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Table A.1

All targets analysed in this work.

ID RA Dec V Ks SpT μα μδ Plx Population Simbad Class. Lit. Flaga SACY Flagd
hh:mm:ss.s dd:mm:ss (mag) (mag) (mas) (mas) (pc)
HD 1405 00 18 20.9 +30 57 22 8.86 6.51 K2V 143.7 −171.5 ~ ABD RS*
HD 24681 03:55:20.4 −01:43:45 9.05 7.25 G5 46.2 −90.2 ~ ABD *
TYC 91-82-1 04:37:51.4 +05:03:08 11.01 8.65 ~ 18.50 −59.30 ~ ABD * AB
V* PX Vir 13:03:49.6 −05:09:42 7.69 5.51 G5V −191.13 −218.73 46.10 ABD BY* SB1
LP 745-70 16:33:41.6 −09:33:11 11.24 7.55 K9V −70.05 −177.52 32.60 ABD PM* A*F1
HD 160934 17:38:39.6 +61:14:16 10.45 6.81 K7Ve −23.30 47.71 30.19 ABD Fl* AB6,A*D, Aa,Ab1
TYC 486-4943-1 19:33:03.7 +03:45:39 11.15 8.66 ~ 18.0 −65.5 ~ ABD *
BD-03 4778 20:04:49.3 −02:39:20 10.24 7.92 ~ 28.6 −71.7 ~ ABD Ro* AB
HD 201919 21:13:05.2 −17:29:12 10.64 7.58 K6Ve 76.5 −144.1 ~ ABD Ro*
GJ 4231 21:52:10.4 +05:37:35 21.11 7.38 M2.4V 119.17 −150.29 32.79 ABD Fl* AB, C
GJ 885 A 23:00:27.9 −26:18:42 10.48 6.27 (K7V)M+~ 113.2 −169.2 ~ ABD *i* SB3
GJ 9809 23:06:04.8 +63:55:34 10.87 6.98 M0.3V 171.46 −58.55 40.81 ABD Fl* A*Y,Za*m1
CD-45 14955B 23:11:53.6 −45:08:00 13.8 8.85 M3Ve 85.2 −84.7 19.7 ABD *i*
HD 222575 23:41:54.2 −35:58:39 9.39 7.62 G8V 69.49 −67.53 15.70 ABD Ro*
HD 199058 20:54:21.0 +09:02:23 8.62 6.96 G5 37.2 −56.9 ~ ABD10 *
TYC 1090-543-1 20:54:28.0 +09:06:06 11.68 8.82 ~ 34.4 −58.6 ~ ABD10 V*
HD 189285 19:59:24.1 −04:32:06 9.43 7.84 G5 14.2 −55.8 ~ ABD10 *
V* PW And 00:18:20.8 +30:57:22 8.81 6.39 K2V 143.7 −171.5 ~ ABD18 RS*
V* LO Peg 21:31:01.7 +23:20:07 9.19 6.38 K5-7V 133.38 −145.24 40.32 ABD18 BY* AB,AC1
BD+41 4749 23:19:39.5 +42:15:09 8.93 7.22 G0 77.52 −66.90 19.94 ABD18 *
HD 152555 16:54:08.1 −04:20:24 7.82 6.36 F8/G0V −37.25 −114.05 21.40 ABD * AB
Wolf 1225 22:23:29.0 +32:27:32 11.45 6.05 M1V 255.3 −207.8 ~ ABD, PMG12 *i* AB3 AB
CD-52 9381 20:07:23.7 −51:47:27 10.5 7.39 K6Ve 88.9 −146.2 ~ ARG Ro*
GJ 3322 05:01:58.7 +09:58:59 11.98 6.37 M3V 12.09 −74.41 30.12 BPC Ro* AB4 AB
2MASS J05200029+0613036 05:20:00.2 +06:13:03 11.58 8.57 K3 5.5 −37.8 ~ BPC TT*
2MASS J05203182+0616115 05:20:31.8 +06:16:11 11.68 8.57 K3 12.4 −38.8 ~ BPC TT* AB
CD-27 11535 17:15:03.6 −27:49:39 11.12 7.38 K5Ve −9.30 −48.30 ~ BPC Ro* AB, SB1
GSC 08350-01924 17:29:20.6 −50:14:53 13.47 7.99 M3Ve −5.0 −54.7 ~ BPC * AB
