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J/AJ/137/226/table1
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Differential light curves of TV Tri (Yang+, 2009)

2009AJ....137..226Y

CCD photometric observations in V- and R- band of the eclipsing binary RV Tri

timeSerie

(light curve) (2087 rows)

Full	Filt	HJD d	Dmag mag
1	V	2454432.9895	-0.505
2	V	2454432.9901	-0.511
3	V	2454432.9914	-0.513
4	V	2454432.9920	-0.499
5	V	2454432.9926	-0.500
6	V	2454432.9932	-0.493
7	V	2454432.9939	-0.495
8	V	2454432.9945	-0.499
9	V	2454432.9951	-0.498
10	V	2454432.9957	-0.499
11	V	2454432.9964	-0.525
12	V	2454432.9970	-0.505
13	V	2454432.9976	-0.512
14	V	2454432.9982	-0.500
15	V	2454432.9989	-0.515
16	V	2454432.9995	-0.506
17	V	2454433.0001	-0.499
18	V	2454433.0007	-0.497
19	V	2454433.0026	-0.515
20	V	2454433.0032	-0.529
21	V	2454433.0039	-0.508
22	V	2454433.0045	-0.526
23	V	2454433.0051	-0.530
24	V	2454433.0057	-0.521
25	V	2454433.0064	-0.515
26	V	2454433.0070	-0.518
27	V	2454433.0082	-0.509
28	V	2454433.0089	-0.518
29	V	2454433.0095	-0.528
30	V	2454433.0101	-0.513
31	V	2454433.0120	-0.506
32	V	2454433.0126	-0.522
33	V	2454433.0132	-0.520
34	V	2454433.0139	-0.516
35	V	2454433.0145	-0.519
36	V	2454433.0151	-0.522
37	V	2454433.0157	-0.515
38	V	2454433.0204	-0.502
39	V	2454433.0208	-0.512
40	V	2454433.0213	-0.520
41	V	2454433.0217	-0.542
42	V	2454433.0222	-0.521
43	V	2454433.0235	-0.517
44	V	2454433.0239	-0.507
45	V	2454433.0248	-0.527
46	V	2454433.0257	-0.525
47	V	2454433.0266	-0.518
48	V	2454433.0270	-0.500
49	V	2454433.0279	-0.513
50	V	2454433.0283	-0.510

Result truncated to 50 rows

J/AJ/137/226/table3
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Differential light curves of TV Tri (Yang+, 2009)

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2009AJ....137..226Y

Available light minimum times of the Algol-type binary RV Trianguli (236 rows)

Full	HJD d	Epoch	Type	Min	(O-C)	(O-C)1	(O-C)2	Ref
1	2426987.4130	-25271.0	pg	I	0.0106	0.0096	0.0104	1
2	2427061.2540	-25173.0	pg	I	-0.0077	-0.0089	-0.0079	1
3	2427397.3800	-24727.0	pg	I	-0.0169	-0.0187	-0.0171	1
4	2427471.2670	-24629.0	pg	I	0.0107	0.0087	0.0105	1
5	2427684.5440	-24346.0	pg	I	0.0001	-0.0022	-0.0001	1
6	2428397.5320	-23400.0	pg	I	0.0196	0.0160	0.0192	1
7	2428835.4030	-22819.0	pg	I	0.0104	0.0061	0.0097	1
8	2429193.3640	-22344.0	pg	I	-0.0202	-0.0251	-0.0214	1
9	2435716.3770	-13689.0	pg	I	0.0094	-0.0006	-0.0008	1
10	2435722.4100	-13681.0	pg	I	0.0131	0.0031	0.0029	1
11	2435725.4200	-13677.0	pg	I	0.0084	-0.0016	-0.0018	1
12	2435746.5270	-13649.0	pg	I	0.0128	0.0027	0.0026	2
13	2435749.5400	-13645.0	pg	I	0.0111	0.0010	0.0009	2
14	2439026.4780	-9297.0	pg	I	0.0073	-0.0018	0.0018	3
15	2439029.5020	-9293.0	pg	I	0.0166	0.0075	0.0111	3
16	2439054.3540	-9260.0	pg	I	-0.0024	-0.0115	-0.0079	3
17	2439057.3870	-9256.0	pg	I	0.0159	0.0068	0.0104	3
18	2439088.2750	-9215.0	pg	I	0.0036	-0.0054	-0.0019	3
19	2439146.2980	-9138.0	pg	I	-0.0057	-0.0147	-0.0112	3
20	2439381.4780	-8826.0	pg	I	0.0304	0.0216	0.0249	3
21	2440840.5610	-6890.0	vi	I	0.0150	0.0075	0.0084	4
22	2440850.3610	-6877.0	vi	I	0.0174	0.0099	0.0107	4
23	2440865.4320	-6857.0	vi	I	0.0151	0.0076	0.0084	5
24	2440890.3100	-6824.0	vi	I	0.0221	0.0146	0.0154	4
25	2441599.4810	-5883.0	pg	I	-0.0071	-0.0138	-0.0144	3
26	2442684.7780	-4443.0	vi	I	0.0102	0.0050	0.0031	6
27	2442993.7850	-4033.0	vi	I	0.0139	0.0092	0.0071	7
28	2443033.7320	-3980.0	vi	I	0.0166	0.0119	0.0098	7
29	2443036.7400	-3976.0	vi	I	0.0099	0.0052	0.0031	7
30	2443073.6670	-3927.0	vi	I	0.0073	0.0027	0.0006	7
31	2443098.5450	-3894.0	vi	I	0.0143	0.0097	0.0076	7
32	2443101.5590	-3890.0	vi	I	0.0136	0.0090	0.0069	7
33	2443113.6120	-3874.0	vi	I	0.0079	0.0034	0.0013	7
34	2443131.7050	-3850.0	vi	I	0.0129	0.0084	0.0063	7
35	2443143.7590	-3834.0	vi	I	0.0083	0.0038	0.0017	7
36	2443446.7270	-3432.0	vi	I	0.0024	-0.0016	-0.0036	7
37	2443459.5430	-3415.0	vi	I	0.0060	0.0020	0.0000	7
38	2443463.3250	-3410.0	vi	I	0.0197	0.0157	0.0137	8
39	2443465.5730	-3407.0	vi	I	0.0067	0.0027	0.0007	7
40	2443489.6880	-3375.0	vi	I	0.0044	0.0004	-0.0016	7
41	2443490.4500	-3374.0	vi	I	0.0127	0.0088	0.0068	8
42	2443509.2900	-3349.0	vi	I	0.0110	0.0071	0.0051	9
43	2443515.3180	-3341.0	vi	I	0.0097	0.0058	0.0038	9
44	2443546.2230	-3300.0	vi	I	0.0144	0.0106	0.0086	10
45	2443552.2500	-3292.0	vi	I	0.0121	0.0083	0.0063	9
46	2443555.2570	-3288.0	vi	I	0.0044	0.0006	-0.0014	9
47	2443718.8050	-3071.0	vi	I	0.0068	0.0032	0.0013	7
48	2443721.8200	-3067.0	vi	I	0.0071	0.0035	0.0016	7
49	2443725.5830	-3062.0	vi	I	0.0018	-0.0017	-0.0036	11
50	2443752.7220	-3026.0	vi	I	0.0088	0.0053	0.0034	7

