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Table B.1

Main properties of the 62 newly observed stars.

Star Type Dist. V H θLD Age References
(pc) (mag) (mag) (mas) (Gyr)
HD 203 F2IV 39.0 6.1810.003 5.320.05 0.3470.005 0.021 1, 2, 3, 31, 32
HD 2834 A0V 53.0 4.7510.008 4.760.07 0.3810.006 0.22 1, 2, 3, 4
HD 3126 F5V 41.0 6.9070.009 5.850.05 0.2840.004 1.59 1, 2, 3, 4
HD 4113 G5V 44.0 7.8890.009 6.340.02 0.2400.003 5.8 5, 7
HD 4247 F0V 27.0 5.2180.003 4.460.01 0.5130.006 1.7 6
HD 9672 A1V 59.0 5.6110.004 5.530.02 0.2730.004 0.1 1, 3, 4, 8
HD 10008 K0/1V 24.0 7.660.01 5.900.04 0.3240.005 4.2 1, 3, 9
HD 10269 F5V 48.0 7.0780.004 5.900.04 0.2520.003 1.6 1, 4
HD 10939 A1V 62.0 5.0330.003 5.030.02 0.3390.006 0.2 1, 2, 3
HD 15427 A2/3V 47.0 5.1240.002 5.030.02 0.3490.005 0.24 1, 2
HD 17848 A2V 50.5 5.2520.004 5.160.08 0.3500.005 0.28 1, 2, 3, 4, 8
HD 23484 K1V 16.0 6.9820.004 5.090.02 0.4840.006 6.9 2, 3, 8, 10, 11
HD 24649 F6V 41.0 7.2170.007 6.090.03 0.2610.004 4.8 1, 6
HD 28287 K0V 38.0 8.770.01 6.870.04 0.2100.003 0.1 1, 3, 7
HD 29137 G5V 52.0 7.6630.008 6.160.03 0.2580.004 6.29 1, 12
HD 31203 F0IV 37.1 5.6060.004 4.880.02 0.4140.006 0.70 4, 13
HD 31392 G9V 26.0 7.6000.008 5.890.04 0.3170.005 3.70 3, 8
HD 36187 A0V 87.8 5.5570.003 5.510.02 0.2640.004 0.25 4, 14
HD 37306 A2V 63.0 6.0870.004 5.9920.02 0.2150.003 0.16 1, 2, 3, 4, 8
HD 37484 F3V 57.0 7.2490.008 6.290.02 0.2170.003 0.7 1, 2, 3, 6, 8
HD 38949 G1V 43.3 7.8080.008 6.480.04 0.2150.003 0.9 2, 3, 8
HD 41278 F5V 56.0 7.3940.008 6.360.03 0.2200.003 2.3 1, 6
HD 43879 F5V 64.1 7.4940.008 6.460.04 0.2160.003 2.0 4, 15
HD 44524 F3V 102.3 7.0120.01 6.460.03 0.1930.003 1.6 6, 14, 15
HD 59967 G3V 21.8 6.6570.004 5.250.02 0.4120.006 0.63 1, 2, 3, 16, 17
HD 60491 K2V 25.0 8.150.01 6.140.02 0.2980.005 0.08 1, 3, 18
HD 61005 G3/5V 35.3 8.2150.008 6.580.04 0.2280.004 0.1 1, 2, 3, 19
HD 71722 A0V 71.7 6.050.004 5.910.02 0.2250.003 0.4 1, 2, 3, 4, 8, 20
HD 76143 F5IV 52.0 5.3280.003 4.420.02 0.5360.009 2.2 1, 3, 4
HD 80133 K1/2V 68.5 7.760.01 5.900.03 0.3370.005 0.4 7, 11
HD 80883 K0V 36.2 8.590.01 6.630.05 0.2420.004 6.3 7, 21
HD 89886 F7V 167.0 7.440.01 6.090.05 0.2730.004 1.6 6, 7
HD 90781 F3V 77.0 7.4480.008 6.510.03 0.1980.003 1.2 4, 14, 15
HD 90874 A2V 68.0 5.9910.004 5.860.04 0.2370.003 0.25 1, 2, 3, 4, 8
HD 92945 K1V 21.4 7.7080.007 5.770.05 0.3470.005 0.21 7, 8
HD 93453 A4IV 72.0 6.2880.004 5.910.03 0.2440.003 0.4 1, 4
HD 105850 A1V 56.1 5.4470.003 5.350.04 0.2900.004 0.2 1, 2, 3, 4, 8, 22
HD 105912 F2/3V 50.0 6.9400.007 5.960.06 0.2580.004 2.7 1, 2, 3, 8, 23
HD 106906 F5V 59.0 7.7980.008 6.760.04 0.1840.003 0.015 1, 2, 3
HD 109573 A0V 67.1 5.7770.004 5.790.04 0.2310.003 0.01 2, 3, 4, 8, 22
HD 109704 A3V 68.8 5.8690.003 5.770.05 0.2450.003 0.4 1, 2, 3, 4, 8, 22
HD 112603 F2V 61.0 6.9520.004 6.140.05 0.2320.003 1.5 1, 6
HD 117716 A0/1V 72.0 5.6900.004 5.670.03 0.2550.003 0.3 1, 2, 3, 8
HD 118972 K1V 15.6 6.9180.004 5.140.05 0.4800.006 0.3 1, 2, 3, 7, 8, 11, 24
HD 136544 F6V 74.0 7.430.01 6.350.03 0.2210.004 2.0 1, 9
HD 141378 A5IV 54.0 5.5220.003 5.270.03 0.3060.004 0.3 1, 2, 3, 8, 25
HD 141943 G0/2V 67.0 7.850.01 6.410.03 0.2310.004 0.03 3, 8, 33
HD 142139 A3V 66.0 5.7470.003 5.660.05 0.2610.004 0.2 1, 2, 3, 4, 8
HD 161612 G6/8V 26.9 7.180.01 5.60.1 0.3440.005 0.8 7, 11, 26
HD 174474 A2V 82.0 6.1690.004 5.890.04 0.2360.004 0.6 3, 4, 14, 15
HD 175073 K1V 24.0 7.960.01 5.950.03 0.3240.005 4.1 1, 27
HD 178606 F5V 53.0 6.5200.007 5.490.02 0.3230.004 1.7 1, 23
HD 179520 F3V 62.0 7.0920.007 6.240.02 0.2320.003 0.6 1, 3, 23
HD 181327 F5/6V 52.0 7.0350.008 5.980.04 0.2630.004 0.021 1, 2, 3, 28, 31, 32
HD 184932 F2V 65.0 8.030.01 6.950.02 0.1660.003 2.1 1, 4
HD 185615 G6IV 43.5 8.110.01 6.540.03 0.2860.004 9.2 7, 9, 15
HD 191089 F5V 52.0 7.1780.007 6.090.03 0.2430.004 0.021 1, 3, 8, 22, 31, 32
HD 192758 F0V 62.0 7.0130.008 6.300.04 0.2170.004 0.04 3, 8, 29
HD 196141 G3V 37.0 8.090.01 6.580.03 0.2130.004 0.4 7
HD 205674 F3/5IV 52.0 7.1780.007 6.250.03 0.2280.003 2.2 1, 3, 4, 8
HD 220476 G5V 30.0 7.6110.009 6.110.04 0.2760.004 0.4 7
HD 224228 K3V 22.0 8.2370.009 6.010.03 0.3250.005 0.1–0.2 1, 30