CD-54 7336 17:29:55.0 −54:15:48 9.55 7.36 K1V −7.0 −63.1 ~ BPC Ro*
HD 161460 17:48:33.7 −53:06:43 9.61 6.78 K0IV −5.60 −53.30 ~ BPC Ro*
V* V4046 Sgr 18:14:10.4 −32:47:34 10.94 7.25 K5V 2.1 −54.5 ~ BPC BY* SB2
GSC 07396-00759 18:14:22.0 −32:46:10 12.78 8.54 M1Ve 7.3 −39.9 ~ BPC Em*
Smethells 20 18:46:52.5 −62:10:36 12.08 7.85 M1Ve 13.7 −82 ~ BPC pr*
CD-31 16041 18:50:44.4 −31:47:47 11.2 7.46 K8Ve 10.6 −77.8 ~ BPC Ro* A*J1
TYC 6872-1011-1 18:58:04.1 −29:53:04 11.78 8.02 M0Ve 6.7 −42.9 ~ BPC Ro*
CD-26 13904 19:11:44.6 −26:04:08 10.39 7.37 K4V(e) 18.9 −44.2 ~ BPC pr* AB2 AB
CPD-72 2713 22:42:48.9 −71:42:21 10.6 6.89 K7Ve 94.1 −54.4 ~ BPC Ro*
V* WW PsA 22:44:57.9 −33:15:01 12.07 6.93 M4IVe 184.76 −119.76 42.84 BPC BY* A3
V* TX PsA 22:45:00.0 −33:15:25 13.36 7.79 M5IVe 183 −118 ~ BPC Fl* B3
BD-13 6424 23:32:30.8 −12:15:51 10.5 6.57 M0Ve 139.20 −83.40 ~ BPC Ro*
HD 8813 01:23:25.8 −76:36:42 8.46 6.79 G6V 100.16 −20.93 21.52 CAR pr*
HD 22213 03:34:16.3 −12:04:07 8.86 6.79 G8V 80.7 −35.4 ~ CAR Ro* AB
CD-44 1533 04:22:45.6 −44:32:51 10.47 8.58 K0V 32.0 2.8 ~ CAR Ro*
CD-57 1709 07:21:23.7 −57:20:37 10.73 8.7 K0V −1.6 22.1 ~ CAR Ro* AB
TYC 8557-1251-1 07:55:31.6 −54:36:50 11.44 9.19 G9V −4.1 10.3 ~ CAR Ro*
2MASS J08110934-5555563 08:11:09.3 −55:55:56 11.52 9.4 G8V(e) −3.5 15.1 ~ CAR pr*
BD-07 2388 08:13:50.9 −07:38:24 9.32 6.92 K0 −25.3 −45.2 ~ CAR Ro* AB
2MASS J08371096-5518105 08:37:10.9 −55:18:10 11.04 9.38 G9V −7.4 18.0 ~ CAR pr* AB?
CD-61 2010 08:42:00.4 −62:18:26 10.95 8.83 K0V −11.3 15.9 ~ CAR Ro*
CD-53 2515 08:51:56.4 −53:55:56 11.06 8.75 G9V −11.6 12.7 ~ CAR Ro*
2MASS J08521921-6004443 08:52:19.2 −60:04:44 11.48 9.37 K0V −2.8 12.0 ~ CAR pr*
2MASS J08563149-5700406 08:56:31.4 −57:00:40 11.83 9.76 K0V(e) −14.7 6.0 ~ CAR pr*
TYC 8582-3040-1 08:57:45.6 −54:08:36 11.71 9.35 K2IV(e) −13.1 8.6 ~ CAR Ro*
CD-49 4008 08:57:52.1 −49:41:50 10.5 8.64 G9V −23.00 15.40 ~ CAR Ro*
CD-54 2499 08:59:28.7 −54:46:49 10.08 8.4 G5IV −18.3 15.2 ~ CAR Ro*
CD-55 2543 09:09:29.3 −55:38:27 10.21 8.4 G8V −13.2 14.8 ~ CAR Ro*
TYC 8174-1586-1 09:11:15.8 −50:14:14 11.81 9.5 K5Ve −19.45 7.42 ~ CAR Ro*
2MASS J09131689-5529032 09:13:16.8 −55:29:03 11.36 8.36 G5V(e) −13.8 14.8 ~ CAR pr* AB
HD 309751 09:31:44.7 −65:14:52 11.33 8.36 G3V −12.40 19.00 ~ CAR pr* SB2
CPD-62 1293 09:43:08.8 −63:13:04 10.44 8.6 G6V −34.9 25.0 ~ CAR Ro* AB
