2019A&A...631L...2M


C.D.S. - SIMBAD4 rel 1.7 - 2020.02.20CET15:37:32

2019A&A...631L...2M - Astronomy and Astrophysics, volume 631, L2-2 (2019/11-1)

Constraining disk evolution prescriptions of planet population synthesis models with observed disk masses and accretion rates.

MANARA C.F., MORDASINI C., TESTI L., WILLIAMS J.P., MIOTELLO A., LODATO G. and EMSENHUBER A.

Abstract (from CDS):

While planets are commonly discovered around main-sequence stars, the processes leading to their formation are still far from being understood. Current planet population synthesis models, which aim to describe the planet formation process from the protoplanetary disk phase to the time exoplanets are observed, rely on prescriptions for the underlying properties of protoplanetary disks where planets form and evolve. The recent development in measuring disk masses and disk-star interaction properties, i.e., mass accretion rates, in large samples of young stellar objects demand a more careful comparison between the models and the data. We performed an initial critical assessment of the assumptions made by planet synthesis population models by looking at the relation between mass accretion rates and disk masses in the models and in the currently available data. We find that the currently used disk models predict mass accretion rate in line with what is measured, but with a much lower spread of values than observed. This difference is mainly because the models have a smaller spread of viscous timescales than what is needed to reproduce the observations. We also find an overabundance of weakly accreting disks in the models where giant planets have formed with respect to observations of typical disks. We suggest that either fewer giant planets have formed in reality or that the prescription for planet accretion predicts accretion on the planets that is too high. Finally, the comparison of the properties of transition disks with large cavities confirms that in many of these objects the observed accretion rates are higher than those predicted by the models. On the other hand, PDS70, a transition disk with two detected giant planets in the cavity, shows mass accretion rates well in line with model predictions.

Abstract Copyright: © ESO 2019

Journal keyword(s): planets and satellites: formation - protoplanetary disks - surveys - accretion - accretion disks

