2020A&A...636A..48G


Query : 2020A&A...636A..48G

2020A&A...636A..48G - Astronomy and Astrophysics, volume 636A, 48-48 (2020/4-1)

The VMC Survey. XXXVII. Pulsation periods of dust-enshrouded AGB stars in the Magellanic Clouds.

GROENEWEGEN M.A.T., NANNI A., CIONI M.-R.L., GIRARDI L., DE GRIJS R., IVANOV V.D., MARCONI M., MORETTI M.-I., OLIVEIRA J.M., PETR-GOTZENS M.G., RIPEPI V. and VAN LOON J.T.

Abstract (from CDS):


Context. Variability is a key property of stars on the asymptotic giant branch (AGB). Their pulsation period is related to the luminosity and mass-loss rate of the star. Long-period variables (LPVs) and Mira variables are the most prominent of all types of variability of evolved stars. The reddest, most obscured AGB stars are too faint in the optical and have eluded large variability surveys.
Aims. We obtained a sample of LPVs by analysing K-band light curves (LCs) of a large number of sources in the direction of the Magellanic Clouds with the colours expected for red AGB stars ((J-K)>3mag or equivalent in other colour combinations).
Methods. Selection criteria were derived based on colour-colour and colour-magnitude diagrams from the combination of the VISTA Magellanic Cloud (VMC) survey, Spitzer IRAC and AllWISE data. After eliminating LPVs with known periods shorter than 450 days, a sample of 1299 candidate obscured AGB stars was selected. K-band LCs were constructed by combining the epoch photometry available in the VMC survey with literature data, were analysed for variability, and fitted with a single period sine curve to derive mean magnitudes, amplitudes, and periods. A subset of 254 stars are either new variables, known variables where the period we find is better determined than the literature value, or variables with periods longer than 1000 days. The spectral energy distributions (SEDs) of these stars were fitted to a large number of templates. For this purpose the SEDs and Spitzer IRS spectra of some non-AGB stars (Be stars, HII regions and young stellar objects - YSOs) were also fitted to have templates of the most likely contaminants in the sample.
Results. A sample of 217 likely LPVs is found. Thirty-four stars have periods longer than 1000 days, although some of them have alternative shorter periods. The longest period of a known Mira in the Magellanic Clouds from Optical Gravitational Lensing Experiment data (with P=1810d) is derived to have a period of 2075 d based on its infrared LC. Two stars are found to have longer periods, but both have lower luminosities and smaller pulsation amplitudes than expected for Miras. Mass-loss rates and luminosities are estimated from the template fitting. Period-luminosity relations are presented for carbon (C-) and oxygen (O-) rich Miras that appear to be extensions of relations derived in the literature for shorter periods. The fit for the C stars is particularly well defined (with 182 objects) and reads Mbol=(-2.27±0.20)logP+(1.45±0.54)mag with an rms of 0.41mag. Thirty-four stars show pulsation properties typical of Miras while the SEDs indicate that they are not. Overall, the results of the LC fitting are presented for over 200 stars that are associated with YSOs.

Abstract Copyright: © ESO 2020

Journal keyword(s): stars: variables: general - Magellanic Clouds - stars: AGB and post-AGB

VizieR on-line data: <Available at CDS (J/A+A/636/A48): tablea1.dat tablea2.dat tablea3.dat tabled1.dat>

Status at CDS : Tables of objects will be appraised for possible ingestion in SIMBAD.

CDS comments: VMC J052454.84-682958.02 not in SIMBAD.

