2015A&A...575A...4F


C.D.S. - SIMBAD4 rel 1.7 - 2021.06.21CEST14:46:16

2015A&A...575A...4F - Astronomy and Astrophysics, volume 575A, 4-4 (2015/3-1)

The Gaia-ESO Survey: Chromospheric emission, accretion properties, and rotation in γ Velorum and Chamaeleon I.

FRASCA A., BIAZZO K., LANZAFAME A.C., ALCALA J.M., BRUGALETTA E., KLUTSCH A., STELZER B., SACCO G.G., SPINA L., JEFFRIES R.D., MONTES D., ALFARO E.J., BARENTSEN G., BONITO R., GAMEIRO J.F., LOPEZ-SANTIAGO J., PACE G., PASQUINI L., PRISINZANO L., SOUSA S.G., GILMORE G., RANDICH S., MICELA G., BRAGAGLIA A., FLACCOMIO E., BAYO A., COSTADO M.T., FRANCIOSINI E., HILL V., HOURIHANE A., JOFRE P., LARDO C., MAIORCA E., MASSERON T., MORBIDELLI L. and WORLEY C.C.

Abstract (from CDS):

One of the goals of the Gaia-ESO Survey (GES), which is conducted with FLAMES at the VLT, is the census and the characterization of the low-mass members of very young clusters and associations. We conduct a comparative study of the main properties of the sources belonging to γ Velorum (γ Vel) and Chamaeleon I (Cha I) young associations, focusing on their rotation, chromospheric radiative losses, and accretion. We used the fundamental parameters (effective temperature, surface gravity, lithium abundance, and radial velocity) delivered by the GES consortium in the first internal data release to select the members of γ Vel and Cha I among the UVES and GIRAFFE spectroscopic observations. A total of 140 γ Vel members and 74 Cha I members were studied. The procedure adopted by the GES to derive stellar fundamental parameters also provided measures of the projected rotational velocity (vsini). We calculated stellar luminosities through spectral energy distributions, while stellar masses were derived by comparison with evolutionary tracks. The spectral subtraction of low-activity and slowly rotating templates, which are rotationally broadened to match the vsin i of the targets, enabled us to measure the equivalent widths (EWs) and the fluxes in the Hα and Hβ lines. The Hα line was also used for identifying accreting objects, on the basis of its EW and the width at the 10% of the line peak (10%W), and for evaluating the mass accretion rate ({dot}(M)acc). The distribution of vsin i for the members of γ Vel displays a peak at about 10km/s with a tail toward faster rotators. There is also some indication of a different vsin i distribution for the members of its two kinematical populations. Most of these stars have Hα fluxes corresponding to a saturated activity regime. We find a similar distribution, but with a narrower peak, for ChaI. Only a handful of stars in γ Vel display signatures of accretion, while many more accretors were detected in the younger Cha I, where the highest Hα fluxes are mostly due to accretion, rather than to chromospheric activity. Accreting and active stars occupy two different regions in a Teff-flux diagram and we propose a criterion for distinguishing them. We derive {dot}(M)acc in the ranges 10–11-10–9M/yr and 10–10-10–7M/yr for γ Vel and Cha I accretors, respectively. We find less scatter in the {dot}(M)acc-M* relation derived through the Hα EWs, when compared to the Hα 10%W diagnostics, in agreement with other authors.

Abstract Copyright:

Journal keyword(s): stars: chromospheres - stars: low-mass - open clusters and associations: individual: γ Velorum - stars: rotation - open clusters and associations: individual: Chamaeleon I - stars: pre-main sequence

VizieR on-line data: <Available at CDS (J/A+A/575/A4): table2.dat table3.dat table4.dat table5.dat>

