This list attempts to provide a concise summary of coordinates, proper motions, and literature data that might be useful at the telescope for the RECONS spectral standards in Table 2 of Henry et al. (2002). It is not intended to be complete or definitive, but comments, corrections, and suggestions for improvement are always welcome.
Positions are J2000, epoch 2000.0, and come from Stauffer et al. 2010 (which, in turn, are from Hipparcos and 2MASS), with the exception of LP 944-20 and TVLM 513-46546, where the positions are from 2MASS and the proper motions from Schmidt et al. (2007) and Dahn et al. (2002), respectively. The RA proper motions in the table are sky-projected, i.e. cos(δ)*dα/dt. Many of these objects have very high proper motions, and it is therefore strongly recommended that the proper motions (or computed positions for the epoch of observation) be used at the telescope. The finding charts show the proper motion vector from the plate epoch to 2015.0, indicated by the double crosshair with arrow. All finding charts are north-up, east-left orientation, 5x5 arcmin, except Barnard's star (Gl 699), where I increased the size to 10x10 arcmin due to the extremely high proper motion. The optical charts were made from second epoch Digitized Sky Survey imaging and the infrared by stitching 2MASS J-band atlas images. There are two IR charts, "IRn" with a normal z-scaling, and "IRb" with a min-max scaling that can be useful to see components of very close, bright pairs.
Photometry has been compiled aiming for high quality, although this cannot always be guaranteed, particularly for fainter objects or close pairs, and given that many objects are likely to be variable. The majority of the optical data came via the compilation by Leggett (1992) with additional help from the General Catalogue of Photometric Data by Mermilliod et al. (1997). Several of the very close pairs only have joint photometry, which is given in the notes where appropriate. Photoelectric photometry on systems other than Johnson-Cousins has been transformed following the description in Leggett (1992) for consistency. Infrared photometry is all from 2MASS. The U and B compilations are known to be incomplete, but this is unlikely to be of critical importance given the wavelengths at which one would usually observe.
#Star Cpts Charts RA Dec PMRA PMDE Pi e_Pi PiSrc SpT Pri Src Vrad e_Vra Std Src Pop vsini e_vs Src U B V RC IC J H Ks OpSrc Notes #------------- ----- ------------ ----------- ----------- ------- ------- ------ ------ ----- -------- --- ----- -------- ----- --- ----- --- ------ ---- ----- ----- ----- ----- ----- ----- ----- ----- ----- ------- ----- GJ 1002 - Opt IRn IRb 00 06 43.19 -07 32 17.0 -0.817 -1.870 0.2130 0.0036 Y M5.5 V - HKS94 -41 ----- - Del98 H <3.0 ---- Del98 17.61 15.75 13.76 12.16 10.16 8.32 7.79 7.44 Leg92 GJ 1005 AB Opt IRn IRb 00 15 28.11 -16 08 01.7 0.728 -0.617 0.2005 0.0094 HIP2 M4.0 VJ - HKS94 -25.5 1.7 - Giz02 -- ------ ---- ----- 14.49 13.19 11.48 10.27 8.71 7.21 6.71 6.39 Ko10 "A" vsini <3.0, Rei12 Gl 15 A Opt IRn IRb 00 18 22.89 +44 01 22.6 2.888 0.409 0.2788 0.0008 HIP2 M1.5 V - HKS94 11.817 0.110 - Chu12 OD <2.5 ---- Bro10 10.87 9.63 8.08 ----- 5.94 5.25 4.48 4.02 Leg92 Interferometry