A census of massive stars in NGC 346 - Stellar parameters and rotational velocities

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Volume 626 (June 2019)

A&A, 626 (2019) A50

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Table A.2.

Atmospheric parameters (T_eff, log g) and projected rotational velocities (v_e sin i), luminosities, current masses and ages for the NGC 346 sample.

Star	Spectral Type	T_eff	Method	log g	v_e sin i		r	log L	Mass	Age	Comment
					PF	FT
		(K)		(dex)	(km s⁻¹)	(′)	(L_⊙)	(M_⊙)	(Myr)
0001	O7 Iaf+	34 100	M06	3.35	74	76	2.13	5.97	55.6	2.9	SB1
0002	A2: Iab	–	–	–	–	–	5.55	–	–	–
0003	G0:	–	–	–	–	–	3.36	–	–	–
0004^*	Be (B1:)	27 300	AM	3.00	266	258	7.22	5.16	22.4	6.6
0005	A0 II	–	–	–	–	–	8.49	–	–	–
0006	F2:	–	–	–	–	–	5.69	–	–	–
0007	O4 V((f+))	42 800	M06	3.95	120	113	0.56	5.54	38.4	2.4	SB1
0008^*	B1e	27 300	AM	3.05	299	295	5.74	4.96	17.6	7.8
0009^*	B0e	32 000	AM	3.25	199	187	3.74	5.07	19.8	7.2
0010	O7 IIIn((f))	35 900	M06	3.54	313	339	6.88	5.21	25.8	4.2
0011	B9 II	–	–	–	–	–	9.17	–	–	–
0012	B1 Ib	24 200	H08	3.20	≤40	≤40	4.82	4.77	14.6	11.1
0013^*	B1:	27 300	AM	3.75	120	121	2.34	4.89	17.4	8.5	SB2
0014	A0 II	–	–	–	–	–	4.99	–	–	–
0015	B1 V	27 300	A	3.85	–	–	8.47	4.79	15.8	9.2	SB2
0016	B0.5 Vn	29 650	A	3.95	181	163	6.04	4.87	17.8	7.6	SB2
0017^*	Be (B1)	27 300	AM	3.25	231	226	7.54	4.77	15.8	9.1	SB1
0018	O9.5 IIIe	32 700	M06	3.33	138	130	2.93	4.93	19.2	6.0
0019	A0 II	–	–	–	–	–	2.37	–	–	–
0020	B1 V+early-B	27 300	A	3.75	–	–	6.41	4.68	14.6	10.1	SB2
0021	B1 III	25 150	H08	3.50	≤40	≤40	4.58	4.60	15.0	10.0
0022	O9 V	36 800	M06	4.20	55	58	1.32	5.02	22.6	4.1
0023^*	B0.2: (Be-Fe)	30 800	AM	3.75	65	57	1.94	4.81	18.8	5.8
0024^*	B2: shell(Be-Fe)	24 950	AM	3.10	190	197	2.67	5.00	17.2	8.4
0025	O9 V	36 200	M06	4.07	138	138	3.73	4.99	21.8	4.3	SB1
0026	B0 IV (Nstr)	31 000	H08	3.70	75	68	3.87	4.79	17.0	7.3
0027	B0.5 V	31 000	H08	4.05	220	241	3.12	4.78	17.2	7.1
0028	OC6 Vz	42 900	M06	3.97	≤40	≤40	2.56	5.16	30.4	1.2
0029	B0 V	32 150	H08	4.10	≤40	≤40	1.76	4.82	17.6	6.7	SB1
0030	B0 V	32 000	A	4.15	183	181	4.27	4.81	17.8	6.6	SB2
0031	O8 Vz	39 500	M06	3.99	≤40	≤40	7.01	5.06	25.2	2.9
0032	B0.5 V	29 000	H08	4.40	125	118	5.83	4.68	15.2	8.8	SB1
0033	O8 V	39 900	M06	4.44	188	170	0.71	5.05	25.8	2.4
0034	O8.5 V	37 400	I	–	206	190	0.44	4.97	22.8	3.6	SB1
0035	B1 V	27 300	A	3.75	145	–	5.84	4.60	14.0	10.3	SB2
0036	B0.5 V(Be-Fe)	29 650	A	3.45	287	276	2.15	4.68	15.8	8.0
0037	B3 III	18 800	H08	3.20	≤40	≤40	4.07	4.20	8.8	24.4
0038	B1 V	27 300	A	4.00	158	160	5.34	4.57	12.8	13.1
0039	B0.7 V	25 800	H08	3.60	≤40	≤40	8.60	4.51	12.6	12.6	SB1
