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VizieR Correlated Data

J/AJ/139/1360/table4 AO Ser VR light curves (Yang+, 2010)
All available light minimum times of the Algol-type eclipsing binary V338 Herculis (132 rows)
 
Full

HJD
d
Epoch

Method

Min

O-C
d
Res
d
Ref

12433771.3800 0.0vi I 0.0148 0.0109 1
22433852.3400 62.0p I 0.0186 0.0153 1
32433882.3100 85.0p I-0.0436-0.0466 1
42433886.2900 88.0vi I 0.0192 0.0162 1
52433895.4200 95.0vi I 0.0090 0.0061 1
62433918.2500 112.5pII-0.0116-0.0144 1
72433920.2500 114.0p I 0.0298 0.0271 2
82434245.3200 363.0p I-0.0308-0.0309 2
92434625.3200 654.0p I-0.0027 0.0003 2
102434680.1900 696.0p I 0.0260 0.0295 2
112435198.5410 1093.0vi I-0.0039 0.0037 3
122435219.4300 1109.0vi I-0.0068 0.0010 3
132435223.3620 1112.0vi I 0.0080 0.0158 3
142435608.5300 1407.0vi I-0.0189-0.0083 2
152435647.7110 1437.0pg I-0.0103 0.0006 4
162435651.6440 1440.0pg I 0.0055 0.0164 4
172435698.6430 1476.0pg I-0.0023 0.0089 4
182435748.2750 1514.0vi I 0.0113 0.0229 3
192435963.7080 1679.0pg I-0.0036 0.0093 4
202436006.7930 1712.0pg I-0.0082 0.0050 4
212436031.5950 1731.0pg I-0.0154-0.0021 4
222436308.4140 1943.0vi I-0.0144 0.0003 3
232437474.4420 2836.0vi I-0.0170 0.0005 5
242438546.4587 3657.0PE I-0.0172-0.0023 6
252439648.5180 4501.0PE I-0.0070 0.0014 7
262440711.4020 5315.0vi I 0.0003 0.0013 8
272440720.5340 5322.0vi I-0.0080-0.0071 8
282441070.4750 5590.0vi I-0.0067-0.0080 9
292441104.4300 5616.0vi I-0.0011-0.0026 9
302441168.4290 5665.0vi I 0.0164 0.014510
312441202.3690 5691.0vi I 0.0070 0.004911
322441253.2940 5730.0vi I 0.0079 0.005511
332441416.5100 5855.0vi I 0.0058 0.002512
342441531.4060 5943.0vi I-0.0038-0.007613
352441544.4760 5953.0vi I 0.0087 0.004814
362441561.4420 5966.0vi I 0.0000-0.004013
372441565.3690 5969.0vi I 0.0098 0.005813
382441582.3390 5982.0vi I 0.0051 0.001013
392441599.3060 5995.0vi I-0.0026-0.006815
402441616.2890 6008.0vi I 0.0057 0.001515
412441616.2910 6008.0vi I 0.0077 0.003515
422441877.4370 6208.0vi I 0.0047-0.000616
432441907.4710 6231.0vi I 0.0065 0.001117
442441911.3920 6234.0vi I 0.0103 0.004917
452441945.3359 6260.0PE I 0.0048-0.000818
462442134.6660 6405.0vi I 0.0018-0.004419
472442193.4290 6450.0vi I 0.0063 0.000020
482442223.4540 6473.0vi I-0.0009-0.007321
492442688.3220 6829.0vi I 0.0218 0.014622
502442936.4130 7019.0vi I 0.0212 0.014023
512443013.4410 7078.0vi I 0.0102 0.003024
522443017.3580 7081.0vi I 0.0100 0.002824
532443709.4090 7611.0vi I 0.0159 0.009825
542443739.4320 7634.0vi I 0.0068 0.000825
552443790.3620 7673.0vi I 0.0127 0.006926
562444025.3870 7853.0vi I 0.0036-0.001427
572444123.3180 7928.0vi I 0.0037-0.001028
582444499.3760 8216.0vi I 0.0070 0.003929
592444533.3290 8242.0vi I 0.0106 0.007730
602444567.2690 8268.0vi I 0.0012-0.001630
612444815.3680 8458.0vi I 0.0086 0.007031
622444832.3350 8471.0vi I 0.0009-0.000631
632444845.3940 8481.0vi I 0.0025 0.001131
642444845.3990 8481.0vi I 0.0075 0.006131
652445191.4240 8746.0vi I 0.0100 0.010332