Notes. 1σ error bars are given as superscripts. V and H magnitudes are from Kharchenko & Roeser (2009). Limb-darkened stellar diameters (θLD) are computed from surface-brightness relationships based on the V and K magnitudes, following Kervella et al. (2004). References include previous searches for warm and cold dust around the target stars, with the reference in bold highlighting the origin of the warm dust classification that led to their addition to our sample, where applicable.

References. (1) Patel et al. (2014); (2) Ballering et al. (2013); (3) Cotten & Song (2016); (4) David & Hillenbrand (2015); (5) Bonfanti et al. (2016); (6) Holmberg et al. (2009); (7) Vican & Schneider (2014); (8) Chen et al. (2014); (9) Pace (2013); (10) Eiroa et al. (2013); (11) Valenti & Fischer (2005); (12) Delgado Mena et al. (2014); (13) Huensch et al. (1998); (14) Wu et al. (2013); (15) McDonald et al. (2012); (16) Durkan et al. (2016); (17) Tucci Maia et al. (2016); (18) Maldonado et al. (2012); (19) Desidera et al. (2015); (20) Pawellek et al. (2014); (21) Delgado Mena et al. (2015); (22) Mittal et al. (2015); (23) Feltzing et al. (2001); (24) Mamajek & Hillenbrand (2008); (25) De Rosa et al. (2014); (26) Tsantaki et al. (2013); (27) Casagrande et al. (2011); (28) Stark et al. (2014b); (29) Wahhaj et al. (2013); (30) Maire et al. (2014); (31) Zuckerman et al. (2004); (32) Binks & Jeffries (2014); (33) Chauvin et al. (2010).

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