Simbad objects: 296

goto Full paper

goto View the reference in ADS

Number of rows : 296
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 2MASS J00193036-7227567 AB? 00 19 30.3648697678 -72 27 56.618817105           ~ 4 0
2 OGLE SMC-LPV-190 Mi* 00 23 58.5128125664 -73 37 54.834148836         17.240 ~ 5 0
3 OGLE SMC-LPV-367 Mi* 00 25 59.6004848701 -73 53 44.794671704     21.058   17.270 ~ 5 0
4 OGLE SMC-LPV-486 Mi* 00 27 10.9114374277 -73 24 30.390865003     20.035   16.169 ~ 5 0
5 IRAS F00271-7120 C* 00 29 19.167 -71 03 49.97           C 4 0
6 OGLE SMC-LPV-881 Mi* 00 30 17.3347457586 -72 28 20.264338420     18.233   15.843 ~ 7 0
7 OGLE SMC-LPV-929 Mi* 00 30 40.7342084175 -73 42 45.248045459   20.96 20.48   18.43 ~ 5 0
8 OGLE SMC-LPV-1168 Mi* 00 32 12.2541101194 -74 48 05.020008546     20.456   17.792 ~ 3 0
9 2MASS J00322809-7147207 AB? 00 32 28.0914315961 -71 47 20.778264775           ~ 3 0
10 MSX SMC 028 AB? 00 33 46.129 -72 44 58.49   22.04 21.56     ~ 5 0
11 2MASS J00340283-7221482 AB? 00 34 02.8623069445 -72 21 48.247496054           ~ 4 0
12 OGLE SMC-LPV-1690 Mi* 00 35 15.87 -73 25 27.6     21.968   17.817 ~ 7 0
13 LIN 19 Em* 00 35 43.471 -73 21 10.65 17.78 17.99 16.93   16.25 ~ 11 0
14 SSTISAGEMC J003549.30-740737.9 * 00 35 49.3089530175 -74 07 37.938592738           ~ 2 0
15 MSX SMC 112 AB? 00 36 39.461 -72 16 26.66   20.73 20.51     ~ 5 0
16 MSX SMC 029 pA* 00 36 46.3066254620 -73 31 35.484753395           C-rich 20 0
17 MSX SMC 091 C* 00 36 56.7351409110 -72 25 17.411694829         15.78 C-rich 13 0
18 [FBR2002] J003659-713813 Rad 00 36 59.25 -71 38 13.6           ~ 2 0
19 2MASS J00371893-7217031 AB? 00 37 18.9219169638 -72 17 03.261916029           ~ 3 0
20 OGLE J003732.32-733021.3 LP* 00 37 32.2939312025 -73 30 21.699824258     21.322   18.722 ~ 3 0
21 MSX SMC 015 AB? 00 37 33.062 -72 52 45.13   21.61 21.58   20.97 ~ 4 0
22 RAW 21 C* 00 37 47.0977577801 -73 39 02.401522357     17.69     C 9 0
23 [KID97] C0036-7529 C* 00 37 58.0695234684 -75 12 31.094610726   21.82   15.90 15.55 C 2 0
24 OGLE J003801.87-734725.7 Mi* 00 38 01.8393088643 -73 47 26.091554946     18.867   15.628 ~ 6 0
25 OGLE SMC-LPV-2488 Mi* 00 38 27.4051531937 -74 15 36.653582246     20.467   16.284 ~ 4 0
26 MSX SMC 139 AB? 00 38 38.6288430912 -72 00 30.437912966           ~ 5 0
27 [MH95] 414 C* 00 39 18.9257605244 -70 07 54.756489742           C 3 0
28 OGLE J004016.25-730115.1 Mi* 00 40 16.27 -73 01 15.6   20.48 19.37   19.01 ~ 6 0
29 OGLE J004032.93-732839.7 Mi* 00 40 32.94 -73 28 39.9         18.274 ~ 7 0
30 OGLE J004035.31-731928.7 Mi* 00 40 35.31 -73 19 29.1         18.279 ~ 6 0
31 2MASS J00415184-7138541 AB? 00 41 51.8570514575 -71 38 54.154935911           ~ 3 0
32 2MASS J00422179-7224060 C*? 00 42 21.794 -72 24 06.02 20.17 19.79 18.18   17.86 C: 5 0
33 MSX SMC 140 AB? 00 43 12.911 -72 14 59.04           ~ 4 0
34 2MASS J00454404-7208154 AB? 00 45 44.0436646832 -72 08 15.514501171           ~ 4 0
35 2MASS J00472280-7457092 AB? 00 47 22.8069541297 -74 57 09.280592594           ~ 3 0
36 IRAS F00468-7427 C* 00 48 35.688 -74 10 39.13           C 7 0
37 IRAS 00483-7347 Mi* 00 50 07.19 -73 31 25.2     22.532   16.016 M 32 0
38 IRAS F00486-7308 Mi* 00 50 30.6344468659 -72 51 29.883329529     17.089   13.391 M8II 22 0
39 MSX SMC 009 NIR 00 50 49.740 -73 48 55.79           ~ 4 0
40 Gaia DR2 4685938821845281280 LP? 00 52 12.9373149326 -73 08 53.133898082           ~ 2 0
