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Show constraint information
J/A+A/542/A38/lqhya
Post annotation
LQ Hya V-band differential light curve (Lehtinen+, 2012)
Differential photometry of LQ Hya
timeSerie
(light curve) (2675 rows)
 
start AladinLite
Full

HJD
d
dVmag
mag
12447141.0342 1.763
22447162.9613 1.760
32447163.9568 1.748
42447168.0118 1.767
52447168.9544 1.723
62447173.9523 1.741
72447174.9468 1.813
82447175.9411 1.794
92447183.9206 1.774
102447184.9184 1.715
112447199.8806 1.776
122447200.8758 1.777
132447202.8701 1.764
142447203.8684 1.813
152447204.8663 1.780
162447208.8704 1.804
172447209.8595 1.795
182447211.8598 1.833
192447212.8521 1.783
202447218.8722 1.745
212447219.8171 1.831
222447220.8373 1.786
232447225.8567 1.808
242447227.8199 1.821
252447229.8060 1.804
262447230.8106 1.823
272447277.6397 1.765
282447277.6979 1.770
292447278.6979 1.863
302447280.6403 1.806
312447280.6950 1.784
322447281.6397 1.808
332447281.6865 1.803
342447283.6401 1.852
352447283.6881 1.831
362447285.6434 1.762
372447290.6465 1.761
382447293.6557 1.703
392447295.6461 1.787
402447302.6340 1.854
412447303.6345 1.817
422447304.6351 1.831
432447460.0169 1.830
442447461.0155 1.826
452447462.0092 1.837
462447463.0081 1.783
472447464.0067 1.792
482447465.9999 1.815
492447466.0159 1.798
502447466.9963 1.815
Result truncated to 50 rows
J/A+A/542/A38/results
Post annotation
LQ Hya V-band differential light curve (Lehtinen+, 2012)
*Numerical results of the CPS analysis (1079 rows) (Note)
 
