J/other/RMxAA/38.141 Haffner 19 UBV(RI)_c_ photometry (Moreno-Corral+, 2002)

J/other/RMxAA/38.141/table1.dat UBV(RI)_c_, photometry of Haffner 19 (331 records)

MCD ---	Seq (n) ---	Name ---		Xpos pix		Ypos pix		Vmag (u) mag	B-V (u) mag	U-B mag	V-Rc mag	V-Ic mag	Memb ---	SpType ---	Rem ---	RA DE hms dms	rPos ---	Rem2 ---
1	1		(	834.65	,	872.48	)	19.35	2.47		0.79	1.60	nm			7 52 54.17- 26 14 45.9	M
1a	1a		(	855.92	,	856.02	)	18.63	1.13		0.57	1.20	nm?			7 52 54.68- 26 14 51.5	M
1b	1b		(	860.84	,	905.79	)	17.50	1.21							7 52 54.78- 26 14 35.4	M
2	2		(	597.87	,	882.71	)	16.61	0.88	0.52	0.71	1.22	nm		U, B:	7 52 48.41- 26 14 42.6	M
2a	2a		(	637.82	,	900.24	)								R = 19.5	07 52 49.39- 26 14 36.9
3	3		(	342.06	,	894.27	)	17.95	1.50		0.61	1.41	nm			7 52 42.22- 26 14 38.9	M
3a	3a		(	331.42	,	869.66	)	18.82	1.63		0.59	1.09	nm			7 52 41.89- 26 14 47.0	M
3b	3b		(	352.71	,	863.69	)	18.36	1.21		0.47	1.20	nm			7 52 42.50- 26 14 48.6	M
4	4		(	286.48	,	877.46	)	14.87	0.64	0.30	0.38	0.77	nm			7 52 40.88- 26 14 44.0	U
5	5		(	167.83	,	867.97	)	16.23	0.98	0.09	0.55	1.14	nm			7 52 38.01- 26 14 46.9	M
6	6		(	119.54	,	849.94	)	16.16	0.64	0.27	0.38	0.82	m			7 52 36.84- 26 14 52.7	M
6a	6a		(	121.52	,	829.18	)	15.60	1.04	0.21	0.55	1.07	nm		U, B:	7 52 36.88- 26 14 59.5	M
7	7		(	143.03	,	849.74	)	17.64	0.74	-0.11	0.50	1.14	m			7 52 37.40- 26 14 52.7	U
8	8		(	494.91	,	894.06	)	17.50				-0.36				7 52 46.30- 26 14 33.3	M
8a	8a		(	494.07	,	876.74	)	16.70	1.38		0.49	0.01	nm			7 52 45.92- 26 14 38.6	M
8b	8b		(	474.01	,	855.90	)	19.05	1.53	-2.17	0.39	1.31	nm			7 52 45.42- 26 14 50.6	M
9	9	LSS48	(	594.36	,	849.49	)	15.19	0.64	0.00	0.46	1.03	nm			7 52 48.34- 26 14 53.6	U
10	10	LSS47	(	651.67	,	844.44	)	15.62	0.60	0.08	0.39	0.78	nm			7 52 49.73- 26 14 55.3	U
10a	10a		(	647.32	,	862.62	)	20.67	2.31		1.04	2.12	nm		B:	07 52 49.62- 26 14 49.2	s
11	11		(	744.30	,	874.32	)	18.36	1.00		0.52	1.04	m			7 52 51.95- 26 14 45.6	D
12	12		(	790.08	,	859.13	)	17.93	1.23		0.63	1.26	m			7 52 53.07- 26 14 50.6	M
13	13		(	620.67	,	828.60	)	17.23	0.87	-0.17	0.43	0.92	nm?			7 52 48.96- 26 15 00.5	M
14	14		(	489.33	,	828.50	)	17.09	0.74		0.46	0.93	m			7 52 45.80- 26 15 00.2	M
14a	14a		(	486.92	,	821.94	)	19.17	0.95			1.78	m			7 52 45.72- 26 15 02.0	M
14b	14b		(	526.45	,	806.45	)	18.49	1.14			1.15	nm			7 52 46.69- 26 15 07.3	M
15	15		(	865.54	,	796.62	)	17.12	0.74		0.44	0.90	m			7 52 54.90- 26 15 10.9	M
15a	15a		(	831.00	,	804.15	)								R = 19.0:	07 52 54.06- 26 15 08.5
16	16		(	755.73	,	805.06	)	18.20	1.57		0.71	1.37	nm			7 52 52.25- 26 15 08.2	M
16a	16a		(	775.70	,	828.45	)								R = 19.1:	07 52 52.73- 26 15 00.5
17	17		(	738.25	,	797.37	)	17.50	1.02		0.51	1.05	nm			7 52 51.83- 26 15 10.3	M
18	18	FM4021	(	553.13	,	787.72	)	15.76	1.02	0.72	0.61	1.23	nm		U:	7 52 47.33- 26 15 13.5	U
18a	18a		(	581.65	,	763.54	)	20.13	1.22		0.91	1.97	m		B:	7 52 48.01- 26 15 21.2	M
19	19		(	259.30	,	810.37	)	18.08	1.22		0.53	1.04	nm			7 52 40.24- 26 15 05.7	M
19a	19a		(	302.34	,	818.70	)	19.1 :	0.73		1.52		m			7 52 41.28- 26 15 03.2	M
19b	19b		(	307.67	,	796.71	)								R = 18.7:	07 52 41.38- 26 15 10.2
