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The 2 columns in color are computed by VizieR, and are not part of the original data.
J/AcA/60/91/smc_cep2
Post annotation
VI light curves of SMC type II Cepheids (Soszynski+, 2010)
Type II Cepheids in the SMC (tables 1 and 2 of paper) (43 rows)
img(gal)
start AladinLite
Full

LC

n_

Star

<Imag>
mag
<Vmag>
mag
Per
d
e_
d
Iamp
mag
R21

R31

Field

OGLE

Type

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
VName

HV

1LC  0114.76815.30311.8690178 0.0003296 0.191 0.108 0.018SMC133.6 32pWVir00 30 02.36-73 49 07.0    
2LC  0218.20618.781 1.3721870 0.0000030 0.514 0.243 0.074SMC131.1 737BLHer00 34 53.51-72 58 45.9    
3LC  0317.57218.373 4.3598789 0.0000114 0.407 0.253 0.104SMC133.4 9322WVir00 37 08.35-73 43 04.9    
4LC  0417.09317.862 6.5333997 0.0001285 0.077 0.102 0.080SMC125.6 89WVir00 38 20.36-73 17 16.4    
5LC  0516.99017.867 8.2058890 0.0001764 0.140 0.148 0.036SMC128.2 185WVir00 42 03.81-74 01 24.6    
6LC  0618.53619.140 1.2356136 0.0000013 0.523 0.273 0.150SMC128.4 2107BLHer00 42 16.01-73 39 13.5    
7LCR0713.57214.44030.9606438 0.0004026 0.415 0.121 0.020SMC125.4 2RVTau00 42 57.49-73 07 14.8V0257HV1369
8LC  0818.02518.757 1.4897859 0.0000038 0.206 0.232 0.050SMC125.235239BLHer00 44 00.77-73 22 54.4    
9LC  0917.70018.480 2.9710719 0.0000057 0.356 0.210 0.123SMC126.1 1382BLHer00 44 12.37-72 59 28.5    
10LCR1014.27214.82017.4807419 0.0005562 0.054 0.065 0.000SMC125.213188pWVir00 44 54.66-73 28 03.3    
11LC  1114.57114.954 9.9253977 0.0000552 0.197 0.274 0.153SMC125.137280pWVir00 45 19.56-73 30 03.4    
12LC  1215.41516.36929.2189113 0.0039443 0.103 0.077 0.022SMC125.250773RVTau00 45 19.69-73 20 13.7    
13LC  1316.44417.40813.8099916 0.0001602 0.489 0.116 0.079SMC126.119084WVir00 45 41.37-72 58 35.0    
14LC  1416.50117.51613.8783799 0.0003583 0.456 0.099 0.073SMC100.845191WVir00 48 02.83-73 21 17.7    
15LC  1516.89517.196 2.5695964 0.0000054 0.172 0.187 0.080SMC100.758875BLHer00 49 36.92-73 10 01.4    
16LC  1618.01318.723 2.1131980 0.0000020 0.461 0.167 0.076SMC101.132853BLHer00 50 12.58-72 43 12.4    
17LC  1718.12618.739 1.2993097 0.0000099 0.320 0.347 0.074SMC102.4 258BLHer00 50 42.03-71 39 18.4    
18LCR1814.81315.62739.5193655 0.0057005 0.667 0.169 0.073SMC103.3 16RVTau00 51 07.23-73 41 33.4    
19LCR1914.48115.06440.9118097 0.0059419 0.136 0.110 0.048SMC103.333136RVTau00 53 27.69-73 38 09.5    
20LCR2014.89415.89050.6231456 0.0069705 0.750 0.120 0.032SMC101.248106RVTau00 53 35.98-72 34 21.8V1017HV1586
21LC  2118.23318.999 2.3131264 0.0000203 0.097 0.099 0.000SMC105.727734BLHer00 53 49.69-72 47 37.4    
22LC  2218.73119.480 1.4705261 0.0000067 0.410 0.218 0.112SMC107.6 1433BLHer00 54 46.72-73 48 32.6    
