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J/A+A/542/A38/lqhya
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LQ Hya V-band differential light curve (Lehtinen+, 2012)

2012A&A...542A..38L

Differential photometry of LQ Hya

timeSerie

Full	HJD d	dVmag mag
1	2447141.0342	1.763
2	2447162.9613	1.760
3	2447163.9568	1.748
4	2447168.0118	1.767
5	2447168.9544	1.723
6	2447173.9523	1.741
7	2447174.9468	1.813
8	2447175.9411	1.794
9	2447183.9206	1.774
10	2447184.9184	1.715
11	2447199.8806	1.776
12	2447200.8758	1.777
13	2447202.8701	1.764
14	2447203.8684	1.813
15	2447204.8663	1.780
16	2447208.8704	1.804
17	2447209.8595	1.795
18	2447211.8598	1.833
19	2447212.8521	1.783
20	2447218.8722	1.745
21	2447219.8171	1.831
22	2447220.8373	1.786
23	2447225.8567	1.808
24	2447227.8199	1.821
25	2447229.8060	1.804
26	2447230.8106	1.823
27	2447277.6397	1.765
28	2447277.6979	1.770
29	2447278.6979	1.863
30	2447280.6403	1.806
31	2447280.6950	1.784
32	2447281.6397	1.808
33	2447281.6865	1.803
34	2447283.6401	1.852
35	2447283.6881	1.831
36	2447285.6434	1.762
37	2447290.6465	1.761
38	2447293.6557	1.703
39	2447295.6461	1.787
40	2447302.6340	1.854
41	2447303.6345	1.817
42	2447304.6351	1.831
43	2447460.0169	1.830
44	2447461.0155	1.826
45	2447462.0092	1.837
46	2447463.0081	1.783
47	2447464.0067	1.792
48	2447465.9999	1.815
49	2447466.0159	1.798
50	2447466.9963	1.815

Result truncated to 50 rows

J/A+A/542/A38/results
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LQ Hya V-band differential light curve (Lehtinen+, 2012)

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2012A&A...542A..38L

*Numerical results of the CPS analysis (1079 rows) (Note)

