# MWR modified the original Gliese catalog from Vizier # selected only stars with parallax > 0.1 arcsec # so distance <= 10 pc # Then estimated temperature for each star # and computed absolute V mag for each star # Appended temp and absmag to end of each entry # # MWR 6/4/2015 # # # # # # # VizieR Astronomical Server vizier.u-strasbg.fr # # Date: 2015-06-04T19:49:42 [V1.99+ (14-Oct-2013)] # # In case of problem, please report to: cds-question@unistra.fr # # # # # #Coosys J2000: eq_FK5 J2000 # #INFO votable-version=1.99+ (14-Oct-2013) # #INFO -ref=VIZ5570ab5a9bf1 # #INFO -out.max=9999 # #INFO queryParameters=25 # #-oc.form=sexa # #-out.max=9999 # #-out.add=_r # #-out.add=_RAJ,_DEJ # #-nav=cat:V/70A&tab:{V/70A/catalog}&key:source=V/70A/catalog&HTTPPRM:&&-ref=VIZ5570ab5a9bf1&-out.src=V/70A/catalog&Clear= Clear&-c.r= 2&-sort=_r&-order=I&-out=Name&-out=RAB1950&-out=DEB1950&-out=pm&-out=pmPA&-out=RV&-out=Sp&-out=Vmag&-out=B-V&-out=plx&plx=> 100&-out=_RA.icrs&-out=_DE.icrs&-meta.ucd=2&-meta=1&-meta.foot=1&-usenav=1&-bmark=POST&-out.add=_r&-out.add=_RAJ,_DEJ&-oc.form=sexa&-c.geom=r&-out.max=9999&-out.form=ascii text/plain&undefined=CDS, France&-c.eq=J2000&-c.u=arcmin& # #-c.eq=J2000 # #-c.r= 2 # #-c.u=arcmin # #-c.geom=r # #-source=V/70A/catalog # #-order=D # #-out=Name # #-out=RAB1950 # #-out=DEB1950 # #-out=pm # #-out=pmPA # #-out=RV # #-out=Sp # #-out=Vmag # #-out=B-V # #-out=plx # #-sort=plx # #plx=> 100 # #-out=_RA.icrs # #-out=_DE.icrs # # # # #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: # _RAJ2000 ("h:m:s") (A8) Right ascension (FK5, Equinox=J2000.0) at Epoch=J2000, proper motions taken into account (computed by VizieR, not part of the original data) [ucd=pos.eq.ra] # _DEJ2000 ("d:m:s") (A8) Declination (FK5, Equinox=J2000.0) at Epoch=J2000, proper motions taken into account (computed by VizieR, not part of the original data) [ucd=pos.eq.dec] # 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] # _RA.icrs ("h:m:s") (A8) Right ascension (ICRS) at Epoch=J2000, proper motions taken into account (computed by VizieR, not part of the original data) [ucd=pos.eq.ra] # _DE.icrs ("d:m:s") (A8) Declination (ICRS) at Epoch=J2000, proper motions taken into account (computed by VizieR, not part of the original data) [ucd=pos.eq.dec] # -------- -------- -------- -------- -------- ------ ----- ------ ------------ ------ ----- ------ -------- -------- # _R _D R D pm _R _D Temp Absmag # AJ2000 ( EJ2000 ( AB1950 ( EB1950 ( (arcs pmPA RV Vmag B-V plx A.icrs ( E.icrs ( Kelvin V # "h:m:s") "d:m:s") Name "h:m:s") "d:m:s") ec/yr) (deg) (km/s) Sp (mag) (mag) (mas) "h:m:s") "d:m:s") # -------- -------- -------- -------- -------- ------ ----- ------ ------------ ------ ----- ------ -------- ----------- ------------------- 14 29 43.3 -62 40 48 Gl 551 14 26 19 -62 28.1 3.809 281.7 -16.0 dM5 e 11.05 1.83 771.8 14 29 43.3 -62 40 48 3065 15.49 14 39 35.9 -60 50 07 Gl 559 14 36 11 -60 37.8 3.689 281.1 -26.2 G2 V 0.01 0.64 749.0 14 39 35.9 -60 50 07 5782 4.38 14 39 35.9 -60 50 07 Gl 559 14 36 11 -60 37.8 3.689 281.1 -18.1 K0 V 1.34 0.84 749.0 14 39 35.9 -60 50 07 5237 5.71 17 57 48.8 +04 41 37 Gl 699 17 55 23 +04 33.3 10.310 355.8 -111.0 M5 V 9.55 1.74 545.3 17 57 48.8 +04 41 37 3097 13.23 10 56 29.2 +07 00 54 Gl 406 10 54 06 +07 19.2 4.696 234.6 13.0 M6 13.45 2.00 418.3 10 56 29.2 +07 00 54 2800 16.56 11 03 20.6 +35 58 09 Gl 411 11 00 37 +36 18.3 4.807 186.8 -84.3 M2 Ve 7.48 1.51 397.3 11 03 20.6 +35 58 09 3533 10.47 01 39 01.4 -17 57 02 Gl 65 01 36 25 -18 12.7 3.368 80.4 29.0 dM5.5e 12.57 1.85 380.7 01 39 01.4 -17 57 02 3058 15.47 06 45 09.2 -16 43 00 Gl 244 06 42 57 -16 38.8 1.328 204.3 -9.4 A1 V -1.43 0.00 380.4 06 45 09.2 -16 43 00 9450 1.47 18 49 50.2 -23 50 11 Gl 729 18 46 45 -23 53.5 0.720 106.7 -12.1 dM4.5e 10.46 1.72 341.1 18 49 50.2 -23 50 11 3179 13.12 23 41 54.7 +44 10 30 Gl 905 23 39 26 +43 55.2 1.617 177.0 -77.7 dM6 e 12.29 1.90 315.6 23 41 54.7 +44 10 30 2899 14.78 03 32 55.5 -09 27 31 Gl 144 03 30 34 -09 37.6 0.980 271.1 16.9 K2 V 3.73 0.88 305.6 03 32 55.5 -09 27 31 5058 6.15 11 47 44.9 +00 48 20 Gl 447 11 45 09 +01 06.0 1.348 152.0 -31.1 dM4.5 11.12 1.75 301.1 11 47 44.9 +00 48 20 3169 13.51 22 38 33.5 -15 18 07 Gl 866 22 35 45 -15 35.6 3.254 46.6 -60.0 M5 e 12.66 1.98 294.3 22 38 33.5 -15 18 07 2945 15.00 00 18 22.8 +44 01 24 Gl 15 00 15 31 +43 44.4 2.912 81.8 12.0 M2 V 8.08 1.56 289.5 00 18 22.8 +44 01 24 3461 10.38 00 18 22.8 +44 01 24 Gl 15 00 15 31 +43 44.4 2.912 81.8 11.3 M6 Ve 11.06 1.79 289.5 00 18 22.8 +44 01 24 2955 13.36 22 03 21.6 -56 47 12 Gl 845 21 59 33 -56 59.6 4.700 122.9 -40.4 K5 Ve 4.69 1.06 288.9 22 03 21.6 -56 47 12 4575 6.99 21 06 54.6 +38 44 46 Gl 820 21 04 40 +38 30.0 5.220 52.4 -64.8 K5 Ve 5.21 1.18 288.7 21 06 54.6 +38 44 46 4403 7.51 21 06 54.6 +38 44 46 Gl 820 21 04 40 +38 30.0 5.220 52.4 -64.3 K7 Ve 6.03 1.37 288.7 21 06 54.6 +38 44 46 