TYC 9217-417-1 09:59:57.6 −72:21:47 11.7 8.69 K4Ve −24.2 29.0 ~ CAR Ro*
CD-69 783 10:41:23.0 −69:40:43 10.27 8.38 G8V(e) −30.0 24.4 ~ CAR Ro*
TYC 8962-1747-1 11:08:07.9 −63:41:47 12.07 8.29 M0Ve −33.2 7.2 ~ CAR Ro*
HD 107722 12:23:29.0 −77:40:51 8.24 7.14 F6V −65.1 10.8 ~ CAR TT*
TYC 9486-927-1 21:25:27.4 −81:38:27 11.85 7.34 M1Ve 63.4 −110.0 ~ CAR Ro*
BD-03 5579 23:09:37.1 −02:25:55 10.99 7.82 K4Ve 57.5 −47.4 ~ CAR Ro*
CPD-53 1875 08:45:52.7 −53:27:28 10.42 8.77 G2V −13.8 7.7 ~ CAR10 Ro* AB
CPD-55 1885 09:00:03.3 −55:38:24 10.83 9.01 G5V −12.7 16.4 ~ CAR10 Ro*
Ass Cha T 2-21 11:06:15.4 −77:21:56 11.42 6.42 G5Ve −16.5 −0.5cm ~ CHA I pr* D+w9
2MASS J12571172-7640111 12:57:11.7 −76:40:11 15.0 8.4 M0e 10 −32 ~ CHA II11 Y*O AB
BD-16 351 02:01:35.6 −16:10:00 10.34 7.96 ~ 57.1 −29.7 ~ COL Ro* AB
2MASS J02303239-4342232 02:30:32.4 −43:42:23 10.37 7.23 K5V(e) 80.5 −14.9 ~ COL pr* AB
BD-11 648 03:21:49.6 −10:52:17 11.63 9.26 G9 ~ ~ ~ COL Ro*
V* V1221 Tau 03:28:14.9 +04:09:47 9.7 7.44 G6V+K3v... 34.4 −45.0 ~ COL BY* AB, C
2MASS J03573723-0416159 03:57:37.2 −04:16:15 10.72 8.75 ~ ~ ~ ~ COL Ro*
HD 26980 04:14:22.5 −38:19:01 9.08 7.62 G3V 41.78 1.40 12.42 COL Ro*
HD 27679 04:21:10.3 −24:32:20 9.43 7.81 G2V 40.0 −9.1 ~ COL pr*
CD-43 1395 04:21:48.6 −43:17:32 10.18 8.42 G7V 20.4 5.6 ~ COL Ro* AB
2MASS J04272050-4420393 04:27:20.4 −44:20:39 10.91 8.56 K1V(e) 31.3 2.2 ~ COL pr* AB
CD-36 1785 04:34:50.7 −35:47:21 10.84 8.59 K1Ve 34.8 −1.6 ~ COL Ro*
BD+08 742 04:42:32.0 +09:06:00 11.19 9.12 G5V: 27.60 −25.50 ~ COL *
HD 31242 04:51:53.5 −46:47:13 9.85 8.16 G5V 32.7 14.2 ~ COL Ro* SB1
HD 272836 04:53:05.1 −48:44:38 10.72 8.24 K2V(e) 30.8 17.0 ~ COL Ro*
TYC 9178-284-1 06:55:25.1 −68:06:21 11.91 8.94 K4Ve 2.7 20.2 ~ COL Ro*
2MASS J08240598-6334024 08:24:05.9 −63:34:02 9.87 8.13 G5V −15.6 22.4 ~ COL pr* AB, C
V* V479 Car 09:23:34.9 −61:11:35 10.16 7.96 K1V(e) −28.30 17.98 11.36 COL BY*
2MASS J09322609-5237396 09:32:26.0 −52:37:39 10.86 8.84 G8V(e) −16.5 10.9 ~ COL pr*
HD 174656 18:53:05.9 −36:10:22 9.87 7.28 K0IV(e) 0.20 −21.40 ~ CRA Ro* AB2
V* DZ Cha 11:49:31.8 −78:51:01 12.0 8.49 M0Ve −38.0 −8.3 ~ ECH Or*
2MASS J11594226-7601260 11:59:42.2 −76:01:26 11.31 8.3 K4Ve −40.5 −5.83 9.89 ECH TT*
HD 104467 12:01:39.1 −78:59:16 8.56 6.85 G3V(e) −42.8 −4.0 ~ ECH TT* SB1
