1981A&AS...44..337S

Query : 1981A&AS...44..337S

1981A&AS...44..337S - Astron. Astrophys., Suppl. Ser., 44, 337-343 (1981)

Standard stars for H alf photometry.

STRAUSS F.M. and DUCATI J.R.

Journal keyword(s):

Simbad objects: 235

Number of rows : 235

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag U	Mag B	Mag V	Mag R	Mag I	Sp type	#ref 1850 - 2023	#notes
1	* zet Scl	SB*	00 02 19.9270625208	-29 43 13.588516668	4.29	4.879	5.022			B5IV	132	0
2	* 2 Cet	*	00 03 44.3878420	-17 20 09.571938	4.4	4.483	4.536		4.58	B9IVn	115	0
3	* kap Phe	PM*	00 26 12.2013436436	-43 40 47.390371480	4.22	4.11	3.94	3.78	3.70	A5IVn	149	0
4	* lam01 Phe	PM*	00 31 24.9810454848	-48 48 12.651311736		4.79	4.77			A1Va	60	0
5	* eta Phe	dS*	00 43 21.2384109	-57 27 47.007307		4.350	4.361			A0IV	94	0
6	* alf Scl	Ro*	00 58 36.3593029	-29 21 26.824714	3.52	4.09	4.27	4.30	4.43	B7IIIp	249	0
7	* zet Phe	EB*	01 08 23.0814982	-55 14 44.728914		3.908	4.014			B6V+B9V	231	0
8	* chi Cet	PM*	01 49 35.1027660619	-10 41 11.070999501	5.04	5.00	4.68	4.38	4.22	F0V	196	0
9	* alf Hyi	PM*	01 58 46.1946699	-61 34 11.494778	3.33	3.13	2.84	2.55	2.39	F0IV	212	0
10	HD 11968	*	01 58 49.7175538584	+50 52 41.112950844	8.45	9.15	9.18			A2	15	0
11	* nu. For	a2*	02 04 29.4386071	-29 17 48.547752	4.01	4.52	4.69	4.73	4.87	B9.5IIIspSi	148	0
12	* phi Eri	PM*	02 16 30.5856318	-51 30 43.795513	3.06	3.45	3.57	3.64	3.75	B8IV	146	0
13	* del Hyi	PM*	02 21 44.9423652192	-68 39 33.906922488	4.17	4.12	4.09	4.05	4.04	A2V	110	0
14	* rho Cet	*	02 25 57.0058454304	-12 17 25.707504156		4.841	4.866			A0V	112	0
15	* kap Eri	*	02 26 59.1217747	-47 42 13.824757	3.61	4.11	4.25	4.28	4.41	B7IV	117	0
16	* sig Cet	**	02 32 05.2288409	-15 14 40.827782	5.19	5.20	4.75	4.34	4.07	F5V	200	0
17	* s Eri	SB*	02 39 47.9753006640	-42 53 30.519103344		4.81	4.75			A1Vb	79	1
18	* pi. Cet	SB*	02 44 07.3477594066	-13 51 31.279407049	3.66	4.112	4.236			B7IV	326	0
19	* tau01 Eri	PM*	02 45 06.1988006895	-18 34 21.442179919	4.94	4.94	4.46	4.03	3.76	F7V	222	0
20	* tet Eri	**	02 58 15.6752536	-40 18 16.852418						A2V	35	0
21	* tet01 Eri	PM*	02 58 15.6763576272	-40 18 16.839497196		3.33	3.18			A3IV-V	55	0
22	* tet02 Eri	PM*	02 58 16.4037194112	-40 18 16.906306500		4.20	4.11			A1V	33	0
23	* tau03 Eri	PM*	03 02 23.4993592222	-23 37 28.098204536	4.33	4.25	4.09	3.96	3.87	A3IV-V	158	0
24	* alf For	PM*	03 12 04.5298039833	-28 59 15.439152331	4.41	4.51	3.98	3.39	3.08	F6V	269	0
25	* tau05 Eri	SB*	03 33 47.2758917450	-21 37 58.384116886		4.15	4.25			B9V	109	0
26	* del For	*	03 42 14.9025400320	-31 56 18.104191008	4.24	4.814	4.973			B5III	67	0