20	20	FM3120	(	202.96	,	788.32	)	13.30	1.14	0.92	0.63	1.24	nm			7 52 38.84- 26 15 12.9	U
20a	20a		(	223.10	,	802.05	)	19.61	2.38				nm		B:	7 52 39.35- 26 15 08.6	M
21	21		(	245.13	,	779.47	)	17.45	0.93		0.43	0.87	nm			7 52 39.87- 26 15 15.9	M
22	22		(	255.30	,	777.46	)	18.11	1.18		0.49	0.92	nm			07 52 40.11- 26 15 16.4	s
23	23	FM4022	(	501.63	,	771.56	)	14.99	0.29	-0.24	0.20	0.47	m	B3V		7 52 46.08- 26 15 18.7	U
24	24		(	761.39	,	779.06	)	16.20	0.81	0.16	0.45	0.97	nm			7 52 52.38- 26 15 16.5	M
24b	24b		(	783.12	,	777.51	)	19.11	2.76		0.35	0.72	nm			7 52 52.78- 26 15 17.6	b
25	25		(	814.68	,	766.20	)	17.59	0.96	-0.73	0.50	0.02	nm			7 52 53.67- 26 15 20.9	M
26	26	LSS44	(	667.90	,	763.05	)	16.40	0.63	-4.63	0.38	0.83	m		U:	7 52 50.11- 26 15 21.6	M
27	27		(	669.14	,	749.52	)	18.74	1.21	-1.22	0.75	1.42	nm		U, B:	7 52 50.13- 26 15 25.9	M
28	28	LSS43	(	645.61	,	757.84	)	16.51	0.41	0.29	0.31	0.69	m			7 52 49.57- 26 15 23.2	M
28a	28a		(	621.79	,	768.58	)	19.83	5.44		0.62	1.34	nm		B, V::	7 52 49.00- 26 15 23.5	M
29	29	LSS42	(	606.47	,	746.43	)	16.71	0.90	-0.06	0.47	0.95	nm		B, V:	7 52 48.61- 26 15 27.0	M
30	30		(	542.58	,	734.97	)	19.03	2.82		0.59	1.25	nm		B, V:	7 52 47.07- 26 15 29.6	M
31	31		(	496.95	,	755.02	)	18.26	1.03	-0.43	0.51	1.02	nm?		U:	7 52 45.94- 26 15 24.2	M
32	32		(	447.97	,	739.48	)	17.27	1.19	-0.36	0.82	1.45	nm		U:	7 52 44.77- 26 15 29.2	M
33	33		(	426.87	,	751.19	)	18.94	1.11		0.67	1.41	m			7 52 44.23- 26 15 25.2	M
34	34	FM3119	(	347.72	,	751.85	)	15.31	0.44	0.19	0.31	0.69	m	B9V		7 52 42.36- 26 15 24.9	U
34a	34a		(	385.74	,	769.61	)	19.3 :			0.51	0.97	nm			07 52 43.27- 26 15 19.1	s
35	35		(	354.12	,	738.94	)	17.09	0.99	-0.43	0.59	1.20	nm		U:	7 52 42.51- 26 15 29.1	M
36	36		(	208.90	,	762.80	)	18.29	1.64		0.79	1.59	nm			7 52 38.97- 26 15 21.3	M
36a	36a		(	220.96	,	752.68	)	18.66	0.72		0.47	1.01	nm?			7 52 39.24- 26 15 24.0	b
37	37	FM3118	(	295.80	,	730.30	)	15.74	0.63	0.35	0.39	0.79	nm			7 52 41.09- 26 15 31.8	U
38	38	LSS39	(	368.10	,	715.92	)	16.32	0.40	0.34	0.26	0.57	m		U:	7 52 42.85- 26 15 36.8	M
39	39	FM4024	(	401.36	,	718.58	)	13.11	1.22	1.08	0.70	1.35	nm			7 52 43.65- 26 15 35.8	U	= GSC 6561-3072, close pair
40	40	FM4023	(	438.45	,	708.31	)	14.57	0.21	-0.33	0.19	0.42	m	B3V		7 52 44.54- 26 15 39.3	U	= GSC 6561-3198
41	41		(	504.01	,	699.87	)	18.15	1.23		0.57	1.10	nm			7 52 46.17- 26 15 42.1	M
41a	41a		(	542.73	,	735.04	)	18.83	1.00		-0.24	1.04	m		B, V:	7 52 46.71- 26 15 38.1	D
42	42		(	572.97	,	712.72	)	18.48	1.47		0.74	1.48	nm			7 52 47.80- 26 15 37.6	M
43	43	MC11	(	592.96	,	713.84	)	16.99	0.68		0.40	0.91	m			07 52 48.28- 26 15 37.7	s
44	44	FM4020	(	588.51	,	726.19	)	14.34	1.16	1.04	0.76	1.42	nm		U:	7 52 48.18- 26 15 33.6	U	= GSC 6561-2876
45	45		(	892.35	,	717.83	)	18.3 :			0.59	1.33	nm			7 52 55.55- 26 15 36.8	M
46	46	FM4058	(	854.38	,	691.00	)	14.57	0.50		0.32	0.67	nm			7 52 54.62- 26 15 45.6	U
47	47	MC3	(	819.77	,	677.11	)	16.92	0.64		0.35	0.75	m			7 52 53.78- 26 15 50.0	M
48	48	FM4027	(	869.90	,	670.20	)	15.53	0.52	0.13	0.35	0.70	m			7 52 45.31- 26 15 51.7	U	X position should be 469.
