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Home All issues Volume 572 (December 2014) A&A, 572 (2014) A62 Full HTML
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Table 1

Observed Lupus targets and their main properties.

ID Name RA Dec Other names L∗a Teff a M∗ a A V L disk b L bol Ref.
(2000) (2000) L ⊙ K M ⊙ mag L ⊙ L ⊙
LupI c
01 Sz65 15:39:27.77 –34:46:17.14 IK Lup 0.85 3800 0.52 0.2 1.01 1.86 2,4
02 Sz66 15:39:28.28 –34:46:18.03 [MJS2008] 6 0.20 3415 0.31 1.0 0.94 1.14 1,2
03 [MJS2008] 14 15:45:08.87 –34:17:33.34 ... 0.70 4600 1.15 8.9 0.47 1.17 2,5
04 Sz68 A 15:45:12.86 –34:17:30.60 HT Lup 4.82 4955 2.00 1.5 0.66 5.48 2
05 Sz69 15:45:17.41 –34:18:28.33 HW Lup 0.09 3197 0.19 0. 0.35 0.44 1,2
06 [MJS2008] 17 15:45:18.52 –34:21:24.62 ... 0.09 2700 0.06 1.6 0.01 0.10 2,5
07 Sz71 15:46:44.73 –34:30:35.50 GW Lup 0.31 3632 0.42 0.5 ... ... 1
08 Sz72 15:47:50.62 –35:28:35.34 HM Lup 0.25 3560 0.38 0.75 ... ... 1
09 Sz73 15:47:56.94 –35:14:34.66 HBC600 0.42 4060 0.80 3.5 ... ... 1
10 Sz75 15:49:12.10 –35:39:05.12 GQ Lup 1.50 3900 0.59 0.95 ... ... 4
LupII c
11 Sz82 15:56:09.22 –37:56:05.78 IM Lup 1.29 3800 0.52 0.98 ... ... 4
12 Sz83 15:56:42.30 –37:49:15.41 RU Lup 1.31 4060 0.74 0 ... ... 1
13 Sz84 15:58:02.53 –37:36:02.69 ... 0.12 3125 0.18 0 ... ... 1
LupIV c
14 RY Lup 15:59:28.38 –40:21:51.30 ... 1.26 4590 1.3 0.65 ... ... 4
15 [MJS2008] 146 16:00:07.42 –41:49:48.42 IRAS15567-4141 2.74 2935 0.18 2 1.93 4.67 3
16 [MJS2008] 149 16:00:34.40 –42:25:38.62 ... 1.45 2820 0.15 2 1.18 ... 2
17 [HHC93] F403 16:00:44.53 –41:55:31.00 MY Lup,[MJS2008] 150 1.79 5152 1.39 0 0.17 ... 2
18 EX Lup 16:03:05.49 –40:18:25.44 HD325367,HBC253 0.47 3802 0.53 3.1 ... ... 3,6
19 Sz133 16:03:29.39 –41:40:01.83 ... 0.36 4400 0.93 5.8 0.06 ... 5
LupIII c
20 Sz88 A 16:07:00.54 –39:02:19.30 HO Lup 0.49 3850 0.57 0.25 ... ... 1
21 Sz88 B 16:07:00.62 –39:02:18.10 HO Lup B 0.12 3197 0.21 0 ... ... 1
22 [MJS2008] 20 16:07:08.63 –39:47:21.90 ... 0.30 4590 0.86 1 0.08 0.38 2
23 Sz90 16:07:10.07 –39:11:03.30 [KWS97] Lupus 3 23 1.10 3900 0.60 3.2 0.46 1.56 2,5
24 Sz95 16:07:52.30 –38:58:05.93 [MJS2008] 28 0.26 3400 0.31 0.7 0.07 0.33 2,5
25 [MJS2008] 36 16:08:06.18 –39:12:22.54 ... 2.09 2935 0.18 5.3 0.61 2.7 3
26 Sz96 16:08:12.64 –39:08:33.48 [MJS2008] 37 0.82 3560 0.39 1.43 0.27 1.09 3
27 Sz97 16:08:21.80 –39:04:21.48 [MJS2008] 40 0.16 3270 0.25 0 0.06 0.22 1,3
28 Sz98 16:08:22.49 –39:04:46.46 HK Lup,V1279 Sco 2.35 4350 1.11 2.5 1.18 3.53 3
29 Sz99 16:08:24.04 –39:05:49.42 ... 0.07 3270 0.21 0 0.07 0.14 1,3