4020 8.33 18 42 44.9 +59 37 53 Gl 725 18 42 12 +59 33.3 2.273 323.3 -0.8 dM4 8.90 1.52 286.1 18 42 44.9 +59 37 53 3341 11.18 18 42 45.9 +59 37 35 Gl 725 18 42 13 +59 33.0 2.272 323.1 1.2 dM5 9.71 1.59 286.1 18 42 45.9 +59 37 35 3186 11.99 01 44 04.4 -15 56 14 Gl 71 01 41 45 -16 12.0 1.924 296.4 -17.0 G8 Vp 3.49 0.72 286.0 01 44 04.4 -15 56 14 5504 5.77 07 39 18.0 +05 13 31 Gl 280 07 36 41 +05 21.3 1.247 214.5 -4.0 F5 IV-V 0.38 0.42 285.8 07 39 18.0 +05 13 31 6555 2.65 23 05 52.4 -35 51 12 Gl 887 23 02 39 -36 08.5 6.896 79.1 9.5 M2 Ve 7.34 1.49 284.3 23 05 52.4 -35 51 12 3591 9.61 08 29 49.5 +26 46 38 GJ 1111 08 26 53 +26 57.2 1.290 242.2 -5.0 M6.5 14.81 2.06 275.8 08 29 49.5 +26 46 38 2688 17.01 01 12 30.6 -16 59 59 Gl 54.1 01 09 59 -17 16.4 1.345 62.3 28.0 dM5 e 12.05 1.84 267.4 01 12 30.6 -16 59 59 3062 14.18 07 27 24.4 +05 13 29 Gl 273 07 24 43 +05 22.7 3.761 171.2 18.2 M3.5 9.85 1.56 264.4 07 27 24.4 +05 13 29 3336 11.96 21 17 15.3 -38 52 03 Gl 825 21 14 20 -39 03.7 3.453 250.8 28.2 M0 Ve 6.67 1.41 258.6 21 17 15.3 -38 52 03 3875 8.73 05 11 40.3 -45 01 07 Gl 191 05 09 41 -44 59.9 8.706 131.1 245.5 M0 V 8.85 1.55 258.3 05 11 40.3 -45 01 07 3620 10.91 22 28 00.0 +57 41 49 Gl 860 22 26 13 +57 26.8 0.943 245.4 -33.3 M2 V 9.85 1.62 251.9 22 28 00.0 +57 41 49 3410 11.85 22 28 00.0 +57 41 49 Gl 860 22 26 13 +57 26.8 0.943 245.4 -31.7 M6 V 11.30 1.80 251.9 22 28 00.0 +57 41 49 2951 13.30 16 30 18.3 -12 39 45 Gl 628 16 27 31 -12 32.3 1.175 183.4 -13.0 M3.5 10.08 1.58 244.7 16 30 18.3 -12 39 45 3319 12.02 06 29 23.9 -02 48 50 Gl 234 06 26 51 -02 46.2 0.997 134.8 16.7 M4.5 J 11.13 1.71 242.1 06 29 23.9 -02 48 50 3145 13.05 03 36 00.0 -44 30 46 GJ 1061 03 34 16 -44 40.3 0.831 118.8 -20.0 M4.5 13.03 1.90 233.0 03 36 00.0 -44 30 46 3062 14.87 12 33 17.2 +09 01 15 Gl 473 12 30 51 +09 17.6 1.811 277.4 -553.7 dM5.5eJ 13.04 1.83 232.2 12 33 17.2 +09 01 15 3065 14.87 02 00 13.2 +13 03 07 Gl 83.1 01 57 28 +12 50.1 2.097 147.8 -31.0 dM8 e 12.28 1.80 223.8 02 00 13.2 +13 03 07 2836 14.02 00 05 24.6 -37 21 26 Gl 1 00 02 28 -37 36.2 6.097 112.5 22.9 M4 V 8.54 1.46 221.8 00 05 24.6 -37 21 26 3478 10.26 10 48 12.7 -11 20 14 NN 3622 10 45 41 -11 03.1 1.644 158.5 -7.0 M6.5 15.60 2.10 221.0 10 48 12.7 -11 20 14 2665 17.32 17 28 40.1 -46 53 44 Gl 674 17 24 53 -46 50.6 1.044 147.0 -10.2 M3 9.37 1.53 219.7 17 28 40.1 -46 53 44 3424 11.07 21 33 33.9 -49 00 33 Gl 832 21 30 14 -49 13.2 0.828 184.8 4.1 M1 V 8.67 1.47 