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Table A.1

Full NaCo-LP sample (observed + archive).

Target α δ SpT Surveya MGb Age Age min Age max Distance Fe/H Mass
(J2000.0) (J2000.0) (Myr) (Myr) (Myr) (pc) (M⊙)
HIP 490 00 05 52.50 −41 45 11.00 G0V L05 Tuc/Hor 45 35 50 39.4 -0.06 1.1
HIP 544 00 06 36.78 +29 01 17.41 K0V L07,H10,R13,B14 Her/Lyr 250 200 300 13.7 0.00 1.0
HIP 560 00 06 50.10 −23 06 27.00 F3V S06,B13 Beta Pic 24 19 29 39.4 -0.13 1.4
HIP 682 00 08 25.75 +06 37 00.50 G2V R13 200 120 350 39.1 0.11 1.1
HIP 919 00 11 22.44 +30 26 58.47 K0V L07 Car? 250 200 300 34.2 0.20 1.0
HIP 1113 00 13 53.00 −74 41 18.00 G8V K07,C10,S06 Tuc/Hor 45 35 50 44.4 -0.06 0.9
HIP 1134 00 14 10.25 −07 11 56.85 F5 S06,R13,B14 Col 42 35 50 47.1 -0.05 1.2
PW And 00 18 20.89 +30 57 22.23 K2V L05,L07,H10 AB Dor 149 100 180 29.0 -0.01 0.8
HIP 1481 00 18 26.10 −63 28 39.00 F8V K07,B07,C10,S06,B13 Tuc/Hor 45 35 50 41.5 -0.06 1.2
HIP 2729 00 34 51.20 −61 54 58.00 K4Ve M05,K07,S06,B13 Tuc/Hor 45 35 50 43.9 -0.06 0.9
QT And 00 41 17.34 +34 25 16.85 K7Ve L05 80 50 150 46.9 ... 0.8
TYC 9351-1110-1 00 42 20.30 −77 47 40.00 K3Ve C10 Tuc/Hor 45 35 50 49.4 -0.06 0.8
HIP 3589 00 45 50.89 +54 58 40.18 F8V S06,B14 AB Dor 149 100 180 52.5 -0.01 1.2
HIP 4907 01 02 57.22 +69 13 37.42 G5 L07 800 500 1200 25.5 -0.14 0.9
HIP 5191 01 06 26.15 −14 17 47.11 K1V C10,S06,B13 AB Dor 149 100 180 47.3 -0.01 0.8
HIP 6276 01 20 32.27 −11 28 03.74 G9V S06,R13 AB Dor 149 100 180 34.4 -0.01 0.9
HIP 6485 01 23 21.30 −57 28 51.00 G7V B07,C10,S06 Tuc/Hor 45 35 50 49.5 -0.06 1.0
HIP 6856 01 28 08.70 −52 38 19.00 K1V B07,C10,S06 Tuc/Hor 45 35 50 36.0 -0.06 0.8
HIP 7235 01 33 15.81 −24 10 40.66 K0V L07 1300 1000 1600 19.1 -0.08 0.9
TYC 1752-0063-1 01 37 23.23 +26 57 12.09 K5Ve B14 AB Dor? 149 100 180 60.7 -0.01 0.7
HIP 7576 01 37 35.47 −06 45 37.52 G5 L07,R13 Her/Lyr 250 200 300 24.0 0.00 0.8
HIP 7805 01 40 24.07 −60 59 56.63 F2IV/V C10,R13 LA? 200 30 1500 67.2 -0.18 1.3
HIP 7978 01 42 29.32 −53 44 27.00 F9 R13 1500 700 2500 17.4 0.00 1.1
HIP 8102 01 44 04.08 −15 56 14.93 G8V H10 8000 7000 10000 3.7 -0.52 0.8
TYC 8047-0232-1 01 52 14.60 −52 19 33.00 K2V(e) C10 Tuc/Hor 42 35 50 80.3 -0.05 0.8
TYC 8489-1155-1 02 07 32.20 −59 40 21.00 K5Ve S06 Tuc/Hor 45 35 50 44.2 -0.06 0.7