Simbad objects: 172

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Number of rows : 172

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2020
#notes
1 [BCG93] 1 TT* 04 14 17.6094853639 +28 06 09.650035718 18.04         M4.5 71 0
2 V* RY Tau TT* 04 21 57.4132838427 +28 26 35.533990877 10.82 10.34 9.30 9.67 8.87 K1IV/Ve 642 1
3 V* UX Tau A TT* 04 30 03.9931880444 +18 13 49.476948664   12.92 11.15     K2Ve 322 0
4 V* DM Tau TT* 04 33 48.7335659850 +18 10 09.974471722 14.30 14.82 14.00     M2Ve 495 0
5 EM* LkCa 15 TT* 04 39 17.7912813350 +22 21 03.387667491   13.01 12.03 11.61   K5:Ve 536 1
6 V* V1366 Ori EB* 05 16 00.4764811920 -09 48 35.394685295 10.19 10.16 9.84 9.77 9.63 B9.5V 160 0
7 V* CQ Tau Ae* 05 35 58.4671238887 +24 44 54.086375712 11.290 10.780 10.000   8.33 F5IVe 250 0
8 2MASS J10533978-7712338 TT* 10 53 39.7612910894 -77 12 33.943713170     19.38   15.56 M2.75 14 0
9 V* SX Cha Or* 10 55 59.731 -77 24 39.91   15.88 16.71   12.35 M1.5+M3 79 0
10 2MASS J10561638-7630530 Y*O 10 56 16.3765504768 -76 30 53.121002463         14.92 M5.6 13 0
11 V* SY Cha Or* 10 56 30.3882538728 -77 11 39.402450501         11.29 K5Ve 111 0
12 Sz 4 TT* 10 57 42.1008128649 -76 59 35.640039635   14.1 14.80   12.17 M4Ve 41 0
13 2MASS J10580597-7711501 Y*O 10 58 05.9725193316 -77 11 50.172735665         15.89 M5.25 15 0
14 V* SZ Cha TT* 10 58 16.7496916561 -77 17 17.183339177     12.68   10.62 K0e 100 0
15 V* TW Cha TT* 10 59 01.0608276980 -77 22 40.946475900     13.40   11.68 K8Ve 114 0
16 Hen 3-545 TT* 10 59 06.9712894449 -77 01 40.309036535   12.91 11.136   9.596 K4Ve 186 0
17 Ass Cha T 1-6 Y*O 11 00 40.2412351728 -76 19 28.007242344   14.7     13.64 M4e 32 0
18 V* CS Cha TT* 11 02 24.8849252208 -77 33 35.683462615   12.88 11.69   10.123 K2Ve 187 0
19 Hn 1 Y*O 11 02 32.5992281327 -77 29 13.008552253   17.73 15.94   13.10 M3+M5 36 0
20 Ass Cha T 1-8 TT* 11 02 55.0246345871 -77 21 50.814132195   15.0 16.25 15.17 13.40 M4.5e 48 1
21 CHSM 1715 Y*O 11 04 04.2476748151 -76 39 32.946469603     19.84     M4.5e 19 0
22 V* CT Cha Or* 11 04 09.0989057683 -76 27 19.326914289   13.44 13.00   10.89 K7Ve 107 1
23 BYB 18 Y*O 11 04 42.5993743243 -77 41 57.172118661         13.63 M4.5e 49 0
24 Sz 13 Or* 11 04 57.0098115161 -77 15 57.051233669   16.5 18.91 16.65 14.68 M3e 36 0
25 2MASS J11062554-7633418 Y*O 11 06 25.5204707067 -76 33 41.844129668     20.7   15.88 M5.25 28 0
26 CHSM 7869 BD* 11 06 32.7588696676 -76 25 21.063963637         16.83 M6e 18 0
27 Hn 5 Or* 11 06 41.7898286101 -76 35 49.064605354         13.61 M4.5e 38 0
28 V* UX Cha Or* 11 06 45.0955906069 -77 27 02.383778673     14.78   12.07 K5Ve 52 0
29 NAME Cha I MoC 11 06 48 -77 18.0           ~ 946 1
30 V* UY Cha Or* 11 06 59.0259228302 -77 18 53.406348011   17.93 16.29   12.97 M4Ve 54 0
31 2MASS J11065939-7530559 Y*O 11 06 59.4100276323 -75 30 55.955162651         15.79 M5.25 13 0
32 CHSM 9484 BD* 11 07 11.8067194913 -76 25 50.011734825         16.07 M5e 19 0
33 V* UZ Cha Or* 11 07 12.0599793783 -76 32 23.245866021         12.62 K8Ve 49 0
34 [CCE98] 1-46 Y*O 11 07 13.2882531875 -77 43 49.778015603         14.77 M3.5e 39 0