Simbad objects: 223

goto Full paper

goto View the reference in ADS

Number of rows : 223

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 * del Eri RS* 03 43 14.9008787 -09 45 48.208444 5.13 4.46 3.54 2.82 2.32 K0+IV 556 0
2 NAME Taurus Complex SFR 04 41.0 +25 52           ~ 3723 0
3 NAME Orion Nebula Cluster OpC 05 35.0 -05 29           ~ 2061 1
4 LDN 1641 MoC 05 39.0 -07 00           ~ 439 0
5 2MASS J08064389-4731532 Y*O 08 06 43.8943767490 -47 31 53.280829653   19.21 17.65   14.98 M4Ve 6 0
6 GES J08065469-4657241 * 08 06 54.6896505503 -46 57 24.159472018     12.81   11.55 K0Ve 3 0
7 GES J08070036-4745250 Y*? 08 07 00.3589445233 -47 45 25.047781344     17.87   15.04 M4Ve 6 0
8 2MASS J08071155-4719512 Y*O 08 07 11.5539222513 -47 19 51.291038559   16.09 14.77   13.13 K5Ve 7 0
9 GES J08072198-4711230 Y*? 08 07 21.9856272637 -47 11 23.114507733     17.18   14.40 M4Ve 5 0
10 2MASS J08072538-4728177 Y*O 08 07 25.3839643468 -47 28 17.807503501   19.82 18.30   15.42 M4Ve 6 0
11 2MASS J08073251-4734418 Y*O 08 07 32.5148615013 -47 34 41.938325004   17.93 16.41   14.17 M1Ve 6 0
12 GES J08073363-4703355 Y*? 08 07 33.6376943806 -47 03 35.552186788     15.51   13.53 K5Ve 6 0
13 2MASS J08073420-4725072 Y*? 08 07 34.1960637494 -47 25 07.178567849   17.20 15.74   13.47 K8Ve 4 0
14 GES J08073442-4654016 Y*? 08 07 34.4216042240 -46 54 01.606873492     18.41   15.13 M4Ve 5 0
15 2MASS J08074305-4711070 Y*O 08 07 43.0534689362 -47 11 07.106646770   17.71 16.27   14.05 M4Ve 6 0
16 2MASS J08074360-4722095 Y*O 08 07 43.6106580886 -47 22 09.598682005   15.85 14.54   12.99 K5Ve 7 0
17 2MASS J08074647-4711495 Y*O 08 07 46.4846795400 -47 11 49.579024400   19.63 18.09   15.24 M4Ve 6 0
18 GES J08074909-4744364 Y*? 08 07 49.0904241240 -47 44 36.380641226     17.33   14.66 M4Ve 5 0
19 2MASS J08075314-4726322 Y*O 08 07 53.1410882893 -47 26 32.293127815   18.70 17.22   14.64 M4Ve 6 0
20 2MASS J08075546-4707460 Y*O 08 07 55.4708932750 -47 07 46.022282448   14.73 13.62   12.34 K3Ve 7 0
21 GES J08075757-4743462 Y*? 08 07 57.5722877810 -47 43 46.194134992     14.86   13.20 K5Ve 5 0
22 GES J08080314-4741495 Y*? 08 08 03.1394391981 -47 41 49.515399612     15.15   13.49 K5Ve 5 0
23 2MASS J08080387-4720433 Y*O 08 08 03.8797570469 -47 20 43.360145052   17.83 16.36   14.10 M4Ve 7 0
24 2MASS J08080773-4659130 Y*O 08 08 07.7377368805 -46 59 13.057814880   17.49 16.02   13.94 K8Ve 6 0
25 2MASS J08080880-4732335 Y*O 08 08 08.8104837189 -47 32 33.642264277   18.10 16.60   14.26 M4Ve 8 0
26 2MASS J08080942-4732249 Y*? 08 08 09.4269024676 -47 32 25.013617428   18.07 16.57   13.96 M4Ve 5 0
27 2MASS J08081498-4715380 Y*? 08 08 14.9781074695 -47 15 37.947134961   17.39 15.95   13.83 K8Ve 7 0
28 GES J08081723-4740092 Y*? 08 08 17.2232977198 -47 40 09.251321357     14.28   12.94 K5Ve 5 0
29 2MASS J08082021-4720259 Y*? 08 08 20.2028681380 -47 20 25.779276238   19.24 17.70   14.74 M4Ve 5 0
30 2MASS J08082845-4716019 Y*? 08 08 28.4666935913 -47 16 01.946358785   15.65 14.46   13.05 K5Ve 5 0
31 GES J08083827-4745000 Y*? 08 08 38.2654796095 -47 44 59.945980887     17.98   15.20 M3Ve 5 0
