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Table 3

Physical parameters of the stars of the IRTF library.

Star IDs RA                 Dec Sp. Type M V  Teff  log  (g)  [Fe/H] Parallax Ref.
(J2000)           (J2000) mag  K mas
(1) (2)                    (3) (4) (5) (6) (7) (8) (9) (10)
HD 007927 01 20 04.9      +58 13 53.8 F0Ia 5.01 7341 – – 1.40 1
HD 135153 15 14 37.3     −31 31 08.8 F1II 4.92 7070 1.87 – 2.86 2
HD 006130 01 03 37.0      +61 04 29.3 F0II 5.91 7400 1.50 0.02 2.16 3
HD 089025 10 16 41.4      +23 25 02.3 F0III 3.44 6950 2.95 −0.03 12.56 2
HD 013174 02 09 25.3      +25 56 23.6 F2III 4.98 7000 3.7 0.3 10.19 4
HD 027397 04 19 57.7      +14 02 06.7 F0IV 5.56 7100 4.3 – 22.31 5
HD 108519 12 27 46.3      +27 25 21.9 F0Vn – 7200* – – 6.90 –
HD 173638 18 46 43.3     −10 07 30.1 F2Ib-II 5.73 7090 1.67 −0.10 −0.07 2
HD 213135 22 29 46.0     −27 06 26.2 F1V 4.19 6918 – −0.24 23.76 6
BD+38-2803 16 35 57.3      +37 58 02.1 F2-F5Ib – 7350* – – −0.15 –
HD 182835 19 26 31.1      +00 20 18.8 F2Iab 4.68 6810 1.93 −0.08 0.28 2
HD 040535 05 59 01.1     −09 22 56.0 F2III-IV – 6870* – – 10.32 –
HD 164136 17 58 30.1      +30 11 21.4 F2II 4.41 6575 2.00 −0.33 4.10 7
HD 113139 13 00 43.7      +56 21 58.8 F2V 4.93 6890 4.13 0.02 40.06 2
HD 026015 04 07 42.0      +15 09 46.0 F3V 6.05 6880 4.28 0.09 21.27 2
HD 021770 03 32 26.2      +46 03 24.7 F4III 5.31 6615 4.06 0.03 27.46 8
HD 016232 02 36 57.7      +24 38 53.0 F4V 7.09 6462 4.50 0.27 23.36 9
HD 087822 10 08 15.9      +31 36 14.5 F4V 6.23 6545 4.20 0.19 15.80 10
HD 075555 08 52 21.8      +44 53 51.4 F5 8.11 6490 3.57 0.02 3.61 2
HD 213306 22 29 10.3      +58 24 54.7 F5Ib 4.07 5864 1.65 0.07 3.32 11
HD 017918 02 53 11.7      +16 29 00.4 F2III 6.30 6700 4.0 0.0 9.27 4
HD 186155 19 40 50.2      +45 31 29.7 F5II-III 5.07 6780 3.33 0.26 20.51 2
HD 218804 23 10 27.2      +43 32 39.2 F5IV 6.00 6222 4.00 −0.27 35.39 10
HD 027524 04 21 31.6      +21 02 23.5 F5V 6.77 6519 0.06 3.97 19.55 12
HD 160365 17 38 57.8      +13 19 45.3 F6III 6.14 6180 3.05 −0.26 10.68 2
HD 011443 01 53 04.9      +29 34 43.7 F6IV 3.41 6288 3.91 0.00 50.87 8
HD 215648 22 46 41.6      +12 10 22.4 F7V 4.20 6000 4.10 −0.28 61.54 13
HD 201078 21 06 30.2      +31 11 04.7 F7.5Ib-IIv 5.82 6230 1.94 −0.10 1.72 2
HD 124850 14 16 00.9     −06 00 01.9 F7IV 4.10 6222 4.20 −0.09 46.74 14
HD 126660 14 25 11.8      +51 51 02.6 F7V 4.10 6338 4.29 −0.05 68.63 8
