V/70A Nearby Stars, Preliminary 3rd Version (Gliese+ 1991)

V/70A/catalog.dat The Catalogue (3803 records)

Name
---		Comp
---		DistRel
---		RA DE
hms dm		pm (u)
arcsec/yr		pmPA
deg		RV (n)
km/s		Sp (r)
---		Vmag (r) (n)
mag		B-V (r) (n)
mag		U-B (r) (n)
mag		R-I (r) (n)
mag		trplx (e)
mas		plx (e) (n)
mas		Mv (n) (q)
mag		U
km/s		V
km/s		W
km/s		HD
---		DM
---		Giclas
---		LHS
---		OtherName
---		Remarks
---
Sun G2 V -26.72 +0.65 +0.10 4.85 a 0 0 0 Sun
NN 3001 00 00 06- 34 29.7 0.758 168.6 DC9 14.90 +0.46 -0.44 075.2 07.0 075.2 07.0 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 +1.23 104.2 13.8 104.2 13.8 12.93 c -1 -73 +12 102 LTT 20
NN 3002 q00 02 16+ 34 22.8 0.776 83.0 +6.4 VAR G2 V 6.11 +0.62 +0.09 029.8 10.7 049. 04. s 4.56 b -70 -26 -8225239BD+33 4828 1013 LTT 10009 LFT 4
NN 3003 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 225261BD+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 +0.92 221.8 07.7 221.8 07.7 10.27 a -78-101 -35225213CD-37 15492 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 +0.85 087.0 03.8 087.0 03.8 9.63 a -39 -23 -17 BD+44 4548 G171-039 1014 V216
NN 3004 00 02 43+ 48 12.0 0.009 305.5 G5 8.30 051. 05. o 6.84 c 15BD+47 4377
Gl 3 00 02 48- 68 06.2 0.582 190.7 +41.0 K5 V 8.48 +1.06 +1.03 +0.42 072.5 18.2 053. 08. r 7.10 d +39 -54 +3 55CP-68 3597 1015 U001
NN 3005 00 02 54- 50 20.0 0.167 276. M5 S 11.95 +1.50 +0.95 t 047. 10. r10.31 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 087.0 03.8 087.0 03.8 8.67 a -36 -22 -17 38BD+45 4408 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 +1.20 087.0 03.8 087.0 03.8 8.72 a -40 -23 -15 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 6.43 c +0.64 c +0.11 c 046.5 05.8 046.5 05.8 4.77 c c -18 -22 +2 123BD+57 2865 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 7.20 c +0.78 c +0.33 c 046.5 05.8 046.5 05.8 5.54 c c -16 -26 +3 a = 1.432" P = 106.83 yr
NN 3006 00 03 40- 66 07.5 0.593 160.6 M4 S 12.16 +1.55 +1.04 055. 11. r10.86 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 +0.17 048.3 08.2 048.3 08.2 4.13 d -48 -31 -11 142CD-49 14337 1020
Gl 4.2B 00 03 44- 49 21.2 0.592 93.9 11.5 * 048.3 08.2 048.3 08.2 9.9 * d 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 +0.33 070.2 09.0 070.2 09.0 5.37 c -17 -21 -11 166BD+28 4704
GJ 1002 00 04 13- 07 47.5 2.041 203.6 -42. M5-5.5 13.75 +1.98 +1.60 : +1.63 212.8 03.3 212.8 03.3 15.39 a +37 -41 +28 G158-027 2
GJ 1003 s00 04 46+ 28 58.8 1.890 127.2 m 14.18 +1.49 +1.40 +1.14 053.5 02.7 053.5 02.7 12.82 b G130-043 103
Wo 9003 s00 04 58- 24 05.9 0.348 77.5 -46.0 K0 V 8.70 +0.80 +0.35 039.2 13.6 026. 04. r 5.77 d -66 -23 +36 283CD-24 8 G266-048 LTT 47
NN 3007 s00 05 26+ 07 44.0 0.546 222.4 M3.5 K 13.07 +1.52 +1.04 044.0 09.4 044.0 09.4 11.29 d G030-045 1022 LTT 10037 LP 524-65 L 1082-25
NN 3008 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 3009 00 05 54- 57 22.0 0.368 264. M4 S 12.07 +1.54 +1.13 t 074. 16. r11.42 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 : 046.2 06.8 046.2 06.8 4.53 d +20 -11 -3 400BD+35 8
NN 3010 00 06 20+ 20 33.9 0.244 194. m 13.54 +1.36 094. 14. r13.41 d G131-026 LTT 10045
Gl 7 s00 06 29- 27 24.1 0.683 083.7 m 11.72 +1.50 +1.15 +0.72 056.3 26.4 029. 05. r 9.03 d CD-27 16 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 +0.11 069.2 07.0 069.2 07.0 1.47 c -34 -6 -18 432BD+58 3 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 +0.46 C 064.5 15.3 064.5 15.3 2.9 e -5 -13 +11 496CD-46 18 EPS Phe
NN 3011 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 3012 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 +0.29 C 065.8 13.6 062. 08. r 3.85 c +16 -10 -17 693BD-16 17 Viln 82 no 157
Gl 10.1 s00 09 03- 59 11.3 0.290 90.2 -4.6 G4 V 8.35 +0.62 +0.13 +0.32 C 049.6 15.3 020. 04. r 4.86 d -61 -31 -7 741CP-59 8
NN 3013 q00 09 12- 35 24.8 0.211 54.2 -13.5 F4 V 5.25 +0.44 032.2 11.9 044. 06. r 3.47 c -25 +4 +9 739CD-35 42 LTT 79
GJ 1004 00 09 40+ 50 09.2 0.718 216.0 DA8 14.36 +0.42 -0.42 090.7 03.7 090.7 03.7 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 049.6 03.8 049.6 03.8 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 * 049.6 03.8 049.6 03.8 11.9 * b sep 0.7" 319d (NLTT)
NN 3014 A 00 10 40+ 80 23.2 0.294 56. M1.5 K 11.12 +1.50 +1.21 +0.92 061. 13. r10.05 d G242-048 V354 LTT 17095 AC+80:7
NN 3015 B 00 10 48+ 80 23.1 0.294 56. m 17.4 P 061. 13. r16.3 P d G242-048 V354BLP 12-304 sep 12.5" 127d (NLTT) d(R) = 4.2, d(pg) = 4.3
NN 3016 00 11 42- 13 27.1 0.911 217.7 DC8 15.90 +0.58 -0.27 050.8 07.8 050.8 07.8 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 188.7 08.4 188.7 08.4 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 3017 00 13 06- 30 02.7 0.13 135. dM3.4 14.31 +1.57 +0.82 +1.33 056. 11. r13.05 d GR 4
Gl 12 00 13 12+ 13 16.4 0.695 62.7 dM3.5 K 12.58 +1.66 +1.33 +1.12 086.3 06.8 086.3 06.8 12.26 b G030-055 1050 LP 462-42 L 1154-029
NN 3018 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 3019 B 00 13 17- 68 16.0 0.628 103.8 m 12.5 * +1.04 050. 06. r11.0 * c 1049 LFT 25 LTT 119 L 86-67 sep 48" 288d
NN 3020 00 13 33- 48 32.1 0.238 198. M5 S 11.54 +1.46 +1.01 t 064. 14. r10.57 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 : +1.25 065.5 01.6 065.5 01.6 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 : +1.26 065.5 01.6 065.5 01.6 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 043.3 10.2 043.3 10.2 13.0 P e LTT 10091 MW 412-30
NN 3021 00 13 56- 80 07.7 0.46 99. G6 V 6.60 052. 12. r 5.2 e 1237CP-80 7 LTT 127 CD-80:9
NN 3022 00 14 21+ 19 47.2 0.244 84. m 13.77 +1.20 045. 08. r12.04 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 +1.30 056.6 04.5 056.6 04.5 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 +0.38 C 067.4 11.9 067.4 11.9 5.98 d -29 +4 +5 1273CP-53 42
Gl 14 00 14 26+ 40 40.2 0.562 79.7 +3.0 VAR dM0.5 W 9.00 +1.36 +1.18 +0.61 071.0 04.6 071.0 04.6 8.26 b -35 -13 +0 BD+40 45 G171-044 1053 V084
NN 3023 p00 14 41+ 28 54.0 0.791 57.5 M2 K 11.55 +0.90 031.5 24.1 051. 08. r10.09 d G130-061 1054 LTT 10100 LFT 29 Ross 680
NN 3024 00 14 54- 09 01.0 0.388 107. M0 L 12.49 +1.57 +1.25 046.6 06.0 046.6 06.0 10.83 c G158-051 LTT 137 L 866-24 LP 704-74
NN 3025 p00 15 07- 08 57.7 0.270 86. dM0 M 11.00 +1.42 +1.20 +0.73 036.6 05.0 036.6 05.0 8.82 c BD- 9 40 G158-052 V355 LTT 141 L 866-22
NN 3026 00 15 22- 18 11.4 0.223 71. m 13.20 +1.58 +1.08 039. 08. r11.16 d G266-083 LTT 146 L 722-46 LP 764-92
Wo 9008 q00 15 25- 13 44.0 0.404 89.4 +28.2 G2 V 6.50 +0.59 +0.13 032.0 09.3 042. 07. r 4.62 d -40 -14 -33 1388BD-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 +0.88 289.5 04.9 289.5 04.9 10.39 a -48 -11 -4 1326BD+43 44 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 +1.24 289.5 04.9 289.5 04.9 13.37 a -47 -12 -3 G171-048 4 GQ And
Gl 16 p00 15 42+ 09 55.5 0.02 180. dM0 M 10.90 +1.50 +1.20 +0.89 035.9 06.0 035.9 06.0 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 +0.22 051.4 20.5 051.4 20.5 5.0 f -26 -33 +1 1461BD-08 38
NN 3027 00 16 16+ 27 32.3 0.402 105. m 13.86 +1.25 052. 09. r12.44 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 +0.22 139.0 10.1 139.0 10.1 4.94 b -60 -4 -38 1581CP-65 13 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 3028 00 17 48+ 32 49.3 1.362 129.2 -30. M6 g 16.05 +1.98 079.9 03.7 079.9 03.7 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 +0.76 049.7 06.7 049.7 06.7 8.88 c +27 -68 +20 CP-46 29 1061
NN 3029 00 19 15- 46 21.4 0.483 216.8 M3: K 12.29 +1.46 +1.11 t 059. 14. r11.1 e 5004a L 290-28 LTT 183 Sm 163 R-I = +1.42 Weistrop
NN 3030 00 19 16+ 48 56.0 0.220 98. m 12.84 +1.08 045. 09. r11.11 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. r10.35 d BPM 46239
NN 3031 00 19 37+ 42 20.3 0.321 213. DC9 16.50 +0.72 -0.16 042. 04. w14.62 c G171-052 W459
Gl 17.2 s00 19 52- 27 18.3 0.476 149.3 +0.4 K3 V 8.30 +0.90 +0.62 +0.32 047.6 11.4 039. 06. r 6.26 d -1 -58 -4 1815CD-27 101 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 +0.23 048.6 10.0 053. 08. r 5.00 d -33 -13 +0 1835BD-13 60 BS 88
GJ 1010 A 00 20 41+ 76 54.7 0.800 273.0 k-m 11.30 +1.49 +1.17 +0.89 063.7 05.3 063.7 05.3 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 : +1.21 063.7 05.3 063.7 05.3 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 1910CD-33 118 LTT 198
NN 3032 p00 20 50- 51 10.3 0.555 91.5 M4 S 11.88 +1.48 +1.00 015.1 17.0 055. 11. r10.58 d CD-51 89 1064 LTT 197 LFT 39
GJ 1011 00 20 52+ 24 01.5 0.259 298. k-m 14.27 +1.59 +1.22 +1.28 061.1 04.1 061.1 04.1 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 : +0.36 081.2 29.2 052. 08. r 6.50 d -57 -23 -10 2025CD-27 108 G266-107 1067
NN 3033 00 21 55+ 29 45.8 0.605 90.2 m 14.54 +1.67 +1.40 053.0 05.1 053.0 05.1 13.16 c G130-068 1068
GJ 2005 00 22 12- 27 26.0 0.614 354.9-220. M5.5 15.42 +1.78 132.8 9.1 132.8 9.1 16.04 b -29 +8+219 1070 pi(trig) in PASP 98,658 (86)
NN 3034 00 22 45+ 22 37.0 0.520 204.7 m 14.3 * +1.30 053. 09. r12.9 * 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 +0.23 155.4 09.3 155.4 09.3 3.76 b -51 -42 -29 2151CP-77 16 6 BET Hyi
Gl 20 00 23 45- 43 57.4 0.112 70.2 +11.3 A7 Vn 3.94 +0.17 +0.10 071.2 11.9 071.2 11.9 3.20 d -5 -4 -12 2262CD-44 101 KAP Phe
Gl 21 00 24 00+ 69 52.1 0.230 219. dM0 M 10.52 +1.49 +1.22 +0.82 054.4 06.1 054.4 06.1 9.20 c V357 AC+69:173
NN 3035 00 24 22+ 49 25.5 0.477 123.6 m 14.25 +1.28 047.1 03.1 047.1 03.1 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 +1.19 074.8 05.6 074.8 05.6 11.56 b +38 -12 -64 G031-053 1084
NN 3036 00 26 09+ 50 05.9 0.440 74. m 13.15 +1.26 076. 13. r12.55 d G172-001
GJ 1013 00 29 02- 06 07.9 1.098 163.1 m 12.75 +1.64 +1.20 +1.16 061.6 04.8 061.6 04.8 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 100.6 02.2 100.6 02.2 10.39 a -68 -44 -18 BD+66 34 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 * 100.6 02.2 100.6 02.2 12.4 * a 115 sep(AC-B) 4" d(K)(AC-B) = 1.35
NN 3037 00 29 34- 03 10.7 0.653 76.7 g-k 17.34 043.1 01.0 043.1 01.0 15.51 a 1093 LP 645-46
NN 3038 p00 29 56- 63 21.9 0.518 101.7 K7 S 9.61 +1.35 +0.63 034.3 04.9 034.3 04.9 7.29 d CP-63 51 1094 CD-63:9 LTT 288 LFT 49
NN 3039 00 30 00+ 07 13.0 0.186 111. m 12.70 +1.24 086. 16. r12.37 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 047.8 08.0 047.8 08.0 4.15 d -4 -9 -3 3003CP-63 52 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 * 047.8 08.0 047.8 08.0 4.4 * d sep 0.1" 143d
NN 3040 00 31 30+ 70 55.5 0.596 120.0 k-m 13.52 +1.65 +1.17 050.5 03.1 050.5 03.1 12.04 b G242-060 1101 LP 28-158
Wo 9016 s00 31 43+ 47 38.4 0.410 80.2 -10.5 F8 H 7.37 +0.54 +0.02 043.6 13.6 020. 03. s 3.88 d -80 -55 +12 3079BD+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 +0.26 C 049.0 15.3 049.0 15.3 4.0 e -11 -20 -34 3158CP-53 117
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+0.32 C J 061.4 03.8 061.4 03.8 4.59 b -28 -13 -13 3196BD-04 62 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 * 061.4 03.8 061.4 03.8 5.3 * b -28 -14 -11 sep 0.3"
GJ 1014 00 33 16+ 10 12.4 1.186 110.5 15.32 +1.89 +1.50 064.0 05.2 064.0 05.2 14.35 b G032-035 117
NN 3041 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 3302CD-48 121 CP-48: 51
NN 3042 00 33 26+ 45 14.5 0.298 242. M2 L 11.71 +1.54 +0.98 058. 11. r10.53 d G172-013
NN 3043 00 33 49+ 08 36.0 0.042 190.3 G5 7.87 046. 04. o 6.18 b 3335BD+08 80
Gl 24 A s00 34 14- 49 24.3 0.407 108.5 -3.0 SB G3 V 6.79 +0.64 +0.12 * +0.22 037.6 11.9 033. 04. r 4.38 c -39 -43 +7 3405CD-49 141
Gl 24 B s00 33 40- 49 24.1 0.410 109.4 +4.7 K0 V 8.37 +0.78 +0.43 * +0.26 077.4 11.9 033. 04. r 5.96 c -37 -46 +0 3359CD-49 138
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 072.1 08.7 072.1 08.7 5.52 c -77 -47 -24 3443CD-25 225 118 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 * 072.1 08.7 072.1 08.7 5.7 * c -77 -46 -30 sep 0.5"
GJ 2010 00 34 56- 21 10.1 0.316 229. DA7 14.53 +0.45 -0.57 062. 07. w13.49 c G266-141 W285
NN 3044 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 3045 00 35 48+ 51 11.4 0.270 277. m 12.60 +1.07 049. 10. r11.05 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 +1.00 079.5 02.2 079.5 02.2 10.56 a -80 -48 -2 G069-010 119 AC+31:719
NN 3046 00 36 40+ 60 16.9 0.294 211. m 12.83 +1.03 039. 08. r10.79 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 +0.28 095.1 06.0 095.1 06.0 5.74 b +38 -20 +9 3651BD+20 85 1116
Gl 27.1 p00 37 34- 44 31.5 0.546 115.5 M0.5 K 11.40 +1.49 +1.1 +0.83 031.1 16.0 043. 08. r 9.57 d CD-44 170 1122
Gl 27.2 00 38 02- 24 04.4 0.722 117.0 -50.4 G3 V 6.15 +0.71 +0.21 +0.26 040.1 07.3 040.1 07.3 4.17 d -44 -76 +45 3795CD-24 263 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 +0.31 058.5 09.6 058.5 09.6 6.20 d +19 -82 -26 3765BD+39 154 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 +0.18 056.7 08.2 056.7 08.2 4.67 d -78 -12 -25 3823CP-60 46 1123
NN 3047 00 38 16+ 31 06.8 0.319 188. m 13.83 +1.25 053. 10. r12.45 d G069-011
GJ 1015 A s00 38 28+ 55 33.6 0.313 104. m 14.02 +1.55 043.3 03.6 043.3 03.6 12.20 b G218-007
GJ 1015 B s00 38 29+ 55 33.7 0.313 104. DQ5 14.08 +0.02 -0.81 043.3 03.6 043.3 03.6 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 +0.29 100.8 11.4 100.8 11.4 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-34 239 G267-156 BPM 46556
GJ 1017 x00 39 45- 52 38.5 0.736 117.4 m 12.25 * +0.37 045.7 11.0 045.7 11.0 10.5 * e 1129
GJ 1018 00 39 53- 36 59.5 0.18 293. m 12.65 : +1.54 +1.11 054. 11. r11.31 : 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 +0.88 047.2 11.9 047.2 11.9 8.9 e -24 -10 +7 BD+34 106 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 +0.44 054.7 07.0 054.7 07.0 7.42 c +39 -29 -9 BD+33 99 G069-015 V361
GJ 1019 s00 40 56+ 28 11.1 1.062 187.0 m 14.52 +1.59 +0.79 +1.21 051.9 05.0 051.9 05.0 13.10 c G069-016 120
NN 3048 s00 41 02+ 23 36.9 0.213 149.9 dM0 M 10.97 +1.34 +1.10 +0.63 042.3 05.0 042.3 05.0 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 +0.88 054.5 08.5 054.5 08.5 0.72 d -19 -6 -13 4128BD-18 115 BET Cet
NN 3049 00 41 05- 41 33.6 0.744 222.5 M4 K 13.1 * +1.33 101. 16. r13.1 * d 1134 LFT 69 LTT 400 L 363-38 LP 989-140
NN 3050 q00 41 36+ 75 39.9 0.395 103.2 -8.4 G8 K 7.19 +0.75 +0.40 023.2 08.3 048. 08. r 5.60 d -29 -25 -12 4075BD+75 36 G242-067 LTT 10255
NN 3051 00 41 42+ 12 20.8 0.330 127. m 12.79 +1.49 +1.02 +1.15 055. 11. r11.49 d G032-044 LP 465-77 LTT 10259
NN 3052 00 41 42+ 08 51.2 0.809 91.5 m 13.8 * +1.35 081. 12. r13.3 * d G001-018 1137 LTT 10257
Wo 9024 s00 41 58- 26 47.5 0.345 62.4 +55.4 G5 V 7.79 +0.67 +0.17 039.8 18.8 028. 05. r 5.03 d -57 -3 -56 4208CD-27 223 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 +0.66 056.4 18.8 041. 08. r 8.84 d -42 +2 -25 BD-19 111 G268-037 V088
Gl 31.2B 00 42 05- 19 13.7 0.350 60. m 16.3 P 056.4 18.8 041. 08. r14.4 P d V088BLP 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 : +0.21 C 046.3 11.9 046.3 11.9 3.6 e +0 +12 -12 4247CD-22 239
NN 3053 00 42 29- 15 32.3 0.662 151.8 m 14.2 * +1.37 072. 11. r13.5 * 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 +0.35 043.2 13.6 051. 07. r 6.55 c +27 -32 -34 4256BD+01 131 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 +0.24 050.4 09.5 049. 08. r 4.99 d +49-107 -32 4308CP-66 53 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 4307BD-13 128 LTT 421 BS 203
NN 3054 00 43 12- 51 54. 0.094 124. M3 S 11.91 +1.48 +0.91 t 043. 09. r10.08 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 +0.49 081.4 09.8 081.4 09.8 7.96 c -17 -8 +26 4378CD-42 249
Gl 32 B 00 43 25- 42 10.9 0.262 114.1 -22.6 K7 V 9.06 +1.27 +1.18 +0.57 081.4 09.8 081.4 09.8 8.61 c -12 -8 +23
GJ 1021 00 43 25- 47 49.6 0.202 65.1 -11.4 G5 IV 5.80 +0.64 +1.70 C +0.22 048.1 18.8 048.1 18.8 4.2 f -22 +0 +7 4391CD-48 176 BS 209
NN 3055 00 44 27- 26 24.6 0.286 47. M3 : K 13.98 +1.64 +1.24 040. 19. r12.0 f G268-046 LTT 442 L 580-29 LP 826-59
NN 3056 00 44 40- 23 46.8 0.207 141. m 14.40 +1.32 054. 09. r13.06 d G268-047
Wo 9029 A x00 45 08- 37 12.5 0.393 207.4 -26. F7/8 V 7.85 +0.54 -0.03 +0.21 040.7 10.2 040.7 10.2 5.9 e +37 -19 +33 4597CD-37 273 G267-171 LTT 449
Wo 9029 B x00 45 07- 37 13.4 0.396 206. m 15.5 P 040.7 10.2 040.7 10.2 13.5 P e 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 +0.33 135.9 03.7 135.9 03.7 6.41 a -1 -47 -13 4628BD+04 123 121
Gl 34 A 00 46 03+ 57 33.1 1.213 114.9 +8.2 G3 V 3.45 +0.57 +0.02 +0.22 168.4 03.1 168.4 03.1 4.58 a -30 -11 -15 4614BD+57 150 123 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 +0.59 168.4 03.1 168.4 03.1 8.64 a -31 -9 -16 122
NN 3057 00 46 06+ 26 45.0 0.314 209. M4 12.38 +1.52 +1.20 043. 20. r10.5 f G069-024 LTT 17156
NN 3058 00 46 10+ 44 18.5 0.187 127. m 13.06 +1.16 054. 11. r11.72 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 +0.00 045.6 13.6 055. 05. s 3.77 b +6 -8 -15 4676BD+16 76
Gl 35 00 46 31+ 05 09.2 2.980 155.7 +54. DZ7 12.38 +0.55 +0.02 +0.16 230.9 02.1 230.9 02.1 14.20 a +2 -49 -38 G001-027 7 W005 van Maanen 2
NN 3059 00 46 43- 50 24.9 0.323 131. M2 S 10.75 +1.43 +0.75 t 048. 09. r 9.16 d CD-50 210 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 +0.29 062.5 09.0 062.5 09.0 6.14 d -38 -14 -5 4747CD-23 315 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. r10.47 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 +0.29 C 061.8 07.2 061.8 07.2 4.12 c +23 -2 -13 4813BD-11 153 PHI(2) Cet BS 235
NN 3060 A 00 47 52+ 24 32.7 0.220 102. m 12.7 +1.21 J 071. 14. r12.0 d LTT 10301 LP 350-20 V(AB) = 12.09 d(m) = 0.3 , V-R = 1.50 Weis
NN 3061 B 00 47 52+ 24 32.7 0.220 102. m 13.3 * 071. 14. r12.6 * d LP 350-19 sep 1" 315d d(R) = 0.3 d(pg) = 0.3 (NLTT)
NN 3062 s00 47 54- 27 42.6 0.166 65.8 A3 9.60 +0.89 +0.40 040.9 20.5 020. 03. r 6.11 d CD-28 258
Gl 38 00 48 23+ 58 01.5 1.549 075.9 -16.6 dM2 W 10.67 +1.39 +0.69 053.5 03.4 053.5 03.4 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 +0.49 046.1 13.3 048. 08. r 7.65 d +5 -13 -24 4913BD+17 112 G032-054 V001
GJ 2015 s00 48 56- 27 39.5 0.016 115.6 K0 10.41 +1.08 +0.92 064.9 20.5 021. 04. r 7.02 d CD-28 262
Gl 40 A 00 49 04- 23 10.8 0.681 114.1 +15.4 K5 V 8.96 : +1.29 +1.12 +0.55 069.2 07.5 069.2 07.5 8.16 : c -26 -38 -17 4967CD-23 332 G268-060 1159 V089
Gl 40 B 00 49 06- 23 10.7 0.678 113.5 m 17.3 P 069.2 07.5 069.2 07.5 16.5 P c 1160 V089BLP 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 +0.12 064.9 15.3 076. 12. r 4.22 d -8 +20 +11 5015BD+60 124
NN 3063 00 50 06- 41 31. 0.059 212. M3 S 11.92 +1.49 +0.90 t 042. 08. r10.04 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 +0.33 089.0 23.8 069. 11. r 6.36 d -38 -20 +7 5133CD-31 325 G269-049 1163
GJ 1023 A x00 51 05+ 68 46.6 0.094 253.9 G0 9.7 +0.55 +0.07 053.3 28.0 053.3 28.0 8.3 f 5109BD+68 58P ADS 737
GJ 1023 B x00 51 07+ 68 46.6 0.090 250.6 10.4 +0.64 +0.16 053.3 28.0 053.3 28.0 9.0 f BD+68 58S
Gl 42.1 s00 52 19+ 23 49.9 0.249 226.1 -8.6 G5 H 7.38 +0.65 +0.10 049.4 18.8 032. 04. r 4.91 c +35 -4 -15 5294BD+23 125
Gl 43 s00 53 10- 52 06.5 0.47 41. m 12.36 +1.51 +1.19 C 061.6 13.6 061.6 13.6 11.31 d L 220-80 Sm 178
NN 3064 00 53 20- 11 44.1 0.451 348. DA7 15.25 +0.35 -0.48 043. 07. w13.42 d G270-098 W LTT 524 L 796-10 LP 706-65
NN 3065 p00 53 23- 29 56.9 0.452 64.5 +9.5 K5 V 9.48 +1.18 +1.14 +0.47 020.8 20.5 040. 06. r 7.49 d -53 -8 -10 5425CD-30 277 G269-058 V219 CP-30:90 LTT 525 RGO 8349 Mich : K4 III ??
