The 1 column in color are computed by VizieR, and are not part of the original data.

J/AcA/58/279/table1 Post annotation

Moscow Digital Variables in Field of 66 Oph (Kolesnikova+, 2008) ReadMe+ftp New Moscow Digital Variables (274 rows)

Full	LC	MDV	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	Type	magM mag	magm mag	u_	magm2 mag	u_	Per d	u_	Rem
1	LC	39	17 40 07.83	+04 24 28.0	LB	16.00	16.60						1
2	LC	40	17 40 29.79	+06 55 42.1	RRAB	15.60	16.35				0.7597050
3	LC	41	17 40 35.50	+06 17 00.4	RRAB	14.65	15.30				0.7349640
4	LC	42	17 41 18.87	+03 49 25.6	SR:	15.10	15.60						1, 2
5	LC	43	17 42 13.95	+05 42 45.2	EB	15.60	16.00		15.85		0.5280010		3
6	LC	44	17 42 21.25	+04 18 42.2	SRB	14.80	15.15						1, 4
7	LC	45	17 42 44.86	+04 46 37.4	EW	15.40	15.75		15.70		0.3812090
8	LC	46	17 43 04.48	+06 54 44.4	RRAB	15.70	16.35				0.4047910
9	LC	47	17 43 52.96	+06 36 02.3	EW	15.70	16.20		16.20		0.3830120
10	LC	48	17 45 13.67	+05 03 15.6	LB	15.70	16.80						1
11	LC	49	17 45 18.14	+08 14 20.9	RRAB	14.80	16.00				0.6127710
12	LC	50	17 45 49.57	+05 13 49.9	LB	14.05	14.45						5
13	LC	51	17 45 57.40	+05 02 45.6	RRAB	15.60	16.20				0.6766670
14	LC	52	17 46 15.35	+06 14 14.5	SRB	15.40	16.10				58.5000000	:	1, 6
15	LC	53	17 47 23.26	+06 10 26.7	EW	15.20	15.80		15.70		0.3534750
16	LC	54	17 47 55.07	+08 15 58.3	EW	14.90	15.40		15.35		0.3157820
17	LC	55	17 48 09.07	+05 08 33.3	RRAB	16.10	17.00				0.6418290
18	LC	56	17 48 09.74	+06 09 09.8	EW	15.75	16.30		16.25		0.2545850
19	LC	57	17 48 23.11	+06 37 29.5	SR:	14.90	15.25				48.0000000	:	1, 7
20	LC	58	17 48 29.26	+05 29 16.8	EA	16.00	16.50				0.9893000		8
21	LC	59	17 48 34.33	+06 30 25.4	EB	14.55	15.00		14.80		0.4730630
22	LC	60	17 48 34.57	+08 09 40.9	RRC	15.80	16.20				0.3102960
23	LC	61	17 48 40.02	+08 29 06.0	RRAB	14.80	16.00				0.6407990
24	LC	62	17 48 50.05	+05 59 20.3	LB	15.40	16.00						1
25	LC	63	17 49 11.11	+08 24 26.2	RRC:	14.70	15.20				0.4433540		9
26	LC	64	17 49 11.11	+06 03 53.0	RRAB	15.60	16.40				0.6144220
27	LC	65	17 49 37.25	+06 51 44.2	SRB:	15.15	15.60				54.9000000	:	1
28	LC	66	17 49 46.77	+05 30 56.5	RRAB	14.15	14.50				0.7214730
29	LC	67	17 49 51.67	+07 16 41.1	EW	15.90	16.20		16.20		0.3786390
30	LC	68	17 50 46.76	+06 07 57.8	RRC	15.40	16.00				0.3925120
31	LC	69	17 50 50.76	+07 51 10.8	SRB	15.80	16.20				47.0000000	:	1, 10
32	LC	70	17 50 56.82	+06 21 19.7	LB	15.00	15.70						5
33	LC	71	17 51 23.46	+08 25 02.5	RRAB:	15.25	15.70				0.3925010
34	LC	72	17 51 34.63	+07 40 30.7	RRC	14.95	15.50				0.3229020
35	LC	73	17 51 37.90	+08 44 01.5	HADS	15.30	15.90				0.0999541		11
36	LC	74	17 51 45.02	+03 47 54.8	LB	15.50	16.10
37	LC	75	17 51 48.78	+09 26 33.6	RRAB	14.20	15.60				0.4879610
38	LC	76	17 51 54.83	+05 26 14.8	LB	15.10	16.10						1
39	LC	77	17 51 59.69	+03 56 22.6	RRC	15.10	15.70				0.3182400
40	LC	78	17 52 02.92	+08 49 51.6	EW	15.00	15.60		15.50		0.4126660
41	LC	79	17 52 05.13	+04 33 22.1	EA	15.00	15.60				1.6814900		8
42	LC	80	17 52 24.09	+04 31 57.8	L	14.00	14.50						12
43	LC	81	17 52 24.75	+09 16 16.1	RRC	15.40	15.85				0.2926740		9
44	LC	82	17 52 31.50	+05 01 18.0	RRC	16.00	16.40				0.3361600
45	LC	83	17 52 37.26	+07 20 49.9	EW	15.45	15.90		15.90		0.3559820
46	LC	84	17 52 40.57	+08 28 06.2	EW	15.70	16.05		16.00		0.4299480
47	LC	85	17 52 53.84	+04 24 34.4	RRC	15.90	16.20				0.2568080
48	LC	86	17 53 04.03	+06 14 32.0	SR:	15.80	16.45				143.0000000	:	1
49	LC	87	17 53 04.77	+06 13 45.7	RRAB	16.10	16.60				0.5844800
50	LC	88	17 53 08.46	+04 32 04.2	RRC	15.70	16.20				0.2845750