HD 102870 11 50 41.7      +01 45 52.9 F9V 3.61 6146 4.30 0.20 91.74 15
HD 190323 20 03 49.6      +14 58 58.7 G0Ia 4.2 5900 0.1 – −1.23 16
HD 051956 06 59 31.7      +00 55 00.3 F8Ib – 6100* – – 1.37 –
HD 220657 23 25 22.8      +23 24 14.7 F8IV 4.40 5920 3.18 −0.26 18.83 2
HD 111844 12 51 54.4      +19 10 05.2 F8IV 7.80 6160 3.67 0.02 −12.61 2
HD 219623 23 16 42.3      +53 12 48.5 F7V 5.60 6145 4.23 0.01 49.31 8
HD 027383 04 19 54.9      +16 31 21.3 F9V 6.86 6280 4.55 0.10 23.27 2
HD 114710 13 11 52.4      +27 52 41.4 F9.5V 4.26 6146 4.52 0.06 109.23 17
HD 006903 01 09 49.2      +19 39 30.2 G0III 5.56 5730 2.71 −0.35 8.09 2
HD 176051 18 57 01.6      +32 54 04.5 G0V+k1V 5.25 6030 4.37 −0.04 66.76 2
HD 165908 18 07 01.5      +30 33 43.7 F7V 5.06 6020 4.48 −0.56 63.88 18
HD 185018 19 36 52.4      +11 16 23.5 G0Ib 5.98 5700 2.24 −0.17 2.86 2
HD 109358 12 33 44.5      +41 21 26.9 G0V 4.26 6000 4.50 0.07 119.46 15
HD 020619 03 19 01.9     −02 50 35.5 G1.5V 7.10 5600 4.00 −0.45 40.72 20
HD 074395 08 43 40.4     −07 14 01.4 G2Iab: 4.64 5250 1.30 −0.11 5.40 18
HD 021018 03 23 39.0      +04 52 55.5 G5III 6.40 5250 3.0 0.0 2.92 21
HD 216219 22 50 52.1      +18 00 07.5 G0IIp 7.44 5478 2.80 −0.55 10.74 22
HD 095128 10 59 28.0      +40 25 48.9 G1V 5.10 5882 4.34 0.01 71.04 18
HD 010307 01 41 47.1      +42 36 48.1 G1.5V 4.90 5898 4.31 −0.02 79.09 18
HD 039949 05 57 05.5      +27 18 59.9 G2Ib 7.25 5250 1.10 −0.16 −0.83 19
HD 042454 06 12 05.5      +29 29 31.7 G2Ib 7.32 5250 1.10 −0.05 3.20 19
HD 003421 00 37 21.2      +35 23 58.2 G2.5IIa 5.43 5620 2.78 −0.14 3.19 2
HD 219477 23 15 46.3      +28 14 52.4 G2II-III – 5450* – – 3.41 –
HD 126868 14 28 12.1     −02 13 40.6 G2IV 4.84 5600 3.90 −0.02 24.15 23
HD 076151 08 54 17.9     −05 26 04.0 G2V 6.00 5600 4.40 −0.02 58.50 24
HD 192713 20 15 30.2      +23 30 32.0 G3Ib-II – 5000* – – 0.75 –
HD 176123 18 59 26.8     −18 33 59.1 G3II 6.39 5200 2.25 – 3.93 25
HD 088639 10 13 49.7      +27 08 08.9 G3III – 5300* – – 8.39 –
HD 010697 01 44 55.8      +20 04 59.3 G5IV 6.29 5641 4.05 0.14 30.71 26
HD 006474 01 06 59.7      +63 46 23.3 G4Ia 7.60 6222 1.50 0.25 −0.20 11
HD 108477 12 27 49.4     −16 37 54.6 G4III – 5200* – – 2.55 –
HD 094481 10 54 17.8     −13 45 28.9 K0III 5.65 5355 3.00 – 7.97 27
HD 179821 19 13 58.6      +00 07 31.9 G5Ia 8.12 6750 0.50 −0.45 0.18 28
HD 214850 22 40 52.7      +14 32 56.9 G4V 5.73 5420 – −0.22 30.49 6
HD 190113 20 02 02.8      +35 38 28.0 G5Ib – 4850* – – 1.28 –