215.0 21 33 33.9 -49 00 33 3702 10.33 10 11 22.0 +49 27 16 Gl 380 10 08 19 +49 42.5 1.454 248.9 -25.4 K2 Ve 6.59 1.36 213.2 10 11 22.0 +49 27 16 4524 8.23 00 06 43.8 -07 32 22 GJ 1002 00 04 13 -07 47.5 2.041 203.6 -42.0 M5-5.5 13.75 1.98 212.8 00 06 43.8 -07 32 22 2945 15.38 17 36 25.4 +68 20 21 Gl 687 17 36 42 +68 23.1 1.304 194.8 -23.2 M3.5 V 9.18 1.50 212.7 17 36 25.4 +68 20 21 3425 10.81 19 53 54.3 +44 24 55 GJ 1245 19 52 16 +44 17.5 0.731 143.1 M5.5 V e 13.41 1.90 212.0 19 53 54.3 +44 24 55 2962 15.04 17 37 03.4 -44 19 11 Gl 682 17 33 28 -44 16.6 1.155 216.3 -60.0 M3.5 10.95 1.65 211.6 17 37 03.4 -44 19 11 3259 12.57 22 53 17.1 -14 15 45 Gl 876 22 50 35 -14 31.2 1.143 123.5 -1.5 dM5 10.17 1.58 211.3 22 53 17.1 -14 15 45 3194 11.79 04 15 16.1 -07 39 12 Gl 166 04 12 58 -07 43.8 4.083 213.1 -42.7 K1 Ve 4.43 0.82 207.1 04 15 16.1 -07 39 12 5218 6.01 04 15 22.3 -07 39 31 Gl 166 04 13 04 -07 44.1 4.073 212.4 -45.9 dM4.5e 11.17 1.67 207.1 04 15 22.3 -07 39 31 3197 12.75 10 19 36.4 +19 52 11 Gl 388 10 16 54 +20 07.3 0.506 264.0 12.3 M4.5Ve 9.40 1.54 203.9 10 19 36.4 +19 52 11 3269 10.94 19 50 47.4 +08 52 06 Gl 768 19 48 21 +08 44.1 0.662 54.3 -26.1 A7 IV-V 0.77 0.22 201.0 19 50 47.4 +08 52 06 7762 2.29 18 05 27.7 +02 29 59 Gl 702 18 02 56 +02 30.6 1.135 167.1 -6.9 K0 Ve 4.21 0.86 199.0 18 05 27.7 +02 29 59 5207 5.70 18 05 27.7 +02 29 59 Gl 702 18 02 56 +02 30.6 1.135 167.1 -10.0 K5 Ve 6.00 1.15 199.0 18 05 27.7 +02 29 59 4434 7.49 22 46 49.5 +44 20 02 Gl 873 22 44 40 +44 04.6 0.901 238.7 -0.5 dM4.5e 10.26 1.61 197.0 22 46 49.5 +44 20 02 3244 11.73 11 05 28.7 +43 31 35 Gl 412 11 03 00 +43 47.0 4.528 282.1 68.8 M2 Ve 8.74 1.54 188.8 11 05 28.7 +43 31 35 3482 10.11 11 05 30.7 +43 31 16 Gl 412 11 03 02 +43 46.7 4.531 281.9 M6 e 14.40 2.09 188.8 11 05 30.7 +43 31 16 2708 15.77 00 15 27.7 -16 08 08 GJ 1005 00 12 53 -16 24.3 0.863 133.6 -29.0 M4 12.03 1.72 188.7 00 15 27.7 -16 08 08 3179 13.40 17 15 20.7 -26 36 05 Gl 663 17 12 16 -26 31.8 1.235 203.6 0.5 K1 Ve 5.07 0.85 187.6 17 15 20.7 -26 36 05 5166 6.43 17 15 20.8 -26 36 12 Gl 663 17 12 16 -26 31.9 1.231 202.0 0.9 K1 Ve 5.11 0.86 187.6 17 15 20.8 -26 36 12 5152 6.47 06 00 03.7 +02 42 20 NN 3379 05 57 26 +02 42.3 0.241 108.0 M4 11.33 1.68 186.3 06 00 03.7 +02 42 20 3193 12.68 13 45 44.1 +14 53 28 Gl 526 13 43 12 +15 09.7 2.325 129.8 16.1 M4 Ve 8.46 1.44 184.0 13 45 44.1 +14 53 28 3511 9.78 17 16 13.7 -26 32 49 Gl 664 17 13 09 -26 28.6 1.222 