48a	48a		(	446.09	,	675.64	)	19.16	1.83		0.75	1.41	nm			7 52 43.77- 26 15 51.3	b
49	49	LSS37	(	377.48	,	692.93	)	16.98	0.63	0.17	0.43	0.88	m			7 52 43.07- 26 15 44.3	M
50	50		(	367.03	,	700.30	)	19.85	1.53		0.52	1.61	nm		B, V:	7 52 42.79- 26 15 41.4	M
51	51		(	201.57	,	709.31	)	19.33	2.05		1.28	2.57	nm			7 52 38.82- 26 15 35.4	M
52	52		(	184.79	,	708.98	)	18.17	0.86		0.05	1.02	m			7 52 38.43- 26 15 38.2	M
52a	52a		(	159.54	,	710.95	)								R = 19.1:	07 52 37.78- 26 15 37.9
53	53	FM3116	(	188.15	,	691.38	)	16.38	0.79		0.47	0.98	nm			7 52 38.48- 26 15 44.5	M
53a	53a		(	183.71	,	671.96	)	19.15	1.17		0.67	1.28	nm?			7 52 38.38- 26 15 50.9	M
53b	53b		(	202.32	,	665.63	)	19.05	1.09		0.47	1.17	m			7 52 38.83- 26 15 53.2	D
54	54		(	226.46	,	690.18	)	17.81	0.86		0.65	1.21	m			7 52 39.41- 26 15 45.0	M
54a	54a		(	211.46	,	694.33	)	20.14	2.56		0.99	1.85	nm			7 52 39.05- 26 15 43.6	M
55	55	FM3117	(	265.05	,	659.33	)	15.08	0.66	0.16	0.39	0.78	nm			7 52 40.33- 26 15 55.1	U	= GSC 6561-3395
56	56	MC41	(	275.88	,	661.21	)	16.99	0.47	0.36	0.32	0.72	m			7 52 40.60- 26 15 54.6	M
57	57	FM4025	(	302.70	,	648.22	)	15.94	0.29	0.17	0.17	0.43	m			7 52 41.25- 26 15 58.9	M
58	58		(	349.65	,	653.39	)	17.70	1.01	-1.01	0.65	1.26	nm			7 52 42.39- 26 15 57.2	M
59	59	FM4026	(	391.65	,	653.47	)	15.18	0.53	0.29	0.34	0.77	nm			7 52 43.40- 26 15 57.1	U
59a	59a		(	408.74	,	672.32	)	18.92	0.43		0.61	1.28	nm			7 52 43.81- 26 15 51.9	D
60	60		(	551.55	,	666.29	)	18.78	0.78	-3.61	0.74	1.37	nm?		U, B, V::	7 52 47.28- 26 15 53.1	M
61	61	MC61	(	580.30	,	662.18	)	17.30	0.70	-0.31	0.41	0.90	m			7 52 48.00- 26 15 54.6	M
62	62		(	617.76	,	652.22	)	18.12	1.09		0.63	0.13	nm			7 52 48.88- 26 15 57.7	M
62a	62a		(	654.48	,	650.79	)	18.9 :			0.46	0.89	nm			7 52 49.87- 26 15 58.0	b
62b	62b		(	668.51	,	656.15	)	19.68	0.31		0.76	1.56	nm			7 52 50.03- 26 15 57.5	b
63	63	FM4028	(	547.88	,	650.05	)	14.43	0.44	0.19	0.29	0.65	nm			7 52 47.19- 26 15 58.3	M
63a	63a		(	530.83	,	654.35	)	19.39	-1.13		0.80	1.56	nm		B::	7 52 46.76- 26 15 56.9	M
64	64		(	319.09	,	632.99	)	18.01	0.75		0.49	0.91	m			7 52 41.60- 26 16 03.9	M
65	65		(	368.64	,	629.40	)	19.13	1.07		0.71	1.66	m		B :	7 52 42.84- 26 16 05.1	M
66	66		(	387.20	,	636.33	)	20.21	0.60		1.39	2.89	nm			7 52 43.30- 26 16 02.7	M
66a	66a		(	378.17	,	616.90	)	19.41	0.92		0.58	1.21	m			7 52 43.07- 26 16 09.0	D
66b	66b		(	403.15	,	642.00	)								R = 19.1	07 52 43.68- 26 16 00.8
67	67	MC47	(	294.42	,	614.72	)	16.52	0.44	0.43	0.28	0.66	m			7 52 41.05- 26 16 09.6	M
67a	67a		(	335.13	,	614.00	)	19.22	1.29		0.64	1.35	nm			7 52 42.02- 26 16 10.4	M
68	68		(	209.48	,	599.57	)	17.06	0.89	-0.70	1.17	1.28	nm			7 52 38.99- 26 16 14.4	M
68a	68a		(	200.27	,	590.21	)	19.84	0.50		1.90	2.05	nm			7 52 38.75- 26 16 17.3	M
69	69		(	353.10	,	587.08	)	17.75	1.21		0.67	1.33	nm			7 52 42.47- 26 16 18.5	M
70	70		(	662.84	,	602.36	)	18.79	0.79		0.49	1.15	nm?			7 52 50.41- 26 16 17.1	M
70a	70a		(	655.37	,	612.17	)								R = 19.0:, I = 18.6:	07 52 49.79- 26 16 11.0
70b	70b		(	681.14	,	593.24	)								R = 19.1:, I = 18.6:	07 52 50.41- 26 16 17.2
71	71	FM4057	(	760.40	,	610.64	)	16.15	0.89	0.66	0.56	1.08	nm			7 52 52.34- 26 16 11.5	M
73	73		(	821.16	,	567.47	)	17.65	0.97		0.52	1.10	nm			7 52 53.79- 26 16 25.7	M
74	74		(	682.65	,	576.51	)	19.5 :			0.85	1.72	m			7 52 50.41- 26 16 22.8	M
74a	74a		(	670.61	,	572.82	)	20.0 :			0.64	1.60	m			07 52 50.15- 26 16 23.8	s
75	75		(	705.64	,	559.92	)	18.19	0.77		0.43	0.89	m			7 52 51.06- 26 16 27.6	M
76	76	FM4056	(	775.30	,	540.59	)	10.85	-0.03	-0.19	-0.03	0.00	nm	B9V		7 52 52.69- 26 16 34.4	U	CPD-25 3021 = GSC 6561-2499
77	77		(	756.48	,	547.47	)	16.14	0.36	-0.03	0.31	0.62	m	B8V		7 52 52.24- 26 16 32.1	M