32 2MASS J08083837-4728186 Y*O 08 08 38.3741007423 -47 28 18.609318689   14.98 13.82   12.51 K1Ve 9 0
33 2MASS J08084470-4706591 Y*O 08 08 44.6985308193 -47 06 59.085837298   18.20 16.70   14.26 M4Ve 8 0
34 2MASS J08084700-4739180 Y*O 08 08 47.0027710800 -47 39 18.076931370   18.75 17.24   14.73 M4Ve 6 0
35 GES J08084743-4742349 * 08 08 47.430 -47 42 34.88     16.8   13.94 M4Ve 3 0
36 2MASS J08084881-4653424 Y*? 08 08 48.8180989339 -46 53 42.472722488   17.26 15.79   13.49 M4Ve 4 0
37 2MASS J08085118-4716073 Y*O 08 08 51.1810963869 -47 16 07.424137833   16.39 15.04   13.32 K5Ve 9 0
38 2MASS J08085214-4722578 Y*O 08 08 52.1470209576 -47 22 57.860054683   16.38 15.03   13.35 K5Ve 9 0
39 2MASS J08085390-4715074 Y*O 08 08 53.9085699333 -47 15 07.525449758   17.18 15.73   13.70 K8Ve 9 0
40 2MASS J08085401-4717234 Y*O 08 08 54.0081014844 -47 17 23.551059438   16.72 15.31   13.43 K8Ve 7 0
41 2MASS J08090157-4717068 Y*O 08 09 01.5731507520 -47 17 06.855759421   18.65 17.17   14.64 M4Ve 8 0
42 2MASS J08090378-4742156 Y*O 08 09 03.7853235686 -47 42 15.656015130   17.55 16.08   13.88 M1Ve 7 0
43 2MASS J08090757-4718421 Y*? 08 09 07.5806400321 -47 18 42.158280819   15.59 14.33   12.77 K5Ve 6 0
44 TYC 8140-5565-1 * 08 09 08.4977234094 -47 01 40.717427961   11.26 10.73     F1V 8 0
45 2MASS J08090874-4707440 Y*O 08 09 08.7452360579 -47 07 44.051315424   19.46 17.96   15.01 M4Ve 7 0
46 GES J08090915-4745105 Y*? 08 09 09.1439425498 -47 45 10.519312827     17.72   15.02 M3Ve 5 0
47 GES J08090978-4726305 Y*? 08 09 09.7825537505 -47 26 30.436462648     17.729   15.027 M3Ve 5 0
48 2MASS J08091001-4726341 Y*? 08 09 10.0087899736 -47 26 33.982667521   19.20 17.65   14.47 M4Ve 5 0
49 2MASS J08091036-4720249 Y*O 08 09 10.3643079379 -47 20 24.967774909   17.09 15.62   13.36 M1Ve 8 0
50 2MASS J08091392-4715498 Y*O 08 09 13.9262377151 -47 15 49.798358970   18.39 16.93   14.27 M4Ve 8 0
51 2MASS J08091543-4726103 Y*? 08 09 15.437 -47 26 10.38   19.10 17.65   14.83 M4Ve 6 0
52 2MASS J08091747-4715557 Y*O 08 09 17.4748864868 -47 15 55.771580438   17.91 16.45   13.81 M4Ve 8 0
53 2MASS J08091846-4718420 Y*O 08 09 18.4596286948 -47 18 41.989038054   18.03 16.59   13.96 M4Ve 8 0
54 2MASS J08091875-4708533 Y*? 08 09 18.7492202254 -47 08 53.373714817     12.496   11.841 F9IV-Ve 5 0
55 2MASS J08091979-4720483 Y*? 08 09 19.7891328955 -47 20 48.343628871   17.80 16.34   14.14 M1Ve 5 0
56 2MASS J08092182-4735370 Y*O 08 09 21.8304688731 -47 35 36.938181030   19.95 18.38   15.44 M4Ve 6 0
57 2MASS J08092234-4717333 Y*? 08 09 22.3413074459 -47 17 33.308029668   19.76 18.27   15.15 M4Ve 5 0
58 Ass Vel OB 2 As* 08 09 22.478 -47 21 03.46           ~ 224 0
59 2MASS J08092375-4735048 Y*O 08 09 23.7533518608 -47 35 04.796110212   19.82 18.31   15.45 M3Ve 6 0
60 2MASS J08092397-4744091 Y*O 08 09 23.9753098778 -47 44 09.067489645   18.88 17.41   14.77 M3Ve 6 0
61 GES J08092576-4730559 Y*? 08 09 25.7579006442 -47 30 55.783343246     17.48   14.88 M4Ve 5 0
62 2MASS J08092627-4731001 Y*O 08 09 26.2669420384 -47 31 00.105018053   13.45 12.55   11.53 K1Ve 12 0