203.1 -0.1 K5 Ve 6.33 1.16 182.0 17 16 13.7 -26 32 49 4424 7.63 04 31 11.8 +58 58 44 Gl 169.1 04 26 47 +58 53.9 2.383 144.8 17.0 dM4 11.08 1.65 181.9 04 31 11.8 +58 58 44 3209 12.37 19 32 21.9 +69 39 43 Gl 764 19 32 28 +69 34.6 1.822 162.0 28.2 K0 V 4.68 0.79 178.2 19 32 21.9 +69 39 43 5300 5.93 23 49 13.0 +02 24 06 Gl 908 23 46 36 +02 08.2 1.370 133.4 -71.3 M2 Ve 8.98 1.48 177.9 23 49 13.0 +02 24 06 3621 10.22 20 11 11.9 -36 06 03 Gl 783 20 07 55 -36 13.7 1.633 163.8 -129.8 K3 V 5.32 0.87 177.1 20 11 11.9 -36 06 03 4972 6.56 19 16 55.1 +05 10 06 Gl 752 19 14 29 +05 05.8 1.466 204.2 36.3 M3.5Ve 9.11 1.50 176.7 19 16 55.1 +05 10 06 3425 10.34 temp_from_bv: couldn't find match for B-V = 2.200 19 16 58.2 +05 09 00 Gl 752 19 14 32 +05 04.7 1.461 203.1 dM5 e 17.52 2.20 176.7 19 16 58.2 +05 09 00 3050 18.75 19 20 48.1 -45 33 27 Gl 754 19 17 07 -45 36.7 2.945 167.3 16.0 M4.5 12.23 1.68 175.7 19 20 48.1 -45 33 27 3156 13.45 20 08 43.2 -66 10 54 Gl 780 20 03 50 -66 18.7 1.660 133.5 -21.7 G8 V 3.56 0.76 175.2 20 08 43.2 -66 10 54 5447 4.78 06 10 34.5 -21 51 54 Gl 229 06 08 28 -21 50.6 0.737 190.2 5.2 M1 Ve 8.14 1.50 174.9 06 10 34.5 -21 51 54 3615 9.34 14 57 27.6 -21 24 58 Gl 570 14 54 32 -21 11.5 2.025 149.1 29.1 K5 Ve 5.75 1.10 174.2 14 57 27.6 -21 24 58 4535 6.95 14 57 26.4 -21 24 42 Gl 570 14 54 31 -21 11.3 1.933 149.7 27.9 M2 V 8.00 1.50 174.2 14 57 26.4 -21 24 42 3550 9.20 06 54 48.4 +33 16 08 Gl 251 06 51 35 +33 20.3 0.851 242.3 22.9 dM4 10.01 1.57 173.6 06 54 48.4 +33 16 08 3278 11.20 05 31 27.0 -03 40 41 Gl 205 05 28 55 -03 41.1 2.235 159.9 8.5 M1.5 V 7.96 1.47 172.3 05 31 27.0 -03 40 41 3670 9.14 08 12 40.8 -21 33 10 Gl 300 08 10 29 -21 23.5 0.707 177.5 M4 12.10 1.60 170.0 08 12 40.8 -21 33 10 3252 13.25 00 49 05.4 +57 49 01 Gl 34 00 46 03 +57 33.1 1.213 114.9 8.2 G3 V 3.45 0.57 168.4 00 49 05.4 +57 49 01 5850 4.58 00 49 05.4 +57 49 01 Gl 34 00 46 03 +57 33.1 1.213 114.9 10.5 K7 V 7.51 1.39 168.4 00 49 05.4 +57 49 01 4000 8.64 05 42 09.4 +12 29 22 Gl 213 05 39 14 +12 29.3 2.571 128.4 105.6 M4 11.53 1.62 166.5 05 42 09.4 +12 29 22 3235 12.63 17 46 34.9 -57 19 09 Gl 693 17 42 24 -57 16.9 1.739 219.2 -115.0 M3.5 10.75 1.65 165.5 17 46 34.9 -57 19 09 3259 11.84 15 32 13.2 -41 16 35 Gl 588 15 28 58 -41 05.6 1.539 228.5 15.4 M3 9.31 1.52 165.1 15 32 13.2 -41 16 35 3441 10.40 07 10 01.6 +38 31 49 Gl 268 07 06 39 +38 37.5 1.052 207.9 37.9 M4.5 Ve 11.49 1.71 164.6 07 10 01.6 +38 31 49 3145 12.56 