2009A&A...506.1277G


C.D.S. - SIMBAD4 rel 1.7 - 2020.07.13CEST23:56:03

2009A&A...506.1277G - Astronomy and Astrophysics, volume 506, 1277-1296 (2009/11-2)

Luminosities and mass-loss rates of SMC and LMC AGB stars and red supergiants.

GROENEWEGEN M.A.T., SLOAN G.C., SOSZYNSKI I. and PETERSEN E.A.

Abstract (from CDS):

Mass loss is one of the fundamental properties of Asymptotic Giant Branch (AGB) stars, and through the enrichment of the interstellar medium, AGB stars are key players in the life cycle of dust and gas in the universe. However, a quantitative understanding of the mass-loss process is still largely lacking, particularly its dependence on metallicity. To investigate the relation between mass loss, luminosity and pulsation period for a large sample of evolved stars in the Small and Large Magellanic Cloud. Dust radiative transfer models are presented for 101 carbon stars and 86 oxygen-rich evolved stars in the Magellanic Clouds for which 5-35µm Spitzer IRS spectra are available. The spectra are complemented with available optical and infrared photometry to construct the spectral energy distribution. A minimisation procedure is used to fit luminosity, mass-loss rate and dust temperature at the inner radius. Different effective temperatures and dust content are also considered. Periods from the literature and from new OGLE-III data are compiled and derived. We derive (dust) mass-loss rates and luminosities for the entire sample. Based on luminosities, periods and amplitudes and colours, the O-rich stars are classified as foreground objects, AGB stars and Red Super Giants. For the O-rich stars silicates based on laboratory optical constants are compared to ``astronomical silicates''. Overall, the grain type by Volk & Kwok (1988ApJ...331..435V) fits the data best. However, the fit based on laboratory optical constants for the grains can be improved by abandoning the small-particle limit. The influence of grain size, core-mantle grains and porosity are explored. A computationally convenient method that seems to describe the observed properties in the 10µm window are a distribution of hollow spheres with a large vacuum fraction (typically 70%), and grain size of about 1 µm. Relations between mass-loss rates and luminosity and pulsation period are presented and compared to the predictions of evolutionary models, those by Vassiliadis & Wood (1993ApJ...413..641V) and their adopted mass-loss recipe, and those based on a Reimers mass-loss law with a scaling of a factor of five. The Vassiliadis & Wood (1993ApJ...413..641V) models describe the data better, although there are also some deficiencies, in particular to the maximum adopted mass-loss rate. The derived mass-loss rates are compared to predictions by dynamical wind models and appear consistent with them at a level of a factor 2-4. A better understanding requires the determination of the expansion velocity from future observations from ALMA. The OGLE-III data reveal an O-rich star in the SMC with a period of 1749days. Its absolute magnitude of Mbol=-8.0 makes it a good candidate for a super-AGB star.

Abstract Copyright:

Journal keyword(s): stars: AGB and post-AGB - stars: mass loss - Magellanic Clouds

VizieR on-line data: <Available at CDS (J/A+A/506/1277): table1c.dat table2o.dat table3c.dat table4m.dat>