27	* tau06 Eri	PM*	03 46 50.8873186498	-23 14 59.002090709		4.65	4.20			F5IV-V	186	0
28	* f Eri B	PM*	03 48 35.4776869320	-37 37 19.212410172		5.26	5.25			A1Va	33	0
29	* f Eri A	PM*	03 48 35.8740192312	-37 37 12.515849544		4.70	4.72			B9.5Van	38	0
30	* f Eri	**	03 48 35.87724	-37 37 12.5415	4.22	4.26	4.27			~	40	0
31	* tau08 Eri	SB*	03 53 42.7023562560	-24 36 44.021417544		4.496	4.623			B6V	114	0
32	* tau09 Eri	a2*	03 59 55.4837679360	-24 00 58.377195468	4.11	4.52	4.66	4.64	4.77	ApSi	166	0
33	* del Hor	**	04 10 50.5892738	-41 59 36.853749	5.33	5.26	4.93	4.58	4.37	F2IV/V	79	0
34	* gam Dor	gD*	04 16 01.5866224848	-51 29 11.932714356		4.55	4.20			F1V	302	0
35	* ups04 Eri	SB*	04 17 53.6624067	-33 47 54.056903	3.07	3.44	3.56	3.57	3.68	B8V+B9.5V?	152	0
36	* alf Dor	a2*	04 33 59.77719	-55 02 41.9243	2.83	3.18	3.28	3.29	3.38	B8IIIpSi	144	0
37	* alf Cae	PM*	04 40 33.7125133631	-41 51 49.504549835	4.79	4.79	4.45	4.11	3.90	F2V	124	0
38	* 64 Eri	dS*	04 59 55.7367907152	-12 32 14.700428412		5.036	4.770			F0V	87	0
39	HD 32309	*	05 01 25.5805525608	-20 03 06.908278068		4.838	4.885			B9V	80	0
40	* zet Dor	PM*	05 05 30.6556741368	-57 28 21.736898832		5.215	4.708			F9VFe-0.5	232	0
41	* mu. Lep	a2*	05 12 55.9029641016	-16 12 19.668599100	2.78	3.18	3.29	3.30	3.42	B9IV:HgMn	274	1
42	* kap Lep	**	05 13 13.87761	-12 56 28.6463	3.92					B7V	97	0
43	* alf Lep	V*	05 32 43.8161188	-17 49 20.241380	3.02	2.77	2.57	2.35	2.14	F0Ib	278	0
44	* bet Dor	cC*	05 33 37.5159729864	-62 29 23.376457680	5.13	4.58	3.76	3.55	3.12	F8/G0Ib	368	0
45	* eps Ori	s*b	05 36 12.81335	-01 12 06.9089	0.48	1.51	1.69	1.76	1.93	B0Ia	887	0
46	* alf Col	Be*	05 39 38.9410319	-34 04 26.794991	2.10	2.53	2.65	2.65	2.74	B9Ve	238	0
47	* zet Ori	**	05 40 45.52666	-01 56 33.2649	0.50	1.56	1.77	1.85	2.05	O9.7Ib+B0III	348	0
48	* zet Ori A	SB*	05 40 45.527143	-01 56 33.26036		1.79	1.90			O9.2IbvarNwk	661	0
49	* gam Lep	PM*	05 44 27.7906169580	-22 26 54.187756254	4.08	4.07	3.60	3.15	2.89	F6V	420	0
50	* del Dor	*	05 44 46.3699967519	-65 44 07.793159129	4.69	4.57	4.36	4.10	3.93	A7V	125	0
51	* zet Lep	*	05 46 57.3409587	-14 49 19.019943		3.637	3.525			A2IV-V(n)	294	0
52	* bet Pic	PM*	05 47 17.0876901	-51 03 59.441135	4.13	4.03	3.86	3.74	3.58	A6V	1823	1
53	* kap Ori	s*b	05 47 45.3888404	-09 40 10.577707	0.87	1.88	2.06	2.09	2.27	B0.5Ia	564	0
54	* lam Col	El*	05 53 06.8816254656	-33 48 04.907584296	4.16	4.72	4.87	4.94	5.09	B5V	92	0
55	* eta Lep	PM*	05 56 24.2934904501	-14 10 03.718335613	4.05	4.05	3.72	3.39	3.23	F2V	333	0
56	* gam Col	Pu*	05 57 32.2095768	-35 16 59.815276	3.52	4.18	4.36			B2.5IV	128	0