HD 193896 20 23 00.8     −09 39 16.9 G5IIIa – 5150* – – 7.49 –
HD 018474 02 59 49.8      +47 13 14.5 G4pIII 5.24 5013 2.38 −0.23 5.85 29
HD 165185 18 06 23.7     −36 01 11.2 G5V 5.94 5895 4.49 −0.06 57.58 30
HD 115617 13 18 24.3     −18 18 40.3 G5V 4.74 5600 4.00 −0.03 117.30 14
HD 161664 17 47 45.6     −22 28 40.0 G6Ib – 4800* – – 1.80 –
HD 202314 21 14 10.3      +29 54 03.4 G2Ib 6.18 4900 1.50 0.00 1.34 16
HD 058367 07 25 38.9      +09 16 33.9 G6.5IIb 4.99 4820 2.01 −0.22 3.30 31
HD 027277 04 20 53.5      +50 16 18.2 G6III – 5100* – – – –
HD 016139 02 36 18.0      +27 28 20.3 G7.5IIIa – 4950* – – – –
HD 333385 20 02 27.4      +30 04 25.5 G7Ia – 4650* – – – –
HD 025877 04 09 27.6      +59 54 29.0 G8IIa 6.29 5060 1.91 – 3.04 25
HD 182694 19 23 56.5      +43 23 17.4 G6.3IIIa 5.85 5067 2.63 −0.04 8.06 29
HD 114946 13 14 10.9     −19 55 51.4 G8III/IV 5.33 5056 3.04 −0.31 25.89 32
HD 020618 03 19 55.8      +27 04 16.1 G8IV 5.91 5049 3.08 −0.22 15.88 29
HD 208606 21 55 20.6      +61 32 30.5 G8Ib – 4600* – – 0.36 –
HD 104979 12 05 12.5      +08 43 58.7 G8IIIa 4.13 5250 3.25 −0.29 19.08 33
HD 135722 15 15 30.2      +33 18 53.4 G8III 3.47 4800 2.70 −0.50 27.94 2
HD 122563 14 02 31.8      +09 41 09.9 KIIvw 6.20 4582 0.90 −2.50 3.76 34
HD 101501 11 41 03.0      +34 12 05.9 G8V 5.32 5538 4.69 0.03 104.81 17
HD 075732 08 52 35.8      +28 19 50.9 G8V 5.95 5336 4.47 0.40 79.80 35
HD 170820 18 32 13.1     −19 07 26.3 K0III 7.36 5663 2.00 −0.05 2.34 3
HD 222093 23 37 39.6     −13 03 36.9 K0III 5.66 4730 2.78 −0.25 11.50 31
HD 164349 18 00 03.4      +16 45 03.3 K0.5IIb 4.67 4383 1.80 −0.22 4.97 36
HD 009852 01 37 51.2      +61 51 41.7 K0.5III – 4750* – – – –
HD 165782 18 08 26.5     −18 33 07.9 K0Ia – 4420* – – 2.11 –
HD 044391 06 22 47.9      +27 59 12.0 K0Ib 7.68 4710 0.60 0.21 1.39 18
HD 179870 19 13 53.6      +09 01 59.6 K0II – – – – 2.62 –
HD 100006 11 30 29.0      +18 24 35.2 K0III 5.55 4785 2.67 −0.12 10.03 37
HD 145675 16 10 24.3      +43 49 03.5 K0V 6.67 5300 4.27 0.50 55.11 38
HD 124897 14 15 39.7      +19 10 56.6 K1.5III −0.04 4500 2.01 −0.56 88.85 33
HD 063302 07 47 38.5     −15 59 26.4 K3Iab/Ib 6.33 4500 0.20 0.17 1.43 18
HD 091810 10 37 20.5      +56 25 52.8 K1-IIIb – 4600* – – 5.86 –
HD 036134 05 29 23.7     −03 26 47.0 K1-III – 4600 – – 6.98 –
HD 025975 04 08 15.4      +37 43 38.9 K1III 6.09 4941 3.40 −0.20 22.66 39
HD 142091 15 51 13.9      +35 39 26.5 K1IVa 4.82 4800 3.37 −0.04 32.13 31