Simbad objects: 232

goto Full paper

goto View the reference in ADS

Number of rows : 232

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 NGC 104 GlC 00 24 05.359 -72 04 53.20   5.78 4.09     ~ 3548 0
2 SV* HV 11223 AB* 00 32 01.5989258285 -73 22 34.802172128 19.60 16.63 14.67   12.44 M3Ia-Iab 24 0
3 NAME GM 780 C* 00 35 37.2630867960 -73 09 56.216428869     16.760   14.235 C 16 1
4 MSX SMC 029 pA* 00 36 46.3066254620 -73 31 35.484753395           C-rich 20 0
5 MSX SMC 091 C* 00 36 56.7351409110 -72 25 17.411694829         15.78 C-rich 12 0
6 OGLE J004240.89-725705.1 C* 00 42 40.9004251324 -72 57 05.594778322         16.985 C-rich 11 0
7 SV* HV 1366 AB* 00 42 49.8583178703 -72 55 11.245914209 20.40 20.29 18.32   14.23 M6 14 0
8 SV* HV 1375 AB* 00 42 52.2154670258 -73 50 51.560416485 19.48 18.37 16.32   12.85 M5II 25 0
9 MSX SMC 054 C* 00 43 05.90 -73 21 40.6     21.430   17.66 C 15 0
10 OGLE SMC-LPV-4431 C* 00 43 39.58 -73 14 57.6 19.762 19.230 19.920   16.406 C 16 0
11 MSX SMC 105 C* 00 45 02.1451986000 -72 52 24.225670081   22.31 21.099   19.16 C 14 0
12 OGLE J004553.92-732340.7 C* 00 45 53.95 -73 23 41.2         19.462 C 15 0
13 MSX SMC 014 Mi* 00 46 16.33 -74 11 13.6         19.872 ~ 12 0
14 OGLE J004631.61-732846.0 AB* 00 46 31.59 -73 28 46.4         16.731 O-rich 12 0
15 IRAS F00448-7332 C* 00 46 39.8 -73 16 22           C-rich 10 0
16 MSX SMC 060 C* 00 46 40.4259636035 -73 16 47.214980476     20.137   18.114 C 13 0
17 MSX SMC 200 C* 00 46 50.7866769180 -71 47 39.165376148     21.203   17.557 C-rich 11 0
18 OGLE J004705.55-732132.5 C* 00 47 05.5361472089 -73 21 32.898995308   20.430 22.031   17.053 C 15 0
19 NAME BFM 1 S* 00 47 19.24 -72 40 04.5 19.22 17.62 17.73   13.91 S 13 0
20 SV* HV 11262 s*r 00 47 36.9137910774 -73 04 44.256838778 15.45 14.60 12.62 11.62 10.46 M1Ia 27 0
21 OGLE J004852.51-730856.5 C* 00 48 52.4980622501 -73 08 56.892434101     19.631   16.634 C 13 1
22 LIN 131 S* 00 49 03.8369281845 -73 05 19.969553589   16.143 15.424   13.332 SC4:/8+e 20 0
23 PMMR 34 s*r 00 50 06.3819680791 -73 28 11.075932950 16.06 14.40 12.53 11.64   K3Iab 23 0
24 IRAS 00483-7347 Mi* 00 50 07.19 -73 31 25.2     22.532   16.016 M 32 0
25 RAW 631 C* 00 50 44.4034567614 -72 37 39.006634755   19.64 17.36   14.78 C 15 0
26 MSX SMC 163 C* 00 51 00.75 -72 25 18.6         17.444 C 15 0
27 PMMR 41 s*r 00 51 29.6746118372 -73 10 44.426902926 15.51 14.20 12.27 11.30 9.82 M0Iab 30 0
28 LEGC A144 C* 00 51 40.47 -72 57 29.0     19.064   16.401 C-rich 14 0
29 ISO-MCMS J005149.4-731315 C* 00 51 49.52 -73 13 15.8     19.593   15.534 C 8 1
30 SV* HV 11303 AB* 00 52 08.8408415273 -71 36 23.920183678 17.89 16.62 14.69 15.45 12.06 M1-7e/S2 14 0
31 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 9446 1
32 OGLE J005240.16-724727.3 C* 00 52 40.18 -72 47 27.7     19.716   16.248 C-rich 12 0