57	* chi02 Ori	s*b	06 03 55.1843706432	+20 08 18.428141364	4.24	4.91	4.63	4.32	4.10	B2Ia	443	0
58	* del Pic	EB*	06 10 17.9080767	-54 58 07.113429	3.55	4.58	4.81			B1/2(III)n	155	0
59	* zet CMa	Ce*	06 20 18.7920398	-30 03 48.120242	2.12	2.82	2.99			B2.5V	158	0
60	* alf Pic	PM*	06 48 11.45512	-61 56 29.0008		3.46	3.23			A8VnkA6	171	0
61	HD 52382	*	07 00 39.3387913920	-09 12 10.678730292	6.07	6.76	6.57	6.29	6.19	B0.5Ia	110	0
62	* sig CMa	s*r	07 01 43.1477846	-27 56 05.389774	7.08	5.20	3.47	2.15	1.15	K5Ib	175	0
63	* omi02 CMa	s*b	07 03 01.4721150	-23 49 59.852308	2.14	2.94	3.02	3.01	3.10	B3Ia	317	0
64	* eta CMa	s*b	07 24 05.70228	-29 18 11.1798	1.65	2.37	2.45	2.38	2.44	B5Ia	364	0
65	V* KQ Pup	s*r	07 33 47.9667844248	-14 31 26.054356260	6.67	6.38	4.97	3.41	2.08	M1Iabe+B2	188	0
66	* 1 Pup	V*	07 43 32.3866853568	-28 24 39.188693988	8.16	6.22	4.59	3.29	2.32	K5III	103	0
67	* l Pup	sg*	07 43 48.4687222	-28 57 17.372015	4.06	4.09	3.93	3.68	3.50	A4Iabe	187	0
68	* ksi Pup	*	07 49 17.6556658	-24 51 35.230469	5.72	4.56	3.30	2.43	1.88	G6Ib	189	0
69	* J Pup	*	07 53 18.1579197	-48 06 10.563676	3.11	4.10	4.24	4.26	4.38	B0.5Ib	234	0
70	* zet Pup	BY*	08 03 35.04754	-40 00 11.3321	0.89	1.98	2.25	2.36	2.58	O4I(n)fp	1143	1
71	* h01 Pup	s*r	08 11 21.4934302224	-39 37 06.758795424	7.79	6.03	4.42	3.22	2.34	K4.5Ib	62	0
72	HD 70761	**	08 22 49.9366633848	-26 20 53.602709604		6.270	5.883			F2Iab	60	1
73	* f Vel	EB*	08 50 33.4606230120	-46 31 45.075306720	3.92	4.90	5.11	5.20	5.36	B1Ib	158	0
74	V* GP Vel	HXB	09 02 06.8608812864	-40 33 16.899168060	6.85	7.37	6.87	6.31	6.05	B0.5Ia	1460	0
75	* lam Vel	s*r	09 07 59.75787	-43 25 57.3273	5.67	3.86	2.21	0.97	0.03	K4Ib	214	0
76	* iot Car	V*	09 17 05.4068572	-59 16 30.835305	2.60	2.44	2.26	2.02	1.82	A7Ib	154	0
77	* kap Vel	SB*	09 22 06.8176100	-55 00 38.401683	1.5	2.324	2.473			B2IV	162	0
78	HD 81471	*	09 23 59.3339038896	-51 44 13.493033484	6.89	6.593	6.086	7.03		A5Ia/ab	53	0
79	* psi Vel	**	09 30 41.99958	-40 28 00.2616	3.89	3.96	3.60	3.24	3.02	F3VFe-0.7	116	0
80	* phi Vel	*	09 56 51.7416742	-54 34 04.039043	2.81	3.35	3.45	3.51	3.59	B5Ib	126	0
81	* ome Car	Be*	10 13 44.2173938	-70 02 16.456305	2.92	3.25	3.33	3.29	3.32	B7III	120	0
82	* q Vel	PM*	10 14 44.1557297	-42 07 18.993292	3.98	3.90	3.85	3.83	3.81	A2Va	133	0
83	* q Car	LP*	10 17 04.9753050	-61 19 56.288301		4.899	3.350			K2.5II	138	0
84	HD 90706	s*b	10 26 55.6579723824	-57 36 25.348356432	7.20	7.56	7.10	7.78		B2.5Ia	71	0
85	V* V399 Car	Ce*	10 27 24.4704883920	-57 38 19.698397044	5.29	5.18	4.70	4.10	3.62	A9/F0Ia/ab	134	0
86	* s Car	V*	10 27 52.7287652	-58 44 21.850672		4.111	3.810			F2II	90	0