0040	B0.2 V	30 600	H08	4.00	≤40	≤40	3.46	4.67	15.4	8.0	SB1
0041	B2 (Be-Fe)	24 950	A	3.85	144	144	8.42	4.46	12.2	13.4
0042	A7 II	–	–	–	–	–	8.39	–	–	–
0043	B0 V	33 000	H08	4.25	≤40	≤40	4.02	4.71	17.0	6.2
0044	B1 II	23 000	H08	3.50	≤40	≤40	3.25	4.33	10.6	17.2
0045	B0.5 Vne	29 650	A	3.75	181	173	3.89	4.56	14.4	8.5
0046	O7 Vn	39 700	M06	4.17	340	378	3.80	4.90	25.0	1.0
0047	B2.5 III	19 850	H08	3.25	63	55	9.35	4.15	9.0	23.7
0048	Be (B3 shell)	21 500	EM	3.15	≤40	≤40	2.55	4.22	9.6	20.7
0049	B8 II	13 000	H08	2.70	72	64	7.70	3.70	–	–
0050	O8 Vn	37 200	M06	4.16	357	340	1.48	4.80	21.6	2.5
0051	O7 Vz	41 600	M06	4.33	≤40	≤40	0.37	4.93	26.4	0.0
0052	B1.5 V	26 100	A	3.85	≤40	≤40	6.93	4.39	11.8	13.1	SB2
0053	B0.5 V	29 500	H08	3.75	170	174	7.60	4.51	14.0	8.7	SB1
0054	B1 V	29 000	H08	4.30	≤40	≤40	2.88	4.47	13.2	9.8
0055	B0.5 V	29 500	H08	4.00	130	137	3.20	4.49	13.8	8.9
0056	B0 V	31 000	H08	3.80	≤40	≤40	1.06	4.55	14.6	7.8
0057	B2.5 III	19 850	H08	3.35	73	80	5.38	4.08	8.6	25.6
0058	B0.5 V	29 500	H08	4.25	180	192	3.40	4.47	13.6	8.7	SB1
0059	A5 II	–	–	–	–	–	5.33	–	–	–
0060	B0.5e (shell)	29 650	AM	3.40	311	286	4.75	4.46	14.0	8.1
0061	B1-2 (Be-Fe)	26 100	IM	3.55	336	329	5.68	4.32	11.8	11.9
0062	B0.2 V	29 750	H08	4.00	≤40	≤40	6.61	4.45	13.4	9.0
0063	A0 II	–	–	–	–	–	5.69	–	–	–
0064	B1-2 (Be-Fe)	26 100	IM	3.85	108	120	5.44	4.31	11.4	13.3
0065	B3 (Be-Fe)	21 500	EM	3.25	222	238	1.88	4.12	9.4	20.9
0066	O9.5 V	35 600	M06	4.25	129	116	1.86	4.65	18.4	3.2
0067	B1-2 (Be-Fe)	26 100	IM	3.35	351	339	6.19	4.30	11.8	11.9
0068	B0 V (Be-Fe)	32 000	A	3.85	378	384	5.60	4.51	15.8	5.4
0069	B1-2 (Be-Fe)	26 100	IM	3.75	186	170	9.43	4.28	11.2	13.2
0070	B0.5 V	30 500	H08	4.15	109	102	3.56	4.43	13.8	13.8
0071	A0 II	–	–	–	–	–	7.85	–	–	–
0072	B1-2 (Be-Fe)	26 100	IM	3.85	102	95	3.32	4.26	11.0	13.6
0073	B1-2 (Be-Fe)	26 100	IM	3.80	190	179	7.21	4.26	11.2	13.2
0074	B3 III	16 300	H08	3.20	52	62	8.30	3.79	6.6	40.8
0075	B1 V	27 700	H08	4.30	≤40	≤40	4.68	4.31	11.8	11.6	SB1
0076	B2 (Be-Fe)	24 950	AM	3.40	237	247	1.88	4.21	10.6	14.6
0077	O9 V	36 500	M06	3.99	177	169	1.31	4.62	19.0	1.2
0078	B2 III	21 200	A	3.60	154	163	5.43	4.05	8.8	23.0
0079	B0.5 Vn	29 500	H08	4.20	293	308	0.34	4.37	13.4	8.0
0080	B1 V	27 300	H08	4.25	216	203	1.14	4.28	11.6	11.4
0081	B2 IIIn	21 200	H08	3.50	255	260	5.61	4.03	8.8	22.4
0082	B2 III	21 200	H08	3.70	168	166	5.78	4.03	8.8	23.0	SB1
0083	B1 V	27 300	H08	4.05	207	200	1.83	4.28	11.6	11.4
0084	B1 V	27 300	H08	4.25	105	95	5.88	4.27	11.4	11.9
0085	B2 III	21 200	A	3.55	≤40	≤40	6.63	4.03	8.6	24.6	SB2
0086	B0.2 V	30 800	A	4.25	188	190	5.09	4.54	17.2	2.4