HD 165438 18 06 15.2     −04 45 04.5 K1IV 5.74 4862 3.40 0.02 28.31 40
HD 010476 01 42 29.8      +20 16 06.6 K1V 5.20 5196 4.50 −0.20 133.91 41
HD 023082 03 44 05.8      +44 53 04.9 K2.5II – – – – 1.16 –
HD 002901 00 32 47.5      +54 07 11.8 K2III – 4420* – – 3.56 –
HD 132935 15 02 04.2     −08 20 40.9 K2III – 4420* – – 4.16 –
HD 137759 15 24 55.8      +58 57 57.8 K2III 3.31 4490 2.74 0.03 31.92 31
HD 212466 22 23 07.0      +55 57 47.6 K2O-Ia – – – – 1.19 –
HD 003765 00 40 49.3      +40 11 13.8 K2V 6.15 5067 4.45 0.10 57.90 42
HD 114960 13 13 57.6      +01 27 23.2 K3.5IIIb – 4000* – – 6.65 –
HD 187238 19 48 11.8      +22 45 46.3 K3Ia0-Ia 7.05 4500 0.80 0.20 2.16 18
HD 099998 11 30 18.9     −03 00 12.6 K3.5III 4.77 3920 1.67 −0.39 5.40 31
HD 035620 05 27 38.9      +34 28 33.2 K3IIICN+ 5.07 4200 2.15 0.11 8.14 31
HD 178208 19 05 09.8      +49 55 23.4 K3III – 4200* – – 5.59 –
HD 221246 23 30 07.4      +49 07 59.3 K3III – 4200* – – 3.81 –
HD 016068 02 36 52.8      +55 54 55.4 K2 6.29 6427 – −0.31 – 6
HD 219134 23 13 17.0      +57 10 06.1 K3Vvar 6.46 4913 4.51 0.08 153.24 42
HD 185622 19 39 25.3      +16 34 16.0 K4Ib 6.38 3990 – – 1.42 43
HD 201065 21 05 35.8      +46 57 47.7 K4Ib-II – 3950* – – 1.20 –
HD 207991 21 51 55.4      +48 26 13.6 K5Ib 6.88 3777 – – 2.99 1
HD 045977 06 30 07.3     −11 48 32.1 K4V – 4590* – – 35.00 –
HD 120477 13 49 28.6      +15 47 52.4 K5.5III 4.05 3890 1.55 −0.23 13.29 31
HD 216946 22 56 26.0      +49 44 00.7 K5Iab 5.00 4000 0.50 −0.03 1.74 44
HD 181596 19 18 30.1      +50 13 39.4 K5III – 3950* – – 1.20 –
HD 036003 05 28 26.1     −03 29 58.4 K5V 7.64 4465 4.61 0.0 77.03 11
HD 003346 00 36 46.4      +44 29 18.9 K6IIIa – 3900* – – 4.96 –
HD 181475 19 20 48.3     −04 30 09.0 M1II 6.96 3700 – – 0.65 45
HD 194193 20 22 45.3      +41 01 33.6 K7III – 3850* – – 3.81 –
HD 201092 21 06 55.3      +38 44 31.4 K7V 6.03 4120 4.40 −0.63 285.50 46
HD 237903 10 30 25.3      +55 59 56.8 K7V 8.76 4070 4.70 −0.18 91.00 11
HD 236697 01 19 53.6      +58 18 30.7 M0.5Ib – 3600* – – 1.93 –
HD 209290 22 02 10.3      +01 24 00.8 M0.5V – 3800* – – 96.98 –
HD 213893 22 34 35.9      +00 35 42.6 M0IIIb – 3800* – – 3.81 –
HD 019305 03 06 26.7      +01 57 54.6 M0V – 3850* – – 67.69 –
IRAS14086-0703 14 11 17.6     −07 44 50.0 M10+III – 3240* – – – –
HD 035601 05 27 10.2      +29 55 15.7 M1.5Ia0-Ia 7.32 4000 0.70 −0.24 1.06 18
BD+60-265 01 33 33.1      +61 33 31.0 M1.5Ib – 3500* – – – –