87	* p Car	Be*	10 32 01.4629679	-61 41 07.196308	2.46	3.18	3.27	3.22	3.28	B4Vne	231	0
88	HD 91533	*	10 32 47.8092799464	-58 40 00.278958756	6.12	6.283	6.006	7.11		A2Iab/b	57	0
89	HD 91619	s*b	10 33 25.3890641664	-58 11 24.536432148	6.21	6.61	6.26	5.79	5.51	B6Iab	107	0
90	* tet Car	SB*	10 42 57.4019674	-64 23 40.020796	1.53	2.54	2.76	2.87	3.10	B0Vp	335	0
91	* w Car	LP?	10 43 32.2901493	-60 33 59.830760		6.219	4.545			K4III	52	0
92	HD 94367	sg*	10 52 30.8460074448	-57 14 25.458038304	4.87	5.41	5.25			A0Ia	58	0
93	* i Vel	*	11 00 09.2642360	-42 13 33.092396	4.62	4.50	4.39	4.26	4.19	A3V	87	0
94	* x Car	cC*	11 08 35.3899998	-58 58 30.135741	6.07	5.09	3.83	2.86	2.27	G5_0-Ia	149	0
95	* bet Crt	SB*	11 11 39.4787167248	-22 49 33.052973988		4.475	4.449			A1V	154	0
96	* y Car	sg*	11 12 36.0132333384	-60 19 03.454684572	5.20	5.17	4.62	4.07	3.71	A5Iae:	92	0
97	* pi. Cen	**	11 21 00.40615	-54 29 27.6654						B5Vn	120	0
98	HD 99953	s*b	11 29 15.1353875280	-63 33 14.179307040	6.28	6.88	6.57	6.16	5.92	B2Ia	101	0
99	* A Cen	Be*	11 34 45.6558087	-54 15 50.732003	4.33	4.533	4.607			B9V	76	0
100	* omi Hya	*	11 40 12.7897023	-34 44 40.773362	4.41	4.63	4.70	4.69	4.74	B9V	70	0
101	V* V810 Cen	LP*	11 43 31.1923164072	-62 29 21.827165856	6.18	5.83	5.03	4.27	3.91	G0_0-IaFe1	150	0
102	* lam Mus	PM*	11 45 36.4191583	-66 43 43.543945	3.96	3.81	3.65	3.51	3.43	A7V	86	0
103	HD 102350	Ce*	11 46 30.8225717	-61 10 42.236355		5.01	4.10			G5Ib/II	69	0
104	* j Cen	Be*	11 49 41.0673344112	-63 47 18.500667000	3.58	4.160	4.308			B3V	117	0
105	HD 102878	*	11 50 27.2770577376	-62 38 57.775776936	5.87	5.918	5.702	6.95		A2Iab	73	0
106	HD 102997	s*b	11 51 12.9881526720	-61 50 46.148911944	6.31	6.786	6.556	7.33		B5Ia	72	0
107	* bet Hya	a2*	11 52 54.52149	-33 54 29.2672	3.85	4.18	4.28	4.27	4.35	kB8hB8HeA0VSi	101	0
108	HD 103779	*	11 56 57.5476332144	-63 14 56.724069084	6.35	7.185	7.220	8.32		B0/1II	99	0
109	* tet01 Cru	SB*	12 03 01.5012993	-63 18 46.540642		4.56	4.32			A3(m)A8-A8	75	0
110	* tet02 Cru	SB*	12 04 19.2200768232	-63 09 56.516665140	4.02	4.613	4.716			B3V	101	1
111	* del Cen	Be*	12 08 21.4976373	-50 43 20.738614	1.51	2.39	2.52	2.48	2.62	B2Vne	306	0
112	HD 106068	*	12 12 21.9798609024	-62 57 02.785963212	5.90	6.28	5.98	5.64	5.39	B8Ia/ab	79	0
113	HD 106343	s*b	12 14 16.9257756576	-64 24 30.669334128	5.58	6.292	6.235			B1.5Ia	88	0
114	* gam Crv	PM*	12 15 48.37081	-17 32 30.9496	2.12	2.47	2.58	2.62	2.71	B8III	236	0
115	* zet Cru	*	12 18 26.2420745160	-64 00 11.107331280	3.26	3.90	4.05			B2/3V	108	0
116	HD 108002	*	12 24 55.9571476872	-65 12 39.649886676	6.3	7.008	6.955	7.85		B2Ia/ab	61	0