35 [NC98] Cha HA 9 BD* 11 07 18.5742862738 -77 32 51.553842979     23.1   17.57 M5.5e 47 0
36 Ass Cha T 2-26 A ** 11 07 20.7272524388 -77 38 07.303742740   11.67 10.93     G0 133 0
37 V* VV Cha Or* 11 07 28.256 -76 52 11.90   16.06 14.80   12.19 M1.5+M3 60 0
38 V* HK Cha Or* 11 07 42.3440888366 -77 33 59.381952754   21.9 19.8   15.26 M5.25 76 0
39 Ass Cha T 1-15 Or* 11 07 43.6609031154 -77 39 41.135416457   17.05 15.34   12.67 K5Ve 66 0
40 2MASS J11074656-7615174 pr* 11 07 46.5885434456 -76 15 17.407167200         16.84 M5.75e 24 0
41 Ass Cha T 1-16 Or* 11 07 57.9375088232 -77 38 44.978809368   15.1 14.2   13.04 K6 62 0
42 Sz 23 Or* 11 07 58.0950734241 -77 42 41.351737085   15.8 18.04   14.63 M4Ve 57 0
43 CHXR 30A Y*O 11 07 59.9490505190 -77 17 30.542052824   21.8   18.3 15.78 K8 24 0
44 V* VW Cha TT* 11 08 01.3974165580 -77 42 28.579297348 13.91 14.04 12.80   10.69 K7+M0 166 0
45 ESO-HA 562 Or* 11 08 02.8818832663 -77 38 42.559049944     17.61   14.41 M0.5+M0.5 40 0
46 V* HP Cha Y*O 11 08 15.099 -77 33 53.16     13.3     K7V 97 0
47 2MASS J11081850-7730408 BD* 11 08 18.4678367177 -77 30 40.889960359         16.77 M6.5 36 0
48 2MASS J11082238-7730277 Y*? 11 08 22.3644100400 -77 30 27.790600663         15.51 M5e 39 0
49 2MASS J11082650-7715550 Y*? 11 08 26.4689399244 -77 15 55.081276798         16.81 M5.75 23 0
50 Ass Cha T 1-20 Or* 11 08 39.0278260669 -77 16 04.168315197   18.44 16.28 15.822 13.17 K5Ve 74 0
51 V* HQ Cha Or* 11 08 39.5016839836 -77 34 16.747297668   21.7 19.75   15.06 M5.75 60 0
52 Sz 28 pr* 11 08 50.9082136997 -76 25 13.683233652   16.4     14.60 M4Ve 32 0
53 V* PU Car Ce* 11 08 53.6898995785 -75 21 36.001145506           M1Ve 22 0
54 V* VY Cha Or* 11 08 54.6053179733 -77 02 13.010307395   14.8     13.60 K8Ve 62 0
55 V* HS Cha Or* 11 08 54.9596817049 -76 32 41.150823907     20.12 18.616 16.650 M5.5e 29 0
56 HJM C 1-18 Or* 11 09 18.129 -76 30 29.25         14.99 M1/2e 47 0
57 V* HV Cha Or* 11 09 22.6506851116 -76 34 32.169764007         16.79 M0.75-M1.75 48 0
58 V* VZ Cha Or* 11 09 23.7736314968 -76 23 20.855918834   13.82 12.94   12.14 K7e 122 0
59 HJM C 1-24 TT* 11 09 46.1867409078 -76 34 46.505353388   11.93 18.41   14.72 M3.25e 51 1
60 BYB 43 Y*O 11 09 47.3857825572 -77 26 29.196716064     20.08   16.62 M3.25e 43 0
61 ISO-ChaI 217 pr* 11 09 52.1370847465 -76 39 12.880114192         16.63 M6.25 42 0
62 2MASS J11095336-7728365 Y*O 11 09 53.3256952909 -77 28 36.636877998           M5.75 26 0
63 Ass Cha T 1-23 Or* 11 09 53.4191770981 -76 34 25.652662545   13.9 19.50 15.10 13.52 G9IIIe 78 0
64 Sz 33 Or* 11 09 54.076 -76 29 25.31   15.3     14.03 M3.5+M7 62 0
65 V* WX Cha Or* 11 09 58.738 -77 37 08.88   16.44 13.70   12.20 M1+M5 89 0
66 V* WW Cha Or* 11 10 00.0791962314 -76 34 57.971855660   14.74 14.10   10.95 K5 127 0
67 HJM C 1-4 pr* 11 10 03.6833471517 -76 33 29.222406347     18.78 16.1 14.72 K8e 51 0
68 V* FN Cha Or* 11 10 04.6715878167 -76 35 45.254940394     14.68 13.89 12.39 K5Ve 46 0
69 V* WY Cha Or* 11 10 07.0323174364 -76 29 37.640377806   15.29 13.87   11.62 K8Ve 78 1
70 2MASS J11100785-7727480 Y*? 11 10 07.8409195036 -77 27 48.070710758         17.79 M5.5 28 0