HIP 10679 02 17 24.75 +28 44 30.44 G2V S06,B14,B13 Beta Pic 24 19 29 32.8 -0.13 1.0
HIP 10680 02 17 25.29 +28 44 42.16 F5V S06 Beta Pic 24 19 29 32.8 -0.13 1.1
HIP 11360 02 26 16.20 +06 17 33.00 F2 C15 ,V12,R13,B13 Tuc/Hor 45 35 50 45.2 ... 1.4
HIP 11437 02 27 29.25 +30 58 24.61 K8 S06,B14 Beta Pic 24 19 29 40.0 -0.13 0.8
CD-53 544 02 41 46.83 −52 59 52.36 K6V B13 Tuc/Hor 45 35 50 42.0 ... 0.6
HIP 12926 02 46 15.21 +25 38 59.64 K1IV L07 4300 2000 7000 25.9 -0.10 0.9
HIP 13402 02 52 32.13 −12 46 10.97 K1V L05, M05,B07,L07,H10 150 70 300 10.4 0.06 0.9
TYC 8862-0019-1 02 58 04.00 −62 41 14.00 K3Ve C10 Car? 45 10 55 93.3 -0.07 0.8
HIP 14150 03 02 26.03 +26 36 33.26 G8V L07 4400 2000 8000 20.6 0.09 1.0
HIP 14684 03 09 42.29 −09 34 46.59 G0 B13,C15 AB Dor 149 100 180 37.4 -0.01 0.9
HIP 15323 03 17 40.05 +31 07 37.37 G0 L07 400 250 650 26.7 0.08 1.2
2E 759 03 20 49.50 −19 16 10.00 K7V L07 100 40 150 41.7 ... 0.7
TYC 8060-1673-1 03 30 49.10 −45 55 57.00 K3V C15 Tuc/Hor 45 35 50 40.4 -0.06 0.8
HIP 16537 03 32 55.84 −09 27 29.74 K2V B07,L07,H10 600 400 800 3.2 -0.11 0.8
HIP 16563 03 33 13.49 +46 15 26.54 G5 B07,S06 AB Dor 149 100 180 34.4 -0.01 1.0
HD 25284 04 00 03.78 −29 02 16.40 K6V C10,S06 Tuc/Hor 45 35 50 49.3 ... 0.8
TYC 5882-1169-1 04 02 16.50 −15 21 30.00 K3/4 S06 Col 42 35 50 53.2 -0.05 0.8
HIP 18859 04 02 36.74 +00 16 08.12 F5V S06,L07,H10,B13 AB Dor 149 100 180 18.8 -0.01 1.2
HIP 19335 04 08 36.62 +38 02 23.05 F7V S06 300 200 500 21.0 0.06 1.3
HIP 19775 04 14 22.60 −38 19 02.00 G3V C15 Col 42 35 50 80.5 -0.05 1.1
HIP 21632 04 38 43.90 −27 02 02.00 G3V S06 Tuc/Hor 45 35 50 56.2 -0.06 1.0
HIP 21818 04 41 18.86 +20 54 05.44 K3V L05,B07 UMa? 120 50 200 13.2 0.01 0.7
HIP 22152 04 46 00.58 +76 36 39.76 F7V S06 250 125 400 32.3 -0.14 1.2
HIP 22226 04 46 49.50 −26 18 00.00 F3V V12,R13 Col 42 35 50 80.3 -0.05 1.4
HIP 22295 04 48 05.18 −80 46 45.30 F7V R13 Tuc/Hor 45 35 50 61.0 -0.06 1.2
HIP 22449 04 49 50.41 +06 57 40.59 F6V L07 1200 500 2000 8.1 0.00 1.3
HIP 22844 04 54 53.04 −58 32 51.55 F3V S06 250 100 800 30.4 -0.13 1.3
HIP 23316 05 00 51.90 −41 01 07.00 G5V C15 Col 42 35 50 76.3 -0.05 1.0
HD 32981 05 06 27.70 −15 49 30.00 F8V C15 AB Dor 149 100 180 86.7 -0.01 1.1