NN 3066 s00 53 42+ 68 46.6 0.749 107.3 -49.4 K4 V 9.10 +1.03 +0.88 +0.41 043.4 10.8 037. 05. r 6.94 c -51 -89 -32 5351BD+68 60 G242-073 1167 V363 LTT 10329
NN 3067 x00 53 54- 28 24.5 0.16 136. 10.96 +0.96 +0.72 +0.38 043.9 20.5 043.9 20.5 9.2 f CD-28 291 G269-061
GJ 1024 00 53 58+ 17 11.6 0.728 113.9 m 13.71 +1.64 +1.31 +1.26 057.4 04.5 057.4 04.5 12.50 b G032-059 1168
Gl 44 s00 54 48- 02 05.0 0.321 238.2 -47.8 K1 K 9.46 +0.86 +0.48 +0.43 C 070.0 10.2 070.0 10.2 8.69 d +33 -15 +38 BD-02 129 G070-024
Gl 45 00 55 10- 62 31.0 1.035 82.9 +11.0 K7 V 9.50 +1.30 +1.25 +0.54 059.9 08.2 059.9 08.2 8.39 c -69 -44 -13 5633CP-62 75 128 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 +1.19 071.7 14.5 071.7 14.5 11.05 d -60 -64 -40 CD-28 302 G269-063 129
GJ 2017 x00 57 26- 25 51.6 0.050 225.1 G0 9.87 * +0.50 * 057.9 20.5 057.9 20.5 8.7 * f CD-26 322
Gl 46.1 00 57 36+ 17 55.8 0.095 167.0 -36.7 G5 H 7.33 +1.07 +0.94 050.8 11.9 050.8 11.9 5.9 e +17 -27 +20 5857BD+17 135 probably no dwarf
NN 3068 00 57 38+ 66 40.8 0.270 257. m 13.28 +1.14 045. 09. r11.55 d LP 51-17
GJ 2018 s00 57 51- 25 53.0 0.426 95. K2 9.95 +1.11 +1.05 +0.41 055.9 20.5 027. 03. r 7.11 c CD-26 323 G268-090 LTT 565
GJ 2019 x00 58 12- 26 54.3 0.120 175.3 K0 10.11 +0.76 +0.28 049.9 20.5 049.9 20.5 8.6 f CD-27 323
Gl 47 00 58 13+ 61 06.5 0.840 158. +8.7 dM2.5e W 10.83 +1.57 +0.98 092.4 02.9 092.4 02.9 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. r12.21 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 +1.08 115.5 04.1 115.5 04.1 10.35 a -61 -38 -11 BD+70 68bG242-076 131 V364 AC+71:532
Wo 9035 x00 59 04+ 81 50.0 0.186 252.2 -50.7 dG2 8.45 +0.60 +0.02 040.2 11.9 040.2 11.9 6.5 e +42 -27 -24 5817BD+81 27
NN 3069 00 59 04+ 53 54.8 0.385 250. m 15.12 +1.84 066. 25. r14.2 f G218-020
GJ 2020 x00 59 24- 26 09.3 0.088 183.5 F0 V 9.75 +0.33 +0.01 084.9 20.5 084.9 20.5 9.4 e 6088CD-26 334
Gl 49 00 59 27+ 62 04.5 0.686 84.3 -5.6 SB? K5 V 9.56 +1.50 +1.18 +0.89 112.6 10.0 112.6 10.0 9.82 b -21 -21 +4 BD+61 195 G243-052 1179 V002 LFT 94 Wolf 46
Gl 50 s00 59 27- 10 08.9 0.566 202.2 -0.4 K5 V 10.50 +1.25 +1.12 +0.54 042.6 11.5 029. 05. r 7.81 d +74 -49 -26 BD-10 216 G270-118 5019 U014
NN 3070 x00 59 29- 26 01.9 0.13 38. 11.84 +1.23 +0.53 041.9 20.5 041.9 20.5 10.0 f RGO 2913
NN 3071 q00 59 48+ 04 47.4 0.386 54.7 +19.7 K0 K 8.20 +1.00 +0.86 020.9 12.1 043. 08. r 6.37 d -46 +6 -2 6101BD+ 4 158 G001-043 LTT 10369
NN 3072 p00 59 54- 10 41.0 0.131 357. -20.0 K7 V U 10.04 +1.35 +1.22 +0.64 019.5 15.3 049. 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 +1.51 110.9 08.5 110.9 08.5 13.88 b G243-055 1183 Wolf 47 cpm with Gl 49 ?
NN 3073 01 00 28+ 31 24.9 0.269 85. m 13.64 +1.18 044. 09. r11.86 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 058.5 06.6 058.5 06.6 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 * 058.5 06.6 058.5 06.6 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 -0.57 046.8 03.8 046.8 03.8 12.31 b -42 +6 +1 G001-045 W 7
Wo 9036 s01 01 59- 25 52.1 0.338 185.7 +2.8 K5 V 9.80 +1.19 +1.14 +0.48 040.7 09.1 035. 05. r 7.52 d +29 -35 -4 6378CD-26 348 G268-109 V220 LTT 606
GJ 1028 01 02 21- 18 23.9 1.342 071.5 m 14.46 +1.87 +1.50 100.0 05.0 100.0 05.0 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 +0.22 042.1 09.0 042.1 09.0 5.84 d +50 -42 -10 6434CD-40 239 1188 LTT 610
GJ 1029 01 02 47+ 28 13.6 1.906 095.0 m 14.80 +1.89 +1.44 +1.53 079.6 03.6 079.6 03.6 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 +0.56 067.2 03.4 067.2 03.4 8.12 b -90 -59 +30 BD+63 137 G243-060 136 V365
GJ 1030 01 04 03+ 15 00.5 0.320 199. k-m 11.43 +1.47 +1.23 +0.93 063.4 06.0 063.4 06.0 10.44 c G033-036
Gl 52.1 s01 04 35- 51 15.5 0.497 88.6 +8.7 K1 V 8.85 +0.94 +0.69 : +0.34 047.0 08.5 047.0 08.5 7.21 d -40 -31 -5 6673CD-51 273 1193
NN 3074 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-33 408 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 +0.28 134.5 02.9 134.5 02.9 5.81 a -41-156 -34 6582BD+54 223 8 MU Cas LTT 10400
Gl 53 B 01 04 56+ 54 40.5 3.770 114.7 11. : 134.5 02.9 134.5 02.9 12. : e
Gl 52.2 s01 04 56+ 33 56.1 1.464 069.9 M3 K 13.35 +1.59 +1.18 044.5 03.5 044.5 03.5 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 +0.43 052.1 08.8 047. 05. r 6.77 c +5 -29 -41 6660BD+22 176 G034-002 5027 V367
Gl 53.1B 01 04 56+ 22 41.7 0.500 168.2 M3 K 13.60 +1.16 052.1 08.8 047. 05. r11.96 c 5028
GJ 1031 01 05 52- 29 04.3 0.714 100.4 dM5 13.42 +1.70 +1.29 076. 13. r12.82 d G269-106 1197
Gl 53.2 s01 06 01+ 16 59.1 0.583 187.6 -36.0 dK6 W 10.55 +1.27 +1.23 +0.56 045.0 15.3 031. 06. r 8.01 d +58 -67 -37 BD+16 120 G033-040 1199
NN 3075 01 06 04- 10 26.8 0.252 122.3 +12.9 K1.5 III 3.45 +1.16 +1.19 040.6 08.9 040.6 08.9 1.49 d -15 -24 -15 6805BD-10 240 FK 40 LTT 645 ETA Cet
Wo 9043 s01 06 35- 31 11.7 0.223 125.3 +7.9 G8/K0 V 9.10 +0.79 +0.37 +0.40 C 039.7 11.9 021. 03. r 5.71 d -17 -48 -3 6880CD-31 455 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. r10.96 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. r13.58 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 +1.96 048.7 07.5 048.7 07.5 0.49 d -11 -15 -8 6860BD+34 198 BET And
Gl 54 01 08 34- 67 43.1 0.718 034.0 +26.1 k 9.80 +1.54 +1.17 +1.08 120.9 09.0 120.9 09.0 10.21 b -16 -10 -34 CP-68 41 1208
NN 3076 01 08 46+ 15 10.5 0.215 125. m 14.36 +1.55 118. 21. r14.72 d LP 467-16 L 1157-47 LTT 10436
NN 3077 A 01 09 19+ 04 39.6 0.623 146.4 m 12.89 +1.62 +1.14 064.6 02.7 064.6 02.7 11.94 a G002-027 1212 G070-043 LTT 10438
NN 3078 B 01 09 21+ 04 38.6 0.623 146.4 m 13.91 +1.70 +1.24 064.6 02.7 064.6 02.7 12.96 a G070-044 1213 sep 63.5" 146d
NN 3079 01 09 55- 02 07.3 0.05 :180. DAwk 14.09 099. 11. p14.07 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 +1.41 267.4 03.0 267.4 03.0 14.19 a -28 +0 -24 G268-135 138 LTT 670 L 725-32
NN 3080 01 10 13+ 41 23.4 0.324 96.4 G5 7.28 +0.78 +0.31 047. 06. r 5.64 c 7205BD+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. r13.12 d PS 151 BPM 46989 (V, V-I = 14.26, 2.86: PS)
NN 3081 01 11 48- 37 12.9 0.745 61.1 dM2.5 13.85 +1.66 +1.34 +1.19 043. 08. r12.02 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 +0.16 056.8 06.1 056.8 06.1 3.91 c -26 +17 -11 7439BD-08 216
Gl 54.2B 01 11 51- 08 10.7 0.312 25.0 +22.1 K1 V 7.85 +0.78 +0.35 +0.27 056.8 06.1 056.8 06.1 6.62 c -27 +17 -12 7438BD-08 215 G270-176
Wo 9046 x01 12 11- 42 09.5 0.125 241.8 G0 V 8.47 +0.56 +0.08 042.0 11.9 042.0 11.9 6.6 e 7498CD-42 432
NN 3082 01 12 30- 54 13. 0.324 21. M3 S 11.09 +1.48 +0.87 t 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 +0.38 C 047.5 10.2 047.5 10.2 7.43 d 7621CP-65 125
Gl 55 01 12 56- 45 47.9 0.688 74.6 +11.6 F8 V 4.96 +0.58 +0.10 +0.30 C 065.9 14.9 082. 15. r 4.53 d -36 -18 -11 7570CD-46 346 1220 NU Phe
Gl 55.1A p01 13 19- 69 05.1 0.414 73.9 K2 V 7.80 +0.98 J+0.82 : J+0.46 C J 028.6 22.1 053. 09. r 6.42 d 7693CP-69 44 V(AB) = 7.24 d(m) = 0.43 cpm with Gl 55.3
Gl 55.1B p01 13 19- 69 05.1 0.414 73.9 8.2 * 028.6 22.1 053. 09. r 6.8 * d a = 1.078" P = 81.29 yr
GJ 1034 s01 13 40+ 24 04.2 1.841 112.2 m 15.04 +1.84 +1.12 : +1.28 048.5 05.2 048.5 05.2 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+0.26 C J 050.7 12.3 050.7 12.3 3.5 e -35 -18 -6 7788CP-69 45 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 * 050.7 12.3 050.7 12.3 5.7 * e -34 -18 -7 KAP(1) Tuc sep 5.5" 335d
GJ 1035 01 14 18+ 83 53.3 1.081 295.1 m 14.77 +1.79 +1.44 073.2 05.0 073.2 05.0 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. r10.42 d CD-36 491 G269-133
Gl 56 s01 15 05- 15 45.6 0.544 150.1 -8.8 K3 V 9.77 +1.00 +0.76 +0.40 066.3 12.6 026. 04. r 6.84 d +10 -99 -4 7808BD-16 214 G268-146 1225 U017
NN 3083 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 3084 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 -0.02 063.8 03.6 063.8 03.6 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 +0.96 045.1 07.6 045.1 07.6 10.03 d G270-188 1228 AC-14:789-106
Gl 56.2 s01 15 49- 48 24.9 0.25 63. M1 11.55 +1.44 +0.91 C 045.6 13.6 030. 05. r 8.94 d CD-48 329 L 293-094 Sm 185
Gl 56.3A s01 16 06- 01 07.6 0.507 120.3 +18.2 K1 V 8.00 +0.82 +0.44 +0.30 052.8 19.2 039. 05. r 5.96 c -34 -49 -24 7895BD-01 167 G070-051 1230
Gl 56.3B s01 16 05- 01 08.0 0.505 121.5 M0 K 10.70 +1.41 +1.17 +0.63 052.8 19.2 039. 05. r 8.66 c G070-050 1229
Gl 56.4 01 16 43+ 79 53.5 0.330 108. -14. dK8 M 9.66 +1.29 +1.27 +0.63 040.9 11.9 056. 07. r 8.40 c -16 -25 -10 BD+79 38 G242-078 V091
NN 3085 01 17 00- 26 40.0 0.022 347. m 13.46 041. 04. p11.52 c PS 176
NN 3086 A s01 17 10+ 38 43.5 0.365 60. dM0 M 11.39 +1.31 +0.58 043.1 11.5 024. 03. r 8.29 c G132-071 V370
NN 3087 B s01 17 11+ 38 43.7 0.365 60. k-m 14.35 +1.14 043.1 11.5 024. 03. r11.25 c G132-072 V370 sep 11" 41d
NN 3088 01 17 28- 27 42.5 0.374 98. m 14.20 +1.22 040. 07. r12.21 d G269-139 LTT 734 L 581-64 LP 883-185 PS 179 TS 389
NN 3089 s01 17 42+ 38 04.3 0.04 122. dK8 M 10.64 +1.14 +1.17 +0.49 040.3 16.0 024. 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 +0.45 041.7 08.5 057. 09. r 5.89 d +14 -15 -8 7924BD+75 58
Gl 57 01 19 16- 41 54.7 1.345 109.4 +29.0 dM0.5 K 10.14 +1.40 +1.10 +0.69 063.4 13.6 059. 11. r 8.99 d -58 -95 -7 CD-42 469 141 U018
NN 3090 01 19 37- 46 58.5 0.123 236. M3 S 11.36 +1.44 +0.85 t 046. 09. r 9.67 d CD-47 399 BPM 30654 SM 186 CFS 383
NN 3091 A 01 19 46- 27 09.1 0.231 198.8 K2 V 8.3 * +0.34 046. 04. r 6.6 * c 8326CD-27 457 G269-146 LTT 751
NN 3092 B 01 19 48- 27 10.0 0.242 196. m 14.85 +1.41 046. 04. r13.16 b G274-015 LP 883-221 PS 187 sep 57" 147d 3
NN 3093 A 01 20 12+ 00 16.7 0.567 202.4 m 13.97 +1.76 J +1.37 J 069.2 04.6 069.2 04.6 13.17 b G070-055 1240 V(AB) = 13.61 d(m) = 1.02
NN 3094 B 01 20 12+ 00 16.7 0.567 202.4 m 15.0 * 069.2 04.6 069.2 04.6 14.2 * b 1241 LP 587-50 sep 2.5" 70d
NN 3095 01 20 20+ 07 09.3 0.257 21.4 G5 7.33 066. 06. p 6.43 b 8357BD+ 6 211 LTT 10501
NN 3096 01 20 24- 26 04. 0.119 58.0 m 13.05 045. 06. p11.32 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 +0.28 048.4 13.6 044. 09. r 6.07 d -46 -29 -24 8389BD-13 249 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 048.4 13.6 044. 09. r 8.60 d -53 -25 -51 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 * 048.4 13.6 044. 09. r11.3 * d sep (BC) 1.6" (1942)
Wo 9056 s01 22 10+ 18 14.6 0.581 108.8 +7.9 K2 K 8.49 +0.89 +0.59 +0.30 061.0 24.4 033. 05. r 6.08 d -57 -59 -14 8553BD+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-33 514 G269-159 BPM 47129
NN 3097 p01 22 58+ 09 30.2 0.478 151.6 dM3.5 K 13.13 +1.68 +1.38 +1.23 031.5 20.5 067. 16. r12.3 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. w13.61 c G269-160 1247 W307
Gl 58.2 q01 26 20+ 21 28.0 0.499 111.7 +11.3 SB K2 V 7.73 +0.96 +0.68 032.4 10.2 055. 09. r 6.43 d -33 -27 -13 8997BD+20 226 G034-032 5035
NN 3098 p01 30 05- 22 09.0 1.062 210.7 M1.5 K 11.21 +1.50 +1.20 +0.84 027.6 10.3 051. 10. r 9.75 d CD-22 526 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 +0.38 C 070.4 08.7 070.4 08.7 6.21 c +0 -17 +51 9540CD-24 658 G274-063
Gl 59 B 01 30 35- 24 29.7 0.326 118. m 12.77 +1.30 +1.15 070.4 08.7 070.4 08.7 12.01 c G274-060 L 654-050 LTT 840
Gl 59.1 q01 30 55+ 68 41.5 0.399 288.1 -33.4 G6 V 6.53 +0.68 +0.24 038.2 10.2 053. 09. r 5.15 d +48 -6 +2 9407BD+68 113 G243-070
NN 3099 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 9619CD-44 434 LTT 851
Wo 9057 x01 31 35+ 34 25.4 0.016 42.9 -4.5 F8 9.56 +0.52 +0.02 040.8 15.0 040.8 15.0 7.6 f +2 -3 +3 BD+33 256
NN 3100 s01 32 39+ 41 47.2 0.229 144. dM0 M 10.99 +1.30 +1.26 +0.53 040.6 06.2 040.6 06.2 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 064.3 18.1 058. 07. r 6.60 c -20 -5 -32 9770CD-30 529 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 * 064.3 18.1 058. 07. r 6.8 * c AB: a = 0.171" 4.559 yr
Gl 60 C 01 32 42- 30 10.0 0.198 52.6 M2 V 10.4 * 064.3 18.1 058. 07. r 9.2 * c AB-C: a = 1.419" P = 111.8 yr d(m) = 3.19
NN 3101 01 33 42- 27 02. 0.026 11. m 13.33 051. 07. p11.87 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 +0.18 t 057.4 04.8 057.4 04.8 2.88 b +32 -23 -21 9826BD+40 332 50 UPS And
Gl 62 s01 34 49- 29 38.8 0.296 102.3 +11.2 K0 V 8.14 +0.86 +0.61 : +0.28 045.5 13.7 036. 05. r 5.92 d -26 -31 -4 10002CD-30 549 G274-074
Gl 63 01 35 07+ 56 58.9 0.397 204.4 -17.5 dM3 K 11.19 +1.39 +0.86 090.3 07.9 090.3 07.9 10.97 b +16 -12 -19 G219-015 6 AC+56:13511
NN 3102 p01 35 15- 49 26.7 0.534 75.2 K7 K 10.5 * +0.72 034.1 18.8 047. 07. r 8.9 * d CD-49 451 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 +0.12 081.4 03.4 081.4 03.4 12.39 a G271-115 1270 W011 L 870-002
GJ 1040 s01 35 32+ 44 20.1 0.176 50.5 dK8 M 10.84 +1.20 +0.52 078.0 11.5 025. 03. r 7.83 c V379 AC+44:66-318
