# # VizieR Astronomical Server vizier.u-strasbg.fr 2011-04-25T15:57:20 [V1.71] # (replaces the 'Astrores' format originally described at # http://vizier.u-strasbg.fr/doc/astrores.htx) # In case of problem, please report to: question@simbad.u-strasbg.fr # # #Coosys J2000: eq_FK5 J2000 #INFO -ref=VIZ4db5997c19c3 #INFO -out.max=9999 # #RESOURCE=yCat_5070 #Name: V/70A #Title: Nearby Stars, Preliminary 3rd Version (Gliese+ 1991) #Coosys B1950: eq_FK4 B1950 #Table V_70A_catalog: #Name: V/70A/catalog #Title: The Catalogue #---Details of Columns: # Name (a8) Identifier ; see remarks. [ucd=meta.id;meta.main] # RAB1950 ("h:m:s") (A8) ? Right Ascension B1950 [ucd=pos.eq.ra;meta.main] # DEB1950 ("d:m:s") (A8) ? Declination B1950 [ucd=pos.eq.dec;meta.main] # pm (arcsec/yr) (F6.3) ? Total proper motion [ucd=pos.pm] # pmPA (deg) (F5.1) ? Direction angle of proper motion [ucd=pos.pm;pos.posAng] # RV (km/s) (F6.1) ? Radial velocity [ucd=spect.dopplerVeloc;pos.heliocentric] # Sp (a12) Spectral type or color class [ucd=src.spType] # Vmag (mag) (F6.2) Apparent magnitude [ucd=phot.mag;em.opt.V] # B-V (mag) (F5.2) ? color [ucd=phot.color;em.opt.B;em.opt.V] # plx (mas) (F6.1) ? Resulting parallax [ucd=pos.parallax.trig] # Mv (mag) (F5.2) Absolute visual magnitude [ucd=phys.magAbs] #-------- -------- -------- ------ ----- ------ ------------ ------ ----- ------ ----- # R D pm # AB1950 ( EB1950 ( (arcs pmPA RV Vmag B-V plx Mv #Name "h:m:s") "d:m:s") ec/yr) (deg) (km/s) Sp (mag) (mag) (mas) (mag) #-------- -------- -------- ------ ----- ------ ------------ ------ ----- ------ ----- NN 3001 00 00 06 -34 29.7 0.758 168.6 DC9 14.90 0.46 75.2 14.28 GJ 1001 00 02 05 -40 57.8 1.618 154.5 -3.0 M3.5 12.84 1.63 104.2 12.93 Gl 1 00 02 28 -37 36.2 6.097 112.5 22.9 M4 V 8.54 1.46 221.8 10.27 Gl 2 00 02 32 +45 30.6 0.894 100.5 0.1 dM2 e 9.93 1.49 87.0 9.63 Gl 3 00 02 48 -68 06.2 0.582 190.7 41.0 K5 V 8.48 1.06 53.0 7.10 Gl 4 00 03 02 +45 32.2 0.839 101.8 0.0 dK6 e 8.97 1.44 87.0 8.67 Gl 4 00 03 02 +45 32.1 0.885 98.3 0.1 M0.5 V 9.02 1.45 87.0 8.72 Gl 5 00 04 01 +28 44.7 0.422 114.1 -5.5 K0 Ve 6.14 0.75 70.2 5.37 GJ 1002 00 04 13 -07 47.5 2.041 203.6 -42.0 M5-5.5 13.75 1.98 212.8 15.39 Gl 8 00 06 30 +58 52.4 0.553 108.4 11.3 F2 III-IV 2.27 0.34 69.2 1.47 GJ 1004 00 09 40 +50 09.2 0.718 216.0 DA8 14.36 0.42 90.7 14.15 GJ 1005 00 12 53 -16 24.3 0.863 133.6 -29.0 M4 12.03 1.72 188.7 13.41 Gl 12 00 13 12 +13 16.4 0.695 62.7 dM3.5 12.58 1.66 86.3 12.26 Gl 14 00 14 26 +40 40.2 0.562 79.7 3.0 dM0.5 9.00 1.36 71.0 8.26 Gl 15 00 15 31 +43 44.4 2.912 81.8 12.0 M2 V 8.08 1.56 289.5 10.39 Gl 15 00 15 31 +43 44.4 2.912 81.8 11.3 M6 Ve 11.06 1.79 289.5 13.37 Gl 17 00 17 29 -65 10.1 2.072 55.7 9.0 F9 V 4.22 0.58 139.0 4.94 NN 3028 00 17 48 +32 49.3 1.362 129.2 -30.0 M6 16.05 1.98 79.9 15.56 Gl 18 00 21 53 -27 18.3 0.679 82.4 3.7 K3 V 7.92 0.95 52.0 6.50 GJ 2005 00 22 12 -27 26.0 0.614 354.9 -220.0 M5.5 15.42 132.8 16.04 Gl 19 00 23 09 -77 32.1 2.250 81.6 22.9 G2 IV 2.80 0.62 155.4 3.76 Gl 20 00 23 45 -43 57.4 0.112 70.2 11.3 A7 Vn 3.94 0.17 71.2 3.20 GJ 1012 00 26 08 -06 55.8 0.870 202.3 51.0 M4 12.19 1.48 74.8 11.56 Gl 22 00 29 20 +66 57.8 1.748 97.8 -4.0 dM2.5e 10.38 1.54 100.6 10.39 Gl 22 00 29 20 +66 57.8 1.748 97.8 dM3.5 12.40 100.6 12.40 Gl 24 00 33 40 -49 24.1 0.410 109.4 4.7 K0 V 8.37 0.78 33.0 5.96 Gl 25 00 34 47 -25 02.5 1.394 90.3 18.6 G7 V 6.23 0.72 72.1 5.52 Gl 25 00 34 47 -25 02.5 1.394 90.3 25.0 G8 V 6.40 72.1 5.70 Gl 26 00 36 13 +30 20.5 1.561 88.3 -0.2 dM4 11.06 1.53 79.5 10.56 Gl 27 00 36 45 +20 58.9 0.588 231.2 -32.9 K0+ V 5.85 0.85 95.1 5.74 GJ 2012 00 38 58 -22 37.2 0.567 229.0 DQ9 14.53 0.62 100.8 14.55 Gl 32 00 43 25 -42 10.9 0.312 104.1 -26.3 K5 V 8.41 1.17 81.4 7.96 Gl 32 00 43 25 -42 10.9 0.262 114.1 -22.6 K7 V 9.06 1.27 81.4 8.61 Gl 33 00 45 45 +05 01.4 1.367 146.4 -10.0 K2 V 5.74 0.88 135.9 6.41 Gl 34 00 46 03 +57 33.1 1.213 114.9 8.2 G3 V 3.45 0.57 168.4 4.58 Gl 34 00 46 03 +57 33.1 1.213 114.9 10.5 K7 V 7.51 1.39 168.4 8.64 Gl 35 00 46 31 +05 09.2 2.980 155.7 54.0 DZ7 12.38 0.55 230.9 14.20 Gl 40 00 49 04 -23 10.8 0.681 114.1 15.4 K5 V 8.96 1.29 69.2 8.16 Gl 40 00 49 06 -23 10.7 0.678 113.5 m 17.30 69.2 16.50 Gl 42 00 50 34 -30 37.7 