Gl 15 B Opt IRn IRb 00 18 25.81 +44 01 38.1 2.882 0.415 0.2788 0.0008 HIP2 M3.5 V - HKS94 10.960 ----- - Chu12 OD <3.1 ---- Del98 14.26 12.86 11.07 9.83 8.25 6.79 6.19 5.95 Leg92 Pi CPM with Gl 15 A GJ 2005 A Opt IRn IRb 00 24 44.19 -27 08 24.2 -0.055 0.612 0.1353 0.0121 Y M5.5 VJ - Hen99 -33.7 ----- - MB03 -- 9.0 ---- MB03 ----- ----- 15.42 13.71 11.56 9.25 8.55 8.24 Leg92 Phot. probably slight contam. by other cpts; RV unclear if composite or for "A" Gl 22 AC Opt IRn IRb 00 32 29.43 +67 14 08.4 1.741 -0.247 0.0993 0.0022 HIP2 M2.0 VJ - McC91 6.5 ----- - PMSU -- <4.0 ---- Rei12 ----- ----- 10.50 ----- ----- 6.84 6.27 6.04 Wei96 Joint V=10.28 with Gl 22 B Gl 22 B Opt IRn IRb 00 32 29.59 +67 14 03.6 1.741 -0.247 0.0993 0.0022 HIP2 M3.0 V - McC91 -3.4 3 - Giz02 -- <4.0 ---- Rei12 ----- ----- 12.13 ----- ----- 7.17 6.54 6.38 Wei96 Deconvolved using HIP delta mag = 1.63 Gl 34 B Opt IRn IRb 00 49 05.17 +57 49 03.8 1.105 -0.493 0.1680 0.0005 HIP2 K7.0 V - HKS94 11.196 0.107 - Chu12 -- <2.9 ---- Del98 9.93 8.90 7.51 6.46 5.67 ----- 4.15 3.88 C67/K57 Gl 51 - Opt IRn IRb 01 03 19.82 +62 21 55.8 0.721 0.095 0.0955 0.0073 Y M5.0 V * KHM91 -7.3 1 - Giz02 -- ------ ---- ----- ----- 15.46 13.78 12.35 10.43 8.61 8.01 7.72 Leg92 Gl 54.1 - Opt IRn IRb 01 12 30.64 -16 59 56.3 1.210 0.647 0.2710 0.0084 HIP2 M4.5 V - HKS94 27.840 ----- - Chu12 OD <2.5 ---- Bro10 15.24 13.91 12.05 10.68 8.90 7.26 6.75 6.42 Leg92 Gl 65 A Opt IRn IRb 01 39 01.53 -17 57 01.9 3.321 0.562 0.3737 0.0027 Y M5.5 V * KHM91 22.0 2.0 - Giz02 YD 31.5 ---- Jon05 ----- ----- 12.55 ----- ----- 6.86 6.30 5.91 Leg92 Dyn. mass; Joint V=12.00 with Gl 65 B from Leg92 Gl 65 B Opt IRn IRb 01 39 01.53 -17 57 01.9 3.321 0.562 0.3737 0.0027 Y M6.0 V * KHM91 21.8 ----- - MB03 YD 29.5 ---- Jon05 ----- ----- 13.00 ----- ----- 7.24 6.60 6.31 Leg92 Deconvolved using deltaV=0.45 from Hen99, JHK from Hen93 Gl 83.1 - Opt IRn IRb 02 00 12.96 +13 03 07.2 1.117 -1.774 0.2248 0.0029 Y M4.5 V * KHM91 -28.308 0.192 - Chu12 OD <2.5 ---- Bro10 15.47 14.12 12.29 10.92 9.17 7.51 6.97 6.65 Leg92 Gl 105 B Opt IRn IRb 02 36 15.27 +06 52 18.0 1.815 1.449 0.1393 0.0004 HIP2 M3.5 V - HKS94 26.159 0.194 - Chu12 OD <2.5 ---- Bro10 14.36 13.27 11.66 10.47 8.87 7.33 6.79 6.57 Leg92 Pi CPM with Gl 105 A Gl 109 - Opt IRn IRb 02 44 15.51 +25 31 24.1 0.863 -0.361 0.1332 0.0023 HIP2 M3.0 V - HKS94 30.458 0.149 - Chu12 -- <2.5 ---- Bro10 13.36 12.14 10.56 9.49 8.12 6.75 6.20 5.96 Ko10 GJ 1061 - Opt IRn IRb 03 35 59.72 -44 30 45.5 0.728 -0.400 0.2720 0.0013 Hen06 M5.5 V - Hen97 -5.6 ----- - PMSU -- ------ ---- ----- ----- ----- 13.09 11.45 9.46 7.52 7.01 6.61 Hen06 LP 944-20 - Opt IRn IRb 03 39 35.22 -35 25 44.1 0.317 0.276 0.2014 0.0042 Tin96 >M9.0 V - KHI97 6 ----- - MB03 -- 30.0 ---- MB03 ----- ----- ----- ----- 14.16 10.73 10.02 9.55 Tin96 Gl 185 AB Opt IRn IRb 05 02 28.42 -21 15 23.9 -0.151 -0.258 0.1166 0.0015 HIP2 K7.0 VJ - HKS94 -12.4 2.9 - Giz02 -- ------ ---- ----- 10.97 9.77 8.32 7.41 6.49 5.45 4.85 4.60 Ko10 RV for just "A" Gl 205 - Opt IRn IRb 05 31 27.40 -03 40 38.0 0.765 -2.092 0.1768 0.0012 HIP2 M1.5 V * KHM91 8.676 0.047 * Chu12 OD 1.5 ---- Rei07 10.63 9.42 7.95 6.98 5.88 5.00 4.15 4.04 Leg92 Interferometry Gl 213 - Opt IRn IRb 05 42 09.27 +12 29 21.6 2.001 -1.573 