33 OGLE SMC-LPV-10133 C* 00 53 10.13 -72 11 54.7 19.91 19.247 17.654   15.21 C-rich 11 0
34 SV* HV 11329 s*r 00 53 39.4072602961 -72 52 39.247970761 19.09 17.42 15.01   12.49 M2Iab 24 0
35 OGLE SMC-LPV-10941 C* 00 54 22.289 -72 43 29.67   19.834 19.443   18.591 C 14 0
36 LEGC 105 C* 00 54 46.85 -73 13 37.7     18.366   15.702 C 16 0
37 ISO-MCMS J005450.7-730607 C* 00 54 50.76 -73 06 07.4     19.272   16.181 C 13 0
38 ISO-MCMS J005454.1-730318 C* 00 54 54.1080274554 -73 03 18.309862532     22.107   18.022 C 12 1
39 SV* HV 12122 AB* 00 55 18.0196859484 -72 05 31.764824654 16.59 20.13 14.62 16.10 10.02 M5.5II-III 16 0
40 SV* HV 1652 s*r 00 55 26.7580786231 -72 35 56.224330876 15.50 14.27 12.54 11.69 9.51 M0Iab 24 0
41 SV* HV 838 AB* 00 55 38.2212931153 -73 11 41.419584024 18.04 19.71 13.88   9.85 K5-M8Ib-IIe 25 0
42 RAW 960 C* 00 55 54.6470844624 -73 11 36.649538148     18.029   14.990 C 15 0
43 MSX SMC 209 C* 00 56 16.39 -72 16 41.3     21.690   17.737 C 10 0
44 SV* HV 11366 AB* 00 56 54.7692993984 -72 14 08.440856205   16.71 15.04   12.608 M1-2/S3-4 21 0
45 IRAS 00554-7351 C* 00 57 03.9494166730 -73 35 14.802247352         20.239 C 22 0
46 OGLE SMC-LPV-12603 C* 00 57 10.98 -72 31 00.0 20.687 20.781 19.834   17.805 C-rich 14 0
47 [TWM2009] EROS2-SMC-RCB-3 RC* 00 57 18.15 -72 42 35.2           ~ 14 0
48 ISO-MCMS J005720.6-731245 C* 00 57 20.5497469718 -73 12 46.131308078   20.88 18.276   14.02 C 14 0
49 SV* HV 12149 AB* 00 58 50.1883180706 -72 18 35.513845105 18.35 18.52 17.66   15.54 M8.5II 26 0
50 MSX SMC 093 C* 00 59 23.3615155156 -73 56 00.978871312     18.763   15.44 C 12 0
51 NAME Sculptor Dwarf Galaxy G 01 00 09.4 -33 42 32   9.79 8.6 8.81   ~ 1116 4
52 SV* HV 11417 s*r 01 00 48.1693293653 -72 51 02.002247328 19.56 20.93 19.83   13.70 M5Ie 28 0
53 ISO-MCMS J010154.4-725822 C* 01 01 54.5834398163 -72 58 22.459317709     20.115   17.150 C-rich 12 0
54 SV* HV 1963 AB* 01 04 26.6306150431 -72 34 40.205905071 18.33 16.58 14.65   12.05 M4Ib-II 25 0
55 Cl* NGC 371 LE 28 C* 01 04 42.5482623717 -72 01 54.821532149   21.23 18.76   15.87 C 10 0
56 Cl* NGC 371 LE 8 C* 01 05 56.8708069482 -72 00 47.473092516   19.74 17.10   14.31 C 7 0
57 OGLE J010603.28-722231.9 C* 01 06 03.31 -72 22 32.3         18.873 C-rich 11 0
58 Cl* NGC 419 LE 16 C* 01 08 01.1254346139 -72 53 17.460179099     19.616   15.899 C 21 0
59 Cl* NGC 419 IR 1 C* 01 08 12.97 -72 52 44.0 18.585 18.637 18.33   15.77 C 21 0
60 Cl* NGC 419 LE 35 C* 01 08 17.49 -72 53 01.3     17.239   14.382 C 16 0
61 NGC 381 OpC 01 08 19.9 +61 35 02     9.3     ~ 49 0
62 Cl* NGC 419 LE 27 C* 01 08 20.67 -72 52 52.0 16.523 17.38 16.24   14.324 C 21 0
63 Cl* NGC 419 BR 6 C* 01 08 24.95 -72 52 56.9     18.205   14.823 C 22 0
64 RAW 1559 C* 01 08 35.4238789612 -73 26 06.894426404     17.460   14.917 C 7 0
65 SV* HV 2084 s*r 01 09 38.2081206446 -73 20 02.227465773   13.690 11.797     M2Ia 27 0