117	* sig Cen	**	12 28 02.3820785	-50 13 50.287232	2.95	3.72	3.91	4.02	4.22	B2V	158	0
118	* del Crv	PM*	12 29 51.8551642	-16 30 55.552542	2.80	2.89	2.94	2.99	3.03	A0IV(n)kB9	202	0
119	* 35 Cru	cC*	12 31 40.3303562544	-59 25 26.124690324	6.60	6.19	5.53			F7Ib/II	137	0
120	* eta Crv	PM*	12 32 04.2264018482	-16 11 45.618615379		4.658	4.294			F2V	309	0
121	* alf Mus	**	12 37 11.0178886	-69 08 08.033239	1.62	2.484	2.649			B2IV	149	1
122	* gam Cen	**	12 41 31.04008	-48 57 35.5375	2.15	2.16	2.17	2.14	2.14	A1IV+A0IV	124	1
123	* bet Mus	**	12 46 16.80410	-68 06 29.2164	2.13			5.51		B2V+B3V	118	0
124	HD 110956	*	12 46 22.7145960	-56 29 19.736605	3.86	4.462	4.620			B2/3V	120	0
125	HD 111613	sg*	12 51 17.9760267672	-60 19 47.240368104	6.00	6.10	5.72	5.32	5.03	B9.5Iab	117	0
126	HD 111904	V*	12 53 21.8944330272	-60 19 42.561114312	5.75	6.05	5.77	7.09		B9Iab	107	0
127	* n Cen	PM*	12 53 26.2000107	-40 10 43.944054	4.60	4.48	4.27	4.07	3.93	A4IV	92	0
128	* lam Cru	Be*	12 54 39.1827302030	-59 08 48.129223088	3.86	4.451	4.602			B3Vne	140	1
129	HD 112244	s*b	12 55 57.1336250856	-56 50 08.900570292	4.49	5.33	5.32	5.21	5.21	O8.5Iab(f)p	206	0
130	HD 112842	*	13 00 31.5270309480	-60 22 31.322664660	6.83	7.234	7.072			B4II	49	0
131	* f Cen	*	13 06 16.7036641232	-48 27 47.846528742	4	4.552	4.691			B4V	111	0
132	* ksi02 Cen	SB*	13 06 54.6393973	-49 54 22.482324	3.29	4.08	4.27			B3V	138	0
133	V* V831 Cen	El*	13 12 17.59459	-59 55 14.0842	4.11	4.500	4.593	6.33		B7V	83	0
134	* iot Cen	PM*	13 20 35.8128156095	-36 42 44.296492410	2.77	2.76	2.73	2.68	2.69	kA1.5hA3mA3Va	205	0
135	HD 115842	Em*	13 20 48.3393402216	-55 48 02.482824528	5.70	6.39	6.09	5.77	5.52	B0.5Ia/ab	150	0
136	* m Cen	*	13 24 00.4826883840	-64 32 08.411490672	5.85	5.35	4.52			G5IIb	45	0
137	* eps Cen	bC*	13 39 53.25774	-53 27 59.0081	1.16	2.08	2.30	2.45	2.70	B1III	248	0
138	* i Cen	SB*	13 45 41.2439386102	-33 02 37.381099823	4.61	4.61	4.23	3.90	3.69	F2V	162	0
139	* nu. Cen	bC*	13 49 30.2764388	-41 41 15.752069	2.31	3.188	3.386			B2V	193	0
140	* 3 Cen	**	13 51 49.60136	-32 59 38.7067						B5III+B9IV	247	0
141	* 3 Cen B	SB*	13 51 50.2001706768	-32 59 40.835351220		5.94	5.98			B9IV	58	1
142	* h Cen	SB*	13 53 12.5382897240	-31 55 39.430392240	4.04	4.59	4.73			B5IVp	103	0
143	* ups01 Cen	V*	13 58 40.7486851	-44 48 12.908967	2.87	3.67	3.87	4.01	4.22	B2IV-V	144	0
144	* ups02 Cen	SB*	14 01 43.5069676512	-45 36 12.274581744	5.19	4.92	4.33	3.82	3.48	F7II/III	56	0
145	* chi Cen	bC*	14 06 02.7682446	-41 10 46.678780	3.4	4.155	4.343			B2V	216	1
146	HD 122879	V*	14 06 25.1578487688	-59 42 57.254187024	5.90	6.64	6.50	6.33	6.18	B0Ia	170	1