78	78		(	759.34	,	519.14	)	17.07	0.59	1.47	0.45	0.83	m		U::	7 52 52.30- 26 16 41.5	M
79	79		(	794.22	,	507.00	)	16.93	2.91		0.44	0.87	nm		B, V:	7 52 53.14- 26 16 45.3	M
80	80	FM4032	(	652.80	,	542.94	)	13.95	1.03	0.67	0.62	1.22	nm			7 52 49.72- 26 16 33.5	U
81	81		(	685.35	,	528.96	)	19.94	0.89		1.24	2.45	nm		U, B, V::	7 52 50.52- 26 16 37.9	M
82	82		(	700.52	,	512.20	)	19.02	2.48		0.77	1.68	nm		U, B, V::	7 52 50.87- 26 16 43.5	M
82a	82a		(	721.71	,	517.43	)	19.14	1.57		0.43	0.99	nm		U, B, V::	7 52 51.38- 26 16 42.1	D
83	83	FM4036	(	391.87	,	559.76	)	14.53	0.56	0.00	0.35	0.72	nm			7 52 43.40- 26 16 27.6	U	= GSC 6561-3002
84	84	LSS23	(	369.64	,	552.71	)	16.30	0.31	0.04	0.20	0.46	m	B9V		7 52 42.86- 26 16 30.0	U
85	85		(	364.74	,	542.84	)	18.95	2.61		0.65	1.46	nm		U, B, V::	7 52 42.74- 26 16 33.3	M
86	86		(	381.51	,	527.11	)	19.80	0.57		1.23	2.17	nm		U, B, V::	7 52 43.13- 26 16 38.3	M
87	87	FM4042	(	254.27	,	543.34	)	16.14	0.41	0.34	0.27	0.65	m			7 52 40.06- 26 16 32.9	M
88	88		(	239.44	,	531.45	)	18.62	0.81		0.65	1.19	m			7 52 39.71- 26 16 36.6	M
89	89		(	300.66	,	517.89	)	20.01	0.89		0.99	1.84	nm			7 52 41.20- 26 16 41.4	M
90	90	FM4041	(	289.44	,	506.13	)	15.65	0.38	0.13	0.25	0.58	m	B9V		7 52 40.90- 26 16 45.0	U
91	91		(	266.65	,	489.54	)	18.70	0.68		0.67	1.34	nm?			7 52 40.38- 26 16 50.4	M
91a	91a		(	258.62	,	480.44	)								I = 19.0:	07 52 40.15- 26 16 53.4
92	92		(	243.05	,	473.40	)	18.24	1.14		0.70	1.48	nm			7 52 39.78- 26 16 55.7	M
92a	92a		(	247.38	,	484.39	)	19.7 :			0.94	1.52	nm			07 52 39.88- 26 16 52.1	s
93	93		(	206.23	,	462.62	)	17.76	0.77		0.56	1.24	m			7 52 38.89- 26 16 59.1	M
93a	93a		(	209.27	,	426.46	)	19.8 :			0.98	1.83	nm			7 52 38.96- 26 17 10.6	b
94	94		(	142.82	,	448.69	)	17.34	0.97		0.59	1.14	nm			7 52 37.35- 26 17 03.7	M
95	95		(	118.27	,	454.60	)	18.35	1.03		0.40	0.95	nm?			7 52 36.74- 26 17 01.1	M
96	96		(	172.19	,	427.06	)	19.26	2.06		1.36	2.85	nm			7 52 38.06- 26 17 10.6	M
97	97	FM4038	(	391.25	,	473.25	)	15.09	0.20	-0.14	0.15	0.34	m	B7V		7 52 43.37- 26 16 55.9	U
97a	97a		(	355.54	,	480.14	)								R = 18.6:, I = 18.0:	07 52 42.50- 26 16 53.6
97b	97b		(	363.67	,	492.82	)								R = 19.1:	07 52 42.70- 26 16 49.5
98	98	FM4039	(	380.95	,	443.77	)	15.88	0.24	-0.02	0.13	0.36	m	B9V		7 52 43.12- 26 17 05.6	M
98a	98a		(	370.53	,	458.35	)								I = 18.8:	07 52 42.87- 26 17 00.7
98b	98b		(	353.53	,	462.84	)								I = 18.7:	07 52 42.45- 26 16 59.3
99	99	FM4040	(	382.84	,	412.23	)	16.26	0.47	0.10	0.32	0.72	m	B9V		7 52 43.16- 26 17 15.8	M
100	100	MC6	(	708.39	,	466.52	)	16.46	0.67	-0.03	0.46	0.88	m			7 52 51.06- 26 16 58.5	M
100a	100a		(	669.81	,	459.62	)								I = 18.2:	07 52 50.12- 26 17 00.8
101	101		(	872.41	,	460.27	)	18.15	1.23		0.39	0.97	nm			7 52 55.05- 26 17 00.8	M
101a	101a		(	766.88	,	463.78	)	20.60	0.10		1.15	2.32	nm			7 52 52.46- 26 16 59.7	D
102	102		(	784.65	,	427.55	)	18.38	1.05		0.46	1.03	nm?			7 52 52.91- 26 17 11.5	M
102a	102a		(	809.78	,	442.41	)	19.51	1.04		0.46	1.25	m		B::	07 52 53.51- 26 17 06.6	s
102b	102b		(	805.86	,	429.52	)	21.00	1.0 :			1.91	m		B::	07 52 53.42- 26 17 10.8	s
103	103		(	774.53	,	410.80	)	19.99	1.70		1.16	-3.79	nm		B, I::	7 52 52.63- 26 17 16.9	M
104	104	FM4062	(	753.13	,	396.04	)	15.53	0.42	0.12	0.27	0.60	m	B9V		7 52 52.13- 26 17 21.5	U
105	105	MC43	(	860.02	,	388.50	)	16.26	0.46		0.28	0.70	m			7 52 54.72- 26 17 24.1	M
106	106	MC2	(	839.46	,	375.67	)	16.75	0.78	0.07	0.44	0.93	nm?			7 52 54.23- 26 17 28.2	M
107	107		(	906.03	,	367.13	)								I = 16.9:	07 52 55.84- 26 17 31.3
108	108		(	738.17	,	381.60	)	18.27	1.12		0.65	1.26	nm			7 52 51.76- 26 17 25.9	M