HD 105923 12:11:38.1 −71:10:36 9.16 7.18 G8V −38.9 −8.3 ~ ECH Ro* AB
2MASS J12194369-7403572 12:19:43.6 −74:03:57 12.5 8.86 M1 −42.1 −11.7 ~ ECH TT*
2MASS J12202177-7407393 12:20:21.7 −74:07:39 12.0 8.37 M1V −41.0 −6.5 ~ ECH TT* AB?
2MASS J12392124-7502391 12:39:21.2 −75:02:39 10.3 7.78 K3Ve −43.6 −11.1 ~ ECH TT*
TYC 9245-535-1 12:56:08.3 −69:26:53 12.06 7.99 K7Ve −33.6 −7.6 ~ ECH Ro* AB
CD-69 1055 12:58:25.5 −70:28:49 9.67 7.55 K0Ve −43.1 −18.7 ~ ECH Ro*
V* MP Mus 13:22:07.5 −69:38:12 9.75 7.29 K1Ve −40.80 −23.30 ~ ECH TT*
2MASS J12375231-5200055 12:37:52.2 −52:00:05 10.68 6.02 M3V(e) −1032.41 30.39 103.18 HYA12 pr*
2MASS J22420163+0946091 22:42:01.6 +09:46:09 11.99 8.26 K6Ve 17.27 30.22 26.73 HYA12 pr*
2MASS J23350028+0136193 23:35:00.2 +01:36:19 9.59 6.04 K7V 341.31 25.50 52.56 IC239112 pr*c A*F,BC1
TYC 8639-1114-1 11:55:42.9 −56:37:31 12.11 8.04 M0Ve −45.4 −6.0 ~ LCC Ro* AB
TYC 8978-3494-1 12:12:48.8 −62:30:31 12.13 7.96 K7Ve −36.4 −16.4 ~ LCC Ro* AB
TYC 8637-1558-1 12:16:01.1 −56:14:07 11.22 7.96 K5Ve −42.7 −10.3 ~ LCC Ro*
CD-62 657 12:28:25.3 −63:20:58 9.08 7.33 G7V −34.9 −11.3 ~ LCC Ro*
CPD-63 2367 12:36:38.9 −63:44:43 9.69 7.37 K2V −37.8 −9.7 ~ LCC Ro* A*P1
2MASS J12474824-5431308 12:47:48.2 −54:31:30 11.82 8.05 M0Ve −41.5 −11.0 ~ LCC pr*
HD 112245 12:56:09.4 −61:27:25 9.63 7.26 K0Ve −52.5 −14.7 ~ LCC Ro* AB
TYC 9012-1005-1 13:44:42.7 −63:47:49 11.04 7.74 K4Ve −44.9 −20.8 ~ LCC Ro* A,Z*r,A*Y1
CPD-64 1859 12:19:21.6 −64:54:10 9.87 7.4 K3V −40.20 −10.20 ~ LCC15 Ro*
TYC 7846-833-1 15:56:44.0 −42:42:29 11.88 8.27 K6IVe −13.7 −16.6 ~ LUP Ro* AB, C
CD-33 11275 16:35:22.4 −33:28:53 11.42 8.08 K4Ve −16.8 −33.8 ~ LUP Ro* AB, C
CD-58 860 04:11:55.6 −58:01:47 10.01 8.36 G6V −7.9 38.2 ~ OCT Ro*
2MASS J04302731-4248466 04:30:27.3 −42:48:46 10.75 8.73 G9V(e) 2.6 20.8 ~ OCT pr* AB
HD 271037 05:06:50.5 −72:21:11 10.91 8.67 K0IV −7.0 24.7 ~ OCT Ro*
HD 274576 05:28:51.3 −46:28:19 10.5 8.81 G6V −10.3 22.6 ~ OCT Ro* AB
BD-20 1111 05:32:29.3 −20:43:33 10.4 8.7 ~ −8.3 12.0 ~ OCT * Ba, Bb ?
CD-47 1999 05:43:32.1 −47:41:10 10.19 8.64 G0V −10.0 15.0 ~ OCT Ro* AB?
2MASS J05581182-3500496 05:58:11.8 −35:00:49 11.24 9.38 G9V −12.7 13.0 ~ OCT pr*
2MASS J06033540-4911256 06:03:35.4 −49:11:25 11.18 9.08 K0Ve −9.3 8.3 ~ OCT pr* AB
CD-66 395 06:25:12.3 −66:29:10 10.87 9.0 K0IV −18.40 24.40 ~ OCT Ro*