147	HD 124471	*	14 16 38.7150863616	-66 35 16.429048656	4.82	5.69	5.75			B2III/IV	83	0
148	* lam Vir	SB*	14 19 06.5923499	-13 22 15.945905	4.750	4.660	4.520		4.43	A1V	147	0
149	* iot Lup	V*	14 19 24.2221950	-46 03 29.143666	2.65	3.355	3.529			B2.5IV	111	0
150	* psi Cen	PM*	14 20 33.4322870	-37 53 07.055140	3.91	4.006	4.034	6.13	8.45	A0IV	102	0
151	HD 125835	*	14 25 06.3269534256	-68 11 43.201565484	6.11	6.11	5.62	5.18	4.78	A1Iab/b	55	0
152	* sig Lup	El*	14 32 37.0566690	-50 27 25.774609	3.39	4.240	4.423			B1/B2V	114	0
153	* rho Lup	V*	14 37 53.2258272	-49 25 32.979759	3.34	3.90	4.05	4.14	4.25	B3/4V	99	0
154	* alf Lup	bC*	14 41 55.7557866	-47 23 17.515486	1.22	2.126	2.286			B1.5III	233	0
155	* b Cen	**	14 41 57.5906796	-37 47 36.594024	3.14	3.83	4.00	4.11	4.26	B3V	137	0
156	* 109 Vir	PM*	14 46 14.9253599	+01 53 34.384496	3.69	3.72	3.73	3.66	3.68	A0IIInn	331	0
157	* alf01 Lib	SB*	14 50 41.1718805688	-15 59 49.957540152	5.53	5.57	5.16	4.78	4.59	F3V	193	0
158	* alf02 Lib	SB*	14 50 52.71309	-16 02 30.3955	2.99	2.90	2.75	2.61	2.57	kA2hA5mA4IV-V	215	0
159	* kap Cen	**	14 59 09.6849382	-42 06 15.106919	2.15	2.93	3.11			B2IV	200	0
160	* lam Lup	SB*	15 08 50.6128505350	-45 16 47.500979673	3.18	3.88	4.05			B3V	136	0
161	* i Lup	*	15 14 37.3198417440	-31 31 08.845840812		5.273	4.918			F3III	101	0
162	HD 135345	**	15 16 04.0190393016	-41 29 28.196512944		5.730	5.171			A/F	41	0
163	* gam TrA	PM*	15 18 54.5819834	-68 40 46.365362	2.87	2.89	2.89			A1V	130	0
164	HD 137709	*	15 29 24.2699250840	-46 43 57.738647172		6.951	5.222			K4III	37	0
165	* gam Lup	El*	15 35 08.44835	-41 10 00.3247	1.76	2.586	2.765			B2IV	174	0
166	* tau Lib	SB*	15 38 39.3694957	-29 46 39.895604		3.481	3.642			B2.5V	156	0
167	* psi02 Lup	SB*	15 42 41.0220569	-34 42 37.461720	4.08	4.576	4.721			B5V	111	0
168	* chi Lup	SB*	15 50 57.5382881	-33 37 37.795321	3.77	3.909	3.946			B9III	302	0
169	* b Sco	*	15 50 58.7444628720	-25 45 04.658676984	3.84	4.552	4.635			B1.5Vn	287	0
170	* 2 Sco	**	15 53 36.71880	-25 19 37.7087	3.86	4.52	4.59			B2.5Vn	157	0
171	HD 142758	s*b	15 59 23.7399409248	-58 43 34.398774588	6.62	7.236	7.072	7.96		B1Ia	60	0
172	* del Nor	*	16 06 29.4516604824	-45 10 23.808085716		4.951	4.713			kA3hA7mF0III:	76	0
173	* ome Sco	bC*	16 06 48.4269211	-20 40 09.090235	3.10	3.92	3.97	3.91	3.99	B1V	464	0
174	* ome02 Sco	PM*	16 07 24.3281783	-20 52 07.551833	5.68	5.17	4.33	3.68	3.25	G4II-III	122	0
175	* gam01 Nor	*	16 17 00.9341075	-50 04 05.233284	6.37	5.88	5.09	4.35	3.85	F9Ia	68	0
176	* d Sco	PM*	16 18 17.9001656	-28 36 50.476788		4.804	4.782			A1Va	158	0