20 13 53.0 -45 09 50 Gl 784 20 10 19 -45 18.8 0.796 102.5 -31.1 M0 V 7.97 1.43 163.9 20 13 53.0 -45 09 50 3851 9.03 09 14 22.8 +52 41 11 Gl 338 09 10 59 +52 54.1 1.662 249.6 13.7 M0 Ve 7.62 1.39 162.5 09 14 22.8 +52 41 11 3900 8.67 09 14 24.8 +52 41 12 Gl 338 09 11 01 +52 54.2 1.690 246.9 14.7 M0 Ve 7.71 1.42 162.5 09 14 24.8 +52 41 12 3863 8.76 07 44 40.2 +03 33 09 Gl 285 07 42 04 +03 40.8 0.604 221.4 26.8 dM4.5e 11.20 1.60 161.1 07 44 40.2 +03 33 09 3252 12.23 14 56 38.6 -28 09 51 NN 3877 14 53 42 -27 57.1 0.965 210.1 dM8 17.05 1.34 161.0 14 56 38.6 -28 09 51 3307 18.08 03 19 55.8 -43 04 11 Gl 139 03 17 56 -43 15.6 3.127 76.3 86.7 G5 V 4.26 0.71 159.6 03 19 55.8 -43 04 11 5605 5.27 17 12 08.0 +45 39 59 Gl 661 17 10 40 +45 44.8 1.582 171.3 -30.0 M3 J 9.96 1.49 159.5 17 12 08.0 +45 39 59 3516 10.97 16 25 24.8 +54 18 15 Gl 625 16 24 14 +54 25.1 0.420 108.0 -12.6 dM2 10.12 1.61 159.3 16 25 24.8 +54 18 15 3419 11.13 14 34 16.7 -12 31 13 Gl 555 14 31 35 -12 18.6 0.690 330.3 9.0 M3 11.31 1.64 159.0 14 34 16.7 -12 31 13 3318 12.32 15 19 26.6 -07 43 29 Gl 581 15 16 50 -07 32.4 1.224 256.3 -9.4 dM5 10.56 1.60 157.9 15 19 26.6 -07 43 29 3177 11.54 00 25 45.0 -77 15 13 Gl 19 00 23 09 -77 32.1 2.250 81.6 22.9 G2 IV 2.80 0.62 155.4 00 25 45.0 -77 15 13 5806 3.75 16 55 28.5 -08 20 10 Gl 644 16 52 48 -08 14.7 1.183 222.2 12.1 M3 J 9.69 1.57 153.9 16 55 28.5 -08 20 10 3378 10.61 16 55 35.5 -08 23 39 Gl 644 16 52 55 -08 18.2 1.190 222.5 20.0 M7 16.78 1.99 153.9 16 55 35.5 -08 23 39 2735 17.70 22 57 39.6 -29 37 22 Gl 881 22 54 54 -29 53.3 0.372 115.6 6.1 A3 V 1.16 0.09 153.7 22 57 39.6 -29 37 22 8550 2.08 12 19 00.4 +11 07 31 GJ 1156 12 16 32 +11 24.0 1.301 279.1 dM e 13.81 1.88 152.9 12 19 00.4 +11 07 31 3444 14.72 23 31 52.7 +19 56 15 Gl 896 23 29 20 +19 39.7 0.560 91.7 1.1 dM4 e 10.38 1.54 151.9 23 31 52.7 +19 56 15 3307 11.27 23 31 52.7 +19 56 15 Gl 896 23 29 20 +19 39.7 0.560 91.7 -1.2 dM6 e 12.40 1.65 151.9 23 31 52.7 +19 56 15 3009 13.29 14 51 23.5 +19 06 01 Gl 566 14 49 05 +19 18.4 0.171 127.2 2.2 G8 Ve 4.70 0.73 149.1 14 51 23.5 +19 06 01 5496 5.57 14 51 23.5 +19 06 01 Gl 566 14 49 05 +19 18.4 0.171 127.2 3.1 K4 Ve 6.97 1.16 149.1 14 51 23.5 +19 06 01 4509 7.84 01 39 47.5 -56 11 42 Gl 66 01 37 54 -56 26.9 0.278 84.6 19.5 K2 V 5.80 0.86 148.9 01 39 47.5 -56 11 42 5087 6.65 01 39 47.5 -56 11 42 Gl 66 01 37 54 -56 26.9 0.278 84.6 22.5 K3 V 5.90 0.80 148.9 01 39 47.5 -56 11 42 5072 6.75 22 56 