0.622 85.9 -7.0 K3 V 7.17 0.93 69.0 6.36 Gl 44 00 54 48 -02 05.0 0.321 238.2 -47.8 K1 9.46 0.86 70.0 8.69 Gl 46 00 55 58 -28 07.3 1.305 102.7 43.0 M3.5 11.77 1.57 71.7 11.05 Gl 47 00 58 13 +61 06.5 0.840 158.0 8.7 dM2.5e 10.83 1.57 92.4 10.66 Gl 48 00 58 48 +71 25.0 1.783 101.2 0.8 dM3.5e 10.04 1.46 115.5 10.35 GJ 2020 00 59 24 -26 09.3 0.088 183.5 F0 V 9.75 0.33 84.9 9.40 Gl 49 00 59 27 +62 04.5 0.686 84.3 -5.6 K5 V 9.56 1.50 112.6 9.82 Gl 51 01 00 08 +62 05.8 0.727 82.5 M5 13.66 1.68 110.9 13.88 GJ 1028 01 02 21 -18 23.9 1.342 71.5 m 14.46 1.87 100.0 14.46 GJ 1029 01 02 47 +28 13.6 1.906 95.0 m 14.80 1.89 79.6 14.30 Gl 53 01 04 56 +54 40.5 3.770 114.7 -98.1 G5 VI 5.17 0.69 134.5 5.81 Gl 53 01 04 56 +54 40.5 3.770 114.7 11.00 134.5 12.00 Gl 54 01 08 34 -67 43.1 0.718 34.0 26.1 k 9.80 1.54 120.9 10.21 Gl 54.1 01 09 59 -17 16.4 1.345 62.3 28.0 dM5 e 12.05 1.84 267.4 14.19 GJ 1035 01 14 18 +83 53.3 1.081 295.1 m 14.77 1.79 73.2 14.09 NN 3093 01 20 12 +00 16.7 0.567 202.4 m 13.97 1.76 69.2 13.17 NN 3094 01 20 12 +00 16.7 0.567 202.4 m 15.00 69.2 14.20 Gl 59 01 30 53 -24 25.9 0.317 119.7 -49.1 G8 V 6.97 0.76 70.4 6.21 Gl 59 01 30 35 -24 29.7 0.326 118.0 m 12.77 1.30 70.4 12.01 Gl 63 01 35 07 +56 58.9 0.397 204.4 -17.5 dM3 11.19 1.39 90.3 10.97 Gl 64 01 35 26 -05 14.7 0.675 121.0 DA7 12.84 0.35 81.4 12.39 GJ 1040 01 35 32 +44 20.1 0.176 50.5 dK8 10.84 1.20 25.0 7.83 Gl 65 01 36 25 -18 12.7 3.368 80.4 29.0 dM5.5e 12.57 1.85 380.7 15.47 Gl 65 01 36 25 -18 12.7 3.368 80.4 32.0 dM5.5e 12.70 380.7 15.60 NN 3106 01 37 39 +63 33.6 0.013 311.9 -7.0 B5 10.07 0.47 76.7 9.50 Gl 66 01 37 54 -56 26.9 0.278 84.6 19.5 K2 V 5.80 0.86 148.9 6.66 Gl 66 01 37 54 -56 26.9 0.278 84.6 22.5 K3 V 5.90 0.80 148.9 6.76 Gl 67 01 38 44 +42 21.8 0.826 100.4 3.1 G1.5 V 4.95 0.62 73.1 4.27 Gl 68 01 39 47 +20 01.6 0.749 203.5 -33.7 K1 V 5.22 0.84 126.5 5.73 Gl 69 01 40 12 +63 34.8 0.696 214.6 -50.7 K5 V 8.41 1.22 75.1 7.79 Gl 70 01 40 46 +04 04.9 0.861 209.5 -25.8 dM2 10.93 1.54 113.8 11.21 Gl 71 01 41 45 -16 12.0 1.924 296.4 -17.0 G8 Vp 3.49 0.72 286.0 5.77 Gl 75 01 44 06 +63 36.4 0.636 112.8 4.0 K0 V 5.63 0.81 97.2 5.57 Gl 78 01 49 19 -11 02.6 0.793 133.7 0.0 M3.5 11.80 1.50 86.0 11.47 Gl 79 01 50 25 -22 40.9 0.832 89.5 14.1 K5/M0 V 8.90 1.41 83.7 8.51 Gl 82 01 55 54 +58 16.9 0.351 124.0 -8.8 dM4 e 12.21 1.56 78.5 11.68 Gl 83.1 01 57 28 +12 50.1 2.097 147.8 -31.0 dM8 e 12.28 1.80 223.8 14.03 NN 3128 01 59 37 +10 06.0 0.715 246.4 m 15.61 2.02 112.0 15.86 Gl 84 02 02 37 -17 51.1 1.299 96.8 -35.0 M3 10.19 1.51 118.0 10.55 Gl 86 02 08 25 -51 04.1 2.264 72.9 53.1 K0 V 6.12 0.82 89.4 5.88 Gl 87 02 09 51 +03 22.0 2.598 223.5 -2.7 dM2.5 10.06 1.44 86.7 9.75 Gl 91 02 11 40 -32 16.0 0.957 126.4 45.5 M2.5 10.32 1.50 108.5 10.50 NN 3146 02 13 47 +13 22.1 0.660 128.2 m 15.79 1.98 118.2 16.15 Gl 92 02 14 00 +33 59.8 1.179 101.2 -6.6 G0 Ve 4.87 0.61 98.1 4.83 NN 3147 02 14 08 +35 12.9 0.595 116.4 m+ 15.99 96.6 15.91 Gl 93 02 15 50 -54 13.5 0.626 52.0 m 11.43 1.41 73.2 10.75 Gl 95 02 16 44 -26 10.9 0.500 333.9 7.0 G5 V 6.34 0.73 80.5 5.87 Gl 96 02 18 57 +47 39.1 0.226 77.2 -37.3 dM1.5e 9.41 1.49 86.8 9.10 Gl 97 02 20 15 -24 02.6 0.206 106.5 18.4 G1 V 5.20 0.60 83.0 4.80 Gl 102 02 30 44 +24 42.9 0.687 176.8 M4 12.96 1.70 102.4 13.01 Gl 103 02 32 28 -44 00.6 0.297 168.5 41.9 K7 Ve 8.85 1.39 87.2 8.55 Gl 104 02 33 03 +20 00.3 0.272 121.0 -22.3 dM2 10.66 1.51 69.0 9.85 Gl 105 02 33 20 +06 39.0 2.322 51.0 26.0 K3 V 5.82 0.98 129.4 6.38 Gl 105 02 33 31 +06 38.0 2.322 51.4 25.7 dM4.5 11.66 1.60 129.4 12.22 Gl 105.4 02 37 09 -12 05.0 0.276 148.3 15.7 F5 V 5.50 0.44 68.6 4.68 Gl 105.4 02 37 09 -12 05.0 0.276 148.3 16.8 F5 V 5.60 68.6 4.80 Gl 107 02 40 46 +49 01.1 0.346 104.0 24.4 F7 V 4.13 0.49 79.3 3.63 Gl 107 02 40 46 +49 01.1 0.346 104.0 25.1 M1 V 10.06 1.48 79.3 9.56 Gl 108 02 40 51 -51 00.9 0.405 56.4 15.5 G3 IV 5.41 0.56 68.3 4.58 Gl 109 02 41 18 +25 19.0 0.923 113.8 29.9 dM3.5 10.57 1.56 125.6 11.06 Gl 111 02 42 46 -18 47.0 0.334 83.5 25.6 F6 V 4.46 0.48 73.0 3.78 NN 3182 02 45 03 +54 11.1 0.613 224.1 DC9 15.32 0.93 97.0 15.25 Gl 117 02 50 07 -12 58.3 0.435 115.2 18.8 K2 V 6.03 0.87 120.4 6.43 Gl 118 02 51 14 -63 53.5 1.149 58.4 94.0 m 11.38 1.56 81.0 10.92 