 0.422 184 15.4 DA3 12.92 +0.05: -0.69 -0.12 0206 130 050 10 r 11.41 d + 20 - 9 - 44 G163-050 W 76
Gl 412.3 11 05 43 -27 59.8 0.496 267.0 + 14.9 K7 V U 9.33 +1.25 +1.18 +0.54 0484 218 054 09 r 7.99 d - 35 - 28 - 11 CD-27 78810 6 U252
NN 11 07 07 +02 43.6 0.283 276.5 + 7.7 G5 7.68 +0.78 +0.40 040 05 r 5.69 c - 32 - 12 - 5 96937 BD+03 2466 G163-054 LTT 13000 Wolf 363
Gl 413.1 11 07 07 -24 19.3 0.911 240.5 - 5 M3 K 10.44 +1.53 +1.1 : +0.96 1021 084 1021 084 10.49 b - 22 - 17 - 32 CD-23 97650 2358 LTT 4108
Wo 9350 x 11 07 20 -42 11.2 0.396 132 + 8 K1 9.74 +0.78 +0.35 0405 153 0405 153 7.8 f + 45 - 1 - 12 CD-41 63670 LTT 4109
NN 11 07 26 -10 00.9 M0 V U 10.54 +1.40 +1.27 +0.64 041 08 r 8.60 d BD-09 3222 U254 Steph 922
NN 11 08 03 +48 13.7 0.586 210.6 m 14.52 +1.29 046 08 r 12.83 d G176-015 2363
Gl 414 A 11 08 20 +30 43.2 0.614 109.8 - 15.4 K8 V 8.33 +1.34 +1.29 +0.59 0732 039 0732 039 7.65 b + 43 + 2 + 0 97101 BD+31 22401 G119-060 2367 V600
Gl 414 B 11 08 18 +30 43.2 0.618 110.2 - 15.0 M2 V 9.98 +1.52 +1.15 +0.92 0732 039 0732 039 9.30 b + 43 + 1 + 1 BD+31 22381 G119-059 2366
Gl 414.1A 11 08 35 +43 41.7 0.766 236.9 - 10.5 M3 K 11.47 +1.49 c +1.05 J 0610 030 0610 030 10.40 b - 30 - 48 - 21 G122-002 2368 V036 AC+44:472-15 V(AB) = 10.88 d(m) = 0.35
Gl 414.1B 11 08 35 +43 41.7 0.766 236.9 - 19 M3 K 11.82 +1.54 c 0610 030 0610 030 10.75 b - 27 - 49 - 29 2369 Kui 55 sep 3.76" 78d USNO 613/4
Gl 415 11 08 43 -10 41.2 1.067 302.4 + 40.0 K4 K 9.24 +1.10 +0.92 +0.48 0510 119 043 07 r 7.41 d -119 - 22 + 29 97214 BD-10 32160 298 V601
Gl 416 11 09 01 -14 42.7 0.925 129.3 - 9.8 VAR K4 V 9.05 +1.21 +1.08 +0.54 0548 084 0548 084 7.74 d + 79 - 1 - 16 97233 BD-14 32770 2370 V602
NN 11 09 09 +33 48.4 0.203 299 dM4 12.38 +1.19 082 16 r 11.95 d G119-062
Gl 416.1 11 09 12 -22 33.1 0.105 179.9 + 6.4 A2 III 4.48 +0.03 +0.06 +0.01C 0523 143 0523 143 3.1 e + 5 - 10 - 3 97277 BD-22 30950 BET Crt
NN q 11 09 33 -25 51.8 0.279 105.0 + 56.7 G8/K0 V 7.05 +0.77 +0.38 0240 119 045 04 s 5.32 b + 34 - 42 + 34 97343 BD-25 8519 LTT 4131
Gl 417 11 09 49 +36 05.3 0.302 236.6 - 3.2 G0 V 6.41 +0.61 +0.10 044 07 r 4.63 d - 17 - 26 - 11 97334 BD+36 2162
NN 11 10 00 +19 12.4 M1 s 10.77 +1.50 +1.19 +0.88 068 12 r 9.93 d Steph 928
Gl 418 11 10 39 +04 45.3 0.320 261.7 + 20.8 K5 V 8.69 +1.18 +1.12 +0.46 056 09 r 7.43 d - 25 - 23 + 6 97503 BD+05 2463 G010-007 V604
NN q 11 10 40 +00 30.7 0.471 240 K7 K 10.24 +1.46 +1.24 0380 170 050 15 r 8.7 e G010-006 LTT 13023 Wolf 370
Gl 419 11 11 27 +20 47.9 0.196 133.4 - 20.2 A4 V 2.56 +0.12 +0.12 0456 173 0456 173 .9 f + 24 - 2 - 15 97603 BD+21 22981 DEL Leo
NN 11 11 53 +25 58.9 0.117 292.2 + 2.0 K1 V 7.76 +0.84 +0.44 044 07 r 5.98 d - 13 + 0 - 2 97658 BD+26 2184
Gl 420 A 11 11 57 +73 44.8 0.417 284.9 + 8.1 dK5 W 7.68 +1.06 +0.92 +0.40 0816 097 0816 097 7.24 c - 24 + 1 - 7 97584 BD+74 4562 G254-018 V603
Gl 420 B 11 11 57 +73 44.8 0.417 284.9 + 8.6 M2 K 11.4 * 0816 097 0816 097 11.0 * c - 25 + 2 - 7 BD+74 4561 ADS 8100C sep 7" 305d d(m) = 3.4 V(AC) = 7.63
GJ 1143 A 11 12 21 -22 49.6 0.450 215.3 K4 V 8.98 +1.14 +1.02: +0.51 051 08 r 7.52 d 97782 BD-22 3102 U259 LTT 4150 DON 466A
GJ 1143 B 11 12 21 -22 49.6 0.450 215.3 13.5 * 051 08 r 12.0 * d DON 466B
NN 11 12 33 +19 44.0 0.476 162.6 m 12.89 +1.58 +1.18 +1.16 057 11 r 11.67 d G056-026 6 LFT 778 LTT 13033 L 1259-11 LP 432-24
Gl 421 A 11 12 50 -17 51.7 0.754 169.3 + 5.0 K7 V U 9.97 +1.36 +1.21 +0.60 0636 048 0636 048 8.99 b + 37 - 30 - 31 BD-17 33360 2379 V037 U260
Gl 421 B 11 12 51 -17 51.6 0.754 169.3 + 18.0 SB K7 V U 10.04 +1.38 +1.21 +0.61 0636 048 0636 048 9.06 b + 37 - 40 - 23 BD-17 33370 2380 U261
Gl 421 C 11 12 46 -17 50.6 0.754 169.3 + 18 M3.5 K 13.64 +1.58 +1.05 +1.16 0636 048 0636 048 12.66 b + 37 - 40 - 23 2378 LTT 4155 L 755-50
NN 11 13 01 +55 36.2 M0 s 11.22 +1.41 +1.06 +0.79 042 07 r 9.34 d Steph 932
Gl 421.1A s 11 13 12 +53 02.7 0.171 72.6 - 42.1 F6 V 6.50 +0.43 -0.12 0541 102 026 03 s 3.57 c + 43 + 8 - 29 97855 BD+53 14801
Gl 421.1B s 11 13 12 +53 02.9 0.191 73.6 - 42.4 F9 V 8.03 +0.60 -0.04 0541 102 026 03 s 5.10 c + 46 + 10 - 28 BD+53 14802
GJ 1144 11 13 52 -14 25.1 0.227 245 K7 V U 10.00 +1.40 +1.20 +0.66 053 11 r 8.62 d BD-13 3333 V607 LTT 4164 U263
Gl 422 11 14 03 -57 17.5 2.733 294.9 - 72 m 11.65 +1.47 +0.92 +1.10 0767 142 0767 142 11.07 d -183 + 9 + 8 40 L 192-072
NN 11 14 13 -27 40.3 0.951 211.7 M4 K 13.7 * +1.28 064 11 r 12.7 * d 2385 LTT 4168 L 611-67 LP 906-9
GJ 1145 11 14 40 -27 32.4 0.186 122.5 M0 V U 9.79 +1.40 +1.21 +0.64 058 12 r 8.61 d CD-27 79780 U264 LTT 4170
Wo 9356 s 11 14 42 -01 42.5 0.567 268.1 + 4.0 dK6 9.78 +1.17 +1.18 +0.44 0475 091 032 04 r 7.31 c - 72 - 33 - 28 BD-01 2505 G010-010 2388 LFT 788
Gl 423 A 11 15 31 +31 48.6 0.727 216.2 - 15.9 SB G0 Ve 4.33 +0.59 J+0.04 J+0.22tJ 1305 223 096 13 r 4.24 c - 3 - 33 - 21 98231 BD+32 21321 2390 XI Uma ADS 8119 V(AB) = 3.79 d(m) = 0.47
Gl 423 B 11 15 31 +31 48.6 0.727 216.2 - 13.6 SB G0 Ve 4.8 * 1305 223 096 13 r 4.7 * d - 3 - 33 - 19 98230 BD+32 21322 2391 s = 2.530" P = 59.840 yr, Aa-P: a = 0.05" P = 1.832 yr
Gl 423.1 11 15 47 -04 47.5 0.810 101.4 + 13.1 G8 V 7.29 +0.73 +0.28 +0.28 0516 097 044 07 r 5.51 d + 82 + 9 + 31 98281 BD-04 30490 G163-074 2393
Gl 424 11 17 29 +66 07.0 2.961 273.6 + 60.0 M1 V 9.31 +1.41 +1.08 +0.75 1140 035 1140 035 9.59 a -137 - 10 - 2 BD+66 7170 G236-065 41 V038 SZ Uma
Gl 425 A 11 18 57 -20 10.7 0.233 126.6 + 7.4 K4/5 V J 8.74 +1.36 J+1.20 J+0.58 0635 082 0635 082 7.75 c + 18 - 6 + 2 98712 BD-19 3242 V608 ADS 8138 SZ Crt V(AB) = 8.61 d(m) = 2.2
Gl 425 B 11 18 57 -20 10.7 0.233 126.6 m 11.0 * 0635 082 0635 082 10.0 * c sep 6.3" 207d - 5.1" 329d (1877-1959)
GJ 1146 s 11 19 06 +06 26.1 1.749 206.0 k-m 13.58 +1.64 +1.27? +1.09 0540 042 0540 042 12.24 b G010-017 301
Gl 426 A q 11 19 12 +18 27.9 0.183 235.4 - 4.1 K0 K 8.03 +0.89 J+0.64 J 0262 322 040 06 r 6.04 d - 9 - 16 - 12 98736 BD+19 24431 ADS 8140 V(AB) = 7.94 d(m) = 2.7
Gl 426 B q 11 19 12 +18 27.9 0.183 235.4 K7 K 10.7 * 0262 322 040 06 r 8.7 * d BD+19 24432
NN 11 19 20 -12 56.6 0.515 261.0 + 30 M8 19.57 0702 021 0702 021 18.80 a - 27 - 37 + 6 2397a LP 732-94
NN 11 19 21 +47 11.1 0.265 232.4 K6 s 9.80 +0.53 043 06 r 7.97 d BD+47 1863 G176-029 LTT 13073
GJ 2084 AB 11 19 37 -24 30.2 0.089 249.6 K4 V J 9.08 +1.26 +1.07 +0.62 068 12 r 8.24 d 98800 CD-24 97060 U267 ADS 8131
NN 11 20 33 +26 10.4 1.059 252.0 m 15.14 +1.84 0577 055 0577 055 13.95 c 302 LP 374-39 USNO 721
NN 11 20 37 +45 05.2 0.315 248 m 12.74 +1.03 041 08 r 10.80 d G122-020
GJ 2085 11 21 13 +08 50.1 1.036 278.4 + 58.0 dM1 K 11.18 +1.48 +1.14 +0.82 0394 145 048 09 r 9.59 d -104 - 50 + 23 G010-019 303
NN 11 21 29 -18 05.3 0.616 266.7 M3 K 13.05 +1.22 060 13 r 11.94 d 2401 LTT 4217 L 755-53 LP 792-20
Gl 427 11 21 39 +21 38.1 1.050 270.2 + 51 DA7 14.24 +0.28 -0.53 0742 030 0742 030 13.59 a - 60 - 26 - 17 G120-045 304 W079 Ross 627
NN A 11 22 13 +78 32.6 0.678 248.9 M2.5 K 12.15 +0.97 044 06 r 10.37 c G253-050 2405 LTT 13090 AC+78:3815
NN B 11 22 01 +78 33.7 0.678 248.9 M3 K 12.65 +1.01 044 06 r 10.87 c G253-049 2404 LTT 13091 sep 74" 327d
NN p 11 22 18 +40 16.7 0.122 254.0 + 4 dM0 W 10.33 +1.36 +1.25 +0.64 0262 153 044 09 r 8.55 d - 11 - 8 + 0 V039 AC+40:477-39
Gl 428 A 11 22 29 -61 22.4 0.490 277.1 + 4.7 K7 V 7.50 +1.26 J+1.18 J+0.54 J 0909 086 0909 086 7.29 c - 21 - 14 - 5 99279 CP-60 29112 2402 V(AB) = 7.21 d(m) = 1.31
Gl 428 B 11 22 29 -61 22.4 0.490 277.1 + 4.5 M0 Ve 8.3 * 0909 086 0909 086 8.1 * c - 21 - 14 - 5 CP-60 29113 a = 5.760" P = 421.5 yr
NN 11 23 33 -63 41.8 0.318 257.3 - 5.0 SB F7 V +F7V 5.17 +0.50 +0.02 0409 057 0409 057 3.23 d - 31 - 7 - 19 99453 CP-63 18930 LTT 4227 CD-63:650
Gl 429 A 11 24 13 +03 17.1 0.747 283.6 + 3.8 K0 IV 6.50 +0.80 +0.48 +0.24 0604 064 0604 064 5.41 c - 57 - 12 - 9 99491 BD+03 25021 2407
Gl 429 B 11 24 14 +03 16.7 0.745 284.7 + 1.7 K2 IV-V 7.58 +1.00 +0.92 +0.34 0604 064 0604 064 6.49 c - 57 - 10 - 11 99492 BD+03 25030 G010-023 2408
NN p 11 25 04 +04 15.2 0.095 288 dM0 M 10.68 +1.42 +0.69 0278 060 043 07 r 8.85 d BD+ 4 2470 V609
Gl 429.2 s 11 25 26 -08 53.7 0.994 148.6 M2 K 12.37 +1.46 +1.02 +0.84 0418 053 0418 053 10.48 c 2412 AC-09:1823-108
NN 11 26 08 +48 30.3 0.074 327.7 G5 7.89 043 05 o 6.06 c 99748 BD+49 2059
NN 11 26 23 +10 26.8 0.929 306.5 M3 K 12.56 +1.60 +1.14 +1.20 0638 085 0638 085 11.58 c G056-044 2415 LTT 13128 Wolf 398
NN 11 26 42 +18 33.2 DC8 13.79 114 13 w 14.07 c W WD1126+185 PG
Gl 429.3 x 11 27 28 -51 23.3 0.358 283.4 + 7 VAR F6 V 7.38 +0.41 -0.08 0511 102 0511 102 5.92 d - 28 - 18 - 2 100004 CD-50 60600
Gl 429.4 11 28 18 -56 51.5 0.557 272.7 - 2.7 K4 Ve 8.33 +1.06 +0.99 +0.37 0472 084 050 07 r 6.82 d - 48 - 18 - 14 304391 CP-56 45540 2417
Gl 430 p 11 28 22 +63 26.0 0.06 81 - 6 dM0 W 10.02 +1.33 +1.26 +0.61 0351 119 048 09 r 8.43 d + 8 + 0 - 3 BD+63 9650 V132
NN 11 28 35 -14 39.6 1.393 164.0 m 14.29 +1.81 +1.40 078 11 r 13.75 d 306 LP 732-35
Gl 430.1 11 29 08 +22 56.5 0.580 270.0 - 5.1 dM1 e W 10.30 +1.48 +1.22 +0.81 0567 136 0567 136 9.1 e - 41 - 17 - 20 BD+23 23590 G120-057 2422 V133
NN A q 11 29 10 +14 38.6 0.383 240.1 - 4.2 G0 V 6.20 +0.57 +0.07 0216 075 041 04 s 4.26 c - 23 - 32 - 21 100180 BD+15 23451 LTT 13145 Wolf 401 ADS 8196
NN B q 11 29 10 +14 38.6 0.383 240.1 - 10.3 K6 IV 9.22 +1.14 +1.03 0216 075 041 04 s 7.28 c - 22 - 30 - 26 BD+15 23452 LTT 13146 sep 15" 326d
Gl 431 11 29 23 -40 46.3 0.717 290.1 - 78 M3.5 K 11.52 +1.54 +0.97 +1.16 0943 121 0943 121 11.39 c - 56 + 60 - 25 2423 L 396-007
Gl 431.1A 11 29 32 +61 21.6 0.076 180.5 - 47.9 F6 V 5.74 +0.50 J-0.01 J 0439 052 0439 052 3.95 c + 23 - 26 - 34 100203 BD+61 12462 ADS 8197 BS 4439 V(AB) = 5.48 d(m) = 1.43
Gl 431.1B 11 29 32 +61 21.6 0.076 180.5 G3 V 7.1 * 0439 052 0439 052 5.3 * c BD+61 12463 a = 0.813" P = 72.87 yr
Wo 9367 s 11 31 48 +03 20.3 0.214 239.6 + 3.0 F6 V 5.77 +0.46 +0.01 0440 119 038 05 r 3.67 c - 14 - 21 - 10 100563 BD+03 2521 LTT 13159
Gl 432 A 11 32 03 -32 34.0 1.061 320.8 - 22.6 K0 V 5.98 +0.81 +0.39 +0.29 1017 115 1017 115 6.02 c - 49 + 20 + 13 100623 CD-32 81790 308
Gl 432 B 11 32 04 -32 34.1 1.061 320.8 m 15 * 1017 115 1017 115 15 * e 309 VB 4
NN p 11 32 09 -23 35.6 0.681 245.9 M1 K 11.17 +1.53 +0.80 0295 188 047 09 r 9.53 d CD-23 100620 2427 LTT 4281 comp B: K: opt
NN 11 32 33 -05 22.0 0.994 161.6 m 15.1 * +1.44 060 09 r 14.0 * d 2428 LP 673-13
NN 11 32 55 +39 12.3 0.701 252.3 m 13.11 +1.19 059 11 r 11.96 d G122-034 2430
Gl 433 11 32 58 -32 15.1 0.831 185.1 + 28 M2 V U 9.83 +1.51 +1.17 +0.90 0905 138 0905 138 9.61 d + 22 - 40 - 24 CD-31 91130 2429 U270
NN p 11 34 00 +39 28.3 0.588 131.9 - 42 K5 K 10.03 +1.35 +1.27 +0.60 0341 153 045 09 r 8.30 d + 69 - 22 - 19 BD+40 2442 G122-036 2432 V134 LTT 13171
Gl 433.1 11 34 28 +30 04.6 0.15 262. DA3 12.50 -0.06 -0.98 045 05 w 10.77 c W184 AC+30:27225 GD140 LB10276 PG CBS 46
NN 11 34 43 +82 05.2 0.429 90 m 11.77 +1.50 050 24 r 10.3 f G253-053 LTT 18178 AC+82:1874
NN 11 34 55 +58 59.5 0.370 240 m 12.57 +1.01 042 08 r 10.69 d G197-021 LTT 13176 Ross 112
GJ 1147 11 36 03 -41 05.6 0.961 274.5 + 28 k 13.79 +1.72 +1.20 +1.21 050 09 r 12.28 d - 74 - 60 - 9 2435
Gl 433.2A 11 36 07 +45 23.1 0.600 271.3 - 17.3 G0 V 6.45 +0.57 -0.02 0499 090 040 04 r 4.46 c - 56 - 29 - 36 101177 BD+45 19471 2437
Gl 433.2B 11 36 06 +45 23.1 0.581 268.8 - 18.9 SB K2 V 8.40 +0.96 +0.72 0499 090 040 04 r 6.41 c - 53 - 31 - 36 BD+45 19472 2436
NN AB 11 36 08 -12 55.6 0.135 36.4 - 23.8 F7 V 5.48 +0.52 051 06 r 4.02 c + 0 + 25 - 9 101198 BD-12 3466 BS 4488 d(m) = 5.4 sep 1.4"
NN q 11 36 21 +42 36.0 0.454 343.2 + 14.8 SB K5 V 8.26 +0.96 +0.82 0179 222 050 08 r 6.75 d - 30 + 34 + 1 101206 BD+43 2135 G122-038 6 LTT 13186
NN 11 36 29 -24 26.4 0.248 172.8 + 96.7 G6/8 V 6.41 +0.82 +0.32 075 10 r 5.79 c + 26 - 83 + 44 101259 CD-24 98670 BS 4489 LTT 4310
Gl 434 11 38 25 +34 29.0 0.386 181.9 - 5.9 G8 Ve 5.33 +0.72 +0.25 +0.27 1160 050 1160 050 5.65 a + 7 - 15 - 4 101501 BD+35 22701
Gl 435 11 38 37 -44 07.9 0.695 289.4 + 13.3 K5 Ve 7.77 +1.06 +0.90 +0.42 0798 085 0798 085 7.28 c - 35 - 25 + 6 101581 CD-43 72280 2441 U273
NN q 11 38 39 -28 55.3 0.382 302.8 - 12.1 G0 V 6.44 +0.66 +0.19 0317 049 0317 049 3.95 d - 58 + 3 + 6 101563 CD-28 90270 CP-28:4330 LTT 4332
GJ 1148 11 39 09 +43 01.8 0.612 258.8 M3.5 K 11.90 +1.52 +1.13 +1.23 0891 048 0891 048 11.65 b G122-040 2443 Ross 1003
Gl 435.1 11 39 14 +05 25.5 0.446 152.3 + 19 K5 K 9.60 +1.25 +1.20 +0.52 0473 119 045 08 r 7.87 d + 38 - 33 + 7 BD+05 25290 G010-043 6 V284
NN 11 39 28 +15 03.0 0.370 312 M3.5 K 12.58 +1.48S +1.24 060 24 r 11.5 f G056-051 LTT 13214 Ross 115
Gl 436 11 39 31 +26 59.8 1.080 135.5 + 9.7 dM3.5 W 10.67 +1.52 +1.23 +1.01 0988 029 0988 029 10.64 a + 45 - 20 + 18 G120-068 310 V616 AC+27:28217
NN 11 40 48 +25 34.9 0.204 256 m 13.83 +1.25 053 10 r 12.45 d LTT 13220 L 1405-42 LP 375-25
Gl 438 11 40 49 -51 33.3 0.860 128.6 + 0.5 K0 10.36 +1.53 +1.19 +1.08C 1190 102 1190 102 10.74 b + 30 + 9 - 13 CP-51 44132 2447
NN q 11 41 04 -57 44.0 0.353 3.5 K1 V 8.21 +0.91 0292 136 041 05 r 6.27 c 101930 CP-57 49480 LTT 4350 CD-57:4096
Gl 439 11 42 04 +31 14.5 0.386 184.2 + 28.6 dK8 M 8.96 +1.13 +1.06 +0.42 044 05 r 7.18 c + 7 - 41 + 29 BD+31 2290 G121-013 V285
Gl 440 11 42 58 -64 33.5 2.667 097.2 DQ6 11.50: +0.19 -0.63 +0.06 2185 050 2185 050 13.20: a 43 W082 L 145-141
GJ 1149 11 43 03 +63 22.9 0.381 202 DC9 16.39 +0.66 +0.20? 047 05 w 14.75 c G237-028 W353 LP 63-267
Gl 441 11 43 08 +72 22.3 0.050 9.5 - 25.1 dK8 M 9.02 +1.17 +1.12 +0.46 0477 138 048 06 r 7.43 c + 12 - 10 - 21 BD+72 5450 V617
Gl 443 11 44 08 -13 43.6 1.035 132.6 -128 M3 K 11.69 +1.48 +1.05 +1.07 0820 119 0820 119 11.26 d + 42 + 82 -107 314 L 829-026
Gl 442 A 11 44 08 -40 13.7 1.587 284.4 + 15.3 G5 V 4.90 +0.66 +0.10 +0.22 0971 090 0971 090 4.84 c - 68 - 40 + 4 102365 CD-39 73010 311
Gl 442 B 11 44 09 -40 13.4 1.592 284.4 15 * 0971 090 0971 090 15 * e 313 VB 5
NN 11 44 23 +70 18.7 0.365 263 m 13.60 +1.25 059 11 r 12.45 d G236-081 LP 38-393
GJ 1150 11 44 23 +51 15.4 0.12 138 + 1.8 dM0 p M 9.62 +1.26 +1.19 +0.52 045 06 r 7.89 c + 10 - 4 + 7 BD+51 1697 V618 zero parallax: Heintz AJ 99
Gl 444 A 11 44 32 -11 32.7 0.210 254.8 + 23.0 dK8 M 9.02 +1.12 +1.09 +0.45 045 05 r 7.29 c - 14 - 28 + 8 102392 BD-11 3178 V619
Gl 444 B 11 44 32 -11 32.7 0.210 254.8 14.2 * 045 05 r 12.5 * c
Gl 445 11 44 35 +78 57.7 0.863 055.5 -112.2 sdM4 W 10.80 +1.60 +1.08? +1.19 1915 053 1915 053 12.21 a + 67 - 56 - 74 G254-029 2459 AC+79:3888
Gl 446 11 44 45 -30 00.3 0.353 229.4 + 11.8 G5 V 6.48 +0.68 +0.20 +0.24 0629 136 054 08 r 5.14 d - 9 - 27 - 16 102438 CD-29 93370
NN A 11 45 08 +00 32.0 0.303 253 m 13.25 +1.23 064 12 r 12.28 d G010-049 LTT 13239 L 1044-70 LP 613-49
NN B 11 45 09 +00 31.8 0.303 253 m 17.6 P 064 12 r 16.6 P d LP 613-50 sep 24" 125d (NLTT)
Gl 447 11 45 09 +01 06.0 1.348 152.0 - 31.1 dM4.5 W 11.12 +1.75 +1.40: +1.33 3011 019 3011 019 13.51 a + 18 + 6 - 33 G010-050 315 V286 Ross 128
NN 11 45 33 -34 56.8 0.165 247.5 - 0.1 G5/6 V 7.09 +0.77 +0.23 049 07 r 5.54 d - 11 - 8 - 9 102540 CD-34 76920
NN 11 45 49 -11 00.5 0.836 268.9 k 12.90 +1.46 +1.16 +1.10 044 09 r 11.12 d 2460 LP 733-24
Gl 448 11 46 31 +14 51.1 0.511 256.5 - 0.2 A3 V 2.14 +0.09 +0.07 -0.00 0789 091 0789 091 1.63 c - 23 - 19 - 9 102647 BD+15 23831 2462 BET Leo
Gl 449 11 48 05 +02 02.8 0.789 110.4 + 4.3 SB? F9 V 3.61 +0.55 +0.11 +0.16 0988 043 0988 043 3.58 a + 37 + 3 + 6 102870 BD+02 24891 2465 BET Vir
GJ 1151 11 48 29 +48 40.1 1.821 237.5 - 34 m 13.25 +1.84 +1.30 +1.38 1218 030 1218 030 13.68 a - 28 - 66 - 32 G122-049 316
Gl 450 11 48 33 +35 32.8 0.350 321 + 0.5 SB? M1 Ve 9.73 +1.51 +1.20 +0.88 1235 133 1235 133 10.19 c - 12 + 6 - 3 BD+36 22190 G148-013 V135 SB? in ApJ 314, 272
GJ 1152 11 49 02 +35 28.1 0.110 255.7 - 9.3 G7 IV O 9.64 +0.78 0446 146 0446 146 7.9 e - 6 - 8 - 11 BD+35 2288 a parallax of 0.4" not confirmed by Heintz AJ 101, 1071
NN A p 11 49 48 +10 13.5 0.356 286.1 + 10.7 K0 K 7.54 +1.06 +0.90 +0.36 0182 205 063 11 r 6.54 d - 27 - 9 + 6 103112 BD+10 2347 LTT 13274
NN B p 11 49 45 +10 17.6 0.340 289 m 15 * 0182 205 063 11 r 14 * e LP 493-64 sep 232" 348d
Gl 451 A 11 50 06 +38 04.7 7.053 145.4 - 99.1 G8 VI 6.45 +0.75 +0.17 +0.29 1160 042 1160 042 6.77 a +265 -149 - 18 103095 BD+38 22851 G122-051 44
Gl 451 B s 11 50 06 +38 04.7 7.053 145.4 12 * 1160 042 1160 042 12 * e BD+38 22852 CF Uma sep 2" 175d; but speckle obs. sep < 0.03" 1979.80
NN 11 50 24 +24 45.3 0.298 282 m 14.60 +1.34 054 08 r 13.26 d G121-028
Gl 452 A 11 50 43 -07 05.3 0.538 198.3 + 26.7 M3 K 11.87 +1.54 +1.04 0822 085 0822 085 11.44 c + 8 - 40 + 2 2470 L 901-010
Gl 452 B 11 50 44 -07 05.4 0.538 198.3 f 19.4 P 0822 085 0822 085 19.0 P c 2470a LP 673-42b
NN 11 50 45 -31 07.1 1.140 263.1 M4 K 13.61 +1.70 +1.11 +1.24 060 14 r 12.5 e 317 LTT 4414 L 541-21 LP 907-40
NN x 11 51 18 +07 17.3 0.955 159.8 - 60 M6 : 17.89 +1.72 0706 026 0706 026 17.13 a + 50 - 14 - 71 2471 LP 553-59
Gl 452.1 11 51 34 +10 05.7 0.785 173.9 M3.5 K 12.77 +1.69 +1.25 +1.15 0961 193 0961 193 12.68 d G012-004 2472 Ross 119
Wo 9376 x 11 51 54 -51 06.7 0.34 314 G5 10.97 +0.92 +0.66 +0.34 0390 085 0390 085 8.93 d CD-50 64620 LTT 4428
Gl 452.2A s 11 51 55 -37 28.3 0.316 280.8 - 11.5 F7 V 6.75 +0.52 J-0.04 J+0.30CJ 0509 136 028 03 r 3.99 c - 53 - 10 - 7 103437 CD-37 75362 BS 4557 V(AB) = 6.47 d(m) = 1.3
Gl 452.2B s 11 51 55 -37 28.3 0.316 280.8 8.1 * 0509 136 028 03 r 5.3 * c CD-37 75363 sep 1.1"
Gl 452.3A s 11 51 59 +19 41.4 0.445 267.9 + 5.9 dG6 W 8.22 +0.71 +0.21 0516 143 026 03 r 5.29 c - 70 - 39 - 12 103432 BD+20 26580 G121-029 6
Gl 452.3B s 11 52 02 +19 42.4 0.444 268.4 + 5.7 dG7 W 8.43 +0.76 +0.27 0516 143 026 03 r 5.50 c - 70 - 38 - 12 103431 BD+20 26590 G121-030 6
Gl 452.4 11 52 22 +29 01.2 0.361 145 - 7 M0 Ve 10.52 +1.39 +1.32 +0.64 042 08 r 8.64 d + 37 - 19 - 1 BD+29 2228 G121-031 V136
Gl 452.5A s 11 52 29 -55 48.9 0.299 131.8 + 51.1 G5 V 7.29 +0.64 J+0.12:J+0.36CJ 0443 119 033 06 r 4.88 d + 56 - 32 - 16 103493 CP-55 47112 V(AB) = 6.72 d(m) = 0.40
Gl 452.5B s 11 52 29 -55 48.9 0.299 131.8 + 55.7 7.7 * 0443 119 033 06 r 5.3 * d + 58 - 36 - 15 CP-55 47113 sep 1.8" 207d - 3.2" 180d (1887-1956)
Wo 9381 p 11 52 36 +01 15.1 0.741 272.4 M1.5 K 11.50 +1.44 +0.89 0384 153 048 10 r 9.91 d G011-031 2475 LTT 13296 LFT 862 Ross 129 comp. B: G8: opt.
NN 11 53 09 -18 37.6 0.602 120.6 m 14.3 * +1.26 045 08 r 12.6 * d 2476 LP 793-44
NN p 11 55 01 +12 06.2 0.729 288.0 M2.5 K 11.86 +1.45 +1.15 +0.93 0275 218 048 11 r 10.27 d G012-012 2482 LFT 846 LTT 13307 Ross 122
Gl 453 11 55 27 -27 25.2 1.246 240.1 + 49.9 SB K5 V 6.98 +1.15 +1.10 +0.42 1019 094 1019 094 7.02 c - 19 - 74 - 6 103932 CD-26 88830 319
NN 11 55 43 +42 51.5 0.405 161 m 14.08 +1.29 056 10 r 12.82 d G122-058
NN 11 56 27 +42 56.3 0.326 285 m 12.07 +0.93 042 08 r 10.19 d G122-060
GJ 1153 11 56 36 -20 04.2 0.454 161.7 - 12 K2 V 7.94 +0.98 +0.77 +0.34 050 07 r 6.43 d + 27 - 7 - 35 104067 BD-19 3382 U283 LTT 4461
NN A 11 58 09 -13 32.5 0.487 268.8 M3 K 12.74 +1.55 +1.17 058 14 r 11.6 e 5205 LTT 4477 L 829-24 LP 734-11
NN B 11 58 08 -13 32.5 0.487 268.8 m 15 * 058 14 r 14 * e 5204 LP 734-10 sep 7.5" 234d
Gl 454 11 58 10 -10 09.7 0.501 168.1 + 0.1 K0 IV 5.55 +0.77 +0.44 +0.25 0782 066 0782 066 5.02 b + 19 - 16 - 17 104304 BD-09 34130 5206
Gl 454.1 x 11 58 35 -01 27.4 0.508 295.2 K4 K 10.96 +1.12 +0.98 +0.44 0472 136 0472 136 9.3 e G011-034 2494 LTT 4483 AC-01:240-110
NN 11 59 07 -11 57.0 0.253 199 M5-6 s 12.34 +1.46 +1.05 050 10 r 10.83 d LTT 4484 L 829-10 LP 734-14
Gl 454.2A s 11 59 13 -34 22.3 0.191 272.1 - 4.0 G0 V J 7.35 +0.59 J+0.08 J+0.30CJ 0455 153 027 05 r 4.51 d - 31 - 11 - 7 104471 CD-33 81302 V(AB) = 6.90 d(m) = 0.7
Gl 454.2B s 11 59 13 -34 22.3 0.191 272.1 8.1 * 0455 153 027 05 r 5.3 * d CD-33 81303 sep 0.6" 121d (1960)
Gl 454.3 11 59 47 +43 25.1 0.017 253.0 + 5.5 K0 V O 8.38 +1.15 +1.10 046 15 r 6.7 e - 3 + 0 + 5 104526 BD+43 2180
Gl 455 11 59 48 +28 52.0 0.791 268.3 M3 K 12.84 +1.75 +1.12 0493 037 0493 037 11.30 b G121-045 2497 L 1405-009
NN q 12 01 04 -42 08.7 0.349 111 + 38.9 F6 V 5.15 +0.41 -0.03 0371 103 0371 103 3.0 e + 56 - 18 + 6 104731 CD-41 69380 LTT 4497 FK 449
NN 12 01 27 -32 44.8 0.763 275.4 M4.5 K 14.0 * +1.30 062 10 r 13.0 * d 2506 LTT 4503 L 541-90 LP 908-11
NN 12 02 40 +09 00.6 0.226 280.8 - 32.2 G8 IIIa CN 4.13 +0.98 +0.63 +0.49 0404 065 0404 065 2.16 d - 25 + 4 - 33 104979 BD+09 2583 BS 4608 LTT 13353 OMI Vir
NN 12 03 03 +69 49.1 0.479 262.0 M4 K 13.07 +1.25 076 14 r 12.47 d G237-043 6 LFT 880 LTT 13356 Ross 689 LHS.
Gl 455.1 12 03 17 -18 35.4 0.297 163 K5 V 9.99 +1.34 +1.20 +0.60 042 09 r 8.11 d 105065 BD-18 3319 V633
Gl 455.2 12 04 15 -64 20.1 0.057 137.9 + 9.0 SB F2 III 4.15 +0.34 +0.02 +0.20CJ 0516 102 0516 102 2.71 d + 8 - 6 - 4 105211 CP-63 21451 ETA Cru
Gl 455.3 12 05 50 -24 27.0 0.099 116.4 + 2.9 SB F2 III-IV 4.02 +0.32 -0.02 +0.20CJ 0707 113 0707 113 3.27 d + 7 - 1 + 0 105452 CD-24 101740 ALF Crv
Gl 456 s 12 05 52 -00 12.2 0.969 265.0 + 4.9 dM2 W 11.24 +1.41 +1.18 +0.70 0691 116 0691 116 10.44 d - 54 - 37 - 9 G011-040 2515 V290 AC+00:1514-64
Wo 9390 A 12 06 53 -11 34.6 0.355 118.8 + 4 SB G2 V 6.81 +0.66 J+0.19 J 0433 088 044 07 r 5.03 d + 38 + 1 - 3 105590 BD-11 3246 LTT 4545 NSV 5478
Wo 9390 B 12 06 55 -11 34.5 0.355 118.8 + 2.8 K5 K 9.2 * 0433 088 044 07 r 7.4 * d + 38 + 2 - 4 LTT 4546 ADS 8440 sep 11" 90d (NLTT)
NN 12 07 01 -03 16.5 DA4 13.5 : 047 09 w 11.9 : d W WD1207-032 y = 13.53 b-y = +0.05 u-b = +0.04 -> Mv = 11.88
NN q 12 07 07 +40 31.9 0.321 259.6 + 0.6 K0 V 7.47 +0.79 +0.43 0329 110 046 07 r 5.78 d - 26 - 20 - 3 105631 BD+41 2276 G123-007 LTT 13378
Gl 456.1A 12 07 20 -45 55.7 0.382 255.9 - 4.2 K5 V 8.45 +1.14 +1.07 +0.54C 0483 153 052 07 r 7.03 c - 29 - 14 - 15 105671 CP-45 58061
Gl 456.1B 12 07 23 -45 54.8 0.39 258 m 13.25 +1.56 +1.48C 0483 153 052 07 r 11.83 c CP-45 58062 L 326-041
NN 12 07 31 -14 47.0 0.720 184.0 m 12.06 +1.58 +1.09 +1.24 112 21 r 12.31 d 2520 LP 734-32
Wo 9393 12 08 26 +41 20.0 0.229 355.7 M2 V 10.67 +1.35 +0.69 044 09 r 8.89 d G123-008 V636 AC+41:509-35
NN A 12 08 38 -19 40.8 0.255 231 M2: s 11.68 +1.59 +1.08 074 10 r 11.03 c LTT 4562 L 758-108 LP 794-30
NN B 12 08 43 -19 41.5 0.255 231 m 12.62 +1.68 +1.16 074 10 r 11.97 c LP 794-31 sep 85" 121d
NN 12 08 58 +57 41.1 0.540 130.4 DA9 15.79 +0.58 -0.20 0494 046 0494 046 14.26 c G197-047 2522 W
NN A q 12 08 59 +53 42.1 0.222 232.1 + 4.3 K2 K 8.03 +0.88 +0.56 0193 098 044 06 r 6.25 c - 12 - 20 + 7 105963 BD+54 14991 LTT 13391 ADS 8450
NN B q 12 08 58 +53 41.9 0.220 231.9 - 4.0 K3 K 8.23: 0193 098 044 06 r 6.45: c - 10 - 22 + 0 BD+54 14992 LTT 13390 sep 12" 222d
Wo 9394 x 12 09 29 +13 32.7 0.495 207.7 95 F6 V-VI 10.18 +0.47 -0.18 +0.20 0414 205 0414 205 8.3 f + 1 - 81 + 75 106038 BD+14 2481 G012-021 LTT 13394
Gl 457 12 09 36 +59 12.3 0.093 90.6 - 15 dM0 M 10.04 +1.28 +1.23 +0.56 0447 060 0447 060 8.29 c + 14 - 1 - 11 238087 BD+59 14280 V291
NN 12 09 40 +49 06.0 0.360 143 m 12.91 +1.09 045 09 r 11.18 d G122-074
Gl 458 A 12 09 50 +54 45.7 0.244 70.3 - 17.6 dM1.5 W 9.79 +1.43 +1.16 +0.73 0751 102 0751 102 9.17 c + 17 + 5 - 16 238090 BD+55 15190 G197-049 V137
Gl 458 B 12 09 51 +54 45.9 0.244 70.3 m 13.33 +1.61 +1.20 0751 102 0751 102 12.71 c G197-050 sep 15" in 7d (NLTT)
Wo 9395 s 12 09 52 -06 04.7 0.410 221 K3 K 9.96 +1.00 +0.80 +0.52C 0392 153 023 04 r 6.77 d 106092 BD-05 3450 G013-018 LTT 4574
NN 12 09 57 +39 57.3 0.239 130 M2 V 11.41 +1.51 +0.88 050 12 r 9.9 e G123-013 LTT 18204
Gl 458.1ABs 12 09 57 -02 48.7 0.725 303.7 + 14.3 G4 V 7.43 +0.71 +0.25 +0.22 0465 085 0465 085 5.77 d - 71 - 7 + 24 106116 BD-02 34810 G011-045 2524 faint comp. 2" in 5d, m = 12, C&L Rv = + 14.11 +- .18 (4)
NN s 12 10 24 +10 19.2 0.412 149.4 - 8.8 G8 V 7.92 +0.79 +0.45 0406 460 036 06 r 5.70 d + 47 - 22 - 18 106156 BD+10 2391 G012-022 LTT 13397
Wo 9397 s 12 10 50 +16 58.7 0.669 228.5 M1.5 K 11.96 +1.45 +0.83 0401 131 035 07 r 9.68 d G012-025 2527 V638 LFT 885 LTT 13403 Wolf 1438 Ross 127
NN 12 10 53 +10 32.4 0.094 261.4 + 2.3 A2 m 5.85 +0.27 +0.11 1475 699 1475 699 6.7 f - 2 - 3 + 2 106251 BD+11 2440 FK 2978
GJ 1154 AB 12 11 46 +00 54.2 0.985 253.0 m 13.73 +1.77 J+1.02 J+1.42 J 1182 039 1182 039 14.09 a G013-022 2531 LTT 13408 V(AB) = 13.42 d(m) = 1.2 , sep 5" optical
NN 12 11 54 +24 52.4 0.363 175 m 12.16 +1.48 +1.12 +0.94 041 08 r 10.22 d G059-007 LTT 13409 L 1406-34 LP 376-34
Gl 458.2 12 12 41 +49 00.7 0.230 257 - 16.4 M2 V 10.52 +1.46 +0.73 054 11 r 9.18 d - 10 - 17 - 16 BD+49 2126 G198-037 V640
Gl 459 12 12 58 +57 18.6 0.102 87.3 - 13.4 A3 V 3.30 +0.08 +0.07 0565 080 0565 080 2.06 d + 12 - 1 - 11 106591 BD+57 13631 DEL Uma
NN 12 12 59 +39 27.9 0.319 280 m 11.89 +0.88 040 07 r 9.90 d G123-016
Gl 459.2 s 12 14 14 +44 40.8 0.032 187.6 - 53 K4 V O 9.18 +1.50 +1.76 044 21 r 7.4 f + 15 - 13 - 49 106783 BD+45 2014
GJ 1155 A 12 14 20 +03 14.6 0.706 292.5 + 5 sdM3 13.28 +1.62 +1.14 0460 034 0460 034 11.59 b - 71 - 13 + 7 G013-026 2541 LP 554-64
GJ 1155 B 12 14 20 +03 14.6 0.706 292.5 DA s 15.32 +0.38 0460 034 0460 034 13.63 b 2542 W 88*
NN 12 14 28 +31 26.1 0.090 251 - 34 dM4-5e 14.15 +1.62 +1.28 051 09 r 12.69 d - 1 - 6 - 35 San 39
Wo 9403 s 12 15 21 +46 54.1 0.456 257.3 + 16 dM1.5e W 11.50 +1.44 +0.73 0495 161 033 07 r 9.09 d - 54 - 39 + 11 G123-019 6 V138 LTT 13429 LFT 894
NN 12 16 15 +30 02.5 0.408 213 m 16.32 +1.98 065 27 r 15.4 f LP 320-359 San 47
GJ 1156 12 16 32 +11 24.0 1.301 279.1 dM e 13.81 +1.88 +1.05: +1.59 1529 030 1529 030 14.73 a G012-030 324
Gl 459.3 12 16 56 +28 39.5 0.655 274.6 - 1.0 M2 V 10.63 +1.44 +1.26 +0.73 0498 109 0498 109 9.12 d - 56 - 26 - 9 BD+29 22790 G121-077 2544 V644 LFT 896
Gl 460 12 17 47 +26 16.7 0.147 275.8 + 7.2 SB F0 IV 6.15 +0.30 +0.08 0594 136 0594 136 5.02 d - 11 - 5 + 6 107326 BD+26 23290
Gl 461 AB 12 17 52 +00 51.7 0.09 103. + 4.1 M0 V U 10.10 +1.47 J+1.24 J+0.81 J 063 13 r 9.10 d + 7 + 0 + 4 BD+01 2684 V293 RST 5366 sep 1.3" d(m) = 2.4 , V(AB) = 9.99 (= 10.15 Rossello)
Gl 462 12 19 25 +42 25.1 0.548 162.7 + 15.4 M0 Ve 9.45 +1.36 +1.22 +0.60 0795 102 0795 102 8.95 c + 19 - 19 + 24 107596 BD+42 22960 G123-026 2548 V649 LFT 898
NN s 12 19 53 +25 27.0 0.715 254.7 M0 K 11.38 +1.34 +1.12 +0.76 0478 273 036 07 r 9.16 d G059-014 2549 LTT 13466 Wolf 409
GJ 1157 12 20 26 -46 20.7 0.798 245.5 + 42 k 13.62 +1.61 +1.04 +1.30 069 11 r 12.81 d - 19 - 65 - 16 2552
Gl 463 12 20 45 +64 18.2 0.681 300.0 + 7.7 M3 K 11.58 +1.45 +1.05 0555 038 0555 038 10.30 b - 56 + 0 - 17 G237-063 2551 AC+64:14332
NN 12 21 13 +67 28.0 0.240 120 m 11.25 +1.02 079 16 r 10.74 d G237-064 LTT 17123
Gl 464 12 21 21 +12 51.6 0.188 171.9 + 6.6 dM2 W 10.39 +1.44 +1.25 +0.72 0493 119 0493 119 8.9 e + 11 - 15 + 2 107888 BD+13 2529a V294 AC+13:1308-25
Gl 464.1 12 22 01 +31 33.4 0.207 276.1 - 4.4 G6 IV O 8.78 +0.74 +0.36 0532 205 0532 205 7.4 f - 16 - 7 - 6 108021 BD+32 22410
Gl 465 12 22 13 -17 56.0 2.532 154.7 + 58.0 dM4 W 11.28 +1.60 +1.13 +0.98 1121 052 1121 052 11.53 b + 96 - 71 - 23 45 Ross 695
NN 12 22 25 -03 56.7 0.258 213.8 + 47.0 G5 8.1 * 0547 170 0547 170 6.8 * e + 7 - 43 + 29 108081 BD-03 3280 LTT 4689
NN 12 22 31 +23 40.1 0.327 201 m 16.58 +1.88 039 16 r 14.5 f LP 376-62 San 71
GJ 2092 12 23 48 -65 56.0 0.186 182 + 55 DA/F 13.97 +0.40 -0.54 083 09 w 13.57 c + 5 - 8 - 11 W L 104-2 BPM 7543
NN AB 12 24 44 +27 18.3 0.270 161.0 + 1 K3 V 8.89 +1.02 J+0.92 J 042 04 r 7.01 c + 23 - 20 + 2 108421 BD+27 2135 G148-060 Wolf 412 ADS 8553 sep 2.3" 18d d(m) = 0.3 V(AB) = 8.28
NN C 12 24 27 +27 17.8 0.227 156 dM5 e 14.88 +1.73 +1.38 042 04 r 13.00 c G148-059 San 76 sep 222" 260d
Gl 468 12 25 55 -18 01.1 0.267 139.3 + 2.7 K4 V 9.22 +1.24 +1.20 +0.48 046 08 r 7.53 d + 25 - 5 - 11 108581 BD-17 3632 V658 uncertain comp 35" (Worley)
NN A 12 26 19 -10 23.3 0.281 273 M2 s 10.96 +1.51 +0.99 083 16 r 10.56 d LTT 4730 Ross 948
NN B 12 26 18 -10 23.3 0.281 273 g 11 * 083 16 r 11 * e LP 735-11 sep 4" 222d
Gl 469 12 26 27 +08 42.4 0.700 245.7 M3.5 K 12.06 +1.60 +1.28 +1.20 0780 170 0780 170 11.52 d G012-038 2565 Wolf 414
NN 12 26 37 +42 00.6 0.284 221 m 12.90 +1.21 070 13 r 12.13 d G123-035
Wo 9407 s 12 26 39 -30 33.6 0.410 142.1 + 16.2 K0 V 9.06 +0.79 +0.24 +0.26 0425 136 020 03 r 5.57 d + 83 - 14 - 51 108682 CD-30 99420 LTT 4731
GJ 1158 12 26 49 -55 42.8 1.250 231.9 - 27 M4 13.27 +1.62 +1.24 +1.24 065 12 r 12.33 d - 67 - 16 - 65 332
GJ 1159 A s 12 26 58 +53 49.2 1.232 275.1 m 14.21 +1.55 0459 047 0459 047 12.52 c G199-017 331 LP 130-225
GJ 1159 B s 12 26 58 +53 49.5 1.232 275.1 - 89 M5.5-6 18.0 * 0459 047 0459 047 16.3 * c - 88 - 86 - 95 330 LP 130-226 sep 21" 356d (NLTT)
NN 12 26 58 +23 16.4 0.180 268 dM5 14.18 +1.60 +1.26 046 08 r 12.49 d LP 377-100 San 85
Gl 469.1 x 12 27 10 -03 03.0 0.672 210.0 + 0.1 SB G8 V 9.03 +0.70 +0.13 +0.26 0503 136 0503 136 7.5 e - 1 - 56 - 30 108754 BD-02 35280 G013-043 2566
NN A 12 27 22 -05 10.6 0.605 239.2 M3.5 K 13.0 * +1.20 060 07 r 11.9 * c G013-044A 2567 LTT 4740 L 903-4A LP 675-76
NN B 12 27 22 -05 10.6 0.605 239.2 M3.5: K 14.25 +1.32 060 07 r 13.14 c G013-044B 2568 LTT 4741 L 903-4B LP 675-77 sep 8" 62d
Gl 469.2A 12 27 30 -13 07.0 0.253 260.7 + 1.9 G0 V J 6.46 +0.58 J+0.05 J+0.34C 0474 102 0474 102 4.84 d - 19 - 16 - 3 108799 BD-12 36472 V(AB) = 6.37 d(m) = 2.73
Gl 469.2B 12 27 30 -13 07.0 0.253 260.7 9.2 * 0474 102 0474 102 7.6 * d BD-12 36473 a = 1.510" P = 180.0 yr
Gl 471 12 28 46 +09 05.6 0.829 230.0 + 19.0 dM1 W 9.70 +1.45 +1.23 +0.72 0668 102 0668 102 8.82 d - 18 - 59 + 3 BD+09 26360 G012-039 2570 V662
GJ 1160 12 28 57 +55 23.7 0.108 93.2 - 5 K2 V 8.12 +0.93 +0.64 044 07 r 6.34 d + 12 + 4 - 3 109011 BD+55 1536
Gl 471.2 12 29 29 -15 55.2 0.432 261.9 - 0.8 SB F0 IV 4.30 +0.37 +0.01 +0.21C 0548 108 0548 108 2.99 d - 30 - 22 - 7 109085 BD-15 34890 ETA Crv
NN 12 29 54 +31 52.3 0.477 294.3 m 13.22 +1.10 041 08 r 11.28 d G148-066 5217a LTT 13537 LP 321-35
NN 12 29 56 +20 40.0 M4 s 12.90 +1.56 +1.12 +1.10 047 10 r 11.26 d Steph 1021
Gl 472 12 30 39 -68 28.5 0.629 240.5 + 0.3 K0 V 7.13 +0.85 +0.48 +0.29 0763 113 0763 113 6.54 d - 29 - 15 - 22 109200 CP-68 16840 2577
Gl 473 A 12 30 51 +09 17.6 1.811 277.4 -553.7 dM5.5eJ W 13.04 +1.83 J+1.20 J+1.62 J 2322 043 2322 043 14.87 a - 91 +152 -526 G012-043 333 Wolf 424 V(AB) = 12.43 d(m) = 0.3
Gl 473 B 12 30 51 +09 17.6 1.811 277.4 M7 13.3 * 2322 043 2322 043 15.1 * a FL Vir a = 0.76" P = 16.2 yr
Gl 474 12 31 20 +33 39.6 0.009 195.5 - 42.3 K0 III 6.24 +1.05 +0.90 0538 119 0538 119 4.89 d + 5 - 3 - 42 109345 BD+34 23330
Gl 475 12 31 22 +41 37.7 0.764 292.2 + 6.6 SB G0 V 4.27 +0.59 +0.05 +0.21 1147 049 1147 049 4.57 a - 32 - 4 + 1 109358 BD+42 23210 2579 BET Cvn
NN p 12 31 25 -14 21.8 0.531 265.6 + 9.7 K3/4 V 9.05 +1.11 +1.01 +0.42 0321 061 042 05 r 7.17 c - 46 - 39 + 0 109333 BD-13 3557 5218 V666 LTT 4772 U300
Gl 476 12 32 30 +10 06.5 0.516 235.7 + 32.6 M3 K 11.42 +1.42 +1.01 +0.99 0694 083 0694 083 10.63 c - 11 - 40 + 23 G012-044 2582 AC+10:95-26
GJ 1161 A 12 32 54 -34 36.3 0.228 250.5 K4 V 7.91 +1.04 +0.83 +0.40 062 07 r 6.87 c 109524 CD-34 82800 U301 LTT 4787 LDS 413
GJ 1161 B 12 32 58 -34 37.7 0.228 251 11.91 +1.60 +1.28 +1.01 062 07 r 10.87 c LTT 4788
Gl 477 12 33 15 -45 39.2 0.710 186.5 - 12 M1 K 11.10 +1.48 +1.13 +0.92 0788 180 0788 180 10.58 d - 1 - 2 - 44 CD-45 78720 2585
Gl 478 s 12 33 45 -76 40.7 0.849 265.0 -106 m 11.00 +1.30 +1.10 +0.60 0538 119 029 04 r 8.31 d -174 + 18 + 6 2587 L 038-015
NN 12 33 50 -04 06.1 0.504 254.3 M3: V 13.1 * +1.6 * +1.10 0390 157 043 09 r 11.3 * d G013-047 2586 LTT 4796 L 975-27 LP 675-19 M3 Kui
Gl 479 12 35 11 -51 43.6 1.035 271.4 + 3 M3 K 10.67 +1.54 +1.14 +1.06 1211 075 1211 075 11.09 b - 33 - 23 - 1 CD-51 68590 336 CP -51: 5356
Gl 479.1 s 12 35 44 +79 29.4 0.129 274.4 - 18.4 SB dG2 e W 6.96 +0.59 +0.12 0523 136 034 06 r 4.62 d - 8 - 21 - 13 110010 BD+80 3890
GJ 2095 12 36 02 -49 32.5 0.573 257.0 - 12 DA6 13.96 +0.18 -0.70 0604 084 0604 084 12.87 d - 64 + 23 - 25 2594 W
NN 12 36 10 -38 04.9 1.487 207.2 M4 K 12.74 +1.69 +1.25 +1.38 139 27 r 13.46 d 337 LTT 4818 L 471-42
GJ 1162 12 36 15 -04 02.8 0.740 253.1 m 13.52 +1.60 +1.28 +1.23 0505 031 0505 031 12.04 b G013-051 2595
Gl 480 12 36 25 +11 58.4 1.163 258.5 - 4.4 dM4 W 11.52 +1.48 +1.19 +1.08 0802 048 0802 048 11.04 b - 51 - 45 - 11 G060-024 338 Wolf 433
GJ 2096 p 12 36 40 -77 34.4 0.900 293.1 + 24.3 K5 V 9.05 +1.20 +1.04 +0.47 0340 153 049 08 r 7.50 d - 52 - 70 + 23 109952 CD-77 5680 2600 CP-77: 859
NN 12 36 41 +47 18.9 0.368 101 m 12.14 +0.99 048 09 r 10.55 d G123-049
NN 12 37 16 +25 47.4 0.224 229 m 14.81 +1.63 +1.34 047 07 r 13.17 d LTT 13593 LP 377-36 San 111
Gl 480.1 12 38 08 -43 18.4 1.047 311.7 - 44 M3.5 K 12.24 +1.73 +1.39 +1.14 0462 222 081 20 r 11.8 e - 69 + 22 + 22 340 L 399-068
Gl 481 12 38 35 +15 39.4 0.417 163.9 + 24.5 K4 K 7.96 +1.12 +1.02 +0.44 0667 050 0667 050 7.08 b + 24 - 24 + 18 110315 BD+16 24040 G059-033 V670
Gl 482 A 12 39 07 -01 10.5 0.568 270.8 - 19.9 VAR F0 V 3.46 +0.36 J-0.03 J+0.11 0987 062 0987 062 3.43 b - 28 - 6 - 18 110379 BD-00 26011 2604 GAM Vir ADS 8630 V(AB) = 2.74 d(m) = 0.06
Gl 482 B 12 39 07 -01 10.5 0.568 270.7 - 19.6 F0 V 3.52 +0.09 0987 062 0987 062 3.49 b - 28 - 6 - 18 110380 BD-00 26012 2605
NN 12 39 15 -71 21.4 0.706 269.2 k-m 13.50 +1.23 057 11 r 12.28 d 2608 LTT 4846 L 68-30
NN A 12 39 16 +48 31.0 0.273 135 m 11.66 +0.88 044 08 r 9.88 d G198-071
NN B 12 39 17 +48 31.0 0.273 135 m 14.8 * 044 08 r 13.0 * d LP 171-46 sep 6.5" 90d
NN 12 39 27 +55 59.9 0.119 91.4 - 6.3 K3 V 8.29 +0.95 +0.71 044 07 r 6.51 d + 13 + 4 - 5 110463 BD+56 1618
NN 12 40 59 +78 09.4 0.803 304.5 m 15.84 +1.86 051 20 r 14.4 f G255-017 2610 LP 20-375
GJ 1163 12 41 09 +25 22.8 0.343 262 dM4 12.96 +1.63 +1.14 054 11 r 11.62 d G059-037 LTT 18236 San 128
Gl 483 12 41 59 +52 02.1 0.432 245.6 + 10.6 K3 V 7.04 +0.94 +0.72 0631 068 0631 068 6.04 c - 21 - 23 + 14 110833 BD+52 16500 G199-036
Gl 484 12 42 38 +39 33.0 0.392 291.6 + 80.7 G0 V 5.95 +0.55 -0.03 +0.22 0635 076 0635 076 4.96 c - 39 + 8 + 76 110897 BD+40 25700
NN 12 43 32 +53 11.7 0.252 281 m 14.42 +1.28 046 08 r 12.73 d LP 13-055
NN q 12 43 55 -11 32.4 0.287 280.8 - 16.8 G5 V 6.87 +0.70 +0.31 0278 073 047 08 r 5.23 d - 32 - 3 - 10 111031 BD-11 3361 LTT 4887
NN 12 44 37 -03 17.9 0.504 269.8 M3 K 12.63 +1.54 +1.11 052 13 r 11.2 e G014-001 2634 LTT 4891 L 976-35 LP 616-13
NN 12 44 45 +46 54.2 0.814 250.1 M2.5 K 11.76 +1.50 +1.03 061 14 r 10.69 d G123-060 2633 LFT 941 LTT 13622 Ross 991
Gl 485 s 12 44 54 +31 29.4 0.247 177.3 - 1.6 K4 V 9.84 +1.29 +1.24 +0.50 0567 195 037 06 r 7.68 d + 18 - 26 + 1 BD+32 22740 G164-020 V297
Gl 486 12 45 29 +10 01.9 1.077 246.8 + 18.8 dM4 W 11.38 +1.57 +1.18 +1.22 1156 105 1156 105 11.69 b - 22 - 41 + 12 G060-032 341 Wolf 437
GJ 1164 A 12 45 32 -24 32.2 0.350 299.1 K4/5 V 9.02 +1.12 +0.98 +0.47 048 05 r 7.43 c 111261 CD-24 105411 U305 LTT 4898
GJ 1164 B 12 45 31 -24 32.0 0.368 295.2 K7 K 10.04 +1.38 +1.12 +0.61 048 05 r 8.45 c CD-24 105412 LTT 4899
NN 12 45 50 +47 30.3 0.573 161.1 m 13.65 +1.16 041 08 r 11.71 d G123-061 2637
GJ 1165 12 45 54 -15 26.9 0.093 60.9 K2 V 7.94 +0.96 +0.55 +0.36 050 08 r 6.43 d 111312 BD-14 3581 U306
NN 12 46 05 +58 36.8 DC8 : 15.56 054 06 w 14.22 c W WD1246+586
Gl 486.1 12 46 21 +25 06.8 0.358 251.9 - 8.7 G7 V 6.31 +0.70 +0.26 +0.23 0403 145 060 09 r 5.20 d - 18 - 22 - 9 111395 BD+25 25680
Wo 9417 s 12 46 29 +60 35.5 0.109 95.8 - 12.0 F6 V 5.85 +0.46 -0.04 0408 138 036 04 r 3.63 c + 16 + 1 - 9 111456 BD+61 1320
Gl 487 12 47 04 +66 23.0 0.437 258 - 3.1 M3 K 10.90 +1.64 +1.21 +1.16 1162 105 1162 105 11.23 b - 12 - 14 + 0 G237-078 V676 AC+66:3955 LTT 13665 (= LTT 13669?)