2MASS J06400573-3033089 06:40:05.7 −30:33:08 10.24 8.7 F9V −12.60 7.70 ~ OCT pr* AB2
BD-18 4452 17:13:11.6 −18:34:25 10.86 6.48 M0Ve 39.0 −88.7 ~ OCT pr* AB1 A, Ba, Bb
CD-30 3394 06:40:04.9 −30:33:03 9.83 8.59 F6V −18.3 7.0 ~ OCT * A, Ba, Bb
V* BO Mic 20:47:45.0 −36:35:40 9.39 6.79 K3V(e) 11.42 −75.87 19.16 PMG12 BY*
V* V1002 Sco 16:12:40.5 −18:59:28 9.81 7.49 K6e −11.70 −22.20 ~ RHO Or* AB,Aa1 AB
2MASS J16141107-2305362 16:14:11.0 −23:05:36 10.5 7.46 K2IV −11.9 −22.9 ~ RHO TT* A*G,Aa,Ab1
HD 147808 16:24:51.3 −22:39:32 9.5 7.08 G9IVe −13.4 −20.0 ~ RHO TT* AB,Aa,Ab1
V* V896 Sco 16:25:38.4 −26:13:54 11.75 7.52 M ~ ~ ~ RHO Or* AB
2MASS J16312019-2430009 16:31:20.1 −24:30:00 10.69 7.09 K3e −5.1 −28.8 ~ RHO SB* AB AB, C
V* V877 Sco 16:33:41.9 −25:23:34 10.66 7.95 K4IVe −2.4 −25.4 ~ RHO bL*
2MASS J16471358-1514275 16:47:13.5 −15:14:27 12.02 8.04 M0Ve −5 −11 ~ RHO17 TT* AB
2MASS J16482187-1410427 16:48:21.8 −14:10:42 14.79 7.86 ~ ~ ~ ~ RHO17 Y*O AB
CD-78 24 00:42:20.3 −77:47:39 10.21 7.53 K3Ve 79.5 −32.1 ~ THA Ro*
CD-53 544 02:41:46.8 −52:59:52 10.22 6.76 K6Ve 97.5 −13.7 ~ THA Ro*
CD-35 1167 03:19:08.6 −35:07:00 11.0 7.72 K7Ve 89.2 −20.3 ~ THA Ro*
CD-46 1064 03:30:49.0 −45:55:57 9.79 7.1 K3V 87.2 −5.0 ~ THA Ro*
CD-44 1173 03:31:55.6 −43:59:13 10.9 7.47 K6Ve 90.9 −5.0 ~ THA Ro* AB
HD 22705 03:36:53.4 −49:57:28 7.65 6.14 G2V 89.74 0.29 23.07 THA *i* AB,AC1 AB
BD-12 943 04:36:47.1 −12:09:20 9.86 7.76 ~ 45.9 −20.4 ~ THA Ro*
TYC 8083-455-1 04:48:00.6 −50:41:25 11.53 7.92 K7Ve 64.3 16.6 ~ THA Ro* AB
BD-19 1062 04:59:32.0 −19:17:41 10.61 8.07 ~ 42.6 −10.0 ~ THA Ro*
ASAS J051536-0930.8 05:15:36.4 −09:30:51 9.82 8.08 G5 31.4 −20.4 ~ THA TT*
2MASS J05182904-3001321 05:18:29.0 −30:01:32 11.66 8.3 K4Ve 37.7 4.3 ~ THA pr* AB
TYC 8098-414-1 05:33:25.5 −51:17:13 11.74 8.16 K7Ve 54.1 16.6 ~ THA Ro*
2MASS J05490656-2733556 05:49:06.5 −27:33:55 10.22 8.25 G9V 30.90 −4.70 ~ THA pr*
TYC 9344-293-1 23:26:10.7 −73:23:49 11.83 7.94 M0Ve 71.5 −66.5 ~ THA Ro*
HD 30051 04:43:17.2 −23:37:42 7.12 6.02 F2/3IV/V 50.25 −11.84 15.73 THA19 *
CD-46 10045 15:25:11.6 −46:59:12 10.08 7.78 G9V −49.63 −21.24 15.46 UCL ** AB3 AB
V* KW Lup 15:45:47.6 −30:20:55 9.28 6.46 K2V −69.11 −98.40 24.78 UCL16 BY* AB
2MASS J15594951-3628279 15:59:49.5 −36:28:27 10.36 8.03 K3e −16.21 −51.01 15.40 US pr*