Result truncated to 50 rows

J/AcA/58/279/remarks Post annotation

Moscow Digital Variables in Field of 66 Oph (Kolesnikova+, 2008) ReadMe+ftp Remarks on variable stars (47 rows)

Full	Rem	Text
1	1	Variable in NSVS data.
2	2	P=55.6d (from NSVS data).
3	3	A twice shorter period and type RRC are possible.
4	4	P=39.7d (NSVS data).
5	5	A small-amplitude variable in NSVS data.
6	6	P=60d (NSVS data).
7	7	P~50d (NSVS data) is possible.
8	8	A twice longer period is possible.
9	9	A twice longer period and type EW are possible.
10	10	P~51d (NSVS data) is possible.
11	11	A CCD study following this discovery was announced in
12	11	Antipin et al. (2007PZ.....27....8A).
13	12	A white or yellow star, J-H=0.529 (2MASS).
14	13	P~62d (NSVS data) is possible.
15	14	NSVS data show variations with the same period.
16	15	1-day aliases of a twice shorter period are strong.
17	16	P=45d (NSVS data).
18	17	Variable in ASAS-3 data, not included into the ASAS-3 catalog of
19	17	variable stars.
20	18	Not identical to V568 Oph (17:59:44.09, +4:59:55.6, J2000).
21	19	1-day aliases (0.399278d and 0.285235d) are also quite possible.
22	20	The periods 83.8d or 92.5d are possible (NSVS data).
23	21	A double star.
24	22	P~63.5d (NSVS data) is possible.
25	23	P=75d (NSVS data).
26	24	The period 0.286864d (type EW) is also quite possible.
27	25	O'Connell effect.
28	26	A 1-day alias, P=0.49813d, is possible.
29	27	P~78d (NSVS data) is possible.
30	28	P~150d (NSVS data) is possible.
31	29	P~130d (NSVS data) is possible.
32	30	A twice shorter period and type HADS are possible.
33	31	P=58d (NSVS data).
34	32	P=48d (NSVS data).
35	33	P=62d (NSVS data).
36	34	P=0.305252d is also possible.
37	35	P~250d (NSVS data) is possible.
38	36	P~60d (NSVS data) is possible.
39	37	P~54d (NSVS data) is possible.
40	38	P~85d (NSVS data) is possible.
41	39	A 1-day alias, P=0.397451d, is possible.
42	40	A twice shorter period and type RRAB are possible.
43	41	The coordinates are from the USNO-A2.0 catalog.
44	42	P=81d (NSVS data).
45	43	Possibly, the minima are deeper.
46	44	P~82d (NSVS data) is possible.
47	45	A 1-day alias, P=0.081429d, is possible.

J/AcA/58/279/table2 Post annotation

Moscow Digital Variables in Field of 66 Oph (Kolesnikova+, 2008) ReadMe+ftp New data on known variables (13 rows)

Full	GCVS/NSV	HV/SON	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	Type	magM mag	magm mag	magm2 mag	u_	n_	T0 d	Per d	u_	Rem	Simbad
1	NSV 9475	HV 11011	17 40 13.31	+06 02 51.8	RRAB	15.4	16.4			max	42957.370	0.526203			Simbad
2	NSV 9642	HV 11040	17 45 26.26	+08 22 01.8	RRAB	14.6	16.0			max	42870.481	0.467784			Simbad
3	NSV 9704	HV 11046	17 48 06.28	+08 12 54.2	RRC	14.1	14.7			max	42934.380	0.320757			Simbad
4	NSV 9721	S 9837	17 49 03.37	+05 06 19.3	EW	15.4	16.0	15.9		min	42930.509	0.255458			Simbad
5	NSV 9734	HV 11053	17 49 30.19	+04 18 40.1	LB	14.9	15.6							1	Simbad
6	NSV 9740	S 9838	17 49 43.48	+04 13 24.1	EA	15.1	15.9	15.2	:	min	44112.300	1.868950			Simbad
7	NSV 9973	S 9277	18 00 32.19	+05 27 11.3	LB	15.2	16.0							1	Simbad
8	V947 Oph	S 4199	18 02 05.31	+05 52 45.5	EA	14.3	14.8			min	44023.455	0.797747			Simbad
9	NSV 10129	S 9857	18 03 54.74	+07 34 27.4	SR:	14.7	15.4					143.000000	:	1	Simbad
10	NSV 10291	S 9867	18 09 52.67	+03 41 59.3	LB	15.2	15.9							1	Simbad
11	V2087 Oph	S 9297	18 11 16.36	+05 15 32.3	RRAB	15.1	16.3			max	43282.452	0.495589			Simbad
12	NSV 10381	S 9298	18 13 09.74	+04 28 58.1	LB	14.0	14.7							1	Simbad
13	NSV 10403	S 9872	18 14 00.45	+03 50 35.0	LB	14.7	15.1							1	Simbad