41 NAME SMC G 00 52 38.0 -72 48 01   2.79 2.2     ~ 9854 1
42 Gaia DR2 4689061778454380416 LP? 00 53 10.1395241413 -72 11 54.620466917           ~ 2 0
43 OGLE J005337.29-723434.9 Mi* 00 53 37.31 -72 34 35.2     22.684   17.265 ~ 8 0
44 LHA 115-S 18 Em* 00 54 09.5415603586 -72 41 43.291670748 12.94 13.48 13.82   12.55 B[e] 78 0
45 MSX SMC 065 AB? 00 55 09.954 -73 42 44.70   21.03 21.12   20.77 ~ 5 0
46 2MASS J00554160-7024359 AB? 00 55 41.6039704443 -70 24 35.894471068           ~ 3 0
47 MSX SMC 222 AB? 00 59 26.465 -72 23 41.71           ~ 6 0
48 2MASS J00593021-7131220 NIR 00 59 30.214 -71 31 22.01 19.22 19.19 18.50   19.09 ~ 3 0
49 MSX SMC 219 AB? 01 00 41.525 -72 38 00.38           ~ 5 0
50 2MASS J01004675-7425136 AB? 01 00 46.7474432190 -74 25 13.570684404           ~ 3 0
51 SV* HV 11417 s*r 01 00 48.1693293653 -72 51 02.002247328 19.56 20.93 19.83   13.70 M5Ie 30 0
52 MSX SMC 229 AB? 01 02 32.778 -72 19 12.52           ~ 5 0
53 SSTISAGEMA J010324.38-723803.8 pA? 01 03 24.3713963797 -72 38 03.895985519 15.58 14.77 13.44   12.10 G0 4 1
54 MSX SMC 192 AB? 01 03 33.9439974094 -72 44 05.453277431 17.27 15.69 14.37   13.03 ~ 7 0
55 2MASS J01033435-7035528 AB? 01 03 34.3610887590 -70 35 52.821618292           ~ 3 0
56 SSTISAGEMA J010415.07-702418.9 AB? 01 04 15.074 -70 24 18.92           ~ 2 0
57 IRAS F01091-7320 C* 01 10 32.244 -73 05 04.07           C 9 0
58 LIN 495 Em* 01 12 19.7043742663 -73 51 26.025575647 14.62 14.61 14.63   14.49 (kA5mF0)/B[e] 19 0
59 [MA93] 1810 Em* 01 15 21.2215318001 -73 30 15.103247702 12.27 12.75 12.71   12.57 ~ 4 0
60 2MASS J01171696-7448173 AB? 01 17 16.9548226002 -74 48 17.371642558           ~ 3 0
61 IRAS F01160-7451 AB? 01 17 17.2979519691 -74 36 16.973174242           ~ 5 0
62 IRAS F01210-7125 C* 01 22 28.2771399098 -71 09 26.006271371           C 7 0
63 [MA93] 1895 Em* 01 22 36.955 -73 10 16.55     17.1     ~ 4 0
64 2MASS J01243139-7137145 AB? 01 24 31.3752272613 -71 37 14.503029013           ~ 4 0
65 2MASS J01310381-7119048 AB? 01 31 03.8379855904 -71 19 04.743467141           ~ 3 0
66 2MASS J01334016-7349257 AB? 01 33 40.169 -73 49 25.76           ~ 3 0
67 2MASS J01364695-7238295 AB? 01 36 46.9531556717 -72 38 29.530804057           ~ 3 0
68 2MASS J01420412-7510177 AB? 01 42 04.1092439066 -75 10 17.794918785           ~ 3 0
69 [MH95] 1113 C* 01 42 34.2877351982 -71 22 11.794990947           C 3 0
70 NAME Magellanic Clouds GrG 03 00 -71.0           ~ 5994 1
71 NAME Magellanic Bridge HI 03 11 -77.5           ~ 367 1
72 NGC 1559 GiG 04 17 35.7501219046 -62 47 01.225146010   11.19 10.45 10.11 10.4 ~ 240 1
73 2MASS J04333653-6739329 * 04 33 36.54 -67 39 33.0           ~ 3 0
74 IRAS F04353-6702 C* 04 35 24.10 -66 56 49.3           C-rich 6 0
75 2MASS J04361200-7122123 * 04 36 12.00 -71 22 12.4           ~ 2 0
76 MSX LMC 1045 AB* 04 36 42.71 -68 32 10.5           ~ 3 0
77 MSX LMC 1043 Mi* 04 38 51.5711623426 -68 24 10.390461041     19.355   15.462 ~ 5 0
78 IRAS 04407-7000 Mi* 04 40 28.4948673977 -69 55 13.701099825       15.973 14.829 M7.5 26 0
79 2MASS J04414529-7238431 * 04 41 45.29 -72 38 43.2           ~ 2 0
80 2MASS J04452864-7215379 * 04 45 28.65 -72 15 37.9           ~ 2 0
81 2MASS J04471623-7253029 * 04 47 16.23 -72 53 02.9           ~ 2 0
82 [WSI2008] 15 * 04 48 17.730 -68 44 33.03   21.185 21.032   20.790 ~ 4 0
83 SSTISAGE1C J044827.59-695322.9 AB* 04 48 27.63 -69 53 23.0   22.362 21.843     ~ 4 0