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	1	47141.0342	1	47213.2541	1	15	1.7947	2	0.0075	1.7901	0	1.6129	0	0.0792	0	47200.5383	0		1
2	1	47141.0342	2	47215.3161	0	15	1.7978	1	0.0099	1.7921	0	1.6075	0	0.0713	0	47202.0795	0		1
3	2	47277.6397	1	47287.6575	0	16	1.7998	2	0.0177	1.8045	1	1.6024	1	0.1128	1	47278.7652	1	47278.1015	1
4	3	47460.0169	1	47474.0660	1	31	1.8170	2	0.0102	1.8189	0	1.6059	0	0.0715	0	47460.2446	0	47461.0608	0
5	3	47460.0169	2	47476.5686	0	28	1.8165	2	0.0124	1.8183	0	1.6140	0	0.0600	0	47465.0400	0	47464.2472	0
6	3	47460.0169	3	47478.8589	0	30	1.8149	2	0.0139	1.8158	0	1.6009	0	0.0629	0	47466.7078	0	47467.5268	0
7	3	47460.0169	4	47480.3678	0	29	1.8151	2	0.0128	1.8164	0	1.5999	0	0.0624	0	47468.3341	0	47467.5543	0
8	3	47460.0169	5	47482.5373	0	29	1.8154	2	0.0129	1.8153	0	1.6030	0	0.0648	0	47469.9092	0	47469.1317	0
9	3	47460.0169	6	47484.6751	0	29	1.8138	2	0.0133	1.8153	0	1.6017	0	0.0635	0	47471.5238	0	47470.7595	0
10	3	47460.0169	7	47486.3059	0	28	1.8110	2	0.0134	1.8142	0	1.6041	0	0.0615	0	47471.5033	0	47472.3477	0
11	3	47460.0169	8	47487.4100	0	28	1.8113	2	0.0139	1.8132	0	1.6061	0	0.0570	0	47473.0963	0	47472.3334	0
12	3	47460.0169	9	47490.9802	0	24	1.8114	2	0.0142	1.8120	0	1.6060	0	0.0535	0	47479.5258	0	47478.7504	0
13	3	47460.0169	10	47492.9821	0	25	1.8092	2	0.0137	1.8103	1	1.6089	1	0.0505	1	47481.1172	1	47480.3494	1
14	3	47460.0169	11	47500.6451	0	18	1.8071	0	0.0176	1.8071	0		1		1		1		1
15	3	47460.0169	12	47505.8821	0	23	1.8023	0	0.0284	1.8023	0		1		1		1		1
16	3	47460.0169	13	47510.8706	0	22	1.8012	2	0.0192	1.7908	1	1.5188	1	0.0948	1	47496.2136	1	47497.0948	1
17	3	47460.0169	14	47512.2820	0	22	1.8051	0	0.0299	1.8051	0		1		1		1		1
18	3	47460.0169	15	47513.6917	0	22	1.8041	1	0.0255	1.8037	1	1.5981	1	0.0479	1	47498.1904	1		1
19	3	47460.0169	16	47525.6034	1	26	1.8064	1	0.0241	1.8028	0	1.6028	0	0.0687	0	47509.3449	0		1
20	3	47460.0169	17	47527.6567	0	28	1.8044	1	0.0229	1.8048	0	1.5991	0	0.0663	0	47509.3998	0		1
21	3	47460.0169	18	47529.1432	0	29	1.8070	1	0.0217	1.8061	0	1.6061	0	0.0681	0	47510.9101	0		1
22	3	47460.0169	19	47533.9026	0	40	1.8051	1	0.0187	1.8035	0	1.6100	0	0.0682	0	47517.2938	0		1
23	3	47460.0169	20	47535.1539	0	39	1.8043	1	0.0187	1.8039	0	1.6080	0	0.0695	0	47517.3195	0		1
24	3	47460.0169	21	47538.3596	0	36	1.8055	2	0.0114	1.8049	1	1.6179	1	0.0670	1	47520.3963	1	47521.2098	1
25	3	47460.0169	22	47540.4842	0	40	1.8083	2	0.0110	1.8049	0	1.6075	0	0.0689	0	47526.9505	0	47526.0998	0
26	3	47460.0169	23	47542.8042	0	40	1.8064	2	0.0097	1.8026	0	1.6072	0	0.0728	0	47528.5693	0	47527.7904	0
27	3	47460.0169	24	47544.4746	0	40	1.8074	2	0.0097	1.8024	0	1.6082	0	0.0715	0	47534.9931	0	47535.8242	0
28	3	47460.0169	25	47548.5111	1	32	1.8072	2	0.0094	1.8016	0	1.6098	0	0.0642	0	47539.8072	0		1
29	3	47460.0169	26	47550.8189	0	31	1.8090	1	0.0110	1.8024	0	1.6070	0	0.0659	0	47541.4192	0		1
30	3	47460.0169	27	47552.8135	0	31	1.8057	2	0.0095	1.8022	0	1.6056	0	0.0707	0	47541.4454	0		1
31	3	47460.0169	28	47555.2713	0	30	1.8071	2	0.0095	1.7996	0	1.6110	0	0.0699	0	47543.0433	0		1
32	3	47460.0169	29	47558.3628	0	30	1.8068	2	0.0082	1.7997	0	1.6113	0	0.0675	0	47544.6457	0		1
33	3	47460.0169	30	47561.5998	0	28	1.8061	2	0.0086	1.7994	0	1.6101	0	0.0709	0	47546.2720	0		1
34	3	47460.0169	31	47563.3250	0	27	1.8083	2	0.0080	1.8002	0	1.6110	0	0.0720	0	47547.8632	0		1
35	3	47460.0169	32	47565.9057	0	30	1.8093	2	0.0084	1.7999	0	1.6141	0	0.0744	0	47551.0808	0		1
36	3	47460.0169	33	47568.3838	0	31	1.8055	2	0.0075	1.7979	0	1.6175	0	0.0791	0	47551.0516	0		1
37	3	47460.0169	34	47571.7294	0	32	1.8050	2	0.0079	1.7969	0	1.6164	0	0.0775	0	47554.2988	0		1
38	3	47460.0169	35	47574.0840	0	33	1.8039	2	0.0080	1.7974	0	1.6154	0	0.0754	0	47557.5383	0		1
39	3	47460.0169	36	47583.2207	0	42	1.7973	2	0.0117	1.7943	0	1.6086	0	0.0767	0	47568.8822	0	47569.7238	0
40	3	47460.0169	37	47584.6910	1	42	1.7959	2	0.0118	1.7950	0	1.6105	0	0.0757	0	47570.4782	0	47571.3225	0
41	3	47460.0169	38	47586.5017	0	43	1.7961	2	0.0103	1.7942	0	1.6100	0	0.0785	0	47572.0794	0	47571.2574	0
42	3	47460.0169	39	47587.6115	0	42	1.7962	2	0.0103	1.7944	0	1.6095	0	0.0785	0	47572.0855	0	47572.8712	0
43	3	47460.0169	40	47590.0615	0	45	1.7969	2	0.0111	1.7949	0	1.6092	0	0.0848	0	47575.3085	0	47574.4859	0
44	3	47460.0169	41	47592.9758	0	48	1.7984	2	0.0119	1.7976	0	1.6067	0	0.0932	0	47576.9367	0	47576.0793	0
45	3	47460.0169	42	47594.2659	0	48	1.7985	2	0.0118	1.7979	0	1.6059	0	0.0935	0	47576.9462	0	47577.6769	0
46	3	47460.0169	43	47595.4227	0	50	1.7983	2	0.0116	1.7981	0	1.6063	0	0.0934	0	47578.5478	0	47579.2748	0
47	3	47460.0169	44	47596.5280	0	52	1.7981	2	0.0122	1.7979	0	1.6061	0	0.0968	0	47580.1513	0	47579.2583	0
48	3	47460.0169	45	47598.7902	0	54	1.7999	2	0.0122	1.7983	0	1.6067	0	0.0987	0	47581.7495	0	47580.8604	0
49	3	47460.0169	46	47601.6447	0	48	1.7997	2	0.0113	1.8003	0	1.6051	0	0.1062	0	47584.9745	0	47585.6865	0
50	3	47460.0169	47	47602.6622	0	47	1.8001	2	0.0114	1.8007	0	1.6076	0	0.1075	0	47586.5544	0	47587.2663	0

Result truncated to 50 rows