109	109		(	726.24	,	391.75	)	18.66	2.00		0.61	1.29	nm			7 52 51.48- 26 17 23.1	M
109a	109a		(	702.16	,	401.03	)	20.1 :				1.91			I = 18.4:	7 52 50.90- 26 17 19.7	g
110	110		(	638.91	,	390.36	)	18.37	0.65		0.53	1.04	nm?			7 52 49.35- 26 17 23.7	M
110a	110a		(	628.49	,	408.94	)	20.05	1.50		0.87	1.94	nm		U, B, V::	7 52 49.09- 26 17 17.2	M	= a67 (V=19.92)
110b	110b		(	663.00	,	392.20	)								R = 19.7:	07 52 49.95- 26 17 22.8
111	111	MC62	(	574.43	,	374.79	)	17.90	1.16		0.50	1.14	nm			7 52 47.81- 26 17 28.3	M
112	112		(	544.61	,	396.19	)	17.54	1.02		0.51	1.10	nm			7 52 47.08- 26 17 21.2	M	= a66 (V=17.57, B-V=2.09)
112a	112a		(	554.89	,	398.63	)	19.1 :			0.74	1.37	m			7 52 47.34- 26 17 20.4	M	= a68 (V=19.25, B-V=1.58)
113	113	MC64	(	515.06	,	390.25	)	17.92	1.44		0.76	1.51	nm			7 52 46.36- 26 17 23.2	M
114	114	MC63	(	503.99	,	363.96	)	17.30	0.61		0.39	0.83	m			7 52 46.11- 26 17 31.3	M
114a	114a		(	521.46	,	366.67	)								R = 19.3:	07 52 46.51- 26 17 30.9
115	115	FM4045	(	439.16	,	378.50	)	12.30	0.06	-0.64	0.07	0.22	m	B2V		7 52 44.52- 26 17 26.8	U	= GSC 6561-2249
115a	115a		(	450.80	,	392.63	)	18.1 :			0.44	1.07	m			7 52 44.82- 26 17 22.6	M
115b	115b		(	423.39	,	396.54	)	19.0 :			0.56	1.19	m			7 52 44.13- 26 17 21.6	M
116	116		(	402.79	,	381.59	)	18.65	1.51	-1.38	0.61	1.20	nm			7 52 43.64- 26 17 25.9	M
117	117		(	200.81	,	358.83	)	17.61	0.75		0.41	1.01	m			7 52 38.75- 26 17 33.1	M
117a	117a		(	207.19	,	368.53	)								R = 19.1:	07 52 38.89- 26 17 29.8
118	118		(	170.06	,	367.99	)	18.16	0.64		0.45	0.93	nm?			7 52 37.95- 26 17 30.3	M
119	119		(	175.58	,	332.68	)	19.38	0.97		0.92	2.07	m			7 52 38.14- 26 17 41.6	M
119a	119a		(	131.29	,	332.47	)	19.11			-0.09	0.94	nm			7 52 37.03- 26 17 41.7	b
119b	119b		(	200.33	,	333.54	)	19.85			1.06	1.11	nm			7 52 38.72- 26 17 41.1	b
120	120		(	314.60	,	327.28	)	17.19	0.79	2.65	0.45	0.93	m		U::	7 52 41.51- 26 17 43.5	M
120a	120a		(	331.33	,	332.68	)								R = 20.0:	07 52 41.90- 26 17 41.7
121	121	FM4044	(	375.93	,	325.56	)	15.49	0.24	-0.16	0.17	0.49	m	B6V		7 52 42.97- 26 17 43.9	U	= GSC 6561-2277
121a	121a		(	360.77	,	352.08	)	19.9 :			0.86	1.68	m			7 52 42.62- 26 17 35.1	M
121b	121b		(	402.52	,	339.50	)	19.7 :			0.77	1.28	nm			7 52 43.61- 26 17 39.8	D
121c	121c		(	412.60	,	320.61	)								R = 18.8:	07 52 43.87- 26 17 45.8
122	122		(	536.67	,	344.29	)	17.64	1.07		0.51	1.15	nm			7 52 46.87- 26 17 38.5	M
123	123		(	519.49	,	326.59	)	17.19	0.82		0.51	1.01	m			7 52 46.47- 26 17 43.8	M
124	124		(	622.24	,	324.36	)	18.91	3.04		0.71	1.39	nm		U, B, V::	7 52 48.96- 26 17 44.8	M
124a	124a		(	653.15	,	336.00	)								R = 19.5:	07 52 49.70- 26 17 41.1
124b	124b		(	649.54	,	368.71	)								R = 18.6:	07 52 49.62- 26 17 30.4
124c	124c		(	643.00	,	330.10	)								R = 19.3:	07 52 49.46- 26 17 43.0
125	125		(	734.10	,	314.50	)	16.95	0.80		0.50	1.00	nm?			7 52 51.68- 26 17 48.0	M
126	126	FM4060	(	840.53	,	340.69	)	12.30	0.21	0.02	0.11	0.30	nm	B9V		7 52 54.25- 26 17 39.8	U	= GSC 6561-2423
127	127	FM4061	(	822.36	,	333.79	)	14.96	0.56	0.16	0.34	0.72	nm			7 52 53.81- 26 17 41.9	M
128	128		(	805.40	,	318.33	)	16.74	0.52		0.29	0.68	m			7 52 53.40- 26 17 47.1	M
128a	128a		(	815.40	,	317.26	)	19.5 :			0.91	1.89	nm			7 52 53.65- 26 17 47.4	M
129	129	FM3108	(	200.19	,	298.28	)	13.48	0.96	0.59	0.58	1.16	nm			7 52 38.72- 26 17 52.7	U
130	130	FM3110	(	123.34	,	279.60	)	16.41	0.53	-0.08	0.40	0.89	m			7 52 36.87- 26 17 58.7	M
130a	130a		(	170.32	,	277.78	)	18.56	1.76	-2.17	0.80	1.70	nm			7 52 37.99- 26 17 59.2	M
130b	130b		(	169.82	,	278.05	)								U = 13.8:	07 52 37.98- 26 17 59.3
130c	130c		(	111.45	,	278.19	)								U = 12.7:	07 52 36.56- 26 17 59.2