GJ 1053 03 05 16 +73 35.8 2.104 120.0 sdM6 14.64 1.79 82.9 14.23 Gl 124 03 05 27 +49 25.4 1.267 93.6 49.5 G0 V 4.05 0.60 92.4 3.88 Gl 125 03 06 09 +45 32.9 0.540 232.4 -9.3 dM1 10.15 1.49 76.7 9.57 GJ 1055 03 06 17 +09 50.5 0.646 153.1 m 14.85 1.72 84.2 14.48 Gl 126 03 09 33 -46 42.7 0.440 25.0 m 11.52 1.44 74.6 10.88 Gl 127 03 09 57 -29 11.0 0.727 27.6 -20.0 F7 IV 3.95 0.51 72.7 3.26 Gl 127 03 09 57 -29 11.0 0.727 27.6 G7 V 6.70 72.7 6.00 Gl 127.1 03 10 04 -68 47.2 0.080 130.0 DA3 11.40 0.05 84.9 11.04 Gl 127.1 03 10 04 -68 47.2 0.080 130.0 14.73 0.62 84.9 14.37 Gl 130 03 10 30 -38 17.2 1.434 59.7 98.0 M3 11.46 1.56 60.0 10.40 GJ 1057 03 10 39 +04 35.2 1.706 86.4 m 13.80 1.82 118.1 14.16 NN 3211 03 11 47 +00 28.1 0.060 297.0 10.90 70.1 10.10 Gl 130.1 03 12 17 +57 59.3 0.591 126.7 22.0 M1.5 10.92 1.54 70.6 10.16 Gl 130.1 03 12 17 +57 59.3 0.591 126.7 22.1 M2 11.20 70.6 10.40 Gl 133 03 13 56 +79 46.9 0.488 51.7 -10.2 M2 11.20 1.56 73.8 10.54 Gl 136 03 16 41 -62 46.0 1.495 63.2 12.2 G2 V 5.54 0.64 93.6 5.40 Gl 137 03 16 44 +03 11.3 0.284 70.1 18.9 G5 Ve 4.82 0.68 104.5 4.92 Gl 138 03 17 07 -62 41.8 1.483 63.7 11.5 G1 V 5.24 0.60 87.5 4.95 Gl 139 03 17 56 -43 15.6 3.127 76.3 86.7 G5 V 4.26 0.71 159.6 5.28 Gl 142 03 25 36 -19 58.9 0.616 59.1 37.9 K7 V 8.39 1.33 71.8 7.67 Gl 144 03 30 34 -09 37.6 0.980 271.1 16.9 K2 V 3.73 0.88 305.6 6.16 Gl 145 03 31 17 -44 52.3 0.342 296.0 -36.0 M3.5 11.48 1.57 82.4 11.06 Gl 146 03 33 26 -48 35.3 0.504 51.3 19.5 K7 V 8.60 1.31 85.3 8.25 Gl 150 03 40 51 -09 55.9 0.752 352.3 -5.1 K0 IVe 3.53 0.92 103.5 3.60 Gl 154 03 43 18 +26 03.8 0.410 119.0 36.3 K7 9.61 1.47 68.9 8.80 NN 3250 03 44 37 +08 33.1 0.789 144.0 k-m 14.51 1.87 79.7 14.02 GJ 1065 03 48 18 -06 13.6 1.428 196.8 dM4 12.79 1.70 104.9 12.89 NN 3252 03 48 27 -01 01.3 0.525 175.6 m 18.02 68.2 17.19 NN 3253 03 49 49 +16 52.7 0.766 147.5 M4.5 13.70 104.0 13.80 Gl 156 03 52 09 -06 58.8 0.531 357.6 64.5 M0 V 9.02 1.36 69.8 8.24 Gl 157 03 54 57 -01 18.0 0.245 233.2 5.7 K4 V 8.04 1.11 68.0 7.20 Gl 157 03 54 57 -01 18.0 0.245 233.2 14.0 dM3 e 11.61 1.47 68.0 10.77 Gl 162 04 05 23 +33 30.2 0.575 77.0 36.8 M1 10.18 1.51 72.7 9.49 NN 3266 04 07 34 +64 36.6 0.647 130.0 m 13.71 1.69 84.5 13.34 Gl 164 04 09 09 +52 29.7 0.910 203.7 M3.5 13.50 1.67 75.3 12.88 NN 3269 04 12 43 +15 34.9 0.128 103.5 M2 11.01 1.24 23.0 7.82 Gl 166 04 12 58 -07 43.8 4.083 213.1 -42.7 K1 Ve 4.43 0.82 207.1 6.01 Gl 166 04 13 04 -07 44.1 4.073 212.4 -21.0 DA4 9.52 0.03 207.1 11.10 Gl 166 04 13 04 -07 44.1 4.073 212.4 -45.9 dM4.5e 11.17 1.67 207.1 12.75 Gl 167 04 14 39 -53 26.3 0.881 63.1 -23.2 K5 V 7.64 1.13 75.6 7.03 Gl 168.1 04 19 15 +19 21.9 0.003 18.4 15.04 1.00 70.1 14.30 Gl 169 04 26 02 +21 48.7 0.185 337.4 -31.4 K7 V 8.27 1.35 85.4 7.93 Gl 169.1 04 26 47 +58 53.9 2.383 144.8 17.0 dM4 11.08 1.65 181.9 12.38 Gl 169.1 04 26 47 +58 53.9 2.383 144.8 DC5 12.44 0.31 181.9 13.74 Gl 170 04 26 59 +39 44.9 0.588 154.3 M4.5 13.91 1.73 95.9 13.82 Gl 172 04 33 43 +52 48.0 0.556 145.2 32.9 K8 Ve 8.61 1.40 98.5 8.58 Gl 173 04 35 21 -11 08.1 0.318 227.0 -7.0 dM1 10.36 1.50 94.0 10.23 NN 3306 04 35 24 -08 53.9 1.520 171.2 DQ7 13.77 0.33 105.1 13.88 Gl 174 04 38 22 +20 48.6 0.353 223.5 7.0 K3 V 8.00 1.10 71.2 7.26 Gl 176 04 39 58 +18 52.8 1.286 146.7 26.0 dM2.5e 9.98 1.52 107.4 10.14 Gl 177 04 45 21 -17 01.5 0.213 36.8 21.7 G1 V 5.49 0.63 78.9 4.98 Gl 178 04 47 07 +06 52.5 0.464 88.1 24.4 F6 V 3.19 0.45 133.1 3.81 GJ 1072 04 47 49 +22 02.7 0.744 123.6 m 15.21 1.95 71.4 14.48 GJ 1073 04 49 02 +40 38.3 1.633 133.2 k 13.43 1.61 77.4 12.87 Gl 179 04 49 24 +06 23.8 0.340 152.0 -7.8 dM4 e 11.98 1.56 76.7 11.40 Gl 180 04 51 35 -17 50.7 0.765 143.8 -15.0 M3 : 10.90 1.54 83.8 10.52 Gl 183 04 58 20 -05 48.6 1.233 153.5 22.2 K3 V 6.22 1.06 110.7 6.44 Gl 185 05 00 20 -21 19.4 0.308 211.1 -17.2 M0 V J 8.46 1.41 129.6 9.02 Gl 185 05 00 20 -21 19.4 0.308 211.1 10.50 129.6 11.10 Gl 189 05 04 39 -57 32.4 0.121 344.0 -2.4 F7 V 4.71 0.52 73.0 4.03 Gl 190 05 06 21 -18 12.9 1.376 156.6 7.0 M4 10.30 1.50 90.6 10.09 Gl 191 05 09 41 -44 59.9 8.706 131.1 245.5 M0 V 8.85 1.55 258.3 10.91 Gl 192 05 09 44 +19 36.2 0.352 48.0 -28.6 M3.5: 10.76 1.54 70.4 10.00 Gl 194 05 12 59 +45 57.0 0.431 169.2 22.2 G5 