HD 036395 05 31 27.4     −03 40 38.0 M1V 7.92 3742 4.71 0.21 175.72 42
HD 014404 02 21 42.4      +57 51 46.1 M1-Iab-Ib – 3550* – – 0.06 –
HD 339034 19 50 11.9      +24 55 24.2 M1Ia – 3550* – – – –
HD 204724 21 29 56.9      +23 38 19.8 M1III 4.53 3773 – – 7.37 47
HD 039801 05 55 10.3      +07 24 25.4 M1Iab 0.58 3540 0.00 0.00 7.63 48
HD 042581 06 10 34.6     −21 51 52.7 M1V – 3720* – – 173.19 –
HD 219734 23 17 44.6      +49 00 55.1 M2III 4.85 3730 0.90 0.27 4.98 11
Gl381 10 12 04.7     −02 41 05.0 M2.5V – 3500* – – 81.23 –
Gl581 15 19 26.8     −07 43 20.2 M2.5V – 3500* – – 159.52 –
HD 206936 21 43 30.5      +58 46 48.1 M2-Ia – 3450* – – 0.62 –
HD 010465 01 43 11.1      +48 31 00.3 M2Ib – 3450* – – 0.24 –
HD 023475 03 49 31.3      +65 31 33.5 M2II – 3620* – – 3.38 –
HD 120052 13 47 25.4     −17 51 35.4 M2III 5.44 3729 – – 5.13 47
Gl806 20 45 04.1      +44 29 56.6 M2V – 3580* – – 80.01 –
HD 095735 11 03 20.2      +35 58 11.5 M2V 7.49 3620 4.90 −0.20 392.50 49
HD 014488 02 22 24.3      +57 06 34.4 M3.5Iab – 3090* – – – –
HD 028487 04 29 38.9      +05 09 51.3 M3.5III – 3580 – – 4.28 –
Gl273 07 27 24.5      +05 13 33.0 M3.5V – 3420* – – – –
CD-31-49 07 41 02.6     −31 40 59.1 M3Iab-Ia – 3550* – – −0.53 –
HD 040239 05 59 56.1      +45 56 12.2 M3IIb – – – – 3.88 –
HD 039045 05 51 25.7      +32 07 28.9 M3III – 3530* – – 5.62 –
HD 014469 02 22 06.9      +56 36 15.0 M3-M4Iab – 3200* – – – –
RWCyg 20 28 50.6      +39 58 54.4 M3toM4Ia – 3200* – – 1.28 –
Gl388 10 19 36.3      +19 52 12.0 M3V – 3470* – – – –
HD 204585 21 28 59.8      +22 10 45.9 M4.5IIIa – 3380* – – 5.41 –
Gl268AB 07 10 01.8      +38 31 46.0 M4.5V – 3300* – – 157.24 –
HD 019058 03 05 10.6      +38 50 24.9 M4II 3.42 3500 0.80 −0.15 10.03 50
HD 214665 22 38 37.9      +56 47 44.2 M4+III – 3430* – – 7.59 –
HD 027598 04 20 41.3     −16 49 47.9 M4-III – 3430* – – 1.76 –
HD 004408 00 46 32.9      +15 28 31.8 M4IIIa 5.42 3522 – – 5.55 51
Gl213 05 42 09.3      +12 29 21.6 M4V – 3370* – – 172.78 –
Gl299 08 11 57.6      +08 46 22.0 M4V – 3370* – – 143.00 –
HD 094705 10 56 01.5      +06 11 07.3 M5.5III 5.98 3300 1.0 – 10.03 52
HD 014386 02 19 20.8     −02 58 39.5 M5e-M9eIII – 3330* – – 7.79 –
HD 156014 17 14 38.8      +14 23 25.2 M5Ib-II – 2800* – – 8.53 –
HD 175865 18 55 20.1      +43 56 45.9 M5III 4.20 3420 0.50 0.14 9.33 11
Gl51 01 03 19.7      +62 21 55.7 M5V – 3240* – – 95.50 –
Gl866 22 38 33.7     −15 17 57.3 M6 12.18 2747 5.09 – 300.00 11