30 Sz100 16:08:25.76 –39:06:01.19 [MJS2008] 43 0.17 3057 0.17 0 0.2 0.37 1,3
31 Sz103 16:08:30.27 –39:06:11.16 [MJS2008] 49 0.18 3270 0.25 0.7 0.08 0.26 1,3
32 [MJS2008] 50 16:08:30.70 –38:28:26.85 ... 3.03 5000 1.79 1 0.65 3.68 2
33 Sz104 16:08:30.82 –39:05:48.87 ... 0.10 3125 0.17 0 0.06 0.16 1,3
34 HR5999 16:08:34.28 –39:06:18.16 V856 Sco 48.3 7890 2.55 0.85 33.99 82.28 2,4
35 Sz106 16:08:39.76 –39:06:25.32 ... 0.10 3777 0.51 1 0.11 0.21 1,2
36 Sz107 16:08:41.80 –39:01:37.02 [MJS2008] 58 0.15 2935 0.12 0 0.01 0.16 3
37 Sz109 16:08:48.16 –39:04:19.25 V1191 Sco 0.14 2800 0.09 0.2 0.06 0.20 2,5
38 [CFB2003] Par-Lup3-3 16:08:49.40 –39:05:39.34 ... 0.23 3270 0.26 2.2 0.05 0.28 1,2
39 Sz110 16:08:51.57 –39:03:17.74 V1193 Sco,[MJS2008] 67 0.28 3270 0.27 0 0.07 0.35 1,3
40 [MJS2008] 68 16:08:53.24 –39:14:40.17 [G2006] 86 0.44 3900 0.62 3.3 –0.08d 0.36 2,5
41 Sz111 16:08:54.69 –39:37:43.11 Hen 3-1145,[MJS2008] 71 0.33 3750 0.50 0 0.2 0.53 1,2
42 Sz112 16:08:55.53 –39:02:33.95 [MJS2008] 73 0.19 3125 0.20 0 0.1 0.29 1,2
43 Sz113 16:08:57.80 –39:02:22.79 [MJS2008] 74 0.06 3197 0.17 1 0.09 0.15 1,3
44 Sz114 16:09:01.85 –39:05:12.42 [MJS2008] 80,V908 Sco 0.31 3175 0.23 0.3 0.4 0.71 1,3
45 Sz117 16:09:44.35 –39:13:30.10 [MJS2008] 102 0.47 3700 0.46 1.5 0 0.47 2,5
46 Sz118 16:09:48.65 –39:11:16.95 [MJS2008] 103 0.92 4060 0.75 2.6 0.56 1.48 3
47 [MJS2008] 113 16:10:18.58 –38:36:12.51 ... 0.05 2900 0.09 0.2 0.03 0.08 2,5
48 [MJS2008] 114 16:10:19.85 –38:36:06.52 ... 0.03 2990 0.09 0.4 0 0.03 3
49 Sz123 16:10:51.59 –38:53:13.77 [MJS2008] 121 0.20 3705 0.46 1.25 –0.01d 0.19 1,2
50 [MJS2008] 133 16:12:11.20 –38:32:19.74 ... 1.00 4400 1.20 7 –0.27d 0.73 2,5
51 [MJS2008] 136 16:12:22.69 –37:13:27.65 ... 2.87 5300 1.57 6 0.36 3.23 2
52 [MJS2008] 137 16:12:43.73 –38:15:03.15 ... 0.60 4400 1.10 1 –0.01d 0.59 2,5

Notes. All parameters are taken from the literature, except for M∗, which was recomputed (see text).

(a)

Typical relative uncertainties for the parameters are as follows (see text): L∗ 40%, Teff 20%, M∗ 40%.

(b)

Ldisk is computed as Lbol– L∗ (see Sect. 2.2).

(c)

Assumed sub-cloud distances are: 150 pc for Lup I, II, and IV and 200 pc for Lup III (Comeron 2008).

(d)

Ldisk is assumed to be 0 in these sources because Lbol–L∗ gives a negative value (see text).

Reference. 1: Alcalá et al. (2014), 2: Merín et al. (2008), 3: Mortier et al. (2011), 4: Hughes et al. (1994), 5: Comerón et al. (2009), 6: Lorenzetti et al. (2012).

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