NN 3103 01 35 54+ 00 23.7 0.529 72.9 k 11.55 +0.93 054. 10. r10.21 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 380.7 04.3 380.7 04.3 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 * 380.7 04.3 380.7 04.3 15.6 * a -44 -19 -22 10 UV Cet a = 5.57" P = 200 yr
NN 3104 01 36 55+ 04 48.2 0.168 33. M5 12.83 041. 03. p10.89 b Rob 72
NN 3105 01 37 24+ 31 32.3 0.481 090.7 m 13.91 +1.29 061. 10. r12.84 d G072-023 5037a LTT 17245 V-R = 1.52 Weis
Gl 65.2 s01 37 37- 46 45.7 0.08 166. +29.4 M0 C 9.86 +1.16 +1.14 +0.57 C 065.4 10.2 065.4 10.2 8.94 d +4 -15 -25 CP-47 195
NN 3106 x01 37 39+ 63 33.6 0.013 311.9 -7. B5 10.07 +0.47 +0.23 076.7 25.6 076.7 25.6 9.5 e +5 -5 +0 BD+63 219
Wo 9059 s01 37 52+ 66 39.7 0.748 110.3 +14.4 G5 V 7.68 +0.68 +0.21 042.9 08.5 031. 05. r 5.14 d -99 -57 -18 10145BD+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 +0.30 148.9 05.4 148.9 05.4 6.66 a -4 -14 -16 10361CP-56 329 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 +0.31 148.9 05.4 148.9 05.4 6.76 a -3 -16 -18 10360CD-56 328 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 +0.21 t 073.1 03.9 073.1 03.9 4.27 b -42 -34 +0 10307BD+41 328 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 10800CD-83 22
Gl 67.2 x01 39 28- 45 40.3 0.247 90.2 -4.5 G5 V 9.30 +0.69 +0.25 +0.25 052.9 11.9 052.9 11.9 7.92 d -17 -12 +9 10513CP-46 177
Gl 68 01 39 47+ 20 01.6 0.749 203.5 -33.7 K1 V 5.22 +0.84 +0.50 +0.30 126.5 05.8 126.5 05.8 5.73 b +36 -26 +1 10476BD+19 279 1287
Gl 69 01 40 12+ 63 34.8 0.696 214.6 -50.7 K5 V 8.41 +1.22 +1.13 +0.48 075.1 03.1 075.1 03.1 7.79 a +45 -28 -42 10436BD+63 229 G244-033 1291 V381
NN 3107 01 40 18- 24 53. 0.035 190. m 12.02 041. 06. p10.08 d PS 274
NN 3108 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 3109 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 10647CP-54 365 BS 506
NN 3110 p01 40 45- 42 27.2 0.686 101.5 M0 K 11.25 +0.78 032.1 15.3 040. 06. r 9.26 d CD-42 594 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 +1.00 113.8 23.9 113.8 23.9 11.21 d +40 -20 +2 G003-014 1290 V093 AC+03:2259-31
NN 3111 01 41 29- 24 06.3 0.046 79. m 13.28 045. 06. p11.55 c GR 316 PS 279
NN 3112 01 41 36- 67 32.2 1.048 197.8 +51. DA7 13.88 +0.44 -0.42 +0.07 079. 18. w13.37 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 +0.26 286.0 04.9 286.0 04.9 5.77 a +18 +28 +13 10700BD-16 295 146 TAU Cet
Gl 73 01 42 18+ 16 06.0 0.815 239.7 M3 K 14.11 +1.67 +1.30 061.2 03.9 061.2 03.9 13.04 b G003-017 1292 Wolf 1530
Gl 74 p01 43 58+ 12 09.8 0.078 163.7 +21.9 dK8 M 8.90 +1.05 +0.91 +0.40 038.1 05.4 040. 05. r 6.91 c -10 +1 -21 10853BD+11 231 V383
Gl 75 01 44 06+ 63 36.4 0.636 112.8 +4.0 K0 V 5.63 +0.81 +0.40 +0.26 097.2 04.6 097.2 04.6 5.57 b -26 -16 -6 10780BD+63 238 1297
NN 3113 01 44 06- 08 53.8 0.434 114.1 M3 K 12.99 +1.58 +1.20 057. 13. r11.77 d G271-149 6 LTT 952 L 870-44 LP 708-416
NN 3114 01 45 17+ 20 57.7 0.417 120. M3 K 12.16 +1.58 +1.03 056. 14. r10.9 e G034-051 LTT 10622 Wolf 87
Gl 76 s01 45 20- 26 59.7 0.295 200.4 +25. K1 V 8.98 +0.81 +0.44 : +0.28 054.8 13.6 023. 04. r 5.79 d +48 -34 -30 11020CD-27 605 G274-094
NN 3115 q01 45 52+ 32 26.3 0.349 330. -26.5 F8 V 5.79 +0.55 -0.01 038.6 09.4 049. 06. r 4.24 c +25 +9 +34 11007BD+31 316 LTT 10624
Gl 77 s01 46 12- 41 44.7 0.445 69.9 +35.7 G4 V 7.14 +0.65 +0.20 +0.32 C 063.3 13.6 037. 07. r 4.98 d -54 -31 -27 11112CD-42 638
Wo 9061 A 01 47 08- 10 56.0 0.176 239.1 -0.9 F3 III 4.67 +0.33 +0.03 +0.08 044.2 07.5 040. 05. r 2.68 c +20 +3 -6 11171BD-11 352
Wo 9061 B 01 46 56- 10 57.0 0.175 239.8 -2.5 dG1 6.77 +0.62 +0.12 +0.22 044.2 07.5 040. 05. r 4.78 c +20 +3 -5 11131BD-11 351
NN 3116 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 3117 A 01 48 12+ 64 11.4 0.280 138. -15. dM2 11.37 +0.98 067. 13. r10.50 d -3 -22 -12 G244-037
NN 3118 B 01 48 12+ 64 11.2 0.280 138. DA6 14.5 : 067. 13. r13.6 : d G244-036 W268 sep 10" 178d, y = 13.97 b-y = 0.134 -> mod = 1.99 uvby
NN 3119 01 48 32- 06 21.8 0.584 113.5 m 14.6 * +1.53 100. 17. r14.6 * d G159-003 1302
NN 3120 01 48 38+ 21 09.1 0.360 180. M4 K 13.90 +1.27 056. 10. r12.64 d G034-055 LTT 10640 Wolf 90
NN 3121 01 48 56+ 46 45.2 0.138 1. +64. DA3 12.44 +0.06 -0.63 061. 07. w11.37 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 +0.94 086.0 13.3 086.0 13.3 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 +0.06 053.4 10.9 053.4 10.9 2.06 d +14 -21 -8 11443BD+28 312 ALF Tri
NN 3122 01 50 22+ 65 55.9 0.135 195.0 G5 8.48 +1.01 +0.97 042. 04. o 6.60 c 11373BD+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 +0.68 083.7 10.6 083.7 10.6 8.51 c -39 -30 -3 11507CD-23 693 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 -0.02 059.0 13.0 059.0 13.0 1.49 d -1 -12 -2 11636BD+20 306 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 +0.31 054.8 09.0 054.8 09.0 2.39 d -61 -18 +10 11937CP-52 241 1314 BS 566 CHI Eri
Gl 81 B 01 54 01- 51 51.4 0.743 66.1 10.7 * 054.8 09.0 054.8 09.0 9.4 * d sep 5.0" 202d (1947) d(m) = 6.5
Gl 81.1A s01 54 43- 10 29.0 0.440 238.8 -9.9 G5 IV 6.42 +0.82 +0.46 +0.29 045.1 24.8 033. 15. r 4.0 f +62 +8 -14 11964BD-10 403 G272-126 LTT 1036
Gl 81.1B s01 54 45- 10 29.4 0.438 239. -9.0 m 11.21 +1.38 +1.18 045.1 24.8 033. 15. r 8.8 f +61 +8 -15 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 +0.45 054.4 11.9 057. 09. r 7.38 d -37 -14 +1 12058CP-60 167 U024
Gl 81.3 s01 55 06- 52 00.8 0.430 54.0 +3.8 F8 V 6.10 +0.48 -0.04 +0.28 C 053.4 11.1 040. 04. s 4.11 c -50 -9 -5 12042CP-52 242
Gl 82 01 55 54+ 58 16.9 0.351 124. -8.8 dM4 e W 12.21 +1.56 +1.28 078.5 04.9 078.5 04.9 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 12051BD+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. r10.82 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. r13.8 * d LP 589-9 sep 4" 75d d(R) = 2.6 d(pg) = 3.1 (NLTT)
NN 3123 01 56 57+ 43 31.2 0.276 155. m 13.01 +1.07 041. 08. r11.07 d G133-060
NN 3124 01 57 09+ 36 25.4 0.268 165. m 13.93 : +1.19 040. 08. r11.94 : 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 +0.16 C 039.6 08.8 039.6 08.8 0.85 d -23 -27 -6 12311CP-62 162 ALF Hyi
NN 3125 01 57 25+ 73 18.1 0.319 104. m 14.12 +1.90 +1.43 t 095. 17. r14.01 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 +1.39 223.8 02.9 223.8 02.9 14.03 a +14 -52 +5 G003-033 11 L 1159-016
NN 3126 01 57 56+ 63 31.8 0.290 246. M4 L 11.03 +1.54 +1.07 100. 20. r11.03 d G244-047
NN 3127 01 58 21- 10 35.5 0.516 223.9 m 14.1 * +1.22 042. 08. r12.2 * d G272-137 1325 LP 709-16
Wo 9067 A s01 59 28+ 03 42.1 0.482 225.3 -48.0 K4 K 10.62 +1.22 042.2 16.0 026. 04. r 7.69 d +98 -17 -9 BD+03 275 G071-050 5049 LTT 10689 Wolf 109
Wo 9067 B s01 59 28+ 03 42.3 0.482 225.3 M1.5 K 12.4 * 042.2 16.0 026. 04. r 9.5 * d G071-051 5048 LTT 10690 sep 17" 16d (NLTT)
NN 3128 01 59 37+ 10 06.0 0.715 246.4 m 15.61 +2.02 112.0 01.9 112.0 01.9 15.86 a 1326 LP 469-67 USNO 693
NN 3129 02 00 01+ 13 20.3 0.472 103. dM5 : 14.27 058. 06. p13.09 c G003-035 LTT 10691 L 1159-15 LP 469-73 Rob 100
NN 3130 02 00 49+ 35 21.1 0.061 250.8 G5 8.36 078. 08. o 7.82 c 12545BD+34 363
NN 3131 p02 01 01- 21 27.8 0.464 209.7 M3 K 11.21 +1.46 +1.00 033.9 23.9 077. 18. r10.6 e BD-21 368 G272-145 6 LTT 1081
Gl 83.4A s02 01 55- 45 39.2 0.333 78.6 +42.7 G3 V 7.31 +0.69 +0.22 +0.37 C 049.4 11.9 037. 07. r 5.15 d -36 -38 -30 12759CD-46 604
Gl 83.4B s02 01 55- 45 39.2 0.333 78.6 11.5 * 049.4 11.9 037. 07. r 9.3 * d sep 1.0" 178d (1932)
NN 3132 02 01 57- 02 06.8 0.832 224.2 m 13.9 * +1.22 046. 08. r12.2 * d G159-034 1332
NN 3133 02 02 35- 15 55.0 0.034 156.0 K0 V 7.78 042. 04. o 5.90 c 12786BD-16 365
Gl 84 02 02 37- 17 51.1 1.299 96.8 -35.0 M3 K 10.19 +1.51 +1.15 +1.02 118.0 08.5 118.0 08.5 10.55 b -22 -36 +46 BD-18 359 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 +0.73 051.9 13.9 047. 07. r 9.28 d CD-28 657 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 +1.15 051.9 13.9 047. 07. r11.16 d G274-146 1338 LP 885-12 L 583-52 sep 58" 13d
NN 3134 02 03 23+ 64 03.1 0.284 125. m 14.31 +1.28 048. 08. r12.72 d G244-049
NN 3135 02 03 38- 30 25.0 0.537 282.2 M3.5 K 12.15 +1.08 065. 13. r11.21 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 +1.24 055.3 06.7 055.3 06.7 8.99 c -61 +12 -44 G134-001 1343
Gl 84.2B s02 03 48+ 44 57.2 0.510 147.9 14.2 * 055.3 06.7 055.3 06.7 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 +1.13 046.6 07.6 046.6 07.6 0.34 d -1 -28 +3 12929BD+22 306 ALF Ari
Wo 9073 A s02 05 02- 00 51.0 0.421 215.5 -40.2 G2 V 6.90 +0.61 +0.16 +0.21 040.4 08.1 032. 04. r 4.43 c +71 -22 +1 13043BD-01 293 LTT 1107
Wo 9073 B s02 05 00- 00 49.8 0.434 215.0 -39.4 K4 K 10.52 +1.24 +1.23 +0.52 040.4 08.1 032. 04. r 8.05 c +72 -23 -1 G159-035 LTT 1106
NN 3136 02 05 38+ 49 13.0 0.384 135. M5 : s 12.47 +1.54 +1.17 070. 14. r11.70 d G173-039
NN 3137 02 05 55+ 88 10.0 0.433 348. m 12.89 +1.11 049. 10. r11.34 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 +0.88 064.6 20.5 049. 09. r 9.97 d-153 -72 +53 150 L 89-027
NN 3138 02 06 46- 16 34.9 0.556 082.3 K7 K 10.95 +0.74 040.3 09.4 040. 06. r 8.96 d BD-17 400 1346 LTT 1117
Gl 85.1 s02 07 07+ 35 12.0 0.567 213.0 M3 K 13.74 +1.48 +1.08 044.9 10.2 044.9 10.2 12.00 d G074-004 1348 Ross 17
NN 3139 02 07 10- 14 35.4 0.629 123.3 M3 K 11.82 +1.54 +1.02 063. 15. r10.8 e 1347 LFT 185 LTT 1122 L 728-1 LP 709-40
NN 3140 02 07 33+ 11 18.0 0.086 193. dM4 R 12.72 090. 30. p12.5 e Rob 115
GJ 1042 02 08 13+ 39 41.6 1.144 115.7 +29. DZ7 14.52 +0.33 -0.47 059.2 10.4 059.2 10.4 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 +0.32 089.4 09.0 089.4 09.0 5.88 c-103 -77 -25 13445CD-51 532 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 +0.87 086.7 07.4 086.7 07.4 9.75 b+117 -13 -80 BD+02 348 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 13555BD+20 348 BS 646 ETA Ari
NN 3141 02 10 02- 63 28.0 0.778 242.9 m 12.25 +1.06 056. 11. r10.99 d 1351 LTT 1137 LFT 188 L 125-51
Gl 87.1A s02 10 14- 02 37.6 0.373 99.9 -6.0 SB F8 V 5.67 +0.56 +0.07 +0.19 039.7 10.7 034. 04. r 3.33 c -28 -41 +17 13612BD-03 336 ADS 1703
Gl 87.1B s02 10 13- 02 37.8 0.379 98.7 -5.6 G5 V 7.74 +0.68 +0.22 +0.22 039.7 10.7 034. 04. r 5.40 c -30 -40 +17 BD-03 335 sep 16.2" 232d (1958)
NN 3142 02 10 19- 00 13.8 0.546 89.2 m 13.5 * +1.24 060. 11. r12.4 * 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 : +0.73 044.9 16.3 040. 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 -0.00 C 063.0 15.3 063.0 15.3 4.3 e -3 -3 -9 13709CD-31 882 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 q02 11 35+ 67 26.6 0.597 119.3 -12.1 K2 V 7.09 +0.90 +0.67 033.6 17.6 070. 11. r 6.32 d -23 -34 -9 13579BD+67 191 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 +0.94 108.5 15.3 108.5 15.3 10.50 d -15 -51 -31 CD-32 828 1361
GJ 1045 02 12 14+ 17 11.5 0.594 143.3 m+ 14.44 +1.62 +1.08 +1.29 047.4 03.8 047.4 03.8 12.82 b G035-035 1366
NN 3143 02 12 35+ 33 44.1 0.424 156.5 m 13.58 +1.24 058. 11. r12.40 d G074-011 6 LTT 17342
NN 3144 02 13 12+ 39 37.6 0.196 239. DA6 14.54 +0.23 -0.61 045. 04. w12.81 b W GD 25
NN 3145 02 13 22- 12 54.5 0.544 67.1 M3 K 13.00 +1.50 +1.12 044. 11. r11.2 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 14001BD-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 -0.01 050.9 04.6 050.9 04.6 14.73 b G134-022 153 W016
NN 3146 02 13 47+ 13 22.1 0.660 128.2 m 15.79 +1.98 118.2 06.8 118.2 06.8 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 +0.24 098.1 05.0 098.1 05.0 4.83 b -33 -46 +11 13974BD+33 395 154 BS 660 DEL Tri SBO (A&A 195, 129)
NN 3147 02 14 08+ 35 12.9 0.595 116.4 m+ 15.99 096.6 01.1 096.6 01.1 15.91 a 1378 LP 245-10
NN 3148 A 02 14 27- 31 13.4 0.711 68.9 M4 K 12.0 * +1.16 088. 17. r11.7 * d CD-31 909 1377 LFT 200 LTT 1165 L 512-14
NN 3149 B 02 14 21- 31 12.2 0.711 68.9 M4 K 13. : +1.26 088. 17. r13. : 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 +0.70 046.7 10.3 041. 06. r 6.33 d -34 -30 -11 14039BD+55 570 G220-007
Gl 92.2 02 15 00+ 44 02.4 0.535 104.8 M3 K 13.49 +1.53 +1.21 044.5 25.6 045. 11. r11.8 e G134-024 1383 L 1592-001
Gl 93 s02 15 50- 54 13.5 0.626 052.0 m 11.43 +1.41 +1.00 +0.76 073.2 13.6 073.2 13.6 10.75 d CD-54 487 1379
Gl 94 02 16 00+ 35 07.7 0.792 121.5 M3.5 K 12.55 +1.47 +1.08 054.8 08.5 054.8 08.5 11.24 d G074-014 1388 Ross 19
NN 3150 02 16 11+ 23 39.1 0.289 108. m 14.17 +1.26 047. 08. r12.53 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 +0.26 080.5 09.4 080.5 09.4 5.87 c -11 +27 -10 14412CD-26 828 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. r10.7 e-103 -53 -16 154a
NN 3151 A 02 17 21+ 37 33.8 0.350 101. m 12.68 +1.05 J 040. 08. r10.69 d G074-015 LTT 17347 V(AB) = 12.65 d(m) = 4.