GJ1111 08 29 49.3      +26 46 33.7 M6.5V – 2990* – – 275.80 –
HD 069243 08 16 33.8      +11 43 34.4 M6e-M9eIII – 3240* – – −0.27 –
HD 018191 02 55 48.5      +18 19 53.9 M6III 5.80 3250 0.30 – 8.08 11
HD 196610 20 37 54.7      +18 16 06.8 M6III 6.23 3243 – – 9.16 53
Gl406 10 56 28.9      +07 00 52.8 M6V – 3050* – – – –
BRI2339-0447 23 42 02.7     −04 31 05.0 M7-8III – 3200* – – – –
HD 108849 12 30 21.0      +04 24 59.1 M7III: 8.24 2944 – – 5.68 53
HD 207076 21 46 31.8     −02 12 45.9 M8IIIv 6.78 2750 – – 7.39 11
MY-Cep 22 54 31.7      +60 49 39.0 M7-M7Iab – 2600* – – – –
Gl644C 16 55 35.3     −08 23 40.1 M7V – 2940* – – 154.50 –
IRAS14303-1042 14 32 59.9     −10 56 03.6 M8 – – – – – –
IRAS14436-0703 14 46 18.4     −07 15 49.8 M8 – – – – – –
IRAS21284-0747 21 31 06.5     −07 34 20.5 M8 – – – – – –
IRAS01037+1219 01 06 26.0      +12 35 53.0 M8III – 3200* – – – –
Gl752B 19 16 57.6      +05 09 02.2 M8V – 2640* – – 164.30 –
LP412-31 03 20 59.7      +18 54 23.3 M8V – 2640* – – 68.90 –
BRIB0021-0214 00 24 24.6     −01 58 20.1 M9.5V – 2600* – – 86.60 –
BRIB1219-1336 15 08 25.8      +09 36 18.2 M9III – 3000* – – – –
IRAS15060+0947 12 21 52.5     −13 53 10.0 M9III – 3000* – – – –
PJ1048-3956 10 48 14.6     −39 56 06.0 M9V – 2600* – – – –
LHS2065 03 39 35.2     −35 25 44.0 M9V – 2600* – – 117.30 –
LHS2924 08 53 36.2     −03 29 32.1 M9V – 2600* – – 103.80 –
LP944-20 14 28 43.2      +33 10 39.1 M9V – 2600* – – 201.20 –
HD 31996 04 59 36.3     −14 48 22.5 C7 – – – – 3.99 –
HD 70138 08 19 43.1     −18 15 52.8 C – – – – 1.19 –
HD 57160 07 20 59.0      +24 59 58.0 C – – – – 1.83 –
HD 92055 10 37 33.3     −13 23 04.3 C – – – – 6.18 –
HD 76221 08 55 22.9      +17 13 52.5 C – – – – 0.90 –
HD 44984 06 25 28.2      +14 43 19.1 C – – – – 2.51 –
HD 48664 06 44 40.7      +03 18 58.6 C – – – – – –
HD 76846 08 59 48.9      +33 46 26.4 C – – – – −0.68 –
HD 142143 15 50 46.6      +48 28 58.8 M6.5S – – – – 3.22 –
BD+44-2267 13 21 18.7      +43 59 14.0 S2.5Z – – – – – –
HD 064332 07 53 05.3     −11 37 29.3 S4.5 7.64 3500 0.50 −0.34 3.01 54
HD 62164 07 42 17.5     −10 52 47.2 S5-S6 – – – – – –
HD 44544 06 22 23.8      +03 25 27.8 SC5.5 – – – – 0.30 –
2MASSJ0746+2000AB 07 46 42.6      +20 00 32.0 L0.5 – – – – 81.90 –
2MASSJ0208+2542 02 08 18.3      +25 42 53.0 L1 – – – – 10.67 –
2MASSJ1439+1929 14 39 28.4      +19 29 15.0 L1 – – – – 69.60 –
Kelu-1AB 13 05 40.2     −25 41 06.0 L2 – – – – 53.60 –