0091	B1e	27 300	AM	3.85	49	52	8.68	4.25	11.4	12.1	SB1
0092	B1 Vn	27 300	H08	3.95	234	240	4.14	4.24	11.6	11.1
0093	B0 V	34 400	M06	4.40	187	196	0.74	4.50	16.6	2.6
0094	B0.7 V	28 500	H08	4.00	≤40	≤40	5.28	4.28	11.8	10.5
0095	B1-2 (Be-Fe)	26 100	IM	3.90	227	236	8.43	4.18	10.8	13.1
0096	B1-2 (Be-Fe)	26 100	IM	3.35	343	337	8.38	4.18	11.0	12.1
0097	O9 V	37 500	M06	4.49	≤40	≤40	0.86	4.58	19.2	0.0
0098	B1.5 V	26 100	H08	4.05	56	60	2.70	4.16	10.4	14.2
0099	B3 III	18 000	H08	3.40	94	98	8.63	3.79	7.0	36.8
0100	B1.5 V	26 100	H08	4.30	183	174	6.89	4.16	10.6	13.6
0101	B1 V	27 300	H08	4.25	≤40	≤40	4.96	4.18	11.0	12.4
0102	B3 III	17 700	H08	3.70	≤40	≤40	5.34	3.75	6.8	40.9
0103	B0.5 V	29 500	H08	4.00	≤40	≤40	7.54	4.26	12.2	8.8
0104	B0 V	32 500	H08	4.35	≤40	≤40	1.19	4.37	14.4	4.5	SB1
0105	B2 III	21 200	A	3.50	193	208	3.50	3.92	8.2	24.8	SB1
0106	B1 V	27 500	H08	4.20	142	135	7.49	4.17	11.0	11.4	SB1
0107	O9.5 V	35 900	M06	4.23	55	60	0.45	4.48	17.4	0.0
0108	B1.5 V	26 100	H08	3.95	167	171	4.59	4.11	10.4	13.7
0109	B1.5 V	26 100	H08	4.25	123	119	6.03	4.11	10.4	13.7
0110	B1-2 (Be-Fe)	26 100	I	3.95	243	232	5.91	4.11	10.4	13.7	SB1
0111	B0.5 V	28 000	He+	4.10	57	49	0.49	4.18	10.8	10.7
0112	O9.5 V	34 400	M06	4.15	143	141	1.76	4.41	16.0	0.8
0113	B0.5 V	29 650	A	4.00	122	132	4.10	4.22	12.2	7.6
0114	B1 Vn	27 300	H08	3.90	287	291	5.16	4.13	11.2	10.4
0115	B0.2 V	30 800	A	4.05	133	120	0.11	4.25	13.0	5.7
0116	B1 V	28 250	H08	4.10	≤40	≤40	6.26	4.15	11.2	10.4
1001	O4-6 If +?	–	–	–	180	156	0.00	–	–	–	SB2
1002	B1.5 Ia	20 650	A	2.55	67	51	6.39	5.25	–	–	SB1
1003	B3 Iab	15 700	Si	2.15	43	≤40	6.79	4.91	–	–
1004	A2 Ib	–	–	–	–	–	9.13	–	–	–
1005	A2 Ib	–	–	–	–	–	9.33	–	–	–
1006	A2 Ib	–	–	–	–	–	4.7	–	–	–
1007	B1 Ia	21 500	Si	2.65	79	66	2.97	5.03	17.6	9.1	SB1
1008	O2 III(f^ast)	51 700	L	4.00	110	130	0.29	6.00	57.4	1.9
1009^*	B1e	27 300	AM	3.25	75	81	4.22	5.20	22.8	6.6
1010	O6: V-III((f))	42 970	A	–	–	–	0.40	5.70	45.0	2.3	SB3
1011	O9 III	33 800	Si	3.75	77	86	5.06	5.38	28.2	4.5	SB1
1012	O6: V((f))	39 300	L	3.75	60	58	0.23	5.40	32.2	3.1	SB1
1013^*	0.5e	29 650	AM	3.65	245	259	0.50	5.02	19.8	6.8
1014	B3 Ib + mid A?	15 500	A	2.25	≤40	≤40	4.76	4.32	–	–	SB2?
1015	O7 V	40 730	A	–	119	135	0.21	5.33	30.8	2.9
1016	B8 Ib	12 500	He	2.45	44	≤40	2.45	4.08	–	–
1017	O9 V	36 265	A	–	260	239	5.95	5.19	25.6	4.2	SB2
1018^*	B0ne (shell)	32 000	AM	3.50	290	313	9.73	5.03	21.0	5.9
1019	O6.5f?p	37 500	L	3.75	≤40	46	4.63	5.22	26.6	3.9
1020	B1 III	23 950	A	3.50	90	81	6.19	4.71	14.0	11.8	SB1
1021	B2 II	20 075	AI	3.25	152	143	3.60	4.49	11.2	17.2