III 0.71 0.80 79.0 0.20 Gl 194 05 12 59 +45 57.0 0.431 169.2 33.9 G0 III 0.96 79.0 0.45 Gl 195 05 13 42 +45 47.5 0.415 170.3 31.2 dM2 10.20 1.50 76.3 9.61 Gl 195 05 13 42 +45 47.5 0.415 170.3 M4 : 13.70 76.3 13.10 Gl 197 05 15 37 +40 03.4 0.844 141.6 66.5 G2 IV-V 4.71 0.63 69.5 3.92 Gl 200 05 16 40 -03 07.6 0.734 80.0 86.5 K3 V 7.70 1.04 79.7 7.21 Gl 200 05 16 40 -03 07.6 0.734 80.0 M2 11.70 79.7 11.20 GJ 1077 05 19 38 -78 19.6 1.108 176.1 -17.0 M1.5 V 11.91 1.48 76.8 11.34 Gl 203 05 25 16 +09 36.8 0.783 195.1 M3.5 12.48 1.64 99.7 12.47 Gl 204 05 25 57 -03 31.7 0.862 202.4 -56.0 K5 V 7.65 1.10 71.2 6.91 Gl 205 05 28 55 -03 41.1 2.235 159.9 8.5 M1.5 V 7.96 1.47 172.3 9.14 Gl 206 05 29 30 +09 47.3 0.293 233.0 21.7 dM4 e 11.52 1.63 70.9 10.77 NN 3356 05 32 02 +13 51.1 0.410 197.0 M3.5 11.81 1.59 80.7 11.34 Gl 208 05 33 44 +11 17.9 0.057 195.0 21.2 dM0 8.80 1.40 86.1 8.48 Gl 211 05 37 17 +53 27.8 0.512 178.0 1.8 K1 Ve 6.23 0.84 82.7 5.82 GJ 1083 05 37 21 +24 46.9 0.364 163.0 m 14.85 1.88 96.7 14.78 Gl 212 05 37 27 +53 28.3 0.495 177.7 2.0 M1 9.75 1.48 86.1 9.43 Gl 213 05 39 14 +12 29.3 2.571 128.4 105.6 M4 11.53 1.62 166.5 12.64 GJ 2045 05 39 46 -05 30.1 0.971 352.3 m 15.28 1.86 78.1 14.74 Gl 215 05 41 05 +62 13.7 0.838 166.3 -19.6 K7 9.02 1.40 71.6 8.29 Gl 216 05 42 23 -22 27.8 0.476 218.5 -9.7 F6 V 3.58 0.47 124.9 4.06 Gl 216 05 42 21 -22 26.2 0.470 220.7 -8.4 K2 V 6.13 0.94 124.9 6.61 Gl 218 05 45 53 -36 20.6 0.692 96.6 56.0 M3 10.73 1.48 95.5 10.63 GJ 1086 05 48 46 -00 11.3 0.213 22.0 DQP8 14.55 0.48 90.5 14.33 Gl 222 05 51 25 +20 16.1 0.210 244.0 -13.4 G0 V 4.40 0.59 103.1 4.47 Gl 223.2 05 52 39 -04 08.8 2.377 166.6 DZ9 14.45 1.05 154.8 15.40 GJ 1087 05 53 47 +05 22.2 1.056 207.0 DAP9 14.10 0.60 125.1 14.59 Gl 225 05 54 08 -14 10.5 0.146 340.4 -1.4 F1 III 3.72 0.33 73.4 3.05 NN 3378 05 56 43 +59 36.5 0.831 190.1 m 11.71 1.60 132.2 12.32 NN 3379 05 57 26 +02 42.3 0.241 108.0 M4 11.33 1.68 186.3 12.68 NN 3380 05 58 36 +49 52.4 0.801 174.5 m 14.47 1.87 107.8 14.63 Gl 226 05 59 42 +82 07.9 1.337 180.7 -21.0 M2.5 10.50 1.51 105.0 10.61 Gl 228 06 08 09 +10 20.6 0.970 175.8 55.5 dM2.5 J 10.58 1.46 100.8 10.60 Gl 228 06 08 09 +10 20.6 0.970 175.8 12.50 100.8 12.50 Gl 229 06 08 28 -21 50.6 0.737 190.2 5.2 M1 Ve 8.14 1.50 174.9 9.35 Gl 231 06 11 44 -74 44.2 0.247 149.6 34.9 G5 V 5.08 0.72 114.1 5.37 Gl 232 06 21 37 +23 28.1 0.763 132.4 M4.5 13.06 1.76 120.0 13.46 Gl 234 06 26 51 -02 46.2 0.997 134.8 16.7 M4.5 J 11.13 1.71 242.1 13.05 Gl 234 06 26 51 -02 46.2 0.997 134.8 14.60 242.1 16.50 Gl 238 06 33 07 -58 29.9 0.885 332.8 -16.0 m 11.62 1.51 71.0 10.88 Gl 239 06 34 19 +17 36.2 0.885 293.4 -56.1 dM1 9.63 1.49 99.1 9.61 Gl 240 06 35 55 -49 59.7 0.220 90.0 16.0 K0 9.62 1.46 69.7 8.84 Gl 244 06 42 57 -16 38.8 1.328 204.3 -9.4 A1 V -1.43 0.00 380.4 1.47 Gl 244 06 42 57 -16 38.8 1.328 204.3 DA2 8.44 -0.03 380.4 11.34 GJ 1092 06 45 41 +37 11.7 1.618 172.3 m 13.76 1.66 75.8 13.16 NN 3412 06 49 29 +60 56.8 1.147 152.3 M3.5 11.06 1.54 91.5 10.87 Gl 250 06 49 52 -05 06.7 0.544 269.8 -9.6 K3 V 6.59 1.05 108.9 6.78 Gl 250 06 49 52 -05 07.7 0.541 270.0 -6.9 M2 10.09 1.50 108.9 10.28 Gl 251 06 51 35 +33 20.3 0.851 242.3 22.9 dM4 10.01 1.57 173.6 11.21 Gl 254 06 53 52 +30 49.6 0.230 157.6 -7.8 K7 9.72 1.36 56.0 8.46 Gl 255 06 55 30 -35 26.4 0.040 296.9 10.1 F8 IV-V 6.91 0.46 68.4 6.09 Gl 255 06 55 30 -35 26.4 0.040 296.9 F8 IV-V 7.10 68.4 6.30 Gl 257 06 56 21 -44 13.3 1.134 265.0 M3 11.50 1.66 116.9 11.80 Gl 257 06 56 21 -44 13.3 1.134 265.0 M3 11.70 116.9 12.00 GJ 1093 06 56 29 +19 25.8 1.225 137.3 m 14.83 1.93 128.9 15.38 Gl 261 06 59 27 -06 22.1 0.898 185.0 DA 15.27 0.88 79.0 14.80 NN 3421 06 59 54 +52 47.5 1.166 141.7 M4.5 13.30 1.84 109.1 13.49 Gl 268 07 06 39 +38 37.5 1.052 207.9 37.9 M4.5 Ve 11.49 1.71 164.6 12.57 Gl 268.3 07 13 14 +27 14.0 0.240 187.0 dM0 10.85 1.54 126.0 11.35 Gl 269 07 16 03 -46 53.7 0.578 358.1 59.0 K1 V 7.15 0.99 81.6 6.71 Gl 269 07 16 03 -46 53.7 0.578 358.1 K4 V 7.90 81.6 7.50 Gl 273 07 24 43 +05 22.7 3.761 171.2 18.2 M3.5 9.85 1.56 264.4 11.96 GJ 1097 07 26 14 -03 11.2 0.940 150.9 M3 11.43 1.50 90.8 11.22 Gl 275.2 07 27 02 +48 19.4 1.295 189.8 sdM5 13.56 1.71 86.5 13.25 Gl 275.2 07 27 06 +48 17.8 