NN 12 47 04 +09 44.8 0.431 276.3 M3.5 K 13.07 +1.56 +1.16 0397 117 0397 117 11.1 e G060-036 6239 LTT 13667 Wolf 439
NN s 12 47 12 +01 28.3 0.646 186.7 + 2.7 G8 V 8.16 +0.69 +0.12 +0.26 0402 123 026 04 r 5.23 d + 46 - 97 - 49 111515 BD+02 2585 G014-005 2641 LTT 13668
NN 12 47 52 +55 22.3 0.046 267.5 DA4 12.31 +0.03 -0.93 066 12 w 11.41 d W GD 319 WD1247+553
NN 12 47 56 +55 04.5 1.286 192.2 DC9+ 17.82 +1.50: 0402 007 0402 007 15.84 a 342 W LP 131-66 V-I = 1.46 (USNO) see also ApJ 346, 456
Wo 9418 s 12 48 05 +71 27.6 0.260 230 - 76.5 K8 10.08 +0.97 +0.90 0390 085 020 03 r 6.59 d + 5 - 94 - 28 BD+71 632 G237-079 LTT 13673
NN 12 48 09 +27 11.9 0.263 227 m 14.14 040 06 p 12.15 d LTT 13677 LP 321-147 San 149
Gl 488 12 48 10 -00 29.4 0.402 185.6 + 6.1 VAR M0.5Ve 8.49 +1.40 +1.26 +0.66 0831 060 0831 060 8.09 b + 11 - 21 - 5 111631 BD+00 2989 G014-006 V675
GJ 1166 A 12 48 57 +22 22.5 0.187 294 + 19 dM4 12.97 +1.60 +1.11 040 06 r 10.98 d - 21 - 5 + 20 LP 377-78 BPM 88513 San 151
GJ 1166 B 12 49 02 +22 23.3 0.187 294 + 15 dM3-3.5 14.28 +1.72 +1.16 040 06 r 12.29 d - 21 - 5 + 16 LP 377-79 BPM 88515 San 152 sep 85" 53d (NLTT)
Wo 9420 s 12 50 26 +34 00.5 0.187 267.9 + 10.8 K1 V 9.42 +1.08 +0.89 +0.41 0787 206 031 05 r 6.88 d - 24 - 15 + 11 111996 BD+34 2366 V681 LTT 13690
Wo 9421 s 12 50 37 -03 16.9 0.265 268.4 - 7.1 F5 V 6.11 +0.50 +0.04 +0.16 0407 102 036 06 r 3.89 d - 31 - 17 - 6 111998 BD-02 3593 LTT 4922
Gl 488.1 12 50 40 -39 54.4 0.066 114.1 - 2.5 A7 III 4.26 +0.21 +0.12 +0.13C 0541 153 0541 153 2.9 e + 4 + 4 - 3 111968 CD-39 78930
Wo 9423 12 52 11 -43 52.7 0.312 224.7 + 32.0 G1 V 5.88 +0.64 +0.25 +0.18 0428 102 0428 102 4.0 e + 1 - 45 - 13 112164 CD-43 79530 LTT 4935
Gl 488.2A s 12 52 22 -06 03.9 0.365 235.4 K5 K 10.42 +1.18 +1.09 +0.47 0455 136 027 04 r 7.58 d BD-05 35961 G014-012 V682A LTT 4937 Ross 970
Gl 488.2B s 12 52 21 -06 03.7 0.292 238 m 17.0 P 0455 136 027 04 r 14.2 P d BD-05 35962 V682B LP 674-34 sep. 20" 318d
NN 12 53 41 +51 12.3 0.820 162.7 m 14.40 +1.74 0494 040 0494 040 12.87 b G177-004 2651
Gl 489 12 55 07 -14 11.6 0.349 274.6 + 5.1 K4 V 9.12 +1.12 +1.00: +0.43 0617 102 0617 102 8.07 d - 21 - 16 + 6 112575 BD-13 36270 U310
Gl 490 A 12 55 19 +35 29.8 0.260 244 - 6.9 SB? M0 Ve 10.68 +1.44 +1.13 +0.84 0474 041 0474 041 9.06 b - 13 - 23 - 5 BD+36 23220 G123-075 V298 BF Cvn
Gl 490 B 12 55 18 +35 29.6 0.260 244 - 2.8 dM4 e W 13.20 +1.64 +1.14 +1.26 0474 041 0474 041 11.58 b - 13 - 23 - 1 G164-031
Gl 491 A 12 56 28 -09 34.0 0.851 283.5 + 8.0 K0 V 7.56 +0.79 J+0.37 J+0.29 J 0604 208 042 06 r 5.68 d - 84 - 41 + 23 112758 BD-09 35952 2656 V(AB) = 7.55 d(m) = 5.2
Gl 491 B 12 56 28 -09 34.0 0.851 283.5 12.5 * 0604 208 042 06 r 10.6 * d BD-09 35953 sep 1.5" 326d - 1.6" 300d (1945-1960)
NN 12 56 55 +08 00.1 0.700 270.6 m+ 16.0 * +1.53 052 09 r 14.6 * d 2657 LP 556-64
NN 12 57 30 -05 21.7 0.328 279 M3.5 K 12.54 +1.56 +1.13 061 15 r 11.5 e G014-018 LTT 4969 Ross 972
Gl 492 12 57 38 +03 45.5 0.963 207.5 DC9 15.79 +0.64 -0.10 0639 045 0639 045 14.82 b G060-054 2661 W095 Wolf 457
Gl 493 12 57 45 -02 26.1 0.814 269.9 - 14.5 dM0.5 W 9.78 +1.20 +1.15 +0.50 0594 103 0594 103 8.65 d - 58 - 31 - 10 112943 BD-01 27540 G014-019 2663 V043
Gl 493.1 12 58 05 +05 57.1 0.973 284.4 - 40.0 SB dM5 e W 13.40 +1.75 +1.1 : +1.43 1228 046 1228 046 13.85 a - 44 - 2 - 33 G060-055 2664 LTT 13750 Wolf 461
NN p 12 58 16 -62 55.3 0.556 221.5 dM2 10.95 +0.84 0286 136 055 09 r 9.65 d 2668 LTT 4974 LFT 963 L 147-101 BPM 7973
Gl 494 12 58 19 +12 38.7 0.714 268.3 - 11.1 dM1.5e W 9.75 +1.47 +1.10 +0.87 0899 126 0899 126 9.52 d - 32 - 20 - 10 BD+13 26180 G060-057 2665 V140 DT Vir
Gl 496 A 13 01 05 -20 18.9 0.141 84.3 + 26.7 F7 V J 6.27 +0.56 J+0.07 J+0.29C 042 07 r 4.39 d + 24 - 6 + 18 113415 BD-19 3629 BS 4935 ADS 8757 V(AB) = 5.57 d(m) = 0.1
Gl 496 B 13 01 05 -20 18.9 0.141 84.3 + 28 6.4 * 042 07 r 4.5 * d + 25 - 7 + 19 sep 0.6" (1876-1947)
Gl 496.1 13 02 04 -52 09.8 1.151 224.9 + 37.8 K9 V 9.06 +1.37 +1.27 +0.58 0493 056 0493 056 7.52 c - 38 - 89 - 66 113538 CP-51 57500 344 CD-51:7244 LFT 966
NN 13 03 12 +37 24.3 0.352 238 M4 s 11.72 +0.99 059 11 r 10.57 d G164-042
Gl 498 13 03 29 +49 44.2 0.142 24.1 - 3.3 dK8 M 9.30 +1.17 +1.04 +0.46 043 05 r 7.47 c - 2 + 13 - 9 113827 BD+50 1979 V685
Gl 499 A 13 03 49 +20 59.7 0.084 315.6 - 1.8 dM0 W 9.44 +1.29 J+1.22 J+0.60 J 0583 119 0583 119 8.27 d - 7 + 1 - 1 BD+21 24862 V141 V(AB) = 9.43 d(m) = 5.7
Gl 499 B 13 03 49 +20 59.7 0.084 315.6 - 2.5 14.9 * 0583 119 0583 119 13.7 * d - 7 + 1 - 2 BD+21 24863 sep 0.8" 34d - 1.0" 337d (1902-1962)
Gl 499.1 13 03 57 +22 53.0 0.058 153.2 - 5.1 M5 III 5.60 +1.59 +1.63 +1.31: 0435 153 0435 153 3.8 f + 5 - 3 - 6 113866 BD+23 25380 FS Com
NN 13 04 05 -77 02.5 0.063 141.2 K3 V 8.88 +1.04 +0.84 +0.40 040 06 r 6.89 d 113693 CD-76 5700 CP-76:747
NN 13 04 24 +31 08.0 0.502 159.9 m 15.48: +1.86 060 24 r 14.4 : f 2674a LP 322-628 San 214
GJ 2097 13 04 36 +21 05.0 0.082 241 - 7 m 12.58: +1.62: +1.19 +1.38 156 23 r 13.55: d - 2 - 2 - 7 LP 378-541 San 215
Wo 9427 13 05 15 +34 40.1 0.125 267.2 - 10.2 dK8 M 9.34 +1.18 +1.10 +0.46 042 05 r 7.46 c - 11 - 10 - 9 BD+35 2406 V299 SpT: K3 III OP
Wo 9428 13 05 57 +17 14.3 0.103 255.5 M0 s 11.80 +1.55 +1.22 +0.90 046 08 r 10.11 d V686 AC+17:478-60
Wo 9429 13 06 19 +05 29.0 0.685 173.2 + 28.1 G5 IV 6.80 +0.67 +0.18 +0.20 0456 109 0456 109 5.1 e + 51 - 58 - 1 114174 BD+06 2697 G060-067 2681 LFT 969
NN 13 06 24 +16 38.2 0.541 252.5 m 12.99 +1.06 040 08 r 11.00 d G061-033 2680 LTT 13794 L 1264-69 LP 437-12
NN 13 06 27 -39 52.3 1.196 142.4 M3.5 K 12.86 +1.60 +1.10 +1.18 062 16 r 11.8 e 346 LTT 5034 L 472-66
NN 13 06 45 +49 20.8 M0 s 11.04 +1.54 +1.19 +0.82 052 09 r 9.62 d Steph 1049
Gl 500 13 07 00 -21 55.3 0.379 155.8 - 12.4 SB G6 V 7.36 +0.73 +0.27 +0.37C 0763 136 0763 136 6.77 d + 9 + 1 - 25 114260 BD-21 36600
GJ 1167 A 13 07 13 +29 15.2 0.379 240 dM5 14.18 +1.72 +1.33 063 10 r 13.18 d G164-047 LDS 1365A LTT 13799 LP 322-836 San 224 comp B doesn't exist
Gl 501 A 13 07 33 +17 47.6 0.450 288.8 - 11.6 SB F5 V 4.98 +0.45 J-0.06 J 0517 057 0517 057 3.55 c - 41 - 10 - 6 114378 BD+18 26973 ADS 8804 42 ALF Com V(AB) = 4.32 d(m) = 0.19
Gl 501 B 13 07 33 +17 47.6 0.450 288.8 - 27.7 F5 V 5.17 0517 057 0517 057 3.74 c - 44 - 9 - 22 114379 BD+18 26974 a = 0.662" P 25.87 yr
Gl 501.1 13 08 18 +36 12.0 0.057 288.3 - 14.9 SB F5 IV 8.16 +0.58 +0.07 0469 222 0469 222 6.5 f - 5 - 4 - 15 114519 BD+36 23440 RS Cvn
NN 13 09 00 +28 50.0 0.643 221.9 m 15.89 +1.86 050 20 r 14.4 f 2691 LP 322-936 San 232
Gl 501.2 13 09 15 -37 32.3 0.390 276.3 - 15.0 VAR G3 V 4.85 +0.70 +0.31 +0.24 0571 099 0571 099 3.63 d - 35 - 6 - 1 114613 CD-37 84370
NN 13 09 24 +25 36.5 0.487 248.9 m 15.75 +1.79 041 15 r 13.8 f 5240 LP 378-688 San 236
Gl 502 13 09 32 +28 07.9 1.189 317.7 + 5.1 G0 V 4.26 +0.57 +0.07 +0.21 1198 076 1198 076 4.65 b - 46 + 10 + 7 114710 BD+28 21931 348 BET Com
NN 13 09 59 +85 18.6 0.331 137 DC9 16.00 +0.78 +0.14 0545 093 0545 093 14.68 d G256-007 W436 LP 7-226 LP 8-46
Wo 9433 x 13 10 04 +74 07.2 0.305 279.3 - 38.6 G2 9.34 +0.58 +0.02 0419 188 0419 188 7.5 f - 16 - 41 - 28 BD+74 526 G255-028 LTT 13822
NN 13 10 10 -02 00.0 0.166 275.2 K0 7.56 053 06 o 6.18 c 114783 BD- 1 2784
NN 13 10 11 -47 12.2 2.127 268.4 DC9+ 17.05 +1.40 0676 033 0676 033 16.20 b W ER 8 IAU Coll. 114 or ApJ 346, 456
GJ 1168 13 10 41 +20 27.2 0.619 283.9 dM 13.02 +1.58 +1.17 056 11 r 11.76 d G061-041 2695 LTT 13826 LP 378-774 San 241
Gl 503 AB 13 11 08 -58 50.2 0.296 237.7 - 64.8 F7 IV 4.92 +0.48 -0.03 +0.17C 0522 078 0522 078 3.51 d - 57 + 38 - 16 114837 CD-58 49400 BS 4989 Cp-58:4740 sep 2.7" d(m) = 5.3, B optical ?
NN 13 11 26 +56 56.7 0.017 182.8 - 18.7 K2 II 7.97 +1.17 +1.10 0505 307 0505 307 6.5 f + 5 - 9 - 15 115019 BD+57 1424
Gl 503.2 s 13 11 34 +56 58.4 0.112 98.2 - 8.9 G1 V 6.83 +0.60 +0.08 +0.19t 0484 153 036 06 r 4.61 d + 15 + 3 - 8 115043 BD+57 14251
NN 13 11 36 +04 09.8 0.728 271.7 m 13.48 +1.64 +1.16 046 09 r 11.79 d G062-018 2699 LTT 18300
NN 13 12 38 -72 52.0 0.500 249.7 m 13.05 +1.09 043 09 r 11.22 d 2704 LTT 5075 L 69-70
Gl 503.3 13 13 16 -19 40.7 0.326 110.9 + 34.2 K1 IV 5.22 +1.03 +0.87 +0.48C 0469 109 0469 109 3.6 e + 45 - 8 + 12 115202 BD-19 36530
GJ 1169 13 14 14 +28 08.0 0.749 285.8 - 16 m 13.26 +1.65 +1.33 +1.16 0628 025 0628 025 12.25 a - 54 - 20 - 11 G149-070 2711 LTT 13849 San 259
Gl 504 13 14 18 +09 41.1 0.388 299.8 - 27.4 G0 V 5.20 +0.58 +0.10 +0.20 0742 090 0742 090 4.55 c - 31 + 2 - 20 115383 BD+10 25311
Gl 505 A 13 14 22 +17 17.0 0.658 113.3 + 6.7 K1 V 6.59 +0.94 J+0.62 J+0.35: 0840 111 0840 111 6.21 c + 37 + 7 + 1 115404 BD+17 26111 G063-018 2713 ADS 8841 V(AB) = 6.52 d(m) = 3.03
Gl 505 B 13 14 22 +17 17.0 0.658 113.3 + 9.0 M1 V 9.6 * 0840 111 0840 111 9.2 * c + 37 + 7 + 3 BD+17 26112 2714 sep 1.3" 122d - 6.4" 108d (1881-1959)
NN 13 14 28 +23 26.0 0.274 106 M2 L 11.69 +0.88 044 08 r 9.91 d G061-048 LTT 13855 L 1337-15 LP 378-924
NN 13 15 30 +02 29.9 0.360 263 m 12.97 +1.21 068 13 r 12.13 d G062-028 LTT 13861 L 1049-51 LP 557-46
GJ 1170 13 15 41 +36 34.0 0.300 196 + 23 dM2 W 11.29 +1.41 +1.14 +0.83 0427 170 046 10 r 9.60 d + 11 - 24 + 28 G164-062 V044
Gl 506 13 15 47 -18 02.0 1.515 225.1 - 8.4 G6 V 4.74 +0.71 +0.26 +0.23 1121 122 1121 122 4.99 c - 25 - 50 - 33 115617 BD-17 38131 349
NN 13 16 33 +33 42.1 0.004 241.9 K1 V O 8.13v +1.14 +0.94 054 14 r 6.8 v e 115781 BD+34 2411
Gl 506.2 s 13 16 45 +85 00.9 0.136 279.7 + 8.7 dF7 W 7.28 +0.50 +0.02 0434 114 019 03 s 3.67 d - 33 - 11 + 3 116459 BD+85 2220
Gl 507 A 13 17 14 +35 23.0 0.873 154.6 - 4.9 dM1.5 W 9.51 +1.47 +1.20 +0.81 0799 125 0799 125 9.02 d + 46 - 25 - 1 BD+35 24361 G164-064 2716 V046
Gl 507 B 13 17 14 +35 23.0 0.873 154.6 - 8.5 M3 K 12.10 +1.58 +1.2 : +1.08 0799 125 0799 125 11.61 d + 46 - 25 - 4 BD+35 24362 G164-065 2717
NN 13 17 17 -35 08.0 0.961 241.9 M3.5 K 12.8 * +1.14 057 11 r 11.6 * d 2718 LTT 5131 L 473-1
Gl 507.1 13 17 22 +33 36.6 0.251 240 - 11.8 dM2 W 10.62 +1.51 +1.20 +0.90 0506 109 0506 109 9.14 d - 10 - 23 - 8 G164-066 V045 AC+33:38922 Ross 1007
Gl 508 A 13 17 36 +48 02.4 0.147 101.0 - 3.3 SB? dM1.5eJ W 8.94 +1.48 J+1.20 J+0.83 J 1030 080 1030 080 9.00 b + 6 + 2 - 3 115953 BD+48 21082 V142 ADS 8862 V(AB) = 8.54 d(m) = 0.86
Gl 508 B 13 17 36 +48 02.4 0.147 101.0 9.8 * 1030 080 1030 080 9.9 * b BD+48 21083 a = 1.465" P = 48.85 yr
Gl 508.1 13 17 47 -36 26.9 0.353 255.4 + 0.1 A2 V 2.75 +0.04 +0.03 +0.00C 0606 082 0606 082 1.66 c - 20 - 19 - 3 115892 CD-36 84970 IOT Cen
Gl 508.2 13 18 38 +34 32.7 0.593 119.1 - 23 dM1 W 10.62 +1.44 +1.20 +0.85 0511 153 061 14 r 9.55 d + 45 + 2 - 25 BD+35 24390 G164-068 2724 V047
NN 13 19 05 +04 01.7 0.504 265.9 m 11.9 * +0.92 044 08 r 10.1 * d G062-034 2725 LTT 13881 L 1049-18 LP 557-59
NN 13 20 36 +24 44.3 1.080 215.6 M3.5 K 12.93 +1.62 +1.12 +1.24 0725 026 0725 026 12.23 a G149-081 350 LFT 999 LTT 13887 Ross 1020
NN 13 20 55 -25 38.9 0.662 250.4 m 12.90 +1.24 079 15 r 12.39 d 2729 LTT 5161 L 617-35 LP 855-10
NN A 13 21 06 +02 58.9 0.185 1.4 + 28 G5 V 7.06 +0.77 +0.38 049 06 r 5.51 c + 1 + 6 + 33 116442 BD+ 3 2765 LTT 13889 ADS 8883
NN B 13 21 08 +02 59.0 0.190 359.5 G5 V 7.36 +0.83 +0.51 049 06 r 5.81 c 116443 BD+ 3 2766 LTT 13890 sep 27" 76d
Gl 508.3 s 13 21 07 -13 46.8 0.763 239.2 K7 K 11.79 +1.40 +1.08 +0.77 0466 131 029 06 r 9.10 d 2731 AC-13:2264-197
Gl 509 A 13 21 14 +29 29.7 0.539 295.7 - 39.0 dM0 W 9.52 +1.33 J+1.21 J+0.60 J 0532 055 0532 055 8.15 c - 50 - 13 - 34 116495 BD+29 24052 G164-071 2728 V301 ADS 8887 V(AB) = 8.87 d(m) = 0.31
Gl 509 B 13 21 14 +29 29.7 0.539 295.7 dK6 W 9.8 * 0532 055 0532 055 8.4 * c BD+29 24053 a = 2.14" P = 229.0 yr
Gl 509.1 13 21 26 +58 10.0 0.120 104.9 - 6.6 M0 V 9.75 +1.26 +1.14 +0.57 049 08 r 8.20 d + 12 + 2 - 6 238224 BD+58 1441 V688
NN A 13 21 55 +55 11.2 0.121 102.0 - 5.6 SB dA1 p 2.25 +0.02 J+0.03 J 0414 061 0414 061 .34 d + 13 + 4 - 5 116656 BD+55 15981 BS 5054 ADS 8891 Aa: a = 0.012" P = 0.056 yr, d(m) = 0.0
NN B 13 21 56 +55 10.9 0.119 106.0 - 9.3 SB A1 m 3.95 +0.13 J+0.09 J 0414 061 0414 061 2.04 d + 14 + 1 - 8 116657 BD+55 15982 BS 5055 a = 0.13", P = 57 yr, AB: sep = 14.4" d(m) = 1.71
Gl 510 13 23 04 -28 06.8 0.471 257.4 - 14 M2.5 K 11.02 +1.53 +1.16 +1.15C 0696 492 071 17 r 10.3 e - 30 - 13 - 9 CD-27 92250 6
NN 13 23 14 +55 14.9 0.115 98.5 - 8.9 SB A5 V 4.01 +0.16 +0.08 0410 075 0410 075 2.07 d + 13 + 3 - 9 116842 BD+55 1603
Gl 511 s 13 23 56 -24 02.0 0.388 255.5 - 10.9 K3 V 8.72 +0.89 +0.63: +0.34 0409 078 033 05 r 6.31 d - 45 - 34 - 10 116858 CD-23 110710
Gl 511.1 q 13 24 17 +63 31.0 0.457 299.3 - 30.9 dG6 W 6.50 +0.74 +0.30 0269 119 062 10 r 5.46 d - 25 - 24 - 31 117043 BD+64 9490
NN 13 24 33 -30 55.0 0.614 256.6 M4 K 13.6 * +1.25 060 11 r 12.5 * d 2739 LTT 5190 L 546-85 LP 911-13
Gl 511.2 13 24 47 -15 42.9 0.123 279.4 - 12.4 K1 III 4.75 +1.10 +1.06 +0.36 0573 119 0573 119 3.54 d - 15 + 1 - 6 116976 BD-15 36680
Gl 512 A 13 25 46 -02 05.6 0.482 158.9 - 41.6 VAR dM4 W 11.32 +1.52 +1.23 J+1.11 0838 112 0838 112 10.94 c + 3 + 1 - 50 G014-055A 5249 Ross 486
Gl 512 B 13 25 46 -02 05.6 0.482 158.9 M4 K 13.69 +1.68 +1.32 0838 112 0838 112 13.31 c G014-055B 5250 sep 9" 59d (NLTT)
Gl 512.1 13 25 59 +14 02.7 0.628 202.3 + 5.3 G2.5 Va 4.98 +0.71 +0.26 +0.24 0432 096 112 15 r 5.23 c + 7 - 26 + 1 117176 BD+14 26211 2740 BS 5072
Gl 513 13 26 52 +11 42.9 1.228 165.0 + 40.0 M5 L 12.13 +1.46 +1.00 +1.10 0518 078 0518 078 10.70 d + 94 - 73 + 4 G063-032 351 L 1194-026
NN 13 27 23 -51 47.7 0.684 236.3 m 13.1 * +1.12 046 09 r 11.4 * d 2743 LTT 5212 L 257-54
Gl 514 13 27 27 +10 39.0 1.552 134.3 + 14.3 M1 V 9.05 +1.50 +1.24 +0.81 1387 029 1387 029 9.76 a + 54 - 8 - 3 BD+11 25760 G063-034 352 V143
Gl 514.1 13 27 29 -08 26.6 1.202 246.2 M4 : K 14.25 +1.65 +1.23 +1.35 0674 049 0674 049 13.39 b G014-057 353 Ross 476
Gl 515 13 27 40 -08 18.6 1.188 247.7 + 37 DA5 12.31 +0.08 -0.61 0616 032 0616 032 11.26 b - 55 - 72 - 14 BD-07 36321 G014-058 354 W099 LFT 1014 Wolf 485A PG
GJ 1171 13 28 08 +19 26.0 1.397 200.5 14.73 +1.80 +1.86:?+1.38 0691 055 0691 055 13.93 b G149-094 355
NN p 13 29 08 -02 03.8 0.880 287.5 - 53.3 G9 V 7.36 +0.78 +0.32 +0.29 0385 149 047 07 r 5.72 d -101 - 15 - 19 117635 BD-01 2832 G062-044 2747 LTT 5229
NN 13 29 28 +29 32.0 0.278 235 M4 e s 11.95 +1.57 +1.26 126 22 r 12.45 d G165-008
NN 13 29 29 +23 38.7 0.282 279 m 12.26 +1.02 050 10 r 10.75 d G150-007 LTT 13935 L 1338-13 LP 379-51
Wo 9448 A s 13 29 41 +31 23.4 0.141 281.4 SB M0 V 11.11 +1.44 J +0.70 J 0483 078 0483 078 9.53 d +31 25001 V691 WOR 24 V(AB) = 10.45 d(m) = 0.2
Wo 9448 B s 13 29 41 +31 23.4 0.141 281.4 11.3 * 0483 078 0483 078 9.7 * d +31 25002 V691B WOR 24 sep 0.26" 335.9d (1961.39)
Gl 516 A 13 30 18 +17 04.2 0.338 127 - 1.9 dM3.5e W 12.01 +1.53 J+1.25 J+1.00 J 0630 063 0630 063 11.01 c + 24 + 0 - 8 G063-036 V144 AC+18:1204-96 V(AB) = 11.40 d(m) = 0.3
Gl 516 B 13 30 18 +17 04.2 0.338 127 - 1.5 dM3.5e W 12.3 * 0630 063 0630 063 11.3 * c + 24 + 0 - 7 LP 438-8 a = 3.17" P = 430 yr : Heintz AJ 99, 420 (1990)
GJ 2102 13 31 05 +08 50.5 0.515 280.1 K0 7.98 +1.00 +0.90 +0.37 0527 063 0527 063 6.59 c 117936 BD+09 2776 G062-049 2754
Wo 9450 s 13 31 36 -38 38.8 0.594 132.3 + 83.6 G4 V 7.29 +0.67 +0.16 +0.18 0426 100 035 06 r 5.01 d +105 - 43 - 26 117939 CD-38 86350 2760 LFT 1020
NN 13 31 40 -26 06.6 0.788 242.9 m 14.0 * +1.28 056 10 r 12.7 * d 2758 LP 855-34
GJ 1172 p 13 31 49 +04 55.5 0.192 133.5 + 14 dM0.5 W 9.97 +1.38 +1.21 +0.68 0347 153 057 11 r 8.75 d + 20 - 4 + 7 BD+05 2767 G062-050 V048 Wolf 1487
Wo 9452 s 13 31 52 +75 15.7 0.452 276.1 - 35.0 K7 K 10.27 +1.29 +1.25 +0.52 0411 136 035 06 r 7.99 d - 38 - 57 - 18 BD+75 510 G255-034 V695 LTT 13949
Gl 517 13 32 07 -08 05.1 0.293 250.5 - 24.0 K5 K 9.31 +1.21 +1.04 +0.54 0490 101 052 09 r 7.89 d - 27 - 12 - 20 118100 BD-07 36460 V145 EQ Vir
NN q 13 32 10 -00 20.4 0.287 276 - 13.2 A3 V 3.37 +0.11 +0.10 +0.06 0369 058 0369 058 1.21 d - 36 - 16 - 4 118098 BD+00 3076 LTT 5252
NN 13 32 25 +20 27.1 0.181 164 m 13.77 +1.18 042 08 r 11.89 d LP 379-62
GJ 1173 13 32 51 -00 08.2 0.235 14.1 + 10 K7 V U 10.28 +1.44 +1.20 +0.68 048 10 r 8.69 d - 2 + 17 + 18 BD+00 3077 V042 LTT 5259 U324
Wo 9453 A s 13 34 01 +74 45.3 0.440 265.7 - 3.0 dK5 9.79 +1.12 +0.42 0424 119 031 03 r 7.25 c - 48 - 45 + 13 BD+75 5111 G255-038 6 LTT 13958
Wo 9453 B s 13 34 01 +74 45.3 0.440 265.7 k 13.47 +1.44 +1.12 0424 119 031 03 r 10.93 c BD+75 5112 G255-037 6 LP 21-568 sep 15" 324d (NLTT)
Gl 518 13 34 13 +03 57.0 3.870 253.6 DZ9 14.65 +0.95 +0.37 +0.33 1222 039 1222 039 15.09 a G062-053 46 W100 Wolf 489
Gl 518.1 s 13 34 29 +08 01.6 0.837 245.7 K4 K 10.02 +1.09 +0.92 +0.44 0471 136 027 04 r 7.18 d BD+08 27350 G062-054 2766
NN 13 34 33 +23 13.4 0.194 151 m 12.66 +1.03 042 08 r 10.78 d LTT 13962 Ross 1021
Gl 518.2A x 13 34 55 +30 20.3 0.166 282.2 + 3.6 G8 V O 9.30 +0.64 +0.10 0473 131 0473 131 7.7 e - 14 - 7 + 6 118576 BD+30 24282
Gl 518.2B x 13 34 57 +30 20.4 0.171 281.1 + 3.8 10.51 +0.83 +0.56 0473 131 0473 131 8.9 e - 15 - 7 + 7 BD+30 24281
Gl 519 13 35 13 +35 58.4 0.315 101.0 - 15.0 SB? dM1 W 9.04 +1.42 +1.16 +0.66 1019 188 1019 188 9.08 d + 12 + 3 - 17 BD+36 23930 G165-019 V049
Gl 520 A p 13 35 49 +48 23.6 0.239 242 - 28 dM0.5 W 10.17 +1.40 J+1.18 J+0.69 J-0123 194 044 06 r 8.39 c - 7 - 33 - 18 BD+48 2138 G177-046 V303 ADS 8980 V(AB) = 9.77 d(m) = 0.8 ::
Gl 520 B p 13 35 49 +48 23.6 0.239 242 11.0 * -0123 194 044 06 r 9.2 * d sep 2.6" 272d - 2.6" 297d (1908-1965)
Gl 520 C p 13 35 38 +48 23.6 0.239 242 m 14.46 +1.66 +1.26 -0123 194 044 06 r 12.68 c G177-045
NN 13 36 19 +26 04.9 0.601 278.4 M3 K 12.56 +1.52 +1.08 050 12 r 11.1 e G150-025 2771 LTT 13973 Ross 1022
NN 13 36 20 -02 00.5 0.290 255 M3 K 12.12 +1.58 +0.99 053 13 r 10.7 e G062-058 LTT 5282 Ross 488
Gl 521 13 37 20 +46 26.0 0.402 353.3 - 65.3 dM2 W 10.23 +1.42 +1.08 +0.85 0829 053 0829 053 9.82 b - 13 - 9 - 67 BD+46 18890 G177-050 V305
Gl 521.1 13 37 33 -03 56.4 0.627 322.2 + 5.0 SB? K7 K 9.59 +1.40 +1.20 +0.65 0722 144 0722 144 8.88 d - 32 + 7 + 26 118926 BD-03 35080 G062-060 2773 V146
GJ 1174 13 38 08 +44 01.3 1.144 285.2 - 42 M3 K 12.76 +1.64 +1.20 0621 044 0621 044 11.73 b - 78 - 49 - 30 G177-051 357 Ross 1026
GJ 1175 13 38 10 -34 12.6 0.265 130.7 K1 V 6.98 +0.86 +0.45: +0.28 060 09 r 5.87 d 118972 CD-33 92420 U327 LTT 5300
NN 13 38 13 +47 28.1 0.585 148.1 m 15.30 +1.73 0451 079 0451 079 13.57 d G177-052 2777 USNO 735
Gl 521.2A s 13 38 24 +50 46.3 0.143 294.8 - 12.0 F7 V 6.33 +0.54 -0.03 0494 170 038 04 r 4.23 c - 16 - 10 - 11 119124 BD+51 18591
Gl 521.2B s 13 38 26 +50 46.1 0.15 292 - 13.6 10.46 +1.36 +1.11 +0.62 0494 170 038 04 r 8.36 c - 16 - 12 - 12 BD+51 18592
NN s 13 39 00 +30 17.0 1.599 273.7 m 15.83 +1.75 0448 062 0448 062 14.09 d 358 LP 323-239 USNO 736
NN 13 39 07 +15 04.5 0.253 284 k-m 12.09 +1.50 +1.23 043 21 r 10.3 f G063-047 LTT 18344
Gl 522 13 39 22 +00 07.7 0.455 199.8 + 45.9 M0 V U 9.74 +1.30 +1.29 +0.55 0758 170 048 08 r 8.15 d + 28 - 53 + 23 119217 BD+00 30900 G062-062 V050
NN 13 39 30 -15 45.2 0.510 268.5 m 13.5 * +1.32 082 13 r 13.1 * d 2783 LP 798-25
GJ 1176 13 39 53 -01 25.9 0.330 240.8 K7 V 9.28 +1.19 +1.20 +0.45 045 07 r 7.55 d 119291 BD-00 2725 G062-064 U329
NN 13 40 29 +33 33.1 0.708 188.6 M3 K 11.97 +1.64 +1.19 094 23 r 11.8 e G165-025 2784 LTT 13999 Ross 1015
NN 13 40 33 +09 19.6 0.348 250 m 13.09 +1.15 051 10 r 11.63 d G063-050 LTT 18350
Gl 524 13 41 36 -53 51 0.44 214 k 12.50 +1.54 +1.38 +1.27C 0722 120 0722 120 11.79 d L 258-146
Gl 524.1 s 13 42 30 -04 22.1 0.227 239 + 4.5 dM1 W 10.53 +1.34 +1.24 +0.57 0448 084 0448 084 8.79 d - 8 - 23 + 1 BD-03 35270 V051
NN AB 13 42 35 +51 56.1 0.742 269.0 M3 K 12.3 * 0411 049 0411 049 10.4 * c G177-058 2789 LTT 14009 Ross 492 d(m) = 0.5 , sep 1.3" 33d (LTT)
Gl 525 13 42 39 +18 03.7 1.896 166.7 + 20.4 dM1 W 9.80 +1.41 +1.17 +0.67 0796 040 0796 040 9.30 b + 91 - 70 - 4 BD+18 27761 G063-052 359 V307 Wolf 497 optical comp. 20" d(m) = 1. (Worley)
Gl 525.1 13 42 50 -32 47.5 0.486 252.1 - 21.6 SB F3 IV 4.23 +0.38 -0.00 +0.22C 0470 097 0470 097 2.59 d - 46 - 23 - 14 119756 CD-32 96030
NN 13 43 09 -17 42.6 0.623 210.2 M3.5 K 11.86 +1.56 +1.18 096 24 r 11.8 e 2794 LTT 5346 L 762-51 LP 798-34
Gl 526 13 43 12 +15 09.7 2.325 129.8 + 16.1 M4 Ve 8.46 +1.44 +1.09 +0.86 1840 013 1840 013 9.78 a + 62 - 2 - 3 119850 BD+15 26200 G063-053 47 V308
NN 13 44 15 +57 15.3 0.257 316 DA3 13.30 042 04 w 11.42 c G223-024 W LTT 14019
GJ 1177 A 13 44 49 -32 10.9 0.102 105.9 K5 V U 8.94 +1.32 +1.22 +0.57 069 08 r 8.13 c 120036 CD-31 106490 U334 A=seq
GJ 1177 B 13 44 50 -32 10.9 0.121 120.8 9.12 +1.36 +1.24 +0.60 069 08 r 8.31 c B=pr
Gl 527 A 13 44 53 +17 42.3 0.483 274.4 - 16.1 SB? F7 V 4.50 +0.48 +0.04 +0.15t 0604 124 074 10 r 3.85 c - 29 - 17 - 8 120136 BD+18 27821 TAU Boo
Gl 527 B 13 44 53 +17 42.3 0.483 274.4 M2 K 11.0 * 0604 124 074 10 r 10.3 * d BD+18 27822
GJ 1178 13 44 59 +10 36.7 0.884 262.7 DA7 15.08 +0.38 -0.48 0503 036 0503 036 13.59 b G063-054 2800 W360
GJ 1179 A 13 45 58 +23 51.6 1.484 275.6 dM4 : 15.32 +1.96 +1.58 0834 024 0834 024 14.93 a 362
GJ 1179 B 13 45 48 +23 49.6 1.484 275.6 DC9 15.65 +1.10 +0.47 +0.42 0834 024 0834 024 15.26 a 361 W438
NN A s 13 46 02 -35 27.2 0.554 250.8 + 3.5 G3 IV-V 6.57 +0.55 +0.05 +0.19 0402 212 034 06 r 4.23 d - 49 - 60 - 5 120237 CD-35 90192 2807 LTT 5358
NN B s 13 46 02 -35 27.2 0.554 250.8 + 3.5 K4 : K 10.14 +1.23 +1.22 +0.52 0402 212 034 06 r 7.80 d - 49 - 60 - 5 120237 CD-35 90191 2806 LTT 5359 sep 12" 354d (NLTT)
NN 13 46 17 +04 21.1 0.183 179 m 14.34 +1.34 061 10 r 13.27 d LTT 14031 Wolf 1494
NN AB 13 46 28 +03 02.6 0.298 145 M2: K 11.19 +1.57 +1.21 +0.94 068 13 r 10.35 d G064-027 LTT 14032 Wolf 1495 has 11.3 V, M2, comp. 0.6"
Gl 528 A 13 46 47 +27 13.7 0.461 258.5 - 20.7 K4 V 7.61 +1.12 J+1.04 J+0.42 J 0851 054 0851 054 7.26 b - 19 - 22 - 15 120476 BD+27 22962 G150-041 6 V700 ADS 9031 v(AB) = 7.04 d(m) = 0.42
Gl 528 B 13 46 47 +27 13.7 0.461 258.5 - 20.9 dK6 W 8.03* 0851 054 0851 054 7.68* b - 19 - 22 - 15 BD+27 22963 a = 2.433" P = 155.75 yr Heintz AJ 94, 1077 (1987)
Gl 529 13 47 05 -21 51.4 1.826 254.0 - 36.8 K6 V 8.17 +1.26 +1.25: +0.49 0771 100 0771 100 7.61 c - 94 - 68 - 22 120467 BD-21 37810 363 U337
NN 13 47 58 -21 26.3 0.373 183 M2.5 K 12.72 +1.56 +1.12 048 11 r 11.13 d LTT 5375 L 691-20 LP 798-44
NN 13 48 03 -53 17.1 0.552 139.8 m 12.9 * +1.12 050 10 r 11.4 * d 2813 LTT 5376 L 258-126
Gl 530 13 48 35 -24 08.4 0.647 243.3 + 2.1 G5 V 6.44 +0.69 +0.27 +0.28 0564 120 061 10 r 5.37 d - 26 - 42 - 6 120690 CD-23 113290 2814 dG5 (Wil)
NN 13 48 43 +36 59.0 0.441 282.6 M3.5 K 13.65 +1.26 057 10 r 12.43 d G165-033 6 LTT 14045 Ross 1019
Gl 531 13 49 27 -50 40.5 0.595 265.4 - 25.0 K1 V 7.38 +0.90 +0.56 +0.35 0741 145 060 09 r 6.27 d - 52 - 12 + 3 120780 CD-50 80921 2817
GJ 1180 x 13 49 42 +26 53.0 0.052 244 - 20.1 10.83 +0.75 +0.32 +0.21 0760 163 0760 163 10.23 d - 5 - 6 - 19 BD+27 2303
Gl 532 13 50 01 +50 11.9 0.448 109.1 - 44.8 dM0 p M 8.90 +1.33 +1.20 +0.58 0686 070 0686 070 8.08 c + 32 - 7 - 44 234078 BD+50 20300 G177-062 V702 LTT 14050
NN 13 50 11 +14 40.2 0.311 171 M2 s 11.63 +1.50 +1.00 062 12 r 10.59 d G150-046 LTT 14049 Wolf 515
NN 13 50 36 -09 01.6 0.451 134 DA6 14.60 +0.21 -0.57 048 05 w 13.01 c W LTT 5410 L 907-37 LP 678-4
Gl 533 13 51 02 +13 11.8 0.695 194.5 + 6 dM0 W 9.80 +1.40 +1.27 +0.68 0710 136 0710 136 9.06 d + 19 - 42 - 3 BD+13 27210 G065-012 2821 V053
Gl 533.1 13 51 29 +65 52.5 0.565 255.9 - 52.5 M1.5 K 11.83 +1.50 +0.89 0455 136 042 09 r 9.95 d - 23 - 78 - 16 G238-054 2820 LTT 14056
NN 13 51 34 +67 04.2 0.667 216.8 m 15.69 +1.90 064 26 r 14.7 f G238-055 2819 LP 66-274
GJ 1181 AB 13 52 12 -28 50.7 0.266 249.1 K7 V 9.59 +1.45 J+1.22 J+0.76 J 071 14 r 8.85 d 121271 CD-28 103180 U338 LTT 5419 L 619-94 sep 1.2" 34d (1950), V(AB) = 9.57 d(m) = 4.3
Gl 534 13 52 18 +18 38.9 0.369 190.0 + 1.0 SB G0 IV 2.68 +0.58 +0.20 +0.20 1047 076 1047 076 2.78 b + 8 - 15 - 1 121370 BD+19 27251 ETA Boo
Gl 534.1A 13 53 14 -54 27.4 0.229 188.8 + 4.6 G8 V 6.00 +0.78 +0.25 +0.30 087 14 r 5.70 d + 0 - 8 - 11 121384 CD-54 54660
Gl 534.1B 13 53 14 -54 26 0.23 190 13.8 P 087 14 r 13.5 P d L 259-140 sep 33" nf d(pg) = 7.1 (NLTT)
NN 13 53 32 -27 49.1 0.509 259.6 m 15.3 * +1.43 053 08 r 13.9 * d 2826 LP 912-32
Gl 534.2 13 54 01 +79 05.7 0.254 294 0 dM1 W 10.61 +1.45 +0.74 0530 136 049 10 r 9.06 d - 22 - 11 - 2 G255-043 V148 AC+79:4347
Gl 534.3 s 13 55 43 -33 45.2 0.516 231.5 + 60.3 G5 V 8.17 +0.68 +0.16 +0.24 0465 102 024 04 r 5.07 d - 9 -118 - 7 121849 CD-33 94670 2834
NN 13 55 49 +12 48.7 0.785 342.9 M3 K 12.26 +1.66 +1.28 +1.16 076 18 r 11.7 e G065-019 2830 LTT 14082 Ross 837
NN 13 56 11 +00 10.1 0.541 223.9 m 14.05 +1.20 039 07 r 12.01 d G064-031 2835 LTT 14085 L 1051-35 LP 619-9
NN 13 56 21 -23 18.9 0.344 261 f-g 14.93 +0.32 048 06 w 13.34 c W LTT 5453 L 691-60 LP 856-2
NN 13 56 27 -19 35.4 0.583 251.5 K2 : K 13.0 * +1.38 112 78 r 13.2 * f 2836 LTT 5455 L 763-63 LP 799-7
Gl 535 13 57 00 +23 06.7 0.170 273.7 - 57.4 dM0 p M 9.03 +1.16 +1.12 +0.44 0490 101 046 06 r 7.34 c - 28 - 16 - 51 122120 BD+23 26400 V704
Gl 536 13 58 31 -02 25.3 0.994 307.9 M1 K 9.70 +1.46 +1.17 +0.86 0951 083 0951 083 9.59 b 122303 BD-01 28920 G064-035 2842 V705
Gl 536.1A s 13 59 34 +15 44.1 0.12 99 - 10.5 dM0.5 J W 11.25: +1.45 J +0.72 J 0457 188 034 08 r 8.9 : e + 10 + 8 - 15 V149 AC+16:799-62 V(AB) = 10.60 d(m) = 0.2
Gl 536.1B s 13 59 34 +15 44.1 0.12 99 + 6 11.45: 0457 188 034 08 r 9.1 : e + 16 + 9 + 1 sep 1.1" 214d - 1.5" 195d (1946-1965)
NN 13 59 41 -20 45.9 0.628 125.3 M3.5 K 13.19 +1.61 +1.16 051 13 r 11.7 e 2848 LTT 5475 L 691-8 LP 799-14
NN p 13 59 54 +13 55.9 0.140 131.5 - 11 dM0.5 W 10.65 +1.47 +0.80 0154 149 055 12 r 9.35 d + 7 + 0 - 15 V150
NN 13 59 59 -24 17.7 0.545 318.4 M0.5 K 12.15 +1.70 +0.96 0395 205 042 18 r 10.3 f 2852 LTT 5477 LP 856-36 L 391-74
Gl 537 A 14 00 32 +46 34.9 0.585 094.5 - 41.1 dM3 e W 9.85 +1.48 +1.1 : +0.83 0891 043 0891 043 9.60 b + 24 + 2 - 45 BD+47 21121 G200-016 2849 V706
Gl 537 B 14 00 32 +46 34.9 0.585 094.5 - 28.0 dM3 e W 9.95* 0891 043 0891 043 9.70* b + 24 + 7 - 33 BD+47 21122 2850
NN 14 00 32 +15 12.9 0.051 272.3 G5 7.12 045 05 o 5.39 c 122676 BD+15 2658
Gl 538 14 01 05 +11 01.8 0.322 163.8 - 11.6 SB G8 V 6.30 +0.74 +0.29 +0.26 0658 067 0658 067 5.39 c + 13 - 12 - 19 122742 BD+11 26250
Gl 538.1 14 03 31 -26 26.5 0.150 162.9 + 27.3 K2 III 3.27 +1.12 +1.04 +0.40t 0500 035 0500 035 1.76 b + 24 - 19 + 3 123123 CD-26 100950 PI Hya
Gl 539 14 03 44 -36 07.5 0.736 224.9 + 1.3 K0- IIIb 2.06 +1.01 +0.87 +0.36 0585 177 0585 177 .9 e - 25 - 48 - 24 123139 CD-35 92601 2858 THE Cen
Gl 539.1 14 03 48 -74 36.9 0.299 306.0 - 22.1 G1 V 6.02 +0.58 +0.06 +0.20 0393 102 049 08 r 4.47 d - 24 + 2 + 27 122862 CP-74 11420
NN q 14 04 49 +38 51.7 1.046 159.7 m 14.54 +1.70 +2.05 0374 044 0374 044 12.40 c G165-047 364
Wo 9468 x 14 06 27 -61 16.6 0.817 215.2 + 40.7 G9 V 9.68 +0.78 +0.28 +0.29 0425 072 0425 072 7.82 d - 26 - 79 - 56 123505 CP-60 52150 2871 LFT 1069
Gl 539.2 s 14 06 34 -30 41.5 0.523 244.2 - 12 M0 K 11.81 +1.50 +0.79 0445 088 0445 088 10.05 d - 40 - 39 - 11 CD-30 111950 2870
Wo 9470 14 08 07 +25 19.7 0.068 199.9 + 10.8 SB F8 IV 4.83 +0.53 +0.07 0401 136 0401 136 2.8 e + 6 - 6 + 11 123999 BD+25 2737
NN 14 08 15 +76 05.0 0.500 312.4 M1 K 11.6 * 0483 080 0483 080 10.0 * d G255-049 2866 LTT 14140 AC+76:4935
NN q 14 09 05 -12 22.5 0.306 236.9 + 7.6 K1 V 7.93 +0.86 +0.58 0091 102 043 07 r 6.10 d - 9 - 33 + 2 124106 BD-11 3684 U341 LTT 5553
Gl 540 14 09 12 +80 50.4 0.577 157.7 + 7.4 M1 e K 10.35 +1.43 +1.14 +0.83 0582 034 0582 034 9.17 b + 35 + 4 + 32 BD+81 4650 G255-051 2865 V152
NN A 14 09 39 -00 21.2 0.739 290.1 - 44 M3.5 K 12.97 +1.63 +1.21 +1.04 0397 039 0397 039 10.96 c - 96 - 23 + 3 G064-052 2875 LTT 5558 LFT 1076 LP 619-49 L 980-2
NN B 14 09 40 -00 21.4 0.739 290.1 m+ 21 P 0397 039 0397 039 19 P e G064-052 2876 LP 619-50 sep 21" 125d (LHS)
Gl 540.1 14 09 54 -27 01.6 0.042 196.7 + 27.0 K2 III 5.09 +1.15 +1.13 +0.54C 0467 188 0467 188 3.4 f + 18 - 16 + 12 124206 CD-26 101580
NN 14 10 10 -03 04.9 0.368 205.8 K1 K 7.03 +0.74 +0.24 051 08 r 5.57 d 124292 BD- 2 3804 G064-054 LTT 5565
Gl 540.2 14 10 26 -11 47.2 0.758 237 dM5.5e W 13.86 +1.53 +0.83 +1.38 086 18 r 13.53 d 2880 LTT 5568 Ross 845
Wo 9472 14 10 53 -06 43.6 0.219 47 dM0 M 10.16 +1.43 +1.23 +0.67 052 08 r 8.74 d BD- 6 3950 G124-012 V711 LTT 5574
NN AB 14 11 38 -15 07.3 0.219 200 K4 V 10.40 +1.28 J+0.96 J+0.72 J 040 06 r 8.41 d 124498 BD-14 39021 U342 LTT 5580 L 836-121 Oo 587 sep 1.6" d(m) = 3.4 V(AB) = 10.35
NN C 14 11 34 -15 07.1 0.219 200 m 13.96 +1.60 +0.99 +1.21 040 06 r 11.97 d BD-14 39023 LTT 5581 L 836-122 Oo 586 sep 65" 279d
NN 14 11 47 +30 26.9 0.433 294.1 K4 K 8.04 +1.08 +0.95 +0.41 0629 090 0629 090 7.03 d 124642 BD+30 2494 G165-056 6 LTT 14171
NN 14 12 09 +23 41.9 0.483 203.4 m 13.50 +1.15 042 08 r 11.62 d G150-074 5268 LTT 14173 L 1340-16 LP 381-17
Gl 540.3 14 12 28 -44 46.0 0.196 139.0 + 3.4 G4 V 6.31 +0.60 +0.07 +0.32C 048 09 r 4.72 d + 11 + 0 - 16 124580 CD-44 91810
NN 14 12 32 +10 38.9 0.332 179 M2 L 12.37 +1.52 +1.21 043 20 r 10.5 f G065-036 LTT 14175 L 1196-40 LP 499-54
GJ 1182 14 13 04 +04 54.0 1.060 225.3 + 4 m 14.30 +1.72 +1.3 : +1.47 0718 034 0718 034 13.58 b - 7 - 70 + 0 G065-039 366
NN 14 13 23 +45 15.1 0.743 250.2 M2.5 K 11.6 * 0613 046 0613 046 10.5 * b G178-010 2884 LTT 14183 Ross 992
Gl 541 14 13 23 +19 26.5 2.281 208.8 - 5.0 K2 III ep -0.10 +1.20 +1.26 +0.47 0912 052 0912 052 -.30 b + 25 -116 - 3 124897 BD+19 27770 48 ALF Boo
Wo 9473 14 13 23 -05 45.8 0.436 181.1 + 14.6 F6 III 4.08v +0.52 +0.04 +0.16 0466 105 0466 105 2.42v d + 27 - 36 - 12 124850 BD-05 3843 LTT 5603
Wo 9474 A s 14 14 24 +51 35.8 0.178 299.8 - 18.7 A7 V 4.75 +0.20 +0.06 0460 119 037 05 r 2.59 c - 21 - 15 - 14 125161 BD+52 1784