1022	B2 II	20 075	AI	3.00	190	187	8.87	4.49	11.2	17.2
1023	B0 V	31 750	He+	3.90	175	178	3.40	4.95	19.4	6.3	SB1
1024	B	–	–	–	–	–	1.99	–	–	–
1025	O7 V	40 730	A	–	218	257	0.97	5.24	29.6	2.7
1026	O6.5 V((f))	41 850	A	–	≤40	46	0.94	5.26	30.8	2.4
1027^*	B0-3e	26 100	AM	3.75	246	258	9.26	4.71	15.0	9.9
1028	B2.5 III	22 000	Si	3.45	≤40	≤40	7.75	4.29	10.2	18.8
1029	B2.5 III	19 850	A	3.25	53	55	6.48	4.38	10.0	19.9
1030	OC5 V	45 200	A	–	≤40	–	1.15	5.27	35.6	0.4
1031^*	B2-3e	24 290	EM	3.30	215	233	2.88	4.55	13.0	12.4
1032^*	B0.5:e	29 650	AM	3.55	367	345	8.51	4.73	16.0	7.6
1033	B0 V	33 500	He+	4.40	312	310	0.36	4.87	19.4	5.4
1034	O9.5-B0 V	35 000	I	4.35	378	375	0.79	4.92	21.0	4.6
1035	O7.5 V((f))	39 615	I	–	82	98	0.44	5.06	25.4	2.7
1036	B2.5 III-II	19 850	A	3.25	50	57	4.39	4.31	9.8	20.7
1037	B0 III	27 700	Si	3.75	83	81	6.51	4.63	14.2	10.0
1038	B0: e	32 000	AM	–	380	372	6.90	4.80	18.2	6.2
1039	O9.5 V	35 150	A	–	149	158	0.37	4.91	20.4	4.8	SB1
1040	Early-B+Early-B	–	–	–	–	–	8.69	–	–	–	SB2
1041	B2 III-II	22 500	Si	3.35	≤40	≤40	8.29	4.43	11.2	16.7
1042	B1-2e	26 100	IM	3.55	266	260	1.86	4.55	13.4	11.1
1043	B0 V	32 000	He+	4.30	147	135	2.82	4.76	17.0	6.7
1044	B1 III	23 950	A	3.75	132	115	8.33	4.46	12.0	14.3
1045	O9 V	36 265	A	–	83	87	0.22	4.90	21.0	4.2	SB1
1046	B0.5 V	29 650	A	3.90	281	270	6.92	4.65	15.4	8.0
1047	A5 III	–	–	–	–	–	7.04	–	–	–
1048	O9 V	36 265	A	–	124	136	0.62	4.88	20.8	4.1
1049	B0 V	31 000	He+	4.25	293	282	0.49	4.74	16.8	7.0	SB2
1050	B1.5 II	24 100	Si	3.45	≤40	≤40	7.02	4.44	11.6	14.6
1051	O9 V	36 265	A	–	≤40	≤40	5.78	4.88	20.6	4.2
1052	B0 V	34 000	He+	4.40	108	120	0.30	4.78	18.2	5.4
1053	B0.5 III	27 500	Si	3.60	≤40	≤40	6.44	4.50	12.8	11.8
1054	B1 III	23 950	A	3.45	222	234	4.85	4.40	11.6	14.4	SB1
1055	O9.5 V	35 150	A	–	53	72	0.70	4.80	19.2	4.7
1056	A0 II	–	–	–	–	–	7.43	–	–	–
1057	B0 V	33 000	He+	4.10	105	128	4.18	4.72	17.2	6.0
1058	O8 Vn	38 500	A	–	290	316	0.46	4.90	23.6	2.2
1059	B0 V	30 000	He+	4.05	58	62	3.17	4.62	16.2	5.9	SB1
1060	O8 V	38 500	A	–	141	148	0.64	4.88	22.8	2.3	SB1
1061	B0 V	31 750	He+	4.05	139	132	9.06	4.65	16.0	6.9
1062	B1.5 V (shell)	26 100	A	3.95	114	129	4.87	4.42	12.2	12.4
1063	B5e	–	–	–	165	164	6.49	–	–	–
1064	B1.5 III	22 550	A	3.60	146	137	8.86	4.26	10.2	18.3	SB1
1065	A0 II	–	–	–	–	–	1.96	–	–	–
1066	B1-2e	26 100	IM	3.65	226	222	4.92	4.39	12.2	12.1
1067	O9 V	36 265	A	–	56	66	8.10	4.76	19.6	3.5
1068	B0.7 III	25 500	He+	3.85	52	60	5.97	4.35	11.4	14.2
1069	B0: + B0.5:	–	–	–	–	–	8.08	–	–	–	SB2
1070	B2 III	21 200	A	3.40	≤40	≤40	1.31	4.18	9.4	22.1
1071	O6.5 Vz	38 200	A	–	≤40	≤40	0.79	4.92	26.2	0.0