84 IRAS 04498-7121 AB* 04 49 19.75 -71 16 15.6           ~ 4 0
85 2MASS J04492013-6913375 Y*O 04 49 20.1134576941 -69 13 37.234095993           ~ 3 0
86 IRAS 04498-6842 Mi* 04 49 41.4650336568 -68 37 51.232315614     19.98 17.77 13.250 M 30 0
87 IRAS 04509-6922 Mi* 04 50 40.4663101419 -69 17 31.842083040     20.724 17.321 14.187 M 30 0
88 IRAS 04516-6902 Mi* 04 51 29.0014479286 -68 57 49.975031286       15.772 14.654 M9 30 0
89 SMP LMC 11 PN 04 51 37.824 -67 05 16.63 19.156 20.303 20.142   19.582 ~ 47 0
90 2MASS J04515558-7037033 pA? 04 51 55.584 -70 37 03.39 19.936 19.958 19.298   18.425 ~ 3 0
91 2MASS J04521119-7012448 pA? 04 52 11.19 -70 12 44.8 18.607 19.051 18.938   19.023 ~ 9 0
92 MSX LMC 1213 C* 04 52 20.18 -68 43 30.1           C-rich 9 0
93 SHV 0452361-683928 Mi* 04 52 26.4727579679 -68 34 37.452486261 18.416 18.070 16.335 17.34 13.100 M6 11 0
94 IRAS 04530-6916 Y*? 04 52 45.668 -69 11 49.47       17.227   B[e] 20 1
95 MSX LMC 1347 * 04 52 53.90 -72 21 05.0           ~ 2 0
96 UCAC2 1670938 Em* 04 52 59.6031276604 -69 51 52.069886873 14.700 15.07 14.96 14.790 14.805 ~ 5 0
97 2MASS J04531419-6547383 * 04 53 14.19 -65 47 38.3           ~ 2 0
98 IRAS 04545-7000 AB* 04 54 10.06 -69 55 58.3           ~ 25 0
99 2MASS J04545679-6659586 pA? 04 54 56.799 -66 59 58.65 19.567 19.569 19.275   18.270 ~ 4 0
100 MSX LMC 1210 Mi* 04 55 20.50 -68 22 39.1         16.571 ~ 6 0
101 Gaia DR2 4661533550631677184 LP? 04 55 42.4938056684 -68 16 54.152066434           ~ 2 0
102 ESO 33-2 Sy2 04 55 58.9243434325 -75 32 28.291629714   14.61 14.60 13.39   ~ 135 1
103 [GC2009] J045613.48-693231.1 Y*O 04 56 13.487 -69 32 30.99           ~ 3 0
104 2MASS J04562597-7125282 * 04 56 25.98 -71 25 28.3           ~ 2 0
105 HD 268835 s*b 04 56 47.0796207119 -69 50 24.767090336 10.21 10.77 10.63 10.72 10.16 B8[e] 101 0
106 2MASS J04564739-7036540 * 04 56 47.40 -70 36 54.0           ~ 2 0
107 [KWV2015] J045654.39-685553.7 Em* 04 56 54.407 -68 55 53.64 19.740 19.570 18.530 15.567 17.367 F8Ve 5 0
108 MSX LMC 1333 AB* 04 57 17.32 -70 13 21.7           ~ 3 0
109 Gaia DR2 4649773380396677376 LP? 04 57 25.9335642266 -74 01 14.649764965           ~ 2 0
110 2MASS J04573274-6959032 NIR 04 57 32.7411930694 -69 59 03.376937103           ~ 2 0
111 LHA 120-S 12 s*b 04 57 36.7804325423 -67 47 37.378243521 11.833 12.66 12.547 12.56 12.151 B0.5Ie 37 0
112 2MASS J04574552-6859495 pA? 04 57 45.4082814233 -68 59 49.345243968 21.014 19.555 18.530   16.254 ~ 3 0
113 2MASS J04575016-6629295 Y*? 04 57 50.169 -66 29 29.54           ~ 2 0
114 Gaia DR2 4661558083486627328 LP? 04 58 08.6198057823 -67 52 42.025373986           ~ 2 0
115 2MASS J04580875-7157596 LP* 04 58 08.7312355848 -71 57 59.550239217     17.67 14.482   ~ 4 0
116 IRAS 04588-6811 AB? 04 58 42.031 -68 07 15.30           ~ 6 0
117 IRAS 04590-6921 AB* 04 58 42.721 -69 16 50.55           ~ 5 0
118 Gaia DR2 4661543033920475392 LP? 04 58 55.4631679338 -68 13 06.187739946           ~ 2 0
119 [GC2009] J045931.66-663027.5 Y*O 04 59 31.643 -66 30 27.41           ~ 3 0
120 2MASS J04594953-7509182 C* 04 59 49.5493894139 -75 09 18.253344344           C 3 0
121 IRAS F05013-7213 C* 05 00 32.27 -72 09 02.3           C-rich 7 0
122 2MASS J05020239-6907262 * 05 02 02.40 -69 07 26.2           ~ 3 0
123 IRAS 05026-6809 C* 05 02 21.990 -68 05 24.32           C-rich 9 0
124 2MASS J05024447-7139323 AB* 05 02 44.472 -71 39 32.31           ~ 2 0