BD -09 1108 05 15 36.50 −09 30 51.00 G5 C15 Tuc/Hor 45 35 50 93.6 -0.06 1.0
HIP 24947 05 20 38.00 −39 45 18.00 F6V S06,B13 Col 42 35 50 48.3 -0.05 1.3
HIP 25283 05 24 30.17 −38 58 10.76 K6V S06,C10,B13 AB Dor 149 100 180 18.0 -0.01 0.7
HIP 25434 05 26 22.98 −43 22 36.38 G0 C15 Col 42 35 50 79.1 ... 1.2
TYC 9162-0698-1 05 29 27.10 −68 52 05.00 G6V C15 Col? 42 35 50 98.7 ... 1.1
HD 36869 05 34 09.16 −15 17 03.18 G2V B14 Col 42 35 50 57.7 -0.05 1.0
HIP 26369 05 36 55.07 −47 57 47.99 K6Ve S06,C10,B13 AB Dor 149 100 180 25.1 -0.01 0.7
HIP 26373 05 36 56.85 −47 57 52.87 K0V B07,C10,S06,B13 AB Dor 149 100 180 25.1 -0.01 0.9
HIP 26453 05 37 39.63 −28 37 34.66 F3V L05,R13 Col 42 35 50 56.8 -0.05 1.4
TYC 5346-132-1 05 38 35.00 −08 56 04.00 G7 C15 Col 42 35 50 81.2 -0.05 1.0
HIP 26779 05 41 20.34 +53 28 51.81 K1V H10 600 400 800 12.3 0.16 0.9
HIP 26990 05 43 35.81 −39 55 24.72 G0V S06 Col 42 35 50 55.4 -0.05 1.1
HIP 27072 05 44 27.79 −22 26 54.18 F7V H10 UMa 450 380 550 8.9 -0.03 1.3
HIP 29067 06 07 55.25 +67 58 36.55 K8V B14 Cas 400 200 1000 24.5 0.00 0.7
HIP 29964 06 18 28.20 −72 02 41.00 K4Ve M05,B07,K07,B13 Beta Pic 24 19 29 38.6 -0.13 0.8
HIP 30030 06 19 08.10 −03 26 20.00 G0 B07,S06,R13,B14 Tuc/Hor 45 35 50 49.2 -0.06 1.1
HIP 30034 06 19 12.90 −58 03 16.00 K1V(e) B07,C10,R13,B13 Car 45 35 55 46.1 -0.07 0.9
HIP 30261 06 21 57.30 −34 30 44.00 G6V C15 120 70 200 61.8 ... 1.0
HIP 30314 06 22 30.94 −60 13 07.15 G1V B07,C10,R13,S06 AB Dor 149 100 180 23.8 -0.01 1.1
TYC 7617-0549-1 06 26 06.90 −41 02 54.00 K0V C15 Col 42 35 50 77.8 -0.05 0.9
HIP 32235 06 43 46.20 −71 58 35.00 G6V C15 CAR 45 35 55 58.2 -0.07 1.0
TYC 1355-214-1 07 23 43.60 +20 24 59.00 K3 L05,H10,B14 AB Dor 149 100 180 28.3 -0.01 0.7
TYC 8128-1946-1 07 28 22.00 −49 08 38.00 G8V C15 Arg 50 40 70 89.7 -0.03 0.9
HIP 36948 07 35 47.46 −32 12 14.04 G3/G5V C15 Arg 50 40 70 35.3 -0.03 1.0
HIP 37349 07 39 59.33 −03 35 51.03 K2V H10 500 250 700 14.2 0.07 0.8
HIP 37563 07 42 36.06 −59 17 50.80 G3V C15 Car-Near 250 200 300 32.8 0.08 1.1
HIP 37923 07 46 16.97 −59 48 34.20 K0V C15 Car-Near 250 200 300 36.8 0.08 1.0
HIP 40774 08 19 19.05 +01 20 19.91 G5 B14 Car-Near? 300 200 500 22.9 -0.22 0.8
BD +02 1951 08 22 49.95 +01 51 33.55 G6V L05 Her/Lyr 250 200 300 62.4 0.00 1.1