2MASSJ1146+2230AB 11 46 34.5      +22 30 53.0 L3 – – – – 36.80 –
2MASSJ1506+1321 15 06 54.4      +13 21 06.0 L3 – – – – 70.92 –
2MASSJ0036+1821 00 36 16.2      +18 21 10.0 L3.5 – – – – 114.20 –
2MASSJ2224-0158 22 24 43.8     −01 58 52.0 L4.5 – – – – 88.10 –
2MASSJ1507-1627 15 07 47.7     −16 27 39.0 L5 – – – – – –
SDSSJ0539-0059 05 39 52.0     −00 59 02.0 L5 – – – – – –
2MASSJ1515+4847 15 15 00.8      +48 47 42.0 L6 – – – – 95.24 –
2MASSJ0825+2115 08 25 19.7      +21 15 52.0 L7.5 – – – – 93.80 –
DENISJ0255-4700 02 55 03.6     −47 00 51.0 L8 – – – – 201.40 –
SDSSJ1254-0122 12 54 53.9     −01 22 47.0 T2 – – – – 84.90 –
2MASSJ0559-1404 05 59 19.1     −14 04 49.0 T4.5 – – – – 97.70 –

The temperatures with asterisks are obtained with the luminosity-temperature relation of Carroll & Ostlie (1996).

References. The Ref. column give references for the literature values of Teff, log  (g) and [Fe/H]: (1) Kovtyukh (2007); (2) Gray et al. (2001); (3) Venn (1995); (4) Jasniewicz et al. (2006); (5) Soubiran et al. (2010); (6) Holmberg et al. (2008); (7) Luck & Wepfer (1995); (8) Balachandran (1990); (9) Boesgaard & Friel (1990); (10) Boesgaard & Tripicco (1986); (11) Cenarro et al. (2007); (12) Arellano Ferro (2010); (13) Boesgaard & Lavery (1986); (14) Edvardsson et al. (1984); (15) Gehren (1981); (16) Andrievsky et al. (2002); (17) Cornide & Rego (1984); (18) Edvardsson et al. (1993); (19) Luck & Bond (1980); (20) Barbuy & Erdelyi-Mendes (1989); (21) Lèbre et al. (2009); (22) Krishnaswamy & Sneden (1985); (23) Mallik (1998); (24) Cayrel de Strobel et al. (1981); (25) Lyubimkov et al. (2010); (26) Santos et al. (2004); (27) Hekker & Meléndez (2007); (28) Kipper (2008); (29) Takeda et al. (2008); (30) Castro et al. (1999); (31) McWilliam (1990); (32) Gratton & Sneden (1991); (33) Lambert & Ries (1981); (34) Spite & Spite (1980); (35) Fuhrmann (1998); (36) Goss et al. (1982); (37) Luck & Heiter (2007); (38) Gonzalez et al. (1999); (39) Cottrell & Sneden (1986); (40) Randich et al. (1999); (41) Perrin (1983); (42) Soubiran et al. (2008); (43) Malkan et al. (2002); (44) Luck (1982); (45) Levesque et al. (2005); (46) Tomkin & Lambert (1999); (47) Strassmeier & Schordan (2000); (48) Carr et al. (2000); (49) Zboril & Byrne (1998); (50) Smith & Lambert (1986); (51) Mirtorabi et al. (2003); (52) Lançon et al. (2007); (53) Kučinskas et al. (2005); (54) Smith & Lambert (1990).

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