662445934.3870 9315.0vi I 0.0039 0.007833
672446280.4140 9580.0vi I 0.0083 0.013634
682446293.4540 9590.0vi I-0.0091-0.003835
692446297.3730 9593.0vi I-0.0073-0.002035
702446327.4050 9616.0vi I-0.0075-0.002134
712446331.3160 9619.0vi I-0.0137-0.008334
722446348.3000 9632.0vi I-0.0044 0.001134
732446365.2840 9645.0vi I 0.0049 0.010434
742446707.3770 9907.0vi I-0.0074-0.000936
752446745.2390 9936.0vi I-0.0120-0.005437
762447032.4880 10156.0vi I-0.0270-0.019938
772447036.4100 10159.0vi I-0.0222-0.015139
782447450.3430 10476.0vi I-0.0105-0.003340
792447471.2460 10492.0vi I 0.0006 0.007840
802447664.4820 10640.0vi I-0.0137-0.006738
812447762.4180 10715.0vi I-0.0086-0.001841
822447817.2720 10757.0vi I 0.0041 0.010842
832448010.5090 10905.0vi I-0.0092-0.003043
842448014.4320 10908.0vi I-0.0035 0.002743
852448061.4360 10944.0vi I-0.0063-0.000343
862448091.4690 10967.0vi I-0.0055 0.000444
872448108.4400 10980.0vi I-0.0091-0.003244
882448125.4110 10993.0vi I-0.0128-0.007044
892448146.3090 11009.0vi I-0.0068-0.001144
902448176.3420 11032.0vi I-0.0059-0.000344
912448407.4490 11209.0vi I-0.0158-0.011245
922448488.4170 11271.0vi I-0.0040 0.000245
932448505.3910 11284.0vi I-0.0047-0.000646
942448539.3430 11310.0vi I-0.0021 0.001946
952448817.4580 11523.0vi I-0.0109-0.008647
962448868.3900 11562.0vi I-0.0029-0.000948
972449163.4950 11788.0vi I 0.0036 0.003549
982449906.4445 12357.0vi I-0.0160-0.022650
992449906.4620 12357.0vi I 0.0015-0.005051
1002449919.5061 12367.0vi I-0.0118-0.018550
1012449923.4435 12370.0vi I 0.0083 0.001650
1022449923.4442 12370.0vi I 0.0090 0.002350
1032449923.4470 12370.0vi I 0.0118 0.005150
1042449923.4518 12370.0vi I 0.0166 0.009950
1052449923.4553 12370.0vi I 0.0201 0.013450
1062450008.3100 12435.0vi I 0.0014-0.006151
1072450239.4340 12612.0vi I 0.0084-0.001452
1082450320.3980 12674.0vi I 0.0162 0.005653
1092450337.3700 12687.0vi I 0.0135 0.002753
1102450632.4598 12913.0vi I 0.0049-0.009050
1112450696.4530 12962.0vi I 0.0166 0.002154
1122450717.3500 12978.0vi I 0.0216 0.006954
1132451602.6562 13656.0vi I 0.0325 0.008950
1142451657.4909 13698.0CCD I 0.0259 0.001850
1152451678.3817 13714.0CCD I 0.0248 0.000550
1162451751.4935 13770.0vi I 0.0148-0.010255
1172451751.4970 13770.0vi I 0.0183-0.006755
1182451751.4990 13770.0vi I 0.0203-0.004755
1192451751.5101 13770.0vi I 0.0314 0.006455
1202451751.5108 13770.0vi I 0.0321 0.007155
1212452033.5482 13986.0CCD I 0.0285 0.001055
1222452382.1825 14253.0CCD I 0.0288-0.001456
1232452763.4638 14545.0CCD I 0.0325-0.000257
1242452908.4019 14656.0vi I 0.0329-0.000655
1252453254.4251 14921.0CCD I 0.0335-0.001758
1262453258.3423 14924.0CCD I 0.0335-0.001759
1272453400.6699 15033.0CCD I 0.0349-0.000955
1282453621.3400 15202.0CCD I 0.0340-0.002560
1292454142.3420 15601.0vi I 0.0436 0.006161
1302454245.4916 15680.0CCD I 0.0393 0.001856
1312454279.4406 15706.0CCD I 0.0389 0.001355
1322454296.4149 15719.0CCD I 0.0385 0.000962
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