0.1716 0.0040 HIP2 M4.0 V * KHM91 106.040 0.037 - Chu12 O/H <2.5 ---- Bro10 14.39 13.17 11.53 10.31 8.70 7.12 6.63 6.39 Leg92 G 99-49 - Opt IRn IRb 06 00 03.51 +02 42 23.6 0.229 -0.074 0.1908 0.0019 Hen06 M3.5 V - HKS94 30 ----- - Del98 -- <2.5 ---- Bro10 ----- ----- 11.31 10.04 8.42 6.91 6.31 6.04 Hen06 LHS 1805 - Opt IRn IRb 06 01 11.05 +59 35 50.0 -0.146 -0.818 0.1321 0.0049 Y M3.5 V - HKS94 1 ----- - Del98 -- <2.5 ---- Bro10 ----- 13.31 11.71 10.53 8.99 7.46 6.95 6.64 Wei96 Gl 226 - Opt IRn IRb 06 10 19.85 +82 06 24.3 0.049 -1.332 0.1067 0.0013 HIP2 M2.5 V - KHM91 -1.682 0.070 - Chu12 OD <2.5 ---- Bro10 13.21 12.03 10.50 9.44 8.14 6.87 6.29 6.06 Leg92 Gl 229 - Opt IRn IRb 06 10 34.62 -21 51 52.7 -0.131 -0.725 0.1738 0.0010 HIP2 M1.0 V * KHM91 4.738 0.031 * Chu12 YD 1.0 ---- Rei07 10.81 9.62 8.12 7.16 6.11 5.10 4.39 4.17 Leg92 Gl 232 - Opt IRn IRb 06 24 41.29 +23 25 59.0 0.563 -0.514 0.1194 0.0023 Y M4.0 V - KHM91 -12 - Del98 -- <3.1 ---- Del98 ----- 14.82 13.06 ----- 10.12 8.66 8.16 7.91 Leg92 Gl 234 AB Opt IRn IRb 06 29 23.40 -02 48 50.3 0.695 -0.619 0.2423 0.0031 HIP2 M4.5 VJ * KHM91 16.79 0.06 - Seg00 Y/O ----- ---- ----- 14.03 12.80 11.08 9.77 8.06 6.38 5.75 5.49 Leg92 Dyn. mass; "A" vsini 5.4, Rei12 Gl 250 B Opt IRn IRb 06 52 18.05 -05 11 24.2 -0.541 0.000 0.1148 0.0004 HIP2 M2.5 V * KHM91 -7.280 0.120 - Chu12 -- <2.5 ---- Bro10 12.68 11.57 10.08 9.04 7.80 6.58 5.98 5.72 Lai89 Pi CPM with Gl 250 A Gl 251 - Opt IRn IRb 06 54 48.96 +33 16 05.4 -0.728 -0.402 0.1790 0.0016 HIP2 M3.0 V * KHM91 22.942 0.055 * Chu12 Y/O <2.5 ---- Bro10 12.76 11.56 10.01 8.92 7.51 6.10 5.53 5.28 Leg92 GJ 1093 - Opt IRn IRb 06 59 28.81 +19 20 55.9 0.831 -0.900 0.1288 0.0035 Y M5.0 V - HKS94 -30 ----- - Del98 -- <2.8 ---- Del98 ----- 16.44 14.52 13.09 11.19 9.16 8.55 8.23 Leg92 Gl 268 - Opt IRn IRb 07 10 01.83 +38 31 46.1 -0.445 -0.943 0.1589 0.0034 HIP2 M4.5 VJ * KHM91 41.83 0.03 - Del99 YD 6.3 ---- Rei12 14.38 13.19 11.49 10.16 8.44 6.73 6.15 5.85 Leg92 SB2 Gl 273 - Opt IRn IRb 07 27 24.50 +05 13 32.8 0.574 -3.691 0.2630 0.0014 HIP2 M3.5 V * KHM91 18.210 0.030 * Chu12 OD <1.0 ---- Rei07 12.55 11.43 9.86 8.71 7.16 5.71 5.22 4.86 Leg92 Gl 283 B Opt IRn IRb 07 40 19.36 -17 24 46.0 1.119 -0.561 0.1099 0.0008 Sub09 M6.0 V - HKS94 -30.8 2.0 - TR98 OD ------ ---- ----- ----- ----- 16.54 14.68 12.43 10.15 9.63 9.29 Leg92 Gl 285 - Opt IRn IRb 07 44 40.17 +03 33 08.8 -0.349 -0.447 0.1679 0.0023 HIP2 M4.0 V - HKS94 26.643 0.149 - Chu12 YD 4.5 ---- Rei07 13.73 12.76 11.15 9.89 8.20 6.58 6.00 5.70 Leg92 Gl 299 - Opt IRn IRb 08 11 57.56 +08 46 22.9 1.163 -5.079 0.1463 0.0031 Y M4.0 V - HKS94 14 ----- - Del98 H 3.0 1.7 Del98 15.74 14.55 12.83 11.58 9.91 8.42 7.93 7.66 Leg92 Gl 300 - Opt IRn IRb 08 12 40.89 -21 33 06.8 0.031 -0.706 0.1256 0.0010 Hen06 M3.5 V - HKS94 7.6 1.2 - Giz02 -- <3.0 ---- Rei12 ----- 13.65 12.07 10.85 9.17 7.60 6.96 6.71 Leg92 GJ 1111 - Opt IRn IRb 08 29 49.34 +26 46 33.7 -1.141 -0.602 0.2758 0.0030 Y M6.5 V - HKS94 9 ----- - Del98 YD 8.1 1.1 Del98 ----- 16.84 14.79 12.79 10.53 8.23 7.62 7.26 Leg92 LHS 2065 - Opt IRn IRb 08 53 36.16 -03 29 32.3 -0.542 -0.195 0.1173 0.0015 Mon92 M9.0 V - KHM91 9.5 ----- - MB03 -- 12.0 ---- RB07 ----- ----- 18.80 ----- 14.44 11.21 10.47 9.94 Leg92 GJ 1116 AB Opt IRn IRb 