1.295 189.8 DC 14.63 0.99 86.5 14.32 Gl 277 07 28 40 +36 19.8 0.440 231.5 0.1 dM3.5e 10.58 1.47 83.0 10.18 Gl 277 07 28 39 +36 20.4 0.441 231.0 0.1 dM4.5e 11.78 1.52 83.0 11.38 Gl 277.1 07 29 57 +63 03.1 0.424 261.8 dM0 10.49 1.55 70.4 9.73 Gl 278 07 31 25 +32 00.0 0.198 238.9 6.0 A1 V 1.94 0.04 68.3 1.11 Gl 278 07 31 25 +32 00.0 0.198 238.9 -1.2 A m 2.85 68.3 2.02 Gl 278 07 31 26 +31 58.8 0.232 241.4 -1.9 M0.5Ve 9.07 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1.297 297.9 60.0 M3 11.43 1.49 73.3 10.76 NN 3586 10 06 19 +51 32.4 0.927 209.3 k-m 13.47 1.66 75.0 12.85 Gl 380 10 08 19 +49 42.5 1.454 248.9 -25.4 K2 Ve 6.59 1.36 213.2 8.23 Gl 381 10 09 31 -02 25.8 0.829 142.0 40.0 dM0 10.63 1.57 117.3 10.98 Gl 382 10 09 46 -03 29.7 0.280 214.1 7.7 dM2 9.27 1.48 116.7 9.61 Gl 383 10 09 47 -18 22.2 0.525 270.1 -1.7 K7 V 9.94 1.48 70.4 9.18 Gl 386 10 14 20 -11 42.2 0.744 213.9 -20.0 dM0 10.98 1.47 89.7 10.74 Gl 388 10 16 54 +20 07.3 0.506 264.0 12.3 M4.5Ve 9.40 1.54 203.9 10.95 Gl 390 10 22 44 -09 58.6 0.722 276.1 7.0 M1.5 10.17 1.49 79.9 9.68 Gl 393 10 26 23 +01 06.4 0.949 218.2 8.3 dM2.5 9.64 1.52 136.2 10.31 Gl 394 10 27 14 +56 15.4 0.185 258.1 9.1 K7 Ve 8.69 1.33 72.1 7.98 Gl 395 10 27 26 +56 14.3 0.181 258.8 8.6 F8 V 4.84 0.52 78.0 4.30 NN 3612 10 32 04 +69 43.0 1.752 250.5 k-m 11.93 1.55 75.6 11.32 Gl 398 10 33 28 +05 22.7 0.642 278.1 21.0 dM4 e 12.60 1.60 73.0 11.92 Gl 399 10 37 12 -06 39.7 0.725 261.2 m 11.30 1.53 88.5 11.03 GJ 1134 10 38 53 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30.0 M8 19.57 70.2 18.80 Gl 427 11 21 39 +21 38.1 1.050 270.2 51.0 DA7 14.24 0.28 74.2 13.59 Gl 428 11 22 29 -61 22.4 0.490 277.1 4.7 K7 V 7.50 1.26 90.9 7.29 Gl 428 11 22 29 -61 22.4 0.490 277.1 4.5 M0 Ve 8.30 90.9 8.10 Gl 431 11 29 23 -40 46.3 0.717 290.1 -78.0 M3.5 11.52 1.54 94.3 11.39 Gl 432 11 32 03 -32 34.0 1.061 320.8 -22.6 K0 V 5.98 0.81 101.7 6.02 Gl 432 11 32 04 -32 34.1 1.061 320.8 m 15.00 101.7 15.00 Gl 433 11 32 58 -32 15.1 0.831 185.1 28.0 M2 V 9.83 1.51 90.5 9.61 Gl 434 11 38 25 +34 29.0 0.386 181.9 -5.9 G8 Ve 5.33 0.72 116.0 5.65 Gl 435 11 38 37 -44 07.9 0.695 289.4 13.3 K5 Ve 7.77 1.06 79.8 7.28 GJ 1148 11 39 09 +43 01.8 0.612 258.8 M3.5 11.90 1.52 89.1 11.65 Gl 436 11 39 31 +26 59.8 1.080 135.5 9.7 dM3.5 10.67 1.52 98.8 10.64 Gl 438 11 40 49 -51 33.3 0.860 128.6 0.5 K0 10.36 1.53 119.0 10.74 Gl 440 11 42 58 -64 33.5 2.667 97.2 DQ6 11.50 0.19 218.5 13.20 Gl 443 11 44 08 -13 43.6 1.035 132.6 -128.0 M3 11.69 1.48 82.0 11.26 Gl 442 11 44 08 -40 13.7 1.587 284.4 15.3 G5 V 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113.3 6.7 K1 V 6.59 0.94 84.0 6.21 Gl 505 13 14 22 +17 17.0 0.658 113.3 9.0 M1 V 9.60 84.0 9.20 Gl 506 13 15 47 -18 02.0 1.515 225.1 -8.4 G6 V 4.74 0.71 112.1 4.99 Gl 507 13 17 14 +35 23.0 0.873 154.6 -4.9 dM1.5 9.51 1.47 79.9 9.02 Gl 507 13 17 14 +35 23.0 0.873 154.6 -8.5 M3 12.10 1.58 79.9 11.61 Gl 508 13 17 36 +48 02.4 0.147 101.0 -3.3 dM1.5eJ 8.94 1.48 103.0 9.00 Gl 508 13 17 36 +48 02.4 0.147 101.0 9.80 103.0 9.90 NN 3779 13 20 36 +24 44.3 1.080 215.6 M3.5 12.93 1.62 72.5 12.23 Gl 510 13 23 04 -28 06.8 0.471 257.4 -14.0 M2.5 11.02 1.53 71.0 10.30 Gl 512 13 25 46 -02 05.6 0.482 158.9 -41.6 dM4 11.32 1.52 83.8 10.94 Gl 512 13 25 46 -02 05.6 0.482 158.9 M4 13.69 1.68 83.8 13.31 Gl 514 13 27 27 +10 39.0 1.552 134.3 14.3 M1 V 9.05 1.50 138.7 9.76 GJ 1171 13 28 08 +19 26.0 1.397 200.5 14.73 1.80 69.1 13.93 Gl 518 13 34 13 +03 57.0 3.870 253.6 DZ9 14.65 0.95 122.2 15.09 Gl 519 13 35 13 +35 58.4 0.315 101.0 -15.0 dM1 9.04 1.42 101.9 9.08 Gl 521 13 37 20 +46 26.0 0.402 353.3 -65.3 dM2 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0.58 104.7 2.78 Gl 536 13 58 31 -02 25.3 0.994 307.9 M1 9.70 1.46 95.1 9.59 Gl 537 14 00 32 +46 34.9 0.585 94.5 -41.1 dM3 e 9.85 1.48 89.1 9.60 Gl 537 14 00 32 +46 34.9 0.585 94.5 -28.0 dM3 e 9.95 89.1 9.70 GJ 1182 14 13 04 +04 54.0 1.060 225.3 4.0 m 14.30 1.72 71.8 13.58 Gl 541 14 13 23 +19 26.5 2.281 208.8 -5.0 K2 III ep -0.10 1.20 91.2 -0.30 Gl 542 14 15 30 -59 08.3 0.947 209.5 -14.9 K3 V 6.66 1.03 104.9 6.76 Gl 545 14 17 29 -09 22.8 1.062 215.2 75.0 M4 12.90 1.59 91.1 12.70 Gl 546 14 19 48 +29 51.7 0.711 243.3 -37.2 K8 V 8.55 1.26 69.1 7.75 Gl 549 