125 MSX LMC 40 AB* 05 03 34.453 -65 48 27.81           ~ 5 0
126 IRAS 05038-6857 AB* 05 03 38.540 -68 53 12.87           ~ 7 0
127 MSX LMC 38 LP* 05 03 49.103 -66 22 11.63     20.48 16.697   ~ 5 0
128 2MASS J05035373-6432268 AB* 05 03 53.7525674145 -64 32 26.706036193           ~ 2 0
129 MSX LMC 105 AB* 05 04 12.018 -69 11 26.34           ~ 4 0
130 SV* HV 888 s*r 05 04 14.1161508439 -67 16 14.402232008 15.876 13.949 11.861 9.60   M4Ia 49 0
131 Gaia DR2 4649713079054327424 LP? 05 04 18.3091648869 -74 07 04.513082707           ~ 2 0
132 MSX LMC 151 AB* 05 04 41.286 -71 09 01.63           ~ 4 0
133 2MASS J05044833-6447232 AB* 05 04 48.331 -64 47 23.21           ~ 2 0
134 2MASS J05052791-6856355 * 05 05 27.91 -68 56 35.6           ~ 4 0
135 MSX LMC 35 LP* 05 05 52.5389066204 -66 00 48.639400078       17.297   ~ 5 0
136 IRAS 05070-7020 C* 05 06 35.109 -70 16 50.19           C-rich 8 0
137 SSTISAGE1C J050643.98-693122.8 AB* 05 06 43.98 -69 31 22.8           ~ 2 0
138 2MASS J05064433-6442177 * 05 06 44.33 -64 42 17.7           ~ 2 0
139 [WSI2008] 277 Y*O 05 07 18.360 -68 49 12.93           ~ 2 0
140 [GC2009] J050718.89-683850.4 Y*O 05 07 18.911 -68 38 50.36           ~ 4 0
141 2MASS J05085905-7209546 * 05 08 59.06 -72 09 54.6           ~ 2 0
142 2MASSI J0509520-690234 Y*O 05 09 51.932 -69 02 34.83           ~ 4 0
143 2MASS J05095369-6855067 Y*O 05 09 53.698 -68 55 06.75           ~ 3 0
144 MSX LMC 8 AB* 05 10 12.1839252296 -65 19 33.766705256           ~ 4 0
145 IRAS 05108-6839 * 05 10 41.25 -68 36 06.7           ~ 8 0
146 MSX LMC 219 C* 05 11 19.49 -68 42 27.8           C-rich 14 0
147 IRAS 05125-7035 C* 05 12 00.779 -70 32 24.03           C-rich 19 0
148 2MASS J05121594-6518431 * 05 12 15.94 -65 18 43.1           ~ 2 0
149 2MASS J05122213-7027152 Y*O 05 12 22.131 -70 27 15.29           ~ 3 0
150 MSX LMC 269 AB* 05 12 24.531 -67 38 06.67           ~ 4 0
151 WORC 110 C* 05 12 38.7469217458 -64 12 13.711833393           C 4 0
152 IRAS 05132-6941 C* 05 12 51.07 -69 37 50.3           C-rich 16 0
153 SSTISAGEMC J051321.26-653914.6 pA? 05 13 21.2715541559 -65 39 14.601071132 15.184 15.794 15.752   15.405 ~ 2 0
154 MSX LMC 227 AB* 05 13 45.35 -69 05 56.4   19.686 18.292   17.205 ~ 5 0
155 IRAS 05138-6412 * 05 14 08.9157618364 -64 09 24.891695309           ~ 2 0
156 2MASS J05141486-7004097 * 05 14 14.86 -70 04 09.8           ~ 5 0
157 MSX LMC 225 AB* 05 14 37.88 -68 19 20.8           ~ 5 0
158 2MASS J05144939-6712216 Y*O 05 14 49.5368396833 -67 12 21.479967150 21.299 21.145 20.652   18.771 ~ 14 0
159 2MASS J05150636-7139105 NIR 05 15 06.369 -71 39 10.53 18.852 19.023 17.241   16.788 ~ 4 0
160 2MASS J05153934-6939330 Y*O 05 15 39.345 -69 39 33.02           ~ 2 0
161 MSX LMC 208 AB* 05 15 43.76 -70 26 41.6           ~ 3 0
162 MSX LMC 380 LP* 05 16 06.2354102737 -70 49 33.312497197     19.669   16.055 ~ 5 0
163 2MASS J05162005-7033561 AB* 05 16 20.059 -70 33 56.15           ~ 2 0
164 MSX LMC 425 AB* 05 16 31.3899427428 -71 56 08.004245403           ~ 3 0
165 2MASS J05164550-6743353 AB* 05 16 45.508 -67 43 35.32           ~ 2 0
166 MSX LMC 332 pA? 05 17 00.66 -69 19 30.5 18.896 19.566 19.039   18.705 ~ 15 0
167 MSX LMC 349 C* 05 17 26.940 -68 54 58.20           C-rich 16 0
168 2MASS J05181196-6717545 AB* 05 18 11.9867564066 -67 17 54.478530936           ~ 2 0
169 IRAS 05195-6933 LP* 05 19 04.0569020882 -69 29 32.652515337     16.70 15.74 14.894 ~ 6 0
