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Home All issues Volume 666 (October 2022) A&A, 666 (2022) A188 Full HTML
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Table A.1

Stellar and accretion properties for the targets in the Lupus region from Frasca et al. (2017); Alcalá et al. (2019).

Object dist [pc] SpT AV [mag.] idisk [°] L* [L⊙] logLacc M* [M⊙] logMacc Notes
Sz66 157 M3 1.00 69.0 0.22 –1.76 0.29 –8.50 LVC
AKC2006-19 153 M5 0.00 60.0 0.02 –4.08 0.14 –10.97
Sz69 155 M4.5 0.00 43.53 0.09 –2.77 0.20 –9.48 LVC, HVC
Sz71 156 M1.5 0.50 40.82 0.33 –2.17 0.41 –9.02 LVC
Sz72 156 M2 0.75 75.0 0.27 –1.77 0.37 –8.60 LVC, HVC
Sz73 157 K7 3.50 49.76 0.46 –0.96 0.78 –8.12 LVC, HVC
Sz74 159 M3.5 1.50 1.16 –1.45 0.30 –7.81 LVC
Sz83 160 K7 0.00 18.0 1.49 –0.25 0.67 –7.08
Sz84 153 M5 0.00 73.99 0.13 –2.68 0.17 –9.23 td, LVC
Sz130 160 M2 0.00 55.0 0.18 –2.14 0.39 –9.09 LVC, HVC
Sz88A 158 M0 0.25 50.0 0.31 –1.40 0.61 –8.49 LVC
Sz88B 159 M4.5 0.00 50.0 0.07 –3.30 0.20 –10.05 LVC
Sz91 159 M1 1.20 48.0 0.20 –2.00 0.51 –9.07 td, LVC
Lup713 174 M5.5 0.00 0.02 –3.62 0.11 –10.40
Lup604s 160 M5.5 0.00 0.0 0.04 –3.89 0.12 –10.56 LVC
Sz97 158 M4 0.00 0.0 0.11 –3.11 0.24 –9.88 LVC
Sz99 159 M4 0.00 0.05 –2.80 0.23 –9.73 LVC, HVC
Sz100 137 M5.5 0.00 45.11 0.08 –3.33 0.14 –9.87 td, LVC, HVC
Sz103 160 M4 0.70 50.0 0.12 –2.60 0.23 –9.33 LVC, HVC
Sz104 166 M5 0.00 0.0 0.07 –3.36 0.16 –10.03 LVC
Lup706 159 M7.5 0.00 0.002 –5.00 0.06 –11.90 sl
Sz106 162 M0.5 1.00 0.06 –2.68 0.57 –10.07 sl, LVC
Par-Lup3-3 159 M4 2.20 0.0 0.15 –3.10 0.23 –9.77
Par-Lup3-4 151 M4.5 0.00 0.002 –4.35 0.17 –11.81 sl, LVC
Sz110 160 M4 0.00 63.0 0.18 –2.20 0.23 –8.84 LVC
Sz111 158 M1 0.00 55.0 0.21 –2.40 0.51 –9.47 td, LVC
Sz112 160 M5 0.00 0.0 0.12 –3.39 0.17 –9.94 td, LVC
Sz113 163 M4.5 1.00 10.78 0.04 –2.28 0.19 –9.12 LVC, HVC
2MASSJ16085953-3856275 150 M8.5 0.00 0.01 –4.85 0.02 –11.02 LVC
SSTc2d160901.4-392512 164 M4 0.50 60.0 0.10 –3.17 0.23 –9.95 LVC
Sz114 162 M4.8 0.30 15.84 0.21 –2.68 0.19 –9.17 LVC, HVC
Sz115 158 M4.5 0.50 0.11 –2.91 0.20 –9.57
Lup818s 157 M6 0.00 0.0 0.02 –4.31 0.08 –10.96 LVC
Sz123A 159 M1 1.25 40.0 0.13 –2.00 0.55 –9.21 td, LVC, HVC
Sz123B 159 M2 0.00 40.0 0.03 –2.90 0.40 –10.24 sl, LVC, HVC
SST-Lup3-1 165 M5 0.00 73.0 0.04 –3.77 0.16 –10.53
Sz65 155 K7 0.60 61.46 0.89 –2.57 0.70 –9.52
AKC2006-18 139 M6.5 0.00 60.0 0.01 –4.60 0.07 –11.23 LVC
SSTc2dJ154508.9-341734 155 M5.5 5.50 47.0 0.06 –1.77 0.14 –8.36 LVC, HVC
Sz68 154 K2 1.00 32.89 5.42 –1.18 2.15 –8.39
SSTc2dJ154518.5-342125 152 M6.5 0.00 25.8 0.04 –4.29 0.08 –10.72 LVC, HVC
Sz81A 160 M4.5 0.00 0.0 0.25 –2.44 0.19 –8.92 LVC
Sz81B 160 M5.5 0.00 0.0 0.12 –3.14 0.15 –9.61 LVC