1072	B0.2 V	31 750	He+	4.35	163	166	7.82	4.59	15.6	6.8
1073	B0 V	31 750	He+	4.40	297	318	0.22	4.59	16.0	6.2
1074	B0.5 V	29 000	He+	4.35	281	253	0.65	4.47	13.6	8.9
1075	B1 III	23 950	A	3.50	104	97	5.18	4.28	10.6	16.3
1076	B1 III	26 500	Si	3.90	65	69	7.26	4.36	11.8	12.7
1077	B2.5 III	19 850	A	3.55	221	230	6.23	4.08	8.8	24.0
1078	B0.5 III	27 500	He+	3.80	105	104	5.73	4.40	12.4	11.2
1079	B0 III	31 000	He+	4.00	≤40	≤40	0.77	4.50	14.2	7.7
1080	B0.5 III	27 800	Si	3.90	≤40	≤40	6.15	4.40	12.4	11.3
1081	B1 III	26 400	Si	3.75	≤40	≤40	7.67	4.35	11.5	13.1
1082	B0 III	29 000	Si	3.85	≤40	≤40	6.92	4.44	13.0	9.8
1083	B3 III	16 500	Si	3.15	≤40	≤40	3.52	3.88	7.0	38.5
1084	B1.5 III	22 550	A	3.70	162	164	6.16	4.20	10.2	18.9
1085	B3 III	18 450	A	3.20	205	183	7.96	3.98	8.0	29.1
1086	O8 V	38 500	A	–	163	171	0.59	4.77	22.0	0.8
1087	B2 III	21 200	A	3.50	141	131	2.95	4.12	9.2	22.2
1088	B2.5 III	19 850	A	3.30	187	184	5.53	4.06	8.6	24.7
1089	B3e	21 500	EM	3.65	237	254	8.82	4.12	9.4	20.3
1090	B0-3 V	26 100	IM	3.95	319	332	0.19	4.31	11.8	12.0
1091	B0.5: + B0.5:	–	–	–	–	–	6.25	–	–	–	SB2
1092	B1 V	27 000	He+	4.10	175	170	3.26	4.33	11.8	11.8
1093	B1 V	26 000	He+	4.00	≤40	≤40	5.75	4.28	11.0	14.1
1094	O8 V	38 500	A	–	124	121	1.16	4.74	21.6	0.4
1095	B3e	21 500	EM	3.75	241	244	9.10	4.12	9.4	20.3
1096	B0.5 V	30 000	He+	4.40	250	281	1.87	4.43	13.8	7.7
1097	B0.5: + early B	26 100	A	3.85	254	272	6.97	4.28	11.4	12.5
1099	A7 III	–	–	–	–	–	9.43	–	–	–
1100	B1: (Herbig?)	27 300	AM	3.90	173	195	0.66	4.32	12.0	11.3
1101	B0.5:	29 650	AM	4.25	301	311	1.42	4.40	13.6	7.9	SB1
1102	B2 (shell)	24 950	AM	3.50	258	264	7.09	4.22	10.8	14.4
1103	F8 I	–	–	–	–	–	2.67	–	–	–
1104	B5 II	14 500	He	2.85	63	68	5.07	3.65	6.0	52.4
1105	B1-3 V	24 950	I	3.65	281	286	2.04	4.19	10.6	14.4
1106	A5 III	–	–	–	–	–	7.08	–	–	–
1107	O9.5 V	34 500	He+	4.10	71	79	0.53	4.55	16.8	3.6
1108	B2 III	21 200	A	3.80	99	109	8.98	4.03	8.6	23.8
1109	B1.5 III	24 000	Si	3.60	≤40	≤40	7.69	4.14	9.8	18.0
1110	B1-3e	24 950	IM	3.75	255	240	4.42	4.18	10.6	14.8
1111	A5 III	–	–	–	–	–	3.39	–	–	–
1112	B0 V	32 100	Si	4.20	69	76	9.61	4.43	14.6	5.8
1113	B3 III	18 450	A	3.30	50	50	6.99	3.87	7.4	33.1
1114	O9 V	36 265	A	–	250	232	6.19	4.58	18.8	0.4
1115	Early-Be	–	–	–	269	252	6.06	–	–	–	SB2
1116	Early-B+Early-B	–	–	–	–	–	9.26	–	–	–	SB2
1117	B2 III	21 200	A	3.70	106	130	5.25	4.00	8.6	23.8
1118	B2.5e	23 900	EM	3.60	210	194	7.43	4.10	9.8	17.
1119	B1 V	23 000	Si	3.60	≤40	≤40	4.36	4.05	9.0	208
1120	B8 II	12 500	He	3.05	54	70	9.72	3.45	–	–
1121	A0 II	–	–	–	–	–	6.75	–	–	–
1122	B2.5 III	19 850	A	3.60	125	163	5.52	3.92	8.0	27.9	SB1