Wo 9474 B s 14 14 26 +51 36.4 0.173 297.2 - 20.8 K1 V 8.23 +0.82 +0.39 0460 119 037 05 r 6.07 c - 20 - 17 - 15
NN 14 14 29 +46 19.0 0.247 309.7 - 8.1 A0 p 4.18 +0.08 +0.05 0408 088 0408 088 2.23 d - 29 - 6 - 5 125162 BD+46 1949 LTT 14190 LAM Boo
NN 14 14 39 +10 49.5 0.26 :253 M2 s 11.52 +1.52 +1.27 +0.93 055 10 r 10.22 d G065-040 LTT 14191 L 1196-39 LP 499-59
NN 14 14 55 +31 56.7 0.606 256.9 m 13.10 +1.36 115 17 r 13.40 d G165-061 2887 LFT 1085 LTT 14193 LP 325-15 L 1484-43
Gl 541.1 14 15 21 -07 18.5 0.351 131.0 - 12.8 SB? G8 V 6.47 +0.73 +0.35 +0.22 057 09 r 5.25 d + 15 + 4 - 28 125184 BD-06 3964
NN 14 15 26 -00 17.5 0.382 226 k-m 12.76 +1.59 +1.17 058 26 r 11.6 f G064-063 LTT 5623 L 980-1 LP 619-64
Gl 541.2 14 15 29 +45 40.5 0.041 113.0 dM0 p M 10.25 +1.44 +1.22 +0.69 052 08 r 8.83 d BD+46 1951 V716
Gl 542 14 15 30 -59 08.3 0.947 209.5 - 14.9 K3 V 6.66 +1.03 +0.94 +0.34 1049 094 1049 094 6.76 b - 33 - 12 - 29 125072 CP-58 54670 2892
Gl 542.1A s 14 16 10 -25 35.4 0.507 313.2 - 21.0 F5 V 5.87 +0.50 -0.10 +0.20 0468 101 039 05 r 3.83 c - 54 + 6 + 36 125276 CD-25 102713 2891
Gl 542.1B s 14 16 10 -25 35.4 0.507 313.2 13.3 * 0468 101 039 05 r 11.3 * c CD-25 102714
Gl 542.2 14 16 20 -06 22.1 0.430 184.5 + 9.6 K5 K 9.10 +1.30 +1.18 +0.56 0418 069 0418 069 7.21 d + 24 - 40 - 18 125354 BD-05 38530 G124-022 V715
Gl 543 s 14 16 36 -07 03.8 1.355 235.5 - 97 M3 K 13.40 +1.64 +1.09 +1.04 0541 086 0541 086 12.07 d - 97 - 88 - 79 G124-023 368 Wolf 534
NN 14 16 51 +13 14.0 0.110 108.2 - 3 VAR dF1 5.41 +0.38 -0.03 0404 103 0404 103 3.4 e + 10 + 5 - 8 125451 BD+13 2782
Gl 544 A 14 17 00 -04 55.2 0.643 258.5 - 9.1 K1 V 7.58 +0.84 +0.52 +0.30 0526 062 0526 062 6.18 c - 39 - 43 + 6 125455 BD-04 36651 G124-024 2894 U345
Gl 544 B 14 17 00 -04 55.2 0.643 258.5 M4 K 15.1 * +1.30 0526 062 0526 062 13.7 * c BD-04 36652 2895
Gl 545 14 17 29 -09 22.8 1.062 215.2 + 75 M4 K 12.9 : +1.59 +1.14 +1.20 0911 136 0911 136 12.7 : d + 42 - 73 + 39 G124-025 369 Ross 848
NN 14 18 02 +39 16.7 M0:e: s 12.31 +1.51 +1.00 +1.03 049 10 r 10.76 d Steph 1145
Gl 545.1 14 18 20 -40 09.9 0.510 257.6 + 3.1 K3/4 V 9.02 +1.10 +1.05 +0.47 0424 062 047 05 r 7.38 c - 32 - 40 + 8 125595 CP-39 62780 2900 U348 K3 (Kui)
NN 14 18 40 -00 53.1 0.625 163.6 M3 K 13.15 +1.66 +1.21 059 14 r 12.0 e G124-027 2899 LFT 1096 LTT 5651 LP 620-3 L 980-5
NN 14 18 51 +27 49.1 0.293 292 m 12.62 +1.03 043 09 r 10.79 d G166-021 LTT 14214 L 1412-31 LP 325-26
Gl 546 14 19 48 +29 51.7 0.711 243.3 - 37.2 SB? K8 V 8.55 +1.26 +1.24 +0.52 0691 072 0691 072 7.75 c - 23 - 53 - 20 BD+30 25120 G166-022 2903 V312 SB? in ApJ 314, 272
NN 14 20 19 -22 03.2 0.536 210.2 m 15.0 * +1.33 043 07 r 13.2 * d 2906 LP 857-29
Gl 547 14 20 42 +01 28.5 0.528 155.1 - 18.9 G1 V 6.27 +0.63 +0.09 +0.23 0579 058 0579 058 5.08 c + 21 - 15 - 39 126053 BD+01 29200 G065-047 2907
NN 14 22 27 +09 06.7 0.570 71.3 m 12.26 +1.63 +1.23 +1.10 066 13 r 11.36 d G065-049 2913 LTT 14237 L 1124-13 LP 500-19
NN 14 22 45 -20 02.4 0.570 286.9 m 14.7 * +1.29 042 07 r 12.8 * d 2916 LP 800-6
Gl 548 A 14 23 24 +23 51.4 1.376 145.0 + 8.6 dM1 W 9.75 +1.44 +1.26 +0.73 0637 064 0637 064 8.77 c + 98 - 22 - 21 BD+24 27331 G166-027 371 V153
Gl 548 B 14 23 27 +23 51.6 1.373 144.7 + 7.7 dM2 W 10.00 +1.46 +1.26 +0.79 0637 064 0637 064 9.02 c + 98 - 21 - 21 BD+24 27332 G166-028 372
Gl 549 A 14 23 30 +52 04.9 0.468 211.2 - 11.4 F7 V 4.06 +0.50 +0.01 +0.16t 0700 119 081 07 s 3.60 b + 8 - 28 + 4 126660 BD+52 18041 THE Boo
Gl 549 B 14 23 29 +52 03.7 0.471 210.8 - 11.3 M3 K 11.50 +1.50 +1.02 0700 119 081 07 s 11.04 b + 9 - 28 + 4 BD+52 18042 G200-037 6
Gl 550 s 14 24 10 -51 42.6 0.306 277.5 + 11.8 G5 V 7.83 +0.70 +0.21 +0.34C 0566 136 030 05 r 5.22 d - 22 - 37 + 25 126525 CD-51 82060
NN 14 24 44 +24 01.3 DC8 15.41 058 06 w 14.23 c W WD1424+240
GJ 1183 A 14 25 23 -00 09.2 0.412 283 m 13.95 +1.65 +1.32 +1.36 0618 037 0618 037 12.90 b G124-043
GJ 1183 B 14 25 24 -00 09.1 0.412 283 m 14.03 +1.68 +1.24 +1.37 0618 037 0618 037 12.98 b G124-044
GJ 2108 14 25 24 -81 07.0 0.45 208 + 58 DA6 13.75 +0.25 -0.53 044 05 w 11.97 c - 29 - 24 - 33 W110 LTT 5712 L 19-2 BPM 784
Gl 550.1 s 14 25 31 +24 03.8 0.502 279.4 - 59.0 dM0 W 10.92 +1.26 +1.08 +0.51 0502 134 025 04 r 7.91 d - 92 - 61 - 19 BD+24 27350 G166-029 2918 V154
Gl 550.2A 14 25 37 -02 00.3 0.142 267.9 - 10.1 SB? G2 IV 4.83 +0.72 J+0.21 J+0.36CJ 0446 088 0446 088 3.08 d - 16 - 9 - 3 126868 BD-01 29571 PHI Vir ADS 9273 V(AB) = 4.81 d(m) = 4.15
Gl 550.2B 14 25 37 -02 00.3 0.142 267.9 - 8.0 SB G4 V 9.0 * 0446 088 0446 088 7.2 * d - 14 - 9 - 1 BD-01 29572 sep 4.8" 110d (1829-1958)
Gl 550.3 14 26 03 -46 14.3 0.18 196 K5 C 10.35 +1.44 +1.26 +0.87C 0461 102 048 08 r 8.76 d CP-45 68630
Gl 551 14 26 19 -62 28.1 3.809 281.7 - 16 dM5 e 11.05: +1.83: +1.43 +1.66 7718 041 7718 041 15.49: a - 25 - 2 + 13 49 Proxima Cen
NN 14 26 37 +33 24.6 0.802 206.2 - 21 dM9 19.74 0950 057 0950 057 19.63 b + 10 - 43 - 11 2924 LP 271-25
NN 14 26 37 +12 20.6 0.127 303.9 G5 8.38 046 05 o 6.69 c 127068 BD+12 2700
NN 14 26 40 +46 07.8 0.907 275.6 - 68 M5.5: 16.99: +2.22: 0450 082 0450 082 15.26: d - 73 - 87 - 28 2921 LP174-340 USNO 738
Gl 552 14 27 11 +15 44.2 1.711 321.8 + 7.5 dM2.5 W 10.68 +1.47 +1.17 +0.94 0569 081 0569 081 9.46 d -125 + 27 + 64 BD+16 26580 G135-056 373 V718
Gl 552.1 14 27 30 -53 52.6 0.32 217 k-m 11.63 +1.51 +1.12 +1.27C 0525 136 061 13 r 10.56 d L 260-093
NN q 14 27 39 +42 01.2 0.272 144.9 + 0.4 G5 V 6.35 +0.70 +0.21 0301 094 059 10 r 5.20 d + 22 - 3 - 1 127334 BD+42 2508 LTT 14271
NN 14 27 50 +29 47.7 0.516 206.3 m 14.66 +1.33 050 08 r 13.15 d G166-033 2925
Gl 553 14 28 12 -08 25.3 1.283 259.9 - 26.8 K7 V 9.40 +1.40 +1.22 +0.66 0661 040 0661 040 8.50 b - 70 - 65 + 5 127339 BD-07 38561 G124-047 374 V719
Gl 553.1 14 28 20 -12 04.1 0.538 227.0 M3 K 11.92 +1.57 +1.33 +1.18 0838 239 087 21 r 11.6 e 2932 AC-12:2306-155
NN ABs 14 28 34 -15 24.8 0.430 150.2 + 29.2 G5 V J 8.38 +0.71 J+0.17 J 0394 119 023 04 r 5.19 d + 73 - 33 - 48 127356 BD-14 3970 LTT 5735 ADS 9291 V(AB) = 7.99, sep 2.3" 90d d(m) = 0.9 G6 Kui
Gl 554 14 28 42 +35 40.3 0.525 290.7 - 12.0 dK5 W 8.70 +1.04 +0.91 +0.40 0548 205 044 06 r 6.92 c - 52 - 25 + 7 127506 BD+36 25000 G178-031 2931
NN 14 29 21 +59 56.2 0.825 282.4 + 21 M6.5 17.88 1033 013 1033 013 17.95 a - 33 - 8 + 27 2930 LP 98-79
NN 14 29 48 +16 14.1 0.18 :108 m 13.61 +1.28 067 11 r 12.74 d LP 440-38
GJ 1184 14 29 48 +11 34.2 0.219 21.3 - 39.3 K5 s 9.69 +1.21 +1.17 +0.57 0415 040 0415 040 7.78 c - 27 + 22 - 31 BD+11 2687 G135-059 V720 Wo 9485
NN s 14 30 01 +05 59.6 0.322 343 dM0 M 10.64 +1.23 +1.14 +0.60 0477 053 0477 053 9.03 c G065-056 V721 LTT 14280
NN 14 30 32 +49 52.4 0.595 259.6 m 13.26 +1.17 051 10 r 11.80 d G200-046 2936 LP 174-355
Wo 9486 s 14 30 54 -09 42.5 0.561 206.9 K4 K 10.54 +1.25 +1.21 +0.54 0427 102 029 05 r 7.85 d BD-09 3964 G124-051 2940 LTT 5754 LFT 1117
NN 14 31 05 +81 01.9 0.142 211.4 G5 6.91 +0.76 +0.34 054 07 r 5.57 c 128642 BD+81 482
Gl 555 14 31 35 -12 18.6 0.690 330.3 + 9 M3 K 11.31 +1.64 +1.20 +1.28 1590 066 1590 066 12.32 a - 7 + 3 + 21 BD-11 37590 2945
Gl 556 14 31 51 +53 07.4 0.310 321.7 + 11.5 K3 V 7.23 +0.99 +0.84 0698 090 0698 090 6.45 c - 21 + 6 + 9 128165 BD+53 17190 G200-049
Gl 557 14 32 30 +29 57.7 0.227 55.6 + 0.9 VAR F2 V 4.46 +0.36 -0.08 0641 187 0641 187 3.5 e + 2 + 16 - 5 128167 BD+30 25361 SIG Boo
Gl 558 p 14 32 55 +33 57.7 0.788 287.1 - 51.9 dM0.5 W 9.58 +1.28 +1.17 +0.54 0388 059 0388 059 7.52 d - 91 - 58 - 14 BD+34 25410 G166-038 2948 V313
Gl 558.1 s 14 33 32 -67 42.7 0.448 229.0 - 30.0 F8 V 6.04 +0.50 -0.02 +0.16 0492 072 039 03 s 4.00 b - 60 - 12 - 13 128020 CP-67 26160
NN 14 33 33 +09 58.0 0.317 141.3 - 15 K0 7.50 +0.99 +0.78 067 11 r 6.63 d + 12 - 4 - 24 128311 BD+10 2710 G066-011 LTT 14312
NN 14 35 24 +58 34.4 0.907 137.0 m 11.74 +1.06 071 14 r 11.00 d G223-074 2952 LP 98-132
NN 14 35 54 +18 30.9 0.078 202.5 - 14.4 gK2 5.91 +1.10 +0.99 0456 187 0456 187 4.2 f - 3 - 10 - 13 128750 BD+18 2906
Gl 559 A 14 36 11 -60 37.8 3.689 281.1 - 26.2 G2 V 0.01 +0.64 +0.23 +0.22 7490 047 7490 047 4.38 a - 32 + 4 + 14 128620 CP-60 54831 50 ALF Cen
Gl 559 B 14 36 11 -60 37.8 3.689 281.1 - 18.1 K0 V 1.34 +0.84 +0.64 +0.29 7490 047 7490 047 5.71 a - 26 - 1 + 14 128621 CP-60 54832 51
NN 14 36 37 -74 55.5 0.129 102.6 G5 V 6.73 045 05 o 5.00 c 128400 CP-74 12180
Gl 559.1 s 14 37 56 +64 30.4 0.149 255.6 - 23.1 SB dG0 e W 7.54 +0.61 +0.03 0475 121 026 04 r 4.61 d - 7 - 35 - 3 129333 BD+64 10170
Gl 560 A 14 38 26 -64 45.5 0.300 218.1 + 7.2 F0 Vp 3.19 +0.24 +0.11 +0.02 0542 090 0542 090 1.86 d - 12 - 21 - 13 128898 CP-64 29771 ALF Cir
Gl 560 B 14 38 26 -64 45.5 0.300 218.1 + 7.0 K5 V 8.47 +1.15 +1.24 +0.42 0542 090 0542 090 7.14 d - 12 - 21 - 13 CP-64 29772
Wo 9490 A 14 40 16 +19 41.5 0.324 235.1 - 28.7 K5 K 9.74 +1.29 J+1.27 J+0.59 J 0534 035 0534 035 8.38 b - 16 - 32 - 19 BD+20 3010 G135-083 V155A ADS 9352 LTT 14351 V(AB) = 9.12 d(m) = 0.28
Wo 9490 B 14 40 16 +19 41.5 0.324 235.1 10.0 * 0534 035 0534 035 8.6 * b V155B a = 0.624" P = 51.337 yr
Wo 9490 C 14 40 09 +19 43.1 0.298 234 - 28 K5 K 10.08 +1.34 +1.28 +0.58 0534 035 0534 035 8.72 b - 15 - 30 - 19 BD+20 3009 G135-082 V155C LTT 14350 sep (AB-C) 135" 309d (NLTT)
Wo 9491 14 40 25 -05 26.5 0.337 161.9 + 4.7 F2 III 3.88 +0.38 -0.02 0455 094 0455 094 2.17 d + 24 - 18 - 19 129502 BD-05 3936 LTT 5845
Gl 561 x 14 41 09 +26 57.7 0.330 270.0 - 77.4 dK0 M 9.67 +0.73 +0.29 0526 153 0526 153 8.3 e - 44 - 40 - 58 BD+27 24110 G166-042
Wo 9492 14 41 28 +66 16.1 0.332 261 M3 s 10.83 +1.55 +0.96 083 16 r 10.43 d G239-025 V723 LTT 14363
NN A 14 41 44 -22 02.3 0.363 200.9 K2/3 V 9.32 +1.17 +0.44 040 05 r 7.33 c 129715 BD-21 3954 LTT 5855
NN B 14 41 49 -22 01.8 0.346 198 k-m 16.3 P 040 05 r 14.3 P c LP 858-23 sep 69" 68d (NLTT)
Wo 9493 14 42 54 +17 10.5 0.083 232.3 - 9.0 K0 III 4.60 +0.98 +0.75 0432 085 0432 085 2.78 d - 5 - 10 - 6 129972 BD+17 2780
Gl 561.1A s 14 43 06 -25 13.9 0.184 234.1 - 19.7 F2 III-IV 5.10 +0.34 J+0.09 J+0.18CJ 0475 136 031 04 s 2.56 c - 26 - 18 - 13 129926 CD-24 116611 BS 5497 ADS 9375 V(AB) = 4.94 d(m) = 1.98
Gl 561.1B s 14 43 07 -25 14.0 0.160 238.8 - 20.6 dF9 W 7.14* 0475 136 031 04 s 4.60* c - 27 - 14 - 11 CD-24 116612 sep 8.65" (1954)
Gl 562 14 44 03 +16 43.1 0.938 187.4 + 44.9 K5 V 9.25 +1.27 +1.17 +0.53 0658 072 0658 072 8.34 c + 58 - 49 + 29 BD+17 27850 G136-013 2974 V722
NN 14 44 41 -17 29.5 1.177 252.6 DC9 16.48 +0.94 069 04 069 04 15.67 b 378 W LP 801-9
NN 14 44 45 +02 54.8 0.281 256.4 G8 V O 7.78 +0.90 +0.57 045 07 r 6.05 d 130307 BD+03 2938 G066-024 LTT 14377
GJ 1185 s 14 45 21 -02 57.5 0.657 306.4 m 13.28 +1.63 +1.20 +1.01 0505 036 0505 036 11.80 b G124-072 2979
Gl 563.1 p 14 46 03 +38 40.6 0.176 209.0 - 13.5 dM2 M 9.71 +1.32 +1.14 +0.55 0191 063 047 07 r 8.07 d + 4 - 21 - 6 BD+39 2801 V884
Gl 563.2A p 14 46 42 -25 53.8 1.217 260.7 + 22 M3 K 11.66 +1.49 +1.05 +0.87 0386 084 048 08 r 10.07 d - 52 -100 + 48 CD-25 105531 380 LTT 5883
Gl 563.2B p 14 46 40 -25 54.0 1.217 260.7 + 44 M3 K 12.06 +1.52 +1.05 +0.93 0386 084 048 08 r 10.47 d - 35 -108 + 59 CD-25 105532 379 LTT 5884
Gl 563.3 s 14 47 55 +07 01.3 0.603 265.3 - 31.3 K2 V 9.08 +0.96 +0.76 +0.36 0519 136 031 04 r 6.54 c - 69 - 68 + 12 130871 BD+07 28500 G066-031 2983
Gl 563.4 14 47 55 -15 47.4 0.123 235.2 - 23.5 SB F5 IV-V 5.15 +0.41 -0.03 +0.11 0486 102 0486 102 3.58 d - 21 - 5 - 15 130819 BD-15 39650
Gl 564 14 48 02 +24 07.0 0.146 78.1 - 2.7 G2 V 5.85 +0.56 +0.02 +0.20 0697 085 0697 085 5.07 c + 3 + 7 - 6 130948 BD+24 27860
Gl 564.1 14 48 06 -15 50.1 0.129 236.6 - 46.7 A3 IV 2.75 +0.15 +0.09 -0.03 0536 091 0536 091 1.40 d - 39 + 2 - 29 130841 BD-15 39660
NN A 14 48 37 +09 55.7 0.225 283.4 - 35.6 dG5 7.40 +0.76 +0.34 043 06 r 5.57 d - 37 - 14 - 17 131023 BD+10 27521 LTT 14397
NN B 14 48 37 +09 55.6 0.225 283.4 k 8.9 * 043 06 r 7.1 * d BD+10 27522 LTT 14398 ADS 9410 sep 8" 227d
Gl 565 14 48 50 -24 05.6 1.033 245.8 - 65.4 K5 V 7.83 +1.00 +0.88 +0.36 0673 071 0673 071 6.97 c - 85 - 40 - 26 130992 CD-23 119400 383 U362
Gl 566 A 14 49 05 +19 18.4 0.171 127.2 + 2.2 G8 Ve 4.70 +0.73 +0.22 +0.28 1491 036 1491 036 5.57 a + 6 + 1 - 1 131156 BD+19 28704 XI Boo
Gl 566 B 14 49 05 +19 18.4 0.171 127.2 + 3.1 K4 Ve 6.97 +1.16 +1.15 +0.44 1491 036 1491 036 7.84 a + 6 + 1 + 0 BD+19 28705
NN 14 49 58 +00 22.6 0.320 163 M2 K 12.58 +1.58 +1.12 +1.00 039 09 r 10.5 e G066-036 LTT 14407 Wolf 555
NN 14 50 05 +12 36.0 0.233 194 k 11.61 +1.52 +1.21 061 29 r 10.5 f G066-037 LTT 14408 L 1198-31 LP 501-31
NN 14 51 03 +28 42.6 0.120 306.1 - 43.7 K0 V 7.96 +0.86 +0.52 041 07 r 6.02 d - 27 - 15 - 34 131509 BD+29 2592
Gl 567 14 51 07 +19 21.2 0.497 295.9 - 31.0 SB K2 V 6.02 +0.84 +0.49 +0.30 0869 041 0869 041 5.72 b - 36 - 14 - 14 131511 BD+19 28810 5279
GJ 1186 14 51 13 +11 47.0 0.733 174.5 m 15.29 +1.82 +1.40 0539 041 0539 041 13.95 b G136-027 2995
Gl 568 A 14 51 41 +23 45.5 0.692 278.7 - 35.7 M3.5 J K 12.19 +1.61 J+1.24 J+1.22 J 0939 081 0939 081 12.05 b - 38 - 28 - 15 G166-053 2997 Ross 52 V(AB) = 11.66 d(m) = 0.5
Gl 568 B 14 51 41 +23 45.5 0.692 278.7 12.7 * 0939 081 0939 081 12.6 * b a = 0.69" P = 34.1 yr Heintz AJ 99, 420 (1990)
Gl 569 AB 14 52 08 +16 18.3 0.335 108.4 - 8.4 dM0 e M 10.20 J+1.48 +1.15 +0.96 0956 114 0956 114 10.10 Jc + 9 + 5 - 16 BD+16 27080 G136-028 V157 CE Boo comp 5.1" 17.5d
NN 14 52 26 +35 45.8 0.838 169.3 M3.5 K 12.31 +1.20 086 16 r 11.98 d G178-055 2998 LTT 14424 Ross 1041
NN 14 52 29 +10 09.1 0.514 216.8 M0.5 K 11.30 +1.40 +1.11 +0.80 042 08 r 9.42 d G066-041 2999 LTT 14422 L 1198-67 LP 501-40
NN 14 53 03 +41 20.8 0.266 301 m 14.67 +1.28 041 07 r 12.73 d LP 222-015
NN q 14 53 34 +82 43.2 0.284 144.3 - 44.0 F9 V 5.64 +0.68 +0.17 0122 062 065 06 s 4.70 c + 36 - 27 - 18 133002 BD+83 431 LTT 14431
NN x 14 53 42 -27 57.1 0.965 210.1 dM8 17.05 +1.34 161 06 161 06 18.08 a 3003 LP 914-54 see in Ruiz et al AJ 100, p 1270
Gl 569.1 14 53 46 +53 52.5 1.079 296.1 - 14.4 K1 V 7.78 +0.78 +0.33 0449 108 039 06 r 5.74 d -116 - 59 + 23 132142 BD+54 17160 G200-062 384
NN A 14 54 11 +18 06.6 0.993 299.5 + 8 M5 15.50 060 17 s 14.4 e - 62 - 16 + 46 3001 LP 441-33 Mv: G&L ApJ 305, 784
NN B 14 54 12 +18 06.8 0.993 299.5 + 9 M7 : 18.60 060 17 s 17.5 e - 61 - 16 + 47 3002 LP 441-34 sep 9" 48d Mv: G&L ApJ 305, 784
Gl 570 A 14 54 32 -21 11.5 2.025 149.1 + 29.1 K5 Ve 5.75 +1.10 +1.06 +0.40 1742 060 1742 060 6.96 a + 50 - 22 - 31 131977 BD-20 41251 387 V726
Gl 570 B 14 54 31 -21 11.3 1.933 149.7 + 27.9 SB M2 V 8.00 +1.50 +1.22 +0.89 1742 060 1742 060 9.21 a + 47 - 22 - 29 131976 BD-20 41231 386
Wo 9503 14 54 34 -04 08.6 0.181 212.5 + 21.7 F0 V 4.49 +0.32 +0.05 0432 069 0432 069 2.67 d + 16 - 22 + 12 132052 BD-03 3696
Gl 570.1 14 54 42 -48 39.5 0.336 181.5 + 37.3 G5 V 6.35 +0.71 +0.27 +0.26 0492 119 062 10 r 5.31 d + 25 - 34 - 16 131923 CD-48 94940
NN q 14 54 43 +49 49.9 0.252 154.5 - 16.0 F8 V 5.63 +0.50 +0.00 0259 076 041 04 s 3.69 c + 28 - 14 - 12 132254 BD+50 2126 LTT 14437 BS 5581
NN A 14 54 59 +00 02.0 0.067 115.9 + 20.6 K1 III 5.53 +1.13 +1.11 0397 092 0397 092 3.5 e + 19 + 1 + 11 132132 BD+00 3277 BS 5573 comp B: sep 86.3" d(m) = 2.9
NN s 14 55 01 +15 10.8 0.598 289.6 m 14.73 +1.68 +1.20 0409 050 0409 050 12.79 c G136-039 3005 USNO 741
Gl 570.2 s 14 55 30 +31 36.7 1.374 211.1 + 7.7 dM2 W 11.11 +1.33 +1.08 +0.63 0661 170 031 06 r 8.57 d + 75 -188 + 58 G166-057 388 V731 AC+31:32985
Gl 571 14 56 14 -43 53.5 0.370 223 - 2.3 K7 V 10.15 +1.31 +1.09 +0.56 0564 119 0564 119 8.91 d - 17 - 24 - 10 CP-43 68200 U364
GJ 1187 14 56 29 +56 51.8 0.683 156.7 + 10 m 15.53 +1.95 +1.62 0894 046 0894 046 15.29 b + 35 + 1 + 14 G201-027 3006
NN 14 57 02 +59 46.9 0.090 309 dK5 s 10.16 +1.38 +1.27 +0.61 045 07 r 8.43 d BD+60 1577 V734 uncertain comp. sep 30" (Worley)
Gl 571.1 14 58 01 -10 55.9 0.470 178.9 + 14.0 dM0.5 W 9.48 +1.40 +1.28 +0.63 0516 075 0516 075 8.04 d + 26 - 33 - 17 132683 BD-10 40110 G151-018 V055 LTT 5983
NN 14 58 45 +07 21.7 0.502 259.6 M3.5 K 12.73 +1.49 +1.17 062 16 r 11.7 e G015-001 3012 LTT 14453 L 1126-79 LP 561-36
NN 14 58 51 +05 45.0 0.410 165.1 M3 K 12.10 +1.45 +0.89 +1.10 063 16 r 11.1 e G015-002 6 LTT 14454 L 1126-121 LP 561-68 comp B: SpT. K: optical
Gl 572 14 59 09 +45 37.1 0.394 36.0 - 10.0 dM0 W 9.13 +1.43 +1.18 +0.72 0743 098 0743 098 8.48 c - 9 + 16 - 20 BD+45 22470 G179-006 V314
NN 14 59 11 +35 39.3 0.322 147 M2 K 12.05 +0.93 043 06 r 10.22 d G179-007 LTT 14457 Ross 1042
Gl 574 s 14 59 42 -46 05.9 0.29 271 - 65.2 K5 V 9.86 +1.20 +1.07 +0.62C 0568 119 0568 119 8.63 d - 66 + 20 + 0 CP-45 71730
GJ 1188 s 15 00 57 +03 58.1 1.136 308.3 -128 m 12.10 +1.46 +1.12 +0.76 0470 102 027 04 r 9.26 d -235 - 15 + 27 G015-004 389 Ross 1044
NN 15 02 05 -18 23.7 0.191 226.8 K4 V 9.59 +1.20 +1.18 +0.52 041 06 r 7.65 d 133412 BD-18 3965 U369 LTT 6010
Gl 575 A 15 02 08 +47 50.9 0.396 273.8 - 29.7 F9 V n 5.19 +0.65 J+0.11 J 0851 051 0851 051 4.84 b - 16 - 30 - 15 133640 BD+48 22592 44 I Boo ADS 9494 V(AB) = 4.76 d(m) = 0.77
Gl 575 B 15 02 08 +47 50.9 0.396 273.8 + 3.4 SB dG2 W 5.96 0851 051 0851 051 5.61 b - 13 - 12 + 13 BD+48 22593 a = 3.772" P = 225 yr
NN 15 02 08 -20 55.2 0.696 250.5 m 14.7 * +1.33 049 08 r 13.2 * d 3022 LP 801-53
Gl 575.1 s 15 02 15 +29 40.4 0.295 125 k-m 12.75 +1.53 +1.23 +0.98 0453 085 0453 085 11.03 d G167-015
Gl 576 15 02 27 +05 50.3 0.746 229.7 - 68 VAR K5 K 9.82 +1.31 +1.12 +0.58 0564 103 0564 103 8.58 d - 47 - 66 - 46 BD+06 29860 G015-005 3020 V158
NN 15 03 10 -07 03.1 0.200 266 DA7 15.90 +0.39 -0.43 0391 055 0391 055 13.86 d W190 GD 175
NN 15 03 14 +60 34.6 0.685 285.8 M2 K 11.00 +1.50 +0.89 065 14 r 10.06 d G224-044 3018 LTT 14486 Ross 1051
Wo 9510 x 15 03 58 +65 00.3 0.264 265.0 - 72.6 G8 K 9.47 +0.82 +0.44 0394 136 0394 136 7.4 e - 4 - 70 - 36 BD+65 1033 G224-046 LTT 14491
NN 15 04 28 +55 16.1 0.481 288.1 m 13.35 +1.20 054 10 r 12.01 d G201-033 5287 LP 135-97
Gl 577 s 15 04 57 +64 14.2 0.166 309.1 - 6.4 dG5 e W 8.42 +0.68 +0.11 0525 153 022 04 r 5.13 d - 33 - 15 - 1 134319 BD+64 10460
Gl 578 15 05 06 +25 03.8 0.249 132.6 - 9.8 F5 V 4.93 +0.43 -0.02 +0.17 0613 093 050 05 s 3.42 c + 17 - 2 - 19 134083 BD+25 28731
Gl 579 15 05 16 +25 07.2 1.003 299.5 - 69.6 K7 V 10.09 +1.41 +1.22: +0.64 0622 049 0622 049 9.06 b - 93 - 40 - 23 BD+25 28740 G167-019 391 V057
GJ 1189 s 15 06 54 +24 12.2 0.499 288.5 - 51.3 dK8 M 9.31 +1.06 +0.98 +0.40 0584 204 034 04 r 6.97 c - 74 - 44 - 8 BD+24 2824 G167-022 3026 V885 LTT 14505 LFT 1175
NN 15 07 07 +03 21.0 0.735 311.1 M3 K 11.46 +1.50 +1.13: +1.05 078 19 r 10.9 e G015-009 3030 LTT 14507 Ross 1047
Gl 579.2A s 15 07 28 -16 08.5 3.674 196.1 +294.3 K0 VI 9.08 +0.77 +0.17 +0.30 0399 030 0399 030 7.08 b +281 -443 - 41 134439 BD-15 40421 53
Gl 579.2B s 15 07 28 -16 13.5 3.677 196.0 +308.0 K2 VI 9.45 +0.86 +0.37 +0.34 0399 030 0399 030 7.45 b +292 -446 - 34 134440 BD-15 40410 52
NN 15 07 48 +19 33.2 0.462 179.6 m 13.35 +1.26 069 12 r 12.54 d G136-072 6 LTT 14512 L 1271-10 LP 442-10 LHS.
Wo 9512 A s 15 08 41 -51 54.6 0.132 235.7 - 10.0 G8 III 3.41 +0.92 +0.66 0416 102 026 03 s .48 c - 22 - 14 - 2 134505 CD-51 88300
Wo 9512 B s 15 08 33 -51 55.1 0.123 232.6 - 10.5 F9 V 6.69 +0.50 -0.02 0416 102 026 03 s 3.76 c - 21 - 12 - 4 134483 CD-51 88270
NN 15 09 12 -10 02.9 1.005 257.6 M4 14.26 +1.66 +1.02 +1.33 0680 031 0680 031 13.42 b G151-034 392
NN s 15 09 40 +18 09.0 0.678 215.5 - 58 m 13.45 +1.51 +1.08 +1.12 0423 031 0423 031 11.58 b - 11 - 87 - 39 G136-076 3033 LTT 14519 L 1271-41 LP 442-17
Gl 579.3 s 15 10 14 -00 58.5 0.375 219.4 -60.1 K0 L 9.29 +0.78 +0.38 +0.42C 0467 102 020 03 r 5.80 d - 40 - 88 - 47 134985 BD-00 2941 G015-014
NN A p 15 10 29 +19 28.1 0.656 296.0 - 37.8 G5 V 6.68 +0.68 +0.25 +0.33 0226 071 050 09 r 5.17 d - 67 - 28 + 2 135101 BD+19 29391 G136-077 3036 LTT 14523 LFT 1183 ADS 9535
NN B p 15 10 30 +19 28.5 0.666 294.9 - 38.2 G7 V 7.53 +0.73 +0.33 +0.35 0226 071 050 09 r 6.02 d - 68 - 29 + 3 BD+19 29392 G136-078 3037 LTT 14524 LFT 1184 sep 24" 10d
Gl 579.4 p 15 10 33 -25 07.3 0.402 259.4 + 5.5 G5 V 6.45 +0.70 +0.33: +0.22 0312 075 054 09 r 5.11 d - 13 - 29 + 16 134987 CD-24 119280
NN 15 10 57 +45 54.6 0.539 311.0 m 13.35 +1.27 072 13 r 12.64 d G179-020 3035
Gl 580 A 15 11 20 -01 09.5 1.373 249.0 - 69.2 K0 V J 7.35 +0.77 J+0.35 J+0.27 J 0589 026 0589 026 6.20 a - 85 - 98 - 15 135204 BD-00 29442 393 ADS 9544 V(AB) = 6.60 d(m) = 0.0
Gl 580 B 15 11 20 -01 09.5 1.373 249.0 7.35* 0589 026 0589 026 6.20* b BD-00 29443 sep 0.1" rapidly moving
GJ 1190 s 15 11 25 -03 36.9 0.767 282.7 -110.3 K5 V 9.84 +1.13 +1.01 +0.47 0475 087 033 05 r 7.43 d -148 - 49 - 8 BD-03 3746 G015-015 3039 V736 U370 Wolf 561
Gl 580.1 15 13 35 -58 37.0 0.169 214.6 + 9.6 A3 V 4.07 +0.09 +0.09 +0.05C 0516 119 0516 119 2.6 e - 2 - 17 - 6 135379 CP-58 58750 BET Cir
Gl 580.2 15 14 03 +67 32.2 0.448 151.8 - 48.1 F8 V 5.13 +0.53 +0.08 0483 074 0483 074 3.55 d + 52 - 30 - 26 136064 BD+67 8760
NN 15 14 42 +03 21.4 DA wk 14.02 051 06 w 12.56 c W440 WD1514+033
Wo 9518 s 15 15 47 -18 26.4 0.567 131.8 K5 p K 10.35 +1.22 +1.03 +0.52 0445 085 0445 085 8.59 d BD-18 4031 3053 LTT 6099 LFT 1190
NN 15 16 29 -12 34.1 0.724 253.5 M3 K 12.58 +1.52 +1.24 075 23 r 12.0 e G151-045 3056 LTT 6104 L 839-21 LP 742-61
Gl 581 15 16 50 -07 32.4 1.224 256.3 - 9.4 dM5 W 10.56 +1.60 +1.23 +1.10 1579 065 1579 065 11.55 a - 22 - 30 + 8 BD-07 40030 G151-046 394 V159
Gl 582 15 18 25 -48 08.1 1.648 260.4 - 69.4 G2 V 5.65 +0.65 +0.06 +0.22 0631 078 0631 078 4.65 c -125 - 55 + 40 136352 CD-47 99190 395 NU(2) Lup
NN q 15 18 39 -47 44.8 0.197 225.5 - 11.2 F8 V 5.00 +0.50 +0.04 0299 046 0299 046 2.38 d - 25 - 20 - 8 136351 CD-47 99220 LTT 6126
NN 15 18 53 +68 01.8 0.611 310.2 m 13.44 +1.16 045 09 r 11.71 d G239-048 3057 LP 68-73
Gl 582.1A s 15 19 08 -47 44.4 0.453 235.3 - 22.1 VAR G5 V J 8.29 +0.70 J+0.10 J+0.46CJ 0561 156 0561 156 7.0 e - 39 - 21 - 4 136466 CD-47 99262 V(AB) = 7.68 d(m) = 0.3
Gl 582.1B s 15 19 08 -47 44.4 0.453 235.3 8.6 * 0561 156 0561 156 7.3 * e CD-47 99263 sep 1.4" 217d - 0.7" 77d (1895-1960)
GJ 2112 AB 15 19 11 -27 39.5 0.745 35.4 M3 : K 13.28 +1.70 +1.21 060 15 r 12.2 e 3064 LTT 6133 LP 915-27 L 623-94
Gl 583 15 19 27 -04 35.9 0.298 271.5 - 17.8 K7 V U 9.47 +1.33 +1.23 +0.56 0602 188 054 10 r 8.13 d - 27 - 16 + 3 BD-04 38730 G015-019 V058
Wo 9520 15 19 38 +21 09.3 0.145 34.7 dM0 e M 10.11 +1.51 +0.94 0916 052 0916 052 9.92 b BD+21 2763 V740 BPM 90688
GJ 1191 15 19 54 -10 28.8 0.209 195.1 - 5.3 K2 V 7.99 +0.95 +0.79 +0.35 050 07 r 6.48 d + 0 - 17 - 12 136713 BD-10 4088 U372 LTT 6139
GJ 1192 15 20 11 +01 36.1 0.519 224.6 - 26.1 K3 V 8.30 +1.00 +0.86 +0.32 0435 081 042 06 r 6.42 d - 18 - 60 - 15 136834 BD+01 3071 G015-020 3067 U373
Gl 584 A 15 21 08 +30 28.0 0.238 144.1 - 7.3 SB G2 V 5.62 +0.58 J+0.04 J+0.18tJ 0596 051 0596 051 4.50 b + 15 - 5 - 13 137107 BD+30 26534 ETA Crb ADS 9617 V(AB) = 5.02 d(m) = 0.34
Gl 584 B 15 21 08 +30 28.0 0.238 144.1 - 10.6 SB G2 V 5.96* 0596 051 0596 051 4.84* b + 14 - 6 - 16 137108 BD+30 26535 a = 0.907" P = 41.623 yr
Gl 585 15 21 35 +17 39.6 1.302 196.8 + 84 M4 K 13.68 +1.78 +1.18 +1.36 0851 029 0851 029 13.33 a + 81 - 41 + 63 G136-103 396 Ross 508
NN A 15 22 36 +37 33.1 0.171 299.4 - 8.6 SB F0 V 4.31 +0.31 +0.07 0395 074 042 07 r 2.43 d - 19 - 10 + 2 137391 BD+37 2636 BS 5733 ADS 9626
NN B 15 22 36 +37 33.4 0.17 299 - 8.6 G1 V 6.50 +0.59 +0.13 0395 074 042 07 r 4.62 d - 18 - 10 + 2 137392 BD+37 2637 BS 5734 sep 108.9" d(m) = 2.2
NN p 15 23 02 -26 31.9 0.811 269.6 - 48 K3/4 V 8.84 +1.05 +0.92 +0.40 0127 241 042 05 r 6.96 c - 87 - 47 + 30 137303 CD-26 108700 3071 U377 LTT 6168
Gl 585.1 15 25 12 +02 46.3 0.05 259. dM0 M 10.21 +1.34 +1.23 +0.57 040 06 r 8.22 d BD+03 3032 V742
NN 15 25 15 +10 46.3 0.454 238 K5 s 9.86 +1.30 +0.55 044 06 r 8.08 c BD+11 2811 G137-007 LTT 14593
Gl 586 A 15 25 27 -09 10.2 0.365 168.5 + 8.2 SB K2 V U 6.92 +0.81 +0.49 +0.29 0618 051 0618 051 5.87 b + 19 - 17 - 14 137763 BD-08 39810 G151-062 U379 LTT 6180
Gl 586 B 15 25 30 -09 10.8 0.379 165.5 + 8.0 K2 V U 7.58 +0.92 +0.65 +0.30 0618 051 0618 051 6.53 b + 20 - 17 - 15 137778 BD-08 39830 G151-063 U380 LTT 6181
Gl 586 C 15 25 03 -08 51.0 0.318 172 k-m 15.41 +1.84 +1.42 0480 050 0480 050 13.82 c G151-061
Gl 587 15 25 44 -49 46.8 0.238 246.8 - 42.7 G5 V 7.69 +0.77 +0.25 +0.32 0560 136 040 07 r 5.70 d - 51 + 0 + 1 137676 CP-49 81370
Gl 587.1 15 25 53 +25 57.8 0.12 121. dM0 M 11.12 +1.46 +0.76 042 07 r 9.24 d V744 AC+26:37030
NN 15 27 58 +43 03.5 0.698 146.4 m 14.17 +1.73 +1.33 0511 044 0511 044 12.71 b G179-033 3075 double?? phot. cat.
NN 15 28 39 -26 44.8 0.575 219.8 M3.5 K 13.7 * +1.18 043 08 r 11.9 * d 3079 LTT 6205 L 624-20 LP 860-50
Gl 588 15 28 58 -41 05.6 1.539 228.5 + 15.4 M3 K 9.31 +1.52 +1.11 +1.05 1651 054 1651 054 10.40 a - 6 - 46 - 1 CD-40 97120 397 CP -40:7021 LTT 6210 comp. B is optical
NN 15 29 19 +14 25.7 0.033 200.6 G5 7.70 088 10 o 7.42 c 138441 BD+14 2889
NN 15 29 52 +29 01.2 0.579 274.7 m 14.30 +1.34 062 10 r 13.26 d G167-047 3080
NN 15 32 02 +46 24.9 0.199 5 m 13.58 +1.21 051 10 r 12.12 d LP 176-55
Gl 588.1 15 32 03 +38 04.9 0.08 166. dM0 M 11.28 +1.50 +1.20 +0.77 040 06 r 9.29 d V746 AC+38:34548
GJ 1193 15 32 13 +14 26.3 0.697 257.7 M3.5 K 13.83 +1.57 +1.08 +1.21 0484 039 0484 039 12.25 b G137-022 3083 Ross 512
NN 15 32 43 -14 37.5 0.062 86.2 - 28.2 G8.5 III 3.90 +1.00 +0.74 0395 153 0395 153 1.9 f - 20 + 9 - 19 138905 BD-14 4237
Gl 589 A 15 33 08 +17 52.9 1.219 263.0 - 43.2 M4.5: K 12.41 +1.58 +1.18 +1.04 0702 025 0702 025 11.64 a - 55 - 74 + 12 G137-026 399 AC+18:1890-112
Gl 589 B 15 33 08 +17 52.9 1.219 263.0 M6 K 14.99 +1.81 +1.79: +1.40 0702 025 0702 025 14.22 a G137-025 400 L 1272-021
Gl 590 s 15 33 21 -37 43.4 0.892 201.7 M4 K 12.8 : +1.6 : +0.83 0816 119 0816 119 12.4 : d 3092 L 480-069
NN 15 33 37 +22 19.1 0.743 260.7 k-m 12.69 +1.51 +1.16 0532 040 0532 040 11.32 b G167-051 3091 LTT 14636 L 1344-37 LP 384-18
Gl 591 15 34 10 +39 59.7 0.458 276.9 - 65.6 K3 V 7.60 +0.96 +0.76 +0.29 0470 042 0470 042 5.96 b - 43 - 62 - 26 139323 BD+40 29030 G179-037 ADS 9716C
Gl 592 15 34 13 -13 57.5 0.774 216.2 M4 K 12.70 +1.58 +1.07 +1.23 0764 041 0764 041 12.12 b G152-040 3093 Ross 802
Gl 593 A 15 34 15 +39 58.0 0.465 277.3 - 67.7 K2 V 7.43 +0.91 J+0.69 J+0.28 J 0470 042 0470 042 5.79 b - 44 - 64 - 28 139341 BD+40 29051 G179-038 ADS 9716A V(AB) = 6.77 d(m) = 0.21
Gl 593 B 15 34 15 +39 58.0 0.465 277.3 7.6 * 0470 042 0470 042 6.0 * c BD+40 29056 ADS 9716B a = 0.785" P = 55.88 yr
Gl 594 15 37 45 -44 29.8 0.317 212.7 - 5.4 F5 IV-V 4.64 +0.40 -0.03 +0.24C 0583 072 0583 072 3.47 c - 15 - 19 - 10 139664 CD-44 103100
GJ 1194 A 15 38 16 +43 39.5 1.225 106.3 -108 m 12.48 +1.57 J +1.11 J 0733 048 0733 048 11.81 b + 31 - 22 -128 G179-043 402 V(AB) = 12.20 d(m) = 1.35:
GJ 1194 B 15 38 17 +43 39.4 1.225 106.3 m 13.8 * 0733 048 0733 048 13.1 * b 403 sep 5" 146d (LHS)
Gl 595 15 39 20 -19 18.6 2.254 243.2 + 83 M3.5 K 11.87 +1.60 +1.05 +1.14 1110 118 1110 118 12.10 c + 43 -102 + 62 54 L 768-119
NN 15 40 15 -30 46.1 0.504 226.5 m 13.1 * +1.08 040 08 r 11.1 * d 3109 LTT 6278 L 552-4 LP 916-51
GJ 1195 15 40 22 -10 46.3 1.166 254.9 -171.4 F3 VI 7.22 +0.49 -0.21 +0.22 0394 079 0394 079 5.20 d -190 -108 - 34 140283 BD-10 4149 405 CVS 101522
Gl 596 A s 15 40 55 +26 26.2 0.166 128.6 K7 s 10.70 +1.29 +1.30 0561 222 030 07 r 8.1 e BD+26 2723P Steph 21187
Gl 596 B s 15 40 57 +26 25.5 0.186 125 m 13.5 P 0561 222 030 07 r 10.9 P e LP 384-43 sep 45" 148d (NLTT)
Gl 596.1A 15 41 31 +02 40.4 0.163 200.4 + 19.4 SB G5 V 5.86 +0.68 +0.24 +0.24 0506 081 0506 081 4.38 d + 19 - 12 + 10 140538 BD+02 29891 PSI Ser ADS 9763
Gl 596.1B 15 41 31 +02 40.4 0.163 200.4 12.0 * 0506 081 0506 081 10.5 * d BD+02 29895 sep 4"
Gl 596.2 15 41 48 +06 34.9 0.142 72.0 + 2.7 K2 III e 2.64 +1.17 +1.24 +0.38 0497 086 0497 086 1.12 d + 5 + 12 - 4 140573 BD+06 30881 ALF Ser
Gl 597 15 42 15 +76 09.6 1.141 133.8 - 46.1 M3 K 12.22 +1.65 +1.18 +1.10: 0752 032 0752 032 11.60 a + 78 - 4 - 34 G257-020 404 AC+76:5308
Gl 598 15 44 01 +07 30.5 0.241 250.9 - 68.5 SB G0 V 4.43 +0.60 +0.11 +0.20 0839 046 0839 046 4.05 b - 50 - 25 - 41 141004 BD+07 30230 LAM Ser
NN p 15 44 01 -58 01.6 0.594 245.1 M2-3 11.65 +0.88 0305 113 045 08 r 9.92 d 3119 LTT 6300 L 201-97
Gl 599 A 15 44 14 -37 45.6 0.468 241.9 - 5.2 G6 V 6.01 +0.72 +0.31 +0.25 0735 094 0735 094 5.34 c - 17 - 25 + 4 140901 CD-37 105001 5299a
Gl 599 B 15 44 14 -37 45.6 0.468 241.9 + 1 DA7 12.78 +0.33 -0.42 0735 094 0735 094 12.11 c - 52 - 10 - 4 CD-37 105002 5299b W114
NN 15 44 42 -10 44.3 0.505 228.8 M2 s 11.25 +1.02 079 16 r 10.74 d G152-050 3117 LTT 6305 L 841-9 LP 743-31
NN q 15 45 38 +01 43.6 0.240 227.5 - 28.4 G8 V O 7.43 +0.81 +0.44 0336 136 046 07 r 5.74 d - 21 - 28 - 15 141272 BD+ 2 3001 LTT 14685
Gl 599.1 s 15 47 22 -50 32.2 0.26 102 + 47.9 k 10.72 +1.19 +1.13 +0.61C 0500 102 023 03 r 7.53 c + 60 + 4 - 39 CP-50 86820
NN 15 47 38 +01 06.6 0.180 96 m 12.45 +1.09 056 11 r 11.19 d LTT 14694 Wolf 587
NN 15 47 46 +34 57.5 0.937 317.4 m 13.16 +1.64 0566 039 0566 039 11.92 b G179-057 3122 LTT 14695 L 1489-5 LP 274-8
NN 15 48 14 +51 11.7 0.472 306.0 M3: s 12.05 +1.53 +0.97 048 09 r 10.46 d G202-016 6
NN q 15 48 19 +04 37.6 0.140 64.6 - 9.1 A2 m 3.71 +0.15 +0.11 +0.06 0384 069 0384 069 1.63 d - 4 + 14 - 13 141795 BD+04 3069
NN p 15 48 57 +74 34.2 0.318 162.6 - 27.0 K5 K 9.31 +1.18 +0.48 0342 119 046 07 r 7.62 d + 38 - 17 - 8 142474 BD+74 634 G257-023 LTT 14698
NN 15 49 21 +29 40.4 0.501 206.4 M7 s 13.01 +1.58 +1.18 058 11 r 11.83 d G168-014 3124
Gl 600 15 49 46 +11 01.6 0.358 228.4 - 0.7 dM0 M 9.36 +1.42 +1.27 +0.65 0474 047 0474 047 7.74 c + 3 - 35 + 8 BD+11 28740 G137-059 V318
Gl 601 A 15 50 43 -63 16.7 0.440 205.0 + 0.4 F2 IV 2.84 +0.29 +0.04 +0.07 0821 119 0821 119 2.41 d - 15 - 17 - 11 141891 CP-63 37231 BET Tra cpm with LTT 6333 = L 153-157 ?