63 2MASS J08092707-4724277 Y*? 08 09 27.080 -47 24 27.80   19.39 17.91   15.19 M3Ve 5 0
64 2MASS J08092748-4723071 Y*? 08 09 27.4951671848 -47 23 07.140332215     17.686   14.894 M4Ve 4 0
65 GES J08092860-4720178 * 08 09 28.6060265120 -47 20 17.820156056     14.0   12.40 K5Ve 3 0
66 2MASS J08093011-4657559 Y*? 08 09 30.1186923051 -46 57 55.955764779   14.00 13.01   11.83 K0Ve 4 0
67 2MASS J08093028-4734085 Y*O 08 09 30.2815748317 -47 34 08.525978732   19.05 17.69   14.87 M4Ve 8 0
68 2MASS J08093134-4723124 Y*O 08 09 31.3481243272 -47 23 12.441199212   16.72 15.33   13.51 K8Ve 7 0
69 2XMMp J080931.5-472428 SB* 08 09 31.5352772944 -47 24 28.864220669   18.64 17.47   14.93 M4Ve 7 0
70 2MASS J08093153-4737066 Y*? 08 09 31.5517743850 -47 37 06.487172605   18.16 16.68   14.10 M4Ve 4 0
71 TYC 8140-5320-1 Y*? 08 09 33.0408513256 -47 37 06.572797770   12.803 11.964 11.841 10.97 G2Ve 9 0
72 GES J08093332-4718502 Y*? 08 09 33.3188921413 -47 18 50.152576765     15.64   13.31 M1Ve 7 0
73 2MASS J08093680-4717039 Y*O 08 09 36.8046773930 -47 17 04.013433146   16.04 14.72   12.96 K5Ve 6 0
74 2MASS J08093868-4737069 Y*O 08 09 38.6827708604 -47 37 06.971005695   18.91 17.42   14.80 M4Ve 6 0
75 2MASS J08093920-4721386 Y*O 08 09 39.2064835879 -47 21 38.720327896   12.95 12.14   11.25 K0Ve 7 0
76 2MASS J08093936-4739060 Y*O 08 09 39.3658057782 -47 39 06.038758304   18.19 16.70   14.07 M4Ve 6 0
77 2MASS J08094046-4728324 Y*O 08 09 40.4677151280 -47 28 32.382678388   18.68 17.15   14.14 M4Ve 8 0
78 2MASS J08094097-4726410 Y*O 08 09 40.9712705263 -47 26 41.037149807   19.33 17.89   15.02 M4Ve 8 0
79 2MASS J08094198-4703316 Y*O 08 09 41.9847928894 -47 03 31.649455088   17.36 15.91   13.86 K8Ve 7 0
80 2MASS J08094219-4719526 Y*O 08 09 42.1998144175 -47 19 52.709359914   13.31 12.39   11.24 K1Ve 11 0
81 2MASS J08094476-4720441 Y*O 08 09 44.7723739164 -47 20 44.119061368   15.36 14.09   12.41 K5Ve 9 0
82 2MASS J08094536-4721101 Y*? 08 09 45.3647552413 -47 21 10.112877933   19.45 18.14   14.97 M4Ve 7 0
83 2MASS J08094654-4711042 Y*O 08 09 46.5472051296 -47 11 04.257941490   18.92 17.44   14.78 M4Ve 7 0
84 2MASS J08094691-4731389 Y*O 08 09 46.9188445255 -47 31 38.919228141   18.05 16.59   14.23 M3Ve 8 0
85 2MASS J08094766-4708370 Y*O 08 09 47.6625658357 -47 08 37.061300840   17.40 15.94   13.65 M1Ve 8 0
86 2MASS J08094812-4740323 Y*O 08 09 48.1123678854 -47 40 32.364212132   18.49 17.04   14.49 M4Ve 6 0
87 2MASS J08094851-4719418 Y*O 08 09 48.5144338785 -47 19 41.768324292   18.29 16.90   14.14 M4Ve 8 0
88 2MASS J08094951-4712079 Y*O 08 09 49.5151212512 -47 12 07.921980414   16.68 15.32   13.49 K5Ve 8 0
89 2MASS J08094981-4720129 Y*O 08 09 49.8110731732 -47 20 12.881296592   14.66 13.57   12.33 K1Ve 8 0
90 2MASS J08095048-4723123 Y*O 08 09 50.4866661293 -47 23 12.286238602   18.33 16.85   14.06 M3Ve 8 0
91 2MASS J08095079-4740450 Y*O 08 09 50.7960512260 -47 40 44.993113851   19.72 18.23   15.41 M4Ve 6 0
92 2MASS J08095265-4717121 Y*O 08 09 52.6522079468 -47 17 12.107746726   15.67 14.45   12.88 K5Ve 7 0