34.7 +16 33 12 Gl 880 22 54 10 +16 17.4 1.071 254.8 -27.9 dM2 e 8.67 1.50 148.2 22 56 34.7 +16 33 12 3550 9.52 08 11 57.4 +08 46 27 Gl 299 08 09 11 +08 59.7 5.211 167.1 -35.0 dM5 12.83 1.77 148.0 08 11 57.4 +08 46 27 3087 13.68 21 29 36.3 +17 38 35 Gl 829 21 27 12 +17 25.1 1.058 69.8 -24.9 dM4 e 10.30 1.63 147.8 21 29 36.3 +17 38 35 3226 11.14 12 13 25.8 +10 15 43 NN 3716 12 10 53 +10 32.4 0.094 261.4 2.3 A2 m 5.85 0.27 147.5 12 13 25.8 +10 15 43 8094 6.69 23 13 17.1 +57 10 05 Gl 892 23 10 52 +56 53.5 2.094 81.8 -18.2 K3 V 5.56 1.01 146.4 23 13 17.1 +57 10 05 4820 6.38 10 50 52.5 +06 48 30 Gl 402 10 48 19 +07 05.1 1.150 225.1 -0.9 dM5 11.65 1.67 145.1 10 50 52.5 +06 48 30 3122 12.46 11 00 04.8 +22 50 00 Gl 408 10 57 25 +23 06.3 0.465 239.9 3.0 M3 10.02 1.54 144.6 11 00 04.8 +22 50 00 3407 10.81 05 01 59.2 +09 58 59 NN 3322 04 59 14 +09 54.8 0.120 157.0 dM3 11.47 1.52 142.0 05 01 59.2 +09 58 59 3441 12.23 17 18 57.4 -34 59 27 Gl 667 17 15 33 -34 56.2 1.167 99.2 0.0 K3 V 6.29 1.04 140.0 17 18 57.4 -34 59 27 4790 7.02 17 18 58.5 -34 59 44 Gl 667 17 15 34 -34 56.5 1.180 98.3 0.6 M2.5 10.24 1.57 140.0 17 18 58.5 -34 59 44 3415 10.97 00 20 04.5 -64 52 29 Gl 17 00 17 29 -65 10.1 2.072 55.7 9.0 F9 V 4.22 0.58 139.0 00 20 04.5 -64 52 29 5993 4.94 12 38 49.5 -38 22 29 NN 3737 12 36 10 -38 04.9 1.487 207.2 M4 12.74 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03 20.7 +62 21 58 Gl 51 01 00 08 +62 05.8 0.727 82.5 M5 13.66 1.68 110.9 01 03 20.7 +62 21 58 3118 13.87 05 00 49.1 -05 45 10 Gl 183 04 58 20 -05 48.6 1.233 153.5 22.2 K3 V 6.22 1.06 110.7 05 00 49.1 -05 45 10 4770 6.43 07 03 56.3 +52 42 17 NN 3421 06 59 54 +52 47.5 1.166 141.7 M4.5 13.30 1.84 109.1 07 03 56.3 +52 42 17 3099 13.49 06 52 18.1 -05 10 24 Gl 250 06 49 52 -05 06.7 0.544 269.8 -9.6 K3 V 6.59 1.05 108.9 06 52 18.1 -05 10 24 4780 6.76 06 52 18.1 -05 11 23 Gl 250 06 49 52 -05 07.7 0.541 270.0 -6.9 M2 10.09 1.50 108.9 06 52 18.1 -05 11 23 3550 10.26 09 44 30.3 -45 46 37 Gl 367 09 42 37 -45 32.3 0.746 217.3 60.0 M3 10.11 1.53 108.8 09 44 30.3 -45 46 37 3424 10.28 20 15 17.0 -27 01 57 Gl 785 20 12 10 -27 11.0 1.259 98.5 -54.4 K0 V 5.73 0.88 108.8 20 15 17.0 -27 01 57 5178 5.90 02 13 53.8 -32 02 30 Gl 91 02 11 40 -32 16.0 0.957 126.4 45.5 M2.5 10.32 1.50 108.5 02 13 53.8 -32 02 30 3512 10.49 09 31 19.6 -13 29 18 Gl 352 09 28 53 -13 16.1 0.731 85.4 7.3 M3 J 10.81 1.53 107.9 09 31 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