NN 15 50 52 +13 21.1 0.584 195.3 + 35.1 SB G1 V 6.10 +0.60 +0.00 +0.22 0417 194 053 07 r 4.72 c + 50 - 34 + 18 142267 BD+13 3024 3131 LTT 14713
Gl 602 15 50 57 +42 35.4 0.765 35.0 - 56.4 F9 V 4.61 +0.57 +0.00 +0.21 0575 057 0575 057 3.41 c - 44 + 15 - 71 142373 BD+42 26480 3127 CHI Her
NN A 15 51 11 +34 54.5 0.569 151.7 M3 K 11.75 +1.51 +1.21 +1.07 0534 034 0487 063 10.19 c G180-008 3129 LTT 14715 LFT 1231 Ross 806
NN B 15 51 11 +34 54.0 0.569 151.7 m 13.18 +1.53 +1.20 0404 045 0487 063 11.62 c G180-009 3130 LTT 14716 LFT 1232 L 1489-3 LP 274-21 sep 26" 174d
GJ 1196 15 51 38 -25 51.6 0.250 295.4 K5 V 9.28 +1.24 +1.23 +0.49 047 08 r 7.64 d 142288 CD-25 111830 U386 LTT 6348
NN s 15 53 08 +34 00.0 0.643 139.0 m 15.95 +1.76 0421 059 0421 059 14.07 d 3132 LP 274-24 USNO 746
NN 15 53 39 +35 20.6 0.261 307 m 13.68 +1.37 092 14 r 13.50 d G180-011
Wo 9531 15 53 58 +38 05.4 0.084 18.9 - 11.6 F0 IV 5.45 +0.33 +0.03 0432 085 0432 085 3.63 d - 10 + 0 - 11 142908 BD+38 2712
Gl 603 15 54 08 +15 49.4 1.322 166.6 + 6.6 F6 V 3.85 +0.48 -0.03 +0.14 0841 096 0841 096 3.47 c + 60 - 36 - 26 142860 BD+16 28491 408 GAM Ser
Gl 604 15 54 16 -42 28.7 0.323 233.3 + 35.6 K5 V 8.05 +1.12 +1.03 +0.43 0589 078 0589 078 6.90 c + 21 - 38 + 7 142709 CD-42 109340
Wo 9532 s 15 55 44 +63 57.4 0.220 326.9 - 0.6 G5 9.54 +0.89 +0.59 0442 085 021 03 r 6.15 d - 49 - 9 + 3 143433 BD+64 1102 G225-035 LTT 14744
NN 15 56 27 +35 32.7 0.353 333 M6 : s 12.69 +1.59 +1.15 061 12 r 11.62 d G180-018
Wo 9533 s 15 56 32 +27 52.7 0.828 291.5 - 69.8 K0 V 8.01 +0.77 +0.30 +0.27 0444 078 0444 078 6.25 d - 90 - 67 + 5 143291 BD+28 2503 G168-020 3138 LFT 1237
NN 15 56 38 +25 42.8 0.136 215.2 - 4.5 SB K2 V 8.33 +1.00 +0.72 044 07 r 6.55 d + 4 - 15 + 0 143313 BD+25 3003
Gl 604.1 15 56 52 -45 18.6 0.203 228.8 - 23.6 G5 IV 7.54 +0.74 +0.38 +0.35C 0442 153 0442 153 5.8 f - 31 - 9 - 3 143120 CD-45 103730
Wo 9535 s 15 57 11 +65 32.4 0.238 136.2 - 8.0 SB dG5 9.04 +0.86 +0.56 0423 136 026 03 r 6.11 c + 41 + 8 - 14 143665 BD+65 1092 G225-037 LTT 14752
Gl 606 15 57 11 -08 06.8 0.194 104.7 dM0 M 10.50 +1.51 +1.16 +0.89 0981 080 0981 080 10.46 b BD-07 41560 V753
NN q 15 57 31 -16 23.3 0.747 238.0 - 25.0 F8 V 5.47 +0.52 +0.03 +0.16 0332 060 0332 060 3.08 d - 44 -100 + 13 143333 BD-16 4196 3143 LTT 6378
NN s 15 57 34 +15 08.9 0.846 209.5 m 13.99 +1.58 +1.13 +1.15 0400 059 0400 059 12.00 d G137-074 3142
Gl 606.1A s 15 58 21 -84 05.8 0.32 269 - 10.5 K0 V 7.68 +0.78 +0.43 +0.41CJ 0490 170 039 06 r 5.64 d - 21 - 18 + 29 142022 CP-83 5931 V(AB) = 7.66 d(m) = 3.35
Gl 606.1B s 15 58 21 -84 05.8 0.32 269 k-m 11.03 +1.36 +1.19 0490 170 039 06 r 8.99 d CP-83 5932 L 20-30 sep 22" 29d (NLTT)
NN 15 59 08 +40 28.3 0.394 227 m 13.12 +1.13 047 09 r 11.48 d G180-021
Gl 606.2 15 59 08 +33 27.2 0.798 194.8 + 18.4 G0 V 5.41 +0.60 +0.08 0402 124 060 06 s 4.30 c + 52 - 34 + 21 143761 BD+33 26631 3145 RHO Crb
NN 15 59 24 -24 57.2 0.650 200.8 m 13.2 * +1.15 049 10 r 11.7 * d 3147 LP 861-12
Gl 607 15 59 45 +30 19.0 0.351 293 + 10.1 M3 K 12.51 +1.56 +1.20 0612 051 0612 051 11.44 b - 14 - 5 + 25 G168-024 AC+30:35150
Gl 608 s 15 59 53 +61 48.0 0.462 274.6 - 36.5 dM0 M 9.99 +1.29 +1.23 +0.52 0425 059 0425 059 8.13 d - 21 - 59 + 7 BD+62 14460 G225-043 5307 V875
NN A 15 59 54 +30 35.8 0.189 316 m 13.37 +1.11 045 05 r 11.64 c LP 329-20
NN B 15 59 46 +30 35.9 0.189 316 m 15.17 +1.39 045 05 r 13.44 c LP 329-19 sep 112" 273d
Gl 609 16 00 43 +20 44.6 1.571 217.6 + 25 M3 K 12.56 +1.63 +1.20 +1.27 0994 030 0994 030 12.55 a + 40 - 58 + 35 G137-078 411 L 1346-53
Gl 609.1 16 00 57 +58 41.9 0.467 316.0 - 7.7 SB F8 IV-V 4.01 +0.52 +0.10 0487 085 0487 085 2.45 d - 42 - 17 + 7 144284 BD+58 16080 THE Dra
Wo 9540 A 16 01 37 -11 14.2 0.072 241.7 - 32.2 F6 IV-V 4.84 +0.45 J+0.03 J 0411 042 0411 042 2.91 c - 30 - 8 - 13 144070 BD-10 4237 BS 5978 ADS 9909 V(AB) = 4.16 d(m) = 0.16
Wo 9540 B 16 01 37 -11 14.2 0.072 241.7 F6 IV-V 5.0 * 0411 042 0411 042 3.1 * c 144069 BS 5977 a = 0.720" P = 45.69 yr
Wo 9540 C 16 01 37 -11 14.1 0.070 254.3 - 31.3 G8 V 7.30 +0.75 0411 042 0411 042 5.37 c - 29 - 7 - 11 sep (AC) 7.6" 53d (1959)
NN 16 01 40 -06 07.9 0.854 184.0 dM4.5-5 15.51 +1.89 0604 044 0604 044 14.42 b 3149 LP 684-17
Wo 9541 A 16 01 41 -11 18.8 0.075 248.0 - 31.5 G8 V 7.46 +0.74 +0.29 0430 045 0430 045 5.63 c - 29 - 7 - 12 144087 BD-11 4057 U391
Wo 9541 B 16 01 41 -11 18.8 0.070 248.1 - 28.1 K2 V U 8.03 +0.84 +0.51 0430 045 0430 045 6.20 c - 26 - 7 - 11 144088 BD-11 4058 U392
Gl 609.2 16 01 59 +25 22.9 0.867 322.2 - 48.2 SB G8 V 7.10 +0.77 +0.33 +0.28 0546 080 0546 080 5.79 d - 88 - 16 + 5 144287 BD+25 30200 3148
Wo 9543 A s 16 02 29 -32 43.5 0.426 237.0 - 26.4 G9 V 8.34 +0.82 J+0.38 J 0410 072 0410 072 6.40 d - 40 - 39 + 2 144179 CD-32 114050 LTT 6409 V(AB) = 7.85 d(m) = 0.59
Wo 9543 B s 16 02 29 -32 43.5 0.426 237.0 K1 V 9.0 * 0410 072 0410 072 7.1 * d a = 0.820" P = 134.00 yr
Wo 9543 C s 16 02 29 -32 43.5 0.426 237.0 K5 K 11.1 * 0410 072 0410 072 9.2 * d sep (AC) 9.6" 8d (1957)
Gl 610 16 02 44 -20 18.6 0.465 140.0 + 43.4 K3/4 V 7.40 +1.04 +0.94 +0.38 0585 044 0585 044 6.24 b + 54 - 11 - 17 144253 BD-20 43990 5312 K3 Kui
NN q 16 02 57 -45 02.4 0.027 4.5 - 15.5 A m 4.72 +0.23 +0.15 +0.12 0333 092 0333 092 2.3 e - 13 + 9 + 1 144197 CD-44 106250 BS 5980 may be composite (Mich)
Gl 611 A 16 03 13 +39 17.4 0.579 275.0 - 60.0 G8 V 6.66 +0.73 +0.21 0801 076 0801 076 6.18 c - 34 - 56 - 22 144579 BD+39 29471 3152
Gl 611 B 16 03 07 +39 17.6 0.624 274.5 m 14.23 +1.72 +1.25: 0725 034 0725 034 13.53 b BD+39 29472 G180-027 3150
Gl 611.1 16 03 51 -70 55.9 0.440 208.3 + 25.7 G8 V 7.22 +0.72 +0.31 +0.35C 0479 080 0479 080 5.62 d - 12 - 45 - 19 144009 CP-70 21630
Gl 611.2 16 03 58 +80 45.8 0.044 334.6 - 21.1 K0 H 7.57 +1.06 +0.96 0461 102 0461 102 5.89 d + 3 - 17 - 12 145742 BD+81 5410 giant (Tokovinin Sov. Astr. Lett 16, p 24, 1990)
Gl 611.3 p 16 04 18 +08 31.2 0.503 279.4 - 41.6 dM3 e W 11.55 +1.46 +0.85 0366 054 0366 054 9.37 d - 59 - 45 + 20 G016-029 3156 LTT 14795 L 1130-30
Gl 612 s 16 04 42 +38 46.4 0.577 157.8 + 24.1 K3 V 8.61 +0.96 +0.71 0566 132 038 06 r 6.51 d + 76 + 0 + 0 144872 BD+39 29500 G180-031 3153
Gl 612.1 s 16 04 48 +34 45.9 0.622 153.6 + 8.2 dM0 W 10.45 +1.24 +1.25 +0.50 0498 098 0498 098 8.94 d + 58 - 6 - 14 BD+35 27740 G180-033 3155 V059
NN 16 05 02 +06 06.1 0.377 233 m 13.46 +1.15 043 09 r 11.63 d G016-030 LTT 14801 L 1130-80 LP 564-39
GJ 1197 s 16 05 09 +26 58.6 0.564 140.3 m 13.33 +1.64 +1.25 +1.02 0456 037 0456 037 11.62 b G168-032 3158
NN s 16 05 10 +47 38.1 0.123 003 - 17.3 dK8 M 9.90 +1.17 +1.08 +0.43 0429 041 0429 041 8.06 c - 15 - 6 - 15 BD+47 2298 V758
GJ 1198 16 05 31 -10 17.3 1.354 195.1 M2 14.70: +1.70: +0.99: +1.30 0469 027 0469 027 13.06: b G153-027 412
Gl 613 16 05 41 -56 19.1 0.351 338.7 + 37.9 K3 V 7.11 +0.85 +0.48 +0.38 0753 119 0753 119 6.49 d + 37 - 14 + 18 144628 CP-56 73450
NN 16 07 11 +77 02.9 0.309 281 M1.5 K 12.35 +1.05 042 10 r 10.5 e G256-030 LTT 18432 AC+77:5457
NN 16 07 47 +53 04.4 0.230 71 dM0 M 10.19 +1.45 +0.76 064 10 r 9.22 d V759
NN 16 07 56 -70 01.2 0.643 203.3 k-m 13.75 +1.31 070 11 r 12.98 d 3167 LTT 6453 L 74-208
Wo 9547 s 16 07 57 -52 47.0 0.44 216 g 10.50 +1.16 +1.12 0394 059 0394 059 8.48 d CP-52 93170 CD-52:7263 LTT 6452
Gl 614 16 08 47 +43 57.0 0.323 155.9 - 13.3 K0 V 6.66 +0.88 +0.66 0619 102 0619 102 5.62 d + 21 - 11 - 15 145675 BD+44 25490 G180-035
GJ 1199 16 09 06 +13 30.4 0.541 181.1 +131 DA6 15.09 +0.23 -0.64 0549 047 0549 047 13.79 b + 88 - 3 + 43 G138-008 3163 W117
Gl 615 16 09 47 -57 25.5 1.647 212.0 + 10.0 K0 V 7.53 +0.83 +0.28 +0.32 0699 064 0699 064 6.75 b - 52 - 95 - 29 145417 CP-57 76900 413
NN 16 10 44 -21 16.4 0.122 273.6 + 16.7 G3 V 6.69 +0.61 +0.08 040 06 r 4.70 d + 10 - 10 + 16 145809 BD-21 4305
Gl 615.1A 16 10 58 +13 39.6 0.456 156.7 + 18.1 G8 V 7.36 +0.76 J+0.39 J 0518 052 0518 052 5.93 c + 43 - 9 - 11 145958 BD+13 30911 ADS 9969 V(AB) = 6.68 d(m) = 0.15
Gl 615.1B 16 10 58 +13 39.6 0.456 156.7 + 20.8 G8 V 7.5 * 0518 052 0518 052 6.1 * c + 45 - 8 - 10 BD+13 30912
NN 16 11 17 -28 22.6 0.520 224.7 M3.5 K 12.96 +1.19 062 12 r 11.92 d 3169 LTT 6474 L 626-41 LP 917-1
NN 16 12 17 +04 59.6 0.427 280.8 m 13.53 +1.18 047 09 r 11.89 d G017-007 6 LTT 14839 L 1130-104 LP 564-54
GJ 1200 16 12 27 +19 13.3 2.033 280.0 - 82 m 12.92 +1.54 +1.10 +1.12 0565 039 0565 039 11.68 b -127 -123 + 67 55
Gl 615.2A 16 12 48 +33 59.0 0.287 253.6 - 12.2 SB F8 V 5.64 +0.51 -0.00 +0.21 0444 054 0444 054 3.88 c - 7 - 30 + 11 146361 BD+34 27504 SIG Crb ADS 9979
Gl 615.2B 16 12 48 +33 59.0 0.287 253.6 - 14.5 G1 V 6.72 +0.24 0444 054 0444 054 4.96 c - 8 - 32 + 9 146362 BD+34 27505
Gl 615.2C 16 12 03 +33 53.9 0.305 254 M3.5 K 12.31 +1.40 +1.04 0444 054 0444 054 10.55 c G180-042 L 1490-024
Gl 616 16 12 54 -08 14.3 0.554 155.6 + 12.0 G1 V 5.49 +0.65 +0.16 +0.22 0651 065 0651 065 4.56 c + 29 - 16 - 25 146233 BD-07 42421 3171
NN 16 13 26 +24 35.0 0.252 344 M2 L 11.99 +1.51 +0.91 042 08 r 10.11 d G168-038 LTT 14849 L 1346-3 LP 385-58
NN 16 14 05 +35 56.5 0.252 307 K5 s 9.62 +1.23 +1.36 041 09 r 7.68 d G180-045 LTT 14853 L 1562-52 LP 275-83 H 32
Wo 9551 s 16 15 10 +71 03.4 0.286 181.6 - 17.5 dG5 7.90 +0.63 +0.22 0420 082 025 03 r 4.89 c + 53 - 18 + 11 147231 BD+71 775 G240-012 LTT 14856
NN 16 15 40 -04 34.3 0.091 65.2 - 7.7 VAR G9.5 IIIb 3.24 +0.96 +0.75 0406 088 0406 088 1.28 d - 5 + 9 - 8 146791 BD-04 4086
Gl 616.2 16 15 59 +55 23.8 0.492 157.2 - 32.6 dM1.5e W 9.96 +1.48 +1.08 +0.90 0475 065 0475 065 8.34 c + 47 - 23 - 27 BD+55 18230 G202-036 5315 V161 CR DRA possible binary: Heintz AJ 101, 1071
Wo 9553 s 16 16 02 -28 10.2 0.260 169.1 - 31.1 G0 V 7.67 +0.61 +0.12 0426 090 023 03 s 4.48 c - 24 - 27 - 50 146775 CD-27 109020 LTT 6500
Wo 9554 16 16 05 -50 02.1 0.162 251.0 - 28.9 G8 III 4.02 +1.08 +1.16 +0.41 0430 119 0430 119 2.2 e - 33 - 1 + 8 146686 CD-49 105360
Gl 617 A 16 16 37 +67 21.5 0.510 280.3 - 19.9 VAR M0 Ve 8.60 +1.41 +1.26 +0.68 0883 038 0883 038 8.33 a - 11 - 32 + 5 147379 BD+67 9351 G225-057 3175 V162
Gl 617 B 16 16 39 +67 22.6 0.522 278.6 - 19.5 M2.5 K 10.72 +1.49 +1.13 +1.08 0883 038 0883 038 10.45 a - 10 - 32 + 6 BD+67 9352 G225-058 3176
Gl 618 A 16 16 47 -37 25.4 1.222 324.5 + 20 M3 K 10.60 +1.57 +1.21 +1.08 1300 082 1300 082 11.17 b + 15 + 3 + 47 CD-37 107651 415
Gl 618 B 16 16 47 -37 25.4 1.222 324.5 M5 : K 14.15 +1.79 +1.59 1300 082 1300 082 14.72 b CD-37 107652 416
Gl 618.1 p 16 17 48 -04 08.9 0.409 268 -118.1 dM2 M 10.70 +1.40 +1.28 +0.68 0272 039 0272 039 7.87 d -122 - 64 - 11 G017-011 V760 AC-04:2788-82
Wo 9557 A 16 18 12 +39 49.6 0.137 270.8 - 29.0 F3 IV-V 5.46 +0.40 -0.08 0409 102 0409 102 3.5 e - 14 - 28 - 9 147365 BD+40 3005
Wo 9557 B 16 18 12 +39 49.6 0.137 270.8 11 * 0409 102 0409 102 9 * e
NN A 16 18 56 +75 52.3 0.267 341.0 - 9.5 VAR F3 V 4.95 +0.37 +0.08 0407 075 0407 075 3.00 d - 27 - 14 - 10 148048 BD+76 596 LTT 14869 ETA UMi
NN B 16 19 50 +75 50.1 0.264 341 m 14.51 0407 075 0407 075 12.56 d sep 227" 125d (NLTT)
Gl 618.4 16 19 01 -48 31.9 0.763 231.6 M3 K 11.83 +1.48 +0.89 0431 084 0431 084 10.00 d 3185 L 338-152
Gl 619 16 19 12 +41 04.6 0.122 347.7 + 7.5 dM0 p M 8.98 +1.30 +1.17 +0.56 0736 164 068 09 r 8.14 c - 6 + 7 + 7 BD+41 26950 V763
NN 16 19 32 +01 08.7 0.165 287.2 - 45.5 VAR F0 V 4.82 +0.34 +0.04 0453 076 0453 076 3.10 d - 44 - 16 - 11 147449 BD+01 3215
Gl 620 16 20 07 -24 35.1 0.712 206.4 M1 K 10.23 +1.47 +1.18 +0.75 0491 170 066 13 r 9.33 d CD-24 126770 3186 V761
Gl 620.1A 16 20 38 -39 04.7 0.074 91.1 + 17.0 G3/5 V 5.39 +0.63 +0.14 +0.22 0664 107 078 11 r 4.85 d + 17 - 3 - 1 147513 CD-38 109830
Gl 620.1B 16 20 10 -39 06.8 0.08 90 52.0 DA2 11.00 -0.14 -0.96 0655 054 078 11 r 10.46 d + 8 + 1 - 3 CD-38 109800 W274
Gl 621 16 21 32 -13 31.5 0.316 227.6 + 9.0 K3 V 8.40 +0.96 +0.72 +0.34 0602 078 0602 078 7.30 c + 7 - 24 + 7 147776 BD-13 44181 G153-049 U408
Gl 622 16 22 17 -21 49.1 0.640 240.7 K5 K 10.40 +1.45 +1.18 +0.71 0664 069 0664 069 9.51 c BD-21 43520 3191
Gl 623 16 22 39 +48 28.4 1.231 111.6 - 27.8 SB dM3 W 10.28 +1.48 +1.09 +1.02 1317 039 1317 039 10.88 a + 22 + 1 - 47 G202-045 417 V163 AC+48:1595-89 SBO in ApJ 344, 441
Gl 624 16 23 04 -69 58.5 0.231 63.5 + 7.6 SB G0 V 4.91 +0.55 +0.04 +0.19 0924 102 0924 102 4.74 c + 12 + 4 - 6 147584 CP-69 25580 ZET Tra
Gl 624.1A 16 23 18 +61 37.6 0.080 338.0 - 13.7 G8 III 2.74 +0.91 +0.70 0462 187 0462 187 1.1 f - 8 - 11 - 9 148387 ETA Dra
Gl 624.1B 16 23 18 +61 37.6 0.080 338.0 K2 W 8.8 * 0462 187 0462 187 7.1 * f BD+61 15914
NN 16 23 29 +26 08.4 0.184 271 m 12.24 +1.11 066 13 r 11.34 d LTT 14889 L 1418-61 LP 386-49
NN 16 23 56 -17 16.5 0.519 219.5 m 14.3 * +1.43 084 13 r 13.9 * d 3197 LP 805-10
Gl 625 16 24 14 +54 25.1 0.420 108 - 12.6 dM2 M 10.12 +1.61 +1.23 +0.96 1593 046 1593 046 11.13 a + 6 - 3 - 16 G202-048 V767 AC+54:1646-56 AC+55:41703
GJ 1201 16 25 30 +09 19.3 0.469 191.5 DA s W 16.13 +0.38 -0.45 0443 045 0443 045 14.36 c G138-031 6 W327
Gl 626 16 25 32 +07 25.2 0.346 224.5 - 35.0 dK8 M 8.83 +1.23 +1.22 +0.50 0536 092 061 08 r 7.76 c - 21 - 36 - 14 148467 BD+07 31800 G017-018 V766
Gl 626.1 16 25 43 -78 47.3 0.141 239.6 + 5.4 VAR K0 IV 3.89 +0.91 +0.62 +0.44C 0541 153 0541 153 2.6 e - 4 - 13 + 2 147675 CP-78 11030 GAM Aps
NN 16 25 46 +15 40.8 0.304 177 m 13.18 +1.10 041 08 r 11.24 d G138-033 LTT 14899 L 1274-24 LP 445-22
NN 16 25 52 +25 18.3 0.057 171.7 G5 8.19 041 05 o 6.25 c 148555 BD+25 3086
Gl 626.2 16 26 40 +36 52.2 0.864 326.4 + 24 DZA6 13.85 +0.17 -0.67 0640 035 0640 035 12.88 b - 65 - 11 + 14 G180-057 3200 W119 Ross 640
Gl 627 A 16 26 41 +18 31.1 0.514 318.0 - 36.2 K3 V 7.68 +0.85 J+0.45 J+0.32 J 0584 098 050 06 r 6.17 c - 58 - 14 + 10 148653 BD+18 31823 G138-034 3203 ADS 10075 V(AB) = 7.01 d(m) = 0.17
Gl 627 B 16 26 41 +18 31.1 0.514 318.0 K3 V 7.85* 0584 098 050 06 r 6.34* c BD+18 31824 3204 a = 2.234" 236.07 yr
GJ 2121 16 27 24 -14 33.3 0.539 243.5 M3 K 12.32: +1.52: +1.43: +1.09 058 15 r 11.1 : e G153-057 3205 LTT 6579
Gl 628 16 27 31 -12 32.3 1.175 183.4 - 13.0 SB M3.5 K 10.08 +1.58 +1.18 +1.20 2447 063 2447 063 12.02 a - 6 - 19 - 17 BD-12 45230 G153-058 419 V164
NN 16 28 06 -03 52.9 0.159 262.4 K5 s 9.58 +1.25 +1.22 +0.50 044 06 r 7.80 c BD- 3 3952 Steph 1347
Gl 629 16 28 08 -38 54.1 0.543 232.5 - 50.6 SB K0 V 7.24 +0.86 +0.48 +0.34 0561 085 0561 085 5.98 d - 62 - 28 + 2 148704 CD-38 110190 3209
NN 16 28 48 -87 19.0 0.066 170 DA6 14.58 +0.22 -0.63 041 08 w 12.64 d W L 8-61 BPM 890 WD1628-873
GJ 1202 16 29 22 +17 40.9 0.886 202.7 k-m 12.78 +1.57 +1.14 +1.10 0530 029 0530 029 11.40 b G138-037 3210
NN 16 29 39 +40 58.0 0.358 330 m+ 14.79 +1.72 +1.60 100 29 r 14.8 e G180-060
Wo 9566 s 16 30 23 +03 21.2 0.420 243.0 - 58.0 SB K1 K 8.85 +0.88 +0.54 +0.34 0408 075 029 05 r 6.16 d - 47 - 77 + 0 149162 BD+03 3215 G017-022 LTT 14916
GJ 1203 16 30 28 +12 43.1 0.788 260.2 k-m 12.18: +1.46 +1.14 +1.06 0507 036 0507 036 10.71: b G138-039 3213
NN 16 30 29 +09 56.6 0.287 57 m 13.05 +1.66 +1.18 060 11 r 11.94 d G138-040
NN 16 30 50 -53 28.7 0.671 195.4 m 12.0 * +1.02 056 11 r 10.7 * d 3216 LTT 6608 L 266-166
Gl 629.2A x 16 32 05 -04 07.0 0.704 193.3 -171.6 SB G5 Ve 9.62 +0.74 +0.11 +0.32 0509 096 0509 096 8.15 d -126 - 89 -100 149414 BD-03 39680 G017-025 3215 LFT 1290 LTT 6621
NN 16 32 10 +03 24.2 0.240 132 k 11.57 +1.48 +1.24 048 23 r 10.0 f G017-026 LTT 14922
NN 16 32 19 -27 11.3 0.924 179.7 m 14.2 * +1.31 057 09 r 13.0 * d 3218 LP 862-184
Gl 629.3 s 16 32 33 -49 11.2 0.599 184.8 M1 : K 12.38 +1.48 +1.15 +0.96 0516 136 0516 136 10.9 e 3223 L 339-106
NN 16 32 35 -30 44.5 1.189 225.3 M3.5 K 12.68 +1.54 +1.02 +1.05 046 12 r 11.0 e 423 LTT 6625 L 555-14 LP 918-1
Gl 630 s 16 33 17 +33 24.3 0.263 252 dM0 M 11.06 +1.34 +1.27 +0.60 0450 081 029 04 r 8.37 d G180-062 V770 AC+33:45152
NN 16 33 25 +43 24.0 0.356 143.6 DA8 14.82 +0.42 -0.42 0665 030 0665 030 13.93 a G180-063 6 W PG
Gl 630.1A 16 33 29 +57 14.8 1.620 316.0 -118.6 SB dM4 e W 12.90 +1.60 +1.05 +1.32 0690 029 0690 029 12.09 a -103 -121 - 34 G225-067 421 LP 101-015
Gl 630.1B 16 33 31 +57 15.2 1.620 316.0 DQ8 15.00 +0.49 -0.36 0690 029 0690 029 14.19 a G225-068 422 W258 LP 101-016
NN 16 33 37 +35 07.2 0.197 137 m 12.95 +1.27 087 15 r 12.65 d LP 275-68
GJ 1204 16 33 43 +08 54.9 0.557 254.1 m 13.80 +1.65 +1.29 0652 042 0652 042 12.87 b G138-043 3221
Gl 631 16 33 44 -02 13.2 0.552 124.6 - 12.1 K0 Ve 5.75 +0.82 +0.42 +0.28 0951 081 0951 081 5.64 b + 3 + 0 - 30 149661 BD-01 32201 3224
Gl 632 s 16 34 28 +79 53.7 0.126 135.7 - 16.9 dG3 W 7.06 +0.62 +0.06 0448 229 034 06 r 4.72 d + 20 - 4 - 13 150706 BD+80 5190
Gl 632.1 16 34 52 +31 12.2 0.553 142.4 - 10.3 dK6 W 9.49 +1.20 +1.16 +0.46 0605 107 0605 107 8.40 d + 31 - 7 - 31 149957 BD+31 28750 G169-020 3226 V771
Gl 632.2A s 16 35 48 +76 04.9 0.18 41 - 7.1 K7 K 10.02 +1.15 J +0.47 J 0509 136 029 05 r 7.33 d - 14 + 5 - 26 BD+76 6141 V(AB) = 9.95 d(m) = 3.
Gl 632.2B s 16 35 47 +76 04.9 0.16 38 DA K 13 * 0509 136 029 05 r 10 * e BD+76 6142 AC+76:5655 sep 3.7" 285d (1895)
Gl 632.3 s 16 36 13 +05 31.4 0.18 267 G 10.22 +0.99 0464 102 019 03 r 6.61 d AC+05:125-28
Gl 633 16 37 09 -45 54.2 0.536 137.9 + 30 M3 K 12.68 +1.61 +1.20 +1.07 1046 119 1046 119 12.78 c + 27 - 13 - 24 3233 L 339-019 LTT 6662
Wo 9572 s 16 37 22 +05 36.5 0.336 162.4 + 51.0 K2 K 8.67 +0.89 +0.60 0396 308 032 05 r 6.20 d + 71 - 8 - 4 150281 BD+05 3246 G017-031 LTT 14942
NN 16 37 32 +00 48.3 0.217 135 m 13.69 +1.70 +1.33 0893 046 0893 046 13.44 b LP 625-34
Gl 634 16 37 56 -43 53.0 0.614 219.4 - 42 M3 K 11.57 +1.55 +0.92 0548 107 0548 107 10.26 d - 57 - 36 - 3 CD-43 110100 3235
Gl 634.1 s 16 38 31 -02 45.3 0.440 183.1 - 40.1 dG2 W 7.22 +0.64 +0.07 +0.35C 0458 060 0458 060 5.52 c - 15 - 44 - 38 150433 BD-02 42301
Wo 9574 16 38 41 -17 38.8 0.022 260.3 - 22.1 G7.5 II CN 4.96 +1.11 +0.87 0437 122 0437 122 3.2 e - 21 - 2 - 5 150416 BD-17 4618
NN 16 39 02 +36 24.6 0.222 324 M2 s 11.50 +1.50 +0.93 055 10 r 10.20 d LTT 14949 Ross 812
NN 16 39 06 -05 43.5 0.225 175 g-k 12.06 +1.50 +1.25 043 21 r 10.2 f G017-033 LTT 6674 L 915-5 LP 685-43
Gl 635 A 16 39 24 +31 41.5 0.614 309.9 - 70.4 SB G0 IV 2.91 +0.65 J+0.21 J+0.23 J 0990 028 0990 028 2.89 a - 54 - 47 - 26 150680 BD+31 28842 3234 ZET Her ADS 10157 V(AB) = 2.81 d(m) = 2.52
Gl 635 B 16 39 24 +31 41.5 0.614 309.9 SB? K0 V 5.4 * 0990 028 0990 028 5.4 * a BD+31 28843 a = 1.355" P = 34.487 yr
NN 16 39 25 -37 14.8 0.093 176.3 G8 V 7.13 +0.77 050 07 r 5.62 d 150474 CD-37 109310
GJ 1205 16 39 50 +53 47.0 0.236 212 DC7 15.06 +0.33 -0.52 0481 035 0481 035 13.47 b W329 LP 137-43 GD356 PG
NN 16 40 22 +67 41.5 0.451 325.6 m 15.65 +1.95 0752 043 0752 043 15.03 b G240-023 6 LP 069-457
Gl 635.1 16 40 41 +79 00.8 0.060 334.3 - 20.9 gG9 W 6.32 +1.14 +1.20 0460 188 0460 188 4.6 f + 1 - 19 - 11 151623 BD+79 5110
Gl 637 16 42 30 -72 52.8 0.701 226.7 - 27 m 11.35 +1.57 +1.22 +0.86 0670 124 0670 124 10.48 d - 50 - 21 + 16 3242 L 074-113
Gl 637.1 16 42 44 +68 11.3 0.522 325.8 + 10.4 K1 V 7.56 +0.79 +0.36 0484 116 044 07 r 5.78 d - 53 - 10 + 18 151541 BD+68 8830 G240-025 3238
Gl 638 16 43 15 +33 35.7 0.389 352.6 - 30.6 K7 V 8.11 +1.37 +1.29 +0.57 1032 030 1032 030 8.18 a - 29 - 12 - 16 151288 BD+33 27770 G181-006
Wo 9577 s 16 43 35 -30 31.6 0.168 228.4 + 43 K5 K 10.59 +1.41 +1.26 0408 153 034 10 r 8.2 e + 38 - 29 + 11 CD-30 134580
NN 16 44 00 +16 34.4 0.585 206.4 m 11.65 +1.05 072 14 r 10.94 d G138-064 3240 LTT 14970 L 1276-44 LP 446-6
Wo 9578 16 44 21 +56 52.2 0.065 10.7 - 3.6 SB F2 V 4.85 +0.38 -0.06 0441 119 0441 119 3.1 e - 7 - 1 - 4 151613 BD+57 1702
Gl 638.1 p 16 45 16 -47 37.9 0.096 246.6 + 29.4 K0 V 7.38 +0.91 +0.59 +0.32 0181 102 057 09 r 6.16 d + 25 - 18 + 3 151337 CD-47 110680
NN 16 45 54 -15 39.0 0.248 180 M2 s 10.94 +1.50 +0.88 063 11 r 9.94 d LP 806-8
Gl 639 s 16 46 50 +37 06.3 0.369 192.0 + 2.7 K7 V 8.41 +0.82 +0.44 0523 114 0523 114 7.00 d + 29 - 16 + 4 151877 BD+37 28040 G181-009
Gl 639.2 x 16 47 00 -64 21.2 0.530 256.1 g 11.00 +0.72 +0.04 +0.29 0510 136 0510 136 9.5 e 3248 AC-64:N301-65
GJ 1206 16 47 38 +59 08.8 0.317 154 DAV4 12.23 +0.18 -0.64 0812 046 0812 046 11.78 b G226-029 W368 LP 101-148
NN p 16 47 43 +39 21.8 0.296 162.7 + 26 K4 s 9.75 +1.27 +0.54 0143 136 044 06 r 7.97 c + 39 + 11 + 7 BD+39 3048 G181-010 V319 LTT 14979
Gl 640 p 16 47 54 +18 59.2 0.087 200.0 - 4.8 dK5 M 8.90 +1.02 +0.89 +0.40 0362 068 040 04 r 6.91 c + 3 - 11 - 3 151995 BD+19 3174 V779
NN 16 48 17 -04 45.4 0.762 249.9 k 13.4 * +1.17 048 09 r 11.8 * d G017-038 3246
NN 16 48 50 +22 31.8 0.410 3 m 14.08 +1.75 +1.46 100 15 r 14.08 d G169-029
NN s 16 48 59 +47 48.9 0.11 249 - 0.4 dK8 M 9.42 +1.19 +1.12 +0.42 0426 124 037 04 r 7.26 c + 2 - 10 + 10 BD+47 2391 V781
NN p 16 49 11 +38 14.0 0.078 19.3 + 6.0 dK8 M 10.55 +1.59 +1.14 +0.98 0274 136 102 20 r 10.59 d - 1 + 6 + 3 BD+38 2847 V320 AG+38:1528
Gl 641 16 50 27 +00 04.5 1.658 205.8 + 45.4 G8 V 6.64 +0.76 +0.32 +0.24 0605 089 0605 089 5.55 d + 84 -108 + 10 152391 BD+00 35930 G019-004 426
NN 16 51 15 +40 10.2 0.219 192 m 13.44 +1.16 045 09 r 11.71 d G203-033
Gl 642 16 51 54 +11 59.5 0.670 299.6 - 67.3 dM1.5 W 10.74 +1.45 +1.24 +0.71 0581 188 045 09 r 9.01 d - 84 - 43 + 25 G138-067 3251 AC+12:1155-87
Gl 643 16 52 45 -08 13.9 1.190 222.5 - 14.1 SB sdM4 W 11.80 +1.69 +1.35 +1.21 1719 073 1719 073 12.98 a - 8 - 35 + 0 427 Wolf 629 cpm with Gl 644 sep 72" 315d
Gl 644 A 16 52 48 -08 14.7 1.183 222.2 + 12.1 M3 J K 9.69 +1.57 J+1.08 J+1.08 J 1539 026 1539 026 10.63 a + 16 - 34 + 9 152751 BD-08 43522 428 V782 Wolf 630 V1054 Oph V(AB) = 9.02 d(m) = 0.18
Gl 644 B 16 52 48 -08 14.7 1.183 222.2 9.9 * 1539 026 1539 026 10.8 * a BD-08 43524 a = 0.218" P = 1.715 yr
Gl 644 C 16 52 55 -08 18.2 1.190 222.5 + 20 M7 16.78 +1.99: +1.92 1539 026 1539 026 17.72 a + 23 - 32 + 12 429 VB 8 sep(AC) 221"
Gl 645 16 53 24 -36 58.7 0.469 198 M1 K 11.44 +1.51 +1.12C 0596 084 0596 084 10.32 d L 484-031
GJ 1207 16 54 26 -04 16.0 0.636 126.3 dM3.5 K 12.28 +1.60 +1.11 +1.24 1044 080 1044 080 12.37 b G019-007 3255
Wo 9581 16 54 28 -55 54.8 0.038 201.2 - 6.0 K5 III 3.12 +1.60 +1.97 +0.64 0418 153 0418 153 1.2 f - 7 - 1 + 0 152786 CP-55 77660
GJ 1208 16 55 01 +21 31.8 0.578 176.9 + 46 DA6 14.06 +0.25 -0.56 0430 031 0430 031 12.23 b + 50 - 35 - 19 G169-034 3254 W197
NN 16 55 04 +13 32.9 0.211 134 m 14.35 +1.25 042 08 r 12.47 d LP 506-37
Gl 646 A 16 55 26 -39 29.2 0.331 55.6 + 42.5 K5 V 8.50 +1.16 J+1.08:J+0.64CJ 0730 102 0730 102 7.82 d + 46 + 9 - 5 153026 CD-39 109402 V(AB) = 8.31 d(m) = 1.9
Gl 646 B 16 55 26 -39 29.2 0.331 55.6 10.4 * 0730 102 0730 102 9.7 * d CD-39 109403 sep 3.9" 9d (1931)
Gl 647 p 16 55 28 +13 22.0 0.10 29 dM0 M 10.66 +1.36 +1.31 +0.67 0262 041 0262 041 7.75 d V783 AC+13:804-98
Gl 648 16 55 45 +65 12.7 0.229 76.6 - 20.9 SB F6 V 4.89 +0.48 -0.03 +0.17t 0529 097 059 07 r 3.74 c + 1 - 6 - 27 153597 BD+65 11570
Gl 649 16 56 07 +25 49.6 0.527 191.9 + 4.3 VAR dM2 W 9.65 +1.50 +1.20 +0.85 1050 045 1050 045 9.76 a + 20 - 13 + 1 BD+25 31730 G169-038 3257 V785
NN 16 56 09 +14 02.6 0.380 271 m 13.13 +1.26 077 13 r 12.56 d G139-003
Gl 649.1A 16 56 30 +47 26.3 0.317 330.1 - 6.6 dK8 J M 7.83 +0.98 +0.80 +0.34 0570 044 0570 044 6.61 b - 26 - 6 + 6 153557 BD+47 24152 G203-037 V887 LTT 15019
Gl 649.1B 16 56 30 +47 26.3 0.317 330.1 11.19 +1.47 +1.04 +0.81 0570 044 0570 044 9.97 b BD+47 24153
Gl 649.1C 16 56 19 +47 26.0 0.303 332.5 - 7.0 dK8 M 7.90 +1.00 +0.82 +0.34 0570 044 0570 044 6.68 b - 25 - 6 + 5 153525 BD+47 24110 G203-036 V886 LTT 15017
NN 16 57 44 -61 29.6 0.204 195.9 K3 V 8.84 +1.04 +0.92 +0.39 040 06 r 6.85 d CD-61 57030 U422 CP-61: 5825
NN 16 58 18 +25 25.3 0.186 328 m 13.22 +1.09 039 08 r 11.18 d LP 587-31
Gl 650 s 16 58 22 -13 29.4 0.320 184.1 + 83.4 SB G2 V 7.12 +0.58 +0.10 +0.33C 0585 136 032 06 r 4.65 d + 91 - 29 + 1 153631 BD-13 45280 G3 Kui, SBO (A&A 195,129)
NN 16 58 39 +08 16.9 0.290 236 m 13.43 +1.17 047 09 r 11.79 d G139-005
NN q 16 59 09 -53 09.9 0.150 178.6 + 7.0 F6 V 5.29 +0.50 +0.01 0315 046 040 04 s 3.30 c - 1 - 15 - 12 153580 CP-53 83160
NN 16 59 50 +77 47.2 0.259 56 m 12.67 +1.05 045 09 r 10.94 d G259-005
NN 17 00 09 -05 59.8 dM2 10.85 +1.50 +1.22 +0.78 050 08 r 9.34 d BD- 5 4394 Steph 1422
Gl 651 17 01 12 +47 08.4 0.874 7.9 - 47.3 G8 V 6.77 +0.73 +0.27 0618 060 0618 060 5.72 c - 73 - 12 - 35 154345 BD+47 24200 3260
Gl 652 17 01 19 -28 30.6 0.277 160.5 + 15.3 G8 IV-V 6.58 +0.83 +0.54 +0.38C 0698 082 0698 082 5.80 c + 16 - 12 - 14 154088 CD-28 127690
GJ 1209 17 02 08 +17 00.9 1.136 174.5 + 75 m 12.28 +1.55 +1.18: +1.04 0579 030 0579 030 11.09 b +119 - 13 + 2 G170-012 430
NN 17 02 11 +51 28.0 0.646 13.0 k-m 13.56 +1.75 1052 025 1052 025 13.67 a G203-042 3262
Gl 653 17 02 27 -04 59.0 1.471 218.5 + 34.2 K5 V 7.73 +1.16 +1.06 +0.49 0887 057 0887 057 7.47 b + 48 - 68 + 21 154363 BD-04 42251 G019-013 431 V787A Wolf 635 LFT 1316
Wo 9582 A 17 02 37 +59 39.0 0.446 303.4 - 73.1 K4 V 8.65 +1.04 +0.94 +0.38 0476 076 043 05 r 6.82 c - 34 - 80 - 14 154712 BD+59 17831 G226-043 LTT 15047
Wo 9582 B 17 02 38 +59 39.2 0.458 304.7 - 72.7 K4 K 10.31 +1.40 +1.33 +0.64 0476 076 043 05 r 8.48 c - 36 - 80 - 14 BD+59 17832 G226-044 LTT 15048 sep 17" 44d
Gl 654 17 02 37 -05 00.7 1.461 219.2 + 34.6 M3.5V 10.08 +1.44 +1.07 +0.91 1047 106 1047 106 10.18 c + 46 - 55 + 20 BD-04 42260 G019-014 432 V787B Wolf 636 LFT 1317 comp. to Gl 653 sep 18.5" 146d
Gl 654.1 17 02 44 +00 46.5 0.335 183.1 - 15.8 F9 V 6.00 +0.58 +0.05 +0.31C 0469 119 051 09 r 4.54 d + 2 - 29 - 19 154417 BD+00 36290
Gl 654.2 17 04 00 +15 17.8 0.127 224.9 - 30.9 K0 V 7.09 +0.94 +0.67 069 11 r 6.28 d - 18 - 23 - 13 154653 BD+15 3108
Wo 9584 A 17 04 17 +54 32.1 0.113 316.3 - 14.3 F7 V 5.63 +0.47 J+0.03 J 0468 083 043 06 r 3.80 d - 12 - 15 - 2 154906 BD+54 1857 BS 6370 ADS 10345 V(AB) = 4.93 d(m) = 0.10
Wo 9584 B 17 04 17 +54 32.1 0.113 316.3 - 16.5 SB F7 V 5.73* 0468 083 043 06 r 3.90* d - 12 - 17 - 4 154905 BS 6369 a = 3.945" P = 672 yr
Wo 9584 C 17 04 17 +54 32.1 0.113 316.3 M3 : K 13.5 * 0468 083 043 06 r 11.7 * d sep(AB-C) 14"
Gl 654.3 17 04 36 -41 39.3 0.385 213.2 - 19.1 K5 V 8.29 +1.05 +0.90 +0.40 0530 119 055 08 r 6.99 d - 27 - 27 - 2 154590 CP-41 78620
Gl 654.4 s 17 04 50 +88 41.8 0.029 0.0 - 10.3 K0 H 8.32 +0.87 +0.54 0475 102 036 05 r 6.10 d + 1 - 9 - 6 163545 BD+88 1050
Gl 655 17 05 01 +21 37.1 0.481 268.6 - 49.9 M3 K 11.61 +1.56 +1.30 +1.06: 0655 072 0655 072 10.69 c - 35 - 49 + 1 G170-017 5324 Ross 863
GJ 1210 17 05 17 +07 26.3 0.653 233.2 m 14.01 +1.88 +1.44 +1.41 0780 053 0780 053 13.47 b G139-012 3265
GJ 1211 17 05 37 +03 01.7 0.336 176 DZ7 15.19 +0.46 -0.25 0573 062 0573 062 13.98 c G139-013 W494
Gl 656 17 05 40 -60 40.4 0.612 8.9 + 8.8 K0 V 7.41 +0.89 +0.53 +0.33 0678 081 0678 081 6.57 c + 30 + 27 + 17 154577 CP-60 67180 3268
NN 17 07 05 +03 59.7 0.066 208.4 G5 7.95 048 05 o 6.36 c 155121 BD+ 4 3342
Gl 656.1A 17 07 30 -15 39.9 0.102 21.6 - 2.4 A1 V 3.02 +0.06 J+0.08 J+0.03CJ 0511 096 0511 096 1.56 d - 4 + 9 + 1 155125 BD-15 44674 ETA Oph BS 6378 ADS 10374 V(AB) = 2.43 d(m) = 0.36
Gl 656.1BC 17 07 30 -15 39.9 0.102 21.6 A3 V 3.4 * 0511 096 0511 096 1.9 * d BD-15 44675 Comp C : V = 12.34, B-V = 0.83, U-B = 0.25 Woolley
NN 17 07 34 +11 59.3 0.380 256 m 13.99 +1.26 052 09 r 12.57 d G139-017 LTT 15079 L 1205-52 LP 507-5
NN 17 07 56 +43 45.3 0.428 129 M3 L 11.80 +1.48 +0.89 +1.25 1318 31 125 36 r 12.3 e G203-047 USNO 752 pos?