66 NAME Magellanic Clouds GrG 03 00 -71.0           ~ 5669 1
67 IRAS 04286-6937 C* 04 28 30.19 -69 30 50.3           C 15 0
68 IRAS 04374-6831 C* 04 37 22.73 -68 25 03.3           C-rich 16 0
69 WOH G 17 * 04 39 23.6705802262 -73 11 02.682611699           M: 7 0
70 IRAS 04407-7000 Mi* 04 40 28.4948673977 -69 55 13.701099825       15.973 14.829 M7.5 26 0
71 IRAS 04473-6829 Mi* 04 47 16.09 -68 24 25.6 19.517 19.460 19.195 17.647 17.426 C-rich 11 0
72 LHA 120-N 77D HII 04 48 54.714 -69 09 46.62           ~ 15 0
73 IRAS 04496-6958 C* 04 49 18.486 -69 53 14.52 20.060 20.027 18.791 15.087 15.060 C 45 0
74 SV* HV 2236 * 04 49 22.4767189844 -69 24 34.388943491   15.7 13.669 13.19 10.798 M1 13 0
75 IRAS 04498-6842 Mi* 04 49 41.4650336568 -68 37 51.232315614     19.98 17.77 13.250 M 30 0
76 IRAS 04509-6922 Mi* 04 50 40.4663101419 -69 17 31.842083040     20.724 17.321 14.187 M 30 0
77 MSX LMC 1308 Mi* 04 51 10.96 -69 20 14.7     21.901   17.754 C-rich 6 0
78 2MASSI J0451115-692646 Y*O 04 51 11.477 -69 26 46.89           ~ 7 0
79 MSX LMC 1205 Mi* 04 51 15.48 -68 41 40.3         18.000 C-rich 8 0
80 IRAS 04516-6902 Mi* 04 51 29.0014479286 -68 57 49.975031286       15.772 14.654 M9 30 0
81 LHA 120-N 79A EmO 04 51 52.1296165682 -69 23 31.353722553       15.05 14.17 ~ 36 0
82 NGC 1722 HII 04 51 53.36 -69 23 25.9           ~ 67 0
83 LHA 120-N 79B EmO 04 51 53.6898648902 -69 23 28.728831164         13.38 ~ 28 0
84 2MASS J04520038-6923422 Y*O 04 52 00.339 -69 23 41.74         16.55 ~ 27 0
85 MSX LMC 1213 C* 04 52 20.18 -68 43 30.1           C-rich 7 0
86 2MASS J04523254-6921442 * 04 52 32.54 -69 21 44.2   19.283 18.400     ~ 4 0
87 IRAS 04530-6916 Y*? 04 52 45.668 -69 11 49.47       17.227   B[e] 20 1
88 HD 268737 * 04 53 32.3052184430 -69 01 17.284616241   13.11 10.83 10.08   M0 13 0
89 IRAS 04545-7000 AB* 04 54 10.06 -69 55 58.3           ~ 25 0
90 UCAC4 104-005647 Em* 04 54 33.8634670217 -69 20 36.185423631   16.618 16.01 15.84   B2III[e] 13 0
91 WOH S 71 LP* 04 55 03.0819961926 -69 29 12.696411856   15.31 13.905 13.13 10.665 M2 19 0
92 LHA 120-N 89 EmO 04 55 06.520 -69 17 08.79     19.60 18.53   ~ 21 0
93 WOH G 64 Mi* 04 55 10.5252313969 -68 20 29.998470169     18.46 15.69 12.795 M7.5 81 0
94 SP77 31-18 * 04 55 16.055 -69 19 12.16 15.709 14.56 13.30 11.590 10.038 M0.5 20 0
95 MSX LMC 1209 Mi* 04 55 18.88 -68 46 30.7         20.534 C-rich 7 0
96 WOH S 74 * 04 55 21.6347024629 -69 47 16.729606701   16.52 14.016 12.49 10.930 M1 14 0
97 MSX LMC 1318 AB* 04 55 33.5347835168 -69 24 59.363131053     15.11 13.63 12.220 ~ 9 0
98 IRAS 04567-6857 Mi* 04 56 32.1583814291 -68 52 50.941405348       18.502 19.477 C-rich 11 0
99 SV* HV 2255 * 04 57 43.3040948999 -70 08 50.406116306   14.53 12.40 11.78 10.145 M4 25 0
100 IRAS 05003-6712 Mi* 05 00 19.00 -67 07 58.0       16.405 16.401 M9 29 0