170 SSTISAGEMA J051913.89-693818.3 * 05 19 13.890 -69 38 18.40           ~ 2 0
171 MSX LMC 371 AB* 05 19 20.09 -69 50 20.1           ~ 3 0
172 2MASS J05194220-6627203 AB* 05 19 42.202 -66 27 20.40           ~ 2 0
173 2MASS J05194245-6502167 AG? 05 19 42.4435474131 -65 02 16.740643744           ~ 3 0
174 MSX LMC 295 LP* 05 19 43.1412903919 -64 33 22.647609388       17.439   ~ 4 0
175 MSX LMC 383 Mi* 05 19 58.6333491877 -70 28 15.841989514     18.64 15.381 14.878 ~ 11 0
176 2MASS J05202551-7104443 * 05 20 25.52 -71 04 44.4           ~ 2 0
177 MSX LMC 403 LP* 05 20 38.23 -72 51 06.2       18.691   ~ 5 0
178 HD 269404 PN 05 21 29.7100972536 -67 51 06.794085069 14.32 14.96 14.17   14.00 ~ 29 0
179 2MASS J05214476-7007479 LP* 05 21 44.768 -70 07 47.94     18.17 16.844   ~ 4 0
180 MSX LMC 466 AB* 05 21 50.613 -68 29 58.19           ~ 6 0
181 2MASS J05220332-6819214 LP* 05 22 03.3258654590 -68 19 21.486153012 18.784 18.095 17.258 16.345 15.993 ~ 5 0
182 NAME LMC Bar ? 05 22 08 -69 23.5           ~ 274 0
183 [GC2009] J052246.13-654057.0 Y*O 05 22 46.144 -65 40 56.77           ~ 3 0
184 2MASS J05225895-6544029 AB* 05 22 58.953 -65 44 02.95           ~ 2 0
185 RHV 0523185-675246 Mi* 05 23 10.1467379089 -67 50 06.462903444   11.91 17.461 17.910 13.334 M6 14 0
186 Gaia DR2 4661168096128809216 LP? 05 23 12.5856609829 -64 09 31.196012833           ~ 2 0
187 NAME LMC G 05 23 34.6 -69 45 22     0.4     ~ 15461 1
188 IRAS 05245-7248 LP* 05 23 38.5871019832 -72 46 00.334702575     18.122 16.500   ~ 7 0
189 2MASS J05235393-7134438 Y*O 05 23 53.934 -71 34 43.89           ~ 9 0
190 MSX LMC 427 AB* 05 24 07.06 -71 57 41.2           ~ 4 0
191 IRAS 05244-6832 Y*O 05 24 13.345 -68 29 58.71     18.73 16.882   ~ 13 0
192 MSX LMC 578 AB* 05 24 20.56 -67 32 07.2           ~ 3 0
193 MSX LMC 531 AB* 05 24 23.6368964807 -65 32 10.823511789           ~ 3 0
194 RHV 0524233-664522 V* 05 24 23.6874672589 -66 42 46.952213071   13.36       ~ 4 0
195 IRAS 05249-6956 AB* 05 24 30.80 -69 53 53.3 19.846 20.068 19.108   17.604 ~ 6 0
196 2MASS J05243664-7203530 LP* 05 24 36.650 -72 03 53.07       18.448   ~ 4 0
197 MSX LMC 441 C* 05 24 38.62 -70 23 57.1           C-rich 13 0
198 2MASS J05244115-6953075 AB* 05 24 41.159 -69 53 07.54           ~ 2 0
199 MSX LMC 484 AB? 05 25 03.258 -69 26 16.98           ~ 7 1
200 [WSI2008] 657 Y*O 05 25 04.970 -69 42 46.92           ~ 3 0
201 Gaia DR2 4651133854242537728 LP? 05 25 08.5769923492 -73 16 42.548271387           ~ 2 0
202 2MASS J05251173-6356209 * 05 25 11.7225694434 -63 56 21.034480097           ~ 3 0
203 HD 36402 WR* 05 26 03.9637508160 -67 29 57.087055949   11.25 11.621 11.65   (WC) 134 0
204 MSX LMC 774 C* 05 26 23.097 -69 11 20.27           C-rich 12 0
205 MSX LMC 677 AB* 05 27 10.97 -69 34 13.8           ~ 4 0
206 [KDM2001] 4130 C* 05 27 21.3773363770 -64 22 39.227327627           C 2 0
207 IRAS 05278-6942 C* 05 27 24.120 -69 39 44.97 20.530 20.518 20.351   19.464 C-rich 21 0
208 2MASS J05275971-6956389 Y*O 05 27 59.713 -69 56 38.92           ~ 3 0
209 MSX LMC 694 AB* 05 28 00.5467403181 -72 50 11.914974502           ~ 4 0
210 MSX LMC 643 AB* 05 28 04.05 -69 53 08.3 16.928 16.967 17.218   16.664 ~ 6 0
211 2MASS J05281304-6912283 Y*O 05 28 13.045 -69 12 28.36           ~ 3 0
212 [KWV2015] J052816.85-693017.0 * 05 28 16.850 -69 30 17.00     17.613 17.370   ~ 2 0
213 2MASS J05282771-6900049 Y*O 05 28 27.719 -69 00 04.94           ~ 3 0