08 58 15.12 +19 45 47.0 -0.873 -0.035 0.1099 0.0046 Y M5.5 VJ - HKS94 12.8 0.4 - Giz02 -- ------ ---- ----- ----- 15.52 13.62 11.95 9.83 7.79 7.24 6.89 Leg92 RV for just "A" Gl 338 A Opt IRn IRb 09 14 22.79 +52 41 11.9 -1.556 -0.570 0.1721 0.0063 HIP2 M0.0 V - KHM91 11.224 0.107 - Chu12 -- 2.9 1.2 Del98 ----- ----- ----- ----- ----- 4.89 3.99 3.99 ----- Interferometry; joint V=6.92 with Gl 338 B from J57 Gl 338 B Opt IRn IRb 09 14 24.70 +52 41 11.0 -1.561 -0.661 0.1564 0.0086 HIP2 K7.0 V - KHM91 12.683 0.274 - Chu12 -- 2.8 1.2 Del98 ----- ----- ----- ----- ----- 4.78 4.04 4.14 ----- Interferometry Gl 352 AB Opt IRn IRb 09 31 19.43 -13 29 19.3 0.730 0.023 0.0999 0.0036 HIP2 M3.0 VJ * KHM91 9.5 1.0 - Giz02 Y/O ------ ---- ----- 12.74 11.59 10.07 9.01 7.67 6.36 5.75 5.51 Leg92 RV for just "A" Gl 380 - Opt IRn IRb 10 11 22.14 +49 27 15.3 -1.360 -0.506 0.2052 0.0005 HIP2 K7.0 V * KHM91 -25.710 0.037 * Chu12 Y/O 2.8 1.4 Del98 9.25 7.97 6.59 5.74 4.97 3.89 3.30 2.96 Leg92 Interferometry Gl 381 - Opt IRn IRb 10 12 04.69 -02 41 05.0 0.505 -0.608 0.0811 0.0029 HIP2 M2.5 V * KHM91 27.0 0.9 - Giz02 OD <4.0 ---- Rei12 13.47 12.23 10.64 9.59 8.31 7.02 6.47 6.19 Leg92 SB2; RV for just "B" Gl 382 - Opt IRn IRb 10 12 17.67 -03 44 44.4 -0.151 -0.245 0.1271 0.0019 HIP2 M2.0 V * KHM91 8.021 0.162 - Chu12 YD 1.8 ---- Rei07 11.93 10.76 9.26 8.27 7.09 5.89 5.26 5.01 Leg92 Gl 393 - Opt IRn IRb 10 28 55.55 +00 50 27.6 -0.602 -0.735 0.1415 0.0022 HIP2 M2.0 V - HKS94 8.294 0.085 - Chu12 Y/O 1.5 ---- Rei07 ----- 11.16 9.65 8.64 7.41 6.18 5.61 5.31 Leg92 LHS 292 - Opt IRn IRb 10 48 12.62 -11 20 09.7 0.603 -1.530 0.2203 0.0036 Y M6.5 V - HKS94 -0.2 0.4 - Giz02 OD 3.0 ---- MB03 ----- 17.70 15.60 13.54 11.20 8.86 8.26 7.93 Leg92 Gl 402 - Opt IRn IRb 10 50 52.06 +06 48 29.3 -0.804 -0.810 0.1479 0.0035 HIP2 M4.0 V * KHM91 -0.794 0.295 - Chu12 Y/O <2.5 ---- Bro10 14.36 13.30 11.65 10.44 8.86 7.32 6.71 6.37 Leg92 Gl 406 - Opt IRn IRb 10 56 28.91 +07 00 53.2 -3.828 -2.720 0.4191 0.0021 Y M6.0 V * KHM91 19.321 0.145 - Chu12 OD <2.9 ---- Del98 17.03 15.44 13.45 11.57 9.39 7.08 6.48 6.08 Leg92 Gl 411 - Opt IRn IRb 11 03 20.19 +35 58 11.6 -0.577 -4.762 0.3926 0.0007 HIP2 M2.0 V * KHM91 -84.683 0.030 * Chu12 OD <2.5 ---- Bro10 10.12 8.98 7.47 6.46 5.32 4.32 3.72 3.50 Leg92 Interferometry Gl 412 A Opt IRn IRb 11 05 28.58 +43 31 36.4 -4.418 0.943 0.2063 0.0010 HIP2 M1.0 V - HKS94 68.675 0.139 - Chu12 OD <2.5 ---- Bro10 11.48 10.30 8.76 7.76 6.74 5.54 5.00 4.77 Leg92 Interferometry Gl 412 B Opt IRn IRb 11 05 30.90 +43 31 18.0 -4.434 0.934 0.2063 0.0010 HIP2 M5.5 V - HKS94 68 ----- - Del98 OD 7.7 1.7 Del98 ----- 16.39 14.40 12.73 10.63 8.74 8.18 7.84 Leg92 Pi CPM with Gl 412 A Gl 436 - Opt IRn IRb 11 42 11.09 +26 42 23.7 0.896 -0.814 0.0986 0.0023 HIP2 M3.0 V * KHM91 9.544 0.107 - Chu12 OD <2.5 ---- Bro10 ----- 12.18 10.66 9.64 8.28 6.90 6.32 6.07 Leg92 Interferometry Gl 445 - Opt IRn IRb 11 47 41.38 +78 41 28.2 0.744 0.478 0.1869 0.0017 HIP2 M3.5 V - HKS94 -111.750 0.110 - Chu12 OD <2.5 ---- Bro10 ----- 12.40 10.82 9.70 8.18 6.72 6.22 5.95 Leg92 Gl 447 - Opt IRn IRb 11 47 44.40 +00 48 16.4 0.606 -1.219 0.2980 0.0023 HIP2 M4.0 V - HKS94 -31.173 0.087 - Chu12 OD <2.5 ---- Bro10 14.22 12.88 11.12 9.82 8.14 6.50 5.95 5.65 Leg92 GJ 1156 - Opt IRn IRb 12 18 59.41 +11 07 33.9 -1.285 0.206 0.1529 0.0030 Y M5.0 V - HKS94 4 ----- - Del98 -- 9.2 1.9 Del98 ----- ----- 13.80 12.29 10.34 8.53 7.88 7.57 Wei96 Gl 473 AB Opt IRn IRb 12 33 17.41 +09 01 15.7 -1.796 0.233 0.2279 0.0046 Y M5.5 VJ - Hen92 2.4 2.1 - Giz02 YD ------ ---- ----- 15.58 14.30 12.46 10.90 8.92 7.00 6.40 6.04 Leg92 Dyn. mass; RV for just "A" Gl 514 - Opt IRn IRb 13 29 59.79 +10 22 37.8 1.127 -1.074 0.1306 0.0011 HIP2 M1.0 V - HKS94 14.531 0.050 * Chu12 OD 1.5 ---- Rei07 11.74 10.54 9.05 8.09 7.04 5.90 5.30 5.04 Leg92 Gl 526 - Opt IRn IRb 13 45 43.78 +14 53 29.5 1.778 -1.455 0.1855 0.0011 HIP2 M1.5 V - HKS94 15.778 0.061 * Chu12 OD 2.0 ---- Rei07 11.01 9.90 8.47 7.51 6.43 5.18 4.78 4.42 Leg92 Interferometry Gl 551 - Opt IRn IRb 14 29 42.95 -62 40 46.2 -3.776 0.768 0.7716 0.0026 HIP2 M5.5 V - Hen97 -22.4 0.5 - T06 Y/O 2.7 0.3 Tor06 14.36 12.99 11.09 9.44 7.44 5.36 4.83 4.38 Leg92 Interferometry; vsini probably upper limit, Prot ~ 83d Gl 555 - Opt IRn IRb 14 34 16.81 -12 31 10.4 -0.358 0.595 0.1650 0.0033 HIP2 M3.5 V - HKS94 -1.638 0.111 - Chu12 -- <2.5 ---- Bro10 14.14 12.94 11.31 10.07 8.45 6.84 6.26 5.94 Leg92 LHS 3003 - Opt IRn IRb 14 56 38.26 -28 09 48.6 -0.484 -0.835 0.1525 0.0020 R100N M7.0 V - KHS95 1.9 2.0 - TR98 -- 6.0 ---- RB07 ----- ----- 17.05 14.88 12.53 9.96 9.31 8.93 Leg92 Pi avg from RECONS "100 nearest" Gl 570 B Opt IRn IRb 14 57 26.54 -21 24 41.5 0.987 -1.667 0.1688 0.0215 HIP2 M1.0 VJ - HKS94 33.54 3.49 - Mar87 OD <2.5 ---- Bro10 10.79 9.57 8.09 7.09 5.97 4.55 3.91 3.80 Leg92 SB2; dyn. mass TVLM 513-46546 - Opt IRn IRb 15 01 08.19 +22 50 02.0 -0.058 -0.025 0.0944 0.0006 D02 M8.5 V - KHS95 10.5 ----- - MB03 -- 60.0 ---- MB03 ----- ----- 19.87 17.53 15.16 11.87 11.18 10.71 D02 Gl 581 - Opt IRn IRb 15 19 26.83 -07 43 20.2 -1.225 -0.100 0.1609 0.0026 HIP2 M2.5 V - HKS94 -9.523 0.132 - Chu12 Y/O <2.5 ---- Bro10 13.37 12.16 10.56 9.46 8.05 6.71 6.09 5.84 Leg92 Interferometry Gl 623 - Opt IRn IRb 16 24 09.32 +48 21 10.5 1.144 -0.451 0.1241 0.0012 HIP2 M2.5 VJ - HKS94 -27.52 1.40 - Mar87 OD <2.9 ---- Del98 ----- 11.76 10.26 9.27 7.96 6.64 6.14 5.92 Leg92 SB; dyn. mass Gl 625 - Opt IRn IRb 16 25 24.62 +54 18 14.8 0.434 -0.174 0.1535 0.0010 HIP2 M1.5 V - HKS94 -13.063 0.139 - Chu12 YD <2.5 ---- Bro10 12.98 11.70 10.10 9.11 7.89 6.61 6.06 5.83 Leg92 Gl 628 - Opt IRn IRb 16 30 18.06 -12 39 45.3 -0.090 -1.185 0.2330 0.0016 HIP2 M3.0 V - HKS94 -21.249 0.115 - Chu12 YD 1.5 ---- Rei07 12.78 11.66 10.08 8.91 7.40 5.95 5.37 5.08 Leg92 Gl 643 - Opt IRn IRb 16 55 25.23 -08 19 21.3 -0.813 -0.895 0.1489 0.0040 HIP2 M3.5 V - KHM91 15.95 0.07 - Maz01 OD <2.7 ---- Del98 14.81 13.46 11.77 10.58 9.04 7.55 7.06 6.72 Leg92 Gl 644 A Opt IRn IRb 16 55 28.76 -08 20 10.9 -0.810 -0.894 0.1614 0.0056 HIP2 M2.5 VJ - HKS94 15.24 0.21 - Maz01 OD ------ ---- ----- 11.73 10.60 9.02 7.92 6.55 5.27 4.78 4.40 Leg92 SB2; dyn. mass Gl 644 C Opt IRn IRb 16 55 35.26 -08 23 40.8 -0.804 -0.877 0.1614 0.0056 HIP2 M7.0 V * KHM91 15.82 1.09 - Maz01 OD 5.0 ---- RB07 ----- 19.00 16.80 14.65 12.24 9.78 9.20 8.82 Leg92 vB8, Pi CPM with Gl 644 A G 203-47 - Opt IRn IRb 17 09 31.55 +43 40 52.9 0.334 -0.278 0.1343 0.0020 HIP2 M3.5 VJ - HKS94 -9.7 0.2 - Del99 -- <4.0 ---- Rei12 ----- ----- 11.77 10.56 8.98 