NN 3152 B 02 17 21+ 37 33.8 0.350 101. k 16.7 * 040. 08. r14.7 * d LP 245-18 sep 2" 90d d(R) = 5, d(pg) = 4.3 (NLTT)
GJ 1047 A s02 17 59+ 36 39.8 0.919 128.3 m 14.05 +1.68 J +1.13 J 046.3 03.6 046.3 03.6 12.38 b G074-019 1393 V(AB) = 13.30 d(m) = 0.0
GJ 1047 B s02 17 59+ 36 39.8 0.919 128.3 m 14.05 046.3 03.6 046.3 03.6 12.38 b G074-019 sep(AB) 1"
GJ 1047 C s02 17 57+ 36 39.5 0.919 128.3 m 14.26 +1.70 +1.50 +1.16 046.3 03.6 046.3 03.6 12.59 b G074-018 1392 sep 32" 233d
NN 3153 02 18 10+ 02 45.0 0.288 153. m 14.78 +1.69 041. 17. r12.8 f G073-045 LTT 17354
NN 3154 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 14629CD-39 684 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 +0.77 086.8 02.8 086.8 02.8 9.10 a +19 -31 +15 BD+47 612 G173-053 V096
Wo 9079 s02 19 11- 31 09.8 0.561 80.2 +54.0 K3 V 8.81 +0.93 +0.66 +0.32 042.3 07.8 032. 05. r 6.34 d -78 -57 -23 14680CD-31 943 1391 U034 LTT 1194 LFT 211
NN 3155 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 +0.24 083.3 25.7 083. 13. r 4.80 d -11 -13 -14 14802CD-24 1038 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 +0.02 C 048.1 17.0 048.1 17.0 2.5 f +4 -1 -6 15008CP-69 113 DEL Hyi
NN 3156 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 3157 02 22 33+ 37 19.1 0.276 103. m 14.05 +1.27 052. 09. r12.63 d G074-025 LTT 17364
Wo 9082 s02 23 23+ 05 33.2 0.391 70.4 +10.0 G9 K 7.95 +0.81 +0.32 044.0 20.5 036. 06. r 5.73 d -46 -17 +19 15096BD+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 060.9 03.8 060.9 03.8 8.28 b -21 +7 +4 15285BD+03 339 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 * 060.9 03.8 060.9 03.8 8.4 * b a = 0.545" P = 25.32 yr
NN 3158 02 25 30+ 02 58.0 0.845 180.5 m 17.46 +2.06 : 045.1 07.9 045.1 07.9 15.73 d 1407 LP 590-137
NN 3159 02 25 42+ 01 13.2 0.296 112. m 13.05 +1.09 043. 09. r11.22 d G075-016 LTT 17373
Gl 99 A p02 25 46+ 32 02.1 0.421 72. -9.7 dM0 pJ M 10.20 +1.36 J+1.23 J+0.64 J 032.2 05.6 032.2 05.6 7.74 d -34 -33 +41 BD+31 434 G074-027 V393 V(AB) = 9.59 d(m) = 0.3
Gl 99 B p02 25 46+ 32 02.1 0.421 72. 10.5 * 032.2 05.6 032.2 05.6 8.0 * d sep 0.26" 105d - 0.15" 115d (1959-60)
Gl 99.1 q02 25 52+ 29 42.5 0.093 318.8 +41.0 G0 V 5.88 +0.58 +0.01 +0.21 031.7 04.3 031.7 04.3 3.39 c -26 +32 -14 15335BD+29 423
NN 3160 02 26 12+ 11 52.0 0.067 42. M1 s 12.01 +1.57 +1.17 +1.01 056. 11. r10.75 d Rob 140
Gl 100 A p02 26 41- 20 12.3 0.689 70.6 +23. K4 V 8.86 +1.18 J+1.03 J+0.48 038.9 19.0 049. 06. r 7.31 c -65 -28 +5 15468BD-20 465 1409 U036 V(AB) = 8.76 d(m) = 2.5
Gl 100 B p02 26 41- 20 12.3 0.689 70.6 11.4 * 038.9 19.0 049. 06. r 9.9 * c sep(AB) 0.6" 312d (1951)
Gl 100 C p02 26 12- 20 15.9 0.668 065.7 M3 K 12.85 +1.61 +1.22 +1.06 038.9 19.0 049. 06. r11.30 c 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. w11.06 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 +1.18 060.0 05.1 060.0 05.1 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 +1.41 040.0 17.0 040.0 17.0 3.3 f -17 +2 -20 15694BD+01 438
Gl 101.1 x02 29 18- 46 54.4 0.29 177. +34.5 m 11.27 +1.03 +0.9 : +0.54 C 064.0 10.2 064.0 10.2 10.30 d +14 -29 -24 CD-47 765
NN 3161 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 15814BD+14 419
NN 3162 02 30 15- 14 24.5 0.693 174.6 DC 15.76 +0.75 -0.01 064.6 06.6 064.6 06.6 14.81 c 1415 W471 LP 710-047 USNO 695
NN 3163 02 30 20+ 07 40.1 0.031 13.9 G5 8.89 +1.15 +0.75 040. 08. r 6.90 d 15833BD+ 7 398
Gl 102 02 30 44+ 24 42.9 0.687 176.8 M4 K 12.96 +1.70 +1.20 +1.31 102.4 07.7 102.4 07.7 13.01 b G036-024 1417 L 1305-010
NN 3164 02 30 48+ 41 33.6 0.303 74. m 13.62 +1.16 041. 08. r11.68 d G074-029 LTT 17383
NN 3165 02 31 01+ 14 47.1 0.431 85. M3.5 K 13.76 +1.63 +1.16 039. 10. r11.7 e G004-028 LTT 10846
Gl 103 02 32 28- 44 00.6 0.297 168.5 +41.9 SB K7 Ve 8.85 v +1.39 +1.02 +0.77 087.2 10.7 087.2 10.7 8.55 v c +6 -30 -33 16157CD-44 775 U039 CC Eri
NN 3166 02 32 30+ 23 21. -12. M3 e 13.71 +1.58 +1.00 +1.22 t 048. 10. r12.12 d +9 -5 +7 X-ray src: Fleming et al 1988
NN 3167 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 16348CP-73 178 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 +0.21 042.4 08.2 042.4 08.2 4.96 d +66 -28 +15 16141BD-04 426 LTT 1267
NN 3168 02 32 55+ 55 15.8 0.355 222. m 13.22 +1.11 042. 09. r11.34 d G173-061
Gl 104 02 33 03+ 20 00.3 0.272 121. -22.3 dM2 M 10.66 +1.51 +1.17 +0.95 069.0 06.3 069.0 06.3 9.85 b +8 -25 +13 BD+19 381nG004-030 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 +0.36 129.4 04.3 129.4 04.3 6.38 a -81 +0 +36 16160BD+06 398 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 +1.25 129.4 04.3 129.4 04.3 12.22 a -81 +0 +36 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 16270CD-24 1154 U 40
NN 3169 A 02 33 49+ 31 51.4 0.330 260. M3 K 13.63 +1.22 J 041. 07. r11.69 d G074-034 LTT 10854 LE 7A LP 298-7 V(AB) = 13.02 d(m) = 0.3
NN 3170 B 02 33 49+ 31 51.4 0.330 260. M3.5 K 13.9 * 041. 07. r12.0 * d LTT 10855 LE 7B LP 298-8 sep 3" 25d d(R) = 0.2, d(pg) = 0.4
Wo 9086 x02 34 06- 47 52.9 0.21 119. G0 11.99 +0.55 +0.00 +0.3 C 042.6 13.6 042.6 13.6 10.1 e LTT 1273 CFS 676
Wo 9087 q02 34 09- 03 22.4 0.335 81.6 +9. K3 K 8.10 +0.95 +0.73 038.0 17.5 048. 08. r 6.51 d -29 -17 +7 16287BD-03 410 G075-028 LTT 1274
NN 3171 02 34 24+ 06 41. M5 e 16.00 +1.85 C 048. 09. r14.41 d IE 02344+0641 R-I(KC) = 1.85, V-R(KC) = 1.49
NN 3172 s02 34 54+ 00 08.5 0.543 107.0 m 15.16 +1.67 +1.23 040.6 04.3 040.6 04.3 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 +0.21 055.2 08.5 055.2 08.5 4.49 d +15 -17 -8 16417CD-35 903 LAM(2) For
Wo 9089 s02 35 31+ 30 36.4 0.625 231.4-103. G1 V 7.34 +0.60 +0.00 044.0 12.1 031. 03. s 4.80 c+133 -34 -31 16397BD+30 421 G036-028 1428 LFT 219
NN 3173 02 35 52+ 06 24.8 DA8 15.09 +0.44 -0.51 059. 10. w13.94 d W PG WD0235+064
NN 3174 02 36 37+ 07 15.5 0.446 105.1 m 14.27 +1.26 045. 08. r12.54 d G076-019 6 LTT 17400
Gl 105.3 x02 36 56- 26 31.8 0.277 139.6 +16.1 G2 V-VI 8.76 +0.60 +0.01 +0.34 C 047.5 11.9 047.5 11.9 7.1 e -2 -31 -9 16623CD-26 957
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+0.25 C J 068.6 07.2 068.6 07.2 4.68 c -4 -20 -14 16620BD-12 501 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 * 068.6 07.2 068.6 07.2 4.8 * c -5 -20 -15 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-58 538 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. r10.85 d +79 -80 +88 157
NN 3175 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 16673BD-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 +0.50 041.6 06.3 043. 05. r 7.69 c -81 +7 -37 BD+00 444 G075-034 V397
Wo 9094 s02 38 28- 30 21.0 0.574 81.3 +33.2 G0 V 8.02 +0.56 -0.02 +0.22 042.0 09.3 021. 03. s 4.63 d-104 -81 +22 16784CD-30 990 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 +0.19 t 042.7 07.4 042.7 07.4 3.07 d +19 -21 -11 16739BD+39 610
Gl 106 02 40 30+ 19 13.1 0.432 90.7 +29.2 SB dK4 W 8.28 +1.07 +0.95 +0.40 054.7 10.2 054. 08. r 6.94 d -45 -16 -2 16909BD+18 339 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 046.9 04.3 046.9 04.3 1.92 c +19 -2 -10 16970BD+02 422 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 * 046.9 04.3 046.9 04.3 4.7 * c +24 -3 -4 sep 2.8"
Gl 106.1C 02 39 54+ 03 09.9 0.215 220. K5 K 10.16 +1.36 +1.28 +0.57 042.0 04.2 042.0 04.2 8.28 c BD+02 418 V399
Gl 107 A 02 40 46+ 49 01.1 0.346 104.0 +24.4 F7 V 4.13 +0.49 +0.00 +0.18 079.3 04.1 079.3 04.1 3.63 b -32 +0 +0 16895BD+48 746 THE Per
Gl 107 B 02 40 46+ 49 01.1 0.346 104.0 +25.1 M1 V 10.06 +1.48 +0.89 079.3 04.1 079.3 04.1 9.56 b -33 +0 +0
Gl 108 02 40 51- 51 00.9 0.405 56.4 +15.5 G3 IV 5.41 +0.56 +0.09 +0.30 C 068.3 09.7 068.3 09.7 4.58 d -27 -15 -8 17051CD-51 641 IOT Hor
NN 3176 02 40 55- 39 08.8 0.558 103.9 M3.5 K 13.1 * +1.10 045. 09. r11.4 * 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 +1.08 125.6 02.7 125.6 02.7 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 +0.85 057.3 13.4 057.3 13.4 10.7 e +0 -77 -4 1438 Wolf 1132
NN 3177 02 42 11- 36 31.1 0.034 102.9 G5 V 7.12 053. 05. o 5.74 c 17169CD-36 1033
Wo 9099 02 42 14+ 09 54.3 0.284 96.2 +30.4 SB F0 IV 4.27 +0.31 +0.08 +0.05 048.3 13.7 048.3 13.7 2.7 e -37 -14 -11 17094BD+09 359 LTT 10901
NN 3178 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 3179 B 02 42 22+ 44 44.6 0.435 106.7 m 15. * 047. 08. r13. * 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 +0.17 t 071.0 17.7 073. 09. r 3.78 c -26 -17 -13 17206BD-19 518 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 +0.29 052.6 11.0 052.6 11.0 6.48 d -22 -17 -8 17190BD+25 449 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 +0.52 056.1 13.8 073. 09. r 7.91 c -14 -18 -8 17230BD+11 383 G004-041 V402
NN 3180 x02 43 39- 05 10.3 2.524 138.1 m 15.86 : +1.50 : 061.0 08.2 061.0 08.2 14.79 : c 17
NN 3181 02 43 51+ 16 13.1 0.981 235.7 -34. M6 16.86 +2.02 066.7 06.5 066.7 06.5 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 -0.51 047.7 05.7 047.7 05.7 13.92 c G075-039 1442 W565
NN 3182 02 45 03+ 54 11.1 0.613 224.1 DC9 15.32 +0.93 +0.35 097.0 03.6 097.0 03.6 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 +0.43 055.6 15.4 046. 07. r 5.92 d -24 -23 -4 17382BD+26 465 G036-033
Gl 113 C 02 45 12+ 26 52.0 0.296 112. m 16.5 P 055.6 15.4 046. 07. r14.8 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 +0.63 049.9 15.3 078. 12. r 6.22 d -5 -16 -1 17433BD+30 448 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 +0.43 057.3 23.9 049. 08. r 7.35 d +9 -56 +6 17660BD+15 395 G004-043 1453
Gl 114.1A 02 48 31- 53 21.3 0.531 348.4 k-m 10.72 +1.51 +1.20 +0.93 044.4 09.8 044.4 09.8 8.96 d CD-53 570 1452 comp B is optical
NN 3183 02 48 51+ 29 17.1 0.180 204. m 13.96 +1.30 062. 10. r12.92 d LP 298-42
Gl 115 x02 48 52- 44 17.0 0.270 187.1 +30.5 F8 V 8.17 +0.55 -0.01 : +0.34 C 061.9 13.6 061.9 13.6 7.13 d +14 -25 -23 17865CD-44 863 mod = 3.63 uvby
Gl 116 02 48 58+ 34 11.9 1.342 136.1 -45.7 dM0 W 9.55 +1.34 +1.02 066.7 07.8 066.7 07.8 8.67 c +0-105 -9 BD+33 529 G037-008 159 LTT 10932 Wolf 1323
NN 3184 02 49 11+ 06 01.5 0.487 103.3 dM3 R 13.19 +1.58 044. 20. r11.4 f G075-044 5061 LTT 17424
NN 3185 p02 49 23+ 60 39.0 0.172 120.8 -69.6 K5 V O 9.16 +1.07 +1.03 +0.42 030.3 12.2 039. 06. r 7.12 d +37 -63 -3 BD+65 585 V405 AG+60:305
NN 3186 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 +0.31 120.4 08.8 120.4 08.8 6.43 b -14 -18 -11 17925BD-13 544
NN 3187 s02 50 14- 33 39.3 0.434 92.4 +60.9 K1 V 8.09 +0.84 +1.93 C +0.30 039.3 08.2 038. 05. r 5.99 c -47 -60 -30 17970CD-33 992 LTT 1376
Gl 118 02 51 14- 63 53.5 1.149 058.4 +94. m 11.38 +1.56 +1.20 +1.05 081.0 17.0 081.0 17.0 10.92 d -48 -85 -62 160 L 127-097
NN 3188 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 17948BD+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 +0.36 047.9 08.2 043. 06. r 6.40 d -23 -53 +23 18168CD-36 1091 1466
Gl 118.1B 02 52 00- 36 06.9 0.532 106.7 M3 : K 13.10 +1.52 +1.21 +1.06 047.9 08.2 043. 06. r11.27 d 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 +0.30 039.6 06.5 053. 06. r 6.22 c -37 -14 -17 18143BD+26 484 G036-044
Gl 118.2B 02 52 41+ 26 40.4 0.324 124.6 +27. dM0 W 9.80 +1.40 +1.50 039.6 06.5 052. 06. r 8.38 c -33 -17 -14
Gl 118.2C 02 52 38+ 26 40.3 0.322 125. m 13.86 +1.58 +1.17 +1.25 039.6 06.5 052. 06. r12.44 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 +0.78 044.8 03.9 044.8 03.9 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 +1.02 044.8 03.9 044.8 03.9 9.91 b G174-020 1476 AC+55:19225 Ross 365 LFT 241 sep 17" 22d (LHS)
Wo 9106 s02 53 27+ 13 42.8 0.113 235.5 +3.1 K0 9.05 +0.81 +0.46 041.1 18.8 023. 03. r 5.86 c +13 +4 -19 18257BD+13 476
Gl 120 02 54 43+ 10 35.8 1.821 102.9 +49.0 dM4 W 13.03 +1.56 +1.11 +1.10 046.8 07.5 046.8 07.5 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 18455CD-25 1169 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 18445CD-25 1168 sep(AB-C) 28.6" 224d (1954)
NN 3189 02 55 46- 13 05.5 0.651 28.8+107. M2.5 K 12.67 +1.73 +1.04 045. 13. r10.9 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. w12.25 c -20 -95 -2 1474 W LTT 1419 LFT 245 L 54-005
NN 3190 02 56 00+ 36 25.0 0.680 115.5 M3.5 K 13.04 +1.52 +1.16 053. 14. r11.7 e G074-052 1483 Ross 331
NN 3191 02 56 14+ 31 34.3 0.228 15. m 13.41 +1.12 040. 08. r11.42 d LP 298-52
Gl 120.2 q02 59 28+ 26 24.9 0.280 124.5 +9.6 G8 V 6.62 +0.72 036.8 07.4 042. 04. s 4.74 c -20 -26 -5 18803BD+26 503
Wo 9107 02 59 28- 28 16.9 0.514 147.4 +43.3 G5 IV 5.88 +0.79 +0.33 +0.31 039.5 07.6 039.5 07.6 3.86 d +4 -71 -25 18907CD-28 987 1489 LTT 1446 LFT 251
NN 3192 A 02 59 32- 16 47.0 0.435 232. M3 s 10.96 +1.69 J +1.16 J 131. 30. r11.55 d LTT 1445 L 730-18 LP 771-95 V(AB) = 10.54 d(m) = 0.8
NN 3193 B 02 59 32- 16 47.0 0.435 232. M3 s 11.8 * 131. 30. r12.4 * e LP 771-96 sep 4.5" 121d d(R) = 0.7, d(pg) = 0.8 (NLTT)
NN 3194 A q03 00 03+ 61 31.2 0.993 132.8 +3.8 G4 V 6.62 +0.63 +0.15 036.2 07.2 045. 06. r 4.89 c -72 -72 -25 18757BD+61 513 1492 LTT 10990 LFT 252
NN 3195 B q03 00 37+ 61 33.1 0.996 133.7 M3 K 12.6 * 036.2 07.2 045. 06. r10.9 * c 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 +0.10 C 061.6 13.3 061.6 13.3 3.03 d +13 +8 +3 18978CD-24 1387 TAU(3) Eri
Gl 121.1 03 00 20- 18 21.6 0.435 66. m 11.80 +1.53 +1.30 C 064.1 15.3 064.1 15.3 10.8 e LP 771-72 L 730-041
Gl 121.2 s03 01 09- 05 51.5 0.436 127.1 -20.6 dG5 W 8.09 +0.67 +0.11 +0.36 C 049.1 10.1 049.1 10.1 6.55 d +8 -40 +23 19034BD-06 594 G075-062 6
NN 3196 A 03 01 17- 13 02.1 0.262 112. k-m 13.37 +1.17 048. 06. r11.78 c LP 711-43
NN 3197 B 03 01 24- 13 02.9 0.262 112. k-m 13.50 +1.18 048. 06. r11.91 c LP 711-44 sep 114" 115d
NN 3198 03 01 47- 20 33.9 0.685 135.9 M3 12.84 +1.59 +1.19 065. 13. r11.90 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 +0.63 051.8 07.2 051.8 07.2 8.39 d -57 +4 -20 G245-065 1505 V097 AC+75:1146
NN 3199 ABp03 03 38+ 40 10.1 0.434 249. -51.1 K5 K 9.71 +1.19 J+1.06 J+0.56 J 032.6 15.3 040. 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 +0.62 063.6 04.0 063.6 04.0 8.11 b +36 -71 +3 19305BD+01 543 G076-058 1496 V098
NN 3200 03 04 57- 13 57.0 0.261 182.5 +12.3 G5 V 6.97 +0.65 +0.15 +0.21 043.4 17.0 040. 06. r 4.98 d +14 -24 -19 19467BD-14 604 LTT 1469
NN 3201 x03 05 03+ 42 51.0 0.558 139.8 m 14.7 * +1.5 * 040.7 08.0 040.7 08.0 12.7 * d G078-018 1499 LTT 17467
NN 3202 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 +1.45 082.9 04.9 082.9 04.9 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 +0.20 092.4 04.5 092.4 04.5 3.88 b -77 -17 +22 19373BD+49 857 166 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 1030 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. r11.40 d LTT 1477
NN 3203 03 05 53- 24 57.6 0.333 64. m 9.5 * +0.66 068. 10. r 8.7 * d CD-25 1273 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 +0.94 076.7 11.4 076.7 11.4 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 : +1.45 084.2 04.0 084.2 04.0 14.48 b G076-062 1504
NN 3204 03 06 33+ 58 15.0 0.272 146. M3 L 11.72 +1.50 +0.92 048. 09. r10.13 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 19819CD-60 637 U 49 BPM 2877
NN 3205 03 07 37+ 05 43.6 0.563 191.5 dM4 R 11.88 +0.98 053. 10. r10.50 d G076-066 1512
NN 3206 p03 07 48+ 61 21.0 0.09 8. dK8 M 10.12 +1.32 +0.64 029.0 08.5 048. 07. r 8.53 d BD+60 637 V412 SpT K5 III OP
Gl 126 s03 09 33- 46 42.7 0.44 25. m 11.52 +1.44 +1.21 +1.03 C 074.6 10.2 074.6 10.2 10.88 c CD-46 943 LTT 1509 CFS 873
NN 3207 03 09 38- 38 58.4 0.859 103.1 M3.5 K 11.51 +1.51 +1.22 +0.90 057. 14. r10.3 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 072.7 07.7 072.7 07.7 3.26 c -36 +20 +30 20010CD-29 1177 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 * 072.7 07.7 072.7 07.7 6.0 * c a = 4.367" P = 314 yr
Gl 127.1A 03 10 04- 68 47.2 0.08 130. DA3 11.40 +0.05 -0.55 084.9 10.2 084.9 10.2 11.04 c BD-69 177 W021 LB 3303
Gl 127.1B 03 10 04- 68 47.2 0.08 130. 14.73 +0.62 084.9 10.2 084.9 10.2 14.37 c 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 +0.30 C 053.3 09.9 053.3 09.9 3.69 d -19 -16 -8 19994BD-01 457 ADS 2406
Gl 128 B 03 10 13- 01 22.9 0.202 108.2 11.5 * 053.3 09.9 053.3 09.9 10.1 * d 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 +0.90 080.3 41.1 060. 14. r10.4 e-123 -77 -38 CD-38 1058 167
GJ 1057 03 10 39+ 04 35.2 1.706 086.4 m 13.80 +1.82 +1.15 +1.48 118.1 03.8 118.1 03.8 14.16 a G077-031 168