93 2MASS J08095370-4716084 Y*O 08 09 53.7058413888 -47 16 08.412485359   17.39 15.96   13.55 M4Ve 8 0
94 2MASS J08095426-4721418 Y*O 08 09 54.2655205390 -47 21 41.865944794   12.53 11.84   11.07 G1.5V 11 0
95 2MASS J08095623-4704353 Y*O 08 09 56.2286090055 -47 04 35.325726578   18.25 16.76   14.29 M4Ve 7 0
96 2MASS J08095785-4720085 Y*O 08 09 57.8555566119 -47 20 08.528582643   16.45 15.09   13.32 K5Ve 6 0
97 2MASS J08095807-4737443 Y*O 08 09 58.0691574560 -47 37 44.302180730   18.52 17.07   14.64 M4Ve 6 0
98 2MASS J08095842-4715483 Y*O 08 09 58.4186948270 -47 15 48.258124446   17.21 15.76   13.72 K8Ve 9 0
99 2MASS J08095904-4715230 Y*O 08 09 59.0329449073 -47 15 22.980388878   17.70 16.22   14.03 M1Ve 8 0
100 2MASS J08095922-4716215 Y*O 08 09 59.2206352530 -47 16 21.502085747   16.72 15.30   13.46 K5Ve 7 0
101 2MASS J08095966-4726048 Y*O 08 09 59.6684423149 -47 26 04.792319818   12.79 12.00   11.10 K0IV 9 0
102 GES J08095986-4654056 Y*? 08 09 59.8684375189 -46 54 05.451354337     16.18   14.08 K8Ve 5 0
103 2MASS J08100053-4717581 Y*O 08 10 00.5352295180 -47 17 58.074706167   18.19 16.72   14.26 M4Ve 7 0
104 GES J08100066-4744550 Y*? 08 10 00.6630376047 -47 44 55.200143293     16.77   14.44 M4Ve 5 0
105 2MASS J08100201-4742040 Y*O 08 10 02.0152597219 -47 42 04.105934450   17.97 16.48   14.24 M1Ve 6 0
106 2MASS J08100229-4745123 Y*O 08 10 02.2894469612 -47 45 12.372928887   18.34 16.86   14.30 M3Ve 5 0
107 2MASS J08100280-4736371 Y*? 08 10 02.7906587041 -47 36 37.028121837   19.19 18.02   15.12 M4Ve 4 0
108 2MASS J08100729-4744407 Y*O 08 10 07.2893193022 -47 44 40.778890900   18.42 16.94   14.45 M3Ve 6 0
109 2MASS J08100859-4709118 Y*? 08 10 08.5971940353 -47 09 11.827282191   17.18 15.70   13.52 K8Ve 5 0
110 2MASS J08101039-4730469 Y*O 08 10 10.4003813061 -47 30 46.956101882   14.91 13.78   12.48 K5Ve 9 0
111 2MASS J08101482-4708279 Y*O 08 10 14.8220592688 -47 08 27.910400359   14.01 13.04   11.94 K0Ve 9 0
112 2MASS J08101791-4703555 Y*O 08 10 17.9105559889 -47 03 55.551981695   18.97 17.48   14.79 M4Ve 7 0
113 2MASS J08101877-4714064 Y*O 08 10 18.7709155003 -47 14 06.409123299   17.92 16.44   14.09 K8Ve 8 0
114 2MASS J08102227-4727157 Y*O 08 10 22.2739531311 -47 27 15.699797595   16.04 14.71   13.09 K5Ve 9 0
115 2MASS J08102450-4736422 Y*O 08 10 24.5061290573 -47 36 42.277862323   19.03 17.54   14.82 M4Ve 7 0
116 2MASS J08103014-4726140 Y*O 08 10 30.148 -47 26 14.01   15.97 14.58   12.76 K5Ve 5 0
117 2MASS J08103074-4726219 Y*O 08 10 30.7455702392 -47 26 21.892019629   16.56 15.14   13.15 K5Ve 6 0
118 GES J08103418-4657332 * 08 10 34.1698999163 -46 57 33.098850336     15.07   12.92 K8Ve 3 0
119 2MASS J08103682-4728489 Y*O 08 10 36.8162681609 -47 28 48.919230009   17.81 16.41   13.92 M3Ve 8 0
120 2MASS J08103926-4716475 Y*O 08 10 39.2665156833 -47 16 47.506180125   19.52 18.08   15.02 M4Ve 8 0
121 2MASS J08103947-4718465 Y*O 08 10 39.4769140289 -47 18 46.470720042   19.65 18.14   15.01 M3Ve 7 0
122 GES J08104075-4734202 Y*? 08 10 40.7449851481 -47 34 20.171351581     17.12   14.51 M4Ve 6 0
123 2MASS J08104454-4727055 Y*? 08 10 44.5285229047 -47 27 05.493160166   18.94 17.39   14.40 M4Ve 5 0