71 HJM C 1-8 pr* 11 10 11.3920788538 -76 35 29.251306607         13.75 K5Ve 49 0
72 Glass Q Y*O 11 10 37.9009258039 -77 32 39.873598579   16.89 14.97   11.90 K5.5+K7 67 0
73 2MASS J11104141-7720480 Y*? 11 10 41.3837182099 -77 20 47.962681310     22.4 20.06 17.27 M6 32 0
74 Ass Cha T 1-27 Or* 11 10 49.5666192333 -77 17 51.754825123   16.80 16.64   13.84 M4Ve 69 0
75 V* WZ Cha Or* 11 10 53.3208321416 -76 34 32.060346788   16.41 15.48   13.07 M4Ve 60 0
76 V* IK Cha Or* 11 10 53.5826928495 -77 25 00.473687651         17.51 M4.5 27 0
77 HJM C 2-5 pr* 11 10 56.0147051732 -76 45 32.757909031         13.95 M6e 42 0
78 V* XX Cha Or* 11 11 39.6733333784 -76 20 15.037536625   16.67 15.28   12.56 M3Ve 96 1
79 CHX 18N TT* 11 11 46.3366412620 -76 20 08.947142071   13.27 11.96   10.37 K5IVe 59 1
80 V* IM Cha Or* 11 12 03.5022968628 -77 26 00.846650924     20.08     M4.75 27 0
81 Sz 40 Or* 11 12 09.8315145785 -76 34 36.496433593   15.2     13.41 M4.5Ve 51 0
82 Sz 41 TT* 11 12 24.3971939698 -76 37 06.179976409   11.2 11.60   10.22 K7+M2.5 91 1
83 V* CV Cha TT* 11 12 27.7052551478 -76 44 22.298597430   12.02 10.98 10.51 9.76 G9Ve 170 1
84 V* CW Cha Or* 11 12 30.9287857153 -76 44 24.000743749   15.75 14.45 15.19 13.60 M1 53 1
85 Ass Cha T 2-54 TT* 11 12 42.6696152636 -77 22 22.928829312     11.103   9.653 G8+K7 78 2
86 HJM E 2-9 Y*O 11 12 48.6109499042 -76 47 06.616676741         13.66 M4e 26 0
87 Hn 18 Y*O 11 13 24.4527724500 -76 29 22.875007645         13.51 M4Ve 34 0
88 Hn 21W Y*O 11 14 24.5185372817 -77 33 06.401221475     18.20   14.24 M4e 26 0
89 Ass Cha T 1-32 Y*O 11 17 36.9756500866 -77 04 38.121286249   13.1 13.50   11.78 M0.5e 71 0
90 [FLG2003] eps Cha 13 Y*O 11 18 35.727 -79 35 54.88         12.22 M4.75 17 0
91 2MASS J11241186-7630425 Y*O 11 24 11.8627970946 -76 30 42.678170225         14.87 M5 15 0
92 HD 100546 Be* 11 33 25.4404858122 -70 11 41.239343121   6.71 6.30   6.64 A0VaekB8_lB 632 1
93 [FLG2003] eps Cha 17 Y*O 11 43 26.6929738153 -78 04 45.469950865         13.33 M5 16 0
94 V* T Cha Or* 11 57 13.5268556629 -79 21 31.521755129   10.00 11.86     K0e 227 1
95 V* V1032 Cen TT* 14 08 10.1545137760 -41 23 52.576649494     12.199   10.506 K7IVe 89 0
96 CPD-36 6759 Y*O 15 15 48.4459023859 -37 09 16.026315179   9.21 8.708     F8V 340 1
97 Sz 65 TT* 15 39 27.7717320499 -34 46 17.209059896   13.11 12.13 11.33 10.76 K7 68 0
98 Sz 66 TT* 15 39 28.2834975101 -34 46 18.086529821   14.9   14.51 12.56 M2 39 0
99 2MASS J15450887-3417333 Y*O 15 45 08.8747567515 -34 17 33.460978147       18.73   M5.5 28 0
100 CD-33 10685 TT* 15 45 12.8670160092 -34 17 30.646921079 12.47 11.56 10.224 9.60 8.685 K3Ve 212 1
101 V* HW Lup Or* 15 45 17.4119603565 -34 18 28.293017151   17.41 16.25     M1 49 0
102 V* GW Lup TT* 15 46 44.7292759994 -34 30 35.677245389   13.8       M1.5e 78 0
103 V* HM Lup TT* 15 47 50.6290613485 -35 28 35.404500425   15.96       M3e 59 0
104 THA 15-5 TT* 15 47 56.9433443193 -35 14 34.797849332   14.5 16.2     K7e 60 0
105 V* HN Lup Or* 15 48 05.2154956876 -35 15 53.295162846           M3.5e 48 0
106 NAME THA 15-10A Y*O 15 55 50.2817116421 -38 01 33.696904246           M4.5 6 0