Wo 9111 s03 10 58+ 52 10.1 0.517 205.7 -55.0 dM0 10.24 +1.26 041.8 06.8 041.8 06.8 8.35 d +45 -40 -54 BD+51 697 G174-038 1518 LTT 11048 Ross 345
NN 3208 03 11 10+ 28 30.2 0.836 158.1 m 16.77 +2.15 067.0 08.7 067.0 08.7 15.90 c 1516 LP 299-36
NN 3209 03 11 14+ 48 20.3 0.322 163. M1 L 11.43 +1.49 +1.13 054. 26. r10.1 f G078-024 LTT 11051 Ross 346
NN 3210 03 11 18- 54 18.0 0.081 163. DZ7 14.75 +0.52 -0.42 091. 12. w14.55 c W BPM 17113 L 227-140
NN 3211 03 11 47+ 00 28.1 0.06 297. 10.9 P 070.1 25.6 070.1 25.6 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 +0.31 043.6 05.6 043.6 05.6 6.03 c +9 -63 +12 20165BD+08 482 G079-018 1520 LFT 264
NN 3212 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 070.6 03.9 070.6 03.9 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 * 070.6 03.9 070.6 03.9 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 +0.49 058.2 10.8 058.2 10.8 7.97 d -23 -14 -1 20280CD-26 1207 V225
Gl 132 s03 13 24- 45 50.7 0.21 313. +4.0 G3 V 6.76 +0.58 -0.01 +0.33 C 064.9 10.1 064.9 10.1 5.82 d -3 +11 -11 20407BD-46 968
NN 3213 03 13 48+ 45 11.4 0.261 255. m 12.39 +1.13 066. 13. r11.49 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 +0.94 073.8 07.4 073.8 07.4 10.54 c +5 -21 +25 G245-071 5072 AC+79:1584
NN 3214 03 14 36+ 60 25.8 0.600 128.4 M3.5 K 13.33 +1.51 +1.11 040. 10. r11.3 e G246-032 1530 LTT 11079 Ross 371
NN 3215 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 +0.86 064.2 03.7 064.2 03.7 9.32 b -18 -52 -16275122BD+37 748 G078-031 1528 V100
NN 3216 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 +0.34 C 064.2 18.8 039. 06. r 4.99 d -25 -31 -5 20619BD-03 534
Gl 136 03 16 41- 62 46.0 1.495 63.2 +12.2 G2 V 5.54 +0.64 +0.08 +0.23 093.6 09.1 093.6 09.1 5.40 c -63 -42 +13 20766CP-63 217 171 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 +0.23 104.5 04.8 104.5 04.8 4.92 b -22 -4 -4 20630BD+02 518 KAP Cet
Gl 138 03 17 07- 62 41.8 1.483 63.7 +11.5 G1 V 5.24 +0.60 +0.00 +0.23 087.5 08.8 087.5 08.8 4.95 c -66 -44 +15 20807CP-62 265 172 ZET(2) Ret LTT 1576
Gl 138.1A s03 17 54+ 08 51.3 0.298 103.2 +7.2 SB dG2 W 8.45 +0.68 +0.16 +0.39 C 050.7 11.9 022. 03. r 5.16 c -32 -52 +21 20727BD+08 496 G079-029
Gl 138.1B s03 17 59+ 08 51.4 0.299 103. k-m 15.13 +1.18 050.7 11.9 022. 03. r11.84 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 +0.27 t 159.6 09.6 159.6 09.6 5.28 b -81 -94 -27 20794CD-43 1028 19 82 Eri LTT 1583
NN 3217 s03 18 17+ 52 09.4 0.392 228.1 K3 K 9.07 +0.99 +0.84 042.1 11.5 033. 05. r 6.66 d 232781BD+51 722 G174-047 LTT 11103
NN 3218 03 19 19- 06 51.1 0.312 103. M2 s 11.37 +1.50 +0.96 063. 12. r10.37 d G077-046 LTT 17505
NN 3219 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 3220 B 03 19 48+ 26 58.0 0.208 113. a 18. * 045. 22. r16. * f LP 355-65 sep 278" 98d
GJ 1058 03 19 27+ 02 46.4 0.803 155.9 m 14.78 +1.76 +1.33 059.4 05.9 059.4 05.9 13.65 c G077-048 1540
GJ 1059 03 19 41+ 41 50.3 0.719 143.4 m 15.33 +1.89 +1.48 065.4 03.4 065.4 03.4 14.41 b G095-030 1541
NN 3221 03 20 39+ 11 30.7 0.275 241. m 12.19 +1.56 +1.25 +1.09 054.8 10.9 054.8 10.9 10.88 d G005-032 LTT 11117
GJ 2030 A p03 20 51- 07 58.1 0.216 180.3 +42.2 G2 V 6.19 +0.71 +0.15 +0.27 035.0 08.3 055. 05. s 4.89 b -16 -19 -39 21019BD-08 643 LTT 1601
GJ 2030 B p03 20 51- 07 58.1 0.216 180.3 12.3 * 035.0 08.3 055. 05. s11.0 * 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. r10.9 * 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. r10.78 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+0.38 051.0 08.2 044. 05. r 6.69 c -38 +3 +17 21209CP-50 441 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 +0.60 051.0 08.2 044. 05. r 8.54 c -38 +7 +14 CD-50:1014 sep 14.7" 234d
NN 3222 AB 03 21 45- 40 15.2 0.077 99.8 K0 V 6.92 069. 07. o 6.11 c 21175CD-40 898 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 +0.41 066.5 08.3 066.5 08.3 6.97 c +47 -28 -20 21197BD-05 642 G077-049 1546 U053
NN 3223 03 22 38- 01 59.0 0.903 163.8 DZ9 16.12 +0.80 -0.20 062. 06. w15.08 c G077-050 1547 W566
NN 3224 03 23 04+ 05 41.5 0.210 228. m+ 14.70 +1.46 077. 12. r14.13 d LP 532-81 V-R = 1.71 Weis
NN 3225 03 23 53+ 19 04.3 0.20 :176. m 14.96 +1.42 060. 09. r13.85 d G006-007 LTT 11134
Gl 141.2 s03 24 07- 30 47.7 0.301 47.7 +20.3 G8 V 7.88 +0.71 +0.21 +0.38 C 053.2 15.3 032. 06. r 5.41 d -47 -12 +3 21411CD-31 1384
NN 3226 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 +0.57 071.8 12.0 071.8 12.0 7.67 d -51 -20 -7 21531BD-20 643 1548 V101
NN 3227 03 25 49+ 26 19.0 0.237 115. m 13.40 +1.21 055. 10. r12.10 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 +0.43 059.8 06.1 059.8 06.1 6.9 : c +9 -64 -17 21749CP-63 231 U060
NN 3228 A 03 26 19- 15 47.7 0.214 82. m 14.28 +1.29 043. 06. r12.45 d LP 772-72
NN 3229 B 03 26 19- 15 47.9 0.214 82. m 14.37 +1.23 043. 06. r12.54 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 * 057.6 11.7 057.6 11.7 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 * +1.18 057.6 11.7 057.6 11.7 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 : +0.66 055.2 23.0 055. 11. r 8.68 d BD-12 662 V421
NN 3230 A s03 27 37+ 19 56.0 0.176 108.9 +24.3 G5 8.32 +0.74 +0.32 +0.25 045.2 07.7 045.2 07.7 6.60 d -28 -11 -6 21663BD+19 547 Hy 3
NN 3231 B s03 27 37+ 19 56.0 0.176 108.9 +27.1 dK6 10.75 +1.42 +1.23 045.2 07.7 045.2 07.7 9.03 d -30 -10 -7 sep 20.2" 147d (IDS), identical with YPC 727.01 ?
NN 3232 s03 27 37+ 19 55.7 0.165 105.8 +20.2 K7 V 10.79 +1.39 +1.24 +0.66 062.4 10.3 062.4 10.3 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 +0.11 056.9 07.0 056.9 07.0 3.49 c -42 -20 -3 22001CP-63 234 1551 KAP Ret
Gl 143.2B 03 28 36- 63 07.3 0.524 044.9 m 10.75 +1.42 +0.80 056.9 07.0 056.9 07.0 9.53 c 1552 L 128-037
Gl 143.3 03 28 59+ 14 09.7 0.678 178.4 sdM3 12.27 +1.55 +1.00 +1.00 051.3 03.0 051.3 03.0 10.82 b G005-043 1554
NN 3233 03 29 05+ 37 53.6 0.084 234.5 G5 7.28 065. 07. o 6.34 c 21809BD+37 783
Gl 144 03 30 34- 09 37.6 0.980 271.1 +16.9 K2 V 3.73 +0.88 +0.58 +0.30 305.6 02.6 305.6 02.6 6.16 a -4 +7 -21 22049BD-09 697 1557 EPS Eri
Gl 145 03 31 17- 44 52.3 0.342 296. -36. M3.5 K 11.48 +1.57 +1.2 +1.04 082.4 17.0 082.4 17.0 11.06 d +7 +36 +17 CD-45 1184
NN 3234 q03 31 53+ 28 05.7 0.528 121.9 m 16.67 +1.94 035.3 04.7 035.3 04.7 14.41 c G038-003 1562
NN 3235 03 32 09- 05 00.3 0.520 127.2 k-m 13.1 * +1.22 066. 12. r12.2 * d G077-064 1561 LTT 1682 L 876-3 LP 653-8
NN 3236 03 32 18+ 69 01.1 0.203 123. m 14.17 +1.26 047. 08. r12.53 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 +0.57 085.3 07.8 085.3 07.8 8.25 b -28 -19 -6 22496CP-48 376 1563 U061
NN 3237 03 34 04+ 03 19.7 0.159 127. dM5 : R 13.86 070. 10. p13.09 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. r14.9 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 +0.20 059.4 08.4 059.4 08.4 3.15 d +6 -18 -47 22484BD-00 572 1569
NN 3238 03 34 21- 41 09.4 0.522 204.7 M3 K 13.05 +1.09 042. 08. r11.17 d 1567 LTT 1704 L 372-18 LP 995-48
NN 3239 A 03 34 41+ 17 41.7 0.180 98. g-k 12.74 +1.00 043. 06. r10.91 d LP 413-18 LDS 3512
NN 3240 B 03 34 42+ 17 41.5 0.180 98. g-k 13.29 +1.19 043. 06. r11.46 d LP 413-19
GJ 1062 s03 35 48- 11 36.7 3.033 152.1-140. M2 K 13.01 +1.66 +1.38 +0.90 064.8 03.6 064.8 03.6 12.07 b+163-178+103 G160-005 20 Ross 578
NN 3241 03 36 30+ 24 48.2 0.232 27. dM3.1 12.79 +1.15 059. 12. r11.64 d LTT 11203 Wolf 1246
NN 3242 p03 36 35+ 25 19.4 0.629 157.1 M3.5 K 12.70 +1.10 001.9 14.8 054. 10. r11.36 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 -5278874BD+32 652 V425AADS 2662A
Wo 9119 B 03 36 38+ 33 18.8 0.038 268.5 12.87 +1.49 +1.13 042. 05. r10.99 c V425BADS 2662B sep 15.2"
Wo 9120 03 36 40+ 25 19.6 0.629 157.1 M3.5 K 13.1 * +1.13 046.9 16.3 048. 09. r11.5 * d G006-025 1574 LTT 11207 Wolf 205 LFT 300 cpm to Wolf 204
Gl 147.1 s03 37 49- 03 22.5 0.724 106.9+120.3 F9 V 6.68 +0.54 -0.08 +0.23 046.9 08.4 046.9 08.4 5.04 d-107 -77 -49 22879BD-03 592 G080-015 1577 LTT 1734
NN 3243 03 38 00- 69 07.1 0.608 32.9 m 11.95 +1.04 061. 12. r10.88 d 1572 LTT 1735 LFT 302 L 91-140
NN 3244 p03 38 15- 02 29.4 0.432 119.4 +48. K0 K 6.96 +0.96 +0.76 +0.34 025.3 08.2 075. 10. r 6.34 c -39 -31 -24 22918BD-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 +0.61 044.8 05.2 044.8 05.2 7.85 c +10 -15 -18 BD+03 515 G080-017 V427
NN 3245 s03 39 42+ 12 22.9 1.572 151.5 M0.5 K 12.91 +1.54 +1.24 +0.86 045.1 07.8 045.1 07.8 11.18 d G079-059 178 LTT 11223 Wolf 1057
NN 3246 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 23295CD-51 881 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 +0.44 059.1 11.9 041. 07. r 7.26 d +21 -39 -20 CD-24 1826 U065
Gl 149 B 03 40 38- 24 36.9 0.380 174. m 15.6 P 059.1 11.9 041. 07. r13.7 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 +0.32 103.5 04.6 103.5 04.6 3.60 a -15 +29 +13 23249BD-10 728 1581 DEL Eri
NN 3247 03 40 57- 09 43.6 0.522 54.5 m 14.7 * +1.41 066. 10. r13.8 * 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 +0.70 053.3 08.0 062. 07. r 8.92 c -29 -17 -26 BD+16 502 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 +0.86 053.3 08.0 062. 07. r 9.77 c -10 -19 -15 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 +0.54 048.9 13.6 045. 07. r 5.98 d -35 -19 +10 23140BD+45 805 G078-049
Wo 9124 x03 41 17+ 24 38.6 0.05 165. F8 10.66 +0.66 +0.13 044.5 10.2 044.5 10.2 8.90 d HZ 314 TR108
Wo 9125 x03 41 17+ 24 37.6 0.05 165. G0 10.81 +0.70 +0.19 +0.27 048.5 17.0 048.5 17.0 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 +1.99 051.5 18.8 051.5 18.8 7.4 f -1 +1 -3 23232BD+24 543 HZ 316 TR109 no member
Wo 9127 03 41 23+ 24 36.6 0.05 165. G3 11.09 +0.86 +0.48 046.5 10.2 046.5 10.2 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 +0.13 056.3 04.2 056.3 04.2 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 +0.28 064.2 15.3 061. 09. r 5.92 d -36 -16 -16 23484CD-38 1264
NN 3248 03 42 52+ 73 23.6 0.515 126.1 m 11.31 +1.54 +0.89 058.1 03.3 058.1 03.3 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 +0.54 051.8 03.1 051.8 03.1 7.90 b +4 +3 +26 23189BD+68 278 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 051.8 03.1 051.8 03.1 9.87 b +7 +5 +27 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 * 051.8 03.1 051.8 03.1 10.2 * b 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 +0.72 068.9 04.6 068.9 04.6 8.80 b -42 -17 -8 23453BD+25 613 G006-034 V104
Gl 154.1A p03 43 19- 28 01.2 0.364 63.6 +32.9 K5 V 8.25 +1.00 J+0.80 : J+0.40 J 035.4 11.9 048. 07. r 6.66 d -41 -26 -4 23588CD-28 1276 U069 ADS 2756 V(AB) = 8.22 d(m) = 3.30
Gl 154.1B p03 43 19- 28 01.2 0.364 63.6 M3 V 11.6 * 035.4 11.9 048. 07. r10.0 * d 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 +0.41 043.7 12.8 043.7 12.8 2.1 e -17 -57 -17 23817CP-65 263 BET Ret
GJ 1064 A s03 43 37+ 41 17.4 1.375 153.9 +49.6 K1 V 8.15 +0.78 +0.20 048.9 06.1 048.9 06.1 6.60 c -86 -93 -65 23439BD+41 750 G095-057 180 LTT 11256 Wolf 225 ADS 2757
GJ 1064 B s03 43 37+ 41 17.5 1.400 154.6 +51.5 SB K2 V 8.75 +0.90 +0.45 048.9 06.1 048.9 06.1 7.20 c -88 -93 -68 181 LTT 11257 sep 8" 50d (NLTT)
Wo 9131 x03 44 06+ 23 50.5 0.044 158.1 +4.3 F0 V 8.38 +0.29 +0.08 048.6 17.0 048.6 17.0 6.8 f -4 -3 -3 23585BD+23 528 HZ 1284 TR365
NN 3249 03 44 21- 11 27.0 0.551 78.8 M2.5 K 12.70 +1.53 +1.04 041. 09. r10.76 d G160-022 1590 LTT 1777 L 805-8 LP 713-28
NN 3250 03 44 37+ 08 33.1 0.789 144.0 k-m 14.51 +1.87 +1.39 079.7 03.5 079.7 03.5 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 +0.14 056.1 09.2 056.1 09.2 2.96 d +36 -22 -21 23754CD-23 1565 1591 27 TAU(6) Eri
Wo 9132 x03 45 08+ 23 59.4 0.041 166.5 +7.1 F6 V 9.24 +0.54 +0.12 045.1 11.9 045.1 11.9 7.5 e -6 -2 -5 23713BD+23 548 HZ 1726
Gl 155.1 03 45 23+ 02 38.5 0.539 225.2 M1 K 11.04 +1.50 +0.82 048.0 08.7 048.0 08.7 9.45 d G080-022 1594 V430 AC+02:2282-51
NN 3251 03 46 07+ 63 18.5 0.271 177. M3 L 11.39 +1.42 +1.23 +0.85 t 045. 09. r 9.66 d G246-050
Wo 9134 s03 47 24- 64 59.4 0.365 74.4 +19.3 G5 V 7.85 +0.66 +0.17 +0.22 042.6 11.9 026. 04. r 4.92 d -41 -52 +20 24293CP-65 272 LTT 1791
Wo 9135 s03 48 04+ 23 45.2 0.166 106. +38. dK6 s 10.23 +1.16 +1.04 +0.45 046.8 15.3 027. 03. r 7.39 c -45 -17 -3283066BD+23 571 vB 170 Hyades
GJ 1065 03 48 18- 06 13.6 1.428 196.8 dM4 12.79 +1.70 +1.40 +1.16 104.9 03.7 104.9 03.7 12.89 a G160-028 183
NN 3252 03 48 27- 01 01.3 0.525 175.6 m 18.02 +1.86 068.2 01.8 068.2 01.8 17.19 a 1604 LP 593-68
NN 3253 03 49 49+ 16 52.7 0.766 147.5 M4.5 K 13.7 * +1.41 070.0 13.0 104. 15. r13.8 * d G006-039 1610 LTT 11284 Wolf 227
NN 3254 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 24365BD+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 +0.31 045.4 08.1 045.4 08.1 6.15 d -68 -14 +15 24238BD+60 762 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 +0.93 051.7 09.8 051.7 09.8 10.71 d+120 +8 +31 CD-37 1501 184
NN 3255 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 24496BD+16 527 LTT 11292 comp B: G5 optical
NN 3256 03 52 01- 09 18.3 M3 s 11.22 +1.53 +1.14 +0.95 067. 13. r10.35 d Steph 430
NN 3257 03 52 03+ 59 29.7 0.310 303.9 G0 6.54 047. 05. o 4.90 c 24409BD+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 +0.62 069.8 06.1 069.8 06.1 8.24 b -66 +13 -30 BD-07 699 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 : +0.84 053.6 11.9 053.6 11.9 9.51 d -17 -37 -7 G175-011 6 V226 LTT 11297 Ross 23 AC+53:2250-45 comp Wor 5 prob. optical
NN 3258 03 54 22- 25 19.3 0.295 159.7 G8 V 6.88 055. 06. o 5.58 c 24892CD-25 1653 LTT 1829
Gl 156.2 03 54 49+ 76 01.6 0.637 147.3 +20.0 K4 V 8.26 +1.15 +1.04 049.2 04.8 049.2 04.8 6.72 c -59 -24 -9 24451BD+75 154 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 25004CD-41 1208 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 +0.45 071.7 15.5 068. 09. r 7.20 c +6 +1 -17 24916BD-01 565 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 +1.02 071.7 15.5 068. 09. r10.77 c +0 -1 -22
Gl 157.1 03 56 49+ 25 57.2 0.778 107.5 +94.0 dM4 W 12.62 +1.49 +1.67 +1.14 043.8 05.2 043.8 05.2 10.83 c-115 -52 +3 G006-042 1616 Wolf 1322
Wo 9141 q03 57 20+ 51 15.4 0.852 156.7 M3.5 K 13.65 038.9 08.5 038.9 08.5 11.60 d G175-013 1618 LTT 11315 LFT 324
NN 3259 03 57 46+ 08 06.0 0.519 222.1 DC9 15.87 +0.69 +0.00 056.7 03.7 056.7 03.7 14.64 b G007-016 1617 W LTT 11318
NN 3260 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 s03 59 53+ 35 09.3 2.201 127.7 -25.6 K1 V 8.51 +0.87 +0.37 +0.34 054.8 07.4 054.8 07.4 7.20 c -40-187 +21 25329BD+34 796 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 +0.19 055.2 04.8 055.2 04.8 4.08 b -8 -27 -12 25457BD-00 632
Wo 9142 s04 01 57+ 00 06.9 0.408 209.0 -38. G8 K 8.33 +0.77 +0.37 040.9 07.3 040.9 07.3 6.39 d +59 -10 -12 25682BD-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 +0.22 057.5 05.8 057.5 05.8 4.70 c -25 -15 -7 25680BD+21 587
NN 3261 04 02 59+ 05 36.6 0.152 146. dM5 e R 12.89 063. 08. p11.89 c Rob 256
NN 3262 p04 03 26+ 82 47.4 0.273 160. +7. dM0 M 10.82 +1.44 +1.25 +0.71 036.3 11.9 042. 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 +0.05 043.1 10.2 043.1 10.2 3.8 e -47 -39 -30 25945CD-27 1540 LTT 1864
Gl 161 04 04 23+ 69 24.8 0.308 165.1 -10.8 dK2 W 7.70 +0.91 +0.77 057.0 09.4 052. 07. r 6.28 c -10 -23 -17 25665BD+69 238 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 +0.48 049.3 06.4 049.3 06.4 8.14 c +37 -61 -34 BD-21 784 1628
NN 3263 04 05 13- 24 36.6 0.658 162.8 M3.5 12.4 * +1.19 081. 16. r11.9 * 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 -0.03 047.8 13.6 043. 05. r 3.69 c -33 -18 -8 25998BD+37 882
Gl 161.2 s04 05 21- 40 53.4 0.339 344. k 10.98 +1.13 +0.62 C 045.9 13.6 019. 03. r 7.37 d CD-41 1288 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 +0.83 072.7 07.8 072.7 07.8 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 +0.22 039.3 16.9 049. 08. r 4.83 d -34 -28 -15 26491CP-64 305
NN 3264 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 26337BD- 8 801
GJ 1067 04 07 26+ 70 04.4 0.10 289. dM0 M 9.69 +1.23 +1.19 +0.50 047.4 10.2 041. 05. r 7.75 c V435
NN 3265 04 07 30+ 49 24.5 0.483 166.4 M3.5 K 13.45 +1.15 043. 08. r11.62 d G175-017 5091 LTT 11358 Ross 27
NN 3266 04 07 34+ 64 36.6 0.647 130.0 m 13.71 +1.69 +1.32 084.5 02.9 084.5 02.9 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 +1.08 064.9 10.1 064.9 10.1 10.87 d -74 -82 -3 188 L 229-091