14 23 30 +52 04.9 0.468 211.2 -11.4 F7 V 4.06 0.50 81.0 3.60 Gl 549 14 23 29 +52 03.7 0.471 210.8 -11.3 M3 11.50 1.50 81.0 11.04 Gl 551 14 26 19 -62 28.1 3.809 281.7 -16.0 dM5 e 11.05 1.83 771.8 15.49 NN 3849 14 26 37 +33 24.6 0.802 206.2 -21.0 dM9 19.74 95.0 19.63 Gl 553.1 14 28 20 -12 04.1 0.538 227.0 M3 11.92 1.57 87.0 11.60 NN 3855 14 29 21 +59 56.2 0.825 282.4 21.0 M6.5 17.88 103.3 17.95 Gl 555 14 31 35 -12 18.6 0.690 330.3 9.0 M3 11.31 1.64 159.0 12.32 Gl 556 14 31 51 +53 07.4 0.310 321.7 11.5 K3 V 7.23 0.99 69.8 6.45 Gl 559 14 36 11 -60 37.8 3.689 281.1 -26.2 G2 V 0.01 0.64 749.0 4.38 Gl 559 14 36 11 -60 37.8 3.689 281.1 -18.1 K0 V 1.34 0.84 749.0 5.71 NN 3866 14 44 41 -17 29.5 1.177 252.6 DC9 16.48 0.94 69.0 15.67 Gl 564 14 48 02 +24 07.0 0.146 78.1 -2.7 G2 V 5.85 0.56 69.7 5.07 Gl 566 14 49 05 +19 18.4 0.171 127.2 2.2 G8 Ve 4.70 0.73 149.1 5.57 Gl 566 14 49 05 +19 18.4 0.171 127.2 3.1 K4 Ve 6.97 1.16 149.1 7.84 Gl 567 14 51 07 +19 21.2 0.497 295.9 -31.0 K2 V 6.02 0.84 86.9 5.72 Gl 568 14 51 41 +23 45.5 0.692 278.7 -35.7 M3.5 J 12.19 1.61 93.9 12.05 Gl 568 14 51 41 +23 45.5 0.692 278.7 12.70 93.9 12.60 Gl 569 14 52 08 +16 18.3 0.335 108.4 -8.4 dM0 e 10.20 1.48 95.6 10.10 NN 3877 14 53 42 -27 57.1 0.965 210.1 dM8 17.05 1.34 161.0 18.08 Gl 570 14 54 32 -21 11.5 2.025 149.1 29.1 K5 Ve 5.75 1.10 174.2 6.96 Gl 570 14 54 31 -21 11.3 1.933 149.7 27.9 M2 V 8.00 1.50 174.2 9.21 GJ 1187 14 56 29 +56 51.8 0.683 156.7 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1.65 75.2 11.60 Gl 598 15 44 01 +07 30.5 0.241 250.9 -68.5 G0 V 4.43 0.60 83.9 4.05 Gl 599 15 44 14 -37 45.6 0.468 241.9 -5.2 G6 V 6.01 0.72 73.5 5.34 Gl 599 15 44 14 -37 45.6 0.468 241.9 1.0 DA7 12.78 0.33 73.5 12.11 Gl 601 15 50 43 -63 16.7 0.440 205.0 0.4 F2 IV 2.84 0.29 82.1 2.41 Gl 603 15 54 08 +15 49.4 1.322 166.6 6.6 F6 V 3.85 0.48 84.1 3.47 Gl 606 15 57 11 -08 06.8 0.194 104.7 dM0 10.50 1.51 98.1 10.46 Gl 609 16 00 43 +20 44.6 1.571 217.6 25.0 M3 12.56 1.63 99.4 12.55 Gl 611 16 03 13 +39 17.4 0.579 275.0 -60.0 G8 V 6.66 0.73 80.1 6.18 Gl 611 16 03 07 +39 17.6 0.624 274.5 m 14.23 1.72 72.5 13.53 Gl 613 16 05 41 -56 19.1 0.351 338.7 37.9 K3 V 7.11 0.85 75.3 6.49 Gl 615 16 09 47 -57 25.5 1.647 212.0 10.0 K0 V 7.53 0.83 69.9 6.75 Gl 617 16 16 37 +67 21.5 0.510 280.3 -19.9 M0 Ve 8.60 1.41 88.3 8.33 Gl 617 16 16 39 +67 22.6 0.522 278.6 -19.5 M2.5 10.72 1.49 88.3 10.45 Gl 618 16 16 47 -37 25.4 1.222 324.5 20.0 M3 10.60 1.57 130.0 11.17 Gl 618 16 16 47 -37 25.4 1.222 324.5 M5 : 14.15 1.79 130.0 14.72 Gl 619 16 19 12 +41 04.6 0.122 347.7 7.5 dM0 p 8.98 1.30 68.0 8.14 Gl 623 16 22 39 +48 28.4 1.231 111.6 -27.8 dM3 10.28 1.48 131.7 10.88 Gl 624 16 23 04 -69 58.5 0.231 63.5 7.6 G0 V 4.91 0.55 92.4 4.74 Gl 625 16 24 14 +54 25.1 0.420 108.0 -12.6 dM2 10.12 1.61 159.3 11.13 Gl 628 16 27 31 -12 32.3 1.175 183.4 -13.0 M3.5 10.08 1.58 244.7 12.02 Gl 630.1 16 33 29 +57 14.8 1.620 316.0 -118.6 dM4 e 12.90 1.60 69.0 12.09 Gl 630.1 16 33 31 +57 15.2 1.620 316.0 DQ8 15.00 0.49 69.0 14.19 Gl 631 16 33 44 -02 13.2 0.552 124.6 -12.1 K0 Ve 5.75 0.82 95.1 5.64 Gl 633 16 37 09 -45 54.2 0.536 137.9 30.0 M3 12.68 1.61 104.6 12.78 NN 3967 16 37 32 +00 48.3 0.217 135.0 m 13.69 1.70 89.3 13.44 Gl 635 16 39 24 +31 41.5 0.614 309.9 -70.4 G0 IV 2.91 0.65 99.0 2.89 Gl 635 16 39 24 +31 41.5 0.614 309.9 K0 V 5.40 99.0 5.40 NN 3971 16 40 22 +67 41.5 0.451 325.6 m 15.65 1.95 75.2 15.03 Gl 638 16 43 15 +33 35.7 0.389 352.6 -30.6 K7 V 8.11 1.37 103.2 8.18 GJ 1206 16 47 38 +59 08.8 0.317 154.0 DAV4 12.23 0.18 81.2 11.78 Gl 643 16 52 45 -08 13.9 1.190 222.5 -14.1 sdM4 11.80 1.69 171.9 12.98 Gl 644 16 52 48 -08 14.7 1.183 222.2 12.1 M3 J 9.69 1.57 153.9 10.63 Gl 644 16 52 48 -08 14.7 1.183 222.2 9.90 153.9 10.80 Gl 644 16 52 55 -08 18.2 1.190 222.5 20.0 M7 16.78 1.99 153.9 17.72 GJ 1207 16 54 26 -04 16.0 0.636 126.3 dM3.5 12.28 1.60 104.4 12.37 Gl 646 16 55 26 -39 29.2 0.331 55.6 42.5 K5 V 8.50 1.16 73.0 7.82 Gl 646 16 55 26 -39 29.2 0.331 55.6 10.40 73.0 9.70 Gl 649 16 56 07 +25 49.6 0.527 191.9 4.3 dM2 9.65 1.50 105.0 9.76 Gl 652 17 01 19 -28 30.6 0.277 160.5 15.3 G8 IV-V 6.58 0.83 69.8 5.80 NN 3988 17 02 11 +51 28.0 0.646 13.0 k-m 13.56 1.75 105.2 13.67 Gl 653 17 02 27 -04 59.0 