HIP 41889 08 32 30.53 +15 49 26.19 K5V S06 150 50 200 34.2 ... 0.7
HIP 42438 08 39 11.70 +65 01 15.26 G1.5Vb L05,B07,L07,H10 UMa 450 380 550 14.4 -0.03 1.0
HIP 43410 08 50 32.22 +33 17 06.19 F7Vn L07 300 200 450 28.4 0.05 1.3
HIP 44526 09 04 20.69 −15 54 51.40 K2V B14 Cas 350 200 500 28.3 0.00 0.8
HD 78141 09 07 18.08 +22 52 21.57 K0 L07,H10 180 120 300 24.1 ... 0.8
HIP 46580 09 29 54.82 +05 39 18.48 K3V H10 600 400 800 12.9 -0.04 0.8
HIP 46634 09 30 35.00 +10 35 59.83 G5 C15 350 150 600 42.3 -0.01 0.9
HIP 46843 09 32 43.76 +26 59 18.71 K0 L05,B07,L07,H10,B13,B14 Her/Lyr? 250 100 300 17.8 -0.03 0.9
HIP 47646 09 42 50.81 −22 57 55.77 F5V C15 1150 100 4000 73.6 0.04 1.3
TWA 21 10 13 14.80 −52 30 54.00 K3Ve C15 17 8 50 54.8 ... 1.0
HIP 50660 10 20 45.92 +32 23 54.31 K0V B14 1300 700 3000 47.1 ... 0.9
TYC 6069-1214-1 10 27 37.30 −20 27 11.00 K0V C15 100 45 150 67.8 ... 0.9
HIP 51386 10 29 42.23 +01 29 28.02 F5 L07,C10,S06 170 100 350 31.5 0.03 1.2
TYC 7722-0207-1 10 32 43.90 −44 40 56.00 K0V C15 130 70 200 65.8 ... 0.9
HIP 51931 10 36 30.79 −13 50 35.82 K2V L07 750 500 1000 32.2 -0.09 0.8
HIP 52462 10 43 28.27 −29 03 51.43 K1V B07,L07,B13 170 100 300 21.4 0.03 0.9
HIP 52787 10 47 31.16 −22 20 52.93 K0V L07 250 100 400 34.5 -0.11 0.9
HIP 53486 10 56 30.80 +07 23 18.60 K0 B14 Cas 500 300 700 17.3 0.00 0.9
HIP 54155 11 04 41.47 −04 13 15.92 G5 L07,H10,B14 Her/Lyr? 250 200 400 26.3 -0.01 0.9
HIP 54745 11 12 32.35 +35 48 50.69 G0V L07,B07 500 300 750 21.9 0.08 1.1
HIP 56445 11 34 21.95 +03 03 36.60 F5V S06 900 600 1500 27.2 -0.01 1.3
HIP 57370 11 45 42.29 +02 49 17.34 K0 L07 1000 600 1500 29.6 0.05 0.9
TWA 19A 11 47 24.54 −49 53 03.00 G4V C10 LCC 16 10 22 91.7 -0.06 1.2
HIP 58240 11 56 42.31 −32 16 05.40 G3V C15 Car-Near 250 200 300 31.8 0.08 1.0
HIP 59280 12 09 37.26 +40 15 07.40 K0V L07,B14 1300 1000 1600 24.5 0.14 1.0
HIP 60074 12 19 06.50 +16 32 53.87 G2V L07 200 120 300 27.5 -0.05 1.1
TYC 8238-1462-1 12 21 55.70 −49 46 12.00 G9V C10 LCC? 16 10 50 73.5 ... 0.9
TYC 8979-1683-1 12 28 25.40 −63 20 59.00 G7V C15 LCC? 16 6 30 75.6 ... 1.2
HD 108767B 12 29 50.91 −16 31 14.99 K0V L07 180 100 350 26.6 -0.01 0.8
HIP 61174 12 32 04.23 −16 11 45.63 F2V L07 1300 900 1800 18.3 -0.02 1.4