NN 3267 s04 08 37+ 76 09.9 0.239 166.4 +10.4 G5 8.19 +0.84 +0.52 042.4 10.7 036. 05. r 5.97 d -30 -8 -12 26018BD+75 166 LTT 11362
Gl 164 04 09 09+ 52 29.7 0.910 203.7 M3.5 K 13.50 +1.67 +1.37 075.3 07.0 075.3 07.0 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. r13.1 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 061.9 08.5 061.9 08.5 12.63 J d 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 +0.84 050.9 08.5 050.9 08.5 7.20 d -33 -10 -1 26581BD+58 724 G175-024
NN 3268 04 11 26- 54 00.1 0.838 39.2 m 13.87 +1.56 +1.13 +1.19 040. 08. r11.88 d 1639 LTT 1901 L 230-205
Gl 165.2 s04 11 53+ 02 53.6 0.280 19.7 +53.3 K3 V U 8.79 +0.97 +0.78 +0.47 C 048.3 13.5 037. 06. r 6.63 d -63 +10 -4 26794BD+02 665 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 3269 s04 12 43+ 15 34.9 0.128 103.5 M2 11.01 +1.24 +0.51 097.0 38.0 023. 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 +0.31 207.1 02.5 207.1 02.5 6.01 a +95 -11 -39 26965BD-07 780 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 -0.10 207.1 02.5 207.1 02.5 11.10 a+112 -6 -24 26976BD-07 781 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 +1.31 207.1 02.5 207.1 02.5 12.75 a +97 -11 -36 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. r11.0 f G160-061 LTT 1919 L 806-34
NN 3270 04 14 35+ 08 42.3 0.379 159. dM4 e R 13.82 +1.40 095. 14. r13.71 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 +0.42 075.6 09.4 075.6 09.4 7.03 c -37 -8 +46 27274CP-53 672 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 +0.18 044.4 16.7 044.4 16.7 2.5 f -25 -18 -13 27290CD-51 1066 BS 1338 GAM Dor
Gl 167.2 s04 15 03- 26 10.6 0.700 58.6 +55. M0 K 11.80 +1.38 +1.1 : +0.74 051.7 10.2 051.7 10.2 10.37 d -73 -43 +5 1651 LP 834-41 L 590-10
NN 3271 04 15 31+ 75 01.8 0.778 132.8 M3 K 12.16 +1.51 +1.03 054. 13. r10.8 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 +0.37 t 067.0 08.4 067.0 08.4 3.57 c +12 -22 -20 27442CP-59 324 EPS Ret
NN 3272 04 16 37- 49 10.5 0.506 5.3 M4 K 13.2 * +1.11 046. 09. r11.5 * d 1654 LTT 1935 L 302-94
NN 3273 04 18 46+ 51 49.6 0.175 119.1 G5 7.73 046. 05. o 6.04 c 27456BD+51 913
NN 3274 04 18 52+ 21 12.9 0.254 151. k-m 13.03 +1.56 +1.08 042. 19. r11.1 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 +1.42 053.7 04.7 053.7 04.7 13.92 b G039-009 1667
NN 3275 04 19 13+ 19 08.5 0.119 260. dM4.5e 12.9 * +1.7 104. 42. r13.0 * f LP 415-636 BPM 85717
Gl 168.1 x04 19 15+ 19 21.9 0.003 18.4 15.04 : +1.0 : +0.70 070.1 18.8 070.1 18.8 14.3 : e LOWNE 1
Gl 168.2 x04 19 18+ 19 22.3 0.280 148. m 15.77 : +1.0 : +1.10 059.1 15.3 059.1 15.3 14.6 : e LOWNE 2 LP 415-26 ppm(NLTT)
NN 3276 04 19 24+ 15 23.9 0.07 115. m 17. * +2.74 C * 042. 06. p15. * 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. w14.81 c 1660 W LTT 1951 LFT 349 L302-89 BPM 31852
NN 3277 04 20 15+ 09 17.2 0.079 314.4 G5 8.04 040. 05. o 6.05 c 27733BD+ 9 568
NN 3278 s04 21 07+ 16 36.2 0.12 100. dM0 s 12.55 +1.49 +0.82 049.0 22.0 025. 04. r 9.54 d VA 297
NN 3279 04 21 16- 57 33.2 0.534 208.5 m 11.8 * +1.04 065. 13. r10.9 * d 1665 LTT 1960 L 178-49
NN 3280 04 21 36+ 32 20.2 0.274 121. k-m 12.44 +1.51 +1.15 039. 19. r10.4 f G039-011 LTT 11417 L 1455-12 LP 302-22
NN 3281 s04 22 08+ 16 52.3 0.104 105.9 +43. M2 10.31 +1.04 +0.93 +0.37 039.0 13.0 019. 02. r 6.70 c -46 -21 -3285742BD+16 593 VA342
NN 3282 A 04 22 32+ 07 56.1 0.145 86. m 12.63 +1.05 042. 05. r10.75 c LDS 3584A
NN 3283 B 04 22 34+ 07 57.2 0.145 86. m 14.97 +1.31 042. 05. r13.09 c LDS 3584B
NN 3284 s04 22 58+ 15 24.3 0.13 103. dM0 12.13 +1.40 +1.04 052.0 17.0 052.0 17.0 10.7 e VA366 GH7-208
NN 3285 04 23 07+ 12 05.2 0.261 210. DC8 15.5 : 081. 11. w15.0 : 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 039.7 06.9 040. 05. r 4.89 c +21 +15 -10 28255CP-57 659 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 * 039.7 06.9 040. 05. r 5.3 * c -1 +1 +5 sep 5.8"
NN 3286 04 23 19- 40 09.3 0.674 182.8 M3.5 K 14.1 * +1.33 060. 13. r13.0 * d 1668 LTT 1976 L 374-6
NN 3287 04 23 23+ 59 28.8 0.234 151. m 14.45 +1.28 045. 08. r12.72 d G175-032
NN 3288 04 23 40+ 04 26.3 0.856 132.3 DC9 17.11 +1.10 043. 04. w15.28 c 1670 W482 LP 535-11
NN 3289 04 23 43+ 03 30.7 1.033 186.4 m 18.32 058.7 01.8 058.7 01.8 17.16 a 191 LP 535-12
NN 3290 s04 24 24+ 17 07.6 0.11 105. dM1 13.06 +1.49 +0.91 051.0 17.0 025. 05. r10.05 d VA420 GH7-221
Wo 9156 s04 24 42- 64 11.8 0.333 350.0 +52.7 G5 V 7.91 +0.65 +0.16 043.8 10.2 026. 04. r 4.98 d -50 -26 -58 28471CP-64 334 LTT 1986
NN 3291 04 25 06+ 11 40.7 0.575 147.3 k 13.85 +1.20 043. 08. r12.02 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 +0.62 085.4 05.8 085.4 05.8 7.93 b +30 +7 +13 28343BD+21 652 V008
NN 3292 04 26 28+ 14 07.2 0.292 54. m 13.5 : +1.31 079. 13. r13.0 : d G008-038 LTT 11438
NN 3293 04 26 31- 25 16.4 0.521 187.3 M2.5 K 12.0 * +1.02 055. 09. r10.7 * 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 +1.14 181.9 01.1 181.9 01.1 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 -0.49 181.9 01.1 181.9 01.1 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 +1.41 095.9 03.1 095.9 03.1 13.82 a G081-021 1674 Ross 594
NN 3294 04 27 31+ 17 23.3 0.07 113. k-m 14.57 +1.75 063.0 26.0 063.0 26.0 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 +0.13 052.3 11.9 052.3 11.9 3.37 d -40 -8 -11 28527BD+15 637
NN 3295 04 29 11+ 64 31.7 0.088 299.3 G0 7.74 040. 05. o 5.75 c 28495BD+64 458
NN 3296 04 30 36+ 20 38.7 0.546 126.6 m 14.6 * +1.39 064. 09. r13.6 * d G008-041 1681 LTT 11454
NN 3297 04 30 59+ 34 43.5 0.336 148. g-k 13.13 +1.57 +1.17 043. 20. r11.3 f G039-024 LTT 11455 L 1455-1 LP 250-2
Wo 9158 s04 31 11+ 05 17.1 0.281 196.7 K1 K 7.93 +0.79 +0.35 043.7 20.5 037. 06. r 5.77 d 28946BD+05 678 G082-030 LTT 11456
NN 3298 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 29086CD-37 1799 U 84 CP-37:540
NN 3299 AB 04 31 29+ 39 02.4 0.137 217.8 K5 9.3 * 040.0 05.3 040.0 05.3 7.3 * c 276666BD+38 912 ADS 3303 sep 0.3" d(m) = 0.5
Gl 171 q04 31 59+ 55 18.9 0.621 116.2 +50. SB K2 V 8.34 +0.90 +0.67 034.6 12.2 039. 06. r 6.30 d -75 -39 +32237287BD+55 900 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 29220CD-43 1472 U 85 BPM 31946
NN 3300 04 32 50- 35 45.4 0.248 201.6 G8 V 7.58 c +0.81 c 043. 06. r 5.75 c d 29231CD-35 1797 LTT 2036 V,B-V from CPC
NN 3301 AB 04 33 03+ 16 24.6 0.094 112.1 +54.0 K 11.2 * 043.1 09.0 043.1 09.0 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 +0.70 049.4 04.9 049.4 04.9 -0.68 c -49 -19 -25 29139BD+16 629 ALF Tau ADS 3321
Gl 171.1B 04 33 03+ 16 24.6 0.200 161.1 dM2 13.5 * 049.4 04.9 049.4 04.9 12.0 * c 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 +0.51 061.1 03.0 061.1 03.0 7.35 b -38 -17 -2283750BD+26 730 G008-044
Gl 171.2B 04 33 39+ 27 03.9 0.278 118. DC8 15.80 +0.65 -0.05 061.1 03.0 061.1 03.0 14.73 b 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 +0.65 098.5 02.4 098.5 02.4 8.58 a -41 -9 -1232979BD+52 857 G175-042 1688 V449
NN 3302 04 33 52+ 11 07.0 0.632 058.6 k-m 14.30 +1.62 +1.16 +1.24 040.4 06.2 040.4 06.2 12.33 d G083-022 1686 LTT 17665
NN 3303 04 34 55- 29 09.6 0.517 71.0 M3.5 K 13.7 * +1.17 041. 08. r11.8 * d 1687 LTT 2047 L 591-70 LP 890-46
NN 3304 04 35 04+ 28 07.1 0.366 98. m 12.53 +1.65 +1.29 +1.26 100. 17. r12.53 d G039-029 LTT 11472
NN 3305 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 +0.93 094.0 08.5 094.0 08.5 10.23 b +15 +2 -9 BD-11 916 V106
NN 3306 04 35 24- 08 53.9 1.520 171.2 DQ7 13.77 +0.33 -0.72 105.1 02.6 105.1 02.6 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 041.0 08.5 041.0 08.5 1.97 d -14 -24 -37 29503BD-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 * 041.0 08.5 041.0 08.5 5.4 * d sep 0.8"
Gl 173.1A s04 36 58+ 09 46.8 0.364 182.8 -21.3 SB K3 V U 9.20 +1.02 +0.82 +0.43 049.4 06.8 049.4 06.8 7.67 c +31 -24 -11286955BD+09 621 G083-028 V451
Gl 173.1B s04 36 59+ 09 46.1 0.358 179. k-m 14.19 +1.57 +1.06 +1.10 049.4 06.8 049.4 06.8 12.66 c G083-029 sep 34" 162d (NLTT)
NN 3307 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 +0.49 071.2 08.9 071.2 08.9 7.26 c +0 -3 -24 29697BD+20 802 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 +0.20 C 044.8 23.3 044.8 23.3 2.7 f +11 +6 -12 29875CD-42 1587 ALF Cae
Gl 174.1B 04 38 57- 41 57.5 0.166 242.7 12.5 * 044.8 23.3 044.8 23.3 10.8 * f
Gl 175 A s04 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 063.2 18.8 039. 07. r 5.15 d -20 -7 -7 30003CP-59 370 BS 1504 V(AB) = 6.53 d(m) = 0.21
Gl 175 B s04 39 29- 59 02.5 0.166 11.8 7.4 * 063.2 18.8 039. 07. r 5.4 * d 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 +0.96 107.4 03.2 107.4 03.2 10.14 a -23 -57 -12 BD+18 683 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 +0.22 C 056.9 13.6 056.9 13.6 3.8 e -25 -12 -14 29992CD-37 1867 BET Cae
Gl 176.2 04 40 29+ 27 35.9 0.271 167.6 +17.1 K3 K 8.00 +0.90 +0.63 044.9 06.3 044.9 06.3 6.26 d -17 -24 -16 29883BD+27 688 G085-011 other SpT: K5 III OP
NN 3308 04 40 31+ 18 54.7 0.030 29. 13.4 * 040.3 10.2 040.3 10.2 11.4 * e AC+19:1513-210 Ann Shanghai Obs. Vol. 10, p 57 (1989)
NN 3309 04 41 19+ 27 46.5 0.420 166. M2.5 L 11.26 +1.53 +1.21 077. 36. r10.7 f G039-034 LTT 11502
NN 3310 04 41 28+ 29 43.9 0.271 214. k-m 13.45 +1.60 +1.55 045. 20. r11.7 f G039-035 LTT 11503
NN 3311 04 42 28+ 48 40.0 1.204 122.5 m 17.29 051.8 01.0 051.8 01.0 15.86 a 197 LP 157-25 V-I = 3.79 (USNO), wrong chart in LHS
NN 3312 04 42 56+ 42 15.5 0.065 0.0 +28.8 G0 6.52 052. 06. o 5.10 c -26 +13 +3 30090BD+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 +0.29 049.9 05.9 049.9 05.9 6.08 c +37 +4 -41 30501CD-50 1492 1701
NN 3313 04 44 36+ 02 04.3 0.260 268. k 11.34 +1.48 +1.20 053. 26. r10.0 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 +0.22 078.9 09.2 078.9 09.2 4.98 c -23 -9 -3 30495BD-17 954
NN 3314 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 30523BD-11 965
NN 3315 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 +0.16 133.1 07.4 133.1 07.4 3.81 b -26 -14 +3 30652BD+06 762 1 PI(3) Ori
NN 3316 04 47 44+ 26 02.4 0.617 111.9 m 12.84 +1.54 +1.33 +1.03 039. 08. r10.80 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 +1.52 071.4 05.7 071.4 05.7 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 +0.23 040.9 10.8 040.9 10.8 5.0 e -51 -64 -6 30649BD+45 992 G081-038 1708 LFT 375
NN 3317 04 48 04- 35 11.5 0.114 194.4 K2 V 7.45 c +0.90 c 060. 09. r 6.34 c d 30876CD-35 1948 V, B-V from CPC
GJ 1073 04 49 02+ 40 38.3 1.633 133.2 k 13.43 +1.61 +1.29 077.4 02.8 077.4 02.8 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 +1.22 076.7 09.0 076.7 09.0 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 +0.41 t 043. 07. r 6.94 d 30973BD+21 717 AG+22:478
Gl 180 04 51 35- 17 50.7 0.765 143.8 -15. M3 : K 10.90 +1.54 +0.94 083.8 08.2 083.8 08.2 10.52 c +30 -30 +17 1712 L 736-030
NN 3318 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 3319 04 52 15- 35 29.2 0.197 36.9 K0 V 7.60 c +0.77 c 043. 06. r 5.77 c d 31392CD-35 1989 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. r11.0 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. r12.0 e U098BLDS 131B BPM 17965 sep 9" Eggen
Wo 9169 A s04 53 17+ 04 35.5 0.233 145.6 F8 7.02 +0.55 +0.06 040.2 13.6 029. 04. r 4.33 d 31412BD+04 782 LTT 11546
Wo 9169 B s04 53 15+ 04 35.7 0.230 148. k 14.6 P 040.2 13.6 029. 04. r11.9 P d G097-007 sep 22" 278d
GJ 2037 p04 53 42- 28 38.3 0.285 137.9 +12.1 K3/4 V 8.13 +1.07 +0.96 +0.39 030.1 11.9 057. 06. r 6.91 c +5 -26 +2 31560CD-28 1839 U099 LTT 2124
GJ 1074 04 54 50+ 50 52.4 0.590 123.2 M1 K 10.98 +1.48 +0.80 054.8 11.9 054.8 11.9 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 +0.71 057.7 06.5 057.7 06.5 8.59 c +27 -25 -2 BD+49 1280 V109
Gl 181.1 s04 55 14- 61 13.9 1.102 123.0 +42. m 12.06 +1.48 +1.11 +0.75 045.2 10.6 027. 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 +0.75 052.9 20.2 061. 13. r 9.02 d -10 -12 -16 V111 AC+01:1951-103
NN 3320 q04 58 11+ 24 48.4 0.457 150. M2.5 K 11.51 +1.48 +1.21 034.3 14.7 063. 16. r10.5 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 +0.36 110.7 03.9 110.7 03.9 6.44 a +5 -56 -11 32147BD-05 1123 200 U102
NN 3321 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 3322 04 59 14+ 09 54.8 0.120 157. dM3 R 11.47 +1.52 +0.98 +1.24 142. 32. r12.23 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 +0.76 067.5 05.2 067.5 05.2 9.08 b-117-100 +16 BD+52 911 G191-019 201 V110
NN 3323 04 59 33- 07 00.6 0.773 224.5 m 12.1 * +1.33 163. 26. r13.2 * 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 129.6 07.5 129.6 07.5 9.02 b +19 +7 +2 32450BD-21 1051 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 * 129.6 07.5 129.6 07.5 11.1 * b a = 1.40" P = 42.7 yr
NN 3324 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 32387BD+24 739
NN 3325 05 01 07- 17 26.2 0.501 202.8 M3 K 11.69 +1.63 +1.11 085. 20. r11.3 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 +0.63 050.2 07.2 050.2 07.2 7.78 d -81 -73 -35 CD-23 2363 V113
Gl 186.1A s05 01 20- 56 09.7 0.722 356.8 +2.9 G5 V 7.02 +0.63 +0.03 +0.25 050.7 08.2 038. 04. r 4.92 c -88 +15 -13 32778CD-56 1071 1724
Gl 186.1B s05 01 28- 56 10.5 0.62 354. m 10.60 +1.36 +1.14 +0.62 050.7 08.2 038. 04. r 8.50 c CP-56 768 1727 LTT 2159 L 179-10 sep 78" 124d (LHS)
NN 3326 05 01 29+ 10 59.1 0.212 341. m 13.75 +1.32 073. 12. r13.07 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 +0.24 C 042.2 09.8 039. 05. r 3.33 c -6 -13 -17 32743CD-49 1541 ETA(1) Pic
Gl 187.1 x05 02 30- 42 25.8 0.227 128. +59.8 K0 C 10.04 +0.74 +0.20 +0.40 C 052.1 10.2 052.1 10.2 8.62 d -9 -58 -24273011CP-42 588
Gl 187.2A s05 02 45+ 51 32.0 0.178 187.5 +0.6 SB F0 V 5.00 +0.33 -0.01 047.1 21.6 047.1 21.6 3.4 f -7 -11 -12 32537BD+51 1024
NN 3327 05 02 53- 12 04.3 0.187 254. +2.1 M4 e 12.97 +1.46 C 054. 12. r11.63 d +4 +5 -15 LP 716-35
NN 3328 05 03 24+ 04 16.2 0.375 76. g 11.54 +1.51 +1.17 059. 28. r10.4 f G084-036 LTT 17742
NN 3329 05 03 39- 17 27.3 0.687 015.6 DC9? 15.97 +0.74 +0.00 046.2 04.6 046.2 04.6 14.29 c 1734 W LP 777-1
NN 3330 q05 03 51+ 14 23.0 0.379 131.0 +32.5 K0 V 7.75 +0.80 +0.41 025.8 20.5 041. 07. r 5.81 d -29 -46 +2 32850BD+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 058.8 04.3 058.8 04.3 4.45 b -27 -25 +31 32923BD+18 779 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 * 058.8 04.3 058.8 04.3 4.55 * b 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 +0.20 087.8 23.2 073. 09. r 4.03 c -7 +4 -1 33262CP-57 735 BS 1674 ZET Dor
NN 3331 A 05 04 42- 21 39.0 M2 s 10.29 +1.52 +0.90 083. 12. r 9.89 d BD-21 1074 Steph 546
NN 3332 BC 05 04 41- 21 39.0 M3: s 11.66 +1.51 J +1.14 J 083. 12. r11.26 d Steph 545 sep(AB) 8.3" 319d, sep(BC) 1.3" 30d V(BC) = 11.30 d(m) = 1
NN 3333 05 04 54+ 17 55.3 0.287 160. k 11.78 +1.66 +1.32 +1.08 081. 18. r11.32 d G085-041 LTT 11586 Wolf 230
NN 3334 05 04 54+ 09 24.7 0.381 179.1 -22.2 G1 IV 6.17 +0.62 +0.10 +0.22 040.2 03.3 040.2 03.3 4.19 b +36 -31 -16 33021BD+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 1079 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 -0.01 049.7 05.6 049.7 05.6 1.27 c +13 +4 -7 33111BD-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 +0.26 C 048.4 10.2 046. 06. r 3.42 c -10 -6 +1 33256BD-04 1056
NN 3335 p05 06 18+ 15 24.3 0.642 166.8 M3 K 12.48 +1.50 +1.00 +1.04 033.6 20.7 048. 11. r10.89 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 +1.16 090.6 18.8 090.6 18.8 10.09 d +40 -61 -2 203 L 737-009
NN 3336 05 06 33+ 48 47.1 0.454 154.9 M2 L 11.39 +1.53 +1.20 072. 34. r10.7 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 33428BD+16 715 G085-047 Wolf 231
NN 3337 05 08 03+ 18 34.5 0.682 199.4 m 14.2 * +1.24 043. 08. r12.4 * 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 +1.88 C +0.82 039.9 20.5 039.9 20.5 6.7 f -37 -43 -23 33811CD-44 1905 LTT 2195
Gl 191 05 09 41- 44 59.9 8.706 131.1+245.5 M0 V 8.85 +1.55 +1.21 +0.79 258.3 07.6 258.3 07.6 10.91 a +19-287 -54 33793CD-45 1841 29 U628
Gl 192 05 09 44+ 19 36.2 0.352 48. -28.6 M3.5: K 10.76 +1.54 +1.23 +0.95 070.4 05.0 070.4 05.0 10.00 b +23 +5 +29 G085-052 AC+19:1165-38
NN 3338 s05 11 19+ 19 49.7 0.332 135.5 K4 K 9.47 +1.17 +1.11 040.3 14.1 038. 07. r 7.37 d 241814BD+19 872 G085-055 LTT 11613 comp B: K3: opt.