124 2MASS J08104649-4742215 Y*O 08 10 46.4889116492 -47 42 21.637430787   17.13 15.69   13.78 K8Ve 6 0
125 2MASS J08104746-4703503 Y*O 08 10 47.4582404623 -47 03 50.377713291   18.20 16.74   14.01 M4Ve 6 0
126 GES J08104829-4746049 Y*? 08 10 48.2874309544 -47 46 04.925988213     16.7   14.29 M4Ve 5 0
127 2MASS J08104996-4707478 Y*O 08 10 49.9605539600 -47 07 47.798310646   19.34 17.81   14.85 M4.5Ve 6 0
128 2MASS J08105365-4725089 Y*O 08 10 53.6553386552 -47 25 08.904229802   17.99 16.51   13.85 M4Ve 7 0
129 2MASS J08105577-4718065 Y*? 08 10 55.7631498689 -47 18 06.404895916   19.66 18.08   14.96 M4Ve 4 0
130 2MASS J08105600-4740068 Y*O 08 10 56.0030449162 -47 40 06.845001781   19.37 17.90   15.20 M4Ve 6 0
131 2MASS J08105880-4718529 Y*O 08 10 58.8023943606 -47 18 52.894459217   18.86 17.38   14.74 M4Ve 8 0
132 2MASS J08110285-4724405 Y*O 08 11 02.8462284556 -47 24 40.494783689   13.93 12.99   11.91 K1Ve 10 0
133 2MASS J08110328-4716357 Y*? 08 11 03.2796868175 -47 16 35.736228002   17.35 15.90   13.54 K5Ve 6 0
134 2MASS J08110601-4726208 Y*O 08 11 06.0136544691 -47 26 20.824951433   17.58 16.11   13.96 K8Ve 7 0
135 2MASS J08111145-4727377 Y*O 08 11 11.4454599078 -47 27 37.702364384   13.13 12.30   11.41 K0Ve 7 0
136 2MASS J08111184-4729447 Y*? 08 11 11.8365274764 -47 29 44.741951336   18.70 17.30   14.48 M4Ve 5 0
137 2MASS J08111207-4721438 Y*O 08 11 12.0729251123 -47 21 43.838384673   17.82 16.36   14.15 K8Ve 6 0
138 2MASS J08111258-4708072 Y*? 08 11 12.5632807353 -47 08 07.057124503   19.77 18.19   14.97 M4.5Ve 4 0
139 2MASS J08111480-4705207 Y*O 08 11 14.8041246495 -47 05 20.673867353   19.48 17.99   15.07 M4Ve 6 0
140 2MASS J08111784-4723095 Y*O 08 11 17.8379410168 -47 23 09.491665155   18.06 16.59   14.22 M4Ve 7 0
141 GES J08112320-4652335 Y*? 08 11 23.1960041267 -46 52 33.446230814     13.0   11.84 K0Ve 5 0
142 2MASS J08113781-4726376 Y*O 08 11 37.8141458917 -47 26 37.593427519   19.27 17.76   14.63 M4.5Ve 6 0
143 2MASS J08114455-4657516 Y*? 08 11 44.5580051442 -46 57 51.616183538     15.53   13.60 K5Ve 5 0
144 GES J08115579-4731508 Y*? 08 11 55.7916554784 -47 31 50.735155651     17.32   14.67 M4Ve 6 0
145 GES J08115956-4657100 Y*? 08 11 59.5616813691 -46 57 10.059417855     17.73   14.95 M4Ve 5 0
146 V* SX Cha Or* 10 55 59.802000 -77 24 40.12524   16.01 14.57 14.23 12.35 M1.5+M3 82 0
147 V* SY Cha Or* 10 56 30.3882538728 -77 11 39.402450501         11.29 K5Ve 116 0
148 2MASS J10563146-7618334 Y*? 10 56 31.4830603349 -76 18 33.551875662           M4Ve 4 0
149 Sz 4 TT* 10 57 42.1008128649 -76 59 35.640039635   14.1 14.80   12.17 M4Ve 41 0
150 UCAC2 543262 * 10 57 53.7743689394 -77 24 49.724867461       16.07 13.44 M4Ve 5 0
151 V* TW Cha Or* 10 59 01.0608276980 -77 22 40.946475900     13.40   11.68 K8Ve 118 0
152 Hen 3-545 Or* 10 59 06.9712894449 -77 01 40.309036535   12.91 11.136   9.596 K4Ve 193 0
153 CHXR 9C Y*O 11 01 18.723 -76 27 02.56   15.46 13.90 13.55 11.56 M1.5+M2 16 1
154 V* CS Cha Or* 11 02 24.8849252208 -77 33 35.683462615   12.88 11.69   10.123 K2Ve 203 0