V* V857 Ara 17:18:14.6 −60:27:27 9.48 7.53 G8V −54.62 −91.04 16.97 US, THA16 BY* AB
TYC 6234-1287-1 17:26:56.5 −16:31:34 11.59 7.83 K4Ve −10.1 −39.0 ~ US?13 Ro* AB, SB2?
2MASS J09551508-6203324 09:55:15.0 −62:03:32 12.01 9.66 K2V −15.3 4.1 ~ N pr*
BD+01 3657 18:22:17.2 +01:42:25 10.2 6.86 K6Vke 84.65 −18.29 37.28 N Ro*
HD 83096 09:31:24.8 −73:44:49 7.3 6.17 F1V −35.40 32.44 11.98 N **
HD 154361 17:05:08.4 −01:47:10 9.5 6.81 K0 75.7 −44.2 ~ N cC*
TYC 438-902-1 18:03:17.8 +04:48:26 10.3 8.01 K2 −11.8 −27.0 ~ N Ro*
TYC 458-290-1 18:31:59.1 +05:40:19 10.82 8.85 ~ 31.8 −5.9 ~ N Ro*b
TYC 460-624-1 18:45:10.2 +06:20:15 10.76 6.81 ~ −38.0 −83.7 ~ N Ro*
TYC 1026-1952-1 18:47:25.5 +08:41:07 12.1 8.97 ~ −11.1 −18.2 ~ N Ro* AB
BD+01 3828 18:57:19.4 +01:20:33 9.56 7.79 G0 27.4 −0.9 ~ N *i* AB2
HD 176898 19:02:17.0 +02:44:21 9.19 7.16 G 24.6 −30.2 ~ N *
TYC 490-110-1 19:31:34.9 +05:56:07 11.13 7.73 K3III 22.2 2.8 ~ N Ro* AB
TYC 482-1106-1 19:36:04.3 +03:25:48 10.43 8.33 ~ 3.0 −24.7 ~ N Ro*
TYC 1062-1904-1 19:47:39.1 +09:29:36 11.81 8.85 ~ 26.3 13.2 ~ N *
TYC 1058-1925-1 19:51:13.3 +08:42:19 10.48 8.13 ~ 11.1 −17.5 ~ N * AB
TYC 5188-193-1 20:35:27.1 −07:06:54 11.59 10.78 ~ 16.2 −14.6 ~ N *
HD 199602 20:58:32.5 −08:50:22 9.19 6.4 K0 −31.9 −56.1 ~ N *
TYC 538-573-1 21:01:24.5 +05:42:12 11.55 9.39 ~ 18.7 −3.3 ~ N V* AB
TYC 553-84-1 21:56:22.0 +05:17:48 10.68 6.9 ~ −8.2 −6.3 ~ N *
CCDM J00002+0146AB 00:00:12.2 +01:46:17 10.78 7.93 G9IV 44.10 −22.90 ~ N ** A2 AB, SB3
TYC 1-1187-1 00:09:21.7 +00:38:06 11.88 8.71 K4Ve 119.4 −29.7 ~ N Ro* SB2
HD 531 00:09:51.6 +08:27:11 9.35 7.57 G6V+G7V 56.21 −11.41 13.11 N ** AB3 AB
GJ 3029 00:21:37.2 −46:05:33 12.22 7.45 M3Ve −302.66 −360.97 51.80 N Fl*
BD+07 85 00:38:59.2 +08:28:41 10.09 7.2 K4Ve 100.9 −48.9 ~ N Ro*
2MASS J01452133-3957204 01:45:21.3 −39:57:20 11.39 7.59 M1V 279.02 131.42 33.84 N pr* AB7
BD-21 332 01:53:11.3 −21:05:43 11.73 7.14 M2Ve 271.4 72.5 ~ N Ro* SB28
GJ 3148 A 02:16:41.1 −30:59:18 12.05 7.13 M3Ve 683.07 250.88 69.81 N Fl* AB3
2MASS J14110874-6155469 14:11:08.7 −61:55:47 10.8 6.92 M1Ve 147.9 −51.0 ~ N pr*
2MASS J15011648-4339311 15:01:16.5 −43:39:31 10.8 6.07 M3Ve 98.0 26.9 ~ N pr* SB2
2MASS J15104047-5248189 15:10:40.4 −52:48:19 12.26 6.85 M2V(e) −145.3 −167.5 ~ N pr* AB, SB3
2MASS J15240033-7054096 15:24:00.3 −70:54:09 11.93 7.77 M1Ve −145.1 −128.2 ~ N pr* SB2