Gl 657 17 08 34 -43 10.5 0.288 175.4 - 27 F0 IVn 3.33 +0.41 +0.09 +0.23 0575 085 0575 085 2.13 d - 31 - 10 - 14 155203 CD-43 114850 ETA Sco
Gl 659 A 17 09 08 +54 33.4 0.137 147.8 + 4.2 dK8 M 8.85 +1.16 +1.08 +0.44 0495 064 0495 064 7.32 c + 12 + 6 - 3 155674 BD+54 18610 V790
Gl 659 B 17 09 10 +54 33.1 0.140 141.1 + 2.9 dK8 M 9.34 +1.25 +1.21 +0.50 0495 064 0495 064 7.81 c + 12 + 6 - 5 BD+54 18620
Gl 660 A 17 09 18 -01 47.3 0.549 234.7 M3.5 J K 12.05 +1.60 J+1.26 J+1.11 J 0853 045 0853 045 11.70 b G019-015 3269 L 989-020 V(AB) = 11.35 d(m) = 0.1
Gl 660 B 17 09 18 -01 47.3 0.549 234.7 12.2 * 0853 045 0853 045 11.9 * b a = 0.69" P = 33.5 yr Heintz AJ 101, 1071
NN 17 09 52 +38 30.1 0.233 96 m 11.61 +1.15 101 20 r 11.63 d LTT 15087 Wolf 654
Gl 660.1 s 17 10 11 -05 03.4 0.708 164.7 M0 K 11.62 +1.46 +1.06 +0.76 0496 065 0496 065 10.10 c G019-016 3271 AC-05:4400-84
NN 17 10 14 +56 43.2 0.082 185.2 G5 6.98 +0.70 +0.22 045 06 r 5.25 c 155902 BD+56 1954
Gl 661 A 17 10 40 +45 44.8 1.582 171.3 - 30.0 M3 J K 9.96 +1.49 J+1.01 J+1.08 J 1595 031 1595 031 10.97 a + 38 - 32 - 26 155876 BD+45 25051 G203-051 433 V165 Kui 79 V(AB) = 9.38 d(m) = 0.48
Gl 661 B 17 10 40 +45 44.8 1.582 171.3 M3.5 K 10.4 * 1595 031 1595 031 11.4 * a BD+45 25054 434 a = 0.71" P = 12.98 yr
GJ 1212 17 10 59 -08 21.4 0.604 223.6 - 15 dM1 12.05 +1.61 +1.18 +1.10 0631 095 0631 095 11.05 d - 6 - 47 + 4 3272
GJ 1213 p 17 11 26 +42 23.7 1.083 250.1 + 10.7 dM1 W 10.10 +1.27 +1.13 +0.63 0372 040 0372 040 7.95 c + 32 - 82 +107 BD+42 2810 G203-052 435 V167
Gl 663 A 17 12 16 -26 31.8 1.235 203.6 + 0.5 K1 Ve 5.07 +0.85 +0.53 +0.32 J 1876 078 1876 078 6.44 a + 0 - 31 - 6 155886 CD-26 120261 437 ADS 10417AB V(AB) = 4.32 d(m) = 0.04
Gl 663 B 17 12 16 -26 31.9 1.231 202.0 + 0.9 K1 Ve 5.11 +0.86 +0.63 1876 078 1876 078 6.48 a + 1 - 30 - 7 155885 CD-26 120262 438 a = 13.91" P = 548.7 yr
NN 17 12 41 +26 58.9 0.321 300 m 12.35 +1.52 +1.24 +0.95 040 07 r 10.36 d G170-028 LTT 15104 L 1421-36 LP 332-9
GJ 1214 17 12 49 +05 01.7 0.890 142.6 m 14.67 +1.74 +1.17 +1.39 0774 054 0774 054 14.11 b G139-021 3275
NN AB 17 12 57 +24 53.5 0.16 189 - 40 SB A3 IV 3.14 +0.08 +0.08 +0.03 0393 067 0393 067 1.11 d - 8 - 37 - 23 156164 BD+25 3221 BS 6410 ADS 10424 sep 8.5" d(m) = 5.6
Gl 664 17 13 09 -26 28.6 1.222 203.1 - 0.1 VAR K5 Ve 6.33 +1.16 +1.07 +0.44 1820 124 1820 124 7.63 b + 0 - 31 - 7 156026 CD-26 120360 439 ADS 10417C cpm to Gl 663, sep 732"
NN p 17 13 31 -12 07.4 0.17 96 + 21 dM0 M 10.33 +1.37 +0.61 0301 153 042 06 r 8.45 d + 23 + 13 - 11 BD-12 4699 V166 BPM 78844
NN 17 13 39 +19 03.3 M2 s 10.36 +1.55 +1.20 +0.81 069 12 r 9.55 d BD+19 3268 Steph 1453
NN 17 13 40 +11 07.0 0.369 201 M2.5 L 10.84 +1.38 +1.27 +0.86 059 10 r 9.69 d BD+11 3149 G139-023 LTT 15111
GJ 2128 17 14 17 +08 06.8 0.277 256 M3.5 L 11.49 +1.55 +1.23 +1.00 068 13 r 10.65 d G139-027 LTT 15114
NN A 17 14 57 -11 46.6 0.298 180 M3 K 12.83 +1.49 +1.15 048 08 r 11.24 d LTT 6883 L 845-15 LP 747-20
NN B 17 14 56 -11 46.1 0.298 180 M3 K 12.91 +1.49 +1.12 048 08 r 11.32 d LTT 6882 L 845-16 LP 747-19 sep 30" 338d
Gl 665.1 17 15 04 -24 01.2 0.130 126.6 - 14.7 G3 V 6.59 +0.62 043 05 r 4.76 c - 13 - 1 - 16 156365 CD-23 132970
Gl 666 A 17 15 15 -46 35.1 1.053 80.5 + 23 G8 V 5.53 +0.77 +0.35 +0.28 1319 061 1319 061 6.13 b + 28 + 19 - 29 156274 CD-46 113704 444
Gl 666 B 17 15 15 -46 35.1 1.053 80.5 + 25.1 M0 V 8.69 +1.41 +0.89 +0.81 1319 061 1319 061 9.29 b + 30 + 18 - 29 CD-46 113705 445
GJ 1215 17 15 25 +11 43.7 0.539 218.7 m 15.10 +1.88: +1.50 0788 049 0788 049 14.58 b G139-029 3277
Gl 667 A 17 15 33 -34 56.2 1.167 99.2 + 0.0 K3 V 6.29 +1.04 J+0.82 J+0.42 J 1400 060 1400 060 7.02 a + 3 + 17 - 35 156384 CD-34 116264 442 U433 V(AB) = 5.91 d(m) = 0.95
Gl 667 B 17 15 33 -34 56.2 1.167 99.2 + 1.0 K5 V 7.2 * 1400 060 1400 060 7.9 * b + 4 + 17 - 35 CD-34 116265 AB: a = 1.82" P = 42.09 yr
Gl 667 C 17 15 34 -34 56.5 1.180 098.3 0.6 M2.5 K 10.24 +1.57 +1.16 +0.96 1400 060 1400 060 10.97 a + 4 + 18 - 36 CD-34 116262 443 sep(AC) 30.5" 129d - 30.8" 136d (1889-1948)
Gl 667.1 s 17 15 40 -75 17.7 0.978 256.5 + 58.9 G2 V 7.00 +0.60 -0.03 +0.22 0420 089 035 05 r 4.72 d + 5 -127 + 70 155918 CP-75 13680 3285
NN 17 15 45 -01 43.7 0.138 141 K7 s 10.59 +1.44 +0.75 051 08 r 9.13 d V791 BPM 78873
NN 17 16 10 +18 12.2 0.231 182 m 13.02 +1.15 053 10 r 11.64 d LTT 15124 L 1277-48 LP 447-38
Gl 668.1 p 17 17 19 -05 51.9 0.186 168.9 - 33.1 G9 V 6.32 +0.85 +0.47 +0.31 0235 081 085 13 r 5.97 d - 26 - 16 - 16 156826 BD-05 44260
Gl 669 A 17 17 54 +26 32.8 0.430 330 - 33.7 dM4 e W 11.42 +1.55 +1.15 +1.18 0933 019 0933 019 11.27 a - 36 - 18 - 3 G170-035 Ross 868
Gl 669 B 17 17 53 +26 32.8 0.430 330 - 34.0 dM5 e W 12.97 +1.64 +0.73 +1.39 0933 019 0933 019 12.82 a - 36 - 19 - 4 G170-034 Ross 867
Gl 670 A 17 18 00 -21 03.7 0.313 132.0 - 8.8 F2 V 4.41 +0.39 J-0.05 J+0.24CJ 0598 065 0598 065 3.29 c - 5 - 4 - 26 156897 BD-20 47312 XI Oph V(AB) = 4.39 d(m) = 4.5
Gl 670 B 17 18 00 -21 03.7 0.313 132.0 K3 K 8.9 * 0598 065 0598 065 7.8 * c BD-20 47313 sep 2.7" 66d - 3.7" 50d (1931-1959)
Gl 671 17 18 17 +41 46.5 0.863 159.8 - 18.9 M3 K 11.37 +1.56 +1.04 0774 048 0774 048 10.81 b + 42 - 20 - 31 G181-039 3281 AC+41:726-154
Gl 672 17 18 47 +32 31.9 1.050 173.0 - 79.1 G2 V 5.39 +0.62 +0.07 +0.24 0737 055 0737 055 4.73 b + 22 - 80 - 63 157214 BD+32 28961 441
GJ 1216 17 19 26 +49 19.2 1.304 155.5 m 14.48: +1.66: 0587 056 0587 056 13.32: c G203-063 446
NN 17 19 47 +21 28.4 0.304 327 m 13.84 +1.28 060 10 r 12.73 d G170-036
GJ 1217 s 17 19 52 -14 54.4 0.206 207 - 56 K5 V 10.84 +1.41 +1.34 +0.62 0427 070 0427 070 8.99 d - 50 - 31 - 14 BD-14 4622 V168 LTT 6914
Gl 672.1 17 20 35 -32 11.8 0.596 198.0 M2 K 11.64: +1.50 +0.87 0484 102 0484 102 10.06: d 3286 LP 920-1 L 557-068
NN 17 20 40 -80 08.1 0.681 314.7 m 12.1 * +1.15 081 16 r 11.6 * d 3295 LTT 6920 L 21-3
NN 17 21 39 -04 19.1 0.265 245 M2 s 12.19 +1.51 +1.04 053 11 r 10.81 d LTT 6924 L 989-38 LP 687-31
Gl 673 17 23 16 +02 10.2 1.315 206.1 - 23.3 K7 V 7.53 +1.36 +1.27 +0.60 1289 035 1289 035 8.08 a + 1 - 53 - 10 157881 BD+02 33120 G019-024 447 V794
Gl 673.1 17 23 19 -24 07.9 0.118 180.0 - 37.2 A9 V 4.17 +0.28 +0.12 +0.14C 0442 082 0442 082 2.40 d - 36 - 12 - 11 157792 CD-24 133370
GJ 1218 17 23 33 -62 24.1 0.996 197.3 + 28 m 12.68: +1.48: +1.10 +1.22 078 15 r 12.14: d - 10 - 62 - 21 3292
NN x 17 23 39 +01 50.9 0.04 000 10.90 +0.67 +0.30 0737 198 0737 198 10.2 e VVO 251 AC+02:2142-173
NN 17 24 11 -25 06.7 0.645 137.9 M3.5 K 13.35 +1.20 053 10 r 11.97 d 3291 LTT 6936 L 630-44 LP 864-1
Gl 674 17 24 53 -46 50.6 1.044 147.0 - 10.2 M3 K 9.37 +1.53 +1.21 +1.03 2197 121 2197 121 11.08 b - 15 - 5 - 19 CP-46 86640 449
Gl 675 17 25 09 +67 20.9 0.534 271.7 - 38.3 SB K0 V 6.43 +0.76 +0.29 0757 062 0757 062 5.83 b + 1 - 50 + 7 158633 BD+67 10140 3287
GJ 1219 17 25 27 +14 31.8 1.142 254.4 m 13.69 +1.76 +1.21 +1.18 0508 070 0508 070 12.22 c G139-039 448
NN 17 26 05 -23 47.7 0.310 258.3 K5 V 9.66 +1.29 +0.55 045 07 r 7.93 d 158233 CD-23 133960 CP-23: 6597 LTT 6946 V-R = 0.78 Weis
Gl 676 A 17 26 15 -51 35.7 0.30 238 - 27.2 M0 9.58 +1.46 +1.31 +0.94C 0833 075 0833 075 9.18 b - 29 - 5 + 12 CP-51 103962
Gl 676 B 17 26 20 -51 35.6 0.29 240 m 13.31 +1.51 0833 075 0833 075 12.91 b CP-51 103963
NN 17 26 47 +37 29.6 0.190 173 m 13.35 +1.16 047 09 r 11.71 d LTT 15193 Wolf 750
Gl 677 A s 17 27 24 +29 26.0 0.341 214.5 - 8.6 dM0 J W 9.55 +1.15 J+1.03 J+0.48 J 0482 045 0482 045 7.97 c + 18 - 29 + 5 BD+29 30293 G181-049 V061 ADS 10585 V(AB) = 8.97 d(m) = 0.38
Gl 677 B s 17 27 24 +29 26.0 0.341 214.5 9.93* 0482 045 0482 045 8.35* c BD+29 30294 a = 0.60" P = 60.0 yr
Gl 678 A 17 27 49 -01 01.4 0.213 214.3 - 77.3 SB G8 IV-V 5.98 +0.72 J+0.31 J+0.24 J 0505 050 0505 050 4.50 c - 61 - 47 - 21 158614 BD-00 33002 ADS 10598 V(AB) = 5.31 d(m) = 0.19
Gl 678 B 17 27 49 -01 01.4 0.213 214.3 - 73.8 G8 IV-V 6.2 * 0505 050 0505 050 4.7 * c - 58 - 45 - 20 BD-00 33003 a = 1.017" P = 46.40 yr
Gl 678.1A 17 27 55 +05 35.4 0.262 174.4 - 3.8 M1 V 9.30 +1.49 +1.23 +0.76 0708 273 100 21 r 9.30 d + 4 - 10 - 8 BD+05 34091 G139-043 V321 comp B optical
NN 17 28 54 +47 26.3 0.194 66.6 G5 7.21 050 06 o 5.70 c 159062 BD+47 2491
Gl 679 17 30 13 +34 18.3 0.256 284.7 - 52.0 G5 V 6.56 +0.65 +0.17 0548 062 0548 062 5.25 c - 29 - 48 - 7 159222 BD+34 29890
NN 17 30 54 +50 27.4 0.535 178.8 m 12.74 +1.47 +1.02 +1.06 0470 081 0470 081 11.10 d G203-071 3298
Gl 680 17 31 24 -48 39.3 0.46 7 M0 K 10.15 +1.56 +1.21 +1.24C 0819 136 0819 136 9.72 d CP-48 93120
Gl 681 17 32 37 +12 35.7 0.257 152.6 + 12.6 SB A5 III 2.08 +0.15 +0.10 +0.00 0646 039 0646 039 1.13 b + 21 + 1 - 9 159561 BD+12 32520 ALF Oph
NN 17 33 12 -54 24.0 0.446 193 DA8 15.8 * +0.46 -0.45 048 09 w 14.2 * d W LTT 6999 BPM 24960 L 270-137
Gl 682 17 33 28 -44 16.6 1.155 216.3 - 60 M3.5 K 10.95 +1.65 +1.20 +1.26 2116 059 2116 059 12.58 a - 64 - 11 + 9 CD-44 119090 451
Wo 9593 A x 17 33 36 -49 22.6 0.214 185.2 + 6.7 G2 V 9.40 +0.63 J 0394 128 0394 128 7.4 e - 3 - 23 - 12 159462 CD-49 115791 LTT 7002 V(AB) = 8.98 d(m) = 0.8
Wo 9593 B x 17 33 36 -49 22.5 0.221 187.1 G5 10.2 * 0394 128 0394 128 8.2 * e CD-49 115792 LTT 7003 sep 6.0" 336d (1903), d(R) = 0.8 d(pg) = 0.8 (NLTT)
Gl 683 17 33 59 -54 28.2 0.157 195.5 - 3.3 A7 V 5.25 +0.20 +0.08 +0.10C 0551 119 0551 119 3.96 d - 9 - 10 - 3 159492 CP-54 84030 PI Ara
Gl 683.1 s 17 34 18 -42 32.0 0.403 154.3 + 3.8 SB G5 V 7.17 +0.65 +0.18 +0.34C 0449 072 0449 072 5.43 d - 5 - 22 - 36 159656 CD-42 123200
Gl 683.2A p 17 34 26 -37 49.8 0.115 185.3 + 2.8 G8 V 6.80 +0.77 J+0.31:J+0.38CJ 0199 068 054 10 r 5.46 d + 1 - 9 - 5 159704 CD-37 117341 V(AB) = 6.68 d(m) = 2.3
Gl 683.2B p 17 34 26 -37 49.8 0.115 185.3 9.1 * 0199 068 054 10 r 7.8 * d CD-37 117342 sep 1.4" 106d (1959)
Gl 684 A 17 34 28 +61 54.8 0.568 154.1 - 16.3 SB G0 Va 5.34 +0.56 +0.07 +0.24 J 0679 058 0679 058 4.50 b + 36 - 5 - 22 160269 BD+61 16782 3305 LTT 15223 ADS 10660 V(AB) = 5.23 d(m) = 2.89
Gl 684 B 17 34 28 +61 54.8 0.568 154.1 K3 V 8.06 +1.10 +1.00 0679 058 0679 058 7.22 b BD+61 16783 AB: a = 1.52" 76.00 yr, comp C in LTT 15224 m = 11.2
NN 17 34 52 -29 59.1 0.240 236 k-m 10.94 +1.47 +1.22 060 29 r 9.8 f LP 920-69 BPM 62452
Gl 685 17 35 02 +61 43.1 0.573 153.3 - 16.3 M1 Ve 9.97 +1.47 +1.18 +0.79 0711 028 0711 028 9.23 a + 35 - 5 - 22 G226-066 3306 V062 AC+61:26806
NN p 17 35 25 -43 06.9 0.291 234.5 - 23.8 G5 V 7.24 +0.72 +0.24 +0.24 0051 085 039 06 r 5.20 d - 29 - 27 + 16 159868 CD-43 119010 LTT 7019 CP-43: 8186
NN 17 35 30 +22 07.8 0.287 175 m 14.08 +1.25 047 09 r 12.44 d G170-054
Gl 686 17 35 39 +18 36.4 1.361 43.2 - 9.5 dM1 W 9.62 +1.53 +1.08 +0.86 1289 026 1289 026 10.17 a - 32 + 34 - 20 BD+18 34210 G170-055 452 V169 AC+18:1453-48
Gl 686.1A 17 35 44 +22 59.1 0.237 220.8 + 4.1 dM0 eJ M 10.00 +1.33 +1.24 +0.60 0406 035 0406 035 8.04 b + 19 - 18 + 10 BD+23 31511 V170
Gl 686.1B 17 35 44 +22 59.1 0.237 220.8 + 1.3 10.22 +1.38 +1.30 +0.64 0406 035 0406 035 8.26 b + 17 - 20 + 9 BD+23 31512
NN 17 36 27 +08 03.3 0.240 201 M4 L 12.28 +1.57 +1.00 048 09 r 10.69 d G139-050
Gl 686.2 17 36 32 -49 23.2 0.209 148.2 + 3.7 F2 V 4.77 +0.40 -0.04 +0.25C 0427 085 0427 085 2.92 d - 3 - 10 - 21 160032 CD-49 116160 LAM Ara
Gl 687 17 36 42 +68 23.1 1.304 194.8 - 23.2 SB? M3.5 V 9.18 +1.50 +1.06 +1.10 2127 020 2127 020 10.82 a + 31 - 21 - 4 BD+68 9460 G240-063 450 V322
Gl 688 17 36 48 +03 35.0 0.199 242.5 + 22.4 SB K3 V 6.52 +0.96 +0.77 +0.50C 0810 078 0810 078 6.06 c + 22 + 1 + 13 160346 BD+03 34650
GJ 1220 17 36 50 +82 06.8 0.566 329.9 m 14.18 +1.76 0709 034 0709 034 13.43 b G259-015 3297
Gl 689 17 37 02 +71 54.4 0.104 111.4 - 23.9 dK8 M 8.62 +1.10 +1.04 +0.43 0469 119 051 06 r 7.16 c + 8 - 15 - 20 160964 BD+71 8500 V323
NN 17 37 14 +68 46.9 0.323 359.9 - 14.4 SB F5 V 4.80 +0.43 -0.01 0421 090 051 05 s 3.34 c - 28 - 15 - 10 160922 BD+68 949 LTT 15238
NN A 17 37 32 +27 47.5 0.195 179 M1 s 11.12 +1.45 +0.77 045 06 r 9.39 c LTT 15241 L 1422-16 LP 332-45
NN B 17 37 33 +27 48.3 0.195 179 M5 s 12.72 +1.53 +1.12 045 06 r 10.99 c LTT 15242 L 1422-15 LP 332-46 sep 57" 21d
NN A 17 38 07 +61 15.8 0.069 319.1 dK8 M 10.28 +1.23 +0.63 041 05 r 8.34 c V796 AC+61:27026
NN B 17 38 08 +61 15.6 14.70 +1.29 041 05 r 12.76 c GSC 036B-821 sep 19.1" 152d (GSC 1983.29)
NN p 17 39 13 -40 59.9 0.536 194.4 M3 K 12.55 +1.10 0212 188 054 10 r 11.21 d 3317 LTT 7044 L 414-103
Gl 690 A 17 39 18 +71 21.2 0.338 341.0 - 0.8 dM0 W 9.20 +1.10 +1.01 +0.44 0537 073 0537 073 7.85 c - 28 - 10 + 5 BD+71 8511 G240-065A V172 comp B optical
NN s 17 39 30 -08 47.3 0.965 240.2 - 92 M3 K 13.52 +1.61: +1.22: +1.06 0431 035 0431 035 11.69 b - 69 -117 + 34 G020-009 3315 LTT 7048 LFT 1367 Wolf 1471
Gl 690.1 s 17 39 39 -16 36.5 0.656 191.4 M2.5 K 13.05 +1.55: +1.03 0513 052 0513 052 11.60 c G154-008 3316 L 774-022
Wo 9599 17 39 45 +65 01.5 0.119 344.9 - 8.1 K0 8.37 +0.93 +0.69 0416 170 040 05 r 6.38 c - 13 - 10 - 2 161284 BD+65 1203
Gl 691 17 40 10 -51 48.6 0.192 183.9 - 9.0 G5 V 5.14 +0.70 +0.24 +0.20 0772 163 103 17 r 5.20 d - 12 - 4 - 2 160691 CD-51 110940 MU Ara
Wo 9600 s 17 40 22 -18 29.7 0.535 192.1 M2 K 12.15 +1.43 +0.88 0402 090 0402 090 10.17 d G154-009 3320 LFT 1369
Gl 692 17 40 26 -21 39.6 0.105 245.4 + 10.2 F5 V 4.87 +0.47 -0.03 +0.26C 0598 085 0598 085 3.75 d + 10 - 6 + 5 160915 BD-21 47120
NN 17 40 33 +05 48.7 0.240 105 M2 L 10.67 +0.85 064 11 r 9.70 d G140-009
Gl 692.1 17 41 09 +21 38.4 0.655 191.4 + 24.4 K0 V 7.49 +0.77 +0.30 +0.29 0470 085 0470 085 5.85 d + 65 - 26 + 0 161198 BD+21 31980 G170-061 3319
Gl 693 17 42 24 -57 16.9 1.739 219.2 -115 M3.5 10.75 +1.65 +1.21 +1.11 1655 084 1655 084 11.84 b -120 + 1 + 38 454 L 205-128 Sm 3
Gl 694 17 42 25 +43 24.4 0.636 179.1 - 14.5 dM3.5 W 10.47 +1.53 +1.23 +1.02 1017 034 1017 034 10.51 a + 24 - 19 - 12 BD+43 27960 G204-027 3321 V171
NN 17 42 25 -07 59.4 0.338 217 g 11.48 +1.45 +1.24 041 20 r 9.5 f G020-011 LTT 7069 Wolf 1472
Gl 694.1A 17 42 49 +72 10.4 0.268 177.0 - 13.7 F5 IV-V 4.58 +0.42 +0.01 0549 052 0549 052 3.28 c + 25 - 7 - 6 162003 BD+72 8041 PSI Dra
Gl 694.1B 17 42 51 +72 10.9 0.277 175.1 - 10.9 F8 V 5.79 +0.53 +0.02 0549 052 0549 052 4.49 c + 25 - 4 - 5 162004 BD+72 8050
NN 17 44 04 +24 39.7 0.600 326.8 m 12.67 +1.51 +1.04 +1.12 0692 024 0692 024 11.87 a G170-062 3324 LTT 15264 L 1350-84 LP 389-32
Gl 694.2 17 44 11 +46 52.4 0.03 225 + 5.7 dM1.5 W 10.72 +1.49 +1.27 +0.78 0464 039 0464 039 9.05 b + 4 + 3 + 4 BD+46 23610 V173
Gl 695 A 17 44 30 +27 44.9 0.814 202.9 - 16.7 G5 IV 3.42 +0.75 +0.39 +0.24 1151 054 1151 054 3.73 b + 17 - 33 - 5 161797 BD+27 28881 3326 MU Her ADS 10786 sep(AB) 29.9" 241d - 34.0" 247d (1831-1955)
Gl 695 B 17 44 28 +27 44.7 0.827 204.2 - 13.9 M3 J K 10.35 +1.49 J+1.03 J+1.10 J 1151 054 1151 054 10.66 b + 18 - 32 - 3 BD+27 28884 3325 V(BC) = 9.80 d(m) = 0.45 , a = 1.360" 43.20 yr
Gl 695 C 17 44 28 +27 44.7 0.827 204.2 M4 K ? 10.8 * 1151 054 1151 054 11.1 * b BD+27 28885
Gl 695.1 17 44 39 -33 59.7 0.603 199.2 + 2.4 G8 V 7.19 +0.71 +0.33: +0.24 0493 062 0493 062 5.65 c - 2 - 57 - 12 161612 CD-33 124760 3330
Wo 9605 s 17 45 16 +04 57.5 0.581 248.3 - 93.1 K1 V 8.92 +0.84 +0.47 +0.31 0394 072 0394 072 6.90 d - 62 - 97 + 18 161848 BD+04 3509 G140-011 3329 LFT 1377
NN 17 46 13 +36 07.9 0.080 23.1 G5 7.62 054 06 o 6.28 c 162160 BD+36 2941
NN s 17 46 45 -56 33.4 1.256 237.6 - 6 M2 12.13 +1.46 +1.15 +0.80 0391 101 029 05 r 9.44 d - 53 -171 +100 456 LTT 7100 LFT 1378 L 205-83
Gl 696 17 47 53 -06 02.1 0.153 190.0 - 26.2 SB? dM1.5 W 10.17 +1.43 +1.26 +0.69 0554 194 056 11 r 8.91 d - 19 - 20 - 9 162283 BD-06 46630 V174
NN 17 47 56 +22 42.0 0.780 259.4 m 20.1 P 0672 064 0672 064 19.2 P c 3332 LP 389-18
NN 17 48 12 +23 46.2 0.585 320.6 - 80 M4.5-5 13.50 +1.61 +1.19 0466 043 0466 043 11.84 c - 84 - 51 + 16 G183-005 3333 LTT 15285 LFT 1379 LP 389-21 L 1351-12
GJ 1221 17 48 58 +70 52.4 1.651 311.0 DXP9 14.15 +0.40 -0.30 1628 021 1628 021 15.21 a G240-072 455 W372 LP 44-113
NN 17 49 15 +14 46.0 0.269 297 m 13.71 +1.18 043 08 r 11.88 d G183-006
NN 17 50 48 +16 55.8 0.347 232 m 12.69 +1.13 057 11 r 11.47 d G183-010 LTT 15290 L 1279-70 LP 448-41
GJ 2133 17 50 48 -34 39.0 0.409 235 k 13.52 +1.64 056 24 r 12.3 f LTT 7123
Gl 697 17 51 22 +21 20.0 0.089 299.8 - 12.5 dK5 M 8.48 +0.95 +0.70 +0.36 0550 074 0550 074 7.18 c - 11 - 10 + 2 BD+21 32450 V797
NN s 17 51 22 -65 42.6 0.333 165.1 - 22.2 F8 V 6.36 +0.45 0449 176 029 04 r 3.67 d - 50 - 19 - 25 162521 CP-65 35280 CD-65:2389 LTT 7126
GJ 1222 17 51 55 +07 23.5 0.668 241.7 - 20 m 13.11 +1.55 +1.11 +1.23 0598 037 0598 037 11.99 b + 0 - 51 + 24 G140-019 3338
Gl 697.1 p 17 52 56 +03 45.7 0.092 278.7 + 3 dM0 e M 10.13 +1.34 +1.23 +0.58 0384 036 0384 036 8.05 c + 2 - 3 + 11 BD+03 3531a V324 AC+03:2518-200
Gl 698 p 17 53 34 +18 30.4 0.065 228.4 - 28.8 dK8 M 9.22 +1.18 +1.16 +0.48 0323 112 047 06 r 7.58 c - 16 - 24 - 7 BD+18 3497 V798
NN 17 53 40 +36 11.7 0.118 262.7 G5 7.84 050 06 o 6.33 c 163621 BD+36 2975
NN 17 53 44 +04 50.4 0.010 8.5 dK8 8.0 * 0460 125 0460 125 6.3 * e 163489 BD+04 3553 AG+04:2218
NN 17 53 48 -41 59.0 0.392 194 M3 S 11.36 +1.51 +0.89t 053 11 r 9.98 d CP-41 84050 LTT 7138 L 415-82 Sm 5
NN 17 54 48 +58 24.0 0.879 16.4 m 17.98 +1.85 0465 010 0465 010 16.32 a 3339 LP 102-320
NN 17 54 49 +15 47.2 0.279 221 m 12.21 +1.13 071 14 r 11.47 d G183-013 LTT 15306 L 1279-91 LP 449-6
Gl 698.1 s 17 54 59 -51 37.1 0.24 161 - 10.4 K3 V 9.64 +0.92 +0.72 +0.47C 0463 153 023 04 r 6.45 d - 28 - 26 - 32 163436 CP-51 106850
NN AB 17 55 10 +24 00.0 0.073 343.6 - 28.1 SB G2 V 6.30 +0.64 +0.20 0500 089 0500 089 4.79 d - 22 - 17 - 7 163840 BD+24 3283 BS 6697 SB: P = 2.41 yr, d(m) = 1.5
Gl 699 17 55 23 +04 33.3 10.310 355.8 -111.0 M5 V 9.55 +1.74 +1.29 +1.25 5453 010 5453 010 13.23 a -141 + 5 + 18 BD+04 3561a G140-024 57 V799 Barnard's star
Wo 9608 s 17 55 40 -30 09.6 0.609 165.1 -109 K0 V 9.37 +0.79 +0.35 +0.30 0429 119 019 03 r 5.76 d -114 -108 -101 CD-30 150260 3347 LTT 7146 LFT 1386
NN 17 56 28 +46 35.2 0.594 357.2 m 11.79 +1.56 +1.41 +1.12 0713 047 0713 047 11.06 b G204-039 3343
Gl 699.1 17 56 40 +82 44.1 3.587 337.3 -154 DA7 14.30 +0.35 -0.52 0615 032 0615 032 13.24 b -157 -300 - 40 G259-021 56 W199 LP 9-231
Gl 699.2 17 57 50 -03 41.3 0.160 107.5 - 42.9 F3 V 4.62 +0.38 -0.00 +0.22C 0467 136 0467 136 3.0 e - 38 - 13 - 23 164259 BD-03 42170 ZET Ser
Gl 700.1A 18 00 21 -08 10.9 0.046 147.1 - 38.4 SB dF3 J W 5.24 +0.38 J+0.04 J+0.22CJ 0583 091 0583 091 4.07 d - 35 - 15 - 8 164765 BD-08 45492 TAU Oph ADS 11005 V(AB) = 4.76 d(m) = 0.69
Gl 700.1B 18 00 21 -08 10.9 0.046 147.1 - 35.1 5.93* 0583 091 0583 091 4.76* d - 32 - 13 - 7 164764 BD-08 45491 a = 1.494" P = 280.03 yr
Gl 700.1C 18 00 27 -08 11.9 0.05 147 - 14.0 9.4 * 0583 091 0583 091 8.2 * d - 12 - 6 - 5 BD-08 45493 sep(AB-C) 100.3" 127d; discrepant photometry
Gl 700.2 18 00 29 +26 19.2 0.715 148.1 + 20.7 K0 V 6.99 +0.80 +0.47 +0.24 0604 133 053 08 r 5.61 d + 54 + 6 - 40 164922 BD+26 31511 G182-035 3353
GJ 1223 18 01 03 +37 31.8 1.158 171.9 m 14.85 +1.77 +1.47 0835 040 0835 040 14.46 b G182-036 457
Gl 701 18 02 28 -03 01.9 0.644 121.1 + 32.5 dM2 W 9.38 +1.52 +1.20 +0.85 1259 047 1259 047 9.88 a + 33 + 14 - 19 165222 BD-03 42330 G020-022 3356 V176
NN 18 02 32 +35 57.4 0.257 170 M0 s 10.83 +1.48 +0.82 056 10 r 9.57 d BD+35 3145 G182-037
Gl 702 A 18 02 56 +02 30.6 1.135 167.1 - 6.9 SB K0 Ve 4.21 +0.86 J+0.51 J+0.26 1990 036 1990 036 5.70 a + 7 - 20 - 19 165341 +02 34820 458 ADS 11046 V(AB) = 4.02 d(m) = 1.80
Gl 702 B 18 02 56 +02 30.6 1.135 167.1 - 10.0 SB K5 Ve 6.00 +1.15 +0.45 1990 036 1990 036 7.49 a + 5 - 21 - 19 +02 34821 459 a = 4.545" P = 88.13 yr
Gl 702.1 18 03 01 -36 01.5 0.110 81.1 + 13.2 G5 V 5.95 +0.62 +0.07 +0.20 0577 068 0577 068 4.76 c + 13 + 5 - 9 165185 CD-36 12214
Gl 702.2 18 03 09 +04 39.4 0.314 182.5 -120.4 G2 V 6.80 +0.62 +0.04 +0.22 0500 027 0500 027 5.29 b - 83 - 84 - 38 165401 BD+04 35890
GJ 1224 18 04 42 -15 58.0 0.664 238.2 m 13.63 +1.79 +1.42 1327 037 1327 037 14.24 a G154-044 3359
Wo 9615 A 18 04 59 +09 33.3 0.102 322.4 - 23.9 A4 V 3.73 +0.12 +0.10 -0.04 J 0486 075 0486 075 2.16 d - 23 - 12 + 3 165777 BD+09 3564 BDS 8359
Wo 9615 B 18 04 59 +09 33.3 0.102 322.4 14 * +0.40 0486 075 0486 075 12 * e sep 25.4" 299d (1934)
Gl 703 x 18 05 04 +15 56.5 0.210 198.4 + 25.5 G6 K 8.68 +0.65 +0.16 0717 119 0717 119 7.96 d + 28 + 7 + 6 BD+15 33640
Gl 704 A 18 05 08 +30 33.2 0.116 311.7 + 1.6 SB? F7 V 5.09 +0.50 -0.10: 0592 039 0592 039 3.95 b - 4 + 0 + 9 165908 BD+30 31283
Gl 704 B 18 05 08 +30 33.2 0.116 311.7 K5 V 8.45 +1.10 +1.0 : 0592 039 0592 039 7.31 b BD+30 31284
Gl 705.1 18 05 47 -62 00.9 0.222 339.4 + 29.7 SB G3 IV-V 5.48 +0.58 +0.09 +0.32C 0516 102 0516 102 4.04 d + 36 - 2 + 3 165499 CP-62 57970 IOT Pav
NN p 18 06 45 -12 02.8 0.208 171.9 - 2.2 K7 V U 10.47 +1.38 +1.17 +0.66 0181 104 042 08 r 8.59 d + 4 - 18 - 14 BD-12 4935 G154-047 V177 LTT 7218 L 847-61 dM2
Gl 705.2 s 18 06 48 +52 47.4 0.403 261 K5 K 12.51 +1.50 +0.73 0508 119 0508 119 11.0 e G227-024 Wolf 1409
Gl 706 18 07 58 +38 27.2 0.557 215.3 - 19.1 K2 V 6.40 +0.87 +0.59 +0.34 0887 025 0887 025 6.14 a + 17 - 31 + 1 166620 BD+38 30950 G205-005 3363
Gl 707 18 08 44 -43 27.1 0.442 162.8 - 2.0 K7 Ve 8.37 +1.31 +1.22 +0.54 0680 091 0680 091 7.53 c - 10 - 21 - 21 166348 CD-43 123430 U446 Sm 11
NN 18 09 42 +49 57.8 0.228 185 K7 9.96 +1.29 +1.25 041 10 r 8.0 e BD+49 2743 G228-020 LTT 15383 Wolf 1414
NN 18 11 05 +26 01.0 0.210 100 m 13.32 +1.28 076 13 r 12.72 d LP 390-16
NN 18 12 05 -77 03.6 0.626 202.2 m 14.1 * +1.26 049 09 r 12.6 * d 3378 LTT 7245 L 44-59
Gl 708 p 18 13 07 +18 28.9 0.11 34 + 1.7 dM1 W 10.07 +1.33 +1.31 +0.56 0384 039 0384 039 7.99 c - 8 + 11 - 2 348282 BD+18 36060 V178
NN 18 13 33 +18 55.5 0.440 186 M0 K 10.84 +1.50 +0.77 048 10 r 9.25 d BD+18 3609? G183-033 LTT 15403 Wolf 835
Gl 708.1 18 13 36 +64 22.8 0.344 84.7 - 36.1 F5 V 5.03 +0.38 -0.04 0503 088 0503 088 3.54 d - 5 - 17 - 45 168151 BD+64 12520
Gl 708.2 18 13 45 +13 54.1 0.501 170.3 + 11.0 dM0 W 10.20 +1.44 +1.24 +0.69 0532 042 0532 042 8.83 b + 37 - 16 - 22 BD+13 35780 G140-049 3373 V179
Gl 708.3 18 13 48 +01 30.8 0.771 211.2 M5 12.52 +1.61 +1.32 +1.08 0630 052 0630 052 11.52 b G021-007 3374 L 1064-075
Gl 708.4 18 14 06 +45 11.6 0.138 217.2 - 64.9 G2 V 6.29 +0.62 +0.12 0460 102 049 08 r 4.74 d - 6 - 62 - 23 168009 BD+45 26840
Gl 709 18 15 05 +45 32.0 0.300 354 - 36.8 dM0 M 10.28 +1.47 +1.20 +0.75 0464 055 0464 055 8.61 c - 38 - 28 - 6 BD+45 2688 G204-055 V801
NN s 18 15 48 +26 39.0 0.343 72.5 - 49.0 K3 K 9.59 +1.02 +0.84 +0.41 0438 048 0438 048 7.80 c - 41 - 16 - 43 335828 BD+26 3215 G183-037 V180 LTT 15414
Wo 9624 s 18 16 00 -45 43.1 0.154 208.5 + 25 F7 V 6.85 +0.54 +0.07 0432 085 022 03 s 3.56 c + 18 - 37 - 4 167954 CD-45 123900
NN A 18 16 25 +38 46.2 1.091 197.8 m 11.87 +1.58 +1.07 0880 036 0880 036 11.59 a G204-058 462
NN B 18 16 24 +38 46.2 1.091 197.8 m 13.53 +1.77 +1.24 0880 036 0880 036 13.25 a G204-057 461 sep 8.5" 290d
NN q 18 16 29 -45 56.5 0.153 172.6 - 18 G5 V 7.32 +0.76 0288 119 043 06 r 5.49 d - 22 - 10 - 4 168060 CD-45 124020 CP-45:9234
NN s 18 16 40 -05 47.6 0.530 137.2 M2.5 K 12.57 +1.45 +0.90 0402 107 033 07 r 10.16 d G021-009 3377 LTT 7282 LP 689-1 L 920-7
Gl 710 18 17 15 -01 57.7 0.014 249.7 - 13.3 dM1 W 9.66 +1.37 +1.22 +0.61 0717 090 0717 090 8.94 c - 11 - 7 - 1 168442 BD-01 34740 V063
NN q 18 17 19 -09 36.9 0.267 201.5 G8 V 6.92 +0.70 +0.31 0318 119 048 08 r 5.33 d 168443 BD- 9 4692 G155-011 LTT 7289
GJ 1225 18 17 33 +68 32.8 1.740 203.5 m 15.39 +1.88 +1.34 0543 078 0543 078 14.06 d G260-001 460
GJ 1226 18 18 24 -01 03.8 1.082 207.9 + 50 M3.5 K 12.71 +1.66 +1.12 +1.14 062 15 r 11.7 e + 83 - 49 + 6 G021-010 463
Gl 711 18 18 43 -02 54.8 0.890 218.4 + 6.9 K0 III-IV 3.26 +0.94 +0.66 +0.33 0549 097 0549 097 1.96 d + 39 - 65 + 15 168723 BD-02 45991 3381 ETA Ser
NN 18 18 51 +66 10.5 0.623 131.3 m 13.48 +1.83 +1.35 1373 053 1373 053 14.17 a G258-033 3376 LP 71-165
Gl 712 18 19 44 +06 18.9 1.158 272.7 - 48 M3 K 12.58 +1.48 +1.07 +1.11 0691 032 0691 032 11.78 b - 30 - 61 + 64 G141-004 464 Ross 136
NN 18 20 45 +60 59.9 0.688 172.2 DC:9 15.65 +0.97 +0.98 0781 041 0781 041 15.11 b G227-028 3380 W LP 103-294
GJ 2135 18 21 15 -13 09.9 0.637 195.9 DA7 15.60 +0.42 -0.60 050 10 w 14.09 d G155-015 3384 W176 WD1821-131
NN 18 21 31 +28 08.6 0.190 201 M3 K 12.49 +1.61 +1.19 072 17 r 11.8 e LTT 15435 Ross 708
NN 18 21 33 +01 39.6 0.269 139 g 11.84 +1.56 +1.29 072 34 r 11.1 f G021-013 LTT 15437 L 1064-69 LP 630-11
Gl 713 AB 18 21 57 +72 42.7 0.632 124.4 + 32.0 SB F7 V 3.57 +0.49 -0.06 +0.20 1326 037 1326 037 4.18 a + 3 + 39 - 2 170153 BD+72 8391 3379 CHI Dra
GJ 1227 18 22 05 +62 02.3 1.544 217.1 m 13.41 +1.76 +1.36 1213 016 1213 016 13.83 a G227-029 465
NN 18 23 01 +24 36.6 0.429 190 M0 K 10.79 +0.73 045 06 r 9.06 c 336196 BD+24 3411 G183-041 LTT 15449
NN 18 23 51 +38 20.1 0.712 185.8 M1 11.27 +1.48 +1.19 +0.76 039 06 r 9.23 d G205-020 3385
NN 18 24 04 +11 19.3 0.279 183 m 12.85 +1.12 052 10 r 11.43 d G141-010 LTT 15455 L 1208-222 LP 510-10
Gl 713.1 18 24 53 -25 27.1 0.190 193.1 - 43.2 K1+ IIIb 2.82 +1.04 +0.89 +0.50C 0597 097 0597 097 1.70 d - 41 - 20 + 1 169916 CD-25 131490 LAM Sgr
Gl 714 18 25 51 -58 18.1 0.43 184 - 3.4 M1 S 9.85 +1.48 +1.20 +0.95C 0692 119 0692 119 9.05 d - 17 - 24 - 6 CP-58 73990 Sm 14
Gl 715 18 27 16 -01 51.0 0.256 139.5 - 54.3 dK5 W 8.05 +1.10 +1.06 +0.38 0501 065 0501 065 6.55 c - 42 - 33 - 26 170493 BD-01 35000 G021-017 U456
Gl 716 18 28 23 -18 56.5 0.239 215.2 - 41.6 K3 V 6.81 +0.85 +0.56 +0.30 0837 154 071 11 r 6.07 d - 36 - 25 + 5 170657 BD-18 49860
GJ 1228 18 29 22 +54 45.0 0.372 318 DXP8 15.50 +0.49 -0.44 0672 056 0672 056 14.64 b G227-035 W374
NN 18 29 24 -62 47.0 K7 S 9.52 +1.45 +0.67 070 11 r 8.75 d CP-62 58880 Sm 15
NN p 18 29 49 +79 23.0 0.355 3.9 - 27 K5 K 9.28 +1.18 +0.47 0320 136 045 07 r 7.55 d - 27 - 35 - 14 BD+79 590 G259-029 V183 LTT 15472
GJ 1229 18 29 52 +13 41.8 0.164 45.1 - 45.3 G8 V 7.20 +0.68 +0.24 040 06 r 5.21 d - 44 - 16 - 14 171067 BD+13 3677
NN 18 30 22 +40 38.5 0.419 348 m 11.99 +1.13 079 16 r 11.48 d G205-028
Gl 717 18 30 42 -11 40.3 0.406 232.5 - 83.7 K7 V U 10.00 +1.28 +1.20 +0.53 0483 047 0483 047 8.42 c - 65 - 63 + 19 BD-11 46720 G155-023 V181
Gl 718 18 31 12 +22 16.9 0.510 200.9 + 38.8 K4 V 8.89 +1.12 +1.05 +0.42 0497 092 045 07 r 7.16 d + 66 - 4 + 6 171314 BD+22 34060 G183-044 3392 V803 V774 Her
Gl 719 18 32 45 +51 41.0 0.376 151.0 - 24.5 SB K6 Ve 8.1 v +1.22 +1.04: 0580 056 0580 056 6.9 v c + 20 - 17 - 29 234677 BD+51 24020 G227-036 BY DRA
Wo 9629 x 18 32 50 -44 20.7 0.220 225 - 10.6 G0 10.23 +0.62 +0.00 +0.36C 0403 119 0403 119 8.3 e - 11 - 22 + 12 CD-44 127360 LTT 7379
NN 18 32 58 +40 05.1 0.223 168 M3 p s 11.42 +1.42 +1.21 124 45 r 11.9 f LP 229-17
NN 18 33 41 +41 26.8 0.387 95 M2 L 11.78 +0.90 044 08 r 10.00 d G205-029
Gl 720 A 18 33 50 +45 41.8 0.566 053.0 - 31.2 dM2 W 9.85 +1.42 +1.15 +0.73 0678 021 0678 021 9.01 a - 37 - 11 - 33 BD+45 27430 G205-030 3394 V182 LFT 1421
Gl 720 B 18 33 59 +45 42.9 0.566 053.0 m 13.02 +1.60 +1.18 0678 021 0678 021 12.18 a G205-032 3395 VB 9 LTT 18475
NN 18 34 01 +13 33.7 0.347 34 M3.5 K 12.46 +1.23 089 16 r 12.21 d G141-021 LTT 15483 Ross 149
Wo 9630 s 18 34 07 -25 42.6 0.333 148.5 - 24.3 G5 V 7.44 +0.69 +0.21 0414 075 0414 075 5.53 d - 26 - 24 - 28 171665 CD-25 132910 LTT 7388
Gl 721 18 35 15 +38 44.2 0.348 35.2 - 12.1 A0 V 0.03 +0.00 -0.01 -0.09 1296 055 1296 055 .59 a - 15 - 5 - 7 172167 BD+38 32381 ALF Lyr
GJ 2138 18 35 54 -14 31.7 0.544 166.9 dM1 11.26 +1.56 +1.23 +0.98 072 14 r 10.55 d G155-029 3398
Gl 722 18 35 54 -21 05.7 0.171 206.0 + 38.6 G5 V 5.86 +0.68 +0.14 +0.24 0718 050 0718 050 5.14 b + 40 - 3 - 5 172051 BD-21 50810
NN x 18 36 26 +20 35.1 0.215 189.8 + 29 F9 9.34 +0.65 +0.08 0427 101 0427 101 7.5 e + 37 + 8 + 0 349063 BD+20 3876 LTT 15494
Gl 722.1 s 18 36 28 +42 37.2 0.289 78.0 + 33.1 dK0 e W 8.34 +0.82 +0.39 0439 103 032 05 r 5.87 d - 7 + 49 - 23 172393 BD+42 31230 G205-033
Gl 723 18 37 32 -10 30.3 0.539 193.9 M0.5 K 11.49 +1.55 +0.86 0660 064 0660 064 10.59 c G155-030 3400 Wolf 1466
Gl 724 18 38 08 -13 25.1 0.671 186.7 M0 K 10.63 +1.50 +1.21 +0.84 0562 061 0562 061 9.38 c BD-13 50690 G155-033 3403
NN 18 38 09 +33 21.8 0.301 3 m 13.12 +1.14 049 10 r 11.57 d G206-037 LTT 15504 L 1498-10 LP 280-9
GJ 1230 A 18 39 04 +24 44.2 0.501 085.3 k-m 12.4 * +1.71 J+1.19 J+1.38 J 1302 283 136 22 r 13.1 * d G184-019 3405
GJ 1230 B 18 39 04 +24 44.3 0.501 085.3 m 14 : 1302 283 136 22 r 15 : e 3404
NN 18 39 36 +80 02.5 0.237 035 M4 e 13.22 +1.72 +1.16 055 13 r 11.9 e LP 25-02
Gl 724.1 x 18 39 48 -50 12.8 0.183 202.5 - 32.5 G5 V 9.32 +0.68 +0.14 +0.37C 0527 085 0527 085 7.93 d - 34 - 8 + 11 172582 CP-50 108040
NN 18 39 59 +39 39.4 0.309 236 m 13.42 +1.25 064 12 r 12.45 d G205-035
NN 18 40 07 +31 46.8 0.307 272 M3 K 11.27 +1.04 085 15 r 10.92 d G206-040 LTT 15513 Ross 145
GJ 2139 18 40 12 -11 11.7 0.354 224 + 53 DA5 14.18 +0.15 -0.61 053 06 w 12.80 c + 19 - 25 + 9 G155-034 W200 LTT 7421
NN 18 40 27 +13 51.0 0.313 352 m 12.81 +1.28 096 16 r 12.72 d G141-029 LTT 15516 L 1209-6 LP 510-15
NN 18 40 57 +04 17.3 0.14 302 + 46 DA6 14.92 +0.14 -0.59 0404 034 0404 034 12.95 b - 1 + 1 + 16 W225 GD 215
NN 18 41 45 +40 36.8 0.619 348.7 m 18.23 0708 008 0708 008 17.48 a 3406 LP 229-30
Gl 725 A 18 42 12 +59 33.3 2.273 323.3 - 0.8 dM4 W 8.90 +1.52 +1.11 +1.06 2861 018 2861 018 11.18 a - 24 - 12 + 26 173739 BD+59 19151 G227-046 58 V184
Gl 725 B 18 42 13 +59 33.0 2.272 323.1 + 1.2 VAR dM5 W 9.71 +1.59 +1.14 +1.15 2861 018 2861 018 11.99 a - 24 - 10 + 27 173740 BD+59 19152 G227-047 59 sep 17" 155d
NN 18 42 48 -28 59.0 0.435 137 k 12.65 +1.53 +1.12 041 19 r 10.7 f LTT 7434 L 633-165 LP 923-15
Gl 725.1 18 43 05 +43 46.8 0.107 266.8 - 44.6 K0 H 7.54 +0.84 +0.58 0502 102 050 06 r 6.03 c - 9 - 44 - 6 173701 BD+43 30580
Gl 725.2 18 43 31 +20 29.8 0.335 181.9 + 22.3 F6 V 4.19 +0.46 +0.01 +0.17t 0501 053 0501 053 2.69 c + 38 + 0 - 8 173667 BD+20 39261
NN 18 44 11 -61 40.1 0.544 196.7 m 12.8 * +1.05 042 08 r 10.9 * d 3411 LTT 7442 L 158-46
Gl 725.3 x 18 44 39 -50 45.4 0.221 177.5 - 5.5 G3 V 8.70 +0.65 +0.14 +0.35C 0538 068 0538 068 7.35 c - 12 - 16 - 5 173560 CP-50 108350
NN 18 44 47 +52 24.1 0.843 298.4 M1 15.11 +1.85 0501 025 0501 025 13.61 b 3409 LP 141-11
Gl 726 18 44 50 -03 41.5 0.275 206.1 + 16.0 K7 K 8.81 +1.29 +1.21 +0.54 0683 149 071 12 r 8.07 d + 23 - 8 - 1 173818 BD-03 43800 G021-024 V805
NN 18 45 11 -14 38.1 0.337 223 k 12.13 +1.51 +1.18 045 22 r 10.4 f G155-042 LTT 7452 L 850-59 LP 751-15
NN 18 45 22 -57 29.0 0.675 249.7 m 12.7 * +1.25 090 16 r 12.5 * d 3413 LTT 7454 L 207-41
NN 18 45 48 -62 07 0.141 48 M3 S 10.72 +1.46 +0.82t 058 11 r 9.54 d Sm 22 BPM 11774 = Sm 21 Smethells, IAU Coll. 76
Gl 727 18 46 07 +10 41.7 0.447 163.9 - 8.4 dK4 W 7.97 +1.07 +0.98 +0.40 0641 051 0641 051 7.00 b + 12 - 22 - 23 174080 BD+10 36651 G141-037 V325
Gl 728 18 46 40 +17 23.2 0.593 224.2 - 21.3 dM1.5 W 9.22 +1.28 +1.22 +0.60 0643 053 0643 053 8.26 b + 16 - 45 + 10 229590 BD+17 37290 G184-029 3412 V185
NN 18 46 42 -20 23.0 0.037 8.6 - 17.7 SB K2 III 5.24 +1.41 +2.42C 0428 153 0428 153 3.4 f - 18 - 1 + 4 174116 BD-20 5277
Gl 729 18 46 45 -23 53.5 0.720 106.7 - 12.1 dM4.5e W 10.46 +1.72 +1.3 ? +1.30 3411 081 3411 081 13.12 a - 14 - 1 - 8 3414 AC-24:2833-183
Gl 730 18 47 31 +03 02.1 0.473 203 - 1.4 dM1.5 W 10.74 +1.47 +0.79 0589 064 0589 064 9.59 c + 21 - 32 - 3 G022-003 V064 AC+03:2528-176
NN 18 47 35 -60 49.6 0.698 298.9 m 13.4 * +1.18 049 10 r 11.9 * d 3418 LTT 7469 L 159-20
NN p 18 48 35 -57 09.8 0.805 196.9 M2 S 12.14 +1.47 +1.13 +0.97 0306 107 045 09 r 10.41 d 3421 LTT 7481 L 207-33 Sm 23
NN 18 49 23 +47 54.8 0.277 115 m 12.53 +1.11 058 12 r 11.35 d G205-038
NN 18 49 37 +24 23.8 0.374 263 m 12.76 +1.08 047 10 r 11.12 d G184-036 LTT 15549 L 1354-11 LP 391-10
Gl 731 18 49 38 +16 31.8 0.537 207.9 - 14.9 dM1.5 W 10.15 +1.47 +1.14 +0.73 0748 033 0748 033 9.52 a + 15 - 34 - 1 229793 G184-035 3417 V186 AC+16:247-80
NN A 18 50 01 -54 25.1 0.208 108.8 K3 V 9.18 +1.13 +1.02 +0.44 040 06 r 7.19 d 174564 CD-54 80501 CP-54:9142 LTT 7488 L 273-102
NN B 18 50 01 -54 25.1 0.208 108.8 m 12.3 P 040 06 r 10.3 P d CD-54 80502 LTT 7489 L 273-101 sep 11" 357d
Gl 732 A s 18 50 15 -38 39.8 1.011 161.1 sdG0 K 12.70 +1.53 +1.12 +1.23 0752 121 0752 121 12.08 d 469 L 489-58
Gl 732 B s 18 50 15 -38 39.8 1.011 162 16 * 0752 121 0752 121 15 * e sep 12" (LHS, but not in NLTT)
Gl 732.1 18 50 28 +52 54.6 0.259 354.6 - 1.6 SB? G9 IVa 5.50 +0.84 +0.51 0415 055 0415 055 3.59 c - 28 - 2 + 10 175225 BD+52 22940
NN p 18 51 54 -37 33.5 0.378 159.6 - 24.6 K1 V 8.11 +0.88 +0.47 +0.34 0369 085 041 06 r 6.17 d - 33 - 32 - 21 175073 CD-37 129690 LTT 7499
Wo 9637 18 52 06 -22 44.1 0.105 103.7 +104.2 SB K3 IIIa: 4.99 +1.33 +1.51 +0.48 0400 136 0400 136 3.0 e + 97 + 25 - 32 175190 BD-22 4915
Gl 734 A 18 52 33 +10 54.6 0.12 95 - 26.8 VAR dM0 W 9.44 +1.36 +1.30 +0.66 J 0621 073 0621 073 8.41 c - 21 - 15 - 10 230017 BD+10 37241 V187 V(AB) = 9.37 d(m) = 2.5 :
Gl 734 B 18 52 33 +10 54.6 0.12 95 12.3 * 0621 073 0621 073 11.3 * c BD+10 37242 sep 5.2" 21d (1961)
Gl 735 18 53 03 +08 20.3 0.13 129 - 13.5 SB dM3 e W 10.11 +1.53 +1.1 : +1.08 0886 043 0886 043 9.85 b - 9 - 10 - 7 V188 AC+08:142-393
Gl 736 18 53 12 +04 12.1 0.099 181.7 + 20.1 G8 V 8.03 +0.90 +0.56 +0.33 0688 205 042 06 r 6.15 d + 22 + 4 - 4 175541 BD+04 39110
Gl 737 A 18 53 21 -56 03.1 0.412 186.2 - 13.5 K7 V 9.45 +1.42 J+1.1 :J+0.75 J 0731 080 0731 080 8.77 c - 22 - 20 + 1 175224 CP-56 90372 U463 Sm 24 V(AB) = 8.96 d(m) = 0.55
Gl 737 B 18 53 21 -56 03.1 0.412 186.2 - 15.8 K5 V 10.00 +0.84 0731 080 0731 080 9.32 c - 24 - 19 + 2 CP-56 90373 sep 5.0" 295d - 3.6" 319d (1892-1959)
Wo 9638 18 53 47 +23 29.7 0.314 155.4 + 10.3 SB K2 K 8.09 +0.91 +0.55 0409 072 0409 072 6.15 d + 27 - 1 - 26 175742 BD+23 3500 LTT 15564 V775 Her
NN 18 54 45 +07 30.5 0.182 227 m 11.20 +0.83 048 08 r 9.61 d LP 571-80
NN 18 55 00 +46 18.6 0.323 13 m 13.95 +1.23 047 09 r 12.31 d G205-047
Gl 738 A 18 55 09 +32 50.2 0.224 135.3 - 45.8 SB F9 V 5.34 +0.59 J+0.03 J 0565 042 0565 042 4.10 b - 12 - 39 - 28 176051 BD+32 32676 ADS 11871 V(AB) = 5.22 d(m) = 2.32
Gl 738 B 18 55 09 +32 50.2 0.224 135.3 K1 V 7.7 * 0565 042 0565 042 6.5 * b BD+32 32677 a = 1.24" P = 61.203 yr
NN A p 18 55 13 +54 28.1 0.320 178 dM0 M 10.44 +1.38 +1.33 +0.62 0200 077 042 05 r 8.56 c G229-018 V806
NN B p 18 55 15 +54 26.1 0.320 178 m 12.04 +1.56 +0.93 0200 077 042 05 r 10.16 c G229-019 sep 120" 169d
Gl 739 18 55 20 -48 20.2 0.509 163.0 M3 K 11.15 +1.46 +1.02 0871 056 0871 056 10.85 b CD-48 128180 3423 CFS 18398 Sm 26
Gl 740 18 55 34 +05 51.4 1.245 189.6 + 10.4 M2 V 9.22 +1.46 +1.17 +0.76 0946 064 0946 064 9.10 b + 46 - 39 - 19 176029 BD+05 39930 G022-010 470 V190
Wo 9639 s 18 56 55 +30 06.5 0.200 15.4 - 39.5 G2 V 6.79 +0.58 +0.00 0406 066 035 04 r 4.51 c - 43 - 22 - 4 176377 BD+29 3423 LTT 15573
NN 18 57 13 +07 55.1 0.408 115 M2 L 10.86 +1.42 +1.26 +0.73 043 07 r 9.03 d BD+ 7 3922 G141-052 LTT 15574 L 1138-44
Gl 740.1 s 19 00 10 -00 47.0 0.130 198.1 - 7.2 dG5 W 8.43 +0.73 +0.29 +0.39C 0543 102 0543 102 7.10 d + 0 - 13 - 1 176982 BD-00 36310
Gl 741 s 19 00 29 -13 38.1 0.780 225.8 M4 : K 14.85v +1.56v +1.29v 0531 039 0531 039 13.48v b 3428 L 850-062
Gl 742 19 00 39 +70 35.1 0.536 009.6 DXP5 13.20 +0.05 -0.86 0748 037 0748 037 12.57 b G260-015 3424 W129 LFT 1446 AC+70:8247
Wo 9641 19 01 41 -21 49.0 0.100 127.1 + 27.2 K0 III 3.77 +1.01 +0.85 0431 119 0431 119 1.9 e + 24 + 4 - 16 177241 BD-21 5237
NN 19 02 54 +70 21.0 0.205 7 m 12.54 +1.01 042 08 r 10.66 d LP 045-128
NN AB 19 02 55 +63 55.0 M0 s 10.6 +1.42 J+1.24 J+0.69 J 040 06 r 8.6 d Steph 1676 sep 3" 70d d(R) = 3. Weis; V(AB) = 10.55 d(m) = 3.5 :
Gl 743 s 19 03 00 +22 59.8 0.325 43.2 - 16.9 G9 K 8.55 +0.81 +0.42 0571 136 028 04 r 5.79 d - 52 + 18 - 18 177745 BD+22 35790 G184-047
Gl 743.1A 19 03 02 -37 08.2 0.289 160.9 - 53.2 F8 V 4.87 +0.52 J+0.00 J+0.29CJ 0528 084 068 08 r 4.03 c - 54 - 16 + 5 177474 CD-37 130482 GAM Cra V(AB) = 4.19 d(m) = 0.13
Gl 743.1B 19 03 02 -37 08.2 0.289 160.9 - 51.3 F8 V 5.00* 0528 084 068 08 r 4.16* c - 53 - 16 + 4 177475 CD-37 130483 a = 1.907" P = 120.42 yr Heintz 1963
NN AB 19 03 06 +13 47.5 0.10 185 - 25 SB A0 Vn 2.99 +0.01 -0.01 -0.07 0398 107 0398 107 1.0 e - 9 - 26 - 6 177724 BD+13 3899 BS 7235 ADS 12026 sep 158.6" d(m) = 8.4
Gl 743.2 q 19 03 18 +25 50.7 0.059 225.6 - 71.5 dK2 W 7.22 +1.03 +1.10 0200 029 0200 029 3.73 d - 27 - 67 - 6 177830 BD+25 3719
Gl 744 19 03 30 -37 53.0 0.417 208.3 + 58.5 G5 IV 6.15 +0.71 +0.27 +0.35C 0612 065 0612 065 5.08 c + 56 - 33 - 15 177565 CD-37 130490
Wo 9643 19 03 49 -27 44.7 0.255 192.0 + 45.4 SB K1 III 3.32 +1.19 +1.15 0431 102 0431 102 1.5 e + 46 - 20 - 17 177716 CD-27 135640 LTT 7571
Gl 745 A 19 04 58 +20 48.8 0.578 234.7 + 32.1 sdM2 W 10.76 +1.58 +0.93 1122 035 1122 035 11.01 a + 36 + 12 + 15 G184-048 3432 AC+20:1463-148
Gl 745 B 19 05 05 +20 48.1 0.578 234.7 + 31.7 sdM2 W 10.75 +1.58 +0.93 1122 035 1122 035 11.00 a + 35 + 11 + 15 349726 G184-049 3433 AC+20:1463-154
NN 19 05 18 -42 30.4 0.127 166.4 - 32 K1 V 7.88 +0.86 +0.53 043 07 r 6.05 d - 33 - 9 + 4 177996 CD-42 139220 CP-42:8610
NN 19 05 19 -31 03.1 0.096 134.0 K0 V 7.82 039 05 o 5.78 c 178076 CD-31 163810 $ mod = 2.03 Olsen
Gl 746 19 05 43 +16 46.6 0.310 169.0 + 14.8 SB G5 V 6.07 +0.70 +0.27 0595 085 0595 085 4.94 d + 25 + 0 - 14 178428 BD+16 37520
Gl 747 A 19 05 45 +32 27.0 1.635 048.9 - 47.0 M3.5 J K 11.86 +1.70 J +1.14 J 1226 019 1226 019 12.30 a - 70 - 12 - 34 BD+32 33262 G207-016 471 AC+32:54804 ADS 12061C V(AB) = 11.25 d(m) = 0.3
Gl 747 B 19 05 45 +32 27.0 1.635 048.9 M5 K ? 12.16* 1226 019 1226 019 12.60* a BD+32 33265 sep < 0.35"
GJ 1231 19 06 15 +26 30.6 0.539 202.6 m 15.16 +1.91 +1.38 0580 038 0580 038 13.98 b G207-018 3434
Gl 747.1 19 06 29 -14 49.4 0.549 158.5 M3 K 12.02 +1.50 +1.08 +1.26C 0469 096 0469 096 10.38 d 3437 Ross 727
NN 19 06 37 +32 12.1 0.311 225 m 11.80 +1.11 081 16 r 11.34 d G207-019 LTT 15607 L 1499-34 LP 336-4
Gl 747.2 p 19 07 04 +33 58.8 0.101 306.6 + 11.2 SB? dK6 W 9.43 +1.24 +1.17 +0.50 0350 116 046 08 r 7.74 d + 2 + 9 + 12 BD+33 33390 V192
Gl 747.3 19 07 10 -47 14.0 0.632 183.9 + 2.0 K7 V 9.36 +1.32 +1.26 +0.58 0475 127 059 11 r 8.21 d - 11 - 48 - 11 178445 CP-47 91960 3439 U465 Sm 29 CD-47:12773
NN 19 07 39 +39 07.5 M0 s 11.33 +1.53 +1.21 +0.89 055 10 r 10.03 d Steph 1680
GJ 1232 19 07 40 +17 35.5 0.740 227.0 - 12 k-m 13.52 +1.85 +1.44 +1.35 0936 028 0936 028 13.38 a + 19 - 32 + 12 G142-011 3438
NN 19 08 07 +01 27.4 0.260 220 g 12.18 +1.50 +1.22 041 20 r 10.2 f G022-017 LTT 15613
NN s 19 08 14 +79 40.4 0.198 355.6 - 32.2 dK8 M 9.72 +1.10 +0.96 +0.46 0463 154 033 04 r 7.31 c - 14 - 40 - 8 BD+79 615 V807
Gl 747.4 s 19 08 19 -55 57.0 0.33 238 k-m 11.31 +1.45 +1.11 +0.99C 0540 085 0540 085 9.97 d CD-56 76380 Sm 31
NN 19 09 13 -82 37.8 1.261 165.0 M3.5 12.7 * +1.16 063 13 r 11.7 * d 475 LTT 7606 L 22-69
NN 19 09 18 +32 35.0 0.244 225 m 10.48 +0.70 048 07 r 8.89 d LP 336-6
NN 19 09 32 -39 07.2 0.503 106.3 M3 K 12.7 * +1.11 052 10 r 11.3 * d 3443 LTT 7605 L 491-42
Gl 748 19 09 38 +02 48.6 1.801 105.8 - 42.6 dM4 W 11.10 +1.51 +1.04 +1.15 0994 022 0994 022 11.09 a - 48 - 15 - 81 G022-018 472 AC+02:2155-242
NN 19 10 40 +35 28.8 0.250 124 m 12.01 +1.56 +1.23 +1.00 0580 029 0580 029 10.83 b G207-022
Wo 9648 A 19 10 48 +49 45.7 0.667 340.0 - 39.8 G6 V 6.57 +0.65 +0.21 0435 029 0435 029 4.76 b - 62 - 43 + 35 179958 BD+49 29591 3441 LFT 1459
Wo 9648 B 19 10 47 +49 45.6 0.668 343.7 - 41.2 G6 V 6.75 +0.65 +0.19 0435 029 0435 029 4.94 b - 65 - 43 + 31 179957 BD+49 29592 3440 LFT 1460
Gl 748.1 s 19 11 01 +76 28.7 0.128 161.7 + 0.8 SB? F2 V 5.13 +0.31 +0.00 0473 085 0473 085 3.50 d + 9 + 7 - 6 180777 BD+76 7170
GJ 1233 19 11 16 +57 34.8 0.451 26.7 - 26.3 G8 V 7.04 +0.79 +0.43 0391 090 054 09 r 5.70 d - 40 - 22 - 13 180161 BD+57 1961 G229-026 6
Gl 748.2A s 19 12 26 +02 04.3 0.513 041.9 K4 K 10.20 +1.19 +0.51 0459 063 0459 063 8.51 c BD+01 39421 G022-021 3447
Gl 748.2B s 19 12 26 +02 04.3 0.513 041.9 k-m 11.17 +1.36 +0.63 0459 063 0459 063 9.48 c BD+01 39422 3448 Ross 651 sep 9" 176d (NLTT)
Wo 9652 A 19 12 30 +19 13.4 0.726 305.3 M3 K 11.55 +1.13 0479 049 0479 049 9.95 c G185-012 3445 LTT 15634 LFT 1463 Ross 733 double?