177	* sig Sco	bC*	16 21 11.3157134	-25 35 34.051476	2.32	3.02	2.89	1.69	1.58	B1III+B1:V	858	0
178	HD 148379	Be*	16 29 42.3277745448	-46 14 35.630932596	5.51	5.95	5.37	4.85	4.39	B2Iab	177	0
179	* N Sco	V*	16 31 22.9330023	-34 42 15.714620	3.30	4.06	4.23	4.29	4.41	B2III-IV	140	0
180	HD 148688	s*b	16 31 41.7687715992	-41 49 01.732565676	5.16	5.78	5.39	5.05	4.70	B1Iaeqp	158	0
181	* mu. Nor	s*b	16 34 05.0202815	-44 02 43.128156	4.05	4.99	4.94	6.36		O9.7Iab	270	0
182	* tau Sco	*	16 35 52.9528530	-28 12 57.661515	1.55	2.56	2.81	2.93	3.18	B0.2V	905	0
183	* zet Oph	Be*	16 37 09.5390545	-10 34 01.529471	1.73	2.58	2.56	2.46	2.50	O9.2IVnn	1815	2
184	* k Sco	s*b	17 04 49.3516568736	-34 07 22.541680380	4.44	5.13	4.87	4.59	4.42	B2Iab	151	0
185	HD 154368	s*b	17 06 28.3687759224	-35 27 03.760593156	6.10	6.63	6.13	7.12		O9.5Iab	285	0
186	* eta Oph	**	17 10 22.68689	-15 43 29.6639	2.56	2.47	2.42	2.39	2.38	A2IV-V	262	0
187	* eta Sco	PM*	17 12 09.1956531	-43 14 21.090526	3.83	3.74	3.33	2.97	2.77	F5IV	150	0
188	* ksi Oph	PM*	17 21 00.3745211364	-21 06 46.571010951		4.752	4.387			F2V	132	0
189	* gam Ara	Be*	17 25 23.6593111	-56 22 39.814775	2.25	3.21	3.34			B1Ib	270	0
190	* ups Sco	*	17 30 45.8371228	-37 17 44.928511	1.64	2.48	2.65			B2IV	182	0
191	* sig Ara	*	17 35 39.5895684	-46 30 20.461748	4.47	4.56	4.59	4.60	4.65	A0V	66	0
192	* ksi Ser	SB*	17 37 35.1998314	-15 23 54.793942		3.788	3.519			A9IIIpSr:	152	0
193	* iot01 Sco	s*y	17 47 35.0811299	-40 07 37.189349		3.492	2.992			F2Ia	111	0
194	* gam Oph	PM*	17 47 53.5597327	+02 42 26.199985	3.83	3.80	3.75	3.71	3.71	A1VnkA0mA0	384	0
195	HD 163428	s*r	17 57 07.4593944816	-23 56 21.282950832	11.10	8.60	6.65	4.95	3.57	K5Ib	57	0
196	* 67 Oph	s*b	18 00 38.7157893000	+02 55 53.633402904	3.34	3.96	3.93	3.84	3.81	B5Ib	401	0
197	HD 164514	sg*	18 02 31.6958071152	-22 54 19.953802296	8.87	8.32	7.42	7.83		A7Iab/b	66	0
198	* tet Ara	*	18 06 37.8712898	-50 05 29.312523	2.73	3.58	3.66			B2Ib	190	0
199	* pi. Pav	PM*	18 08 34.8145890	-63 40 06.790622		4.570	4.328			kA4hF0mF2III	67	0
200	HD 169454	s*b	18 25 15.1937863728	-13 58 42.309359544	7.39	7.61	6.71	5.82	5.13	B1Ia	330	1
201	* gam Sct	*	18 29 11.8538827	-14 33 56.931865		4.739	4.675			A1IV/V	112	0
202	* nu. Pav	SB*	18 31 22.4250858	-62 16 41.885313	4.14	4.53	4.64			B7III	66	0
203	HD 172910	Pu*	18 44 19.3590068	-35 38 31.154592	3.97	4.69	4.87	5.02	5.18	B2V	92	1
204	* 33 Sgr	*	18 54 00.0880492848	-21 21 35.452437192		6.898	5.678			G8/K0II	45	0
205	* zet Sgr	**	19 02 36.73024	-29 52 48.2279		2.69	2.59			A2.5Va	169	0
206	* pi. Sgr	**	19 09 45.8329260	-21 01 25.010335	3.46	3.22	2.88	2.54	2.30	F2II-III	136	0