131	131	FM3109	(	166.86	,	258.30	)	15.54	0.48	-0.04	0.31	0.70	m			7 52 37.91- 26 18 05.7	U
131a	131a		(	151.50	,	246.61	)								B = 22.4:, R = 19.2:	07 52 37.53- 26 18 09.5
132	132	FM3106	(	298.83	,	305.03	)	16.23	0.51	-0.07	0.37	0.77	m			7 52 41.11- 26 17 50.7	M
132a	132a	FM3107	(	263.24	,	267.53	)	16.08	0.82	0.56	0.55	1.08	nm			7 52 40.25- 26 18 02.9	M
132b	132b		(	289.30	,	246.28	)	20.08	0.83		1.27	1.32	nm		B, V::	7 52 40.88- 26 18 09.7	M
132c	132c		(	319.83	,	213.97	)								B = 19.9:,R = 18.5:	07 52 41.61- 26 18 20.5
132d	132d		(	345.36	,	207.17	)								I = 18.5:	07 52 42.23- 26 18 22.7
133	133		(	393.29	,	296.82	)	18.00	0.41		0.38	0.85	nm			7 52 43.40- 26 17 53.8	M
134	134	FM4043	(	361.41	,	286.87	)	15.19	0.67	0.14	0.41	0.93	nm			7 52 42.63- 26 17 56.6	U
135	135		(	368.10	,	270.58	)	17.77	3.49	-0.35	0.44	0.92	mn			7 52 42.81- 26 18 02.1	M
136	136		(	427.02	,	283.99	)	16.80	0.54	-0.28	0.64	0.79	nm			7 52 44.23- 26 17 57.7	M
137	137		(	548.69	,	307.76	)	16.73	0.76	-0.14	0.50	1.00	nm?			7 52 47.18- 26 17 50.0	M
137a	137a		(	539.82	,	292.02	)								B = 20.6:, R = 19.4:	07 52 46.95- 26 17 55.3
137b	137b		(	553.74	,	298.19	)								B = 21.3:, R = 19.5:	07 52 47.29- 26 17 53.3
138	138		(	561.46	,	289.40	)	16.67	0.55	0.47	0.68	1.16	m			7 52 47.47- 26 17 55.9	M
138a	138a		(	579.00	,	310.83	)	18.40							R = 18.7:	07 52 47.90- 26 17 49.2
139	139	FM4046	(	561.99	,	281.17	)	15.47	0.54	0.13	0.37	0.79	m			7 52 47.50- 26 17 58.8	U	= GSC 6561-2040
140	140		(	685.55	,	284.98	)	18.42	1.27		0.71		nm		B:	7 52 50.32- 26 18 08.8	M
140a	140a		(	689.55	,	258.21	)								R = 18.7:	07 52 50.58- 26 18 06.6
140b	140b		(	679.36	,	250.48	)								R = 19.1:	07 52 50.33- 26 18 09.1
141	141		(	679.50	,	262.50	)	18.19	1.12		0.59		nm			7 52 52.68- 26 18 05.0	M	X position should be 769
141a	141a		(	767.74	,	220.61	)								B = 19.9:,R = 18.1:	07 52 52.47- 26 18 19.0
142	142		(	570.94	,	245.99	)	16.90	0.68		0.41	0.87	m			7 52 47.71- 26 18 10.4	M
143	143		(	523.91	,	217.16	)	17.57	0.90		0.11	1.14	nm?			7 52 46.56- 26 18 19.5	M
143a	143a		(	508.25	,	196.28	)								R = 18.9:	07 52 46.18- 26 18 26.5
144	144		(	583.26	,	200.75	)	17.86	0.78		0.44	1.04	m			7 52 47.99- 26 18 25.0	M
145	145	FM4063	(	656.06	,	200.29	)	16.18	0.73		0.47	0.98	nm			7 52 49.76- 26 18 25.3	M
146	146	FM3105	(	471.97	,	175.50	)	15.47	0.21	-0.09	0.20	0.50	m	B8V		7 52 45.29- 26 18 33.3	U
146a	146a		(	425.65	,	167.45	)								I = 18.1:	07 52 44.17- 26 18 35.8
146b	146b		(	429.08	,	180.75	)								R = 18.4:, I = 19.0	07 52 44.25- 26 18 31.5
147	147		(	617.29	,	162.94	)	17.62	-0.79		0.50	0.97				7 52 48.81- 26 18 37.1	M
148	148		(	671.47	,	168.80	)	16.09	0.44	0.09	0.25	0.61	m	B8V		7 52 50.14- 26 18 35.6	M
149	149		(	697.25	,	168.41	)	18.57	1.62		0.58	1.34	nm			7 52 50.73- 26 18 36.0	M
149a	149a		(	781.24	,	164.88	)								I = 18.6:	07 52 52.79- 26 18 37.2
150	150		(	837.75	,	162.32	)	19.69	0.78		0.80	2.20	nm		B::	7 52 54.18- 26 18 37.9	M
151	151		(	871.14	,	161.67	)	17.27	1.00		0.62	1.34	nm			7 52 54.98- 26 18 38.2	M
152	152		(	908.17	,	181.83	)								I = 15.3:	07 52 55.87- 26 18 31.8
153	153		(	907.54	,	149.32	)								I = 17.0:	07 52 55.85- 26 18 42.4
154	154		(	896.30	,	124.65	)	15.1 :								7 52 55.58- 26 18 50.4	U
154a	154a		(	871.54	,	130.67	)								R = 19.0:	07 52 54.98- 26 18 48.5
155	155		(	712.16	,	131.30	)	18.56	1.90		0.75	1.41	nm		U, B, V::	7 52 51.11- 26 18 47.9	M
155a	155a		(	671.50	,	110.00	)								R = 19.8:	07 52 50.13- 26 18 54.9
156	156		(	413.77	,	132.67	)	17.79	0.96		0.47	1.01	nm?			7 52 43.83- 26 18 47.5	M
156a	156a		(	425.20	,	167.06	)								I = 18.1:	07 52 44.16- 26 18 35.9
156b	156b		(	430.65	,	180.29	)								I = 19.0:	07 52 44.29- 26 18 31.6