Sz129 162 K7 0.90 31.74 0.43 –1.13 0.78 –8.30 LVC
SSTc2dJ155925.2-423507 147 M5 0.00 0.02 –4.42 0.14 –11.29 LVC
RYLup 159 K2 0.40 55.0 1.87 –0.85 1.53 –8.16 td, LVC
SSTc2dJ160000.6-422158 161 M4.5 0.00 0.0 0.10 –3.04 0.20 –9.73 LVC
SSTc2dJ160002.4-422216 164 M4 1.40 66.0 0.18 –2.92 0.23 –9.56
SSTc2dJ160026.1-415356 164 M5.5 0.90 0.08 –3.22 0.14 –9.76
MYLup 157 K0 1.30 72.98 0.85 –0.65 1.09 –8.01 td
Sz131 160 M3 1.30 59.0 0.15 –2.34 0.30 –9.18 LVC, HVC
Sz133 153 K5 1.80 78.53 0.07 –1.78 sl, bz, LVC
SSTc2dJ160703.9-391112 159 M4.5 0.60 61.0 0.003 –5.40 0.16 –12.76 sl, td?, LVC
Sz90 160 K7 1.80 61.31 0.42 –1.79 0.78 –8.96 LVC, HVC
Sz95 158 M3 0.80 50.0 0.26 –2.70 0.29 –9.40
Sz96 157 M1 0.80 50.0 0.42 –2.51 0.45 –9.37 LVC
2MASSJ16081497-3857145 159 M5.5 1.50 75.0 0.01 –3.60 0.10 –10.60 LVC
Sz98 156 K7 1.00 47.10 1.53 –0.71 0.67 –7.54 LVC, HVC
Lup607 175 M6.5 0.00 0.0 0.05 –5.02 0.09 –11.60 LVC
Sz102 159 K2 0.70 57.60 0.01 –2.20 sl, bz, LVC, HVC
SSTc2dJ160830.7-382827 156 K2 0.20 73.0 1.84 –2.02 1.53 –9.32 td, LVC
SSTc2dJ160836.2-392302 154 K6m 1.70 56.2 1.15 –1.03 0.83 –8.04 td?, LVC, HVC
Sz108B 169 M5 1.60 49.09 0.11 –3.05 0.17 –9.62 LVC, HVC
2MASSJ16085324-3914401 168 M3 1.90 60.72 0.21 –3.25 0.29 –10.00
2MASSJ16085373-3914367 159 M5.5 4.00 0.00 –3.90 0.10 –10.94
2MASSJ16085529-3848481 158 M6.5 0.00 0.0 0.05 –4.31 0.09 –10.72 LVC, HVC
SSTc2dJ160927.0-383628 159 M4.5 2.20 51.0 0.07 –1.50 0.20 –8.25 LVC, HVC
Sz117 159 M3.5 0.50 0.0 0.28 –2.30 0.25 –8.91 LVC, HVC
Sz118 164 K5 1.90 67.0 0.72 –1.97 1.04 –9.21 LVC
2MASSJ16100133-3906449 193 M6.5 1.70 35.0 0.19 –3.43 0.14 –9.74 LVC
SSTc2dJ161018.6-383613 159 M5 0.50 0.04 –4.00 0.15 –10.76
SSTc2dJ161019.8-383607 159 M6.5 0.00 55.0 0.04 –4.10 0.08 –10.52
SSTc2dJ161029.6-392215 163 M4.5 0.90 66.54 0.11 –3.38 0.20 –10.05 td, LVC
SSTc2dJ161243.8-381503 160 M1 0.80 43.69 0.39 –2.19 0.45 –9.07 LVC
SSTc2dJ161344.1-373646 160 M5 0.60 0.0 0.04 –2.49 0.16 –9.24 LVC, HVC
Sz75/GQLup 152 K6 0.70 60.60 1.48 –0.69 0.80 –7.63 LVC
Sz76 160 M4 0.20 38.9 0.18 –2.55 0.23 –9.18 td, LVC
Sz77 155 K7 0.00 61.70 0.59 –1.67 0.75 –8.76
RXJ1556.1-3655 158 M1 1.00 49.4 0.26 –0.85 0.49 –7.85 LVC
Sz82/IMLup 159 K5 0.90 48.40 2.60 –1.05 0.95 –7.98 td
EXLup 158 M0 1.10 30.80 0.76 –0.91 0.53 –7.74

Notes. Disk inclinations from Tazzari et al. (2017); Ansdell et al. (2018); Yen et al. (2018). Information on the presence of winds or jets is from optical emission lines analysed in Natta et al. (2014) and Nisini et al. (2018)

td : YSO with transitional disk ; sl : sub-luminous YSO; bz : sub-luminous object falling below the zero-age main-sequence on the HR diagram

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