TYC 8992-0605-1 12 36 39.00 −63 44 43.00 K2V C10 LCC? 10 5 20 60.6 ... 1.0
BD +60 1417 12 43 33.27 +60 00 52.66 K0 L07,H10 200 100 350 48.8 ... 0.9
HIP 62523 12 48 47.05 +24 50 24.81 G7V L07 1100 700 1700 16.9 0.06 1.0
TYC 9245-0617-1 12 58 25.60 −70 28 49.00 K0Ve C15 Cha 10 4 20 93.0 0.01 1.2
HIP 63317 12 58 31.97 +38 16 43.55 G5V B14 250 150 450 44.2 ... 1.0
HIP 63862 13 05 16.81 −50 51 23.82 G5V C15 180 120 250 49.0 ... 1.1
HIP 64408 13 12 03.20 −37 48 11.00 G3V B07 4400 3300 5400 20.7 0.19 1.3
HIP 64797 13 16 51.05 +17 01 01.86 K2V H10 1000 500 1500 11.1 -0.22 0.8
HIP 65515 13 25 45.53 +56 58 13.78 G9IV-V L07 LA? 350 250 500 21.6 0.08 0.9
TYC 3460-0416-1 13 27 12.11 +45 58 26.36 K7 B14 AB Dor? 149 100 200 70.2 -0.01 0.7
TYC 7796-2110-1 13 34 31.90 −42 09 31.00 K2IVe C15 LCC? 17 6 60 92.1 ... 0.9
HIP 66252 13 34 43.21 −08 20 31.33 K7V L05,L07,B14 150 100 200 20.2 -0.17 0.7
HIP 67412 13 48 58.19 −01 35 34.64 K0 B14 1300 800 2500 37.7 0.03 0.9
HIP 69357 14 11 46.17 −12 36 42.36 K1V L07 1500 500 2000 21.6 -0.17 0.8
HIP 69713B 14 16 12.18 +51 22 34.56 K1V L07 400 250 550 29.1 ... 0.9
HIP 71395 14 36 00.56 +09 44 47.47 K0 K07,B07,H10 UMa? 450 350 550 16.5 0.01 0.8
SAO 252852 14 42 28.61 −64 58 41.40 K5V M05 980 800 1160 16.6 -0.12 0.7
HIP 71933 14 42 43.60 −48 47 59.00 F8V C15 UCL? 17 6 100 83.9 ... 1.3
HIP 72146 14 45 24.18 +13 50 46.73 K0 L07 3500 2000 6000 18.9 -0.24 0.7
HIP 72339 14 47 32.73 +00 16 53.31 K0III L07 3500 1500 6000 31.8 -0.02 0.9
HIP 72567 14 50 15.81 +23 54 42.64 G2V L07,H10 550 400 800 18.2 0.00 1.1
HIP 73996 15 07 18.07 +24 52 09.10 F5V B14 1000 400 1700 19.6 0.05 1.3
HIP 74405 15 12 23.40 −75 15 16.00 G9V C10 Arg 50 40 70 50.3 -0.03 0.9
HIP 75829 15 29 23.59 +80 27 00.96 G5 L07,H10 Her/Lyr? 250 150 350 21.5 0.09 0.9
HIP 76829 15 41 11.38 −44 39 40.34 F5IV-V B13,C15 Her/Lyr 250 200 1000 17.4 0.00 1.4
TYC 6781-0415-1 15 41 31.20 −25 20 36.00 G9IVe C15 US? 11 4 15 106.0 ... 1.6
HIP 77199 15 45 47.60 −30 20 55.74 K2V B07,S06 12 6 20 40.4 ... 0.9
HIP 77408 15 48 09.46 +01 34 18.26 G8V L07 550 300 1000 21.3 -0.06 0.9
TYC 7846-1538-1 15 53 27.30 −42 16 01.00 G2 C10,S06 UCL? 17 10 50 43.8 ... 1.1
TYC 6209-0769-1 16 14 13.80 −19 39 36.00 K0IV C15 120 50 200 43.9 ... 0.8
HIP 80758 16 29 20.20 −30 57 40.00 G9V(e) C15 20 10 50 98.2 ... 1.1