157	157		(	398.46	,	124.41	)	19.10	1.20		0.73	1.32	nm?			7 52 43.48- 26 18 49.6	M
157a	157a		(	375.15	,	132.24	)								R = 19.5:	07 52 42.94- 26 18 47.2
157b	157b		(	431.00	,	104.05	)								R = 18.4	07 52 44.29- 26 18 56.5
158	158		(	284.08	,	176.13	)	18.8 :			0.77	1.39	m			7 52 40.76- 26 18 32.6	M
159	159		(	189.79	,	204.04	)								R = 19.8:, I = 18.5:	07 52 38.45- 26 18 23.5
160	160		(	159.05	,	185.19	)								R = 18.8:	07 52 37.71- 26 18 29.6
161	161		(	196.14	,	169.67	)								R = 19.1:	07 52 38.60- 26 18 34.7
162	162		(	176.21	,	144.99	)								R = 19.5:	07 52 38.12- 26 18 42.8
I 1	1 *		(	474.28	,	641.30	)	18.58	1.34		0.73	1.42	nm			07 52 45.40- 26 16 01.2
I 2	2 *	FM4029	(	551.85	,	638.78	)	15.69	0.48	0.21	0.44	1.01	m	B9V	B:	07 52 47.28- 26 16 02.1
I 3	3 *		(	548.74	,	632.24	)	16.91	1.70		1.61	3.20	nm			07 52 47.20- 26 16 04.2
I 4	4 *	MC14	(	561.95	,	629.73	)	16.01	0.33	-1.68	0.27	0.59	nm?			07 52 47.52- 26 16 05.1
I 4a	4a *		(	572.28	,	629.00	)								R = 18.7:	07 52 47.77- 26 16 05.3
I 5	5 *	FM4030	(	603.95	,	621.73	)	14.92	0.40	0.07	0.26	0.59	m	B8V		07 52 48.54- 26 16 07.8
I 6	6 *		(	537.57	,	610.66	)	17.29	0.60	-0.08	0.41	0.88	m			07 52 46.93- 26 16 11.3
I 7	7 *		(	506.23	,	604.44	)	17.39	0.72	0.32	0.57	1.03	m		U::	07 52 46.17- 26 16 13.3
I 7a	7a *		(	494.24	,	603.80	)								R = 19.4:	07 52 45.88- 26 16 13.4
I 7b	7b *		(	495.89	,	591.20	)								R = 19.3:	07 52 45.92- 26 16 17.6
I 8	8 *		(	616.71	,	617.25	)	19.20	1.93		0.46	0.91	mn		B::, V:	07 52 48.85- 26 16 09.2
I 9	9 *		(	632.44	,	607.49	)	19.91	0.75		0.07	2.07	nm		B::, V:	07 52 49.23- 26 16 12.4
I10	10 *	LSS30	(	552.40	,	594.58	)	16.74	0.44	0.58	0.26	0.59	m			07 52 47.29- 26 16 16.5
I10a	10a *		(	545.36	,	594.00	)								R = 18.0:	07 52 47.12- 26 16 16.7
I10b	10b *		(	550.70	,	580.50	)								R = 19.0:	07 52 47.25- 26 16 21.1
I11	11 *	FM4031	(	615.97	,	588.01	)	15.53	0.71	0.14	0.44	0.88	nm			07 52 48.83- 26 16 18.8
I11a	11a *		(	633.39	,	585.11	)								R = 19.0:	07 52 49.25- 26 16 19.8
I12	12 *	FM4033	(	586.41	,	577.57	)	16.00	0.37	0.14	0.25	0.52	m	B9V		07 52 48.11- 26 16 22.1
I12a	12a *		(	593.86	,	599.17	)								R = 18.8:	07 52 48.29- 26 16 15.1
I13	13 *	FM4034	(	522.63	,	571.76	)	15.69	0.50	0.16	0.35	0.76	m	B8V		07 52 46.56- 26 16 23.9
I13a	13a *		(	532.00	,	564.08	)								R = 19.9:	07 52 46.79- 26 16 26.5
I14	14 *		(	500.67	,	573.13	)	19.52	0.73	-1.60	0.44	1.37	nm		U::, V:	07 52 46.03- 26 16 23.5
I15	15 *	FM4035	(	470.55	,	572.30	)	15.17	1.11	0.80	0.67	1.30	nm			07 52 45.30- 26 16 23.7
I16	16 *		(	429.89	,	569.75	)	17.81	0.86		0.73	1.44	m			07 52 44.32- 26 16 24.5
I17	17 *		(	425.09	,	571.83	)	18.33	0.90		0.64	1.36	m			07 52 44.20- 26 16 23.8
I18	18 *		(	552.35	,	565.02	)	19.85	0.65		1.06	3.00	nm			07 52 47.28- 26 16 26.2
I19	19 *		(	610.64	,	566.96	)	22.46	-2.67		2.44	3.88	nm		V:	07 52 48.70- 26 16 25.6
I20	20 *	FM4054	(	570.29	,	555.63	)	15.36	0.25	0.04	0.21	0.46	m	B9V		07 52 47.72- 26 16 29.3
I21	21 *		(	421.90	,	556.06	)	19.76	1.45		1.00	1.81	nm			07 52 44.12- 26 16 28.9
I22	22 *		(	506.64	,	551.79	)	20.35	0.97		1.11	2.07	nm		B::, V:	07 52 46.17- 26 16 30.4
I23	23 *	FM4055	(	572.22	,	545.48	)	14.30	0.26	-0.27	0.21	0.45	m	B5V		07 52 47.76- 26 16 32.6
I24	24 *		(	465.05	,	550.41	)	18.52	0.60		0.63	1.05	nm			07 52 45.17- 26 16 30.8
I25	25 *	LSS21	(	460.32	,	541.30	)	16.53	0.61	1.39	0.60	0.88	nm?		U::	07 52 45.05- 26 16 33.8
I26	26 *		(	486.25	,	544.97	)	19.23	1.19		0.16	1.11	nm?		B::	07 52 45.68- 26 16 32.6
I27	27 *	MC68	(	482.04	,	533.10	)	17.0 :			0.65	1.31	m			07 52 45.58- 26 16 36.5
I28	28 *		(	511.14	,	531.85	)	18.12	0.24		-1.12	1.41	nm		B::	07 52 46.28- 26 16 37.0