101 IRAS 05010-6739 Mi* 05 01 00.87 -67 35 23.6 20.911 21.135 20.773   17.448 C-rich 9 0
102 IRAS 05009-6616 C* 05 01 04.43 -66 12 40.4           C-rich 18 0
103 SV* HV 888 s*r 05 04 14.1161508439 -67 16 14.402232008 15.876 13.949 11.861 9.60   M4Ia 47 0
104 SV* HV 894 s*r 05 05 33.4837418376 -70 33 46.841467173 14.453 14.374 12.976 10.98 11.124 M4I 21 0
105 SV* HV 2310 Mi* 05 06 27.6835074272 -68 12 03.684300708     17.87 13.503 13.354 M: 22 0
106 NGC 1846 Cl* 05 07 34.900 -67 27 32.45   12.08 11.31     ~ 180 0
107 IRAS 05103-6959 Mi* 05 10 00.0021953859 -69 56 09.519909604     21.017 17.249 16.758 C-rich 11 0
108 IRAS 05107-6953 Mi* 05 10 19.620 -69 49 51.44     20.16 18.242 17.416 C-rich 11 0
109 IRAS 05112-6755 C* 05 11 10.474 -67 52 10.53 20.764 20.375 19.149   18.113 C 26 0
110 IRAS 05113-6739 C* 05 11 13.888 -67 36 16.15         19.548 C-rich 16 0
111 MSX LMC 219 C* 05 11 19.49 -68 42 27.8           C-rich 12 0
112 MSX LMC 29 Mi* 05 11 38.65 -66 51 09.8 20.519 20.357 19.962 18.214 17.961 C-rich 21 1
113 IRAS 05125-7035 C* 05 12 00.779 -70 32 24.03           C-rich 18 0
114 MSX LMC 220 C* 05 12 32.07 -69 15 40.4   20.042 19.198 17.085 16.981 C-rich 11 0
115 IRAS 05132-6941 C* 05 12 51.07 -69 37 50.3           C-rich 14 0
116 IRAS 05128-6455 AB* 05 13 04.5734818253 -64 51 40.192204676           M9 23 0
117 MSX LMC 218 Mi* 05 13 16.41 -68 44 10.0 19.609 19.291 19.025 16.826 16.533 C-rich 11 0
118 SV* HV 5680 C* 05 14 29.828 -68 54 33.79     16.04 14.465 14.128 C 10 0
119 SV* HV 916 s*r 05 14 49.7384906460 -67 27 19.781747178 16.672 14.468 12.296   9.675 M3I 38 0
120 V* RS Men Mi? 05 15 41.2408126451 -73 47 13.763905623           Me 12 0
121 MSX LMC 349 C* 05 17 26.940 -68 54 58.20           C-rich 14 0
122 IRAS 05190-6748 C* 05 18 56.262 -67 45 04.40     17.16     C-rich 23 0
123 MSX LMC 310 C* 05 20 19.3880413662 -66 35 47.798268030       17.567 14.825 C 22 0
124 MSX LMC 341 C* 05 21 00.3924967024 -69 20 55.879017392           C-rich 12 0
125 [BE74] 572 C* 05 22 44.0050496447 -69 38 28.122275023 15.795 16.496 15.274 14.300 13.993 C-rich 21 0
126 2MASS J05230918-6917387 * 05 23 09.19 -69 17 38.8           ~ 8 0
127 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 14832 1
128 SV* HV 12793 Mi* 05 23 43.6062839195 -65 41 59.840750037     14.26     M3/M4 20 0
129 V* TX Dor Mi* 05 24 07.0149411566 -69 23 36.725110239     16.32 13.108 13.150 ~ 15 0
130 [W60] B90 * 05 24 19.3099591835 -69 38 49.370450912 19.519 16.688 14.271 11.000 10.804 M2 23 0
131 MSX LMC 441 C* 05 24 38.62 -70 23 57.1           C-rich 11 0
132 MSX LMC 443 C* 05 25 05.69 -70 10 10.6           C-rich 8 0
133 LMC-BM 23-21 C* 05 25 19.51 -71 04 02.7         18.454 C 12 0
134 2MASSI J0525492-661508 Y*O 05 25 49.238 -66 15 08.76   16.42 16.23   16.256 ~ 10 0
135 [W60] D4 * 05 26 01.1048907139 -66 16 19.057813169   14.21 12.52     M 13 0