CD-24 12794 16:43:56.9 −25:08:36 11.26 7.42 K6Ve 8.7 −50.7 ~ N Ro*
TYC 6242-104-1 17:21:56.0 −20:10:51 13.22 9.15 K5Ve −11.7 −13.7 ~ N Ro*
V* V2384 Oph 17:42:30.3 −28:44:55 9.03 7.32 G5V −2.83 −40.87 12.82 N bL*
HIP 96515 19:37:08.7 −51:34:00 12.29 7.96 M1Ve 91.07 −21.94 22.79 N Al* AB4 AB, SB2
GJ 781.1 A 20:07:44.9 −31:45:14 13.08 7.4 M4Ve 286.55 −750.5 67.08 N Fl* AB3 SB2
HIP 106043 21:28:44.4 −47:15:42 12.2 8.29 M1Ve −16.42 −58.10 27.94 N Ro*
GJ 841 A 21:57:41.2 −51:00:22 10.5 5.88 M2Ve −35.66 −377.25 62.61 N Fl* AB3
BD+02 4456 21:59:59.9 +03:02:24 10.35 7.89 K0IV 63.80 −3.20 ~ N Ro* SB2
2MASS J22023015-0406117 22:02:30.1 −04:06:11 10.06 7.97 K2V 29.9 −13.4 ~ N pr*
V* CS Gru 22:15:35.2 −39:00:50 9.32 7.09 K0V 94.36 −39.79 17.84 N BY* SB1
HD 212781 22:26:53.2 −00:50:39 10.46 8.34 K0V(e) −4.30 −48.00 ~ N Ro* AB, SB1
HIP 113001 22:53:05.9 +07:28:19 11.72 7.94 K6Ve 59.38 −79.98 19.62 N Ro* SB2
TYC 572-382-1 22:56:49.5 +02:35:39 10.29 8.08 K1IV −14.2 −18.0 ~ N Ro* AB
2MASS J23045301+0632003 23:04:53.0 +06:32:00 10.99 8.18 K1Ve −14.8 −23.4 ~ N pr*
2MASS J23085046+0000528 23:08:50.4 +00:00:52 10.5 8.62 G8V 16.8 −7.1 ~ N pr*
TYC 584-343-1 23:21:56.3 +07:21:32 10.97 8.94 K0V 21.50 −2.50 ~ N Ro* AB
V* BS Psc 23:52:24.3 −00:55:59 10.76 8.95 G7V 19.90 −12.30 ~ N BY*
CD-36 14261 20:36:08.3 −36:07:11 11.73 7.17 M3Ve 11.4 40.3 ~ N Ro*

Notes.

(a)

“*” means multiple components e.g. A*Y: AB, AC, ..., AY.

(b)

Note in SIMBAD to potential component within 30″.

(c)

Note in SIMBAD for triple system identified by Malogolovets et al. (2007).

(d)

SB systems denote spectroscopic binary systems identified in Torres et al. (2008), Elliott et al. (2014).

Reference. (1) Mason et al. (2001); (2) Dommanget &Nys (2002); (3) Turon et al. (1993); (4) Dommanget & Nys (2000); (5) Anderson & Francis (2012); (6) Gliese & Jahreiß (1991); (7) Bergfors et al. (2010); (8) Shkolnik et al. (2010); (9) Kraus & Hillenbrand (2007); (10) Messina et al. (2010); (11) Alcalá et al. (2008); (12) Montes et al. (2001); (13) Aarnio et al. (2008); (14) Riedel et al. (2014); (15) Mamajek et al. (2006); (16) Song et al. (2012); (17) Sartori et al. (2003); (18) López-Santiago et al. (2006); (19) Zuckerman et al. (2011); (20) Zuckerman et al. (2004); (21) Schlieder et al. (2012).

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