107 THA 15-12 TT* 15 56 09.2067120748 -37 56 06.126159332   13.12 11.93 11.45   M0e 225 0
108 HD 142666 TT* 15 56 40.0222941557 -22 01 40.004849949 9.41 9.37 8.82 8.31 8.01 F0V_sh 209 0
109 V* RU Lup TT* 15 56 42.3109948086 -37 49 15.473469159 9.27 10.07 9.60     K7/M0e 372 0
110 Sz 84 TT* 15 58 02.5212129160 -37 36 02.733294310   14.3       M5.0e 49 0
111 HD 143006 TT* 15 58 36.9127773803 -22 57 15.221492622   10.92 10.14     G5IVe 152 0
112 WRAY 15-1400 TT* 15 59 16.4714616661 -41 57 10.300292528   13.5 12.0     K7IVe 55 0
113 2MASS J15592523-4235066 Y*O 15 59 25.2348817583 -42 35 06.574333595   17.42 16.82     M5 15 0
114 V* RY Lup TT* 15 59 28.3852522995 -40 21 51.255321659   12.62 9.90     G8/K1IV-V 159 0
115 2MASS J16000060-4221567 Y*O 16 00 00.6025556934 -42 21 56.821022044   17.29 15.85 15.25 13.43 M4.5 22 0
116 2MASS J16000236-4222145 Y*O 16 00 02.3596641694 -42 22 14.595263750   16.86 15.46 14.98 13.59 M4 25 0
117 2MASS J16002612-4153553 Y*O 16 00 26.1203643851 -41 53 55.381248967   16.57 16.45 15.70 13.80 M5.25 23 0
118 Sz 130 TT* 16 00 31.0374928462 -41 43 36.991093739   15.82 14.71 13.56 12.46 M1.5 41 0
119 V* MY Lup TT* 16 00 44.5199369001 -41 55 30.931594414   12.64 12.17 11.06   K0 50 0
120 Sz 131 Y*O 16 00 49.4334861658 -41 30 03.918935711   17.51 16.13 14.60 12.92 M2 26 0
121 NAME Lup Cloud SFR 16 03 -38.1           ~ 494 0
122 Sz 133 Y*O 16 03 29.3676884922 -41 40 01.858389664   17.77 16.60 15.78 15.04 K2 29 0
123 2MASS J16042165-2130284 pr* 16 04 21.6546714640 -21 30 28.549578725   13.3       K2 80 0
124 NAME THA 15-18A Y*O 16 07 00.5996246992 -39 02 19.517159959           M0 6 0
125 NAME THA 15-18B Y*O 16 07 00.6750793403 -39 02 18.258247935           M4.5 6 0
126 2MASS J16070384-3911113 Y*O 16 07 03.8309506752 -39 11 11.679148554       18.79 16.80 M4.5 26 0
127 THA 15-21 TT* 16 07 10.0693512723 -39 11 03.258471635   15.28 13.70 13.70 12.49 K7-M0 49 0
128 THA 15-20 TT* 16 07 11.5876160594 -39 03 47.490881982   16.25 14.58 14.11 12.92 M0.5 70 0
129 2MASS J16073773-3921388 Y*O 16 07 37.7338427461 -39 21 38.749993258   18.38 17.4 17.12 15.68 M5.5e 31 0
130 Sz 95 TT* 16 07 52.3113021630 -38 58 06.092190897   16.39 14.57 14.25 12.53 ~ 37 0
131 2MASS J16080017-3902595 Y*O 16 08 00.1728975807 -39 02 59.503265866   16.94 17.01 16.72 14.31 M5.5e 32 0
132 Sz 96 TT* 16 08 12.6306575418 -39 08 33.469578208   14.80 13.43 13.69 11.84 ~ 62 0
133 2MASS J16081497-3857145 Y*O 16 08 14.9860473609 -38 57 14.441818824       18.93 17.42 4.75 31 0
134 THA 15-24 Y*O 16 08 21.8039413126 -39 04 21.489571046   16.18 14.61 14.67 12.92 M3 44 0
135 V* V1279 Sco TT* 16 08 22.4935035747 -39 04 46.427826148   14.99 13.66 11.70 11.21 M0.4 81 1
136 THA 15-25 Y*O 16 08 24.0420404465 -39 05 49.434128359   15.49 16.00 15.39 14.17 M3.5 37 0
137 THA 15-26 Y*O 16 08 25.7651773769 -39 06 01.220655906   16.62 15.43 14.97 13.12 M5 49 0
138 [LEM2005] Lup 707 * 16 08 28.1 -39 13 10           M5 5 0
139 THA 15-29 Y*O 16 08 30.2690257641 -39 06 11.174771741   14.8 11.14 15.18 13.15 M4 50 0
140 IRAS 16051-3820 Y*O 16 08 30.6992185515 -38 28 26.847010777   11.89 11.15 10.67   K2 33 0
141 THA 15-30 TT* 16 08 30.8149015625 -39 05 48.840814971   15.2 15.25 13.96 13.57 M5 46 0