136 UCAC2 2673201 * 05 26 11.3717051925 -66 12 11.069866985   16.77 14.17 13.42   M3 23 0
137 SHV 0526445-694403 Mi* 05 26 19.880 -69 41 37.33   20.616 16.768 14.209 14.179 C 16 0
138 RM 1-361 * 05 26 22.2020718949 -66 21 28.304192393   13.53 11.55 11.20   ~ 12 0
139 MSX LMC 774 C* 05 26 23.097 -69 11 20.27           C-rich 10 0
140 [W60] A2 s*r 05 26 34.8187260390 -68 51 39.973845777 12.903 13.374 12.296 11.15   M4Ia-Iab 30 0
141 MSX LMC 634 Mi* 05 26 35.7211872975 -69 08 22.872021925   21.974 21.352   17.423 C-rich 7 0
142 [KDM2001] 4047 C* 05 26 40.9488479036 -69 23 11.401839024   19.953 16.297 14.161 14.057 C 13 0
143 MSX LMC 601 Mi* 05 26 50.83 -69 31 36.9         18.093 C-rich 13 0
144 SHV 0527288-694038 Mi* 05 27 04.7441898114 -69 38 16.311222146     18.241 16.47 15.073 C 13 0
145 LHA 120-S 35 Em* 05 27 17.8395729210 -66 22 05.631785570 12.458 11.5 13.056 13.14 12.484 ~ 27 1
146 SHV 0527424-693845 LP* 05 27 18.5429062429 -69 36 24.240796596     17.17 15.57 14.070 C 11 0
147 IRAS 05278-6942 C* 05 27 24.120 -69 39 44.97 20.530 20.518 20.351   19.464 C-rich 19 0
148 SV* HV 963 s*r 05 27 34.3361847568 -66 53 30.054245263   14.7 12.6     M2/3I 23 0
149 MSX LMC 616 Y*O 05 28 04.830 -68 59 47.17 17.616 18.253 17.994 15.470 16.870 ~ 8 0
150 SHV 0528300-693445 AB* 05 28 06.7458147262 -69 32 27.822014755     16.70 14.271 14.148 S 17 0
151 MSX LMC 754 Mi* 05 28 11.4867469303 -70 33 58.754209640         17.258 C-rich 9 0
152 2MASS J05282673-6914434 AB* 05 28 26.731 -69 14 43.47     17.176 14.097 14.061 S 7 0
153 SV* HV 2561 s*r 05 28 28.8552107573 -68 07 08.064605946 16.633 14.89 12.74     M2Ia 30 1
154 SHV 0528568-693208 Mi* 05 28 33.86 -69 29 52.9     18.002 15.85 14.729 S 12 0
155 SV* HV 2572 Mi* 05 28 36.7127952648 -69 20 04.060650797     15.114   12.091 M7.5II-III 22 1
156 Cl* NGC 1978 IR 1 C* 05 28 40.2 -66 13 54           C-rich 15 0
157 2MASS J05284449-6614039 C* 05 28 44.496 -66 14 03.97 16.352 16.525 15.604 14.88 13.37 C-rich 19 1
158 IRAS 05295-7121 Mi* 05 28 46.62 -71 19 12.5         20.591 C-rich 17 0
159 IRAS 05294-7104 Mi* 05 28 48.17 -71 02 28.9       16.526 15.439 M8 22 0
160 MSX LMC 679 C* 05 28 48.62 -69 48 01.3           C-rich 9 0
161 SV* HV 2575 AB* 05 28 59.9813735103 -67 45 01.406979009   13.25 16.80 13.973   M5Se 13 0
162 IRAS 05289-6617 C* 05 29 02.412 -66 15 27.77   22.276 21.353     C 22 0
163 SV* HV 2578 Mi* 05 29 03.1581967774 -69 48 06.913013746 22.393 15.524 16.62 16.07 12.277 M6.5-8 20 0
164 SV* HV 5870 s*r 05 29 03.4749785971 -69 06 46.210998316 17.762 15.844 13.762 12.25 10.781 M3.5Iae 32 0
165 RHV 0529097-670029 C* 05 29 07.5969534042 -66 58 15.061172822   19.823 18.140 14.664 14.391 C-rich 18 0
166 [W60] A27 s*r 05 29 42.2038351784 -68 57 17.351444426   14.04 12.15 10.99   M2.5Ia-Iab 30 0