I29	29 *		(	518.22	,	533.52	)	18.87	0.35		-0.33	1.49	nm		B::	07 52 46.45- 26 16 36.4
I30	30 *	LSS19	(	540.56	,	531.16	)	15.52	0.32	0.11	0.23	0.53	m	B9V		07 52 47.00- 26 16 37.2
I31	31 *	FM4053	(	564.64	,	531.01	)	13.10	0.19	-0.54	0.15	0.35	m	B2V		07 52 47.58- 26 16 37.3
I32	32 *		(	587.66	,	534.74	)	18.58	1.09		0.79	1.61	nm?			07 52 48.14- 26 16 36.1
I33	33 *		(	587.22	,	527.15	)	18.60	0.69		0.95	1.84	nm?			07 52 48.13- 26 16 38.6
I34	34 *	MC66	(	640.06	,	535.57	)	17.00	0.94	-1.76	0.76	1.53	nm		U::	07 52 49.41- 26 16 35.9
I35	35 *		(	634.44	,	532.57	)	17.18	0.75		0.56	1.08	m		U::	07 52 49.27- 26 16 36.9
I36	36 *	FM4050	(	492.79	,	522.91	)	12.34	0.16	-0.43	0.13	0.29	m	B3V		07 52 45.84- 26 16 39.9
I37	37 *		(	508.68	,	519.48	)	18.06	-2.56		2.73	2.98	m			07 52 46.22- 26 16 41.0
I38	38 *		(	405.03	,	533.95	)	18.23	0.97		0.63	1.27	m			07 52 43.71- 26 16 36.1
I39	39 *	FM4037	(	418.12	,	519.26	)	14.50	0.17	-0.30	0.13	0.31	m	B5V		07 52 44.03- 26 16 40.9
I40	40 *		(	550.53	,	514.28	)	18.18	0.52		0.53	1.01	nm			07 52 47.23- 26 16 42.8
I41	41 *		(	509.31	,	509.24	)	16.02	2.12	-0.45	-1.64	-1.37	nm			07 52 46.24- 26 16 44.3
I42	42 *		(	460.40	,	501.71	)	19.21	1.23		0.82	1.77	nm?		B::	07 52 45.05- 26 16 46.7
I43	43 *	MC67	(	577.08	,	510.65	)	17.66	0.65		0.49	0.88	m			07 52 47.88- 26 16 44.0
I44	44 *	LSS13	(	542.91	,	504.31	)	14.51	0.29		0.32	0.61	m			07 52 47.05- 26 16 46.0
I45	45 *	FM4052	(	535.85	,	497.77	)	12.81	0.19	-0.55	0.15	0.35	m	B2V		07 52 46.88- 26 16 48.1
I46	46 *	FM4051	(	521.65	,	503.44	)	11.05	0.15	-0.64	0.15	0.33	m	B1V	exciting star	07 52 46.53- 26 16 46.3
I47	47 *	LSS11	(	622.00	,	491.88	)	16.79	0.77	-0.64	0.51	1.03	nm?		U::	07 52 48.97- 26 16 50.2
I48	48 *		(	504.13	,	486.24	)	17.61	0.73	-0.60	0.61	1.21	m		U, B::	07 52 46.11- 26 16 51.8
I49	49 *	MC65	(	482.08	,	481.02	)	17.66	0.94	-0.06	0.63	1.28	nm?		U::	07 52 45.57- 26 16 53.5
I50	50 *		(	518.72	,	479.39	)	18.11	-0.32	0.19	0.75	1.45	nm		U,B::	07 52 46.46- 26 16 54.1
I51	51 *		(	440.87	,	475.31	)	19.28	0.22		0.91	1.77	nm			07 52 44.57- 26 16 55.3
I51a	51a *		(	448.91	,	476.35	)								R = 19.3:	07 52 44.77- 26 16 55.0
I52	52 *	LSS9	(	430.63	,	463.82	)	16.74	0.67	-0.04	0.39	0.84	nm?	B3V?		07 52 44.32- 26 16 59.1
I53	53 *		(	468.05	,	458.79	)	18.40	0.34	0.24	0.49	1.08	nm			07 52 45.23- 26 17 00.8
I54	54 *	FM4049	(	476.98	,	451.85	)	15.07	0.24	-0.21	0.14	0.36	m	B6V		07 52 45.45- 26 17 03.0
I55	55 *		(	508.58	,	459.47	)	18.07	3.48		0.79	1.54	nm		B::	07 52 46.21- 26 17 00.6
I56	56 *	FM4047	(	550.31	,	449.83	)	14.52	0.29	-0.35	0.19	0.49	m	B3V		07 52 47.22- 26 17 03.8
I57	57 *		(	638.77	,	471.45	)	18.19	1.30	-0.91	0.65	1.39	nm		U::	07 52 49.37- 26 16 56.9
I57a	57a *		(	646.41	,	485.15	)								R = 19.1:	07 52 49.56- 26 16 52.4
I58	58 *	MC7	(	644.95	,	445.62	)	16.32	0.31	0.21	0.26	0.56	m			07 52 49.52- 26 17 05.3
I59	59 *		(	590.58	,	471.87	)	20.79	-0.00		1.24	2.51	nm		B::	07 52 48.20- 26 16 56.7
I60	60 *		(	576.67	,	458.46	)	19.89	0.58		0.51	1.10	nm		B::	07 52 47.86- 26 17 01.0
I61	61 *		(	589.63	,	451.42	)	19.13	0.67		0.58	1.28	nm		B::	07 52 48.18- 26 17 03.3
I62	62 *	LSS5	(	504.37	,	434.65	)	16.45	0.33	0.22	0.19	0.48	m	B8V		07 52 46.11- 26 17 08.7
I63	63 *		(	411.39	,	438.71	)	18.28	1.57		0.76	1.72	nm			07 52 43.85- 26 17 07.2
I64	64 *	FM4048	(	517.24	,	425.75	)	15.46	0.22	0.05	0.17	0.42	m	B9V		07 52 46.42- 26 17 11.6
I65	65 *	LSS3	(	553.59	,	422.77	)	16.30	0.37	0.35	0.27	0.58	m			07 52 47.30- 26 17 12.6
I66	66 *		(	544.66	,	396.13	)	17.57	2.09		0.51	1.09	nm			07 52 47.08- 26 17 21.3
I67	67 *		(	628.48	,	408.94	)	19.92	-1.10		0.81	1.89	nm			07 52 49.11- 26 17 17.3
I68	68 *		(	550.39	,	397.99	)	19.25	1.58		0.74	1.18	nm			07 52 47.22- 26 17 20.7