Result truncated to 50 rows

J/AJ/137/226/refs
Post annotation

Differential light curves of TV Tri (Yang+, 2009)

ReadMe+ftp

2009AJ....137..226Y

References (80 rows)

Full	Ref	BibCode	Aut	Com
1	1	...................	Reim	1957, Kl. Veroff Bamberg, 2, 17
2	2	...................	Tsesevitch	1956, Astron. Circ. USSR, 174, 15
3	3	...................	Hussler	1987, Hartha Beob. Zirk., 84, 1
4	4	...................	Silhan	1971, Bron Contr., 12, 1
5	5	...................	Diethelm & Locher	1970, Orion, 121, 191
6	6	...................	Baldwin	1978, J. AAVSO, 7, 28
7	7	...................	Baldwin & Samolyk	1993, Observed Minings Eclisping Binaries, 1, 47
8	8	...................	Pokorny	1978, Bron Contr., 21, 3
9	9	...................	Peter & Locher	1978, Bull. BBSAG, 36, 5
10	10	...................	Pokorny	1982, Bron Contr., 23, 4
11	11	...................	Locher	1998, Bull. BBSAG, 38
12	12	...................	Locher	1979, Bull. BBSAG, 44
13	13	...................	Locher	1979, Bull. BBSAG, 45
14	14	...................	Diethelm & Peter	1980, Bull. BBSAG, 51, 5
15	15	...................	Peter & Locher	1981, Bull. BBSAG, 52, 6
16	16	...................	Locher & Peter	1981, Bull. BBSAG, 53
17	17	...................	Locher	1981, Bull. BBSAG, 56
18	18	...................	Locher	1982, Bull. BBSAG, 58
19	19	...................	Locher	1982, Bull. BBSAG, 62
20	20	...................	Locher	1982, Bull. BBSAG, 63
21	21	...................	Mikulasek	1985, Bron Contr., 26, 5
22	22	...................	Mavrofridis	1983, Bull. BBSAG, 64
23	23	...................	Stoikidis et al.	1983, Bull. BBSAG, 68
24	24	...................	Stoikidis et al.	1983, Bull. BBSAG, 69
25	25	1980A&AS...40...57M	Mavrofridis & Locher
26	26	...................	Locher	1984, Bull. BBSAG, 73
27	27	...................	Mikulasek	1986, Bron Contr., 27, 4
28	28	...................	Locher et al.	1994, Bull. BBSAG, 74
29	29	...................	Locher	1985, Bull. BBSAG, ??
30	30	...................	Peter	1987, Bull. BBSAG, 82, 5
31	31	...................	Peter	1987, Bull. BBSAG, 83, 4
32	32	...................	Peter	1987, Bull. BBSAG, 85, 4
33	33	...................	Peter	1988, Bull. BBSAG, 86, 8
34	34	...................	Peter	1988, Bull. BBSAG, 87, 4
35	35	...................	Mikulasek	1992, Born Contr., 30, 4
36	36	...................	Locher et al.	1989, Bull. BBSAG, 90
37	37	...................	Peter	1989, Bull. BBSAG, 91, 12
38	38	...................	Blatler & Peter	1990, Bull. BBSAG, 94, 6
39	39	...................	Peter	1990, Bull. BBSAG, 96, 7
40	40	...................	Peter & Locher	1991, Bull. BBSAG, 97, 10
41	41	...................	Zejda	Bron Contr., 31, 4
42	42	...................	Peter	1992, Bull. BBSAG, 99, 9
43	43	...................	Peter	1992, Bull. BBSAG, 100, 8
44	44	...................	Baldwin & Samolyk	1997, Observed Minings Eclisping Binaries, 4, 44
45	45	...................	Locher	1992, Bull. BBSAG, 75
46	46	...................	Peter	1993, Bull. BBSAG, 103, 7
47	47	...................	Locher & Peter	1994, Bull. BBSAG, 105
48	48	...................	Locher	1994, Bull. BBSAG, 102
49	49	...................	Peter	1995, Bull. BBSAG, 108, 10
50	50	...................	Locher & Peter	1995, Bull. BBSAG, 110

Result truncated to 50 rows