155 Hn 1 Y*O 11 02 32.5992281327 -77 29 13.008552253         13.10 M3+M5 38 0
156 CHXR 14N Y*O 11 04 51.0229111739 -76 25 24.078948749   15.98 14.13   11.89 K4Ve 22 0
157 CHXR 14S Y*O 11 04 52.8623059984 -76 25 51.535117807   16.51 14.66   12.05 K8Ve 20 0
158 Hn 4 Y*O 11 05 14.5496059237 -77 11 29.219513274         13.20 M4+M3 24 0
159 2MASS J11052472-7626209 Y*O 11 05 24.7245852379 -76 26 20.785772216         13.09 M4V 8 0
160 CHXR 15 Y*O 11 05 42.8798706942 -77 26 51.564304595         13.51 M5+M5 31 0
161 V* UV Cha Or* 11 05 52.6269581822 -76 18 25.458428843   15.13 13.69 13.21 11.58 K5Ve 34 0
162 V* UX Cha Or* 11 06 45.0955906069 -77 27 02.383778673     14.78   12.07 K5Ve 54 0
163 CHXR 74 TT* 11 06 57.3104472434 -77 42 10.645175426         13.66 M3Ve 42 0
164 V* UY Cha Or* 11 06 59.0259228302 -77 18 53.406348011         12.97 M4Ve 56 0
165 Hn 6 Y*O 11 07 11.4517064116 -77 46 39.352554383         13.31 M3e 35 0
166 V* UZ Cha Or* 11 07 12.0599793783 -76 32 23.245866021         12.62 K8Ve 50 0
167 Ass Cha T 1-12 Y*O 11 07 19.1458095174 -76 03 04.866052625   17.05 15.35   12.57 M4Ve 64 0
168 Ass Cha T 2-26 B Y*O 11 07 20.1879288818 -77 38 11.570955393       15.94 14.21 M4Ve 7 0
169 ISO-ChaI 99 Y*O 11 07 20.3876571952 -77 29 40.314392409       14.91 13.00 M4Ve 13 0
170 V* VV Cha Or* 11 07 28.241088 -76 52 11.92620   16.00 14.72 14.48 12.19 M1.5+M3 62 0
171 Ass Cha T 1-15 Or* 11 07 43.6609031154 -77 39 41.135416457   17.05 15.34   12.67 K5Ve 68 0
172 RX J1108.2-7728 Y*O 11 07 55.775088 -77 27 25.52724   15.26 13.40 13.07 11.04 K3Ve 52 0
173 Sz 23 Or* 11 07 58.0950734241 -77 42 41.351737085   15.8 18.04   14.63 M4Ve 59 0
174 ESO-HA 562 Or* 11 08 02.8818832663 -77 38 42.559049944     17.61   14.41 M0.5+M0.5 41 0
175 V* HP Cha Or* 11 08 15.216432 -77 33 53.17020   14.33 12.77 12.11   K3+G5e 102 0
176 Ass Cha T 1-19 Y*O 11 08 16.4935782089 -77 44 37.208594822   18.40 16.53   13.12 M4Ve 48 0
177 Ass Cha T 1-20 Or* 11 08 39.0278260669 -77 16 04.168315197   18.44 16.28 15.822 13.17 K5Ve 77 0
178 HJM C 1-10 Y*O 11 08 40.7020938880 -76 36 07.862470363   17.34 15.50 14.96 12.60 K8Ve 21 0
179 Sz 28 Y*O 11 08 50.9082136997 -76 25 13.683233652   16.4     14.60 M4Ve 32 0
180 2MASS J11085242-7519027 V* 11 08 52.4241563622 -75 19 02.751746857           M3Ve 5 0
181 V* PU Car Ce* 11 08 53.6898995785 -75 21 36.001145506           M1Ve 24 0
182 V* VY Cha Or* 11 08 54.6053179733 -77 02 13.010307395   14.8     13.60 K8Ve 63 0
183 2MASS J11090915-7553477 * 11 09 09.1461887932 -75 53 47.826631402           M4Ve 3 0
184 Sz 30 TT* 11 09 11.72304 -77 29 12.4836   14.89 13.28 13.02 11.032 M2.5+M2 50 0
185 NAME Sz 30C * 11 09 12.9485767077 -77 29 11.591113503           K8Ve 6 0
186 HJM C 1-15 Y*O 11 09 13.8184943576 -76 28 39.688945442         13.91 M4Ve 25 0
187 [CCE98] 1-74 TT* 11 09 17.6894816682 -76 27 57.916038219   15.48 13.92   11.72 K4Ve 40 0
188 V* VZ Cha Or* 11 09 23.7736314968 -76 23 20.855918834   13.82 12.94   12.14 K7e 128 0
189 CHX 15b Y*O 11 09 40.0554020707 -76 28 39.259268411   15.68 14.04   11.66 K8Ve 34 0