1123	B3e (shell)	21 500	E	3.35	275	284	7.92	4.00	8.8	21.8
1124	B3 III	18 450	A	3.70	111	126	3.73	3.84	7.4	33.0
1125	B0 V	33 000	He+	4.40	≤40	≤40	4.90	4.44	15.0	4.6
1126	B1 V	27 300	A	4.20	260	258	2.36	4.21	11.4	10.9
1127	B2-3e	23 900	EM	3.55	223	224	2.36	4.07	9.6	17.3
1128	O7.5 V((f))	39 615	I	–	56	68	0.84	4.63	21.6	0.0
1129	B1.5 V	26 100	A	3.95	176	168	2.36	4.15	10.6	13.6
1130	B1-3e	24 950	IM	4.00	310	309	2.36	4.10	10.2	14.5	SB1
1131	B3 III	18 450	A	3.55	≤40	≤40	6.17	3.80	7.0	36.7
1132	B1 V	27 300	A	4.15	205	225	6.41	4.18	11.2	11.2
1133	B1 V	27 300	A	4.00	≤40	≤40	7.44	4.18	11.0	12.4
1134	B0:e	32 000	AM	3.95	519	505	2.48	4.36	15.4	4.2
1135	B1 Vn	27 300	A	4.40	301	319	4.70	4.17	11.4	10.3
1136	B1-3e	24 950	IM	3.85	205	225	6.40	4.09	10.0	15.4
1137	B2 V	24 950	A	4.00	108	99	7.14	4.09	9.8	16.3
1138	B1-3e	24 950	IM	3.60	228	208	9.37	4.08	10.0	15.5
1139	A2 II	–	–	–	–	–	2.65	–	–	–
1140	B0 V	33 250	He+	4.15	159	164	1.09	4.39	15.2	2.8
1141	B2 III	21 200	A	3.75	≤40	≤40	8.03	3.91	8.0	26.7
1142	B1.5 III	22 550	A	3.70	≤40	≤40	2.58	3.97	8.6	22.5
1143	B1.5 V	26 100	A	4.50	289	281	4.98	4.11	10.6	12.7
1144	O9.5 V	35 150	A	–	≤40	43	4.04	4.44	16.6	0.3
1145	B2.5 V	23 900	E	4.15	102	110	5.63	4.01	9.2	18.7
1146	B1-3e	24 950	IM	3.95	261	271	6.57	4.06	10.0	15.1
1147	B1-3e	24 950	IM	4.05	259	238	7.27	4.06	10.0	15.0
1148	B1-3e	24 950	IM	4.25	221	240	6.62	4.05	9.8	15.3
1149	B2.5 V	23 900	E	3.90	145	142	6.92	4.01	9.2	18.5
1150	B1 V	26 500	A	4.10	76	77	6.37	4.10	10.4	13.4
1151	B1-2e	26 100	IM	3.65	295	301	3.91	4.09	10.6	12.4
1152	B9 II	–	–	–	–	–	9.02	–	–	–
1153	B2 V	24 950	A	4.30	62	60	6.55	4.04	9.6	16.7
1154	B1.5 Vn	26 100	A	4.10	226	239	6.16	4.08	10.4	13.4
1155	B1.5 III	22 550	A	3.60	111	120	1.55	3.94	8.6	22.2
1156	B1-3e	24 950	IM	3.75	313	308	6.35	4.04	10.0	14.6
1157	A0 III-II	–	–	–	–	–	4.75	–	–	–
1158	B3 Ve	21 500	E	3.75	226	239	2.84	3.88	8.2	24.0
1159	B1.5 V	26 100	A	4.30	200	198	0.64	4.06	10.2	13.4
1160	B1 V	27 300	A	3.95	315	340	3.11	4.10	11.2	9.7
1161	B2 V	24 950	A	4.40	108	111	1.26	4.02	9.4	16.5
1162	A0 II	–	–	–	–	–	3.31	–	–	–
1163	B1 V	27 300	A	4.20	301	305	3.52	4.10	11.0	9.9
1164	B3 V	21 500	E	4.00	190	217	1.86	3.87	8.2	24.5
1165	B1.5 V	26 100	A	4.25	184	199	7.02	4.06	10.3	13.4
1166	B1-3e	24 950	IM	4.20	328	302	7.70	4.01	9.8	14.6
1167	B1.5 V	26 100	A	4.05	117	119	2.75	4.05	10.0	13.9
1168	B9 II	–	–	–	–	–	6.20	–	–	–
1169	B9 II	–	–	–	–	–	9.83	–	–	–
1170	B0.5 V	29 500	He+	4.35	147	151	3.76	4.17	12.0	7.2
1171	A2 III-II	–	–	–	–	–	7.21	–	–	–
1172	B3 V	21 500	E	4.15	137	142	7.62	3.86	8.0	25.4	SB1
1173	B1 V	27 300	A	4.20	75	72	4.20	4.08	10.6	11.7