214 2MASS J05283913-6718089 AB* 05 28 39.1160616168 -67 18 08.890396577           ~ 2 0
215 MSX LMC 659 LP* 05 28 42.3330885158 -69 36 06.928808157 18.328 16.278 14.630 13.81 12.372 ~ 5 0
216 MSX LMC 656 AB* 05 28 45.529 -70 04 43.81           ~ 4 0
217 IRAS 05294-7104 Mi* 05 28 48.17 -71 02 28.9       16.526 15.439 M8 22 0
218 MSX LMC 679 C* 05 28 48.62 -69 48 01.3           C-rich 11 0
219 2MASS J05290019-6952475 * 05 29 00.199 -69 52 47.58           ~ 4 0
220 RHV 0529097-670029 C* 05 29 07.5969534042 -66 58 15.061172822   19.823 18.140 14.664 14.391 C-rich 20 0
221 MSX LMC 644 AB* 05 29 22.87 -70 06 46.2           ~ 5 0
222 2MASS J05292463-6955136 AB* 05 29 24.634 -69 55 13.61           ~ 4 0
223 2MASS J05294243-6828244 Y*O 05 29 42.434 -68 28 24.45 18.426 20.122 18.268 17.970 18.092 ~ 5 0
224 MSX LMC 605 pA? 05 29 47.6090824547 -68 28 19.119656083 15.15 15.30 14.88 14.57   ~ 4 0
225 MSX LMC 842 * 05 29 57.74 -65 50 21.1           ~ 5 0
226 SSTISAGE1C J052957.90-655023.2 AB* 05 29 57.93 -65 50 23.2   22.395 21.389   21.037 ~ 4 0
227 IRAS 05300-6651 C* 05 30 03.892 -66 49 24.22   21.859 21.296     C-rich 23 0
228 MSX LMC 654 AB* 05 30 04.87 -69 56 45.2           ~ 5 0
229 IRAS 05306-7032 C* 05 30 06.216 -70 30 41.14   20.593 20.458     C-rich 11 1
230 [GC2009] J053014.58-690946.4 Y*O 05 30 14.624 -69 09 46.23           ~ 3 0
231 [GC2009] J053050.73-724541.4 AB? 05 30 50.73 -72 45 41.4           ~ 2 0
232 IRAS 05318-7247 MIR 05 30 50.74368 -72 45 41.2524           ~ 1 0
233 SSTISAGEMA J053051.75-694328.0 * 05 30 51.5851145838 -69 43 26.203142328           ~ 4 0
234 OGLE BRIGHT-LMC-LPV-101 LP* 05 31 00.3902458147 -69 10 47.504478983     13.673   11.226 ~ 3 0
235 MSX LMC 841 C* 05 31 13.12 -66 09 41.2         17.542 C-rich 8 0
236 WOH S 374 * 05 31 47.4191540976 -66 03 40.582242174   14.67       M6 15 0
237 SV* HV 996 s*r 05 32 35.6441019617 -67 55 09.017448111     13.48     M2Ia 32 0
238 MSX LMC 807 AB* 05 32 37.16 -67 06 56.4           ~ 14 0
239 2MASS J05323777-7149037 * 05 32 37.78 -71 49 03.8           ~ 4 0
240 [RP2006] 774 Y*O 05 32 39.713 -69 30 49.49 18.42 18.78 17.92   17.404 ~ 12 0
241 MSX LMC 811 AB* 05 32 51.334 -67 06 52.04           ~ 8 0
242 MSX LMC 1780 AB* 05 33 01.766 -68 23 58.50           ~ 8 0
243 MSX LMC 880 LP* 05 33 15.2687676214 -67 40 56.524780999       17.315   ~ 3 0
244 2MASS J05331975-6941454 Y*O 05 33 19.7469971660 -69 41 45.447625805 19.569 18.121 16.693   18.539 ~ 5 0
245 2MASS J05332794-6809399 LP* 05 33 27.9238923410 -68 09 40.137701765       17.252   ~ 3 0
246 2MASS J05334039-6952355 Y*O 05 33 40.395 -69 52 35.58           ~ 2 0
247 SV* HV 2677 LP? 05 34 14.0550633592 -68 58 43.833167549   15.6 14.078 12.84 11.004 M5Ib-II 21 0
248 IRAS 05348-7024 C* 05 34 15.990 -70 22 52.47           C-rich 19 0
249 2MASS J05342976-6730257 LP* 05 34 29.7493857760 -67 30 25.821395246       16.746   ~ 3 0
250 WORC 186 C* 05 34 52.9006497210 -71 00 22.976483438     17.20 15.65 14.480 C6,2e 14 0
251 MSX LMC 743 C* 05 34 53.74 -70 29 24.8           C-rich 12 0
252 MSX LMC 787 C* 05 34 56.21 -69 09 16.5   20.983 20.719   18.572 C-rich 10 0
253 2MASS J05350409-6957148 Mi* 05 35 04.1099893987 -69 57 14.885078734     17.79 15.762 15.536 ~ 9 0
254 2MASS J05352220-7039308 AB* 05 35 22.20240 -70 39 30.8484           ~ 4 0
255 [GC2009] J053548.62-693837.2 Y*O 05 35 48.62 -69 38 37.2           ~ 2 0