190 Ass Cha T 1-23 Or* 11 09 53.4191770981 -76 34 25.652662545   13.9 19.50 15.10 13.52 G9IIIe 81 0
191 V* WX Cha Or* 11 09 58.666944 -77 37 09.03432   14.93 13.85 14.23 12.20 M1+M5 91 0
192 V* FN Cha Or* 11 10 04.6715878167 -76 35 45.254940394     14.68 13.89 12.39 K5Ve 49 0
193 V* WY Cha Or* 11 10 07.0323174364 -76 29 37.640377806   15.29 13.87   11.62 K8Ve 80 1
194 HJM C 1-8 Y*O 11 10 11.3920788538 -76 35 29.251306607         13.75 K5Ve 50 0
195 2MASS J11101153-7733521 Y*O 11 10 11.5097239930 -77 33 52.049562812       16.33 14.24 M4Ve 10 0
196 NAME Cha T Association As* 11 10 16.7 -76 42 03           ~ 42 1
197 HJM C 6-2 Y*O 11 10 28.5074803567 -77 16 59.599068546     17.93   13.97 M3Ve 31 0
198 Ass Cha T 1-27 Or* 11 10 49.5666192333 -77 17 51.754825123   16.80 16.64   13.84 M4Ve 71 0
199 V* WZ Cha Or* 11 10 53.3208321416 -76 34 32.060346788   16.41 15.48   13.07 M4Ve 62 0
200 HJM E 4-7 LM* 11 11 22.6225833036 -77 05 53.888088814         14.02 M4Ve 17 0
201 HJM E 1-7 Or* 11 11 34.7529878525 -76 36 21.250012774   16.35 14.73   12.35 K8Ve 30 0
202 V* XX Cha Or* 11 11 39.6733333784 -76 20 15.037536625   16.67 15.28   12.56 M3Ve 99 1
203 CHX 18N TT* 11 11 46.3366412620 -76 20 08.947142071   13.27 11.96   10.37 K5IVe 61 1
204 Hn 15 Y*O 11 11 54.024360 -76 19 30.93132   16.02 14.37 13.98 11.88 M2.5+M3.5 22 1
205 Sz 40 Or* 11 12 09.8315145785 -76 34 36.496433593   15.2     13.41 M4.5Ve 52 0
206 Sz 41 TT* 11 12 24.3971939698 -76 37 06.179976409   11.2 11.60   10.22 K7+M2.5 92 1
207 HJM E 4-3 Y*O 11 12 42.1035695224 -76 58 40.105613409   14.74 13.29 12.98   K5Ve 28 0
208 Ass Cha T 2-54 TT* 11 12 42.6696152636 -77 22 22.928829312     11.103   9.653 G8+K7 80 2
209 HJM E 1-8 TT* 11 12 42.9823393023 -76 37 04.866099514         10.95 K3Ve 29 0
210 2MASS J11130450-7534369 * 11 13 04.4045112849 -75 34 36.886577528           M4Ve 3 0
211 Hn 18 Y*O 11 13 24.4527724500 -76 29 22.875007645         13.51 M4Ve 35 0
212 HJM E 1-4 Y*O 11 13 27.3698112219 -76 34 16.644118218   15.96 14.35   12.10 K8Ve 26 0
213 Hn 19 Y*O 11 13 29.6966247744 -76 29 01.382016585         13.42 M4Ve 26 0
214 Sz 44 Or* 11 13 33.5605868629 -76 35 37.465480024   15.4     13.59 M4Ve 29 0
215 Hn 20 Y*O 11 14 15.5412946530 -76 27 36.573467035         13.24 M4Ve 25 0
216 BYB 53 Y*O 11 14 50.3174069712 -77 33 38.810469954         11.83 M2+M4 20 0
217 CHXR 68A * 11 18 20.2671732411 -76 21 57.734321272   14.22 12.75 12.51 10.96 K4Ve 18 0
218 UCAC4 068-012962 * 11 21 30.7925802979 -76 33 35.173468546   16.80 15.07 14.62   M4Ve 4 0
219 2MASS J11242980-7554237 Y*O 11 24 29.8391421759 -75 54 23.856062203         12.91 M4Ve 7 0
220 2MASS J11291261-7546263 TT* 11 29 12.6353724118 -75 46 26.408578257     12.91     K3Ve 19 0
221 NAME Chamaeleon Region SFR 11 55 -78.0           ~ 716 0
222 NAME Cha II MoC 12 54 -77.2           ~ 306 0
223 * 18 Sco PM* 16 15 37.2703721200 -08 22 09.981989277   6.15 5.50     G2Va 514 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2015A&A...575A...4F and select 'bookmark this link' or equivalent in the popup menu


2021.06.21-14:46:16

© Université de Strasbourg/CNRS

    • Contact