HIP 83988 17 10 10.51 +54 29 39.81 K0 H10 UMa? 450 380 700 19.9 -0.20 0.7
HIP 83996 17 10 12.36 +54 29 24.50 K8 H10 UMa? 450 380 700 19.9 -0.20 0.7
TYC 7362-0724-1 17 16 58.00 −31 09 04.00 G5V C15 20 10 60 90.0 ... 1.0
BD -13 4687 17 37 46.47 −13 14 46.64 K3 S06 AB Dor 149 100 180 26.2 -0.01 0.1
HIP 86672 17 42 30.40 −28 44 56.00 G5V C15 40 20 80 78.0 ... 1.1
HIP 87579 17 53 29.94 +21 19 31.04 K0 B14 Cas? 500 350 700 24.4 -0.22 0.8
HIP 87768 17 55 44.90 +18 30 01.41 K5V B14 500 250 800 25.0 0.23 0.8
HIP 88399 18 03 03.40 −51 38 56.00 F6V C10,S06,R13 Beta Pic 24 19 29 48.1 -0.13 1.3
HIP 88945 18 09 21.38 +29 57 06.16 G0 B07 Cas? 1000 100 2000 24.8 0.01 1.0
HIP 89829 18 19 52.20 −29 16 33.00 G5V C15 Beta Pic 24 19 29 72.6 -0.13 1.2
HIP 91043 18 34 20.10 +18 41 24.23 G0V B14 45 20 80 38.0 0.01 1.1
HIP 92680 18 53 05.90 −50 10 50.00 G9IV M05,C10,S06,B13 Beta Pic 24 19 29 51.5 -0.13 1.2
HIP 93375 19 01 06.00 −28 42 50.00 G1V C15 AB Dor 149 100 180 58.8 -0.01 1.1
HIP 95270 19 22 58.90 −54 32 17.00 F6V C10,R13,B13 Beta Pic 24 19 29 51.8 -0.13 1.3
HIP 96334 19 35 09.72 −69 58 32.09 G3V C10,S06 150 70 220 36.4 0.06 1.0
TYC 5736-0649-1 19 45 36.00 −14 27 54.00 G6V C15 40 10 100 86.4 ... 1.0
HIP 97438 19 48 15.45 +59 25 22.45 G0 L07 Cas? 450 250 700 27.7 0.08 1.2
HD 189285 19 59 24.10 −04 32 06.00 G5 C15 AB Dor 149 100 180 77.8 -0.01 1.0
HIP 98470 20 00 20.25 −33 42 12.43 F7V C15 Her-Lyr? 150 100 300 21.2 ... 1.2
HIP 99273 20 09 05.22 −26 13 26.63 F5V C15 ,V12,R13,B13 Beta Pic 24 19 29 52.2 -0.13 1.3
HIP 101262 20 31 32.07 +33 46 33.13 K5 L07 700 400 1500 26.9 0.19 0.8
HIP 102626 20 47 45.02 −36 35 40.83 K0V L05,C10 Tuc? 45 10 100 52.2 ... 1.0
HIP 104214 21 06 53.94 +38 44 57.89 K5V B07,H10 6000 2000 7000 3.5 -0.23 0.7
HIP 104217 21 06 55.26 +38 44 31.40 K7V H10 6000 2000 7000 3.5 -0.23 0.7
HIP 104225 21 06 56.39 +69 40 28.55 K0 L07 5000 3000 8000 32.9 -0.30 0.8
TYC 6351-0286-1 21 13 05.30 −17 29 13.00 K6Ve B14 AB Dor 149 100 200 38.5 -0.01 0.7
HIP 105038 21 16 32.47 +09 23 37.77 K2 L07 1000 400 2500 16.4 -0.10 0.8
HIP 105388 21 20 50.00 −53 02 03.00 G7V L05 Tuc/Hor 45 35 50 43.0 -0.06 0.9
HIP 105612 21 23 27.14 −75 29 37.75 G5V C15 600 300 1300 32.8 ... 1.0