207	* h02 Sgr	PM*	19 36 42.4328855	-24 53 01.028795		4.528	4.598			B8/9V	64	0
208	* iot Aql	*	19 36 43.2777028800	-01 17 11.758614396	3.84	4.28	4.36	4.34	4.42	B5III	168	0
209	* kap Aql	*	19 36 53.4495162	-07 01 38.917563	4.050	4.930	4.960	4.90	4.94	B0.5IIIn	340	0
210	* tet01 Sgr	SB*	19 59 44.1783371	-35 16 34.704931	3.55	4.22	4.37			B3IV	94	0
211	* nu. Cap	*	20 20 39.8156206	-12 45 32.684421	4.61	4.72	4.76	4.75	4.81	B9IV	268	0
212	* rho Cap	**	20 28 51.61448	-17 48 49.2693						F2V	133	0
213	* eta Ind	dS*	20 44 02.3339803529	-51 55 15.493271117		4.767	4.495			A9IV	84	0
214	* psi Cap	PM*	20 46 05.7329952443	-25 16 15.233491015		4.538	4.122			F5V	211	0
215	* tet01 Mic	a2*	21 20 45.6194367384	-40 48 34.620146136	4.77	4.84	4.82	4.73	4.69	ApCrEuSr	134	0
216	* zet Cap	SB*	21 26 40.0263390	-22 24 40.804197	5.35	4.75	3.74	3.09	2.65	G4Ib:Ba2	276	1
217	* bet Aqr	*	21 31 33.5317148	-05 34 16.232006	4.27	3.71	2.89	2.29	1.84	G0Ib	444	0
218	* eps Peg	LP*	21 44 11.1561394	+09 52 30.031152	5.61	3.91	2.39	1.34	0.58	K2Ib-II	443	0
219	* iot PsA	SB*	21 44 56.8096691227	-33 01 32.814560067	4.18	4.29	4.34	4.35	4.38	A0IV	89	0
220	* gam Gru	PM*	21 53 55.7261962	-37 21 53.478974	2.52	2.89	3.01	3.06	3.12	B8IV-Vs	135	0
221	* del Ind	**	21 57 55.0735349	-54 59 33.274025		4.68	4.40			F0IV	68	0
222	* alf Aqr	*	22 05 47.0359315	-00 19 11.456766	4.65	3.90	2.94	2.27	1.76	G2Ib	434	0
223	* iot Aqr	SB*	22 06 26.2274193	-13 52 10.861454	3.91	4.20	4.27	4.32	4.41	B8V	112	0
224	* mu. PsA	PM*	22 08 23.0113421424	-32 59 18.491668224	4.60	4.55	4.50	4.43	4.38	A1.5IVn	125	0
225	* sig Aqr	*	22 30 38.8214037672	-10 40 40.505006280	4.59	4.73	4.81	4.81	4.85	A0IVs	123	0
226	* bet PsA	PM*	22 31 30.3305233469	-32 20 45.871070532	4.32	4.30	4.29	4.27	4.25	A1Va	92	0
227	* eps PsA	Be*	22 40 39.3482564136	-27 02 37.015051704	3.69	4.071	4.177			B7III	153	0
228	* gam PsA	*	22 52 31.5301572432	-32 52 31.657761516	4.28	4.46	4.51			A0VpSrCrEu	69	0
229	* del Aqr	PM*	22 54 39.0062577912	-15 49 14.950434720	3.41	3.33	3.28	3.21	3.17	A3Vp	157	0
230	* tet Gru	**	23 06 52.73046	-43 31 13.2857		4.730	4.332			kF3VhF5mF5(II-III)	59	0
231	* gam Tuc	PM*	23 17 25.7564454336	-58 14 08.524954176	4.35	4.37	3.98	3.57	3.33	F4V	157	0
232	* bet Scl	Er*	23 32 58.2607029954	-37 49 05.825575113	3.92	4.28	4.37	4.37	4.44	B9.5IIIpHgMnSi	178	0
233	* b03 Aqr	**	23 33 16.62300	-20 54 52.2155		4.770	4.758			A0V	41	0
234	* 104 Aqr	*	23 41 45.8063762520	-17 48 59.515007076	6.14	5.65	4.83	4.22	3.80	G2Ib/II	104	0
235	* ome02 Aqr	Er*	23 42 43.3453038933	-14 32 41.659905000		4.448	4.484			B9V	141	0

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