167 IRAS 05300-6651 C* 05 30 03.892 -66 49 24.22   21.859 21.296     C-rich 21 0
168 MSX LMC 610 AB* 05 30 10.3204368943 -69 09 33.796507365 21.435 20.499 18.578 16.476 16.455 ~ 13 0
169 UCAC4 116-007944 * 05 30 20.6804013285 -66 53 01.813500158   10.99 10.52     ~ 10 0
170 SHV 0531093-700109 Mi* 05 30 41.22 -69 59 01.2     18.280 14.905 15.357 C 7 0
171 SV* HV 12998 s*r 05 31 04.1651783318 -69 19 03.040732376 17.846 15.751 14.395 11.81 10.696 M3.5Ia 24 0
172 [W60] D22 * 05 31 10.6517319211 -66 35 31.591927440   14.06 11.99 11.43   ~ 15 0
173 MSX LMC 841 C* 05 31 13.12 -66 09 41.2         17.542 C-rich 6 0
174 SV* HV 990 s*r 05 31 36.8231280971 -66 30 07.773899178     12.39     M2I 18 0
175 MSX LMC 768 Mi* 05 31 40.90 -69 39 19.8         19.906 C-rich 10 0
176 [W60] D29 * 05 31 59.3465818855 -66 38 38.644374037   12.45 11.17     M 10 0
177 MSX LMC 782 Mi* 05 32 03.31 -69 17 30.4 17.562 18.091 18.037   19.429 C-rich 8 0
178 SV* HV 996 s*r 05 32 35.6441019617 -67 55 09.017448111     13.48     M2Ia 32 0
179 MSX LMC 807 AB* 05 32 37.16 -67 06 56.4           ~ 14 0
180 2MASS J05323858-6825221 Y*O 05 32 38.588 -68 25 22.18           ~ 19 0
181 IRAS 05329-6708 LP* 05 32 52.3485930047 -67 06 25.919426492     16.36 14.939   ~ 30 0
182 MSX LMC 783 Mi* 05 32 55.4699667223 -69 20 26.543490490   21.496 20.841 18.346 18.313 C-rich 9 0
183 LMC-BM 32-9 C* 05 32 56.18 -68 12 48.7 20.895 20.806 20.412 15.424 16.242 C 12 0
184 SV* HV 12620 Mi* 05 32 59.920 -70 41 23.57     15.808 15.55 13.165 M: 12 0
185 2MASS J05331101-6858204 * 05 33 11.02 -68 58 20.5           ~ 2 0
186 IRAS 05348-7024 C* 05 34 15.990 -70 22 52.47           C-rich 17 0
187 HD 269788 * 05 34 53.6791095198 -68 46 39.613763975   11.493 10.013     K3.5II 33 0
188 MSX LMC 743 C* 05 34 53.74 -70 29 24.8           C-rich 11 0
189 MSX LMC 787 C* 05 34 56.21 -69 09 16.5   20.983 20.719   18.572 C-rich 9 0
190 MSX LMC 950 Mi* 05 35 03.55 -69 52 45.5         19.349 C-rich 10 0
191 SV* HV 1001 * 05 35 14.0988300454 -67 43 55.653829342   16.41 14.36 11.98   M4-5.5 24 0
192 MSX LMC 796 LP* 05 35 20.002 -69 48 45.88     17.15 14.425 14.347 ~ 6 0
193 SV* HV 11088 s*r 05 35 24.5264280451 -69 04 03.389300628 18.577 15.951 14.165 12.95 11.370 M2.5Ia-Iab 19 0
194 MSX LMC 749 Mi* 05 35 26.86 -69 52 27.9 20.560 20.297 19.972 17.912 17.658 C-rich 12 0
195 [W60] D44 s*r 05 35 28.3208455068 -66 56 02.407958513 13.46 13.27 11.73     M3I 22 0
196 [MG73] 46 LP* 05 35 55.23 -69 09 59.5     13.455   10.607 ~ 12 0
197 IRAS 05360-6648 C* 05 36 01.24 -66 46 39.7     14.83     C-rich 19 0
198 2MASS J05363082-6918172 Y*O 05 36 30.9436866146 -69 18 16.916010397       18.030   ~ 9 0
199 MSX LMC 967 Mi* 05 36 36.711 -69 47 22.60 19.733 18.499 22.334 15.235 17.739 C-rich 12 0
200 2MASS J05372806-6908479 Y*O 05 37 28.067 -69 08 47.98           ~ 10 0
201 V* Z Dor s*r 05 38 16.0015087290 -69 10 11.241078377   16.798 15.037 12.49 11.367 M4Ia-Iab 28 0