23LCR2315.26415.99017.6752925 0.0005561 0.121 0.095 0.000SMC106.5 8159pWVir00 55 01.63-73 09 47.2    
24LC  2414.51115.30843.9607975 0.0179727 0.154 0.062 0.127SMC106.731830RVTau00 55 20.55-73 21 37.9V1193HV1647
25LCR2515.76616.45814.1708916 0.0001848 0.481 0.235 0.065SMC106.634299pWVir00 55 58.57-73 12 29.7    
26LC  2617.79418.393 1.7048368 0.0000117 0.133 0.119 0.000SMC108.750479BLHer00 57 24.86-72 13 17.8    
27LC  2718.44619.113 1.5417249 0.0000080 0.291 0.000 0.160SMC106.838983BLHer00 57 28.64-73 31 26.9    
28LCR2815.03115.90715.2643255 0.0003658 0.194 0.116 0.016SMC106.838374pWVir00 57 31.84-73 32 11.3    
29LCR2913.64814.55633.6764628 0.0004650 0.492 0.168 0.072SMC108.2 3RVTau00 57 38.09-72 18 12.2V1372HV12140
30LC  3016.83617.318 3.3889388 0.0000064 0.245 0.174 0.105SMC106.551449BLHer00 57 40.76-73 03 04.9    
31LC  3116.92917.794 7.8953026 0.0004850 0.039 0.000 0.000SMC109.4 174WVir00 58 54.15-71 22 56.8    
32LC  3216.16116.87314.2468347 0.0005521 0.604 0.250 0.064SMC106.113852WVir00 58 58.73-73 33 45.8    
33LC  3317.51018.112 1.8776865 0.0000014 0.508 0.461 0.214SMC105.424131BLHer00 59 03.09-72 28 32.2    
34LC  3415.73716.67220.1206110 0.0003603 0.792 0.085 0.040SMC108.246300WVir01 00 06.44-72 13 51.7    
35LC  3515.89416.73517.1814841 0.0001830 0.909 0.173 0.071SMC107.3 8878WVir01 00 35.01-73 46 57.9V1577HV1828
36LC  3617.89218.454 1.0916592 0.0000017 0.358 0.256 0.065SMC111.5 288BLHer01 02 40.96-73 10 02.6    
37LC  3717.98618.593 1.5590709 0.0000030 0.496 0.258 0.088SMC112.8 567BLHer01 03 46.50-74 07 28.8    
38LC  3816.18916.664 4.4440180 0.0000152 0.237 0.169 0.113SMC111.8 5979pWVir01 04 29.00-73 33 53.6    
39LC  3917.79818.541 1.8875529 0.0000079 0.128 0.101 0.000SMC111.4 165BLHer01 06 40.91-73 07 05.0    
40LC  4016.03616.97616.1110373 0.0002492 0.873 0.050 0.053SMC119.8 119WVir01 08 46.85-71 51 09.4    
41LC  4115.35316.06829.1184308 0.0069526 0.152 0.068 0.105SMC116.611058RVTau01 13 19.05-73 18 07.8    
42LC  4218.24618.860 1.4874289 0.0000032 0.562 0.260 0.101SMC123.3 2298BLHer01 23 26.69-72 00 24.3    
43LCR4315.39816.34223.7429305 0.0010767 0.890 0.111 0.030SMC123.2 2021RVTau01 23 53.06-72 16 45.9    
J/AcA/60/91/remarks
Post annotation
VI light curves of SMC type II Cepheids (Soszynski+, 2010)
Remarks (10 rows)
 
Full

Star

Rem

107additional ellipsoidal variations (P=392.93d)
210additional ellipsoidal-like variations (P=198.18d) + secondary period (15.7658d)
318alternations of minima
419modulation of amplitude
520alternations of minima
623additional eclipsing variations (P=156.884d)
725additional ellipsoidal variations (P=174.87d)
828additional eclipsing variations (P=141.835d)
929additional eclipsing variations (P=608.6d)
1043alternations of minima
elapse time 0

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