HIP 106231 21 31 01.71 +23 20 07.37 K8 L05,L07 AB Dor 149 100 180 24.8 -0.01 0.7
HIP 107350 21 44 31.33 +14 46 18.98 G0V L07,S06,B14 Her/Lyr? 300 200 1000 17.9 0.00 1.1
HIP 107649 21 48 15.75 −47 18 13.01 G2V K07 2500 1500 5000 16.0 0.00 1.0
HIP 107947 21 52 09.70 −62 03 08.00 F6V C10,S06,R13 Tuc/Hor 45 35 50 45.3 -0.06 1.2
HIP 108156 21 54 45.04 +32 19 42.85 K0 L07 2000 1000 4000 20.0 -0.08 0.8
HIP 108809 22 02 32.96 −32 08 01.49 F6/F7V L05,R13 UMa? 450 350 550 30.1 -0.02 1.2
HIP 108870 22 03 21.70 −56 47 10.00 K5V B07 2500 1500 4000 3.6 -0.20 0.7
V383 Lac 22 20 07.03 +49 30 11.76 K0 L07,H10,S06 80 40 160 35.4 0.28 0.9
HIP 110996 22 29 15.23 −30 01 06.27 K4V B07 4000 2000 8000 16.1 0.08 0.8
HIP 111449 22 34 41.64 −20 42 29.56 F7V L07,B14 Her/Lyr 250 200 1000 22.7 0.08 1.4
CP -72 2713 22 42 48.92 −71 42 21.26 K7V B13 Beta Pic 24 19 29 36.0 ... 0.6
TYC 8004-0083-1 22 46 33.50 −39 28 45.00 G5V C15 150 80 200 74.9 ... 1.0
HIP 113283 22 56 24.05 −31 33 56.00 K4V L05,H10 Cas 440 400 480 7.6 0.00 0.7
HIP 113579 23 00 19.29 −26 09 13.50 G5V C10,S06 AB Dor 149 100 180 30.8 -0.01 1.0
HIP 114530 23 11 52.05 −45 08 10.63 G8V S06 AB Dor 149 100 180 49.4 -0.01 1.0
HD 219498 23 16 05.02 +22 10 34.82 G5 R13 270 150 400 62.1 ... 1.0
HIP 115147 23 19 26.63 +79 00 12.67 G9V L05,L07,H10 52 30 80 19.2 -0.03 0.8
HIP 115162 23 19 39.56 +42 15 09.82 G0 S06,B14 AB Dor 149 100 180 50.2 -0.01 1.0
FTYC 9338-2016-1 23 21 52.50 −69 42 12.00 G8V C15 45 30 100 99.6 ... 1.0
TYC 9529-0340-1 23 27 49.40 −86 13 19.00 G8IV C15 Tuc/Hor 45 35 50 68.8 -0.06 1.0
TYC 9339-2158-1 23 31 00.80 −69 05 11.00 K3V C15 350 200 500 30.6 ... 0.8
TYC 6406-0180-1 23 33 06.10 −17 54 42.00 K0V C15 250 150 4000 58.0 ... 0.9
HIP 116431 23 35 36.15 +08 22 57.43 F0 V12,R13 150 50 2000 68.4 -0.09 1.4
HIP 116910 23 41 54.30 −35 58 40.00 G8V C15 AB Dor 149 100 180 63.7 -0.01 1.0
HIP 118008 23 56 10.67 −39 03 08.40 K3V B07,C10,S06 AB Dor 149 100 180 22.0 -0.01 0.8

Notes.

(b)

AB Dor: AB Doradus, Arg: Argus, Beta Pic: Beta Pictoris, Car: Carina, Cas: Castor, Col: Columba, Her/Lyr: Hercules/Lyrae, LA: Local association, LCC: Lower Centaurus Crux, Tuc/Hor: Tucana/Horlogium, UCL: Upper Centaurus Lupus, UMa: Ursa Major, US: Upper Scorpius.

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