Wo 9652 B 19 12 30 +19 12.7 0.726 305.3 M3.5 K 13.27 +1.21 0479 049 0479 049 11.67 c G185-013 3446 LTT 15635 LFT 1464 Ross 734 sep 45" 178d
Gl 750 A 19 13 03 -45 58.4 0.45 154 - 36.8 K9 V J 10.12 +1.42 J+1.08:J+0.97CJ 0726 081 0726 081 9.42 c - 44 - 16 - 3 179930 CP-46 96722 Sm 34 V(AB) = 9.37 d(m) = 0.0
Gl 750 B 19 13 03 -45 58.4 0.45 154 10.1 * 0726 081 0726 081 9.4 * c CP-46 96723 sep 0.2" 348d - 0.2" 43d (1929-1949)
Gl 751 p 19 13 14 +24 48.3 0.305 51 - 70.1 dM0 W 9.72 +1.35 +1.24 +0.58 0269 071 051 10 r 8.26 d - 58 - 44 - 19 338030 BD+24 36920 G185-014 V193
Gl 752 A 19 14 29 +05 05.8 1.466 204.2 + 36.3 M3.5Ve 9.11 +1.50 +1.15 +1.02 1767 024 1767 024 10.35 a + 53 - 6 - 5 180617 BD+04 40481 G022-022 473 V065
Gl 752 B 19 14 32 +05 04.7 1.461 203.1 dM5 e W 17.52v +2.2 : +1.83: 1767 024 1767 024 18.76v a BD+04 40482 474 VB 10
NN 19 15 48 -53 48 0.102 164 M2 S 10.82 +1.58 +0.95t 084 17 r 10.44 d Sm 36 BPM 26134
Gl 754 19 17 07 -45 36.7 2.945 167.3 + 16 M4.5 K 12.23 +1.68 +1.22 +1.33 1757 084 1757 084 13.45 b - 10 - 69 - 41 60 L 347-014
GJ 1234 19 17 15 +38 38.0 0.250 179 DC7 14.57 +0.44 -0.36 0856 039 0856 039 14.23 b G125-003 W375
Gl 754.2 19 17 53 +37 14.4 0.169 196.0 + 1.8 G8 V 6.31 +0.68 +0.21 0407 102 060 10 r 5.20 d + 13 - 3 - 2 181655 BD+37 34170
Gl 754.1A 19 17 53 -07 45.6 0.199 198 DQ5 12.28 +0.06 -0.83 +0.04C 0988 031 0988 031 12.25 a W131 LTT 7658 L 923-21 LDS 678A AC-07:342-402
Gl 754.1B 19 17 51 -07 45.3 0.199 198 + 10 dM5 12.12 +1.63 +1.42 +1.09 0988 031 0988 031 12.09 a + 13 - 4 - 3 AC-07:342-397 L 923-22
Gl 755 19 18 12 -35 04.6 0.123 131.7 - 10.2 G5 V 6.48 +0.62 +0.19 +0.22 048 07 r 4.89 d - 13 - 5 - 7 181321 CD-35 134220
NN 19 18 46 -17 56.6 0.035 313.1 + 1.2 F0 IV 3.93 +0.23 +0.13 0391 087 0391 087 1.89 d + 2 + 2 + 4 181577 BD-18 5322
Gl 755.1 19 19 23 +14 34.9 0.09 180 + 35 DA5 13.01 +0.06 -0.66 0509 053 0509 053 11.54 c - 1 - 12 - 4 W201 BPM 94172 GD 219
GJ 1235 19 19 32 +20 47.5 1.751 212.6 + 93 k-m 13.38 +1.71 +1.31 0984 045 0984 045 13.34 b +122 + 27 + 11 G185-018 476
GJ 1236 19 19 39 +06 57.2 0.836 242.3 + 32 m 12.35 +1.69 +1.33 +1.09 0915 024 0915 024 12.16 a + 49 - 4 + 22 G022-026 3457
Gl 756 19 19 49 +28 34.0 0.900 073.7 - 30.6 M1 K 11.53 +1.41 +1.05 +0.86 0446 042 0446 042 9.78 c - 69 + 12 - 72 G185-019 3456 AC+28:53670
Gl 756.1 p 19 20 14 -66 34.3 0.324 316.5 + 37.9 K5 V 8.40 +1.04 +0.96 +0.32 0388 102 043 09 r 6.57 d + 52 - 3 + 6 181433 CP-66 34310
NN 19 20 42 +29 20.6 0.704 179.7 m 15.37 +1.82 0476 041 0476 041 13.76 b G207-030 3459
Gl 757 s 19 21 36 -22 09.3 0.494 206.3 K4 K 10.92 +1.41 +1.15 +0.80C 0474 080 0474 080 9.30 d CD-22 139160 5347
Gl 758 19 21 41 +33 07.3 0.190 24.2 - 20.6 K0 V 6.37 +0.81 +0.46 0567 051 0567 051 5.14 b - 23 - 12 - 2 182488 BD+32 34110
Gl 759 19 22 35 +11 50.2 0.966 48.4 -100.6 SB? G8 IV 5.16 +0.77 +0.42 +0.24 0643 043 0643 043 4.20 b -118 - 29 - 21 182572 BD+11 38331 3463
Gl 760 19 22 59 +03 00.8 0.268 72.0 - 29.9 SB F0 IV 3.36 +0.32 +0.04 0725 056 0725 056 2.66 b - 32 - 10 - 9 182640 BD+02 38791 DEL Aql
NN 19 23 08 +28 15.0 0.410 024.9 M3.5 K 12.48 +1.56 +1.15 067 17 r 11.6 e G185-022 6 LTT 15670 Ross 164 = LTT 15673 L 1427-13
NN 19 24 36 +16 37.0 0.212 163 m 13.09 +1.18 057 11 r 11.87 d LTT 15678 L 1284-53 LP 452-10
GJ 1237 19 25 02 +49 21.2 0.843 32.8 - 65.3 K3 V 8.01 +0.93 +0.64 0407 104 048 08 r 6.42 d - 91 - 47 - 28 183255 BD+49 3009 G208-022 3465
GJ 1238 19 25 40 +75 26.7 0.681 033.8 m+ 15.37 +1.94 +1.60 0907 051 0907 051 15.16 b G261-006 3461
NN 19 26 38 +07 03.2 0.348 50 K7 L 10.71 +1.41 +1.21 047 22 r 9.1 f G023-002 LTT 15688 L 1140-40 LP 572-18
Wo 9657 A s 19 26 47 -27 05.4 0.053 139.0 - 31.4 K3 III 5.52 +1.12 +1.35 +0.36 0438 102 021 05 r 2.1 e - 31 - 12 + 1 183275 CD-27 140040
Wo 9657 B s 19 26 47 -27 05.4 0.053 139.0 - 31.8 8.69 +0.86 +0.32 0438 102 021 05 r 5.3 e - 32 - 12 + 1
Gl 761.1 19 27 26 +31 30.6 0.400 183.3 - 10.0 G7 IV 6.96 +0.71 +0.34 0484 102 0484 102 5.38 d + 29 - 22 - 18 183650 BD+31 36180 G207-033
Wo 9659 s 19 28 12 -06 37.1 0.194 223.0 + 58.4 G0 7.29 +0.64 +0.19 0419 085 033 04 r 4.88 c + 64 + 8 - 4 183658 BD-06 5170 LTT 7713
GJ 1239 19 29 14 -35 33.7 0.329 298.3 K5 V 8.71 +1.11 +0.98 +0.43 050 08 r 7.20 d 183783 CD-35 135540 U468 LTT 7719
GJ 1240 19 29 20 -11 23.0 0.233 85.5 - 48.1 K2 V 7.57 +0.92 +0.64 +0.34 057 09 r 6.35 d - 50 - 15 - 5 183870 BD-11 5030 U469 LTT 7720
Gl 761.2 19 30 04 +00 28.2 0.250 79 - 47.9 dM0.5 W 10.43 +1.45 +1.26 +0.68 0446 039 0446 039 8.68 b - 50 - 18 - 13 BD+00 42410 G092-008 V195
NN 19 30 06 -52 32 0.255 181 M4 S 12.80 +1.55 +1.02t 039 08 r 10.76 d LTT 7723 L 275-26 BPM 26201 Sm 39
Gl 762 19 30 10 -62 56.9 0.500 226.4 m+ 12.17 +1.48 +0.98 0602 136 0602 136 11.07 d 3471 L 160-102
Gl 762.1 19 30 18 +58 29.0 0.648 232.8 + 11.4 SB K1 V 6.59 +0.87 +0.52 0486 088 0486 088 5.02 d + 55 + 1 + 33 184467 BD+58 19290 G229-033 3466
Wo 9661 19 31 39 +07 16.3 0.264 126.1 - 25.1 K3 IIIb 4.45 +1.17 +1.26 0461 084 0461 084 2.77 d - 17 - 22 - 24 184406 BD+07 4132 LTT 15709
NN 19 31 56 +39 25.3 0.465 151 M2.5 K 11.70 +0.99 060 10 r 10.59 d G125-018 LTT 15711 Ross 1063
Gl 763 19 32 09 +04 28.1 0.605 59.9 - 57.4 dM0.5 W 9.36 +1.39 +1.23 +0.61 0737 067 0737 067 8.70 b - 66 - 15 - 13 184489 BD+04 41570 G023-005 3470 V196
Gl 764 19 32 28 +69 34.6 1.822 162.0 + 28.2 K0 V 4.68 +0.79 +0.38 +0.29 1782 034 1782 034 5.93 a + 30 + 44 - 17 185144 BD+69 10531 477 SIG Dra
NN A p 19 32 41 +08 21.0 0.054 222 - 20.5 dM1 10.38 +1.46 +1.22 +0.77 0283 113 048 06 r 8.79 c - 11 - 18 + 3 V811A AC+08:147-294
NN B p 19 32 41 +08 21.0 0.054 222 12.52 +1.52 +0.99 0283 113 048 06 r 10.93 c V811B sep 6.2" 9d
NN q 19 33 02 +51 07.7 0.185 173.6 + 0.4 F7 V 5.73 +0.48 +0.00 +0.17 0353 102 041 05 r 3.79 c + 18 + 1 - 11 184960 BD+50 2815
NN 19 33 41 +53 08.3 0.572 29.0 M3 K 12.20 +1.64 +1.03 057 14 r 11.0 e G229-035 3472 LTT 15717 Wolf 1108
Gl 764.1A 19 34 02 -10 33.1 0.385 225.7 + 68.0 K2 V 8.58 +1.01 J+0.82 J+0.52CJ 0525 064 0525 064 7.18 c + 76 + 4 - 6 184860 BD-10 51301 U472 ADS 12664 V(AB) = 8.36 d(m) = 1.6
Gl 764.1B 19 34 02 -10 33.1 0.385 225.7 + 68.6 K7 K 10.2 * 0525 064 0525 064 8.8 * c + 77 + 4 - 6 BD-10 51302 sep 2.8" 340d - 5.0" 328d (1832-1959)
Gl 764.2 19 34 45 -14 24.8 0.179 215.7 - 15.4 F7 V 5.47 +0.50 +0.04 +0.28C 0450 119 050 08 r 3.96 d - 5 - 21 + 7 184985 BD-14 54790
Gl 765 A 19 35 06 +50 06.3 0.260 355.5 - 27.3 F4 V 4.48 +0.38 -0.03 0540 077 0540 077 3.14 d - 23 - 27 + 5 185395 BD+49 30623 THE Cyg ADS 12695
Gl 765 B 19 35 06 +50 06.3 0.260 355.5 13.0 * 0540 077 0540 077 11.7 * d BD+49 30624
GJ 1241 19 35 10 +27 36.4 0.405 85 DAV5 12.98 +0.17 -0.56 0556 029 0556 029 11.71 b G185-032 W277
NN 19 36 07 +33 46.7 0.107 297.3 G5 7.47 041 05 o 5.53 c 185501 BD+33 3529
Wo 9664 A s 19 38 18 -59 07.5 0.256 137.9 + 19.5 G5 V 7.48D +0.71 +0.28 0397 102 036 06 r 5.26D d - 4 - 23 - 31 185454 CP-59 75050 LTT 7783
Wo 9664 B s 19 38 18 -59 07.5 0.256 137.9 8.7 * 0397 102 036 06 r 6.5 * d
NN p 19 39 19 -45 11.8 0.242 188 M1 S 10.01 +1.34 +0.64t 0340 110 051 08 r 8.55 d CD-45 133830 LTT 7786 CFS 18799 CP-45:9776 Sm 42
GJ 1242 s 19 39 24 +03 02.5 0.536 209.5 m 12.88 +1.60 +1.23 +0.97 0427 026 0427 026 11.03 b G023-008 3479
NN 19 40 06 +71 45.5 0.454 205.0 M0.5 K 10.96 +1.48 +1.25 +0.76 0481 073 0481 073 9.37 d G260-030 6354 LTT 18490 AC+71:8595
Gl 765.1A q 19 40 29 +50 24.5 0.214 225.9 - 27.4 G2 V 5.96 +0.64 +0.19 0352 050 043 04 s 4.13 c + 19 - 31 + 1 186408 BD+50 28470
Gl 765.1B q 19 40 32 +50 24.0 0.211 221.5 - 28.1 G5 V 6.20 +0.66 +0.20 0352 050 043 04 s 4.37 c + 19 - 31 - 1 186427 BD+50 28480
Gl 765.2 19 40 40 +76 18.2 0.211 46.6 - 3.8 dK0 W 8.08 +0.88 +0.55 0439 112 040 06 r 6.09 d - 21 - 6 - 12 186922 BD+76 7500
Wo 9666 19 40 42 -15 35.3 0.235 139.9 + 12.8 F5 IV 5.49 +0.46 +0.02 0436 136 0436 136 3.7 e + 9 - 8 - 26 186185 BD-15 5444 LTT 7797
NN 19 41 45 -71 12.2 0.673 176.3 m 13.9 * +1.19 041 08 r 12.0 * d 3484 LTT 7809 L 79-24
Gl 765.3 19 42 16 +57 53.8 0.129 114.2 - 29.8 F8 H 6.23 +0.55 +0.05 0456 085 042 05 r 4.35 c + 0 - 25 - 22 186760 BD+57 20570
Gl 765.4A 19 43 39 +33 29.1 0.431 177.7 + 4.4 K3 V 8.35 +0.99 J+0.78 J+0.37 J 0439 039 0439 039 6.56 b + 39 - 8 - 24 186858 BD+33 35825 G125-029 ADS 12889 V(AB) = 7.68 d(m) = 0.19 , cpm: Gl 767.1 sep 13'
Gl 765.4B 19 43 39 +33 29.1 0.431 177.7 K3 V 8.54* 0439 039 0439 039 6.75* b BD+33 35826 a = 2.048" P = 224.68 yr
Gl 766 A 19 43 43 +27 01.2 1.226 181.5 dM4.5 J W 12.91 +1.72 J +1.28 J 0931 056 0931 056 12.75 b G185-037 478 Ross 165 V(AB) = 12.38 d(m) = 0.5
Gl 766 B 19 43 43 +27 01.2 1.226 181.5 13.4 * 0931 056 0931 056 13.2 * b a = 1.10" P = 81 yr Heintz AJ 101, 1071
NN 19 43 52 +32 15.7 0.457 63 M0 K 10.86 +0.88 058 09 r 9.68 d G125-030 LTT 15769 L 1501-53 LP 337-3
Gl 767 A 19 44 26 +31 53.9 0.623 131.0 - 4.4 M0.5 K 10.15 +1.48 +1.17 +0.85 0741 020 0741 020 9.50 a + 6 - 5 - 39 331161 BD+31 37671 G125-031 3482 V197
Gl 767 B 19 44 26 +31 53.9 0.623 131.0 - 3.5 M2 : K 11.10 +1.52 0741 020 0741 020 10.45 a + 6 - 4 - 39 BD+31 37672 3483
Gl 767.1A 19 44 32 +33 36.6 0.444 178.9 + 4.2 F5 IV-V 4.99 +0.47 +0.00 0444 025 0444 025 3.23 b + 40 - 9 - 24 187013 BD+33 35871 ADS 12913 common motion: Gl 765.4
Gl 767.1B 19 44 34 +33 36.8 0.443 177.6 + 4.5 dK6 W 8.56 +1.04 +0.95 +0.38 0444 025 0444 025 6.80 b + 39 - 8 - 25 225732 BD+33 35890 sep 25.8" 73d - 26.0" 70d (1832-1953)
NN 19 47 13 +08 04.9 0.249 243 k 15.21 +1.72 +1.25 039 16 r 13.2 f G092-028
NN 19 48 05 +32 27.2 0.526 61.7 M3 K 12.41 +1.62 +1.06 0585 034 0585 034 11.25 b G125-035 3489 LTT 15792 LFT 1498 L 1501-39 LP 338-2
NN 19 48 19 +31 39.0 0.365 27 m 12.88 +1.06 042 08 r 11.00 d G125-036 LTT 15794 L 1501-69 LP 338-4
Gl 768 19 48 21 +08 44.1 0.662 54.3 - 26.1 A7 IV-V 0.77 +0.22 +0.08 +0.02 2010 038 2010 038 2.29 a - 29 - 10 - 2 187642 BD+08 42361 3490 ALF Aql
Gl 768.1A 19 48 38 +10 17.4 0.274 120.0 - 0.2 F8 V 5.11 +0.55 +0.07 0463 131 059 07 r 3.96 c - 2 - 3 - 22 187691 BD+10 40731 OMI Aql ADS 13012AC ADS 13012B optical
Gl 768.1B 19 48 38 +10 17.4 0.274 120.0 - 1.2 M3 K 13.10 +1.18 0463 131 059 07 r 11.95 c - 3 - 3 - 22 BD+10 40732
GJ 1243 19 49 37 +46 21.0 0.290 32 m 12.83 +1.64 +1.22 0839 024 0839 024 12.45 a G208-042
NN q 19 49 43 +11 30.2 0.484 226.3 - 19.5 G0 V 6.13 +0.65 +0.13 0234 170 051 05 s 4.67 c + 22 - 41 + 15 187923 BD+11 4019 LTT 15805
Gl 769 p 19 50 22 -47 55.6 1.072 186.2 + 25 M3 K 12.53 +1.56 +1.12 +0.96 0384 093 0384 093 10.5 e - 2 -133 - 18 480 L 349-068
GJ 1244 19 50 37 -72 29.5 0.299 182.5 K5 V 8.45 +1.06 +0.98 +0.38 049 07 r 6.90 d 187456 CD-72 15700 U477 LTT 7857
Gl 770 19 51 18 -24 04.0 0.426 197.4 - 5.1 SB K3/4 V 6.17 +1.02 +0.94 +0.34 0717 083 0717 083 5.45 c + 3 - 28 + 1 188088 CD-24 156681 U479
NN 19 51 39 +34 00.4 0.241 2 m 11.63 +0.89 046 08 r 9.94 d G125-042 LTT 15815 L 1501-20 LP 282-7
NN 19 52 06 +32 25.8 0.251 51 m 12.43 +0.98 041 08 r 10.49 d G125-043 LTT 15818 L 1501-51 LP 338-6
GJ 1245 A 19 52 16 +44 17.5 0.731 143.1 M5.5 V e 13.41 +1.90 +1.65 2120 043 2120 043 15.04 a G208-044 3494 V1581 Cyg orbit in Harrington AJ 100, p 559 (1990)
GJ 1245 B 19 52 17 +44 17.5 0.731 143.1 m 14.01 +1.98 +1.71 2120 043 2120 043 15.64 a G208-045 3495 sep 7" 103d (LHS)
Wo 9672 s 19 52 33 +03 56.0 0.383 229.6 + 50.0 K3 K 9.40 +0.99 +0.80 +0.40 0407 119 030 04 r 6.79 c + 78 - 4 + 10 188427 BD+03 4191 G023-017 LTT 15820
Gl 771 A 19 52 51 +06 16.8 0.481 174.8 - 40.7 G8 IV 3.72 +0.86 +0.48 +0.31 0743 081 0743 081 3.07 c - 12 - 49 - 9 188512 BD+06 43571 5350a BET Aql
Gl 771 B 19 52 51 +06 16.8 0.481 174.8 M3 K 11.4 * 0743 081 0743 081 10.8 * c BD+06 43572
GJ 1246 19 53 26 -31 28.2 0.418 86.8 K4 V 8.43 +0.98 046 06 r 6.74 c 188474 CD-31 171790 U634 LTT 7876
Gl 772 19 53 56 -01 10.0 0.790 211.9 + 76 DA6 13.70 +0.28 -0.60 -0.06 0861 031 0861 031 13.38 a + 51 - 14 - 5 G092-040 3501 W135 LTT 7879 LFT 1503 LP 634-1 L 997-021
Wo 9674 19 54 30 +51 08.1 0.586 052.6 M2 K 12.0 * 0456 041 0456 041 10.3 * c G230-018 3499 LFT 1505 LTT 15835 Wolf 1122
Gl 773 A 19 54 33 -12 41.7 0.516 189.1 - 10.6 VAR K4 V 9.30 +1.33 +1.21 +0.56 0474 054 0474 054 7.68 c + 11 - 51 - 9 188807 BD-12 55940 3502 V327
Gl 773 B 19 54 37 -12 41.5 0.520 188.1 m 15.36 +1.54 0474 054 0474 054 13.74 c 3503 V327B LP 754-5 sep. 62" 75d (LHS)
GJ 1247 19 54 35 -55 04.3 0.177 138.1 K3 V 8.60 +1.08 +0.88 +0.38 044 07 r 6.82 d 188559 CD-55 83490 U481 BPM 26450
Gl 773.2 s 19 55 13 +29 41.1 0.262 19.7 - 29.6 K0 Ve 7.90 +0.80 +0.38 0474 108 038 06 r 5.80 d - 41 - 15 + 7 189087 BD+29 38200 G125-048
Wo 9677 A 19 55 39 +59 01.7 0.421 255 dM0 p M 9.96 +1.22 +0.59 040 05 r 7.97 c BD+58 2015 G230-021 V813
Wo 9677 B 19 55 30 +59 01.3 0.421 255 m 13.50 +1.48 +1.12 040 05 r 11.51 c G230-020
NN 19 55 45 +01 54.6 0.864 201.3 k 11.95 +1.55 +1.33 +1.02 0631 038 0631 038 10.95 b G023-019 3505 LTT 15840 LP 634-2 L 1069-28
Gl 773.3 19 57 04 -10 05.4 0.483 214.5 + 30.2 SB G0 V 5.88 +0.58 +0.05 +0.21 0406 072 0406 072 3.92 d + 56 - 31 - 2 189340 BD-10 52380 5351a
Gl 773.4 19 57 07 -33 50.3 0.315 155.6 - 8.2 VAR F8 V 5.66 +0.49 -0.02 +0.15 0516 072 0516 072 4.22 d - 13 - 24 - 13 189245 CD-34 140820
NN 19 58 34 +22 34.6 0.238 179.7 G5 7.67 052 06 o 6.25 c 189733 BD+22 3887 LTT 15851
Gl 773.6 19 58 50 -50 11.2 0.532 135.4 + 19.3 K5 V 8.66 +1.12 +1.09 +0.42 0478 102 051 08 r 7.20 d - 10 - 30 - 43 189484 CP-50 112560 3508 U487 optical double
Gl 774 A 19 59 20 -65 43.7 0.863 172.5 + 72 m 11.35 +1.48 +0.98 +0.96 0746 074 0746 074 10.71 c + 25 - 77 - 41 3513 L 115-021 Sm 48
Gl 774 B 19 59 20 -65 43.7 0.863 172.5 + 33 m 12.82 +1.56 +1.01 +1.11 0746 074 0746 074 12.18 c - 4 - 60 - 21 3512 sep 16" 284d (LHS)
Gl 775.1 20 00 17 +15 27.6 0.598 195.9 + 20.0 G8 V 7.16 +0.71 +0.23 +0.27 0667 240 045 07 r 5.43 d + 60 - 20 - 19 190067 BD+15 40260 3507
Gl 775 20 00 17 +03 11.0 0.150 326.6 - 29.7 K4 V 7.46 +1.14 +1.08 +0.42 0706 102 0706 102 6.70 d - 22 - 15 + 16 190007 BD+02 40760
Gl 776 20 00 34 -67 27.2 1.081 129.8 - 12.2 G2 V 6.08 +0.65 +0.07 +0.23 0530 072 0530 072 4.70 c - 75 - 34 - 52 189567 CP-67 37030 484
Gl 776.1 s 20 00 41 -45 47.7 0.584 270.7 K4 : K 12.15 +1.40 +0.72 0471 136 023 05 r 8.96 d 3517 L 349-18
NN 20 00 56 -31 49.7 0.813 156.6 m 14.5 * +1.31 050 08 r 13.0 * d 3516 LP 926-31
NN 20 01 19 -08 16.1 0.570 243.3 k-m 13.4 * +1.23 060 11 r 12.3 * d 3514 LP 694-16
GJ 1248 20 01 24 +05 51.9 0.922 212.0 k-m 12.09 +1.60 +1.14 +0.96 0789 043 0789 043 11.58 b G023-024 3511
Gl 777 A 20 01 34 +29 45.7 0.864 127.7 - 45.9 G8 IV-V 5.71 +0.73 +0.37 +0.27 0581 026 0598 065 4.59 c - 12 - 46 - 68 190360 BD+29 38721 3510
Gl 777 B 20 01 23 +29 43.9 0.857 127.9 - 5.0 M4 : K 14.37 +1.67 +1.12 +1.37 0854 102 0598 065 13.25 c + 4 - 8 - 68 G125-055 3509 faint comp (?): Heintz AJ 96 : sep 4.4" 114d (1971.2) m = 15.5
Gl 778 20 01 47 +23 12.7 1.353 228.3 - 1.8 K1 V 7.26 +0.82 +0.40 +0.31 0547 183 055 08 r 5.96 d + 99 - 52 + 32 190404 BD+22 39080 G186-011 481
Gl 779 20 01 51 +16 56.0 0.571 224.3 + 4.8 G1 V 5.80 +0.61 +0.09 +0.19 0602 056 0602 056 4.70 c + 40 - 19 + 9 190406 BD+16 41211 3515
Gl 779.1 20 02 04 +25 38.9 0.085 241.1 - 6.4 K3 V 7.88 +0.91 +0.71 051 08 r 6.42 d + 4 - 9 + 4 190470 BD+25 4085
NN 20 02 46 -11 05.4 1.081 094.9 DC9 16.87 +1.04 0572 055 0572 055 15.66 c 483 W498 LP 754-16
NN q 20 02 53 +54 19.5 0.124 157.7 - 9.0 dK0 7.72 +0.94 +0.65 0144 205 054 07 r 6.38 c + 6 - 7 - 10 190780 BD+54 2281
GJ 1249 20 03 20 +38 20.0 0.278 68.5 - 22.5 G5 IV 6.17 +0.65 +0.18 0438 085 0438 085 4.38 d - 29 - 14 - 19 190771 BD+38 3896 BS 7683 LTT 15881 ADS 13348 6.6-12.8 sep 12" 230d
Gl 780 20 03 50 -66 18.7 1.660 133.5 - 21.7 G8 V 3.56 +0.76 +0.45 +0.23 1752 082 1752 082 4.78 b - 47 - 12 - 13 190248 CP-66 34740 485 DEL Pav
Gl 781 s 20 03 55 +54 18.2 1.455 232.7 -148.0 SB dM3 e W 11.99 +1.54 +0.82 0599 020 0599 020 10.88 a +103 -156 + 11 G230-026 482 AC+55 50103
NN 20 04 25 +52 49.4 0.264 44 m 13.16 +1.18 055 11 r 11.86 d G230-027 LTT 15891 Wolf 1131
Gl 781.1A 20 04 38 -31 53.6 0.796 158.8 M3 K 12.25 +1.55 +1.11 +1.06 0507 102 0507 102 10.78 d 3524 LP 926-52 L 565-062
Gl 781.1B 20 04 35 -31 53.3 0.796 158.8 M3.5 K 12.50 +1.63 +1.07 +1.18 0507 102 0507 102 11.03 d 3523 LP 926-51 L 565-063 sep 41" 292d (NLTT)
NN 20 05 21 -01 41.2 0.407 129 k-m 13.55 +1.62 +1.20 049 22 r 12.0 f G024-005 LTT 7959 L 997-68 LP 634-18
GJ 1250 20 06 21 +33 09.0 0.488 039.4 m 14.88 +1.82 +1.14 0468 062 0468 062 13.23 c G125-062 5354
Gl 781.2 s 20 06 48 -14 26.0 0.120 113.5 - 14.5 K3/4 V 9.76 +1.15 +1.05 +0.48 0479 119 036 04 r 7.54 c - 17 - 9 - 9 191285 BD-14 56520 V329
Gl 781.3 20 07 21 -21 55.4 0.311 158 + 35 DA6 14.44 +0.19 -0.70 059 16 w 13.3 e - 9 - 23 - 11 W137 LTT 7983 LP 870-43 L 710-30
Gl 782 20 07 26 -20 38.2 0.565 231.0 + 19.4 SB? K4 Vp 8.92 +1.29 +1.21 +0.55 0632 068 0632 068 7.92 c + 39 - 24 + 10 191391 BD-20 58330 3526 V330
GJ 2147 20 07 51 -30 21.9 0.423 236 DA4 12.18 +0.07 -0.66 079 16 w 11.67 d W LTT 7987 L 565-18
NN 20 07 54 -25 43.4 0.848 166.6 m 14.98 +1.34 045 07 r 13.25 d 3528 LP 870-45
Gl 783 A 20 07 55 -36 13.7 1.633 163.8 -129.8 K3 V 5.32 +0.87 +0.46 +0.34 1771 094 1771 094 6.56 b -118 - 49 + 48 191408 CD-36 139401 486
Gl 783 B 20 07 55 -36 13.7 1.633 163.8 M3.5 K 11.5 * 1771 094 1771 094 12.7 * b CD-36 139402 487
Gl 783.2A p 20 08 50 +16 02.0 0.574 314.7 - 48.3 K1 V 7.33 +0.85 +0.49 +0.30 0355 103 051 06 r 5.87 c - 31 - 26 + 59 191785 BD+15 40741 G143-034 3529
Gl 783.2B p 20 08 57 +16 01.8 0.572 312.9 dM 13.94 +1.62 +1.14 +1.24 0355 103 051 06 r 12.48 c BD+15 40742 G143-035 3530
NN 20 09 36 +38 14.9 0.122 16.3 - 6 G8 V 7.95 +0.86 +0.57 041 04 o 6.01 c - 15 - 3 + 4 192020 BD+37 3812 SpT: K1 IV OP, mod = 1.94 Olsen
NN q 20 09 39 -12 45.9 0.275 134.6 + 22.6 F7 V 5.85 +0.48 -0.07 0381 071 039 05 r 3.81 c + 13 - 6 - 38 191862 BD-13 5608 LTT 7995
Gl 784 20 10 19 -45 18.8 0.796 102.5 - 31.1 M0 V 7.97 +1.43 +1.18 +0.73 1639 085 1639 085 9.04 b - 39 + 1 - 2 191849 CD-45 136770 3531 U492 Sm 50
Gl 784.2A 20 11 32 +06 32.5 0.633 202.8 dM5 13.19 +1.54 +1.22 +1.20 0444 020 0444 020 11.43 a G024-010 3533 LTT 15922 L 1142-088
Gl 784.2B 20 11 29 +06 34.0 0.633 202.8 DA7 15.72 +0.37 -0.40 +0.29 0444 020 0444 020 13.96 a G024-009 3532 W138 LTT 15921
NN 20 11 47 -07 25.8 0.269 178 K7 V U 10.20 +1.34 +1.22 +0.61 043 08 r 8.37 d BD- 7 5223 V815 LTT 8005 U494
Gl 785 20 12 10 -27 11.0 1.259 98.5 - 54.4 SB? K0 V 5.73 +0.88 +0.64 +0.32 1088 135 1088 135 5.91 c - 74 - 11 - 20 192310 CD-27 146590 488
Gl 786 20 12 24 +77 04.8 0.517 6.7 - 1.1 dM0 W 8.88 +1.33 +1.28 0604 031 0604 031 7.79 b - 34 - 19 + 12 193202 BD+76 7850 G261-019 3527
NN 20 12 37 -39 38.5 0.251 149.3 K1 V 7.77c +0.86c 047 07 r 6.13c d 192354 CD-39 137010 LTT 8014 V, B-V from Geneva, CPC
Gl 786.1 p 20 14 11 +42 49.5 0.06 170 dM0 p M 9.97 +1.34 +1.30 +0.60 0346 038 0346 038 7.67 c V818 AC+42:849-367
NN s 20 14 28 +06 46.0 0.161 86.4 - 57.3 dK8 M 9.72 +1.14 +1.08 +0.44 0472 170 033 04 r 7.31 c - 49 - 37 - 3 BD+06 4489 V817
Gl 787 20 16 07 -46 35.1 0.387 255.7 + 29.9 K5 V 8.72 +1.16 +1.14 +0.48 0626 068 0626 068 7.70 c + 39 - 14 + 6 192961 CP-46 99510 U495 Sm 51
NN 20 16 30 +15 41.0 0.207 108 m 11.79 +1.00 058 11 r 10.61 d LTT 15944 L 1286-87 LP 455-12
Gl 788 20 17 02 +66 41.6 0.549 57.6 - 4.6 G5 V 5.93 +0.58 +0.06 0729 082 0729 082 5.24 c - 31 - 5 - 17 193664 BD+66 12810 3537
NN 20 17 13 +07 51.0 0.182 152 m 12.92 +1.09 045 09 r 11.19 d LTT 15948 L 1142-58 LP 575-38
NN 20 17 27 -51 57.0 0.11 336 M0 S 10.20 +1.41 +0.71t 056 10 r 8.94 d CD-52 9466? Sm 52
Wo 9691 20 18 04 -50 09.3 0.432 235.6 + 17.9 G2 IV-V 6.27 +0.55 -0.02 +0.20 0435 078 0435 078 4.46 d + 30 - 35 + 21 193307 CD-50 129290 LTT 8055
Gl 788.1 20 18 35 -58 26.4 0.845 114.8 - 66 m 10.59 +1.46 +1.16 +0.68 0512 085 0512 085 9.14 d -101 - 1 - 19 CD-58 77340 3542 Sm 54
GJ 1251 20 21 33 -76 49.9 1.430 152.9 +122 M4.5 13.82 +1.74 +1.13 +1.26 059 10 r 12.67 d - 9 -145 - 83 493
GJ 1252 20 23 46 -56 35.7 1.283 161.4 + 6 m 12.23 +1.45 +1.07 +0.97 042 08 r 10.35 d - 61 -127 - 35 492
Gl 790 20 24 38 -31 01.6 0.519 181.6 - 1.0 G5 V 6.61 +0.73 +0.28 +0.24 0563 047 0563 047 5.36 b + 3 - 43 - 8 194640 CD-31 175970 3554
Gl 791 20 24 40 -27 54.1 0.892 192.9 - 16 M3 K 11.41 +1.52 +1.12 +1.04 0796 090 0796 090 10.91 c + 0 - 55 + 6 CD-28 166760 3553
NN 20 24 50 +27 20.9 0.288 0 m 12.27 +0.97 043 08 r 10.44 d G186-027 LTT 15978 L 1431-22 LP 339-7
GJ 1253 20 24 58 +58 24.0 0.606 024.1 M5 K 14.04 +1.79 +1.42 1076 036 1076 036 14.20 a G230-040 3549 Wolf 1069
Gl 791.1A 20 26 01 -17 58.8 0.029 215.5 + 18.4 F2 IV 4.78 +0.38 J+0.03 J+0.36CJ 0521 079 0521 079 3.36 d + 16 + 5 - 8 194943 BD-18 56894 RHO Cap ADS 13887AB V(AB) = 4.78 d(m) = 5.2
Gl 791.1B 20 26 01 -17 58.8 0.029 215.5 10.0 * 0521 079 0521 079 8.6 * d BD-18 56895 sep 0.5" 158d (1958), optical?
Gl 791.2 20 27 21 +09 31.2 0.685 079.8 - 15 dM6 e 13.05 +1.65 +1.28 +1.32 1142 019 1142 019 13.34 a - 28 - 5 - 16 G024-016 3556 LTT 15983 HU Del
Wo 9697 A p 20 28 04 +26 40.6 0.197 224.8 + 15.4 dM1 W 10.28 +1.34 J+1.24:J+0.60 J 0284 046 0284 046 7.55 d + 36 + 3 + 3 BD+26 3915 V067 LTT 15985 V(AB) = 9.71 d(m) = 0.4 , Sp T.: K7 (Kui)
Wo 9697 B p 20 28 04 +26 40.6 0.195 228 10.7 * 0284 046 0284 046 8.0 * d sep 1.3" 335d
Gl 791.3 s 20 29 33 +33 36.3 0.151 90.0 - 26.8 dK8 M 9.23 +1.13 +1.08 +0.42 0492 102 039 05 r 7.19 c - 18 - 24 - 13 BD+33 39360 V819
Gl 792 20 29 34 +38 22.9 0.743 16.8 M4 K 13.48 +1.76 +1.24 0664 027 0664 027 12.59 a G209-033 3559 Ross 188
Gl 793 20 29 50 +65 16.6 0.533 57.9 + 10.1 dM3 W 10.56 +1.56 +1.21? +1.08 1204 070 1204 070 10.96 b - 21 + 9 - 6 G262-015 3558 V820 AC+65:6955 mu(GSC-AC) 0.522" 57.5d opt. comp. 33." 149d (1983.68)
Gl 793.1 20 31 06 +41 43.2 0.486 340.6 - 6.1 SB G9 V 7.09 +0.79 +0.38 +0.31 0511 049 0511 049 5.63 c - 26 - 3 + 37 195987 BD+41 37990 G209-035
NN 20 31 25 -13 53.7 0.097 43.3 - 42.7 F6 V 6.13 +0.54 -0.02 +0.19 039 05 r 4.09 c - 39 - 11 + 17 195838 BD-14 5781 BS 7855
NN 20 31 31 +23 11.8 0.287 73 m 12.93 +1.09 045 09 r 11.20 d G186-029 LTT 16001 L 1359-22 LP 395-15
NN 20 32 11 +03 10.8 0.564 155.8 m 12.00 +1.43 +0.97 +1.00 0480 25 050 10 r 10.49 d G024-020 3564 LTT 16006 USNO 762
Gl 794 20 32 14 +24 54.0 0.662 214.2 + 71.0 VAR DA3 11.52 -0.07 -0.87 0694 023 0694 023 10.73 a + 52 + 6 - 5 G186-031 3562 W139 LTT 16005 LFT 1554 Wolf 1346 AC+24:747-102
GJ 1254 20 32 40 +61 34.0 1.052 030.5 - 29 m 12.52 +1.52 +1.23 0625 028 0625 028 11.50 a - 75 - 39 + 0 G230-042 494
NN 20 33 18 +64 08.9 0.436 254 m 13.08 +1.10 043 09 r 11.25 d G262-018
NN 20 33 51 +59 07.1 0.262 260 m 13.43 +1.19 051 10 r 11.97 d G230-043 LTT 16016 Wolf 1074
Gl 794.1 20 34 04 -47 28.0 0.088 38.6 - 1.3 K0 III 3.11 +1.00 +0.80 +0.46C 0448 136 0448 136 1.4 e - 3 + 8 - 4 196171 CD-47 134771 ALF Ind
NN 20 34 54 +38 40.1 0.237 134 m 13.35 +1.17 049 09 r 11.80 d G209-038 LTT 16018 L 1575-70 LP 284-7
NN 20 35 08 +21 46.5 0.288 190 M2 L 11.44 +1.50 +0.83 043 07 r 9.61 d G144-016 LTT 16019 Wolf 1351
Gl 794.2 20 35 55 -60 43.1 0.650 151.8 - 31.6 F8 V 5.12 +0.53 +0.01 +0.20 0466 098 055 05 s 3.82 b - 55 - 33 + 4 196378 CP-60 74190 3569 PHI(2) Pav
Gl 794.3 20 36 47 +38 27.7 0.290 133.9 - 21.4 G2 V 6.75 +0.62 +0.12 0484 102 040 06 r 4.76 d - 1 - 23 - 34 196850 BD+38 41721
Gl 795 A 20 37 05 +04 47.6 0.882 84.1 - 39.2 SB K4 V 8.18 +1.22 J+1.17 J+0.54 J 0635 031 0635 031 7.19 b - 66 - 17 - 34 196795 BD+04 45102 G024-023 3568 V821 Kpr 99 V(AB) = 7.87 d(m) = 1.2
Gl 795 B 20 37 05 +04 47.6 0.882 84.1 K8 V 9.4 * 0635 031 0635 031 8.4 * b BD+04 45103 a = 0.80" P = 39.40 yr
Gl 796 20 37 13 -23 57.5 0.678 46.8 - 45.3 G8 V 6.36 +0.72 +0.22 +0.26 0701 088 0701 088 5.59 c - 61 + 19 + 7 196761 CD-24 161930 3570
GJ 1255 - s 20 52 04 +74 34.9 0.705 35.1 - 29.9 G8 V 7.80 +0.70 +0.15 0447 095 0447 095 6.05 d - 61 - 52 - 8 199476 BD+74 889 G261-029 3592
GJ 1255 ABs 20 38 03 +75 25.0 0.650 30.7 SB K0 V 8.0 * +0.86 J+0.44 J+0.35 J 0404 024 0404 024 6.0 * b 197433 BD+75 752 G261-028 3565 Wo 9703 VW Cep Hei 7 a = 0.51" P = 30.45 yr, V(AB) = 7.08 d(m) = 0.
GJ 1255 C s 20 38 03 +75 25.0 0.650 30.7 10.4 * 0404 024 0404 024 8.4 * b sep(AC) 0.64" 223.3d (1974.64), d(m) = 2.9
NN 20 38 07 -81 53.8 0.745 136.6 m 11.5 * +1.06 079 16 r 11.0 * d 3583 LTT 8178 L 23-30
GJ 1256 20 38 10 +15 18.7 1.487 063.3 - 76 dM4-5 13.43 +1.72 +1.29 +1.37 1016 023 1016 023 13.46 a - 94 - 41 - 11 G144-025 495
NN 20 38 13 -10 17.5 M0 e s 11.94 +1.51 +1.17 +0.92 044 08 r 10.16 d Steph 1806
Gl 797 A 20 38 29 +19 45.2 0.338 21.8 - 35.8 G5 V 6.45 +0.63 +0.09 +0.22 0498 021 0498 021 4.94 a - 43 - 16 + 16 197076 BD+19 44841
Gl 797 B 20 38 29 +19 43.1 0.330 22 - 35.4 m 11.88 +1.55 +1.26 0498 021 0498 021 10.37 a - 42 - 16 + 15 BD+19 44842 G144-026 L 1288-004
Gl 798 20 38 37 -52 51.8 1.069 176.4 - 42.9 K7 V 8.82 +1.31 +1.13 +0.61 0820 079 0820 079 8.39 c - 48 - 52 + 26 196877 CP-53 99280 496 U501 CD-53:8617 Sm 63
Gl 799 A 20 38 44 -32 36.6 0.429 140.5 - 4.0 dM4.5e W 10.99 +1.57 J+0.88 J+1.33 J 1228 061 1228 061 11.44 b - 9 - 12 - 8 196982 CD-32 161351 U502 AT Mic V(AB) = 10.24 d(m) = 0.0
Gl 799 B 20 38 44 -32 36.6 0.429 140.5 - 3.0 dM4.5e W 11.0 * 1228 061 1228 061 11.4 * b - 8 - 12 - 9 CD-32 161352 sep 3.9" (1962)
GJ 1257 s 20 38 45 -22 29.4 0.833 130.6 - 60.3 K5 V 9.70 +1.11 +0.87 +0.54 0494 039 0494 039 8.17 b - 72 - 63 - 28 196998 CD-22 149190 3572 U503 LTT 8180 Wo 9704
GJ 2149 20 39 36 -68 16.0 0.247 138 DA3 13.4 : +0.1 : -0.80 039 09 w 11.4 : e W140 LTT 8190 L 116-79 BPM 13491
Gl 799.1 20 39 41 -20 15.3 0.347 105 DA3 12.38 -0.08 -0.83 0418 046 0418 046 10.49 c W141 LTT 8189 L 711-10
Gl 800 A 20 40 04 -19 05.2 1.10 144 + 5.0 dM2 W 10.84 +1.43 J+1.0 :J+0.85 J 0672 072 0672 072 9.98 c - 8 - 52 - 57 BD-19 58991 V(AB) = 10.78 d(m) = 3.2
Gl 800 B 20 40 04 -19 05.2 1.10 144 14.0 * 0672 072 0672 072 13.1 * c BD-19 58992 sep 2" 240d, two optical companions
NN 20 40 12 +57 14.5 0.291 18 - 24.0 K7 K 10.29 +1.36 +1.26: +0.60 0449 112 042 08 r 8.41 d - 29 - 28 + 7 BD+56 2471 V068 LTT 16050
NN 20 40 14 -29 36.1 0.206 190.5 - 19.8 G5 V 6.95 +0.67 +0.24 043 06 r 5.12 d - 10 - 26 + 11 197214 CD-29 172820 LTT 8195
NN 20 40 23 -52 06.1 0.169 109.0 - 1.6 A7 III-IV 4.51 +0.27 +0.09 0473 115 0473 115 2.9 e - 12 - 4 - 11 197157 CP-52 117520 BS 7920 other SpT: A6 - A9 var
NN 20 41 06 -00 21.8 0.448 54 K0 11.47 +1.48 +1.24 050 24 r 10.0 f G024-027 LTT 8204 L 999-6
Gl 802 20 41 53 +55 08.8 1.915 027.6 - 23.0 dM5 e W 14.68 +1.79 +1.53: 0633 054 0633 054 13.69 b -140 - 32 + 22 G231-013 498 Wolf 1084
Gl 803 20 42 04 -31 31.1 0.441 142.1 - 7.1 M0 Ve 8.81 +1.42 +0.95 +0.85 1069 053 1069 053 8.95 b - 12 - 15 - 8 197481 CD-31 178150 V824 AU Mic
NN A 20 42 05 +08 43.0 0.253 50 k-m 11.27 +0.84 052 07 r 9.85 c LTT 16064 L 1143-65 LP 576-40
NN B 20 42 04 +08 43.2 0.253 50 m 12.54 +1.15 052 07 r 11.12 c LTT 16065 L 1143-66 LP 576-39 sep 15" 345d
Gl 804 20 42 06 +19 34.5 0.560 177.7 + 3.0 dM1.5e W 10.31 +1.45 +1.15 +0.75 0488 047 0488 047 8.75 c + 36 - 23 - 34 352860 BD+19 44990 G144-034 3576
NN 20 42 44 -29 38.1 0.546 218.0 m 13.4 * +1.17 048 09 r 11.8 * d 3580 LP 928-7
Gl 805 20 43 08 -25 27.1 0.162 197.7 + 25.8 F5 V 4.13 +0.43 +0.02 +0.14 0735 188 077 12 r 3.56 d + 23 - 2 - 15 197692 CD-25 150180 PSI Cap
Gl 806 20 43 18 +44 18.7 0.506 056.7 - 24.4 dM3 W 10.77 +1.53 +1.19 +0.93 0854 014 0854 014 10.43 a - 29 - 21 - 9 G209-041 3577 AC+44:871-589
Wo 9706 20 44 07 +57 24.0 0.243 196.4 - 32.4 F8 IV-V 4.51 +0.54 +0.10 0438 076 0438 076 2.72 d + 27 - 28 - 15 198084 BD+57 2240 LTT 16071
Gl 806.1A 20 44 11 +33 46.9 0.484 47.2 - 10.9 SB K0- III 2.45 +1.03 +0.87 0520 089 0520 089 1.03 d - 45 - 1 - 6 197989 BD+33 40181 5358b EPS Cyg
Gl 806.1B 20 44 05 +33 46.8 0.480 047.5 M4 13.40 +1.66 +1.11 0520 089 0520 089 11.98 d BD+33 40182 5358a
Gl 807 20 44 16 +61 38.6 0.826 6.3 - 86.8 K0 IVe 3.43 +0.92 +0.62 +0.33 0761 063 0761 063 2.84 b - 31 - 96 + 9 198149 BD+61 20501 3578 ETA Cep
Gl 808 20 44 30 -79 29.0 1.216 144.6 + 35 M2.5 11.85 +1.50 +1.03 +0.95 0643 101 0643 101 10.89 d - 49 - 75 - 34 499 L 046-163
Gl 808.1 20 45 06 -44 10.3 0.211 119.3 - 14.9 F1 IV 5.10 +0.35 +0.05 +0.20C 0494 085 0494 085 3.57 d - 23 - 8 - 5 197937 CD-44 141451 IOT Mic
NN 20 46 37 +19 32.1 0.249 220 m 13.38 +1.54 +1.19 050 10 r 11.87 d G144-039
NN 20 47 04 -00 32.2 0.395 123.6 M3.5 K 13.06 +1.53 +1.13 048 12 r 11.5 e G024-030 6 LTT 8247 Wolf 882
NN 20 47 10 +37 16.9 0.229 48 + 71 DA4 12.93 +0.14 -0.67 055 06 w 11.63 c - 14 + 29 - 5 G210-036 W261 LTT 16093 L 1576-43 LP 284-13
Gl 808.2 20 48 04 +29 11.9 0.041 149.1 - 8.3 K5 V 8.41 +1.06 +0.93 053 08 r 7.03 d - 1 - 9 - 2 198550 BD+28 3900
NN 20 48 13 +26 19.6 0.523 232.9 DC9 15.58 +0.95 +0.40 0500 034 0500 034 14.07 b G187-008 3589 W
NN p 20 49 02 +52 42.4 0.536 32.2 K5 K 9.74 +1.32 +0.56 0327 188 047 09 r 8.10 d BD+52 2815 G231-017 3590 LTT 16100
NN 20 49 59 +26 54.5 0.095 231.8 + 1.0 SB G7 III CN 4.58 +0.83 +0.47 0403 197 0403 197 2.6 f + 11 - 2 + 2 198809 BD+26 4017 BS 7995
NN 20 51 10 +10 26.0 0.665 226.2 m 13.97 +1.73 +1.32 0722 29 0722 29 13.26 a G025-008 3593 USNO 764
NN 20 51 32 +68 58.7 0.232 77 M3 L 11.70 +1.54 +0.86 043 07 r 9.87 d G262-029 LTT 18506 AC+68:8102
Gl 809 20 52 18 +61 58.5 0.772 180.5 - 17.0 SB M2 Ve 8.55 +1.48 +1.24 +0.82 1335 026 1335 026 9.18 a + 23 - 10 - 20 199305 BD+61 20681 G231-019 3595 V199
GJ 1259 20 52 42 +12 58.8 0.676 55.2 - 40.0 K3 V 8.81 +1.05 +1.05 +0.42 0435 102 043 06 r 6.98 d - 84 - 5 - 10 BD+12 4499 G144-044 3598 V827
Gl 810 A 20 52 48 -14 13.2 1.486 107.5 M3.5 J K 12.45 +1.59 +1.26 0789 078 0789 078 11.94 c 501 L 856-054
Gl 810 B 20 52 47 -14 15.0 1.486 107.5 14.55 +1.72 +1.42 0789 078 0789 078 14.04 c 500
Gl 811 q 20 53 49 -26 29.3 0.115 121.1 - 16.1 F8 V 5.70 +0.50 -0.04 +0.17 0380 060 045 05 r 3.97 c - 18 - 10 + 1 199260 CD-26 153440
Gl 811.1 20 54 04 -10 37.6 1.155 182.8 + 51.0 dM4 W 11.47 +1.51 +1.07 +1.04 0563 057 0563 057 10.22 c + 73 - 57 - 60 502 AC-11:2439-179
Gl 812 A 20 54 07 -05 02.2 0.816 106.1 - 44.5 M3 K 11.91 +1.51 +1.06 +1.14 0635 044 0635 044 10.92 b - 59 - 37 - 29 3602 Ross 193
Gl 812 B 20 54 06 -05 02.0 0.816 106.1 DC9+ 16.60 +1.16 +0.64 +0.45 0635 044 0635 044 15.61 b 3601 W202 Ross 193B VB 11
Gl 812.1 s 20 54 22 -44 18.5 1.101 207.9 - 9.6 G0 V 6.53 +0.58 -0.02 +0.21 0530 090 050 05 s 5.02 c + 19 - 94 + 43 199288 CD-44 142140 503
NN 20 55 03 +42 44.2 0.016 208.8 A2 9.0 * 0424 222 0424 222 7.1 * f BD+42 3917 AG+42:1955 SAO 50268
Gl 813 20 55 09 +22 10.4 0.779 103.0 - 31.1 M3 K 12.01 +1.61 +1.22 +0.99 0762 056 0762 056 11.42 b - 35 - 31 - 34 G187-009 3605 AC+22:308-605 Wolf 1373 LFT 1588
NN 20 56 23 -33 48.6 0.183 146.9 K0 V 7.35 +0.84 +0.49 052 08 r 5.93 d 199620 CD-34 147790
NN 20 56 40 +34 04.8 0.329 116 M2 L 11.06 +1.46 +0.75 042 07 r 9.18 d G210-045 LTT 16135 L 1504-126 LP 285-5
NN 20 57 17 +37 44.1 0.018 147.7 K5 8.00 +1.67 +2.03 0443 130 0443 130 6.2 e 199957 BD+37 4131
Wo 9713 x 20 57 35 -42 13.4 0.417 87 K4 K 12.3 * 0435 136 0435 136 10.5 * e LTT 8318
Gl 815 A 20 58 09 +39 52.7 0.668 114.6 - 33.7 SB dM3 eJ W 10.34 +1.52 J+1.07 J+0.92 J 0661 045 0661 045 9.44 b - 18 - 35 - 43 G210-048 3609 V200 AC+39:57322 F 54 V(AB) = 10.12 d(m) = 1.9 : SBO in A&A 200, 135
Gl 815 B 20 58 09 +39 52.7 0.668 114.6 11.9 * 0661 045 0661 045 11.0 * b sep 0.9" 82d
Wo 9714 p 20 58 35 -32 43.2 0.20 :114 K5 V 9.40 +1.24 +1.21 +0.54 0261 170 048 08 r 7.81 d 199981 CD-33 153430 V828 LTT 8325
NN 20 59 10 +20 32.1 0.538 223.8 m 14.1 * +1.21 040 08 r 12.1 * d G144-050 3610
NN A 20 59 13 +33 02.8 0.356 113 m 12.29 +1.08 059 08 r 11.14 c G187-013 LTT 16147 L 1504-143 LP 340-547
NN B 20 59 17 +33 02.7 0.356 113 m 13.12 +1.19 059 08 r 11.97 c G187-014 LTT 16148 L 1504-142 LP 340-548 sep 57" 95d
Gl 816 20 59 20 -06 30.6 0.515 201.9 M2.5 K 11.23 +1.49 +1.04 0803 085 0803 085 10.75 c 3612 LTT 8338 Wolf 906 opt. comp. sep 6.5" 313.5d
Wo 9716 20 59 30 -57 09.3 0.499 317.3 M4 S 12.85 +1.65 +1.36 +1.17t 0445 170 064 14 r 11.88 d 5363 LTT 8340 L 211-59 GJ 2151 Sm 70
NN 20 59 43 -50 34.4 0.500 141.6 m 13.1 * +1.18 057 11 r 11.9 * d 3615 LTT 8344 L 280-19
Gl 816.1A 21 00 53 +45 41.1 0.422 69.5 - 13.6 K25 V 7.68 +0.97 +0.78 0458 048 0458 048 5.98 c - 39 - 12 - 20 200560 BD+45 33711 G212-017
Gl 816.1B 21 00 53 +45 41.1 0.422 69.5 13.0 * 0458 048 0458 048 11.3 * c BD+45 33712
Gl 816.2A 21 01 34 -20 03.2 0.050 225.2 + 23.8 A5 V 5.10 +0.17 J+0.08 J+0.10CJ 0535 126 0535 126 3.7 e + 19 + 6 - 13 200499 BD-20 61151 ETA Cap V(AB) = 4.84 d(m) = 1.4
Gl 816.2B 21 01 34 -20 03.2 0.050 225.2 6.5 * 0535 126 0535 126 5.1 * e BD-20 61152 sep 0.370" 134.8d (1985.49)
Gl 817 21 02 09 -17 07.8 2.251 206.3 - 47 M2 K 11.46 +1.47 +1.08 +0.84 0575 078 0575 078 10.26 c + 72 -173 + 40 61 Ross 769
Gl 818 21 02 51 +06 52.6 0.572 172.5 - 65.7 K6 V 8.30 +1.22 +1.16 +0.50 0586 083 0586 083 7.14 d - 12 - 79 + 0 200779 BD+06 47411 G025-016 3624 V831
NN 21 02 56 -17 06.8 K7 s 10.33 +1.42 +1.17 +0.66 047 07 r 8.69 d BD-17 6172 Steph 1853
NN 21 03 26 +04 13.8 0.217 140 m 12.18 +1.49 +1.14 +1.03 0431 042 0431 042 10.35 c LP 576-34
Gl 818.1A 21 04 11 -73 22.3 0.550 127.6 - 10.1 G3 IV J 6.4 * +0.59 J+0.10 J+0.22 J 0417 141 0417 141 4.5 * e - 55 - 26 - 18 200525 CP-73 21923 3635 V(ABC) = 5.68 d(m) = 0. ?