start AladinLite
Full

SEG

t0
d
SET

tau
d
IND

n

my
mag
K

se
mag
M
mag
q_

Per
d
q_

Amp
mag
q_

tmin1
d
q_

tmin2
d
q_

1 147141.0342 147213.2541115 1.79472 0.0075 1.79010 1.61290 0.0792047200.53830  1
2 147141.0342 247215.3161015 1.79781 0.0099 1.79210 1.60750 0.0713047202.07950  1
3 247277.6397 147287.6575016 1.79982 0.0177 1.80451 1.60241 0.1128147278.7652147278.10151
4 347460.0169 147474.0660131 1.81702 0.0102 1.81890 1.60590 0.0715047460.2446047461.06080
5 347460.0169 247476.5686028 1.81652 0.0124 1.81830 1.61400 0.0600047465.0400047464.24720
6 347460.0169 347478.8589030 1.81492 0.0139 1.81580 1.60090 0.0629047466.7078047467.52680
7 347460.0169 447480.3678029 1.81512 0.0128 1.81640 1.59990 0.0624047468.3341047467.55430
8 347460.0169 547482.5373029 1.81542 0.0129 1.81530 1.60300 0.0648047469.9092047469.13170
9 347460.0169 647484.6751029 1.81382 0.0133 1.81530 1.60170 0.0635047471.5238047470.75950
10 347460.0169 747486.3059028 1.81102 0.0134 1.81420 1.60410 0.0615047471.5033047472.34770
11 347460.0169 847487.4100028 1.81132 0.0139 1.81320 1.60610 0.0570047473.0963047472.33340
12 347460.0169 947490.9802024 1.81142 0.0142 1.81200 1.60600 0.0535047479.5258047478.75040
13 347460.01691047492.9821025 1.80922 0.0137 1.81031 1.60891 0.0505147481.1172147480.34941
14 347460.01691147500.6451018 1.80710 0.0176 1.80710  1  1  1  1
15 347460.01691247505.8821023 1.80230 0.0284 1.80230  1  1  1  1
16 347460.01691347510.8706022 1.80122 0.0192 1.79081 1.51881 0.0948147496.2136147497.09481
17 347460.01691447512.2820022 1.80510 0.0299 1.80510  1  1  1  1
18 347460.01691547513.6917022 1.80411 0.0255 1.80371 1.59811 0.0479147498.19041  1
19 347460.01691647525.6034126 1.80641 0.0241 1.80280 1.60280 0.0687047509.34490  1
20 347460.01691747527.6567028 1.80441 0.0229 1.80480 1.59910 0.0663047509.39980  1
21 347460.01691847529.1432029 1.80701 0.0217 1.80610 1.60610 0.0681047510.91010  1
22 347460.01691947533.9026040 1.80511 0.0187 1.80350 1.61000 0.0682047517.29380  1
23 347460.01692047535.1539039 1.80431 0.0187 1.80390 1.60800 0.0695047517.31950  1
24 347460.01692147538.3596036 1.80552 0.0114 1.80491 1.61791 0.0670147520.3963147521.20981
25 347460.01692247540.4842040 1.80832 0.0110 1.80490 1.60750 0.0689047526.9505047526.09980
26 347460.01692347542.8042040 1.80642 0.0097 1.80260 1.60720 0.0728047528.5693047527.79040
27 347460.01692447544.4746040 1.80742 0.0097 1.80240 1.60820 0.0715047534.9931047535.82420
28 347460.01692547548.5111132 1.80722 0.0094 1.80160 1.60980 0.0642047539.80720  1
29 347460.01692647550.8189031 1.80901 0.0110 1.80240 1.60700 0.0659047541.41920  1
30 347460.01692747552.8135031 1.80572 0.0095 1.80220 1.60560 0.0707047541.44540  1
31 347460.01692847555.2713030 1.80712 0.0095 1.79960 1.61100 0.0699047543.04330  1
32 347460.01692947558.3628030 1.80682 0.0082 1.79970 1.61130 0.0675047544.64570  1
33 347460.01693047561.5998028 1.80612 0.0086 1.79940 1.61010 0.0709047546.27200  1
34 347460.01693147563.3250027 1.80832 0.0080 1.80020 1.61100 0.0720047547.86320  1
35 347460.01693247565.9057030 1.80932 0.0084 1.79990 1.61410 0.0744047551.08080  1
36 347460.01693347568.3838031 1.80552 0.0075 1.79790 1.61750 0.0791047551.05160  1
37 347460.01693447571.7294032 1.80502 0.0079 1.79690 1.61640 0.0775047554.29880  1
38 347460.01693547574.0840033 1.80392 0.0080 1.79740 1.61540 0.0754047557.53830  1
39 347460.01693647583.2207042 1.79732 0.0117 1.79430 1.60860 0.0767047568.8822047569.72380
40 347460.01693747584.6910142 1.79592 0.0118 1.79500 1.61050 0.0757047570.4782047571.32250
41 347460.01693847586.5017043 1.79612 0.0103 1.79420 1.61000 0.0785047572.0794047571.25740
42 347460.01693947587.6115042 1.79622 0.0103 1.79440 1.60950 0.0785047572.0855047572.87120
43 347460.01694047590.0615045 1.79692 0.0111 1.79490 1.60920 0.0848047575.3085047574.48590
44 347460.01694147592.9758048 1.79842 0.0119 1.79760 1.60670 0.0932047576.9367047576.07930
45 347460.01694247594.2659048 1.79852 0.0118 1.79790 1.60590 0.0935047576.9462047577.67690
46 347460.01694347595.4227050 1.79832 0.0116 1.79810 1.60630 0.0934047578.5478047579.27480
47 347460.01694447596.5280052 1.79812 0.0122 1.79790 1.60610 0.0968047580.1513047579.25830
48 347460.01694547598.7902054 1.79992 0.0122 1.79830 1.60670 0.0987047581.7495047580.86040
49 347460.01694647601.6447048 1.79972 0.0113 1.80030 1.60510 0.1062047584.9745047585.68650
50 347460.01694747602.6622047 1.80012 0.0114 1.80070 1.60760 0.1075047586.5544047587.26630
Result truncated to 50 rows
elapse time 0

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