1.471 218.5 34.2 K5 V 7.73 1.16 88.7 7.47 Gl 654 17 02 37 -05 00.7 1.461 219.2 34.6 M3.5V 10.08 1.44 104.7 10.18 GJ 1210 17 05 17 +07 26.3 0.653 233.2 m 14.01 1.88 78.0 13.47 NN 3991 17 07 56 +43 45.3 0.428 129.0 M3 11.80 1.48 125.0 12.30 Gl 660 17 09 18 -01 47.3 0.549 234.7 M3.5 J 12.05 1.60 85.3 11.70 Gl 660 17 09 18 -01 47.3 0.549 234.7 12.20 85.3 11.90 Gl 661 17 10 40 +45 44.8 1.582 171.3 -30.0 M3 J 9.96 1.49 159.5 10.97 Gl 661 17 10 40 +45 44.8 1.582 171.3 M3.5 10.40 159.5 11.40 Gl 663 17 12 16 -26 31.8 1.235 203.6 0.5 K1 Ve 5.07 0.85 187.6 6.44 Gl 663 17 12 16 -26 31.9 1.231 202.0 0.9 K1 Ve 5.11 0.86 187.6 6.48 GJ 1214 17 12 49 +05 01.7 0.890 142.6 m 14.67 1.74 77.4 14.11 Gl 664 17 13 09 -26 28.6 1.222 203.1 -0.1 K5 Ve 6.33 1.16 182.0 7.63 Gl 666 17 15 15 -46 35.1 1.053 80.5 23.0 G8 V 5.53 0.77 131.9 6.13 Gl 666 17 15 15 -46 35.1 1.053 80.5 25.1 M0 V 8.69 1.41 131.9 9.29 GJ 1215 17 15 25 +11 43.7 0.539 218.7 m 15.10 1.88 78.8 14.58 Gl 667 17 15 33 -34 56.2 1.167 99.2 0.0 K3 V 6.29 1.04 140.0 7.02 Gl 667 17 15 33 -34 56.2 1.167 99.2 1.0 K5 V 7.20 140.0 7.90 Gl 667 17 15 34 -34 56.5 1.180 98.3 0.6 M2.5 10.24 1.57 140.0 10.97 Gl 669 17 17 54 +26 32.8 0.430 330.0 -33.7 dM4 e 11.42 1.55 93.3 11.27 Gl 669 17 17 53 +26 32.8 0.430 330.0 -34.0 dM5 e 12.97 1.64 93.3 12.82 Gl 671 17 18 17 +41 46.5 0.863 159.8 -18.9 M3 11.37 1.56 77.4 10.81 Gl 672 17 18 47 +32 31.9 1.050 173.0 -79.1 G2 V 5.39 0.62 73.7 4.73 Gl 673 17 23 16 +02 10.2 1.315 206.1 -23.3 K7 V 7.53 1.36 128.9 8.08 NN 4006 17 23 39 +01 50.9 0.040 0.0 10.90 0.67 73.7 10.20 Gl 674 17 24 53 -46 50.6 1.044 147.0 -10.2 M3 9.37 1.53 219.7 11.08 Gl 675 17 25 09 +67 20.9 0.534 271.7 -38.3 K0 V 6.43 0.76 75.7 5.83 Gl 676 17 26 15 -51 35.7 0.300 238.0 -27.2 M0 9.58 1.46 83.3 9.18 Gl 676 17 26 20 -51 35.6 0.290 240.0 m 13.31 1.51 83.3 12.91 Gl 678.1 17 27 55 +05 35.4 0.262 174.4 -3.8 M1 V 9.30 1.49 100.0 9.30 Gl 680 17 31 24 -48 39.3 0.460 7.0 M0 10.15 1.56 81.9 9.72 Gl 682 17 33 28 -44 16.6 1.155 216.3 -60.0 M3.5 10.95 1.65 211.6 12.58 Gl 685 17 35 02 +61 43.1 0.573 153.3 -16.3 M1 Ve 9.97 1.47 71.1 9.23 Gl 686 17 35 39 +18 36.4 1.361 43.2 -9.5 dM1 9.62 1.53 128.9 10.17 Gl 687 17 36 42 +68 23.1 1.304 194.8 -23.2 M3.5 V 9.18 1.50 212.7 10.82 Gl 688 17 36 48 +03 35.0 0.199 242.5 22.4 K3 V 6.52 0.96 81.0 6.06 GJ 1220 17 36 50 +82 06.8 0.566 329.9 m 14.18 1.76 70.9 13.43 Gl 691 17 40 10 -51 48.6 0.192 183.9 -9.0 G5 V 5.14 0.70 103.0 5.20 Gl 693 17 42 24 -57 16.9 1.739 219.2 -115.0 M3.5 10.75 1.65 165.5 11.84 Gl 694 17 42 25 +43 24.4 0.636 179.1 -14.5 dM3.5 10.47 1.53 101.7 10.51 NN 4026 17 44 04 +24 39.7 0.600 326.8 m 12.67 1.51 69.2 11.87 Gl 695 17 44 30 +27 44.9 0.814 202.9 -16.7 G5 IV 3.42 0.75 115.1 3.73 Gl 695 17 44 28 +27 44.7 0.827 204.2 -13.9 M3 J 10.35 1.49 115.1 10.66 Gl 695 17 44 28 +27 44.7 0.827 204.2 M4 K 10.80 115.1 11.10 GJ 1221 17 48 58 +70 52.4 1.651 311.0 DXP9 14.15 0.40 162.8 15.21 Gl 699 17 55 23 +04 33.3 10.310 355.8 -111.0 M5 V 9.55 1.74 545.3 13.23 NN 4040 17 56 28 +46 35.2 0.594 357.2 m 11.79 1.56 71.3 11.06 GJ 1223 18 01 03 +37 31.8 1.158 171.9 m 14.85 1.77 83.5 14.46 Gl 701 18 02 28 -03 01.9 0.644 121.1 32.5 dM2 9.38 1.52 125.9 9.88 Gl 702 18 02 56 +02 30.6 1.135 167.1 -6.9 K0 Ve 4.21 0.86 199.0 5.70 Gl 702 18 02 56 +02 30.6 1.135 167.1 -10.0 K5 Ve 6.00 1.15 199.0 7.49 GJ 1224 18 04 42 -15 58.0 0.664 238.2 m 13.63 1.79 132.7 14.24 Gl 703 18 05 04 +15 56.5 0.210 198.4 25.5 G6 8.68 0.65 71.7 7.96 Gl 706 18 07 58 +38 27.2 0.557 215.3 -19.1 K2 V 6.40 0.87 88.7 6.14 NN 4048 18 16 25 +38 46.2 1.091 197.8 m 11.87 1.58 88.0 11.59 NN 4049 18 16 24 +38 46.2 1.091 197.8 m 13.53 1.77 88.0 13.25 Gl 710 18 17 15 -01 57.7 0.014 249.7 -13.3 dM1 9.66 1.37 71.7 8.94 NN 4053 18 18 51 +66 10.5 0.623 131.3 m 13.48 1.83 137.3 14.17 Gl 712 18 19 44 +06 18.9 1.158 272.7 -48.0 M3 12.58 1.48 69.1 11.78 NN 4054 18 20 45 +60 59.9 0.688 172.2 DC:9 15.65 0.97 78.1 15.11 Gl 713 18 21 57 +72 42.7 0.632 124.4 32.0 F7 V 3.57 0.49 132.6 4.18 GJ 1227 18 22 05 +62 02.3 1.544 217.1 m 13.41 1.76 121.3 13.83 Gl 714 18 25 51 -58 18.1 0.430 184.0 -3.4 M1 9.85 1.48 69.2 9.05 Gl 716 18 28 23 -18 56.5 0.239 215.2 -41.6 K3 V 6.81 0.85 71.0 6.07 Gl 721 18 35 15 +38 44.2 0.348 35.2 -12.1 A0 