NN 3339 05 11 21+ 07 57.1 0.352 217. DA8 15.89 +0.42 -0.40 040. 04. w13.90 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 +0.36 C 062.0 13.6 040. 07. r 5.45 d -7 -49 -4 34101BD-15 978 dG6 (Wilson)
NN 3340 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 079.0 04.2 079.0 04.2 0.20 b -29 -16 -9 34029BD+45 1077 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 * 079.0 04.2 079.0 04.2 0.45 * b -40 -12 -8
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 076.3 02.8 076.3 02.8 9.61 a -37 -13 -9 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 * 076.3 02.8 076.3 02.8 13.1 * b sep 1.8" 117d - 3.0" 143d (1935-58)
NN 3341 05 13 51- 31 21.2 0.576 63.8 m 12.15 +0.99 048. 09. r10.56 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 -0.13 052.9 06.1 052.9 06.1 3.67 c +19 +4 -4 33564BD+79 169
Gl 197 05 15 37+ 40 03.4 0.844 141.6 +66.5 G2 IV-V 4.71 +0.63 +0.12 +0.20 069.5 07.4 069.5 07.4 3.92 c -77 -42 +5 34411BD+39 1248 1753 LAM Aur
NN 3342 A 05 16 18+ 58 45.0 0.526 160.3 m 13.44 +1.62 039.0 02.1 039.0 02.1 11.40 b G191-030 1758
NN 3343 B 05 16 17+ 58 44.7 0.526 160.3 m 14.03 +1.64 039.0 02.1 039.0 02.1 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 +0.21 063.7 15.3 049. 08. r 4.41 d -35 -40 +13 34721BD-18 1051 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 079.7 05.7 079.7 05.7 7.21 b -81 -53 +6 34673BD-03 1061 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 * 079.7 05.7 079.7 05.7 11.2 * b 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 053.6 09.8 061. 08. r 8.26 c -14 -12 -23 34751BD-21 1131 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 * 053.6 09.8 061. 08. r12.4 * c sep 4.1" 73d - 5.0" 75d (1930-59)
Gl 200.1 x05 16 48- 53 43.6 0.512 154.2 k 13.19 +1.16 +0.72 +0.50 044.9 10.2 044.9 10.2 11.45 d 1751 L 233-030
NN 3344 05 16 50- 72 17.6 0.840 356.3 m 11.70 +1.40 +1.11 +0.96 052. 10. r10.28 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 242703BD+03 849 AG+03: 619
NN 3345 05 16 59+ 55 43.1 0.278 150. m 13.01 +1.09 043. 09. r11.18 d G191-032
NN 3346 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 34865BD-15 1016 U111 LTT 2240
GJ 1076 s05 19 13+ 54 45.5 0.394 167.7 +49.3 K3 p K 9.46 +1.04 +0.91 +0.38 051.1 13.6 029. 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 +1.08 076.8 13.0 076.8 13.0 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 35152BD+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 +0.44 061.2 06.8 061.2 06.8 6.88 c -39 -15 +9 35171BD+17 917 G085-068 V462
GJ 1078 05 20 47+ 22 30.2 0.383 141. m 15.52 +1.83 +1.65 048.5 04.5 048.5 04.5 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 -0.06 065.2 09.0 065.2 09.0 4.06 d -38 -15 +7 35296BD+17 920
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 35854CD-32 2337 U114 LTT 2265
Gl 203 05 25 16+ 09 36.8 0.783 195.1 M3.5 K 12.48 +1.64 +1.21 +1.18 099.7 03.2 099.7 03.2 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 +1.06 052.3 02.2 052.3 02.2 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 +0.43 071.2 06.9 071.2 06.9 6.91 c +77 -3 -22 36003BD-03 1110 G099-012 1763 V463
NN 3347 A 05 26 03+ 12 30.9 0.234 156.3 +8.6 G0 V 6.75 +0.58 +0.07 +0.29 039.5 10.2 039.5 10.2 4.7 e -2 -29 -6 35956BD+12 801 LTT 11655
NN 3348 B 05 26 08+ 12 29.7 0.235 153. m 13.98 +1.65 +1.37 039.5 10.2 039.5 10.2 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. r12.99 c LP 417-212
NN 3349 q05 26 38+ 32 03.2 0.700 198.4 M3 K 12.15 +1.48 . +1.15 034.1 05.0 034.1 05.0 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 +0.26 044.8 17.0 049. 08. r 5.44 d +12 -3 -19 36435CP-60 424
Wo 9181 s05 27 06- 75 43.7 0.331 196.5 +43.0 F8 V 7.17 +0.54 +0.01 042.1 11.9 027. 03. s 4.33 c +66 -16 -26 36767CP-75 314 LTT 17817
Gl 204.2 05 27 23- 03 28.4 0.570 214.0 M3.5 K 12.02 +1.53 +1.32 +1.05 053.1 04.5 053.1 04.5 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 +0.85 172.3 03.1 172.3 03.1 9.14 a +23 -57 -11 36395BD-03 1123 G099-015 30 V009
NN 3350 05 29 08- 30 13.5 0.571 142.0 m 13.0 * +1.13 050. 10. r11.5 * d 1767 LP 892-51
NN 3351 05 29 12+ 79 31.0 1.192 141.2 -92. m 18.40 045.2 01.4 045.2 01.4 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 : 070.9 02.7 070.9 02.7 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 +1.16 065.9 02.7 065.9 02.7 11.30 a G096-045
Gl 207 s05 29 53+ 29 21.4 0.330 245.2 K7 K 12.07 +1.46 +1.19 054.1 15.3 054.1 15.3 10.7 e G098-008 6 AC+29:13493
NN 3352 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 +1.09 066.3 08.9 066.3 08.9 10.64 c -13 -7 -28 G099-017 V 371 Ori
NN 3353 A 05 31 30+ 10 17.5 0.380 197. M3 K 12.32 +1.06 051. 07. r10.86 c G097-052 LTT 11678 Ross 45
NN 3354 B 05 31 30+ 10 17.4 0.380 197. M3.5 K 13.62 +1.21 051. 07. r12.16 c LTT 11679 sep 6" 191d
NN 3355 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 3356 05 32 02+ 13 51.1 0.410 197. M3.5 K 11.81 +1.59 +1.15 080.7 05.7 080.7 05.7 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. w13.37 c W319 GD 69
NN 3357 05 33 30- 07 41.0 0.485 17.8 M4 K 12.80 +1.63 +1.23 079. 19. r12.3 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 +0.65 086.1 05.6 086.1 05.6 8.48 b -19 -7 -6245409BD+11 878 V464
Gl 209 05 34 04+ 20 42.4 0.443 191.3 -23.2 G4 IV-V 7.67 +0.66 +0.12 056.2 15.3 056.2 15.3 6.4 e +28 -24 -23 37124BD+20 1018 G100-027 6
NN 3358 05 34 18+ 51 24.9 0.560 281.3 -44.0 K2 V 7.73 +0.83 +0.44 039.7 07.0 039.7 07.0 5.72 d +48 +31 -57 37008BD+51 1094 G191-048 1772 LTT 11689 LFT 420
NN 3359 05 35 20+ 45 25.3 0.127 146.8 G5 8.08 042. 05. o 6.20 c 37199BD+45 1150
Wo 9185 s05 35 24- 62 50.2 0.272 346. +21. K5 V 9.33 +1.13 +1.07 +0.43 042.0 13.6 038. 06. r 7.23 d -32 -14 -19 37656CP-62 494 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 +0.26 C 045.6 10.2 049. 08. r 3.75 d -24 -24 -21 37495CD-28 2321 NU(2) Col
Wo 9187 05 36 28- 07 14.4 0.056 198.6 -1.3 SB A4 IV 4.80 +0.14 +0.11 041.3 15.3 041.3 15.3 2.9 f +5 -2 -4 37507BD-07 1142
Gl 210 s05 36 30- 42 59.7 0.294 21.6 +35.1 VAR G0 V 7.44 +0.60 +0.07 +0.34 C 059.8 13.6 028. 05. r 4.68 d -55 -25 +4 37655CD-43 1954
NN 3360 A q05 36 45- 46 07.6 0.471 192.8 +11.4 G5 V 7.34 +0.78 033.2 10.2 040. 05. r 5.35 c +50 -15 -23 37706CD-46 1936 1770 LTT 2342
NN 3361 B q05 36 46- 46 07.6 0.522 197.4 +13.5 K5 V 9.7 * 033.2 10.2 040. 05. r 7.7 * c +54 -15 -30 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 +0.29 082.7 02.5 082.7 02.5 5.82 a -14 -22 -13 37394BD+53 934 1774
GJ 1083 AB 05 37 21+ 24 46.9 0.364 163. m 14.85 J +1.88 J +1.73 J 096.7 02.5 096.7 02.5 14.78 J 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 +0.82 086.1 04.6 086.1 04.6 9.43 b -13 -21 -12233153BD+53 935 G191-051 1775 V465
NN 3362 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 +1.27 166.5 03.9 166.5 03.9 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 +1.86 078.1 02.7 078.1 02.7 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 +0.63 071.6 02.8 071.6 02.8 8.29 a -13 -54 -18 BD+62 780 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 +0.19 042.9 17.0 062. 10. r 4.61 d -73 -43 +2 39091CP-80 161 208 LFT 429
NN 3363 05 41 35+ 32 22.3 0.085 168.8 G5 8.15 048. 05. o 6.56 c 38114BD+32 1077
NN 3364 s05 42 00+ 69 44.0 0.915 125.9 m 16.47 +1.69 042.4 04.4 042.4 04.4 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 +0.16 124.9 06.9 124.9 06.9 4.06 b +17 +5 -10 38393BD-22 1211 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 +0.35 124.9 06.9 124.9 06.9 6.61 b +16 +5 -11 38392BD-22 1210
Gl 217 05 42 35+ 37 16.4 0.709 136.8 -26.9 K1 V 7.36 +0.83 +0.51 056.7 05.1 056.7 05.1 6.13 b +20 -61 +10 38230BD+37 1312 G096-051 1783
NN 3365 05 43 02+ 44 06.4 0.683 239.6 M4 K 12.79 +1.55 +1.25 039.2 10.2 039.2 10.2 10.8 e G096-052 1784 LTT 11721 Wolf 237
NN 3366 05 44 39- 05 12.9 0.804 135.9 m 14.54 +1.78 062.5 03.4 062.5 03.4 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 -0.05 048.7 05.9 048.7 05.9 1.99 c -12 -9 -8 38678BD-14 1232 ZET Lep
NN 3367 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 s05 45 06- 70 10.8 1.263 345.6 +13.8 K0 V 8.08 +0.76 +0.27 +0.28 047.7 19.3 032. 05. r 5.61 d-177 -13 -60 39194CP-70 447 210
NN 3368 05 45 41+ 07 44.9 0.276 165. m 14.19 +1.25 045. 08. r12.46 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 +0.90 095.5 08.2 095.5 08.2 10.63 b -19 -63 +2 CD-36 2458 1787
NN 3369 p05 45 57- 11 09.3 0.425 329. M0.5 K 11.00 +1.42 +0.72 036.3 10.2 042. 08. r 9.12 d LTT 2376 L 810-58
GJ 1084 p05 46 00- 48 32.2 0.32 176. M0 V U 9.74 +1.38 +1.22 +0.62 021.6 18.8 057. 11. r 8.52 d CD-48 1982 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 38858BD-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 +0.09 C 059.8 10.7 059.8 10.7 2.73 d -10 -16 -9 39060CD-51 1620 BET Pic
GJ 1086 05 48 46- 00 11.3 0.213 22. DQP8 14.55 +0.48 -0.45 090.5 02.8 090.5 02.8 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 +0.89 052.2 04.2 052.2 04.2 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 +0.62 050.8 11.6 050.8 11.6 8.23 d +0 -33 -20 BD-06 1339 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 103.1 02.8 103.1 02.8 4.47 J a +14 +3 -9 39587BD+20 1162 BS 2047 CHI(1) Ori sep 0.6" d(m) = ? comp see AJ 72,910
NN 3370 05 51 34+ 48 59.9 0.004 146.7 K2 7.83 +1.07 +0.74 061. 09. r 6.76 d 40676BD+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 +0.38 066.7 11.9 039. 06. r 6.79 d +73 -47 -21 39715BD+02 1085 G099-043 1798 U128
Gl 223.1 s05 52 11- 09 24.3 0.452 18. dM0 M 10.71 +1.17 +1.04 +0.48 051.0 10.2 023. 03. r 7.52 c BD-09 1261 V468
Gl 223.2 05 52 39- 04 08.8 2.377 166.6 DZ9 14.45 +1.05 +0.77 +0.29 154.8 02.9 154.8 02.9 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 +0.22 047.4 12.0 047.4 12.0 5.0 e +14 -59 +7 39881BD+13 1036 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 +0.36 050.6 14.8 050.6 14.8 3.2 e -49 -31 -1 40409CP-63 498 1796
GJ 1087 05 53 47+ 05 22.2 1.056 207.0 DAP9 14.10 +0.60 -0.14 +0.25 125.1 04.1 125.1 04.1 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 +0.20 C 073.4 16.5 073.4 16.5 3.05 d -5 +8 +1 40136BD-14 1286 ETA Lep
NN 3371 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 3372 B 05 55 32+ 58 34.3 0.253 184. m 13.56 +1.31 076. 09. r12.96 c G192-012 sep 161" 119d
NN 3373 A 05 55 27+ 68 09.7 1.174 161.4 k-m 12.90 +1.56 049.5 01.7 049.5 01.7 11.37 a G249-028 214 LP 57-41 LDS 1201
NN 3374 B 05 55 24+ 68 08.8 1.174 161.4 m 13.31 +1.59 049.5 01.7 049.5 01.7 11.78 a G249-027 213 LP 57-40 sep 56" 193d (NLTT)
NN 3375 05 55 52+ 44 56.7 0.056 269.7 -19.4 SB A2 IV 1.90 v +0.03 +0.05 044.3 05.5 044.3 05.5 0.13 v c +18 -1 -9 40183BD+44 1328
NN 3376 AB 05 55 53- 04 39.1 0.227 163.5 G0 6.99 040. 05. o 5.00 c 40397BD- 4 1310 LTT 2421 ADS 4557 sep 4.1" 359d, d(m) = 6.8 , Mv = 5.01 Olsen
NN 3377 C 05 55 49- 04 38.1 0.230 159. k-m 16.3 P 040. 05. o14.3 P c LP 659-4 sep(AB-C) 89" 312d (NLTT)
NN 3378 05 56 43+ 59 36.5 0.831 190.1 m 11.71 +1.60 +1.21 132.2 02.9 132.2 02.9 12.32 a G192-013 1805 LTT 11755 L 1813-21 LP 86-137
NN 3379 05 57 26+ 02 42.3 0.241 108. M4 L 11.33 +1.68 +1.10 186.3 06.2 186.3 06.2 12.68 a G099-049 LTT 17897
Gl 225.1 x05 58 12- 37 03.6 0.286 49.5 +40.0 G5 V 8.60 +0.63 +0.05 +0.34 C 046.9 10.2 046.9 10.2 6.96 d -32 -37 +6 40865CD-37 2534
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 050.7 10.0 066. 08. r 7.38 c -77 -52 -58 40887CD-31 2902 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 * 050.7 10.0 066. 08. r 8.2 * c 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 * 050.7 10.0 066. 08. r 7.4 * c -78 -55 -59 a(AB-C) = 3.95" 390.6 yr; D(12.8m) opt. sep(A-D) 11.9" 191d (1960)
NN 3380 05 58 36+ 49 52.4 0.801 174.5 m 14.47 +1.87 +1.45 107.8 03.0 107.8 03.0 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 +1.01 105.0 02.2 105.0 02.2 10.61 a -36 -47 -25 G222-011 215 AC+82:1111
NN 3381 05 59 43+ 47 48.8 0.595 187.6 M3.5 K 13.94 +1.23 045. 08. r12.21 d G101-016 1813 LTT 11766 LFT 446 Wolf 261
NN 3382 06 00 14- 20 20.1 0.579 356.4 m 13.25 +1.16 049. 10. r11.70 d 1807 LP 779-10
Gl 226.1 s06 00 47+ 26 09.4 0.642 149.4 M3.5 K 13.67 +1.65 +1.08 047.9 08.5 047.9 08.5 12.07 d G098-038 1814 Ross 60
NN 3383 06 01 25+ 18 41.9 0.012 173.2 G5 7.98 051. 06. o 6.52 c 41190BD+18 1074
Gl 226.2 06 02 37+ 67 59.1 0.09 193. +1.6 dK8 M 9.75 +1.25 +1.20 +0.50 050.9 10.2 040. 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 +0.06 046.6 15.3 049. 08. r 4.56 d +11 -20 -25 41330BD+35 1334
Wo 9200 06 03 02- 45 02.1 0.260 339.7 +25.8 G0 IV-V 6.35 +0.52 +0.00 040.2 10.3 040.2 10.3 4.4 e -35 -11 -15 41700CD-45 2300 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 +0.93 040.6 10.3 040. 08. r10.16 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 +0.26 065.3 10.2 065.3 10.2 5.83 d +12 +0 -11 41593BD+15 1065
NN 3384 06 03 54+ 33 33.3 0.430 161. M3 K 12.44 +1.45 +0.97 041. 10. r10.5 e G098-044 LTT 11782 Ross 70
Wo 9202 s06 05 25- 59 31.5 0.793 196.0 +25.4 K0 V 8.46 +0.85 +0.45 +0.29 040.8 07.8 031. 05. r 5.92 d+113 -4 -52 42286CP-59 584 1818 LTT 2459 LFT 453 CD-59:1224
Wo 9203 s06 05 57+ 26 34.0 0.570 255.0 M3 K 13.34 +1.50 +0.91 040.8 13.6 024. 06. r10.2 e G098-046 1824 LTT 11788 LFT 454 Ross 62
NN 3385 p06 07 40+ 25 57.1 0.568 161.8 M1.5 K 11.55 +1.46 +1.20 +0.89 034.7 05.9 034.7 05.9 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 100.8 04.6 100.8 04.6 10.60 b -37 -57 -23 BD+10 1032 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 * 100.8 04.6 100.8 04.6 12.5 * b 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 +0.82 174.9 06.7 174.9 06.7 9.35 a +12 -12 -12 42581BD-21 1377 1827 V471
NN 3386 p06 08 48+ 63 24.7 0.248 137. +17.9 dK8 M 9.69 +1.21 +1.18 +0.50 : 034.2 18.4 040. 06. r 7.70 d -25 -18 +16 BD+63 0639 G249-041 V235
NN 3387 06 09 18+ 06 47.9 0.319 142.3 -52.4 G4 V 6.87 +0.63 +0.13 042.7 19.9 039. 06. r 4.83 d +62 -16 +11 42618BD+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. r11.7 e -51 -18 +5 1831
Wo 9204 s06 09 55- 41 33.7 0.292 164.6 +15.0 K2 V 9.29 +0.95 +0.68 +0.35 043.7 13.6 027. 04. r 6.45 d +43 -31 -6 42931CD-41 2266 U138 LTT 2482
NN 3388 06 10 06+ 51 41.1 0.370 258. m 12.86 +1.14 055. 11. r11.56 d G192-022
Wo 9205 06 10 18+ 70 48.2 0.444 180.6 +25.0 dG7 7.43 +0.77 +0.37 042.7 11.9 044. 06. r 5.65 c -50 -19 -5 42250BD+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 +0.22 056.9 06.1 056.9 06.1 5.23 c +3 -25 -6 42807BD+10 1050
Wo 9206 s06 10 51- 65 10.8 0.764 167.1 k 11.35 +1.46 +0.76 042.7 14.5 037. 06. r 9.19 d 1832 LTT 2486 LFT 461
NN 3389 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 43162CD-23 3577 BS 2225
Gl 231 06 11 44- 74 44.2 0.247 149.6 +34.9 G5 V 5.08 +0.72 +0.33 +0.23 114.1 10.2 114.1 10.2 5.37 b +17 -30 -12 43834CP-74 374 ALF Men
NN 3390 q06 11 54+ 19 10.5 0.217 208.4 +35.7 F6 V 5.20 +0.44 +0.00 037.7 11.9 046. 06. r 3.51 c -33 -19 -18 43042BD+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 -0.02 043.4 10.2 043.4 10.2 3.2 e -13 +10 +17 43386BD+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 +0.22 050.4 09.6 061. 09. r 4.63 d -16 +13 -9 43587BD+05 1168
Gl 231.1B 06 14 32+ 05 08.1 0.290 302. +8.9 m+ 13.42 +1.41 +1.10 +1.24 050.4 09.6 061. 09. r12.35 d -15 +15 -12 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 +0.19 042.0 13.6 044. 07. r 4.65 d +34 +7 -8 44120CP-59 619 LTT 2510 CD-59:1274
Wo 9209 B 06 15 37- 59 11.4 0.333 189.6 +40. DB4 14.09 -0.09 -0.95 042.0 13.6 044. 07. r12.31 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 +1.11 067.6 13.6 067.6 13.6 12.21 d 1836 Ross 417
NN 3391 06 17 34+ 44 16.2 0.305 145. m 12.27 +0.96 042. 08. r10.39 d G101-035
NN 3392 06 18 05+ 06 46.7 0.515 093.3 DA9 16.37 +0.55 -0.17 044.8 04.2 044.8 04.2 14.63 c G105-030 1838 W
GJ 2049 p06 19 50- 22 42.1 0.671 292.6 M1.5 K 10.76 +1.44 +1.23 +0.98 027.8 23.9 076. 17. r10.16 d CD-22 3005 1840 LTT 2531
Gl 232 06 21 37+ 23 28.1 0.763 132.4 M4.5 K 13.06 +1.76 +1.30 120.0 01.9 120.0 01.9 13.46 a G104-037 1846 Ross 64
NN 3393 06 21 39+ 56 12.5 0.530 166.3 m 14.55 +1.76 +1.23 044.9 04.7 044.9 04.7 12.81 c G192-026 1848