256 2MASS J05360241-6745171 Y*? 05 36 02.3744586739 -67 45 17.128612675 20.042 19.675 19.353   18.253 ~ 9 0
257 MSX LMC 873 LP* 05 36 09.6291523317 -67 03 53.459499672       16.695   ~ 4 0
258 IRAS 05371-7045 AB* 05 36 36.800 -70 43 45.54           ~ 7 1
259 MSX LMC 877 AB? 05 36 52.127 -66 31 00.45           ~ 4 0
260 MSX LMC 863 LP* 05 37 08.5336510093 -65 01 55.803757677       17.350   ~ 3 0
261 [H2013] LMCe 1369 Em* 05 38 04.7169638371 -69 59 18.484635447 18.366 18.411 18.123 18.050 17.992 B6Ve 7 0
262 IRAS 05402-6956 Mi* 05 39 44.89 -69 55 18.1         19.702 ~ 26 0
263 2MASS J05395682-7032145 AB* 05 39 56.820 -70 32 14.55       18.820   ~ 5 0
264 2MASS J05403400-6925099 Y*O 05 40 33.9841549840 -69 25 09.895726361           ~ 4 0
265 Gaia DR2 4657599188763136896 LP? 05 40 48.4978753884 -69 33 35.987846741           ~ 2 0
266 W61 8-88 * 05 40 48.502 -69 33 36.07     14.353 13.45 11.134 M0 14 0
267 2MASS J05414270-7119281 Y*O 05 41 42.709 -71 19 28.15 18.263 18.706 18.722   17.657 ~ 4 0
268 LHA 120-S 137 Em* 05 41 43.7414829134 -69 37 38.285364895 13.504 14.305 14.199 14.310 13.463 BIaePCyg 16 0
269 MSX LMC 1396 AB* 05 42 15.66 -68 27 12.5           ~ 3 0
270 2MASS J05424333-7111336 * 05 42 43.33 -71 11 33.6           ~ 4 0
271 IRAS 05439-6555 AB? 05 44 03.79 -65 53 59.5           ~ 4 0
272 IRAS 05469-7255 * 05 45 56.97 -72 54 29.2           ~ 4 0
273 Gaia DR2 4756251319078635648 LP? 05 45 57.1386975305 -64 27 46.626341199           ~ 2 0
274 IRAS 05480-6839 AB* 05 47 44.460 -68 38 38.50           ~ 4 0
275 2MASS J05481114-7000167 AB* 05 48 11.1760277268 -70 00 16.673884426           ~ 3 0
276 MSX LMC 1372 * 05 48 54.50 -72 24 02.5           ~ 2 0
277 2MASS J05485520-7005106 LP* 05 48 55.201 -70 05 10.64 18.034 18.677 17.828 17.368 17.044 ~ 8 0
278 IRAS 05506-7053 C* 05 49 56.520 -70 53 11.75           C-rich 17 0
279 IRAS 05508-7146 C* 05 50 06.7417098034 -71 46 02.894093840           C-rich 12 0
280 [KDM2001] 6452 C* 05 50 17.5714857766 -64 28 54.802120688           C 3 0
281 MSX LMC 1549 LP* 05 50 39.3313904476 -67 31 50.491036324         18.896 ~ 4 0
282 IRAS 05516-7124 C* 05 50 49.91 -71 23 35.6           C-rich 7 0
283 IRAS 05522-6545 LP* 05 52 22.86 -65 44 52.6         19.494 ~ 3 0
284 IRAS 05558-7000 Mi* 05 55 21.0516666118 -70 00 03.109391665       17.411 16.771 ~ 28 0
285 Gaia DR2 4659600643536501504 LP? 05 56 53.5846207937 -67 04 12.471968113           ~ 2 0
286 2MASS J05572239-6713213 LP* 05 57 22.3859750162 -67 13 21.425759406 16.444 17.003 16.613   15.532 ~ 4 0
287 IRAS 06025-6712 C* 06 02 31.06 -67 12 47.0           C 22 0
288 2MASS J06024228-6631417 * 06 02 42.2500135579 -66 31 41.655211076           ~ 2 0
289 OGLE LMC571.21.004599 LP* 06 04 23.64 -65 21 53.7         16.144 ~ 2 0
290 MSX LMC 1805 AB* 06 04 27.65 -67 14 22.9           ~ 3 0
291 MSX LMC 1699 LP* 06 04 35.22 -67 46 56.7       18.754   ~ 4 0
292 2MASS J06195898-7059271 * 06 19 58.98 -70 59 27.2           ~ 3 0
293 2MASS J06274183-6810161 * 06 27 41.838 -68 10 16.17       19.9   ~ 2 0
294 M 81 Sy2 09 55 33.17306143 +69 03 55.0609270   7.89 6.94     ~ 4069 5
295 M 106 Sy2 12 18 57.620 +47 18 13.39   9.14 8.41 8.11   ~ 2187 3
296 M 83 SBG 13 37 00.919 -29 51 56.74 8.85 8.11 7.52 7.21   ~ 2308 2

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2020A&A...636A..48G and select 'bookmark this link' or equivalent in the popup menu


2021.07.26-04:09:54

© Université de Strasbourg/CNRS

    • Contact