V 0.03 0.00 129.6 0.59 Gl 722 18 35 54 -21 05.7 0.171 206.0 38.6 G5 V 5.86 0.68 71.8 5.14 GJ 1230 18 39 04 +24 44.2 0.501 85.3 k-m 12.40 1.71 136.0 13.10 GJ 1230 18 39 04 +24 44.3 0.501 85.3 m 14.00 136.0 15.00 NN 4073 18 41 45 +40 36.8 0.619 348.7 m 18.23 70.8 17.48 Gl 725 18 42 12 +59 33.3 2.273 323.3 -0.8 dM4 8.90 1.52 286.1 11.18 Gl 725 18 42 13 +59 33.0 2.272 323.1 1.2 dM5 9.71 1.59 286.1 11.99 Gl 726 18 44 50 -03 41.5 0.275 206.1 16.0 K7 8.81 1.29 71.0 8.07 Gl 729 18 46 45 -23 53.5 0.720 106.7 -12.1 dM4.5e 10.46 1.72 341.1 13.12 Gl 731 18 49 38 +16 31.8 0.537 207.9 -14.9 dM1.5 10.15 1.47 74.8 9.52 Gl 732 18 50 15 -38 39.8 1.011 161.1 sdG0 12.70 1.53 75.2 12.08 Gl 732 18 50 15 -38 39.8 1.011 162.0 16.00 75.2 15.00 Gl 735 18 53 03 +08 20.3 0.130 129.0 -13.5 dM3 e 10.11 1.53 88.6 9.85 Gl 736 18 53 12 +04 12.1 0.099 181.7 20.1 G8 V 8.03 0.90 42.0 6.15 Gl 737 18 53 21 -56 03.1 0.412 186.2 -13.5 K7 V 9.45 1.42 73.1 8.77 Gl 737 18 53 21 -56 03.1 0.412 186.2 -15.8 K5 V 10.00 73.1 9.32 Gl 739 18 55 20 -48 20.2 0.509 163.0 M3 11.15 1.46 87.1 10.85 Gl 740 18 55 34 +05 51.4 1.245 189.6 10.4 M2 V 9.22 1.46 94.6 9.10 Gl 742 19 00 39 +70 35.1 0.536 9.6 DXP5 13.20 0.05 74.8 12.57 Gl 745 19 04 58 +20 48.8 0.578 234.7 32.1 sdM2 10.76 1.58 112.2 11.01 Gl 745 19 05 05 +20 48.1 0.578 234.7 31.7 sdM2 10.75 1.58 112.2 11.00 Gl 747 19 05 45 +32 27.0 1.635 48.9 -47.0 M3.5 J 11.86 1.70 122.6 12.30 Gl 747 19 05 45 +32 27.0 1.635 48.9 M5 K 12.16 122.6 12.60 GJ 1232 19 07 40 +17 35.5 0.740 227.0 -12.0 k-m 13.52 1.85 93.6 13.38 Gl 748 19 09 38 +02 48.6 1.801 105.8 -42.6 dM4 11.10 1.51 99.4 11.09 Gl 750 19 13 03 -45 58.4 0.450 154.0 -36.8 K9 V J 10.12 1.42 72.6 9.42 Gl 750 19 13 03 -45 58.4 0.450 154.0 10.10 72.6 9.40 Gl 752 19 14 29 +05 05.8 1.466 204.2 36.3 M3.5Ve 9.11 1.50 176.7 10.35 Gl 752 19 14 32 +05 04.7 1.461 203.1 dM5 e 17.52 2.20 176.7 18.76 Gl 754 19 17 07 -45 36.7 2.945 167.3 16.0 M4.5 12.23 1.68 175.7 13.45 GJ 1234 19 17 15 +38 38.0 0.250 179.0 DC7 14.57 0.44 85.6 14.23 Gl 754.1 19 17 53 -07 45.6 0.199 198.0 DQ5 12.28 0.06 98.8 12.25 Gl 754.1 19 17 51 -07 45.3 0.199 198.0 10.0 dM5 12.12 1.63 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71.0 12.02 Gl 879 22 53 37 -31 49.8 0.360 114.6 9.0 K5 Ve 6.48 1.10 128.1 7.02 Gl 880 22 54 10 +16 17.4 1.071 254.8 -27.9 dM2 e 8.67 1.50 148.2 9.52 Gl 881 22 54 54 -29 53.3 0.372 115.6 6.1 A3 V 1.16 0.09 153.7 2.09 Gl 884 22 57 38 -22 47.6 0.911 274.1 15.4 K5/M0 V 7.88 1.39 128.4 8.42 Gl 887 23 02 39 -36 08.5 6.896 79.1 9.5 M2 Ve 7.34 1.49 284.3 9.61 Gl 891 23 07 32 -26 12.2 0.710 88.4 M2.5 11.27 1.52 77.7 10.70 Gl 892 23 10 52 +56 53.5 2.094 81.8 -18.2 K3 V 5.56 1.01 146.4 6.39 NN 4333 23 19 09 +17 02.1 1.483 201.0 m 11.72 1.51 92.8 11.56 Gl 895 23 22 14 +57 35.0 0.287 185.0 -33.8 dM2 e 10.04 1.50 71.6 9.31 Gl 895.2 23 26 16 +04 58.5 0.492 238.1 34.0 DAV4 13.04 0.16 72.7 12.35 Gl 896 23 29 20 +19 39.7 0.560 91.7 1.1 dM4 e 10.38 1.54 151.9 11.29 Gl 896 23 29 20 +19 39.7 0.560 91.7 -1.2 dM6 e 12.40 1.65 151.9 13.30 Gl 897 23 30 09 -17 01.5 0.400 126.0 -1.9 M3.5 J 10.95 1.51 77.5 10.40 Gl 897 23 30 09 -17 01.5 0.400 126.0 11.40 77.5 10.80 Gl 898 23 30 12 -17 07.1 0.390 126.8 0.5 K5/M0 V 8.60 1.28 77.5 8.05 Gl 899 23 31 33 -00 05.1 1.388 227.8 20.0 M4 11.17 1.45 70.9 10.42 GJ 1286 23 32 34 -02 39.3 1.157 137.4 M5 14.69 1.96 138.6 15.40 Gl 902 23 36 41 -72 59.3 0.749 169.1 71.7 K3 V 7.07 0.99 107.4 7.23 Gl 904 23 37 23 +05 21.3 0.573 139.0 5.5 F7 V 4.13 0.51 72.5 3.43 Gl 905 23 39 26 +43 55.2 1.617 177.0 -77.7 dM6 e 12.29 1.90 315.6 14.79 GJ 1288 23 40 23 +30 32.9 0.438 231.4 m 14.36 1.77 81.9 13.93 GJ 1289 23 40 33 +36 15.7 0.936 98.3 -6.0 k 12.57 1.60 123.0 13.02 Gl 908 23 46 36 +02 08.2 1.370 133.4 -71.3 M2 Ve 8.98 1.48 177.9 10.23 Gl 909 23 49 57 +75 15.9 0.309 79.6 1.7 K3 V 6.40 0.98 96.5 6.32 Gl 909 23 49 57 +75 15.9 0.309 79.6 M2 11.70 96.5 11.60 GJ 1292 23 55 07 +23 02.4 1.460 135.0 k-m 11.72 1.54 72.1 11.01 Gl 914 23 59 33 +26 49.0 1.305 139.7 -37.6 G3 V 5.81 0.67 79.6 5.31 Gl 914 23 59 33 +26 49.0 1.305 139.7 K6 V 9.00 79.6 8.50 Gl 915 23 59 34 -43 26.1 0.915 137.7 DA5 13.05 0.07 128.2 13.59 # #END# -ref=VIZ4db5997c19c3 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