NN 3394 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 45184CD-28 2981 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 +0.63 066.6 04.2 066.6 04.2 5.88 b +9 -5 -14 45088BD+18 1214 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 +0.05 043.7 15.3 035. 04. s 3.79 c +0 -30 -44 45588CD-25 3237 LTT 2558
Wo 9212 B s06 25 10- 25 49.3 0.290 220.0 K7 K 11.57 +1.04 +0.14 043.7 15.3 035. 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 242.1 01.7 242.1 01.7 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 * 242.1 01.7 242.1 01.7 16.5 * a 1850 V 577 Mon a = 0.932" 16.60 yr
NN 3395 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 3396 06 28 18+ 41 32.1 0.196 183. m 14.83 +1.53 090. 15. r14.60 d LP 205-49
Gl 236 s06 30 07- 26 59.5 0.461 116. +113. M0 K 11.41 +1.37 +0.89 C 067.3 08.5 067.3 08.5 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 +0.73 058.3 15.3 050. 08. r 9.08 d -9 -14 -33 CP-43 912
NN 3397 06 32 45- 69 55.2 0.701 17.4 m 13.0 * +1.08 042. 09. r11.1 * 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 +1.02 071.0 11.9 071.0 11.9 10.88 d -56 +23 -7 1855 L 182-044
NN 3398 06 33 20+ 11 40.1 0.901 190.2 k-m 14.22 +1.65 +1.30 055.1 03.6 055.1 03.6 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 +0.73 099.1 03.1 099.1 03.1 9.61 a +43 +46 -32260655BD+17 1320 G104-049 1858
Gl 239.1 06 34 30- 19 12.7 0.083 139.6 +4.1 K1 III 3.96 +1.05 +1.01 054.7 06.5 054.7 06.5 2.65 c +2 -8 +1 47205BD-19 1502 NU Cma
Gl 240 06 35 55- 49 59.7 0.22 90. +16. K0 C 9.62 +1.46 +1.22 +0.76 069.7 10.2 069.7 10.2 8.84 d +0 -21 +7 CP-49 990
NN 3399 06 36 56+ 28 38.2 0.250 174. k-m 11.93 +1.50 +1.19 046. 22. r10.2 f G103-049 LTT 11891 L 1389-16 LP 307-8
NN 3400 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 48189CP-61 688 BS 2468 V(AB) = 6.18 d(m) = 2.0
NN 3401 B 06 37 28- 61 29.3 0.072 330.0 8.3 * 046. 07. r 6.6 * d 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 -0.02 047.5 06.0 047.5 06.0 3.83 c -57 -26 -8 46588BD+79 212 1868
Gl 241 06 38 12+ 24 00.6 0.338 143.5 -44.6 dK6 W 8.13 +1.02 +0.92 +0.38 057.0 06.4 057.0 06.4 6.91 c +49 -19 -2 47752BD+24 1357 G109-020 V478
NN 3402 06 38 36+ 15 48.9 0.363 175. M3 K 13.77 +1.20 040. 08. r11.78 d G109-023 LTT 11899 Wolf 289
NN 3403 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 1514 U145 CP-55:1035 LTT 2621
Wo 9216 p06 38 53+ 71 56.8 0.555 193.1 -12. K7 K 10.95 +1.48 +1.21 +0.80 037.8 09.4 037.8 09.4 8.8 e -39 -50 -31 G251-016 1865 V238 LTT 11898 LFT 480 AC+72:3338 GJ 2050
NN 3404 A 06 39 33+ 03 37.9 0.287 173. m 12.06 +1.11 064. 09. r11.09 d G108-021
NN 3405 B 06 39 36+ 03 38.6 0.287 173. m 13.33 +1.22 064. 09. r12.36 d G108-022 sep 51" 39d
NN 3406 A 06 39 54+ 51 12.1 0.922 173.6 M3.5 J K 12.44 +1.59 J+1.25 J 052.1 4.3 052.1 4.3 11.02 b G192-039 1864 LP 121-41 L 1750-12 USNO 706 V(AB) = 12.34 d(m) = 2.5
NN 3407 B 06 39 54+ 51 12.1 0.922 173.6 14.9 * 052.1 4.3 052.1 4.3 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 +0.06 050.2 11.2 050.2 11.2 1.86 d -25 -22 -16 48737BD+13 1396 XI Gem BS 2484
NN 3408 A s06 42 51+ 32 36.5 0.462 280.1 -34.5 K3 V 8.77 : +0.96 +0.70 047.1 07.5 047.1 07.5 7.14 : d +24 +27 -45263175BD+32 1398 G087-003 1866 LTT 11914
NN 3409 B s06 42 53+ 32 36.4 0.528 280.5 M0.5 K 12.17 +1.53 +1.23 047.1 07.5 047.1 07.5 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 +0.32 C 060.5 13.6 040. 06. r 4.46 d -22 +25 +15 48938CD-27 3248
Gl 244 A 06 42 57- 16 38.8 1.328 204.3 -9.4 VAR A1 V -1.43 +0.00 -0.04 -0.11 380.4 02.9 380.4 02.9 1.47 a +15 +1 -11 48915BD-16 1591 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 ? -1.04 380.4 02.9 380.4 02.9 11.34 a 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 +0.05 066.2 08.5 066.2 08.5 4.34 c +25 +8 -3 48682BD+43 1595 PSI(5) Aur
Gl 245.1 s06 43 31- 31 44.1 0.387 213.4 +32.0 F6 V 5.92 +0.49 -0.04 +0.28 C 050.4 09.3 041. 04. s 3.98 c +11 -30 -44 49095CD-31 3640 dF6 (Wil)
Gl 246 06 44 15+ 37 35.1 0.968 193.3 +80.0 DA2 12.06 -0.08 -0.92 062.6 03.1 062.6 03.1 11.04 b -47 -58 -32 G087-007 1870 W050 L 1534-001
NN 3410 06 44 47+ 02 34.4 0.436 275. DA8 15.68 +0.32 -0.53 054.6 05.5 054.6 05.5 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 +0.48 050.6 02.9 050.6 02.9 7.10 b +69 +4 +8 48948BD+60 1003 G250-022 6 V479 pi(t) Heintz AJ 94
GJ 1091 s06 45 27+ 37 12.0 0.14 263. 13.34 +1.35 +0.99 044.3 05.4 044.3 05.4 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 +1.25 075.8 03.9 075.8 03.9 13.16 b G087-008 220
NN 3411 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 +0.14 C 050.9 10.2 050.9 10.2 1.80 d -25 -19 -9 50241CP-61 720 ALF Pic
Gl 249 06 47 49+ 47 26.2 0.736 198.2 +22.2 dK6 W 8.99 +1.24 +1.16 +0.50 050.4 11.1 056. 10. r 7.73 d -43 -42 -28 49601BD+47 1355 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 +0.26 048.5 12.3 048.5 12.3 3.6 e -39 -14 +4 50223CD-46 2703
NN 3412 AB 06 49 29+ 60 56.8 1.147 152.3 M3.5 K 11.06 +1.54 J +1.39 C J 091.5 03.6 091.5 03.6 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 3413 06 49 36+ 18 20.0 0.208 40. m 13.18 +1.17 053. 10. r11.80 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 +0.39 108.9 05.4 108.9 05.4 6.78 b +2 +15 -21 50281BD-05 1844 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 +0.98 108.9 05.4 108.9 05.4 10.28 b -1 +13 -21 1876
Wo 9219 06 51 34- 28 28.2 0.519 147.5 +72.1 G5 IV 6.03 +0.72 +0.27 +0.24 041.4 08.4 041.4 08.4 4.12 d +13 -92 -7 50806CD-28 3554 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 +1.11 173.6 02.2 173.6 02.2 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 +0.03 040.7 08.4 039. 04. s 2.70 c -9 -16 +5 50635BD+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 +0.20 040.7 08.4 039. 04. s 5.64 c -16 -19 +5 sep 7.0" d(m) = 2.9
Gl 251.1 s06 52 10+ 12 13.7 0.333 190. +16.4 dM1.5 W 10.55 +1.24 +1.23 +0.50 044.0 20.7 029. 05. r 7.86 d -2 -48 -31 BD+12 1343 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 +0.22 052.7 11.5 059. 08. r 4.59 c +13 +6 -5 50692BD+25 1496
NN 3414 06 52 18+ 55 02.9 0.706 199.2 k-m 11.8 * 058.6 05.6 058.6 05.6 10.6 * c G192-058 1882
NN 3415 A p06 52 59+ 40 08.8 0.466 164.4 +50.9 K5 V 9.12 +1.12 +1.05 +0.43 038.1 03.0 038.1 03.0 7.02 b -54 -55 +10 BD+40 1758 G107-037 V240ALTT 11946
NN 3416 B p06 52 59+ 40 08.8 0.466 164.4 +51.2 M1 K 11.10 +1.43 +0.81 038.1 03.0 038.1 03.0 9.00 b -54 -54 +11 G107-038 V240BLTT 11947
NN 3417 06 53 17+ 62 23.7 0.516 139.9 m 13.65 +1.47 129. 20. r14.20 d G250-031 1885
Gl 253 s06 53 51- 55 11.5 0.182 187.6 +40.1 G7 V 8.17 +0.78 +0.37 +0.24 069.6 08.5 d 7.38 c +8 -36 -20 51608CP-55 1095
Gl 254 06 53 52+ 30 49.6 0.230 157.6 -7.8 K7 K 9.72 +1.36 +1.23 +0.62 072.8 20.5 056. 11. r 8.46 d +9 -19 -2266611BD+30 1367aG087-016 V013
Wo 9222 s06 54 41- 74 39.8 0.197 341.4 -0.9 F8 V +A/F 7.65 +0.53 +0.05 041.0 13.6 020. 03. r 4.16 d -45 -9 -6 52449CP-74 421 composite spectra (Michigan)
NN 3418 06 55 22+ 14 17.3 0.009 219.7 G5 8.28 048. 05. o 6.69 c 51534BD+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+0.26 C J 068.4 13.6 068.4 13.6 6.09 d -6 -8 -4 51825CD-35 3233 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 * 068.4 13.6 068.4 13.6 6.3 * d a = 0.218" P = 16.74 yr
Gl 256 p06 56 07- 12 55.3 0.119 134.4 -7.7 K4 V 9.15 +1.16 +1.06 +0.50 036.8 10.7 047. 07. r 7.51 d +13 -3 +4 51849BD-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 116.9 08.1 116.9 08.1 11.8 b CD-44 3045 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 * 116.9 08.1 116.9 08.1 12.0 * b
GJ 1093 06 56 29+ 19 25.8 1.225 137.3 m 14.83 +1.93 +1.60 128.9 03.5 128.9 03.5 15.38 a G109-035 223
NN 3419 06 56 53- 10 11.2 0.729 181.9 m 13.5 : +1.20 051. 10. r12.0 : d 1887 LTT 2704 L 814-1 LP 721-2
NN 3420 06 57 36+ 32 02.5 0.684 150.6 DC9 16.57 +0.96 +0.42 053.6 00.9 053.6 00.9 15.22 a 1889 W485 LP 308-010
Gl 257.1 q06 57 49+ 48 27.4 0.700 127.3 -22.8 K3 V 8.00 +0.99 +0.87 033.2 07.9 054. 08. r 6.66 d +23 -56 +25 51866BD+48 1469 G107-042 1890
Gl 258 06 59 07+ 68 21.7 0.341 82. M3.5 K 11.96 +1.53 +1.08 056.5 13.6 056.5 13.6 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 +0.30 067.4 13.6 074. 11. r 6.06 d -5 -14 +11 52698CD-25 3913
Gl 260 06 59 25- 61 16.1 0.300 323.8 +21.3 K0 IV-V 6.82 +0.80 +0.43 +0.39 C 061.5 13.6 063. 11. r 5.82 d -21 -17 -15 53143CP-61 754
Gl 261 06 59 27- 06 22.1 0.898 185.0 DA 15.27 +0.88 079.0 24.6 079.0 24.6 14.8 e 1892 W L 886-6
NN 3421 06 59 54+ 52 47.5 1.166 141.7 M4.5 K 13.30 +1.84 +1.43 109.1 02.8 109.1 02.8 13.49 a G193-027 224 LTT 11965 LFT 506 LP 122-59 L 1750-5
NN 3422 06 59 56- 67 50.9 0.240 351.0 +38.6 K3 III 5.17 +1.40 +1.65 +0.52 041.1 13.1 041.1 13.1 3.2 e -22 -40 -14 53501CP-67 686 LTT 2717 CD-67: 492
NN 3423 07 00 05+ 34 46.2 0.183 331. m 13.17 +1.26 075. 13. r12.55 d LP 255-11
GJ 1094 07 00 17- 06 43.3 0.358 213.9 K5 V 8.38 +1.08 +0.96 +0.40 063.3 03.3 063.3 03.3 7.39 b 52919BD-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 +0.21 058.6 11.9 055. 09. r 4.64 d -19 -74 -8 52711BD+29 1441 1893
NN 3424 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 +0.97 061.5 05.4 061.5 05.4 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 +0.49 055.0 17.0 060. 09. r 7.57 d -54 -74 -20 53680CP-43 1184 U153
Gl 264.1A 07 02 25- 43 32.3 0.398 343.8 +86.4 G3 V 5.55 +0.64 +0.05 +0.22 050.2 08.4 066. 07. r 4.65 c -50 -73 -21 53705CD-43 2906
Gl 264.1B 07 02 25- 43 32.3 0.398 343.8 +90.4 K0 V 6.79 +0.80 +0.37 +0.28 050.2 08.4 066. 07. r 5.89 c -51 -77 -22 53706CD-43 2907
Gl 265 A s07 02 35+ 27 32.9 0.122 205.2 -25.3 M0 Ve 10.22 +1.32 +1.20 +0.45 059.7 13.6 059.7 13.6 9.10 d +23 -3 -14 BD+27 1311 V014
NN 3425 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 3426 07 03 51+ 48 46.2 0.309 185. m 13.40 +1.25 065. 12. r12.46 d G107-048
NN 3427 07 04 06+ 69 56.1 0.344 213. m 12.54 +1.02 044. 09. r10.76 d G251-027
Gl 266 07 04 32+ 03 31.8 0.320 183. dM0 M 9.84 +1.29 +0.53 042.3 10.3 042. 05. r 7.96 c G108-056 V487 AC+03:2350-326
Wo 9224 s07 04 48- 47 30.6 0.20 139. k 10.54 +1.17 +1.17 +0.60 C 039.4 15.3 024. 03. r 7.44 c CD-47 2804 LTT 2738
NN 3428 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 53927BD+30 1423 G087-024 LTT 11979
NN 3429 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 +1.37 164.6 03.1 164.6 03.1 12.57 a -44 -20 -8 G087-026 226 Ross 986 AC+38:23616
NN 3430 A s07 06 51+ 37 45.3 0.367 220. sdM6 14.67 +1.65 +1.27 +1.25 041.5 02.9 041.5 02.9 12.76 b G087-028
NN 3431 B s07 06 52+ 37 45.3 0.367 220. DQ8 15.68 +0.30 -0.70 041.5 02.9 041.5 02.9 13.77 b G087-029 W051 sep 13" 226d (NLTT)
NN 3432 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 3433 p07 08 34- 14 21.5 0.539 302.5 K5 K 9.94 +1.35 +1.25 +0.57 036.9 09.0 044. 08. r 8.16 d BD-14 1750 1900 LTT 2755 Ross 55 NSV 3445
NN 3434 07 09 27- 48 51.1 0.192 354.1 +63.6 K2 III 5.12 +1.26 +1.27 +0.47 040.6 23.9 040.6 23.9 3.2 f -32 -58 -13 55526BD-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 +0.20 C 046.1 10.2 046.1 10.2 2.80 d -15 +5 -9 55892CD-46 2977 I Pup
GJ 1095 07 12 08+ 47 19.9 0.188 170.4 +85.2 G0 V 5.64 +0.58 +0.03 039.3 10.6 058. 09. r 4.46 d -80 -2 +33 55575BD+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 +0.53 052.3 07.2 052.3 07.2 7.69 c -57 +18 +0 56533CP-63 703 1908
GJ 1096 07 13 03+ 33 14.8 0.426 198. m+ 14.48 +1.75 +0.86 ? +1.37 067.1 04.7 067.1 04.7 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 +1.12 069.4 18.8 126. 25. r11.35 d BD+27 1348 G109-055 V490
NN 3435 07 13 20+ 58 29.8 0.096 211. DA4 12.0 : 082. 11. w11.6 : c W GD 294
NN 3436 s07 13 33- 12 57.8 0.531 289.3 +60.0 G2 V 7.75 +0.61 -0.02 +0.23 043.2 06.0 043.2 06.0 5.93 d -72 -15 -40 56274BD-12 1871 1910 LTT 2776
Wo 9228 q07 13 59- 15 29.7 0.059 251.8 +10.0 A3 V 5.44 +0.08 +0.06 021.2 16.2 021.2 16.2 2.1 f -8 -6 -13 56405BD-15 1734
Gl 268.4 x07 14 19- 40 56.6 0.332 309.6 +16.3 G3 V 9.09 +0.66 +0.10 +0.35 C 045.5 11.9 045.5 11.9 7.4 e -34 -3 -18 56640CP-40 1403
NN 3437 07 14 35+ 19 39.9 0.426 233.3 m 12.80 +1.56 +1.22 +1.08 046.6 02.5 046.6 02.5 11.14 b G088-019 6 LTT 17957
NN 3438 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 s07 15 11- 13 54.6 0.267 216. K5 K 12.11 +1.43 +0.84 C 044.0 18.8 019. 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 -0.05 046.0 06.4 046.0 06.4 1.89 d +8 +1 -8 56537BD+16 1443
Wo 9231 B 07 15 13+ 16 37.9 0.062 229.7 10. * 046.0 06.4 046.0 06.4 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 081.6 07.8 081.6 07.8 6.71 c -43 -53 -3 57095CD-46 3046 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 * 081.6 07.8 081.6 07.8 7.5 * c 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 ? +0.70 060.3 06.7 060.3 06.7 8.97 c +76 -31 +0 BD+33 1505 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 +0.10 062.4 05.7 062.4 05.7 2.51 b +14 +4 -6 56986BD+22 1645 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 * 062.4 05.7 062.4 05.7 7.2 * c -3 -1 -1 a = 6.975" P 1200 yr
NN 3439 s07 19 33+ 30 46.5 0.715 214.0 k-m 13.34 +1.50 +1.04 042.0 03.3 042.0 03.3 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 +0.84 058.6 06.5 058.6 06.5 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 57901BD+13 1655 G089-016 LTT 12011
NN 3440 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 3441 07 24 31+ 22 08.9 0.292 237. m 11.23 +1.49 +1.20 +0.92 051.5 02.5 051.5 02.5 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 +1.21 264.4 02.0 264.4 02.0 11.96 a +16 -66 -17 BD+05 1668 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 +0.37 048.3 05.9 048.3 05.9 6.16 c +10 +11 +18 58830BD+32 1561 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 -0.03 059.1 05.0 059.1 05.0 3.04 b +2 +9 +16 58946BD+32 1562 RHO Gem
Gl 274 B 07 25 54+ 31 53.1 0.232 41.6 12.5 * 059.1 05.0 059.1 05.0 11.4 * b
NN 3442 07 26 00- 18 42.0 0.588 3.9 k-m 13.65 +1.35 086. 13. r13.32 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 -0.06 044.7 10.2 044. 05. r 3.58 c +25 -18 -4 58855BD+49 1630
Gl 275 07 26 11- 51 18.0 0.283 267.6 +3.4 G5 IV-V 6.73 +0.70 +0.26 056.5 15.3 056.5 15.3 5.5 e -9 +4 -22 59468CD-51 2507
GJ 1097 07 26 14- 03 11.2 0.940 150.9 M3 11.43 +1.50 : +1.17 +1.10 090.8 02.7 090.8 02.7 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 +0.83 053.0 11.9 055. 09. r 9.59 d -15 -2 -12 G250-049 V245 AC+68:3124
NN 3443 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 59380BD- 7 1996
Gl 275.2A 07 27 02+ 48 19.4 1.295 189.8 sdM5 13.56 +1.71 +1.22 086.5 02.3 086.5 02.3 13.25 a G107-069 229
Gl 275.2B 07 27 06+ 48 17.8 1.295 189.8 DC 14.63 +0.99 +0.36 086.5 02.3 086.5 02.3 14.32 a G107-070 230 W052
NN 3444 07 27 48+ 58 02.0 0.929 178.6 +16. M6 : 17.4 * 055. 04. s16.1 * 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 +0.45 045.6 05.4 045.6 05.4 7.27 c -47 -54 +11 59582BD+14 1684 G089-026 V247
NN 3445 07 28 32+ 39 20.2 0.293 146. m 13.08 +1.10 043. 09. r11.25 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 +1.07 083.0 02.4 083.0 02.4 10.18 a -9 -9 -22 BD+36 1638 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 +1.22 083.0 02.4 083.0 02.4 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. w15.08 c G234-004 W321 LP 58-247
NN 3446 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 59967CD-37 3637
NN 3447 A s07 29 11+ 17 25.7 0.270 238. dM0 M 11.02 +1.38 +1.28 +0.67 040.4 04.6 040.4 04.6 9.05 c G088-036 V498
NN 3448 B s07 29 10+ 17 25.7 0.270 238. m 12.95 040.4 04.6 040.4 04.6 10.98 c G088-035 Wor 27 sep 11"
NN 3449 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 59984BD-08 1964 BS 2883
NN 3450 B 07 29 42- 08 46.3 0.185 209.9 8.6 * 046. 06. r 6.9 * c 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 +0.80 070.4 04.6 070.4 04.6 9.73 b G234-005 6 V497 AC+63:14097
NN 3451 x07 30 50+ 22 30.6 1.104 122.8 m 16.46 +1.60 040.7 01.0 040.7 01.0 14.51 a 231 LP 365-22
NN 3452 07 31 12+ 54 58.0 0.104 291. dM0 M 11.29 +1.55 +0.98 071. 14. r10.55 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 068.3 02.8