Gl 818.1B 21 04 11 -73 22.3 0.550 127.6 6.4 * 0417 141 0417 141 4.5 * e CP-73 21924 comp B uncertain, sep 0.2"?
Gl 818.1C 21 04 11 -73 22.3 0.550 127.6 13.5 * 0417 141 0417 141 11.6 * e CP-73 21922 sep(AB-C) 8.1" 136d - 7.9" 131d (1901-1931)
Gl 819 A 21 04 24 -14 07.4 0.392 93.9 - 34.0 K1 Ve 7.15 +0.90 J+0.58 J+0.32 J 0681 112 0681 112 6.32 d - 40 - 17 - 1 200968 BD-14 59361 U514
Gl 819 B 21 04 24 -14 07.4 0.392 93.9 M0 K 10.2 * 0681 112 0681 112 9.4 * d BD-14 59362
Gl 820 A 21 04 40 +38 30.0 5.220 52.4 - 64.8 K5 Ve 5.21 +1.18 +1.11 +0.47 2887 019 2887 019 7.51 a - 92 - 54 - 9 201091 BD+38 43431 62 61 Cyg
Gl 820 B 21 04 40 +38 30.0 5.220 52.4 - 64.3 K7 Ve 6.03 +1.37 +1.23 +0.60 2887 019 2887 019 8.33 a - 92 - 54 - 9 201092 BD+38 43440 63
Gl 820.1 21 05 12 -82 01 0.37 167 - 57 DA6 13.56 +0.25 -0.60 0579 063 0579 063 12.37 c - 75 + 44 + 61 W142 LTT 8381 L 24-52 BPM 1266
Wo 9720 21 05 42 -21 23.7 0.061 160.1 - 12.0 A0 V 5.30 -0.00 -0.03 0447 119 0447 119 3.6 e - 8 - 10 + 4 201184 BD-21 5933
NN s 21 05 49 +24 58.5 0.157 187.6 - 4.1 dK8 M 9.88 +1.16 +1.05 +0.46 0417 077 032 04 r 7.41 c + 16 - 13 - 11 BD+24 4329 V333 LTT 16183
Wo 9721 A 21 06 08 -04 37.8 0.058 281.0 + 11 dM2 W 9.44 +1.13 +1.00 +0.50 0446 076 0446 076 7.69 d + 10 + 8 - 1 BD- 5 54801 V332 BDS10765A
Wo 9721 B 21 06 08 -04 37.8 0.058 281.0 13.40 +1.63 +1.11 0446 076 0446 076 11.65 d BD- 5 54802 V332 BDS10765B sep. 25"
Gl 821 21 06 30 -13 28.7 2.096 160.1 - 61 M3 W 10.87 +1.50 +1.10 +0.86 0917 103 0917 103 10.68 c - 30 -118 - 24 65 Wolf 918
Wo 9722 s 21 06 44 +59 32.1 2.098 208.7 -260.0 SB sdM1 13.30 +1.55 0417 026 0417 026 11.40 b +264 -215 - 92 G231-027 64 LFT 1608
Wo 9723 x 21 07 01 +46 57.3 0.497 119.6 K3 K 10.78 +0.95 +0.70 0397 205 0397 205 8.8 f G212-024 5365 LFT 1609
Wo 9724 21 08 29 -43 48.0 0.713 163.6 M1 K 12.01 +1.56 +0.96 0424 082 0424 082 10.15 d CD-44 143340 3639 LFT 1610 LTT 8406 Sm 74
Wo 9725 s 21 08 34 +80 35.3 0.310 62 K5 K 10.84 +1.26 +1.27 +0.57t 0404 136 028 05 r 8.08 d G261-037 LTT 18514 AC+80:5262
NN 21 08 47 +29 13.3 0.361 220 M1 K 11.05 +1.34 +1.22 +0.87 053 11 r 9.67 d G187-029 LTT 16206 Ross 824
Wo 9726 s 21 09 01 -40 28.3 0.228 163.1 + 6.3 F7 V 5.83 +0.45 +0.01 0406 069 036 04 r 3.61 c - 1 - 29 - 11 201647 CD-40 142160 LTT 8410
NN q 21 09 24 +45 15.3 0.399 220.1 K2 K 7.83 +0.78 +0.42 0296 088 039 07 r 5.79 d 201924 BD+44 3728 G212-028 LTT 16209
GJ 2152 21 11 00 +07 13.7 0.363 70 f 16.17 +0.45 -0.36 0416 056 0416 056 14.27 c G025-020 W LTT 16218 pos(NLTT??)
Gl 822 A 21 12 03 +09 48.2 0.307 175.3 - 15.8 SB F7 V 5.11 +0.50 J-0.01 J+0.18tJ 0533 053 0533 053 3.74 c + 7 - 29 - 10 202275 BD+09 47463 BS 8123 ADS 14773 DEL Equ V(AB) = 4.49 d(m) = 0.29
Gl 822 B 21 12 03 +09 48.2 0.307 175.3 F7 V 5.4 * 0533 053 0533 053 4.0 * c BD+09 47464 a = 0.26" P = 5.70 yr
Gl 822.1A 21 12 48 +37 49.9 0.465 20.0 - 23.1 VAR F0 IV 3.82 +0.38 +0.03 +0.14 J 0514 041 0514 041 2.37 b - 42 - 16 + 20 202444 BD+37 42405 6 TAU Cyg
Gl 822.1B 21 12 48 +37 49.9 0.465 20.0 G0 V 6.42 +0.60 +0.09 0514 041 0514 041 4.97 b BD+37 42406
Gl 822.1C 21 12 47 +37 48.4 0.463 019.8 M3 K 12.00 +1.53 +1.14 +1.04 0514 041 0514 041 10.55 b BD+37 42404 G211-014 L 1577-019
NN 21 13 00 +25 35.4 0.314 147 m 12.13 +1.06 059 12 r 10.98 d G187-033 LTT 16234 L 1433-38 LP 397-41
Gl 822.2 21 13 45 +25 13.5 0.077 242.0 - 26.6 G5 V 6.99 +0.89 +0.49 +0.36 069 15 r 6.18 d - 2 - 25 + 9 202573 BD+24 4357
NN A 21 13 56 +29 39.3 0.217 77 m 12.68 +1.22 065 09 r 11.74 d LTT 16240 Ross 776
NN B 21 13 54 +29 39.2 0.217 77 m 13.49 +1.23 065 09 r 12.55 d LP 341-14 sep 26" 259d
Gl 824 21 14 05 +09 11.1 0.184 130.2 - 18.3 dK8 M 7.95 +1.02 +0.84 +0.40 0684 109 061 07 r 6.88 c - 11 - 20 - 5 202575 BD+08 46380 V833
Gl 825 21 14 20 -39 03.7 3.453 250.8 + 28.2 M0 Ve 6.67 +1.41 +1.21 +0.69 2586 104 2586 104 8.73 a + 63 - 19 + 23 202560 CD-39 141920 66 U518
Gl 825.1 21 14 47 -61 33.4 0.659 133.6 - 19.6 G5 V 6.60 +0.68 +0.25 +0.24 0466 084 0466 084 4.94 d - 58 - 38 - 11 202457 CP-61 65370 3652
NN A 21 14 55 -09 06.7 M1 s 12.11 +1.52 +1.19 +1.02 042 06 r 10.23 d Steph 1876
NN B 21 14 58 -09 07.4 13.33 +1.08 042 06 r 11.45 d
NN A 21 15 05 +20 41.0 0.420 47 M3 K 12.47 +1.09 J 049 09 r 10.92 d G145-031 LTT 16245 Ross 773 V(AB) = 12.23 d(m) = 1.5
NN B 21 15 05 +20 41.0 0.420 47 M4 K 14 * 049 09 r 12 * e LTT 16246 sep 4" 173d (NLTT)
Gl 825.2 21 15 11 -43 32.7 0.246 86.0 + 10.7 G5 V 6.75 +0.63 +0.14 +0.33C 0459 102 043 08 r 4.92 d - 11 + 1 - 27 202628 CD-43 144640
Gl 825.3 21 15 28 -00 02.8 0.496 111.4 - 26.9 dK6 W 8.22 +0.98 +0.83 +0.40 0475 050 0475 050 6.60 c - 38 - 32 - 27 202751 BD-00 41951 G025-025 5368 V834
NN 21 15 48 -56 03.0 0.450 114 DA6 14.28 +0.26 -0.59 045 05 w 12.55 c W LTT 8452 L 212-19 BPM 27273 WD2115-560
Wo 9732 21 15 54 -67 51.9 0.411 284.8 m 10.90 +1.45 +0.83t 0491 239 055 10 r 9.60 d LTT 8456 L 117-123 AC-68:3972-162
Wo 9733 A 21 16 19 -53 39.6 0.114 123.1 - 14.5 A5 V 4.50 +0.19 J+0.12 J 0419 119 0419 119 2.6 e - 19 - 4 + 3 202730 CP-53 100371 BS 8140 V(AB) = 4.39 d(m) = 2.40
Wo 9733 B 21 16 18 -53 39.6 0.121 127.0 - 7.2 A7 V 6.9 * 0419 119 0419 119 5.0 * e - 14 - 7 - 2 CP-53 100372 sep 6.0" 275d (1957)
Gl 825.4A 21 16 52 -26 33.6 0.643 236.8 - 17.2 SB G5 V 6.63 +0.73 J+0.23 J+0.29 J 0565 065 0565 065 5.39 c + 26 - 32 + 39 202940 CD-26 155411 3655
Gl 825.4B 21 16 52 -26 33.6 0.643 236.8 - 21.2 dG6 W 9.6 * 0565 065 0565 065 8.4 * c + 23 - 33 + 41 CD-26 155415 3656
Gl 826 21 17 23 +62 22.4 0.158 70.5 - 11.5 A7 IV-V 2.44 +0.22 +0.11 +0.02 0670 080 0670 080 1.57 c - 8 - 12 - 7 203280 BD+61 21111 ALF Cep
GJ 1261 21 17 23 +53 59.8 0.240 333 DA 12.33 +0.07 -0.67 0509 062 0509 062 10.86 c G231-040 W378
Wo 9735 x 21 17 23 -51 15.4 0.24 126 + 22.2 G5 10.64 +0.81 +0.36 +0.42C 0441 102 0441 102 8.9 e - 1 - 19 - 28 CD-51 129030 LTT 8473
Gl 826.1 21 17 25 -20 03.3 0.744 193.6 + 15.6 K5 V 9.12 +1.35 +1.26 +0.61 0476 071 0476 071 7.51 d + 42 - 61 - 16 203040 BD-20 61850 3657 V201
GJ 1262 21 20 19 -68 26.7 0.221 43.2 + 11.5 G5 V 6.97 +0.73 +1.79c 048 06 r 5.38 c + 1 + 9 - 23 203244 CD-68 22230 LTT 8497
Gl 826.2 s 21 20 52 -46 55.2 0.738 96.7 M2 K 12.46 +1.56 +0.96 0526 136 038 08 r 10.36 d 3666 L 353-143 Sm 78
NN 21 21 52 +08 17.3 0.257 228 m 13.64 +1.15 040 08 r 11.65 d G093-006
Gl 827 21 22 20 -65 35.6 0.805 6.7 - 29.4 F8 V 4.22 +0.49 -0.12 +0.20 1155 131 1155 131 4.53 c - 13 + 42 + 6 203608 CP-65 39180 3674 GAM Pav
NN 21 23 00 -42 39 0.087 340 M7 S 12.67 +1.53 +1.09t 049 11 r 11.12 d Sm 79 BPM 43997
Gl 827.1 s 21 23 18 -56 20.7 0.693 79.0 - 40.5 K3 V 8.66 +0.92 +0.62 +0.36 0431 109 036 06 r 6.44 d - 89 + 24 - 38 203850 CP-56 96450 3675 U524
Gl 828 A 21 23 45 -45 01.7 0.314 55.7 + 8.2 K0 V 7.48 +0.91 +0.71 +0.42C 0670 102 0670 102 6.61 d - 7 + 11 - 19 203985 CP-45 101500
Gl 828 B 21 23 36 -45 01 0.31 54 m 14.1 P 0670 102 0670 102 13.2 P d L 353-009
Gl 828.1 21 24 11 +03 31.2 0.09 229 - 4.7 dM1 W 10.52: +1.38: +1.2 : +0.67 0526 101 0526 101 9.12: d + 5 - 7 + 4 V070 AC+03:2561-36
Gl 828.2 21 24 38 -07 03.4 0.411 180 M0 K 11.10 +1.55 +1.17 +0.78 0536 102 0536 102 9.75 d G026-002 AC-07:388-38
NN 21 24 40 +70 15.6 0.034 35.2 G5 7.28 041 05 o 5.34 c 204521 BD+69 1169
NN 21 25 19 +07 05.4 0.653 199.2 M0.5 K 11.60 +1.56 +1.22 +0.85 0403 059 0403 059 9.63 d G025-032 3677 LTT 16274 Ross 778
NN 21 25 28 +33 48.5 0.322 233 m 11.15 +0.82 047 08 r 9.51 d G188-001 LTT 16275 L 1506-10 LP 286-3
NN 21 25 28 -22 31.4 0.312 219 M4 s 12.21 +1.56 +1.03 053 10 r 10.83 d LTT 8526 L 714-46 LP 873-4
Gl 828.4 s 21 25 45 +10 23.5 0.119 78.4 - 14.1 K2 K 8.73 +0.86 +0.60 0507 119 030 05 r 6.12 d - 21 - 10 - 4 204417 BD+09 48210
Gl 828.5 21 26 43 +73 25.9 0.300 170 + 8 DA4 12.80 +0.02 -0.66 0488 022 0488 022 11.24 a + 26 - 21 - 33 G261-043 W144 LTT 18524 AC+73:8031
Gl 829 21 27 12 +17 25.1 1.058 069.8 - 24.9 dM4 e W 10.30 +1.63 +1.28 +1.15 1478 026 1478 026 11.15 a - 38 - 17 - 5 G126-004 508 AC+17:534-105
Gl 830 21 27 16 -12 43.6 1.059 104.5 - 84.1 M0 V 9.10 +1.28 +1.24 +0.55 0636 092 0636 092 8.12 d - 97 - 62 - 4 204587 BD-13 59450 509 V202
NN 21 27 36 -40 55.4 1.730 143.7 M3 K 13.19 +1.62 +1.12 +1.25 062 15 r 12.2 e 510 LTT 8542 L 425-35
Gl 831 A 21 28 34 -10 00.6 1.194 090.8 - 56.7 dM4.5e W 12.05 +1.67 J+1.18 J+1.33 J 1256 045 1256 045 12.54 a - 64 - 33 + 5 G026-007 511 Wolf 922 V(AB) = 11.97 d(m) = 2.83:
Gl 831 B 21 28 34 -10 00.6 1.194 090.8 14.9 * 1256 045 1256 045 15.4 * b G026-007 Wolf 922 sep 0.218" 157d A&AS 71, p 57
NN 21 28 45 +23 07.0 0.205 140.8 - 23.0 dK8 M 9.25 +1.05 +0.80 +0.50 0407 062 0407 062 7.30 d - 5 - 29 - 14 BD+22 4409 G145-043 V890
NN 21 28 54 -09 57.9 0.171 225.5 G0 7.41 058 06 o 6.23 c 204848 BD-10 5696
NN 21 30 06 +24 20.4 0.233 95 m 12.66 +1.22 081 15 r 12.20 d LP 397-34
Gl 832 21 30 14 -49 13.2 0.828 184.8 + 4.1 M1 V 8.67 +1.47 +1.05 +0.93 2150 061 2150 061 10.33 a + 3 - 18 + 1 204961 CP-49 114390 3685 U529 L 354-89 CD-49:13515 Sm 83
NN 21 31 10 -07 04.2 0.519 167.7 M3.5 K 14.01 +1.58 +1.33 060 16 r 12.9 e G026-013 3689 LTT 8582 Wolf 923
NN A 21 31 16 +01 34.3 0.669 180.5 dM 13.35 +1.68 +1.22 0686 080 0686 080 12.53 c G026-014 3686 LTT 16303
NN B 21 31 16 +01 34.3 0.669 180.5 m 14.5 * +1.29 0686 080 0686 080 13.7 * c 3688 LP 638-66
NN 21 33 05 +51 18.4 0.587 59.7 M3.5 K 11.78 +1.46 +1.06 070 17 r 11.0 e G215-002 3693 LTT 16311 LFT 1644 Wolf 926
Gl 833 21 33 17 -51 04.1 0.473 115.0 + 28.1 K2 V 7.14 +0.88 +0.57 +0.30 0766 111 0766 111 6.56 d - 2 - 19 - 36 205390 CD-51 129980
NN 21 34 00 -63 57.0 0.157 261 M2 S 10.62 +1.44 +0.85t 065 13 r 9.68 d BPM 14175 Sm 85
Gl 834 A 21 34 38 +39 14.0 0.263 233 dM0 M 10.34 +1.42 J+1.1 :J+0.77 J 0498 042 0498 042 8.83 b G212-048 V836 LP 286-6 AC+39:60670 V(AB) = 10.18 d(m) = 2.0
Gl 834 B 21 34 38 +39 14.0 0.263 233 12.3 * 0498 042 0498 042 10.8 * b LP 286-5 sep 3" 295d (NLTT)
NN 21 35 38 -33 52.8 1.190 116.5 M2 K 12.57 +1.62 +1.33 +1.18 057 21 r 11.3 f 512 LTT 8614 L 570-29
Gl 835 21 35 45 +27 29.9 0.430 93 - 13.3 M0 e K 9.88 +1.50 +1.26 +0.81 0808 026 0808 026 9.42 a - 20 - 15 - 13 BD+27 41200 G188-009 V203
Gl 835.1 21 36 00 -77 36.8 0.243 167.5 + 34.4 SB K0 III 3.75 +1.00 +0.89 +0.46C 0515 102 0515 102 2.31 d + 9 - 38 - 13 205478 CP-77 15100 NU Oct
NN 21 36 06 +52 51.3 0.296 70 M0 K 10.60 +1.41 +0.70 047 09 r 8.96 d BD+52 2996 G231-051 LTT 16322
Gl 836 21 36 06 -24 22.5 1.208 124.4 + 36 M3.5 K 13.43 +1.56 +1.04 +1.24 0717 112 0717 112 12.71 d - 16 - 37 - 78 513 L 714-088
Gl 836.1 21 36 15 -27 31.9 0.397 101.2 - 17.6 G4 IV-V 6.73 +0.62 +0.16 +0.32C 0454 078 0454 078 5.02 d - 40 - 15 - 15 205905 CD-27 155500
NN q 21 37 19 -16 53.4 0.189 96.5 - 31.2 SB F0 p 3.68 +0.32 +0.20 0282 074 0282 074 .9 e - 40 - 19 + 0 206088 BD-17 6340 A7MF3 (III)P(SR) Mich
NN 21 37 40 +27 23.3 0.350 130 M3: L 11.62 +0.94 053 10 r 10.24 d G188-014 LTT 16329 L 1434-37 LP 342-8
NN 21 38 41 -01 00.2 0.262 81 m 12.57 +1.56 +1.19 052 24 r 11.2 f G026-023 LTT 8642 L 1002-29 LP 638-23
Wo 9747 s 21 38 47 +53 46.6 0.414 075.4 M3.5 K 14.1 * 0429 136 0429 136 12.3 * e G232-028 6 LTT 16338 LFT 1653
Gl 836.3 21 39 02 -41 21.0 0.353 145.6 + 57.8 K5 V 8.82 +1.04 +0.90 +0.42 0511 136 045 07 r 7.09 d + 24 - 32 - 56 206276 CP-41 96820 U534
Gl 836.4 p 21 39 25 -12 23.0 0.695 173.7 M1.5: K 12.80 +1.48 +1.07 0320 049 0320 049 10.33 d 3702 Ross 206
NN 21 39 46 +27 27.6 0.307 259 m 13.97 +1.21 043 08 r 12.14 d G188-019 LP 342-14
Gl 836.5 21 40 22 +20 46.7 0.677 200.0 DQ6 13.24 +0.17 -0.71 0796 080 0796 080 12.74 c G126-027 3703 W148 LTT 16348 LFT 1655 LP 458-64 L 1363-003
NN 21 41 45 +06 24.8 0.350 245 dM3 12.07 +1.53 +1.21 053 25 r 10.7 f G093-033 Rob 526
NN A 21 41 46 +16 49.7 0.259 90 m 13.65 +1.25 057 06 r 12.43 c G126-031
NN B 21 41 45 +16 50.8 0.259 90 m 14.81 +1.38 057 06 r 13.59 c G126-030 sep 63" 347d
Gl 836.6A 21 41 54 +28 31.0 0.376 129.3 + 15.8 SB? F4 V 4.78 +0.48 J+0.01 J+0.18tJ 0432 053 0432 053 2.96 c - 5 + 3 - 44 206826 BD+28 41692 MU(1) Cyg ADS 15270 V(AB) = 4.50 d(m) = 1.33
Gl 836.6B 21 41 54 +28 31.0 0.315 133.0 + 23.5 SB? G2 V 6.09* 0432 053 0432 053 4.27* c - 1 + 12 - 40 206827 BD+28 41691 MU(2) Cyg a = 4.278" P = 507.5 yr
Gl 836.7 21 42 07 +14 32.6 0.261 116.5 - 17.0 G0 V 5.94 +0.59 +0.04 0661 102 0661 102 5.04 d - 13 - 20 - 8 206860 BD+14 46680
NN q 21 42 24 -06 00.7 0.438 204 M3.5 K 12.81 +1.64 +1.30 0335 205 066 23 r 11.9 f G026-027 LTT 8678 Wolf 937
Gl 836.8 21 42 30 +41 22.0 0.08 320 + 9.5 dK6 W 9.63 +1.34 +1.20 +0.59 0523 054 0523 054 8.22 c + 0 + 11 + 6 BD+40 46310 V071
NN 21 42 48 -06 07.7 0.360 205 M3.5 K 13.54 +1.65 +1.01 049 17 r 12.0 f G026-028 LTT 8681 Wolf 939
Gl 836.9A 21 43 02 -57 55.3 0.906 174.6 - 7.0 K7 V 9.47 +1.32 J+1.15 J+0.59 J 0521 085 0521 085 8.05 d - 20 - 77 + 22 206804 CP-58 78932 3707 U536 CD-58:8156 Sm 88 Fin 283 V(AB) = 8.79 d(m) = 0.15
Gl 836.9B 21 43 02 -57 55.3 0.906 174.6 K7 V 9.6 * 0521 085 0521 085 8.2 * d CP-58 78933 a = 0.205" P = 6.25 yr
NN 21 43 24 +20 33.0 0.248 97 m 14.39 +1.68 +1.28 047 08 r 12.75 d G126-034
GJ 1263 21 44 04 -00 24.0 0.919 124.2 + 39 M3.5 K 12.65 +1.61 +1.27 +1.22 0818 055 0818 055 12.21 b - 2 - 1 - 66 G026-030 3708 Wolf 940
Gl 837 21 44 17 -16 21.3 0.394 138.5 - 6.3 SB A6 m 2.87 +0.29 +0.09 +0.16C 0681 160 0681 160 2.0 e - 10 - 23 - 13 207098 BD-16 59431 DEL Cap A5MF2 (IV) Mich
GJ 1264 21 44 34 -72 19.9 0.464 132.0 M2 Ve U 9.80 +1.46 +1.16 +0.86 098 23 r 9.8 e CD-72 17000 U538 CP-72:2640 LTT 8698 AY Ind
Wo 9754 21 44 55 -40 29.0 0.372 162.7 - 6.8 K3 V 8.62 +0.97 +0.77 +0.36 0419 088 039 06 r 6.58 d - 11 - 44 - 1 207144 CD-40 144980 U540 LTT 8701
NN 21 45 00 +46 24.2 0.295 89.1 M3.5 K 13.36 +1.23 059 11 r 12.21 d G212-057 6 LTT 16369 Wolf 944
Gl 838 21 45 01 -47 31.9 0.337 150.6 - 6.5 G2 V 5.58 +0.60 +0.08 +0.20 0718 065 0718 065 4.86 b - 12 - 20 + 1 207129 CD-47 139280
NN 21 45 26 +05 35.7 0.420 130 M1.5 K 11.79 +1.43 +1.15 +0.86 040 08 r 9.80 d G093-039 LTT 16371 Ross 779
NN 21 45 37 +01 12.8 0.232 94 m 13.87 +1.19 041 08 r 11.93 d LP 638-040
NN 21 45 44 -63 21.3 0.545 32.8 m+ 12.5 * +1.08 053 11 r 11.1 * d 3719 LTT 8706 L 165-102
NN 21 45 58 +50 00.3 0.823 57.6 M4 K 13.0 * 046 068 046 068 11.3 * d G212-059 3711 LTT 16375 Wolf 945
NN AB 21 46 00 -41 46.0 0.342 121 M6 S 12.2 * +1.59 J +1.10tJ 066 15 r 11.3 * d LTT 8708 BPM 44196 L 427-34 Sm 89 V(AB) = 11.51 d(m) = 0.
NN 21 46 02 +27 42.3 0.708 196.2 m 11.99 +1.62 +1.21 +0.95 0542 051 0542 051 10.66 c G188-026 3713
Gl 838.1A 21 46 40 +05 29.4 0.550 92.4 - 10.3 K3 V 8.65 +1.04 +0.92 +0.39 0480 078 0410 035 6.71 b - 51 - 16 - 36 207491 BD+05 48740 G093-040 3717
Gl 838.1B 21 47 04 +05 25.0 0.504 090.7 m 14.90 +1.75 +1.19? +1.28 0392 039 0410 035 12.96 b G093-041 3720
Wo 9757 s 21 47 06 -11 54.9 0.425 230 + 37 K5 K 10.83 +1.41 +1.25 0390 068 0390 068 8.79 d + 62 - 6 - 12 G026-032 LTT 8720
NN 21 48 25 -10 16.4 0.054 76.7 G0 7.50 060 07 o 6.39 c 207687 BD-10 5774
Wo 9758 s 21 48 40 +74 45.9 0.173 39.4 + 20.7 K0 8.99 +0.86 +0.53 0413 090 026 03 r 6.06 c - 36 + 6 + 11 208002 BD+74 938
NN p 21 48 49 +12 36.4 0.653 073.1 m 13.42 +1.50 +1.10 +1.17 0381 036 0381 036 11.32 c G018-001 3722
Gl 838.2 s 21 49 05 +00 36.9 0.348 100.6 - 29.1 K1 K 8.60 +0.83 +0.51 +0.40C 0492 140 030 05 r 5.99 d - 49 - 33 - 21 207795 BD+00 47880 G026-034
NN 21 49 23 +13 22.3 0.224 123 m 13.93 +1.32 068 11 r 13.09 d LP 518-058
NN A q 21 49 35 -77 34.3 0.288 129.0 - 10.6 K3/4 V 8.24 +1.00 +0.89 0347 119 049 08 r 6.69 d - 28 - 10 + 2 207496 CP-77 15220 U541 LTT 8736 CD-77: 1092
NN B q 21 49 35 -77 34.3 0.288 129.0 10.5 * 0347 119 049 08 r 9.0 * d U541B sep 7.85" 306d (1980.8)
NN 21 49 40 +05 23.5 0.171 131 dM2 s 12.11 +1.53 +1.09 +1.09 064 13 r 11.14 d Steph 1950 Rob 299
Gl 838.3A s 21 49 52 +42 06.8 0.343 208.5 - 25.6 G8 K 7.86 +0.78 +0.32 0461 085 036 04 r 5.64 c + 42 - 27 - 13 207966 BD+41 42911 G215-017
Gl 838.3B s 21 49 52 +42 06.8 0.343 208.5 M1 K 11.45 +1.43 +0.73 0461 085 036 04 r 9.23 c BD+41 42912
Gl 838.4 21 49 53 +02 09.4 0.331 178 DA3 12.75 +0.01 -0.77 0404 025 0404 025 10.78 b G093-048 W150
NN 21 49 55 +27 11.5 0.806 159.4 m 14.06 +1.20 039 07 r 12.02 d G188-028 3725
NN s 21 50 14 +39 34.0 0.442 90.5 - 51.7 K2 K 8.23 +0.73 +0.28 0393 136 029 05 r 5.54 d - 56 - 59 - 36 207992 BD+39 4694 G213-015 LTT 16388
NN s 21 50 16 +28 33.5 0.079 223.0 + 19.0 VAR F5 VI-V 5.53 +0.42 -0.13 0392 068 037 05 r 3.37 c + 12 + 16 - 7 207978 BD+28 4215
Gl 838.5 21 50 34 -13 47.3 0.311 87.4 - 21.5 F1 III 5.08 +0.37 -0.05 +0.22C 0457 102 0457 102 3.38 d - 37 - 12 - 4 207958 BD-14 61490 MU Cap
NN 21 51 06 -43 50.3 0.607 89.2 15.35 +1.36 041 06 r 13.41 d 3728 LP 1032-23
NN 21 51 32 -01 31.2 0.260 177 +113 DA6 14.41 +0.26 -0.51 051 06 w 12.95 c + 39 + 25 - 55 G093-053 W151 LTT 8747 L 1003-16
Gl 838.6 21 51 37 -47 14.1 0.497 219.6 + 59 M1 K 11.98 +1.56 +1.17 +0.97 0887 170 0887 170 11.72 d + 51 - 24 - 32 5374 L 355-062 Sm 93
Gl 839 21 51 55 +41 32.8 0.533 133.4 - 48.0 dM1 W 10.35 +1.36 +1.20 +0.66 0455 114 046 09 r 8.66 d - 6 - 57 - 45 G215-020 3727 V072 AC+41:915-440
Gl 840 21 52 32 +32 05.7 0.310 136.2 - 13.8 dK0 e W 7.78 +0.92 +0.64 0418 117 049 08 r 6.23 d - 4 - 22 - 25 208313 BD+31 45740
NN A 21 53 27 +32 48.0 0.01 315 10.0 * 0496 069 0496 069 8.5 * d BD+32 4292
NN B 21 53 27 +32 48.0 0.01 315 10.2 * 0496 069 0496 069 8.7 * d sep 3.4"
Gl 841 A 21 53 35 -51 14.4 0.39 189 - 9 M0 H 10.4 : +1.5 : +0.9 : +1.31C 0684 094 0684 094 9.6 : d - 3 - 24 + 15 CD-51 131281 U635
Gl 841 B 21 53 35 -51 14.4 0.39 189 DQ7 14.68 +0.16 -0.80 0684 094 0684 094 13.86 c CD-51 131282 W LTT 8768 L 283-007 BPM 7606 LDS 765 WD2154-512 sep 26.6" 252d
NN 21 54 16 -02 08.9 1.426 64.2 dM5 14.64 +1.76 +1.42 0750 032 0750 032 14.02 a 516 LP 639-1
NN 21 54 17 +19 32.3 0.477 194.3 M3.5 K 12.90 +1.58 +1.13 052 14 r 11.5 e G126-044 6 LTT 16410 Ross 263
NN 21 54 56 +07 53.8 0.382 76.4 M1 K 11.01 +1.50 +1.12 +0.92 0557 058 0557 058 9.74 c G018-008 LTT 16412 Wolf 953
NN A 21 55 56 -32 42.3 0.536 226.8 m 14.65 +1.25 042 05 r 12.77 c 3739 LP 930-70
NN B 21 55 55 -32 40.5 0.536 226.8 m 15.8 * +1.50 042 05 r 13.9 * c 3738 LP 930-69 sep 112" 354d
Gl 842 21 55 56 -59 59.4 0.886 096.1 + 13.4 M2 9.75 +1.49 +1.18 +0.81 0772 115 0772 115 9.19 d - 35 - 17 - 41 CP-60 75280 3741 L 165-2 CD-60:7821 Sm 96
NN 21 55 57 -61 10.3 0.102 181.7 K7 S 9.55 +1.25 +0.51t 045 06 r 7.82 c CD-61 66510 CP-61: 6606 Sm 95
NN 21 55 58 -47 00.1 M4 S 11.80 +1.47 +0.88t 042 08 r 9.92 d CD-47 140020 CP-47: 9805 Sm 97
Wo 9763 s 21 56 42 -04 19.6 0.446 175.4 M2 : K 14.17 +1.59 +1.45 0421 153 0421 153 12.3 f G026-040 6 LTT 8788
NN 21 57 18 +41 37.4 0.395 162 m 12.76 +1.06 044 09 r 10.98 d G215-030
Gl 842.2 21 57 58 +75 20.9 0.226 84 - 18.6 dM1 W 10.56 +1.45 +0.76 0531 044 0531 044 9.19 b - 10 - 20 - 16 G263-010 V204 AC+75:8347
NN 21 58 56 +28 03.9 0.394 85 m+ 12.01 +1.63 +1.08 +1.26 1120 021 1120 021 12.26 a G188-038
Gl 843 21 59 12 -19 43.5 0.928 085.1 M3 K 12.03 +1.59 +1.15 +1.10 0801 064 0801 064 11.55 b 3744 L 715-089
Gl 844 21 59 24 +16 13.4 0.430 70 - 14.8 M2 V 10.62 +1.58 +1.28 +1.01 0709 102 0709 102 9.87 d - 30 - 11 - 3 G126-049 AC+16:734-144
NN 21 59 27 -37 19.2 0.836 105.6 M3.5 K 11.80 +1.65 +1.36 +1.17 100 25 r 11.8 e 3746 LTT 8811 L 499-56 LP 983-71
Gl 845 21 59 33 -56 59.6 4.700 122.9 - 40.4 K5 Ve 4.69 +1.06 +0.99 +0.40 2889 061 2889 061 6.99 a - 78 - 38 + 4 209100 CP-57 100150 67 U544 EPS Ind
Gl 846 21 59 39 +01 09.7 0.532 241.0 + 18.5 M0.5 V 9.18 +1.48 +1.21 +0.75 0989 038 0989 038 9.16 a + 31 + 6 - 4 209290 BD+00 48100 G018-016 3745 V335
NN 21 59 52 -50 52.8 0.581 147.7 M4 S 12.09 +1.57 +0.96 047 09 r 10.45 d 3748 LTT 8822 L 283-3 Sm 100
Gl 847 A s 21 59 55 -70 09.9 0.632 097.2 - 9.1 m 10.97 +1.38 +0.60 0511 216 029 03 r 8.28 c - 89 - 22 - 49 3751 AC-71:462-64
Gl 847 B s 21 59 55 -70 09.9 0.632 097.2 m 13.70 +1.61 +1.02 0511 216 029 03 r 11.01 c L 118-272
NN x 22 01 00 +01 21.8 0.032 129 10.34 +0.73 +0.29 0432 089 0432 089 8.52 d no 18 in AJ 84 p567: AC+01:2189-92
NN 22 02 01 +67 15.6 0.568 121.0 m 13.41 +1.15 044 09 r 11.63 d G264-017 3749
NN 22 02 34 +04 53.5 0.488 74.4 M3 K 13.60 +1.51 +0.98 +1.20 041 10 r 11.7 e G018-025 5379 LTT 16456 Wolf 983
NN 22 02 53 -38 30.3 0.784 131.0 M3.5 K 12.45 +1.02 049 09 r 10.90 d 3756 LTT 8846 L 499-75 LP 983-87
NN 22 03 13 -12 08.9 0.293 242 K7 K 10.15 +1.45 +0.72 057 12 r 8.93 d BD-12 6174 LTT 8848
NN 22 03 28 +78 02.1 0.265 75 m 15.87 +1.80 +1.64 040 15 r 13.9 f G263-011 LP 27-9
Gl 847.1 s 22 03 38 -45 38.0 0.477 123.6 - 23.4 K2 V 8.43 +0.85 +0.55 +0.30 0468 197 033 05 r 6.02 d - 57 - 44 - 9 209742 CD-45 145760
NN 22 03 53 +39 03.7 0.471 173.4 m 12.69 +1.05 044 09 r 10.91 d G189-001 6
NN 22 04 13 +03 10.7 0.601 125.7 M4 K 13.60 +1.60 +1.35 +1.22 053 12 r 12.22 d G018-031 3760 LTT 16471 Wolf 990
NN AB 22 04 25 +65 23.9 0.393 308 M1.5 K 11.62 +1.55 +0.90 048 10 r 10.03 d G264-018 LTT 16470 J??
Gl 848 22 04 41 +25 06.0 0.300 84.5 - 5.5 SB F5 V 3.76 +0.44 -0.04 0799 060 0799 060 3.27 b - 16 - 7 - 7 210027 BD+24 45331 IOT Peg
Gl 848.1A s 22 04 55 -51 27.7 0.36 112 - 38.0 K7 S 10.51 +1.21 +0.59C 0474 119 027 03 r 7.67 c - 69 - 25 + 1 CD-51 131820 LTT 8866 L 283-8 Sm 101
Gl 848.1B s 22 04 34 -51 21.7 0.36 112 m 12.51 +1.51 +1.14C 0474 119 027 03 r 9.67 c L 283-009 sep (A-BC) 408" 331d (NLTT)
Gl 848.1C s 22 04 33 -51 21.9 0.36 112 m 13.42 +1.49 +1.29C 0474 119 027 03 r 10.58 c L 283-010 sep (B-C) 11" 214d (NLTT)
Gl 848.2 22 05 05 -47 12.2 0.197 138.2 + 10.9 B5 V 1.74 -0.13 -0.47 -0.07C 0398 100 0398 100 -.3 e - 5 - 21 - 15 209952 CD-47 140631 ALF Gru
Gl 848.4 22 06 52 -07 47.3 0.455 169.5 - 21.4 G8 IV 6.55 +0.75 +0.36 +0.25 0539 222 0539 222 5.2 f + 2 - 45 - 3 210277 BD-08 58180
Gl 849 22 07 00 -04 53.2 1.037 091.5 - 14.8 dM3.5 W 10.37 +1.51 +1.13 +1.10 1144 037 1144 037 10.66 a - 40 - 17 - 15 BD-05 57150 G027-016 517 V073
Gl 849.1 22 07 13 -32 47.7 0.431 88.0 - 14.6 F6 V 4.92 +0.48 +0.01 +0.26C 0523 162 059 07 r 3.77 c - 36 - 7 - 8 210302 CD-33 159410 TAU Psa
NN 22 07 21 +14 14.8 0.351 46 DA6 15.66 +0.23 -0.54 0397 044 0397 044 13.65 c G018-034 W302 LTT 16482 PG
NN s 22 07 34 +40 47.1 0.452 59.3 k-m 12.57 +1.49 0444 033 0444 033 10.81 b G214-012 6397
Wo 9771 22 07 41 +05 57.1 0.276 83.4 - 7.9 A2 V 3.53 +0.08 +0.10 0481 080 0481 080 1.94 d - 26 - 8 - 9 210418 BD+05 4961 LTT 16484
NN 22 07 56 +19 22.3 0.128 135.9 + 21.3 G0 V 6.18 +0.69 +0.17 058 09 r 5.00 d + 2 + 13 - 19 210460 BD+18 4946
NN 22 08 37 -02 47.4 0.408 101 k-m 12.14 +1.56 +1.25 063 29 r 11.1 f G027-017 LTT 8900 L 1003-48 LP 699-52
Gl 850 22 09 01 +36 00.8 0.249 173.6 - 18.3 K0 H 7.24 +0.79 +0.46 0499 102 051 07 r 5.78 c + 12 - 23 - 14 210667 BD+35 47250 G214-013
Gl 851 22 09 05 +18 10.6 0.383 058.9 - 51.4 dM2 e W 10.22 +1.50 +1.15 +0.96 0825 028 0825 028 9.80 a - 31 - 41 + 22 G126-061 6 V074 AC+17:536-125 Ross 271 LFT 1691
Wo 9773 22 10 06 +08 18.8 0.681 172.2 M3 K 12.00 +1.56 +1.22 +1.04 0425 138 061 15 r 10.9 e G018-036 3773 LTT 16502 LFT 1693 Wolf 1014
NN 22 10 48 -14 59.6 0.409 231 M3.5 K 13.34 +1.51 +1.12 041 10 r 11.4 e LTT 8914 Wolf 1556
GJ 1265 22 10 56 -17 55.8 0.887 111.7 + 24 m 13.57 +1.73 +1.48: +1.33 0958 044 0958 044 13.48 b - 16 - 13 - 46 3776
NN 22 11 16 +25 43.3 0.26 :136 m 13.62 +1.20 048 09 r 12.03 d G188-047 L 1436-28 LP 399-165
NN 22 11 22 +05 01.7 0.246 105 dM2 11.79 +1.49 +0.87 041 07 r 9.85 d LTT 16505 Wolf 1019 Rob 314 V-I = 1.99 Robertson
Gl 851.2 22 11 36 -41 37.2 0.981 144.0 - 18.8 G5 V 6.23 +0.65 +0.14 +0.22 0421 085 055 09 r 4.93 d - 42 - 76 - 5 210918 CD-41 148040 3782
Wo 9775 x 22 11 46 -08 59.1 0.608 188.9 - 18.0 K2 K 11.85 +0.37 0513 229 0513 229 10.4 f + 23 - 54 - 1 3780 LTT 8920 LFT 1697 Wolf 1332
Gl 851.3 p 22 11 56 -16 03.7 0.354 180.7 + 11.9 G8 V 6.54 +0.90 +0.57 +0.33 0343 075 083 13 r 6.14 d + 13 - 13 - 14 211038 BD-16 60460 LTT 8921
Gl 851.4 x 22 12 13 +56 52.3 0.12 70 - 0.6 K0 9.83 +0.72 +0.23 0480 153 0480 153 8.2 e - 11 - 3 - 3 BD+56 27370
Gl 851.5 p 22 12 14 +27 35.9 0.569 333.4 + 17 dM0.5 W 10.35 +1.46 +0.66 0367 119 046 09 r 8.66 d - 8 + 39 + 46 G127-011 3781 V206 AC+27:66379
NN 22 13 12 +56 47.9 0.443 83 - 1.4 F0 IV 4.19 +0.28 +0.04 0414 059 0414 059 2.28 d - 44 - 11 - 23 211336 BD+56 2741 LTT 16515
NN 22 13 59 +65 58.3 0.229 1 m 12.90 +1.17 060 12 r 11.79 d G264-022
NN A 22 14 01 +54 25.3 0.221 67.1 - 7.0 K1 V 7.51 +0.81 +0.39 047 07 r 5.87 d - 20 - 11 - 4 211472 BD+53 28311 G232-061 LTT 16519 ADS15797
NN B 22 14 10 +54 24.9 0.222 76 m 14 * 047 07 r 12 * e BD+53 28312 G232-062 sep 78" 106d
NN q 22 14 31 -48 54.0 0.230 116.9 K3 V 8.42 0321 136 0321 136 6.0 f 211369 CD-49 137940 LTT 8937 CP-49:11578
Gl 852 A 22 14 42 -09 03.0 0.537 239.1 + 54.0 dM4.5e W 13.4 +1.7 +1.2 +1.27 0981 033 0981 033 13.4 b + 45 + 21 - 33 3787 Wolf 1561
Gl 852 B 22 14 42 -09 03.0 0.537 239.1 dM5 e W 14.4 +1.9 +1.8 +1.46 0981 033 0981 033 14.4 b 3788
Gl 852.1 s 22 14 53 +15 06.6 0.226 105 m 13.55 +1.54 +1.24 0519 136 0519 136 12.1 e MWC 412-76 SA 90: 166
NN 22 14 58 -36 25.9 0.554 167.6 14.2 * +1.24 043 08 r 12.4 * d 3789 LP 984-2
Gl 853 A 22 15 00 -53 52.1 0.778 145.9 - 13.5 G1 V 5.39 +0.60 J+0.08 J+0.22 J 0824 109 0824 109 4.97 c - 27 - 37 + 7 211415 CP-54 100552 3790 BS 8501 V(AB) = 5.37 d(m) = 4.5
Gl 853 B 22 15 00 -53 52.1 0.778 145.9 9.9 * 0824 109 0824 109 9.5 * c CP-54 100553 sep 2.3" 16d - 3.4" 32d (1900-1959)
GJ 1266 22 15 04 +70 41.5 0.929 092.9 k 12.12 +1.47 +0.92 0445 023 0445 023 10.36 b G241-001 3783
Gl 854 22 15 08 +68 05.4 0.372 88.6 - 3.8 dK6 W 9.23 +1.15 +1.07 0477 073 0477 073 7.62 d - 29 - 11 - 20 BD+67 14240 G241-002
NN 22 16 31 -28 38.2 0.896 106.1 m 14.80 +1.32 045 07 r 13.07 d 3793 LP 931-40
NN 22 18 00 -65 46 0.236 339 M5 S 11.98 +1.56 +0.99t 053 11 r 10.60 d LTT 8978 L 119-33 BPM 14722 Sm 105 R-I = 1.27 Weistrop
Wo 9779 22 19 04 -01 38.4 0.130 84.9 - 25.6 SB A0 V 3.84 -0.05 -0.12 0443 077 0443 077 2.07 d - 20 - 18 + 11 212061 BD-02 5741
GJ 1267 22 19 04 -54 49.0 0.293 322.6 M0 V 9.06 +1.35 +1.17 +0.60 075 14 r 8.44 d 211970 CD-55 90730 U556 LTT 8985 BPM 27793
Gl 855 22 20 13 -57 28.1 0.694 116.7 - 20 M3 S 10.74 +1.50 +1.16 +0.81 0568 065 0568 065 9.51 c - 54 - 29 - 3 CD-57 85450 3802 Sm 107
Gl 855.1A p 22 20 22 -72 30.0 1.477 117.6 + 25.2 G0 V J 5.98 +0.65 J-0.06 J+0.28 J 0335 074 070 11 r 5.21 d - 66 - 69 - 39 211998 CP-72 26902 520 NU Ind BS 8515 V(AB) = 5.28 d(m) = 0.1
Gl 855.1B p 22 20 22 -72 30.0 1.477 117.6 6.1 * 0335 074 070 11 r 5.3 * d CP-72 26903 sep 0.1" (1928) not seen since 1933
NN 22 20 23 -17 51.0 0.778 158.3 M4 K 13.25 +1.84 +1.42 1341 056 1341 056 13.89 a 3799 LTT 9001 L 788-34 LP 820-12
NN 22 20 30 +27 46.7 0.376 96 m 14.06 +1.24 046 09 r 12.37 d G127-022
Gl 856 A 22 21 12 +32 12.5 0.327 133 dM0 eJ M 11.41 +1.57 J +1.10 J 091 18 r 11.21 d G189-016 V840 AC+31:68884 V(AB) = 10.75 d(m) = 0.2
Gl 856 B 22 21 12 +32 12.5 0.327 133 11.6 * 091 18 r 11.4 * d sep 1.4" 145d (1964)
Gl 857 22 21 38 -58 02.8 0.365 158.3 + 7.8 G4 V 5.32 +0.67 +0.13 +0.24 0562 090 0562 090 4.07 d - 5 - 31 - 2 212330 CP-58 79541
Wo 9780 22 21 59 -48 06.8 0.782 143.3 M3.5 K 12.51 +1.22 0438 222 084 15 r 12.13 d 3804 LTT 9012 LFT 1714
Gl 857.1A 22 22 24 +22 17.9 0.200 244.3 - 6.3 dK7 e W 8.86 +1.19 J+1.10 J+0.54 J 0476 068 0476 068 7.25 d + 19 - 6 + 7 BD+21 47473 G127-028 V075 ADS 15915 V(AB) = 8.82 d(m) = 3.5
Gl 857.1B 22 22 24 +22 17.9 0.200 244.3 - 2.5 12.4 * 0476 068 0476 068 10.8 * d + 19 - 2 + 5 sep 1.3" 204d (1959)
GJ 1268 22 22 56 +51 44.8 0.495 031.4 m+ 14.94 +1.81 +1.39 0630 036 0630 036 13.94 b G232-069 5386
NN 22 23 28 +59 09.8 0.340 157 m 12.91 +1.20 067 13 r 12.04 d G232-070
NN A 22 23 43 +02 45.3 0.663 228.4 dM 13.68 +1.59 +1.06 +1.22 0391 033 0391 033 11.64 b G018-048 3808 LTT 16570 LFT 1717 L 1077-19 LP 640-73 Rob 319
NN B 22 23 43 +02 45.1 0.663 228.4 m 17.7 P 0391 033 0391 033 15.7 P b G018-048 3809 LP 640-72 sep 11" 201d (LHS)
Gl 859 A 22 23 52 -16 59.8 0.222 90.0 - 0.3 G3 V 6.21 +0.62 J+0.07 J+0.22 J 0608 081 0608 081 5.13 c - 14 - 4 - 9 212698 BD-17 65211 V(AB) = 5.54 d(m) = 0.17 dG2 Wil
Gl 859 B 22 23 51 -16 59.8 0.261 92.2 + 2.0 G3 V 6.4 * 0608 081 0608 081 5.3 * c - 16 - 4 - 13 212697 BD-17 65200
Wo 9782 A 22 24 05 +04 08.3 0.309 79.0 - 17.8 F7 V 5.75 +0.52 +0.04 0411 076 0411 076 3.82 d - 37 - 15 - 3 212754 BD+03 4705 LTT 16573 BS 8548 ADS 15935
Wo 9782 B 22 24 05 +04 08.3 0.309 79.0 K4: K 11.7 * 0411 076 0411 076 9.8 * d sep 3" 218d (NLTT)
NN 22 24 32 +06 34.3 0.218 92 dM3 : 13.22 +1.66 072 30 r 12.5 f G018-049 LTT 16577 L 1149-75 LP 580-17 Rob 320 V-I = 2.72 Robertson
NN 22 24 52 +63 37.3 0.288 44 K7 L 9.51 +1.18 +1.17 +0.47 040 05 r 7.52 c G241-008
GJ 1269 A 22 25 39 +11 59.6 0.200 92.0 + 3.8 K0 V 7.15 +0.90 J+0.56 J 0415 222 062 10 r 6.11 d - 12 - 1 - 11 212989 BD+11 4804 LTT 16584 ADS 15962A V(AB) = 7.08 d(m) = 3.0
GJ 1269 B 22 25 39 +11 59.6 0.200 92.0 10.1 * 0415 222 062 10 r 9.1 * d ADS 15962B sep 0.9" 227d (1959)
Gl 860 A 22 26 13 +57 26.8 0.943 245.4 - 33.3 M2 V 9.85 +1.62 +1.23 +1.15 J 2519 023 2519 023 11.86 a + 26 - 28 + 2 239960 BD+56 27831 G232-075 3814 V207 ADS 15972 Kr 60 V(AB) = 9.59 d(m) = 1.67
Gl 860 B 22 26 13 +57 26.8 0.943 245.4 - 31.7 M6 V 11.3 v +1.8 : +1.3 : 2519 023 2519 023 13.3 v a + 25 - 26 + 2 BD+56 27839 3815 DO Cep a = 2.412" P = 44.6 yr
NN 22 26 15 -13 39.8 1.083 196.5 - 21 M6.5 17.14 +2.16 0919 054 0919 054 16.96 b + 26 - 52 + 10 523 LP 760-3 Mv = 17.03 +- .14 G&L ApJ 305, 784
Wo 9784 22 26 21 +18 40.6 0.210 127.0 dM0 M 10.75 +1.48 +1.31: +0.73 046 07 r 9.06 d G127-035 V841 LTT 16590
Gl 862 22 26 25 -30 15.8 0.843 164.7 + 7.4 K5 V 7.65 +1.10 +1.00 +0.38 0752 094 0752 094 7.03 c + 6 - 51 - 15 213042 CD-30 191750 3817 U565
GJ 1270 22 27 32 +41 13.1 1.293 068.5 m 13.25 +1.65 +1.27 0723 029 0723 029 12.55 a G215-050 524
Gl 862.1 22 28 41 -06 48.6 0.200 121.0 - 9.6 SB F7 V 6.14 +0.56 +0.04 +0.31C 0458 119 045 08 r 4.41 d - 13 - 18 - 6 213429 BD-07 57970
Gl 863 22 30 31 +09 07.1 0.547 74.5 - 6.5 M0 K 10.37 +1.51 +1.16 +0.83 0660 043 0660 043 9.47 b - 38 - 7 - 9 BD+08 48870 G018-056 3828 V208 LFT 1723
Wo 9787 s 22 30 38 -35 42.1 0.355 111.2 - 51.3 G8 V 7.79 +0.72 +0.29 0438 069 0438 069 6.00 d - 52 - 26 + 27 213628 CD-36 154450 LTT 9071
NN 22 30 44 -09 52.3 M3 s 12.41 +1.57 +1.16 +1.10 059 12 r 11.26 d Steph 2018
Gl 863.1A s 22 30 50 +53 32.1 1.318 086.1 - 2.0 dM1 J W 10.84 +1.36 J+1.13 J+0.62 J 0458 030 0458 030 9.14 b -118 - 34 - 60 BD+53 29111 G233-017 525 V842 V(AB) = 10.09 d(m) = 0.0
Gl 863.1B s 22 30 50 +53 32.1 1.318 086.1 10.84* 0458 030 0458 030 9.14* b sep 0.5" 296d (1962); comp C optical
Gl 863.2 22 31 58 -20 57.9 0.263 122.6 - 4.2 F3 V 5.20 +0.44 -0.00 +0.24C 0446 136 044 06 r 3.42 c - 16 - 21 - 11 213845 BD-21 62510 UPS Aqr
NN 22 32 14 +03 47.0 0.195 325 dM4 : 12.68 +1.05 045 09 r 10.95 d LP 580-33 BPM 97396 Rob 324 ident. with LTT 16621 = L 1077-11 ?
NN 22 32 17 -01 20.8 1.135 78.3 dM4 14.83 +1.70 +1.32 0428 037 0428 037 12.99 b 526 LP 640-43
Gl 863.3 s 22 32 57 -54 52.0 0.465 124.0 + 66.9 G5 V 7.58 +0.66 +0.12 +0.36C 0428 110 032 06 r 5.11 d - 9 - 66 - 69 213941 CP-55 98660
Gl 864 22 33 35 -01 05.6 0.607 175.0 + 10.9 dM1 W 10.01 +1.44 +1.18 +0.77 0658 064 0658 064 9.10 c + 21 - 27 - 29 214100 BD-01 43230 G027-036 3833 V843
NN 22 34 27 -66 04.6 0.711 119.5 m 11.45 +1.23 147 27 r 12.29 d 3836 LTT 9108 L 119-44
NN 22 34 34 -00 53.2 0.14 96 10.5 * 0473 187 0473 187 8.9 * f VVO 271
Gl 865 22 34 57 -65 38.2 0.853 101.4 - 26 k-m 11.48 +1.61 +1.23 +1.17 0899 113 0899 113 11.25 c - 51 - 7 + 2 3839 L 119-021 Sm 113 LHS: may have a comp. 13" 189d
Wo 9791 22 34 59 -65 38.5 14 P 0436 205 0436 205 12 P f near Gl 865; sep 13" 185d
NN 22 35 16 +39 07.6 0.329 184.9 M2 L 9.41 +0.66 071 11 r 8.67 d BD+38 4818 G189-030 LTT 16634
NN A 22 35 36 -29 36.4 0.260 183 m 10.92 +0.97 071 10 r 10.18 d LTT 9123 L 645-74 LP 932-12
NN B 22 35 37 -29 36.5 0.260 183 m 12.64 +1.16 071 10 r 11.90 d LTT 9124 L 645-73 LP 932-13 sep 15" 132d
Gl 866 AB 22 35 45 -15 35.6 3.254 046.6 - 60.0 M5 e K 12.66 +1.98 J+1.6 :J+1.67 J 2943 035 2943 035 15.00 a - 69 - 1 + 41 G156-031 68 L 789-006 V(AB) = 12.30 d(m) = 1.0 ; a = 0.36" P = 2.2 yr
Gl 867 A 22 36 01 -20 52.8 0.459 97.0 - 8.7 SB dM2 e W 9.10 +1.51 +1.09 +0.93 1154 040 1154 040 9.41 a - 18 - 9 - 2 214479 BD-21 62671 V336 FK Aqr M0VEP Mich
Gl 867 B 22 36 01 -20 52.8 0.459 97.0 dM4 e 11.45 +1.60 +1.12 +1.20 1154 040 1154 040 11.76 a BD-21 62672 L 717-022
Gl 867.1A s 22 36 55 -12 52.4 0.281 122.7 - 12.7 SB? G8/K0 V J 8.51 +0.78 J+0.37 J+0.39CJ 0469 081 027 03 r 5.67 c - 28 - 39 - 17 214615 BD-13 62351 G156-034 ADS 16145 dG9e Wil, V(AB) = 7.80 d(m) = 0.08
Gl 867.1B s 22 36 55 -12 52.4 0.281 122.7 - 13.8 dG9 e W 8.6 * 0469 081 027 03 r 5.8 * c - 29 - 39 - 16 BD-13 62353 sep 3.6" 118d (1960)
Gl 867.1C s 22 37 02 -12 50.9 0.270 126 k-m 14.65 +1.61 +1.45 0469 081 027 03 r 11.81 c BD-13 62352 G156-035 sep(AC) 139"
Gl 868 22 37 55 -29 56.1 0.401 94.3 + 1.0 K5 Ve 7.82 +1.13 +1.00 +0.44 0691 102 0691 102 7.02 d - 22 - 9 - 14 214749 CD-30 192550 U576
Gl 869 22 38 06 -32 15.1 0.356 87.3 - 21.0 G8 V 7.39 +0.80 +0.44 +0.25 0606 136 043 07 r 5.56 d - 43 - 11 + 0 214759 CD-32 171910
NN 22 38 28 +44 20.2 0.474 094.2 m 13.20 +1.16 050 10 r 11.69 d G216-011 6
Wo 9793 22 39 08 +18 33.7 0.273 72.6 M0 s 10.75 +1.42 +0.68 040 06 r 8.76 d BD+18 5029? G067-013 V845 L 1293-93 pm (AC -BDX)
Gl 871 A 22 39 39 -47 28.1 0.334 175.1 + 17.3 G1 V 6.00 +0.57 +0.06 +0.20 0575 244 049 06 r 4.45 c + 12 - 34 - 8 214953 CD-47 143071
Gl 871 B 22 39 39 -47 28.1 0.334 175.1 M1 K 11.10 +1.41 0575 244 049 06 r 9.55 c CD-47 143072
GJ 1271 22 40 08 +17 24.0 1.240 063.9 M3 K 11.78 +1.56 +1.16 +1.03 0526 044 0526 044 10.38 b G067-015 528
NN 22 40 46 -06 39.6 0.326 205.7 - 18 K0 8.12 +0.97 +0.79 049 08 r 6.57 d + 19 - 29 + 10 215152 BD- 7 5839 G027-042 LTT 9164
NN 22 40 57 +21 52.6 0.409 092.7 m 15.00 +1.44 063 10 r 14.00 d G127-050 6
GJ 1272 A s 22 42 58 +10 55.9 0.163 175.3 - 0.6 dK6 9.98 +1.13 J+1.02 J+0.51 J 0530 237 029 03 r 7.29 c + 12 - 17 - 16 BD+10 48121 V848 ADS 16242A V(AB) = 9.82 d(m) = 2.