7.38 6.76 6.49 Wei84 SB1 Gl 661 A Opt IRn IRb 17 12 07.89 +45 39 57.5 0.253 -1.572 0.1673 0.0050 HIP2 M3.0 VJ - HKS94 -29.8 1.1 - Giz02 OD <4.0 ---- Rei12 11.90 10.89 9.40 8.30 6.89 5.55 5.07 4.83 Leg92 Dyn. mass Gl 673 - Opt IRn IRb 17 25 45.23 +02 06 41.1 -0.579 -1.183 0.1299 0.0007 HIP2 K7.0 V - HKS94 -23.118 0.162 * Chu12 OD 2.8 1.1 Del98 ----- 8.89 7.53 6.68 5.92 4.93 4.34 4.37 Leg92 Gl 686 - Opt IRn IRb 17 37 53.35 +18 35 30.2 0.927 0.982 0.1237 0.0016 HIP2 M0.0 V - HKS94 -9.499 0.032 * Chu12 OD <5.0 ---- Del98 ----- 11.15 9.62 8.63 7.51 6.36 5.79 5.57 Leg92 Gl 687 - Opt IRn IRb 17 36 25.90 +68 20 20.9 -0.321 -1.271 0.2208 0.0009 HIP2 M3.0 V - HKS94 -28.720 0.119 * Chu12 OD <2.5 ---- Bro10 11.76 10.72 9.22 8.13 6.72 5.33 4.77 4.55 Leg92 Interferometry Gl 699 - Opt IRn IRb 17 57 48.50 +04 41 36.2 -0.799 10.277 0.5483 0.0015 HIP2 M4.0 V - KHM91 -110.416 0.180 * Chu12 O/H <2.5 ---- Bro10 12.54 11.28 9.55 8.34 6.77 5.24 4.83 4.52 Leg92 Interferometry Gl 701 - Opt IRn IRb 18 05 07.58 -03 01 52.8 0.572 -0.335 0.1289 0.0014 HIP2 M0.0 V - HKS94 32.621 0.100 * Chu12 OD <2.5 ---- Bro10 12.11 10.87 9.37 8.39 7.31 6.16 5.57 5.31 Leg92 GJ 1224 - Opt IRn IRb 18 07 32.86 -15 57 47.1 -0.564 -0.350 0.1326 0.0037 Y M4.5 V - HKS94 -34 ----- - Del98 -- <3.0 ---- Del98 ----- ----- 13.61 12.20 10.43 8.64 8.09 7.83 Wei84 LHS 3376 - Opt IRn IRb 18 18 57.23 +66 11 33.4 0.468 -0.411 0.1375 0.0053 Y M4.5 V - HKS94 4 ----- - Del98 -- 14.6 1.0 Del98 ----- ----- 13.49 12.13 10.43 8.74 8.26 7.95 Wei87 GJ 1230 A Opt IRn IRb 18 41 09.76 +24 47 14.4 0.499 0.041 0.1209 0.0072 Y M4.5 VJ - HKS94 -11.88 0.05 - Del99 -- ------ ---- ----- ----- ----- 12.32 ----- ----- 7.53 6.91 6.62 GR96 SB2; Joint V=12.16 with GJ 1230 B from Wei96 GJ 1230 B Opt IRn IRb 18 41 09.81 +24 47 19.5 0.499 0.041 0.1209 0.0072 Y M4.5 V - HKS94 -11.2 0.5 - Giz02 -- <7.1 ---- Del98 ----- ----- 14.84 ----- ----- 8.86 8.03 7.77 GR96 Pi CPM with GJ 1230 A Gl 725 A Opt IRn IRb 18 42 46.69 +59 37 49.4 -1.327 1.802 0.2802 0.0022 HIP2 M3.0 V * KHM91 -0.794 0.122 - Chu12 Y/O <2.5 ---- Bro10 11.55 10.44 8.90 7.83 6.44 5.19 4.74 4.43 Leg92 Interferometry Gl 725 B Opt IRn IRb 18 42 46.90 +59 37 36.7 -1.393 1.846 0.2895 0.0032 HIP2 M3.5 V * KHM91 1.118 0.135 - Chu12 Y/O <2.5 ---- Bro10 12.41 11.27 9.68 8.56 7.13 5.72 5.20 5.00 Leg92 Interferometry Gl 729 - Opt IRn IRb 18 49 49.37 -23 50 10.4 0.644 -0.193 0.3367 0.0020 HIP2 M3.5 V - HKS94 -10.535 0.060 - Chu12 Y/O 4.0 0.3 Bro10 ----- 12.19 10.47 9.24 7.69 6.22 5.66 5.37 Leg92 Gl 752 A Opt IRn IRb 19 16 55.25 +05 10 08.1 -0.577 -1.335 0.1704 0.0010 HIP2 M3.0 V * KHM91 35.82 0.18 - Mar87 OD <2.5 ---- Bro10 11.78 10.62 9.12 8.09 6.80 5.58 4.93 4.67 Leg92 Gl 752 B Opt IRn IRb 19 16 57.61 +05 09 01.6 -0.573 -1.344 0.1701 0.0008 Mon92 M8.0 V * KHM91 35.1 ----- - MB03 OD 6.0 ---- RB07 ----- 19.63 17.50 ----- 12.80 9.91 9.23 8.77 Leg92 vB10 GJ 1245 AC Opt IRn IRb 19 53 54.49 +44 24 53.3 0.439 -0.585 0.2202 0.0010 Y M5.5 VJ - KHM91 6 ----- - Del98 -- 17.4 1.4 Del98 ----- 15.31 13.41 11.82 9.81 7.79 7.19 6.85 Leg92 GJ 1245 B Opt IRn IRb 19 53 55.15 +44 24 54.1 0.439 -0.585 0.2202 0.0010 Y M6.0 V - KHM91 5.081 0.178 - Chu12 -- 6.8 1.9 Del98 ----- 15.98 14.00 12.34 10.27 8.28 7.73 7.39 Leg92 Pi CPM with GJ 1245 AC Gl 791.2 - Opt IRn IRb 20 29 48.33 +09 41 20.2 0.674 0.121 0.1138 0.0019 Y M4.5 VJ - KHM91 -29 ----- - Del98 YD 32.0 2.0 Del98 15.98 14.72 13.06 11.72 9.96 8.23 7.67 7.31 Leg92 Dyn. mass Gl 809 - Opt IRn IRb 20 53 19.79 +62 09 15.8 0.001 -0.775 0.1419 0.0006 HIP2 M0.0 V - HKS94 -17.144 0.034 * Chu12 OD <2.5 ---- Bro10 11.23 9.99 8.50 7.58 6.51 5.43 4.92 4.62 Leg92 Interferometry Gl 820 A Opt IRn IRb 21 06 53.94 +38 44 57.9 4.155 3.259 0.2868 0.0068 HIP2 K5.0 V * KHM91 -65.841 0.137 - Chu12 OD <3.0 ---- Vog83 7.50 6.39 5.22 4.57 3.93 3.11 2.54 2.25 J66/K57 61 Cyg A; Interferometry Gl 820 B Opt IRn IRb 21 06 55.26 +38 44 31.4 4.117 3.128 0.2859 0.0005 HIP2 K7.0 V * KHM91 -64.420 0.134 - Chu12 OD <2.8 ---- Del98 8.63 7.40 6.03 5.29 4.49 3.55 2.90 2.54 J66/K57 61 Cyg B; Interferometry Gl 829 - Opt IRn IRb 21 29 36.81 +17 38 35.8 1.010 0.376 0.1492 0.0018 HIP2 M3.5 VJ - HKS94 -25.23 0.06 - Del99 YD ----- ---- ----- ----- 11.92 10.31 9.20 7.73 6.25 5.74 5.45 Leg92 SB2, long period, A and B vsinis <4.0 and <5.3, Del98 Gl 831 AB Opt IRn IRb 21 31 18.61 -09 47 26.4 1.162 -0.054 0.1205 0.0060 HIP2 M4.5 VJ - HKS94 -55.91 0.02 - Seg00 OD <10.0 ---- SH86 14.93 13.68 12.01 10.71 9.02 7.32 6.70 6.38 Leg92 Dyn. mass Gl 846 - Opt IRn IRb 22 02 10.28 +01 24 00.8 -0.452 -0.276 0.0976 0.0015 HIP2 M0.5 V * KHM91 19.4 ----- - Giz02 OD <2.5 ---- Bro10 ----- 10.64 9.17 8.24 7.27 6.20 5.56 5.32 Leg92 Gl 860 A Opt IRn IRb 22 27 59.47 +57 41 45.1 -0.870 -0.471 0.2499 0.0019 HIP2 M3.0 V - HKS94 -34 ----- - Del98 OD <2.5 ---- Bro10 ----- ----- 9.80 ----- ----- 5.89 5.36 5.05 ----- Dyn. mass; Joint V=9.59 with Gl 860 B from Leg92, deconvolved with HIP delta mag = 1.19, JHK from Hen93 Gl 860 B Opt IRn IRb 22 27 59.97 +57 41 44.4 -0.870 -0.471 0.2499 0.0019 HIP2 M4.0 V - HKS94 -35 ----- - Del98 OD 4.7 1.5 Del98 ----- ----- 11.50 ----- ----- 7.08 6.50 6.42 ----- Dyn. mass; Joint? Vrad=-34.536 +/- 0.097 in Chu12 Gl 866 AB Opt IRn IRb 22 38 33.59 -15 17 59.3 2.364 2.236 0.2895 0.0044 Y M5.0 VJ * KHM91 -50.08 0.01 - Seg00 OD ------ ---- ----- 15.83 14.29 12.33 10.66 8.62 6.55 5.95 5.54 Leg92 Dyn. mass Gl 873 - Opt IRn IRb 22 46 49.73 +44 20 02.4 -0.706 -0.460 0.1952 0.0019 HIP2 M3.5 V - HKS94 0.192 0.041 - Chu12 Y/O 3.5 0.3 Bro10 12.94 11.84 10.26 9.09 7.57 6.11 5.55 5.30 Leg92 Gl 876 - Opt IRn IRb 22 53 16.74 -14 15 49.3 0.960 -0.672 0.2133 0.0021 HIP2 M3.5 VJ - HKS94 -1.519 0.157 - Chu12 YD <2.5 ---- Bro10 12.90 11.76 10.18 8.99 7.45 5.93 5.35 5.01 Leg92 Gl 880 - Opt IRn IRb 22 56 34.81 +16 33 12.4 -1.033 -0.284 0.1461 0.0010 HIP2 M1.5 V - HKS94 -27.255 0.123 * Chu12 OD <2.5 ---- Bro10 11.34 10.15 8.66 7.67 6.56 5.36 4.80 4.52 Leg92 Interferometry Gl 896 A Opt IRn IRb 23 31 52.18 +19 56 14.1 0.543 -0.045 0.1618 0.0017 HIP2 M3.5 VJ - HKS94 -0.5 1.1 - Giz02 YD ------ ---- ----- ----- ----- ----- ----- ----- 6.16 5.58 5.33 ----- SB2; Joint V=10.23 with Gl 896 B from Leg92 Gl 896 B Opt IRn IRb 23 31 52.56 +19 56 13.9 0.543 -0.045 0.1618 0.0017 HIP2 M4.5 VJ - HKS94 2 ----- - Del98 YD 24.2 1.4 Del98 ----- ----- ----- ----- ----- 7.10 6.55 6.26 ----- GJ 1286 - Opt IRn IRb 23 35 10.47 -02 23 20.8 0.783 -0.852 0.1383 0.0035 Y M5.5 V - HKS94 -42 ----- - Del98 -- <5.7 ---- Del98 ----- ----- 14.67 13.06 11.04 9.15 8.51 8.18 WU82 Gl 905 - Opt IRn IRb 23 41 55.00 +44 10 38.9 0.085 -1.615 0.3167 0.0007 Gat08 M5.5 V - HKS94 -77.715 0.124 - Chu12 OD <2.5 ---- Bro10 15.65 14.17 12.29 10.76 8.84 6.88 6.25 5.93 Leg92 Gl 908 - Opt IRn IRb 23 49 12.52 +02 24 04.4 0.995 -0.968 0.1673 0.0012 HIP2 M1.0 V - HKS94 -71.084 0.040 * Chu12 OD <2.5 ---- Bro10 11.54 10.45 8.98 8.03 6.95 5.83 5.28 5.04 Leg92