142 V* V856 Sco dS* 16 08 34.2868591379 -39 06 18.326059778 7.66 7.41 7.05 6.92   A7 348 0
143 Sz 106 Y*O 16 08 39.7599221819 -39 06 25.320570812   15.1   15.00 14.66 M2.5 38 0
144 NAME Sz 108B Y*O 16 08 42.8841122475 -39 06 14.695751140       17.71 14.39 M5 25 0
145 IRAS 16054-3857 Y*O 16 08 49.3978327073 -39 05 39.440608212   16.76 17.71 15.89 14.24 M4.5 41 0
146 V* V1192 Sco Or* 16 08 51.4339982240 -39 05 30.468181083     21.9 18.97 18.18 M5 57 0
147 V* V1193 Sco Or* 16 08 51.5694611925 -39 03 17.705756264   15.27 14.58 13.72 12.28 M4.5 53 0
148 2MASS J16085324-3914401 Y*O 16 08 53.2415720407 -39 14 40.165579947   17.53 16.35 15.35 13.52 M3 30 1
149 2MASS J16085373-3914367 Y*O 16 08 53.7314563013 -39 14 36.829640504       21.73 18.76 M5.5 26 0
150 THA 15-33 TT* 16 08 54.6847312618 -39 37 43.145460615   15.34 13.98 13.29   M1IVe 60 0
151 2MASS J16085529-3848481 Y*O 16 08 55.2905019030 -38 48 48.173805375   17.36   17.24 15.24 M6.5 24 1
152 Sz 112 Y*O 16 08 55.5292331003 -39 02 33.939799154   16.62 15.39 14.78 12.93 M6 52 0
153 THA 15-34 Y*O 16 08 57.8033256003 -39 02 22.851598056   17.46 16.50 16.64 14.65 M6 44 0
154 2MASS J16090141-3925119 Y*O 16 09 01.4148763417 -39 25 11.923408383   16.92 15.31 15.04 13.48 M4 31 0
155 THA 15-35 TT* 16 09 01.8488471357 -39 05 12.416220509   15.33 14.12 14.35 12.54 M5.5 66 0
156 Sz 115 TT* 16 09 06.2136491733 -39 08 51.871061306   16.88 15.48 15.09 13.12 ~ 38 0
157 2MASS J16092697-3836269 Y*O 16 09 26.975 -38 36 26.92   17.55   16.31 14.74 M4.5 19 0
158 THA 15-37 Y*O 16 09 44.3608441561 -39 13 30.167268370   15.84 14.59 14.20 12.38 M2 45 0
159 Sz 118 Y*O 16 09 48.6557347813 -39 11 16.846032967   18.32 16.90 16.61 15.00 K6 45 0
160 2MASS J16095628-3859518 Y*O 16 09 56.286 -38 59 51.81   17.37 18.0 16.49 15.28 M6 30 1
161 SONYC Lup3-29 Y*O 16 10 01.3309952901 -39 06 44.824860359   18.38 17.42 17.90 15.27 M7.5 22 0
162 2MASS J16101857-3836125 Y*O 16 10 18.5683658482 -38 36 12.598285096   18.37 16.63 16.67 14.70 M5 18 0
163 2MASS J16101984-3836065 Y*O 16 10 19.8339336690 -38 36 06.581180628   17.39   16.76 15.57 M6.5 23 0
164 2MASS J16102955-3922144 Y*O 16 10 29.5512951868 -39 22 14.456010068   17.51 16.31 15.79 13.90 M4.5 35 0
165 THA 15-42 Y*O 16 10 51.5851116158 -38 53 13.768173219   15.89 14.48 14.44 12.95 M1e 52 0
166 2MASS J16115979-3823383 TT* 16 11 59.7951623767 -38 23 38.375533996   18.17 16.55 16.24 14.26 M5.0e 36 0
167 2MASS J16124373-3815031 Y*O 16 12 43.7500201062 -38 15 03.075872612   15.00 13.44 13.39 11.61 M1 26 0
168 2MASS J16134410-3736462 Y*O 16 13 44.1006863103 -37 36 46.261197711   17.97   16.37 14.66 M5 18 0
169 WRAY 15-1443 TT* 16 15 20.2339854383 -32 55 05.097043020 13.88 13.22 12.00 11.21 10.50 K5 63 0
170 EM* SR 24A TT* 16 26 58.5027167089 -24 45 36.698300286       14.15 12.87 K1 86 0
171 EM* SR 21A TT* 16 27 10.2776332501 -24 19 12.620553212   16.08 14.10     G1 226 1
172 Haro 1-16 TT* 16 31 33.4638378966 -24 27 37.158295501   14.02 12.80     K3e 167 0

    Equat.    Gal    SGal    Ecl

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2020.02.20-15:37:32

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