202 WOH S 450 AB* 05 38 20.2077094624 -69 37 32.297385993   14.72 13.352   9.730 M6III 13 0
203 [W60] A72 * 05 38 33.915 -69 20 31.65   14.35 14.03 13.96   M0.5 19 0
204 HD 269924 * 05 38 49.3259281883 -69 27 06.561611388   11.75 10.42     M0III 15 0
205 [W60] A78 s*r 05 39 32.3633702536 -69 34 50.188268365   14.859 12.935   10.204 M0Ia-Iab 20 0
206 IRAS 05402-6956 Mi* 05 39 44.89 -69 55 18.1         19.702 ~ 26 0
207 MSX LMC 971 C* 05 39 51.9933839900 -70 01 17.412268197   21.308 19.846   18.614 C-rich 8 0
208 HD 38489 s*b 05 40 13.3208554964 -69 22 46.485104413 11.236 12.295 11.93 11.79 10.891 B[e] 81 1
209 MSX LMC 1400 C* 05 40 20.57 -66 14 44.3 18.368 18.730 18.684   18.697 C-rich 8 0
210 [W60] A81 s*r 05 40 24.4379827087 -69 21 17.065751768 15.753 15.164 13.186 11.92 10.730 M2Ia 21 0
211 IRAS 05410-6954 Mi* 05 40 36.06 -69 52 49.8 21.528 21.237 20.448   19.209 C-rich 9 0
212 SV* HV 5993 AB* 05 40 43.7363928846 -69 21 58.173368238 17.639 15.294 13.576 12.16 10.494 M3Ib 21 0
213 W61 8-88 * 05 40 48.502 -69 33 36.07     14.353 13.45 11.134 M0 14 0
214 MSX LMC 974 Mi* 05 40 58.18 -69 53 12.7       17.335 18.367 C-rich 10 0
215 SV* HV 1017 s*r 05 40 59.1933363689 -69 18 36.203155928 16.925 15.524 13.296 11.85 10.824 M5Iab 23 0
216 [W60] A93 s*r 05 41 10.6594457989 -69 38 04.035643037   14.3 12.5     M1Iab 23 0
217 2MASX J05431974-6926264 As* 05 43 19.744 -69 26 26.48           ~ 5 0
218 MSX LMC 1384 Mi* 05 43 36.03 -70 10 35.1         19.445 C-rich 12 0
219 UCAC2 2674864 * 05 44 13.7669847609 -66 16 44.624379142   16.70 13.98 13.49   M0.5 13 0
220 MSX LMC 1492 Mi* 05 49 08.88 -71 32 06.9   22.602 18.843 15.865 15.163 C-rich 9 0
221 SV* HV 12667 AB* 05 49 13.3359288517 -70 42 40.608278564     17.91 13.152   M8-9 19 0
222 IRAS 05508-7146 C* 05 50 06.7417098034 -71 46 02.894093840           C-rich 11 0
223 SV* HV 12070 AB* 05 52 27.8451199358 -69 14 10.101131023   15.3       M2: 19 0
224 IRAS 05558-7000 Mi* 05 55 21.0516666118 -70 00 03.109391665       17.411 16.771 ~ 28 0
225 IRAS 05568-6753 C* 05 56 38.77 -67 53 33.8           C-rich 17 0
226 V* UY Dor Mi* 06 01 27.8011279596 -65 05 23.179407004           ~ 11 0
227 IRAS 06025-6712 C* 06 02 31.06 -67 12 47.0           C 21 0
228 IRAS 06028-6722 C* 06 02 45.104 -67 22 43.27   22.637 21.897     C-rich 14 0
229 HD 271832 * 06 04 25.4757772564 -67 23 18.632712013   11.89 10.35     K5 8 0
230 V* VV Dor Mi* 06 06 47.8196694556 -66 48 12.529790805           ~ 9 0
231 [GM76] 106 Em* 12 35 20.2847732894 -61 39 47.413690574   12.27 11.87 11.87   ~ 2 0
232 NAME Galactic Bulge reg ~ ~           ~ 3391 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2009A&A...506.1277G and select 'bookmark this link' or equivalent in the popup menu


2020.07.13-23:56:03

© Université de Strasbourg/CNRS

    • Contact