1174	B1-3e	24 950	IM	3.40	529	531	6.47	4.00	10.2	14.2
1175	B2 V	24 950	A	4.40	103	96	8.37	3.99	9.4	16.6
1176	B1.5 V	26 100	A	4.35	≤40	≤40	7.29	4.03	9.8	14.6
1177	B1-3e	24 950	IM	4.05	44	58	6.93	3.99	9.4	16.8
1178	B1.5 V	26 100	A	4.10	88	87	7.50	4.03	9.8	14.1
1179	B1.5 V	26 100	A	4.20	133	134	4.63	4.03	10.0	13.8
1180	B0.5 V	30 000	He+	4.25	166	160	7.90	4.17	12.2	5.9
1181	B1 V	27 300	A	4.10	167	161	2.08	4.07	10.6	11.1	SB1
1182	B0.5 V	29 650	A	4.40	195	219	6.40	4.16	12.2	6.2	SB1
1183	B2.5 V	23 900	E	4.35	51	≤40	9.04	3.93	8.8	19.9
1184	B1-3 V	24 950	I	4.25	183	199	5.34	3.98	9.6	15.5
1185	B0 V	30 500	He+	4.35	170	170	0.86	4.19	12.6	4.9
1186	B2 V	24 950	A	4.05	41	41	4.09	3.98	9.4	16.3
1187	B5e	–	–	–	212	234	2.92	–	–	–
1188	B1-2 V	26 100	I	4.15	310	294	3.15	4.01	10.2	12.1	SB1
1189	B1 V	27 300	A	4.15	227	215	2.11	4.06	10.6	10.6
1190	B1-3e	24 950	IM	4.00	278	284	5.38	3.96	9.6	14.7
1191	B1.5 V	26 100	A	4.25	106	93	2.96	4.01	10.2	12.1	SB1
1192	B2 V	24 950	A	4.20	128	123	8.34	3.97	9.2	16.5	SB1
1193	B1-2e	26 100	IM	3.70	326	304	7.65	4.01	10.2	12.0
1194	B3e	21 500	EM	3.80	204	196	1.91	3.82	7.8	25.3
1195	B1.5 V	26 100	A	4.40	104	114	3.62	4.01	9.8	13.9
1196	B1 V	29 500	He+	4.40	141	136	7.02	4.13	11.8	6.6	SB1
1197	B1.5 V	26 100	A	4.05	147	140	3.42	4.01	9.8	13.7
1198	B1.5 V	26 000	He+	3.80	47	46	4.46	4.00	9.8	14.2
1199	B0 V	34 750	He+	4.40	≤40	≤40	0.94	4.32	15.6	0.0
1200	B1 V	27 300	A	4.10	≤40	≤40	6.74	4.04	10.2	11.9
1201	B2.5 V	23 900	E	4.35	92	105	4.00	3.91	8.8	19.3
1202	A0 II	–	–	–	–	–	7.65	–	–	–
1203	B2-3e (shell)	23 900	EM	3.95	327	298	8.78	3.90	9.0	17.0
1204	A3 III	–	–	–	–	–	2.77	–	–	–
1205	B2.5 V	23 900	E	4.10	107	108	7.94	3.89	8.6	19.3
1206	B2.5 V	23 900	E	4.20	42	46	3.88	3.89	8.6	19.3
1207	B3 V	21 500	E	4.25	≤40	≤40	5.60	3.79	7.6	27.2
1208	B2.5 V	23 900	E	4.05	114	128	7.04	3.89	8.6	19.1
1209	B3 V	21 500	E	3.85	132	145	6.04	3.78	7.6	26.4	SB1
1210	B3e (shell)	21 500	EM	3.40	234	238	6.83	3.78	7.8	25.2
1211	B1.5 V	26 100	A	4.20	241	243	4.55	3.97	9.8	12.4
1212	B3e	21 500	EM	4.15	300	307	3.30	3.78	8.0	24.0
1213	B1-3e	24 950	IM	4.00	309	304	6.87	3.92	9.4	14.3
1214	B1-3e	24 950	IM	3.90	351	336	4.96	3.92	9.4	14.3
1215	B3 III	18 450	A	3.45	96	87	8.25	3.62	6.4	41.2
1216	B1.5 V	26 100	A	4.15	251	272	2.13	3.95	9.8	11.9
1217	B2.5 V	23 900	E	4.15	≤40	≤40	5.90	3.86	8.4	20.0
1218	B2.5 V	23 900	E	3.85	266	266	6.35	3.86	8.8	17.4
1219	B1.5 V	26 100	A	4.30	83	99	4.57	3.95	9.6	13.6
1220	B1.5 V	26 100	A	4.20	160	155	2.27	3.95	9.6	13.2
1221	B0.5 V	29 200	Si	4.25	≤40	≤40	2.81	4.06	11.2	6.8
1222	B1 V	27 300	A	4.30	259	265	3.97	3.98	10.4	8.9