Mon92 Monet et al. (1992) 1992AJ....103..638M Y van Altena, Lee & Hoffleit (1995) 1995gcts.book.....V Tin96 Tinney (1996) 1996MNRAS.281..644T D02 Dahn et al. (2002) 2002AJ....124.1170D Hen06 Henry et al. (2006) 2006AJ....132.2360H HIP2 van Leeuwen (2007) 2007A&A...474..653V Sub09 Subasavage et al. 2009 2009AJ....137.4547S R100N RECONS "Nearest 100 Stellar Systems"
KHM91 Kirkpatrick, Henry & McCarthy (1991) 1991ApJS...77..417K McC91 McCarthy et al. (1991) 1991AJ....101..214M Hen92 Henry et al. (1992) 1992A&A...254..116H HKS94 Henry, Kirkpatrick & Simons (1994) 1994AJ....108.1437H KHS95 Kirkpatrick, Henry & Simons (1995) 1995AJ....109..797K Hen97 Henry et al. (1997) 1997AJ....114..388H KHI97 Kirkpatrick, Henry & Irwin (1997) 1997AJ....113.1421K
Mar87 Marcy et al. (1987) 1987PASP...99..490M
PMSU Reid et al. (1995) 1995AJ....110.1838R
Hawley et al. (1996) 1996AJ....112.2799H
Del98 Delfosse et al. (1998) 1998A&A...331..581D
TR98 Tinney & Reid (1998) 1998MNRAS.301.1031T
Del99 Delfosse et al. (1999) 1999A&A...344..897D
Seg00 Segransan et al. (2000) 2000A&A...364..665S
Maz01 Mazeh et al. (2001) 2001MNRAS.325..343M
Giz02 Gizis et al. (2002) 2002AJ....123.3356G
MB03 Mohanty & Basri (2003) 2003ApJ...583..451M
T06 Torres et al. (2006) 2006A&A...460..695T
Chu12 Chubak et al. (2012) arXiv:1207.6212v2
The radial velocity compilation is still a bit rough (if you are knowledgable about radial velocities and spot a problem, please help me out!), and may not always use the optimal ("best", or most recent) measurements. I have tried to use gamma velocities from orbital solutions for the binaries wherever possible.
Vog83 Vogt et al. (1983) 1983ApJ...269..250V SH86 Stauffer & Hartmann (1986) 1986ApJS...61..531S Del98 Delfosse et al. (1998) 1998A&A...331..581D MB03 Mohanty & Basri (2003) 2003ApJ...583..451M Jon05 Jones et al. (2005) 2005MNRAS.358..105J Tor06 Torres et al. (2006) 2006A&A...460..695T Rei07 Reiners (2007) 2007A&A...467..259R RB07 Reiners & Basri (2007) 2007ApJ...656.1121R Bro10 Browning et al. (2010) 2010AJ....139..504B Rei12 Reiners et al. (2012) 2012AJ....143...93R
K57 Kron, Gascoigne & White (1957) 1957AJ.....62..205K J66 Johnson et al. (1966) 1966CoLPL...4...99J C67 Cowley, Hiltner & Witt (1967) 1967AJ.....72.1334C WU82 Weis & Upgren (1982) 1982PASP...94..821W Wei84 Weis (1984) 1984ApJS...55..289W Wei87 Weis (1987) 1987AJ.....93..451W Lai89 Laing (1989) 1989SAAOC..13...29L Leg92 Leggett (1992) 1992ApJS...82..351L GR96 Gizis & Reid (1996) 1996AJ....111..365G Tin96 Tinney (1996) 1996MNRAS.281..644T Wei96 Weis (1996) 1996AJ....112.2300W D02 Dahn et al. (2002) 2002AJ....124.1170D Hen06 Henry et al. (2006) 2006AJ....132.2360H Ko10 Koen et al. (2010) 2010MNRAS.403.1949K
These sources were used for light ratios to deconvolve joint photometry in binaries (see notes):
Hen93 Henry & McCarthy (1993) 1993AJ....106..773H Hen99 Henry et al. (1999) 1999ApJ...512..864H