GJ 1272 B s 22 42 58 +10 55.9 0.163 175.3 - 0.6 12 * 0530 237 029 03 r 9 * e + 12 - 17 - 16 BD+10 48122 ADS 16242B sep 0.7" 80d - 1.9" 359d (1878-1971)
NN 22 43 18 -63 34.0 0.222 115 M3 S 11.40 +1.46 +0.81t 041 08 r 9.46 d LTT 9181 BPM 15055 L 166-104 Sm 114
NN 22 43 47 -06 54.8 0.865 128.0 m 15.98 +1.83 0537 068 0537 068 14.63 c 3850 LP 701-7 USNO 777
NN 22 44 07 +23 18.1 0.058 94.8 - 4.3 G8 IIIa CN 3.96 +1.07 +0.93 0409 119 0409 119 2.0 e - 5 - 6 - 1 215665 BD+22 4709
Gl 871.2 22 44 11 +49 56.8 0.239 90.5 - 50.8 K0 H 7.86 +0.80 +0.49 0480 153 039 05 r 5.82 c - 13 - 57 - 7 215704 BD+49 39370 G233-028
Gl 872 A 22 44 12 +11 55.0 0.538 155.0 - 6.0 F6 IV-V 4.19 +0.50 -0.03 +0.19 0500 119 0500 119 2.7 e + 5 - 38 - 34 215648 BD+11 48751 3851 XI Peg
Gl 872 B 22 44 12 +11 55.0 0.538 155.0 - 7.2 M1 K 11.7 * 0500 119 0500 119 10.2 * e + 5 - 39 - 33 BD+11 48752 3852
Gl 873 22 44 40 +44 04.6 0.901 238.7 - 0.5 SB dM4.5e W 10.26v +1.61 +1.19 1970 025 1970 025 11.73v a + 21 + 3 - 1 BD+43 43051 G216-016 3853 V852 EV Lac opt. comp. sep 5"
NN 22 45 19 +44 17.4 0.095 222.6 + 2.2 F8 9.6 * 0560 240 0560 240 8.3 * f + 7 + 3 - 3 215857 BD+43 4306
Gl 874 22 45 25 -37 03.0 0.807 109.4 M3 K 11.92 +1.48 +0.95 0513 107 0513 107 10.47 d 3855 L 501-038
NN 22 45 32 +31 36.2 0.500 69.0 m 12.91 +1.10 047 10 r 11.27 d G128-003 3854 L 1509-40 LP 344-44
Wo 9796 22 45 33 -51 34.8 0.129 121.1 - 3 A2 V 3.48 +0.08 +0.10 0429 092 0429 092 1.64 d - 11 - 10 - 1 215789 CD-51 133890
GJ 1273 22 46 39 +22 20.5 0.506 086.2 + 94 DA5 14.36 +0.19 -0.68 0526 041 0526 041 12.96 b - 40 + 30 - 44 G067-023 3857 W155 LTT 18580 PG
Wo 9797 s 22 47 20 -41 45.1 0.415 239.6 + 21.6 G5 V 7.77 +0.74 +0.24 +0.26 0437 096 033 05 r 5.36 d + 61 - 16 + 9 216054 CD-42 160920 LTT 9216
NN 22 47 36 +24 19.8 0.15 104 + 15.3 G8+ III 3.48 +0.93 +0.68 +0.47 0392 204 0392 204 1.4 f - 13 + 6 - 19 216131 BD+23 4615
Gl 875 22 47 43 -07 21.4 0.152 316.8 - 5.7 dM1 e W 9.85 +1.48 +1.24 +0.73 0711 106 0711 106 9.11 d + 1 + 5 + 10 216133 BD-07 58710 V210
GJ 1274 22 48 14 +34 35.2 0.889 071.3 m 11.72 +1.53 0481 052 0481 052 10.13 c G189-038 3859 LP 289-11
NN 1 22 48 17 +35 55.7 0.196 253 m 12 * 047 094 047 094 10 * e LP 289-12
NN 22 48 22 +28 20.3 0.223 103 m 12.55 +1.08 052 11 r 11.13 d LP 344-047
GJ 1275 22 48 56 +29 23.7 1.269 083.2 DA9 15.52 +0.63 -0.10 0483 043 0483 043 13.94 b G128-007 529 W283
Wo 9798 s 22 48 56 +13 42.1 0.462 62.5 - 1.7 dK4 W 8.30 +0.84 +0.44 0427 121 035 06 r 6.02 d - 62 + 0 - 5 216259 BD+13 5006 G067-027 LTT 16716
Gl 875.1 22 49 30 +31 29.4 0.513 095.6 - 3.7 dM3.5e W 11.63 +1.55 +1.07 +1.11 0650 044 0650 044 10.69 b - 30 - 15 - 18 G128-008 3861 LFT 1741 AC+31:70565
NN 22 49 37 +23 09.0 0.202 139.1 - 4.2 dK8 M 9.78 +1.20 +1.14 +0.54 042 05 r 7.90 c - 4 - 15 - 17 BD+22 4725 V853
Wo 9800 A 22 49 45 -33 08.5 0.034 239.5 + 16.5 A0 III 4.50 -0.04 J-0.14 J 0424 170 0424 170 2.6 f + 10 + 1 - 13 216336 CD-33 162700 BS 8695 V(AB) = 4.46 d(m) = 3.6 , pi(uvby) = 0.012
Wo 9800 B 22 49 45 -33 08.5 0.034 239.5 17 8.6 * 0424 170 0424 170 6.7 * f + 11 + 1 - 14 sep 4.2"
Wo 9801 A s 22 49 52 +09 34.1 0.523 84.6 + 10.2 F7 IV 5.16 +0.48 -0.01 +0.17 0497 098 041 05 s 3.22 c - 53 - 6 - 30 216385 BD+09 51221 3864 LFT 1743
Wo 9801 B s 22 49 58 +09 38.1 0.520 84.7 M3: K 13.52 +1.66 +1.32 +1.10 0497 098 041 05 s 11.58 c BD+09 51222 G028-021 3865 LTT 16722 LFT 1744 sep 248" 20d
Gl 876 22 50 35 -14 31.2 1.143 123.5 - 1.5 dM5 W 10.17 +1.58 +1.15 +1.22 2113 048 2113 048 11.79 a - 13 - 19 - 12 BD-15 62900 G156-057 530 V337
Wo 9802 22 50 41 -48 51.8 0.236 110.0 - 1.0 G3 IV 6.03 +0.62 +0.19 0460 154 0460 154 4.3 e - 19 - 14 - 7 216435 CD-49 139880 LTT 9249
GJ 1276 22 51 09 -07 02.3 2.570 106.0 DZ9+ 15.65 +1.90 1242 043 1242 043 16.12 a 69 W453 LP 701-29
NN 22 52 09 -05 44.7 0.693 62.2 m 13.9 * +1.24 050 09 r 12.4 * d G156-063 3872
Gl 877 22 52 12 -75 42.7 1.420 225.6 - 86 k 10.40 +1.49 +1.05 +1.06 1199 091 1199 091 10.79 b - 13 + 31 + 97 531 L 049-019
Gl 878 22 52 26 +60 43.7 0.690 259.8 M3 K 12.76 +1.60 +1.12 0710 068 0710 068 12.02 c G233-031 3871 Ross 226
NN 22 52 30 -52 34 0.175 128 M4 S 11.49 +1.45 +0.83t 042 08 r 9.61 d BPM 28050 Sm 119
NN A 22 53 24 +05 29.5 0.448 128 dM0 11.26 +1.45 +1.19 +0.82 045 08 r 9.53 d G028-024 LTT 16738 L 1150-65 LP 581-36 BPM 97728 Rob 348
NN B 22 53 23 +05 29.6 0.448 128 DB 15.7 P 045 08 r 14.0 P d W LP 581-35 sep 17" 286d
GJ 1277 22 53 25 -60 18.3 1.060 209.0 + 68 M4 14.08 +1.79 +1.45 +1.42 090 13 r 13.85 d + 62 - 59 - 20 532
NN 22 53 32 +17 32.7 M0 s 10.50 +1.49 +1.19 +0.82 065 11 r 9.56 d Steph 2065
Gl 879 22 53 37 -31 49.8 0.360 114.6 + 9.0 K5 Ve 6.48 +1.10 +1.02 +0.41 1281 090 1281 090 7.02 b - 5 - 8 - 13 216803 CD-32 173210 U584 TW Psa
Gl 880 22 54 10 +16 17.4 1.071 254.8 - 27.9 SB dM2 e W 8.67 +1.50 +1.18 +0.88 1482 025 1482 025 9.52 a + 32 - 17 + 25 216899 BD+15 47330 G067-037 533 V854
NN 22 54 19 +67 59.2 0.748 63.2 m 14.68 +1.70 0402 050 0402 050 12.70 c G241-031 3877 USNO 778
Gl 881 22 54 54 -29 53.3 0.372 115.6 + 6.1 A3 V 1.16 +0.09 +0.08 -0.06 1537 077 1537 077 2.09 b - 5 - 7 - 10 216956 CD-30 193700 ALF Psa
Gl 882 22 55 00 +20 30.0 0.208 76.9 - 33.7 G4 V 5.50 +0.67 +0.21 +0.22 0584 082 0584 082 4.33 d - 16 - 31 + 15 217014 BD+19 50360
Gl 883 22 57 16 -11 38.9 0.229 92 - 20 dM1 W 10.60 +1.42 +0.64 041 08 r 8.66 d - 28 - 17 + 6 BD-12 6393 V338
Gl 884 22 57 38 -22 47.6 0.911 274.1 + 15.4 K5/M0 V 7.88 +1.39 +1.24 +0.60 1284 068 1284 068 8.42 b + 33 + 16 + 0 217357 CD-23 176990 3885 V339 dM1 Wil
NN A 22 57 51 -24 13.0 0.389 148 M1: s 11.57 +1.53 +0.87 047 06 r 9.93 c CD-24 174430 LTT 9310 L 718-71 Steph 1681 is comp B (NLTT) !?
NN B 22 57 54 -24 14.0 0.389 148 M2 s 11.61 +1.55 +0.88 047 06 r 9.97 c CD-24 174450 LTT 9315 L 718-70 Steph 1682 sep 75" 324d
Gl 886 22 59 15 -04 06.9 0.446 117.2 - 43.1 SB K4 V 7.46 +0.95 +0.77 +0.32 0586 090 0586 090 6.30 d - 28 - 46 + 16 217580 BD-04 58040 G156-075 6
Gl 886.1A q 23 00 18 +42 29.3 0.046 81.2 + 2.0 SB A3 Vn 5.14 +0.09 J+0.11 J 0185 095 0185 095 1.5 f - 11 - 1 - 4 217782 BD+41 46653 BS 8766 ADS 16467 V(AB) = 5.10 d(m) = 3.7
Gl 886.1B q 23 00 18 +42 29.3 0.046 81.2 8.8 * 0185 095 0185 095 5.1 * f BD+41 46654 sep 0.5" 25d (1958)
NN 23 00 27 -49 59.7 0.116 201 M3 S 10.64 +1.41 +0.76t 051 09 r 9.18 d CD-50 13863? BPM 28112 Sm 122
Gl 886.2 23 00 44 -35 01.2 0.113 41.5 - 6.0 SB F0 IV 5.11 +0.29 +0.00 +0.19C 0502 119 0502 119 3.6 e - 11 + 5 + 2 217792 CD-35 156300 PI Psa
GJ 1278 p 23 02 32 +66 29.7 0.332 107 + 7.4 dM1 W 9.89 +1.40 +1.26 +0.66 0338 136 058 12 r 8.71 d - 23 + 1 - 17 BD+65 1846 G241-041 V077
Gl 887 23 02 39 -36 08.5 6.896 79.1 + 9.5 M2 Ve 7.34 +1.49 +1.18 +0.84 2843 149 2843 149 9.61 b -100 - 15 - 56 217987 CD-36 156930 70 U591
Wo 9808 s 23 03 08 +68 08.7 0.606 73.5 - 18.2 G6 V 7.48 +0.65 +0.09 0475 159 031 05 r 4.94 d - 78 - 52 - 14 218209 BD+67 1498 G241-042 3894 LFT 1759
Wo 9809 23 04 00 +63 39.0 0.174 109.8 dM0 M 10.82 +1.42 +0.73 044 07 r 9.04 d V858 AC+63:32399
Gl 889 A 23 04 26 -23 25.6 0.340 152.5 + 19.0 K5 V 9.62 +1.30 +1.38 +0.54 0487 077 044 06 r 7.84 c + 4 - 31 - 27 218294 CD-23 17748 G275-001 V341 LTT 9360 dM0 Wil
Gl 889 B 23 04 34 -23 23.8 0.303 149 k-m 13.65 +1.65 +1.16 0487 077 044 06 r 11.87 c G275-002 LTT 9361 LP 877-061
NN 23 04 36 +71 26.8 1.320 71.5 M2 L 11.78 +1.48 +0.95 050 10 r 10.27 d G241-044 534 LP 48-822
NN 23 05 25 +68 23.8 1.125 88.5 m 12.45 +1.54 +1.10 0635 042 0635 042 11.46 b G241-045 535
Gl 889.1 23 05 32 +03 03.3 0.533 060.0 + 32 dM0 M 10.91 +1.52 +1.21 +0.77 0613 033 0613 033 9.85 b - 37 + 23 - 28 G028-039 3899 V343 AC+03:2781-116
Gl 890 23 05 41 -15 40.8 0.05 79. + 2.0 dM2.5e W 10.88 +1.42 +1.12 +0.73 0407 063 0407 063 8.93 d - 5 + 0 - 4 BD-16 6218 V342
GJ 1279 23 06 33 -68 00.1 0.387 235.0 K5 V 8.39 +1.20 +1.14 +0.50 070 11 r 7.62 d 218511 CD-68 23310 U596 LTT 9379
NN p 23 06 34 -02 31.8 0.643 98.4 - 40.9 K3 V 8.59 +1.01 +0.95 +0.34 0290 092 039 06 r 6.55 d - 68 - 56 - 1 218566 BD- 3 5577 G028-041 3900 LTT 9378
NN 23 07 04 -02 14.5 0.449 143 k-m 12.66 +1.54 +1.18 043 20 r 10.8 f G028-044 LTT 9381 L 1007-39 LP 642-82
GJ 1280 23 07 08 -69 06.9 0.332 14.4 K4 V 8.78 +1.02 +0.76 +0.42 044 06 r 7.00 c 218572 CD-69 20830 U597 LTT 9387
Wo 9812 A s 23 07 15 -22 43.7 0.026 103.5 - 1.0 G2 V 5.11 +0.65 J+0.39 J 0390 136 021 03 s 1.72 d - 5 - 3 - 1 218640 CD-23 177711 BS 8817 V(AB) = 4.69 d(m) = 0.8 , G6/8 III Mich
Wo 9812 B s 23 07 15 -22 43.7 0.026 103.5 - 6 A3 (IV) 5.9 * 0390 136 021 03 s 2.5 * d - 6 - 5 + 3 218641 CD-23 177712 sep 0.4" 7d (1959)
Gl 891 23 07 32 -26 12.2 0.710 088.4 M2.5 K 11.27 +1.52 +1.2 : +0.94t 0777 190 0777 190 10.7 e CD-26 165010 G275-013 3904
NN ABq 23 07 39 +47 41.2 0.150 89.6 - 6.8 SB G5 7.91 +0.90 +0.57 0287 034 0287 034 5.20 c - 20 - 14 - 8 218738 BD+47 4058 ADS 16557
GJ 1281 23 08 03 -19 28.7 1.421 178.4 + 55 M3 K 12.47 +1.49 +1.05 +0.96 040 10 r 10.5 e + 81 -136 - 80 538 LP 822-31 L 791-76
NN 23 09 35 -14 21.9 0.748 197.3 m 13.0 * +1.13 050 10 r 11.5 * d 3909 LP 762-3
Gl 891.1 23 10 15 +49 08.0 0.130 37.3 + 11.2 SB F0 V 4.52 +0.29 +0.04 0491 061 0491 061 2.98 c - 14 + 9 + 4 219080 BD+48 39640
NN 23 10 51 -81 36.7 0.531 82.6 k-m 10.1 * +0.71 058 09 r 8.9 * d 3916 LFT 1773 LTT 9424 L 10-21
Gl 892 23 10 52 +56 53.5 2.094 81.8 - 18.2 K3 V 5.56 +1.01 +0.89 +0.35 1464 047 1464 047 6.39 a - 56 - 40 - 15 219134 BD+56 29661 71
NN 23 10 54 -70 19.9 0.200 68.3 G5 V 6.90 054 06 o 5.56 c 219048 CP-70 29990 CD-70:1916
GJ 2154 A 23 11 32 -19 55.1 0.454 84 K7 V U 10.62 +1.46 +1.22 +0.78 044 06 r 8.84 c BD-20 65581 U601 LTT 9423
GJ 2154 B 23 11 32 -19 55.2 0.454 84 m 13.80 +1.60 +1.14 +1.18 044 06 r 12.02 c BD-20 65582 LP 822-105
Gl 893.1 23 11 51 -06 49.1 0.376 245 DQ6 15.42 +0.22 -0.63 0409 069 0409 069 13.48 d G157-034 W553 LTT 9427 LP 702-48 L 935-050
Gl 893.2A s 23 13 16 -09 21.6 0.368 92.0 - 25.2 K0 III 4.22 +1.11 +1.00 +0.38 0433 062 0433 062 2.40 d - 39 - 26 + 7 219449 BD-09 61561 BS 8841 PSI(1) Aqr sep(A-BC) 49.6" 312d (1836-1938)
Gl 893.2B s 23 13 14 -09 21.1 0.382 90.9 - 26.1 K3 V J 9.62 +1.05 J+0.90 J+0.38 J 0433 062 0433 062 7.80 d - 41 - 26 + 8 219430 BD-09 61553 G157-037 V859 ADS 16633 V(BC) = 9.16 d(m) = 0.7
Gl 893.2C s 23 13 14 -09 21.1 0.382 90.9 10.3 * 0433 062 0433 062 8.5 * d BD-09 61554 sep 0.2" 108d (1961)
NN 23 13 36 +06 28.4 0.285 147 k 13.14 +1.63 +1.26 063 27 r 12.1 f G028-050 LTT 16837
NN q 23 13 51 +30 23.8 0.377 74.9 + 9.0 K2 V 8.09 +0.88 +0.58 0171 188 042 07 r 6.21 d - 42 - 2 - 10 219538 BD+29 4890 G128-042 LTT 16838
GJ 1282 23 13 58 -62 16.4 0.180 97.4 - 1.8 F7 V 5.66 +0.51 +1.61c 046 06 r 3.97 c - 17 - 8 - 4 219482 CD-62 14440 BS 8843
Gl 893.3A x 23 14 00 -41 03.6 0.255 182 g-k 11.57 +0.90 +0.54C 0483 153 0483 153 10.0 e CD-41 152040 LP 1034-092 L 431-25
Gl 893.3B x 23 14 01 -41 03.9 0.255 182 17.4 R 0483 153 0483 153 15.8 R e LP 1034-093 sep 19" 160d (NLTT)
Gl 893.4 23 14 11 +19 21.0 0.253 227 dM0 M 11.16 +1.49 +1.18 +0.78 043 07 r 9.33 d G067-052 V860 AC+19:1079-115
NN A p 23 14 14 -67 11.2 0.559 138.1 + 67.8 K5 V 8.73 +1.05 +0.96 +0.39 0375 060 043 04 r 6.90 c + 1 - 83 - 39 219509 CP-67 39600 3922 LTT 9452 CD-67:2594 SB !?
NN B p 23 14 10 -67 12.3 0.542 138.3 + 66.4 K5 V 9.04 +1.11 +1.06 +0.42 0375 060 043 04 r 7.21 c + 2 - 81 - 38 219495 CP-67 39590 3921 LTT 9451 CD-67:2593 sep 71" 199d
NN p 23 14 19 +05 25.4 0.009 159.5 - 11 dM0.5 W 10.52 +1.41 +1.25 +0.62 0347 136 040 08 r 8.53 d - 1 - 8 + 8 BD+ 4 4988 V344
NN 23 14 25 +52 56.6 0.255 153.9 - 25.3 F7 V 5.54 +0.52 +0.02 0433 119 051 08 r 4.08 d + 7 - 27 - 20 219623 BD+52 3410 LTT 16841
Wo 9818 23 14 31 -58 30.6 0.087 343.7 + 18.4 F1 III 3.99 +0.40 -0.04 0410 102 0410 102 2.1 e + 9 + 3 - 18 219571 CP-58 80620
Gl 894 s 23 14 51 -42 27.9 0.290 98 + 8.0 K3/5 V 10.38 +1.32 +1.25 +0.58 0616 085 0616 085 9.33 d - 15 - 11 - 14 219630 CP-42 95510 U603 Sm 131
NN 23 14 57 -48 35.0 0.799 157.7 m 13.7 * +1.20 046 09 r 12.0 * d 3925 LFT 1779 LTT 9467 L 359-91
NN 23 14 58 +19 20.5 0.269 105 M4 L 12.10 +1.59 +1.20 078 36 r 11.6 f G067-053 LTT 16843 L 1295-9 LP 462-19
NN 23 15 00 +37 56.6 0.531 196.4 m 11.46 +1.54 +1.20 +1.04 0561 034 0561 034 10.20 b G190-017 3923
NN s 23 15 00 +09 25.2 0.125 111 + 24.8 dK8 M 9.72 +1.13 +0.98 +0.50 0514 068 0514 068 8.27 c - 7 + 11 - 24 BD+08 5036 V862
NN 23 15 01 +06 07.3 0.298 142 dM4 12.53 +1.55 +1.28 049 23 r 11.0 f G029-019 LTT 16844 Viln 82 no 35
NN 23 15 25 -41 05.8 0.178 131.5 + 28.6 F5 V 5.53 +0.44 -0.05 039 05 r 3.49 c + 1 - 21 - 29 219693 CD-41 152110
Wo 9819 s 23 15 41 -58 34.7 0.263 125.8 + 17.2 G2 V 7.52 +0.65 +0.04 0395 136 029 05 r 4.83 d - 18 - 40 - 15 219709 CP-58 80640 LTT 9472
NN 23 15 50 -61 31.7 0.08 326 M3 S 11.20 +1.41 +0.80t 043 08 r 9.37 d CD-61 68010 Sm 132 R-I = 1.05 Weistrop
Gl 894.1 23 15 56 +46 00.8 0.333 70 - 5.7 M0.5 K 10.90 +1.45 +0.76 0478 153 047 09 r 9.26 d - 31 - 15 + 1 BD+45 41880 G216-037
Wo 9821 23 16 08 -32 48.3 0.068 164.2 + 15.6 G8 III 4.41 +1.13 +1.06 0421 102 0421 102 2.5 e + 6 - 6 - 15 219784 CD-33 164760
GJ 1283 23 16 10 -60 47.6 0.087 247.7 K4 V 8.97 +1.15 +1.05 +0.48 049 07 r 7.42 d 219764 CD-61 68020 U605
Gl 894.2A 23 16 29 -13 43.9 0.312 108.5 + 10.3 SB G5 IV 5.2 +0.79 +0.41 +0.26 0409 086 051 08 r 3.7 d - 18 - 14 - 21 219834 BD-14 64481 Viln 82 no 43
Gl 894.2B 23 16 29 -13 43.6 0.321 106.1 + 10.3 K2 V 7.61 +0.91 +0.67 +0.29 0409 086 051 08 r 6.15 d - 19 - 13 - 21 BD-14 64482 Viln 82 no 44
NN 23 17 24 -60 20.0 0.300 254 M2 S 10.99 +1.45 +0.78t 046 08 r 9.30 d LTT 9494 BPM 15510 L 168-9 Sm 133 R-I = 1.03 Weistrop
Wo 9822 s 23 17 28 +28 35.7 0.747 97.0 - 53 K1 V 8.89 +0.81 +0.37 +0.33 0439 155 027 04 r 6.05 d - 98 - 97 - 31 219953 BD+28 4562 G128-048 3931 LFT 1783
NN 23 19 09 +17 02.1 1.483 201.0 m 11.72 +1.51 +1.09 +1.24 0928 038 0928 038 11.56 a G068-008 543 LTT 16862 LFT 1785 L 1295-31 LP 462-27
Gl 894.4 23 19 11 +43 49.2 0.669 70.3 + 4.4 K1 V 7.36 +0.80 +0.41 0506 160 050 08 r 5.85 d - 62 - 14 - 2 220182 BD+43 44450 G190-020 3936
Gl 894.5 23 20 27 -11 02.5 0.522 59.4 + 35.9 K2 V 7.80 +0.89 +0.59 +0.32 0597 100 0597 100 6.68 d - 34 + 20 - 38 220339 BD-11 60640 G157-054 3939 Viln 82 no 55
Gl 895 23 22 14 +57 35.0 0.287 185 - 33.8 dM2 e W 10.04 +1.50 +1.18 +0.86 0716 023 0716 023 9.31 a + 20 - 29 - 15 BD+57 27350 G217-007 V211
Gl 895.1 s 23 22 55 -45 53.1 0.482 096.0 M0 K 11.26 +1.42 0439 170 038 10 r 9.2 e CD-46 146490 5404 L 359-33 Sm 135
NN s 23 23 16 +52 51.3 1.071 71.2 m 14.59 +1.66 0403 031 0403 031 12.62 b 543a
Wo 9826 x 23 23 26 +28 55.5 0.578 125.3 K3 K 11.05 +0.94 +0.72 +0.38 0420 109 0420 109 9.2 e G128-061 3946 LTT 16891 LFT 1791 AC+28:68304
GJ 2155 23 23 39 +08 37.0 0.537 068.7 K7 10.54 +1.50 +1.20 +0.70t 0510 052 0510 052 9.08 c G029-033 3947 LTT 16892 Rob 367
NN 23 23 54 -47 07.0 0.521 136.4 m 15.75 +1.42 042 06 r 13.87 d 3949 L 360-133
NN 23 23 59 +11 52.8 0.707 70.0 m 12.63 +1.06 047 09 r 10.99 d G029-035 3948 LTT 16893 L 1223-62 LP 522-49
Wo 9827 s 23 24 30 -01 33.9 0.439 62 + 27.0 dM0.5 W 10.39 +1.28 +0.53 0476 106 034 06 r 8.05 d - 59 + 16 - 27 BD-02 5958 G157-063 V078 LTT 9542
Gl 895.2 23 26 16 +04 58.5 0.492 238.1 + 34 DAV4 13.04 +0.16 -0.64 +0.02C 0727 048 0727 048 12.35 b + 32 - 8 + 8 G029-038 5405 W159 LTT 16907 ZZ Psc PG
Gl 895.3 s 23 26 49 -47 18.6 0.21 105 - 4.0 K7 V 10.21 +1.31 +1.23: +0.69C 0486 102 0486 102 8.64 d - 17 - 12 - 1 CP-47 99970 CD-47:14591 Sm 137
NN A 23 26 56 +41 11.9 0.404 95 M2 L 11.87 +1.52 +1.09 +1.14 0672 25 0672 25 11.01 a G190-028 USN 781
NN B 23 26 55 +41 11.7 0.404 95 M3 : L 12.44 +1.61 +1.06 +1.28 0675 25 0675 25 11.59 a G190-027 USN 780 sep 17" 215d
GJ 1284 23 27 35 -20 39.8 0.355 121 M2 Ve U 11.16 +1.51 +1.03 +1.10 092 25 r 11.0 e G273-059 U610
NN 23 27 45 +31 25.9 0.235 123.0 - 14.6 K0 8.31 +0.93 +0.58 039 05 r 6.27 c - 11 - 27 - 13 221239 BD+30 4961 G128-067 LTT 16910
Gl 895.4 23 28 56 +58 53.3 1.108 84.3 - 24.3 K0 V 6.74 +0.83 +0.51 +0.28 0561 043 0561 043 5.48 b - 75 - 59 - 19 221354 BD+58 26050 G217-011 544 LTT 16916
Wo 9829 s 23 28 56 -04 21.6 0.259 137.1 - 13.1 F8 V 6.49 +0.54 -0.01 0429 065 039 04 s 4.45 c - 9 - 33 - 4 221356 BD-04 5896 LTT 9578 Viln 82 no 70
Gl 896 A 23 29 20 +19 39.7 0.560 091.7 + 1.1 dM4 e W 10.38 +1.54 +1.08 +1.13 1519 037 1519 037 11.29 a - 15 - 6 - 6 BD+19 51161 G068-024 3965 V080 EQ Peg
Gl 896 B 23 29 20 +19 39.7 0.560 091.7 - 1.2 dM6 e W 12.4 * +1.65 +1.12 +1.62 1519 037 1519 037 13.3 * a - 15 - 8 - 5 BD+19 51162 3966
NN 23 30 08 -77 39.7 0.018 74.9 + 26.0 G2 V 5.81 +0.68 +0.31 072 12 r 5.10 d + 12 - 16 - 17 221420 CP-78 14730 BS 8935
Gl 897 A 23 30 09 -17 01.5 0.400 126 - 1.9 M3.5 J K 10.95 +1.51 J+0.95 J+1.03 J 0775 090 0775 090 10.40 c - 11 - 21 - 7 BD-17 67682 G273-067 V(AB) = 10.42 d(m) = 0.5 , triple with Gl 898 sep 336" 353d
Gl 897 B 23 30 09 -17 01.5 0.400 126 11.4 * 0775 090 0775 090 10.8 * c BD-17 67683 sep 0.5" 358d - 0.2" 345d (1934-1962)
Gl 898 23 30 12 -17 07.1 0.390 126.8 + 0.5 K5/M0 V 8.60 +1.28 +1.22 +0.53 0775 090 0775 090 8.05 c - 10 - 20 - 9 221503 BD-17 67690 G273-068 V864 SpT: dK5e Wilson
Wo 9830 s 23 30 57 +42 34.1 0.305 52.9 + 6.1 G0 7.14 +0.58 +0.04 0410 102 031 04 s 4.60 c - 45 - 4 + 13 221613 BD+42 4700 G171-003 LTT 16929
Gl 899 23 31 33 -00 05.1 1.388 227.8 + 20 M4 W 11.17 +1.45 +1.08 +0.98 0709 122 0709 122 10.42 d + 91 - 9 - 25 G029-043 545 Wolf 1039
Gl 900 23 32 26 +01 19.7 0.347 82.0 - 10.9 dM0.5 W 9.56 +1.35 +1.20 +0.64 0584 108 0584 108 8.39 d - 27 - 14 + 3 BD+00 50170 G029-047 V081 X-ray src: Fleming et al. 1988
NN 23 32 34 +24 58.2 0.208 16 M3 K 12.92 +1.09 044 08 r 11.14 d LTT 16939 Ross 298
GJ 1286 23 32 34 -02 39.3 1.157 137.4 M5 14.69 +1.96 +1.65 1386 035 1386 035 15.40 a G157-077 546
Gl 900.1 s 23 32 52 -47 13.1 0.349 145.9 - 5.0 G8 V 8.54 +0.79 +0.35: +0.27 0456 153 026 04 r 5.61 d - 17 - 61 + 10 221818 CD-47 146280
NN 23 32 56 +29 47.4 0.348 217 m 13.21 +1.14 047 09 r 11.57 d G128-082 LTT 16945 L 1440-32 LP 346-49
NN 23 32 57 +30 53.3 0.334 213.1 - 17.9 K0 K 7.91 +0.84 +0.50 040 06 r 5.92 d + 37 - 19 - 12 221851 BD+30 4983 G128-083 LTT 16944
NN 23 33 00 -16 34.3 0.152 151 DA 13.34 +0.13 -0.57 045 07 w 11.61 d W GD 1192 BPM 82958
NN s 23 33 07 +05 54.3 0.628 062.8 m 16.10 +1.78 0422 032 0422 032 14.23 b 3978 LP 583-11
NN p 23 33 14 +41 41.3 0.714 77.2 M0 K 11.20 +1.43: +1.26 +0.82t 0354 136 044 10 r 9.42 d G171-005 3980 LTT 16947 LFT 1807
NN A 23 33 37 -48 51.9 0.142 259.9 M0 S 10.09 +1.37 +0.64t 051 07 r 8.63 c CP-49 117591 CD-49:14193 CFS 20397 Sm 139 BPM 45047
NN B 23 33 37 -48 51.9 0.127 272 12.37 +1.44 +1.09t 051 07 r 10.91 c CP-49 117592 BPM 45048 sep 25" 150d Reid MN 201, 51 (1982)
NN 23 33 59 +55 13.2 0.479 101.1 M1 K 11.70 +1.46 +1.19 +0.87 041 08 r 9.76 d G217-013 6 LTT 16952 Ross 303
NN 23 34 08 -36 45.5 1.155 87.9 M4 K 13.72 +1.62 +1.36 +1.36 081 16 r 13.26 d 547 LFT 1809 LTT 9624 L 504-27 LP 986-92
Gl 901 s 23 34 14 +00 53.4 1.205 094.9 + 44 M3.5: K 13.08 +1.56: +1.13: +0.91 0459 233 026 07 r 10.2 e -181 - 75 -108 G029-053 548 Wolf 1040
Wo 9832 23 35 06 +46 11.2 0.446 159.0 + 6.8 SB G8 III-IV 3.82v +1.01 +0.69 0481 074 0481 074 2.23v d - 1 - 5 - 44 222107 BD+45 4283 LTT 16964
NN q 23 35 30 +45 55.4 0.339 91.5 - 0.6 G5 6.58 +0.66 +0.16 0289 136 048 06 r 4.99 c - 29 - 14 - 10 222143 BD+45 4288 G171-007 LTT 16967 BS 8964
NN 23 35 33 -16 30.8 0.279 257 M2 s 11.34 +1.57 +0.96 067 13 r 10.47 d BD-17 6785 G273-093 LTT 9634 L 792-25
NN 23 35 37 -41 47.6 0.282 131 M3 S 11.93 +1.46 +0.98t 050 11 r 10.42 d CD-42 164130 LTT 9635 Sm 142
NN 23 36 14 +38 53.2 0.579 204.4 m 13.58 +1.16 042 08 r 11.70 d G171-008 3991 V-R = 1.36 Weis
NN 23 36 16 -07 58.1 0.05 :140 DA 13.26 +0.18 -0.47 063 11 w 12.26 d W GD 1212
NN A 23 36 23 +20 44.6 0.329 58 m 14.24 +1.23 041 08 r 12.30 d G068-034
NN B 23 36 24 +20 44.5 0.329 58 g 17.9 P 041 08 r 16.0 P d LP 463-28 sep 10" 108d (NLTT)
Gl 902 23 36 41 -72 59.3 0.749 169.1 + 71.7 K3 V 7.07 +0.99 +0.84 +0.39 1074 105 1074 105 7.23 c + 32 - 66 - 29 222237 CP-73 22990 3994
GJ 2157 23 37 12 +58 41.6 0.037 27.5 - 43.0 K0 V O 7.45 +0.86 053 07 r 6.07 c + 15 - 40 + 4 222366 BD+58 2627 AG+58: 157
Gl 902.1 23 37 13 -33 01.0 0.329 156.6 - 8.0 K1 V 7.19 +0.81 +0.42 +0.28 0410 222 053 08 r 5.81 d - 2 - 30 + 6 222335 CD-33 166460
Gl 903 23 37 17 +77 21.2 0.171 337.4 - 43.1 K1 IVe 3.21 +1.03 +0.94 +0.34 0665 056 0665 056 2.32 b + 23 - 39 + 0 222404 BD+76 9280 GAM Cep
Gl 904 23 37 23 +05 21.3 0.573 139.0 + 5.5 SB? F7 V 4.13 +0.51 -0.00 +0.19 0725 056 0725 056 3.43 b - 8 - 26 - 26 222368 BD+04 50351 3995 IOT Psc
NN 23 37 44 +60 24.9 0.240 162 M2 L 11.41 +1.57 +1.20 +0.89 054 10 r 10.07 d G241-062
Gl 904.1A 23 38 19 +20 05.3 0.231 73.4 - 18.6 K2 H 8.32 +1.11 J+1.08 J 0450 170 056 10 r 7.06 d - 16 - 19 + 11 222474 BD+19 5135 G068-035 ADS 16923 V(AB) = 8.27 d(m) = 3.4
Gl 904.1B 23 38 19 +20 05.3 0.231 73.4 11.7 * 0450 170 056 10 r 10.4 * d BD+19 51354 sep 0.9" 184d - 0.7" 236d (1888-1954)
Gl 905 23 39 26 +43 55.2 1.617 177.0 - 77.7 dM6 e W 12.29 +1.90 +1.48 +1.55 3156 016 3156 016 14.79 a + 33 - 74 + 0 G171-010 549 Ross 248
Wo 9835 23 39 38 -02 50.9 0.422 210 + 25 dM0 W 10.32 +1.38 +0.62 043 08 r 8.49 d + 41 - 9 - 32 BD- 3 5691 G157-092 V345 LTT 9665
Wo 9836 A 23 40 08 -14 49.3 0.116 122.6 - 2.1 SB B9 V 4.48 -0.04 -0.12 0397 102 0397 102 2.5 e - 7 - 12 - 3 222661 BD-15 6476
Wo 9836 B 23 40 08 -14 49.3 0.116 122.6 11 * 0397 102 0397 102 9 * e
GJ 1288 23 40 23 +30 32.9 0.438 231.4 m 14.36 +1.77 +1.38 0819 026 0819 026 13.93 a G130-003 6
GJ 1289 23 40 33 +36 15.7 0.936 098.3 - 6 k 12.57 +1.60 +1.64 +1.29 1230 029 1230 029 13.02 a - 28 - 21 - 11 G130-004 4003
Gl 905.2A 23 41 23 +32 19.0 0.233 256 - 24.3 dM5 11.67 +1.56 +1.18 +1.09 0556 017 0556 017 10.40 a + 25 - 14 + 12 G130-006 AC+32:86422
Gl 905.2B 23 41 21 +32 16.2 0.233 256 + 17 DA4 12.90 +0.15 -0.61 0556 017 0556 017 11.63 a + 26 - 17 + 14 G130-005 W162 LTT 16991 LP 347-415 L 1512-34B AC+32 86401 PG
NN q 23 41 32 +64 27.8 0.548 81.7 M1.5 K 11.30 +1.40 +1.12 0225 090 049 11 r 9.75 d G241-068 4006 LTT 16992 LFT 1821 Ross 676 AC+64:8806
GJ 1290 23 41 48 +21 19.3 0.428 79 m 13.30 +1.59 +1.20 0451 040 0451 040 11.57 b G068-037
NN 23 42 58 -16 26.5 0.684 215.3 m 14.5 * +1.55 111 19 r 14.7 * d G273-130 4009 LP 823-4
Gl 906 23 43 18 +35 58.6 0.300 79 - 21.8 dM0 W 9.90 +1.35 +1.20 +0.58 0555 119 0555 119 8.62 d - 18 - 28 + 7 G130-009 V347 AC+36:64438
NN 23 43 52 -50 59.5 0.502 203.7 m 14.6 * +1.32 050 08 r 13.1 * d 4012 LFT 1824 LTT 9699 L 288-117
Gl 907 23 45 31 +48 44.2 0.652 83.5 + 27 M1.5 K 12.07 +1.66 +1.34 0656 097 0656 097 11.15 d - 53 + 5 - 12 G171-019 4015 Ross 249
Gl 907.1AB 23 45 50 -13 15.9 0.188 88 - 3.4 dM0 W 9.86 +1.26 J+1.13 J+0.62 J 044 08 r 8.08 d - 18 - 9 - 2 BD-13 6464 G273-141 V212 RST 4134 sep 1.5" d(m) = 1.5 , V(AB) = 9.62
NN 23 46 02 -27 56.1 0.593 244.0 M3.5: K 12.4 * +1.06 053 11 r 11.0 * d G275-106 4016 LFT 1827 LTT 9718 L 649-24 LP 935-18
Gl 908 23 46 36 +02 08.2 1.370 133.4 - 71.3 M2 Ve 8.98 +1.48 +1.09 +0.85 1779 056 1779 056 10.23 a - 9 - 68 + 41 BD+01 47740 G029-068 550 V082
NN 23 46 42 +09 49.3 0.345 172 dM4 : 13.57 +1.19 047 09 r 11.93 d G029-069 LTT 17016 Rob 379
NN 23 47 04 +08 04.8 M1 s 11.39 +1.45 +1.14 +0.80 040 07 r 9.40 d Steph 2166
NN 23 47 23 +29 17.8 0.531 190.8 DA9 15.72 +0.58 -0.24 0470 041 0470 041 14.08 b G130-015 4019 W506
NN s 23 47 31 +02 35.8 0.501 67.6 - 26.8 G7 V 8.36 +0.74 +0.35 +0.24 0391 093 025 04 r 5.35 d - 93 - 26 + 20 223498 BD+02 4723 G029-072 4020 LTT 17022
GJ 1291 AB 23 47 39 -29 40.8 0.192 83.4 K1 V 7.94 +0.84 +0.43 +0.30 040 06 r 5.95 d 223515 CD-30 197020 G275-113 U619 BPM 68764 comp in 2.5", d(m) = 7
Gl 908.1 23 47 55 +30 04.5 0.260 87.1 - 3.1 dK8 M 9.34 +1.26 +1.19 +0.49 0428 083 048 06 r 7.75 c - 22 - 13 - 3 BD+29 50070 G130-016 V868
NN 23 47 55 -09 49.9 0.756 124.0 m 13.45 +1.26 066 12 r 12.55 d G273-147 4021 LP 763-12
NN 23 48 01 +09 40.0 0.668 60.9 M1 L 11.50 +1.45 +1.13 +1.07 077 16 r 10.93 d G029-073 4022 LTT 17025
NN 23 48 23 +38 13.1 0.236 204 m 14.18 +1.25 045 08 r 12.45 d LP 291-24
NN 23 49 12 +06 41.8 0.297 189 m 12.73 +1.12 054 11 r 11.39 d G030-026 LTT 17035
Wo 9843 s 23 49 32 +77 19.4 0.278 107.9 + 0.8 F5 V 6.56 +0.43 -0.12 0408 136 024 03 s 3.46 c - 45 - 16 - 28 223731 BD+76 934 LTT 17037
NN 23 49 48 -14 57.9 0.523 120.1 m 15.5 * +1.45 052 08 r 14.1 * d G273-151 4032 LP 823-8
Gl 909 A 23 49 57 +75 15.9 0.309 79.6 + 1.7 SB K3 V 6.40 +0.98 +0.71 +0.38 0965 029 0965 029 6.32 a - 14 - 6 + 0 223778 BD+74 10471 G242-042
Gl 909 B 23 49 57 +75 15.9 0.309 79.6 M2 K 11.7 * 0965 029 0965 029 11.6 * a BD+74 10472
Gl 909.1 s 23 50 05 -06 16.3 0.460 92 - 28.8 K4 K 9.53 +1.08 +1.02 +0.53C 0451 136 031 06 r 6.99 d - 61 - 44 + 9 223782 BD-06 63080 G031-012
Gl 910 23 50 36 +28 44.4 0.15 290 + 1.3 dM0 e M 9.74 +1.39 +1.25 +0.59 0604 153 052 08 r 8.32 d + 9 + 8 + 6 BD+28 46600 V213
NN 23 51 28 -41 49.4 0.536 112.3 M4 K 13.3 * +1.07 039 10 r 11.3 * e 4038 LFT 1834 LTT 9766 L 433-62
NN 23 51 38 +51 24.4 0.260 76 m 13.52 +1.17 045 09 r 11.79 d G217-023
NN 23 51 54 +07 53.0 0.297 261 M3: K 13.01 +1.50 +1.10 043 09 r 11.18 d G030-028 LTT 17044 LP 583-82 LE 31 Rob 382
Gl 911 23 52 12 -22 03.3 0.132 344.8 + 18 dM0.5 W 10.87 +1.47 +1.22 +0.72 0397 079 0397 079 8.86 d - 1 + 19 - 15 BD-22 62190 V348
NN p 23 52 29 +28 21.3 0.578 86.3 - 18.1 SB K1 V 7.38 +1.01 +0.66 +0.48 0340 086 0340 086 5.0 e - 68 - 47 - 3 224085 BD+27 4642 G130-024 4044 LTT 17045 LFT 1838
NN 23 52 50 -04 15.8 0.520 88.2 m 13.95 +1.19 040 08 r 11.96 d G031-015 4046
Gl 912 23 53 07 -06 24.9 0.580 232.4 M2 K 11.15 +1.48 +1.14 +0.98 0623 189 069 16 r 10.3 e BD-06 63180 G031-017 4047
NN 23 53 35 -39 19.7 0.285 131.1 K3 V 8.21 +0.96 047 06 r 6.57 c 224228 CD-39 152000 G267-001 LTT 9795
NN A 23 54 46 -13 15.5 0.193 84 M4 s 12.93 +1.23 056 08 r 11.67 d G273-186 LP 704-15
NN B 23 54 45 -13 15.4 0.193 84 M4 s 12.98 +1.11 056 08 r 11.72 d G273-185 LP 704-14 sep 20" 294d
GJ 1292 23 55 07 +23 02.4 1.460 135.0 k-m 11.72 +1.54 +1.05 +1.14 0721 026 0721 026 11.01 a G129-047 551
NN 23 55 11 +19 29.9 0.486 164.0 m 13.01 +1.16 055 11 r 11.71 d G129-048 5411
NN 23 55 18 +38 21.2 0.237 225 m 12.64 +1.13 059 12 r 11.49 d LP 291-34
NN 23 55 34 +50 10.0 0.251 347.4 - 3.2 dG2 6.64 +0.66 +0.19 047 06 r 5.00 c - 1 + 2 + 25 224465 BD+49 4291 LTT 17065
NN 23 55 59 +07 23.1 0.367 166.3 M3 K 11.74 +1.51 +1.18 +1.10 0566 29 0566 29 10.50 b G030-033 LTT 17066 USNO 785
Gl 913 23 56 07 +46 27.0 0.642 90.3 + 3.6 dM0.5 W 9.62 +1.44 +1.19 +0.74 0600 080 0600 080 8.51 c - 46 - 19 - 11 BD+45 43780 G171-029 4054 V214
NN ABs 23 56 56 +33 26.8 0.107 211.8 - 7.6 F8 V 6.47 +0.55 J-0.06 J 0421 076 036 04 r 4.25 c + 13 - 7 - 5 224635 BD+32 4747 BS 9074 ADS 17149 V(AB) = 5.81 d(m) = 0.2 ; sep 1.5"
NN 23 57 12 +47 29.2 0.893 103.7 m 16.10 +1.87 0598 082 0598 082 14.98 c 4057 USNO 786 LP 149-14
NN 23 57 12 -44 21.0 0.276 356 M7 S 12.82 +1.64 +1.11t 054 12 r 11.48 d LTT 9828 LP 988-175 L 433-153 BPM 45308 Sm 148
NN 23 57 14 -34 22.9 0.952 131.1 M4 K 12.8 * +1.22 078 14 r 12.3 * d G267-011 4058 LFT 1844 LTT 9829 L 577-87 LP 936-49
GJ 1293 23 58 51 -17 13.4 0.359 132.8 + 8 dM1.5 W 10.80 +1.40 +0.66 039 08 r 8.76 d - 13 - 38 - 19 BD-17 6862 G266-026 V350
NN 23 59 21 -37 30.5 0.050 209.5 K1 III 7.06 +1.06 +0.90 0455 443 0455 443 5.4 f 224936 CD-37 154690
Wo 9848 x 23 59 22 +25 44.0 0.696 206.1 K3 K 11.30 +0.94 +0.52 +0.38 0408 188 0408 188 9.4 f G130-036 1004 LTT 17087 LFT 1847 Ross 679 AC+26:41
Gl 914 A 23 59 33 +26 49.0 1.305 139.7 - 37.6 SB G3 V 5.81 +0.67 J+0.05 J+0.31 J 0796 032 0796 032 5.31 a - 10 - 78 - 36 224930 BD+26 47344 101 BS 9088 ADS 17175 V(AB) = 5.75 d(m) = 3.20
Gl 914 B 23 59 33 +26 49.0 1.305 139.7 K6 V 9.0 * 0796 032 0796 032 8.5 * b BD+26 47345 a = 0.83" P = 26.27 yr
Gl 915 23 59 34 -43 26.1 0.915 137.7 DA5 13.05 +0.07 -0.87 +0.16 1282 064 1282 064 13.59 b 1005 W165 LTT 9857 LP 988-88 L 362-081 BPM 45338
GJ 1294 A 23 59 34 -68 33.4 0.287 134.7 M0 V U 9.66 +1.39 J+1.18 J+0.68 J 060 12 r 8.55 d 224953 CD-68 23730 U623 LTT 9859 L 86-80 CP-68:3594 V(AB) = 9.30 d(m) = 1.0
GJ 1294 B 23 59 34 -68 33.4 0.34 140 10.6 * 060 12 r 9.5 * d sep 1.5" 95d - 3.7" 120d (1912-1955)
==============================================================================
Preliminary Version of the Third Catalogue of Nearby Stars
Wilhelm Gliese and Hartmut Jahreiss
Astronomisches Rechen-Institut Heidelberg, Germany
The present version of the CNS3 contains all known stars within 25 parsecs
of the Sun. It depends mainly on a preliminary version (Spring 1989) of the
new General Catalogue of Trigonometric Parallaxes (YPC) prepared by Dr.
William F. van Altena (Yale University).
The catalogue contains every star with trigonometric parallax greater than or
equal to 0.0390 arcsec, even though it may be evident from photometry or for
other reasons that the star has a larger distance. For red dwarf stars, new
color-magnitude calibrations for broad-band colors were carried out and
applied. For white dwarfs, the recipes of McCook and Sion in ApJS, 65, 603
(1987) were applied. Stroemgren photometry was used (not yet
systematically) for early-type stars and for late dwarfs, the latter
supplied by E. H. Olsen from Copenhagen Observatory (private communication).
Contrary to the CNS2 (Gliese 1969) trigonometric parallaxes and photometric
or spectroscopic parallaxes were not combined. The resulting parallax in the
present version is always the trigonometric parallax -- if the relative error
of the trigonometric parallax is smaller than 14 percent. The resulting
parallax is the photometric or spectroscopic parallax only if no trigonometric
parallax is available or if the standard error of the trigonometric parallax
is considerably larger.
Catalogue Description
Column
1 - 8 Identifier
col. 1,2 : Gl Gliese: CNS2, Veroeff. ARI Nr. 22 (1969)
GJ Gliese & Jahreiss, A&AS, 38, 423 (1979)
Wo Woolley et al., Roy. Obs. Ann. No. 5 (1970)
NN newly added stars (not yet numbered)
9 - 10 Components (A,B,C,... )
11 Reliability of the distance
s: trig. parallax > 0.0390 and phot. parallax < 0.0390
x: trig. parallax > 0.0390 and phot. parallax < 0.0190
p: trig. parallax < 0.0390 and phot. parallax > 0.0390
q: trig. parallax < 0.0390 and phot. parallax(:) > 0.0390
13 - 20 Right ascension (B1950.0)
22 - 29 Declination (B1950.0)
31 - 36 Total proper motion (arcseconds per year)
38 - 42 Direction angle of proper motion
44 - 49 Radial velocity (km/sec)
51 - 53 Remark -
var variable (?) radial velocity
SB? suspected spectroscopic binary
SB spectroscopic binary
55 - 66 Spectral type or color class
67 Selected sources -
K Kuiper Type (see ApJS, 59, 197, 1985)
L San-Gak Lee (AJ 89, 702, 1984)
O objective prism MK type (but not Michigan type)
R Robertson type (AJ, 89, 1229, 1984)
s Stephenson type (AJ, 91, 144, 1985 and
AJ, 92, 139, 1986)
S Smethells type (IAU Coll. No 76, p. 421, 1983)
U Upgren et al. (AJ, 77, 486, 1972)
W Mount Wilson type
68 - 73 Apparent magnitude
74 Code -
P photographic
* photometric
c calculated or transformed
v variable
: uncertain
75 J : joint magnitude
76 - 80 B-V color
81 Code -
* photographic
c calculated
: uncertain
82 J : joint color
83 - 87 U-B color
88 Code -
c calculated
C from 'Cape refractor system'
: uncertain
89 J : joint color
90 - 94 R-I color (Kron's system)
95 Code -
C in Cousins' system
t transformed from another system
: uncertain
96 J : joint color
97 - 101 Trigonometric parallax (F5.4)
102 - 105 Standard error of trig. parallax (F4.4)
107 - 111 Resulting parallax (F5.4)
112 - 115 Standard error of res. parallax (F4.4)
116 Code -
r parallax from spectral types and broad-band
colors
w photom. parallax for white dwarfs
s photom. parallax from Stroemgren photometry
o photom. parallax from Stroemgren photometry
calculated by E. H. Olsen
p photom. parallax from other colors
118 - 122 Absolute visual magnitude, M(V)
123 Code, copied from col. 74
124 Code, copied from col. 75
125 Quality of absolute magnitude
a s.e. < 0.10 mag
b 0.11 < s.e. < 0.20
c 0.21 < s.e. < 0.30
d 0.31 < s.e. < 0.50
e 0.51 < s.e. < 0.75
f 0.76 < s.e.
128 - 131 U space velocity component in the galactic plane and directed
to the galactic center
133 - 136 V space velocity component in the galactic plane and in the
direction of galactic rotation
138 - 141 W space velocity component perpendicular to the plane and in
the direction of the north galactic pole
143 - 148 HD number
150 - 161 Durchmusterung number
BD : Bonner Durchmusterung
CD : Cordoba Durchmusterung
CP : Cape Photographic Durchmusterung
163 - 171 Giclas number
173 - 177 LHS number
179 - 183 Number according to code in col. 179
V : Vyssotsky number
U : UGPMF number (see AJ, 77, 486, 1972)
W : white dwarf (EG or Gr number)
185 - 253 Additional identifications (LTT, LFT, Wolf, Ross, etc.)
and remarks
Description prepared by Hartmut Jahreiss, Astronomisches Rechen-Institut,
Moenchhofstrasse 12-14, D-6900 Heidelberg 1, GERMANY.
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Updated: 22 August 1998
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