1223	B1 V	27 300	A	4.30	47	55	6.29	3.98	10.2	10.8
1224	B1-2e	26 100	IM	4.00	247	238	7.43	3.94	9.8	12.2
1225	B3 V	21 500	E	4.20	96	79	5.84	3.75	7.4	27.4
1226	B1.5 V	26 100	A	4.15	94	99	6.62	3.94	9.6	13.6
1227	B3 V	21 500	E	4.05	54	68	8.54	3.75	7.4	27.5
1228	B9 II	–	–	–	–	–	9.15	–	–	–
1229	B1.5 V	26 100	A	4.30	194	212	4.78	3.93	9.6	12.3
1230	B0.5 V	29 650	A	4.25	199	198	3.74	4.06	11.8	3.9
1231	B8 II	12 500	He	3.15	66	79	2.26	3.19	–	–
1232	B1 V	27 300	A	4.45	149	135	0.55	3.97	10.2	10.1
1233	B0.2 V	30 650	Si	4.40	≤40	≤40	3.22	4.10	12.0	3.0
1234	B2.5 V	23 900	E	4.00	≤40	≤40	2.92	3.84	8.4	20.0
1235	B3 V	21 500	E	4.15	236	213	5.46	3.74	7.6	25.9
1236	B1 V	27 000	He+	4.30	69	67	1.17	3.96	10.2	9.0
1237	B3e	21 500	EM	4.00	200	220	8.63	3.74	7.6	25.9
1238	B2.5 V	23 900	E	3.90	135	141	5.62	3.84	8.4	19.0
1239	B2 V	24 950	A	4.35	44	41	7.37	3.88	8.8	16.8
1240	B3 V	21 500	E	3.70	272	262	6.49	3.73	7.6	25.2
1241	B1 V	27 300	A	4.35	94	99	2.31	3.96	10.2	10.1	SB1
1242	B2 V	24 950	A	4.50	280	298	6.11	3.87	9.2	13.9
1243	B3 V	21 500	E	4.15	65	70	4.02	3.73	7.4	27.8
1244	B2.5 V	23 900	E	3.95	120	135	1.53	3.82	8.4	19.1
1245	B1.5 V	26 100	A	4.15	148	133	6.41	3.91	9.4	13.0
1246	B3 V	21 500	E	4.10	131	119	6.33	3.72	7.4	27.4	SB1
1247	B1.5 V	26 100	A	4.20	188	187	0.39	3.90	9.6	12.3

Notes. The fourth column indicates the method used to estimate the effective temperature, viz. H08: taken from Hunter et al. (2008a); M06: taken from Mokiem et al. (2006); A: adopted from effective temperature scales of Trundle et al. (2007); I: interpolated from these temperature scales; E: extrapolated from these temperature scales; M: luminosity class V assumed; Si: silicon ionization balance; He: He I line at 4026 Å; He+: He II lines at 4541 and 4686 Å; L: literature. Two methods were used to estimate the v_e sin i: profile fitting (PF) and Fourier transform (FT). Targets marked with an asterisk appear to be overluminous for an assumed luminosity class V and their estimates should be treated with caution. SB1 in the final column indicates that significant radial velocity variables were detected while the double-lined spectroscopic binaries are designated as SB2 (and one tripled-lined system as SB3). Many of the Be-type stars from the FSMS were classified by (Evans et al. 2006) as “(Be-Fe)” to indicate Fe II emission. This spectral qualifier has not been used further elsewhere (including for the Survey spectra here) but for completeness cf. the published types, these suffixes are included below.

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