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

J/A+A/488/167/obs Post annotation

Low-mass stars in σ Ori and λ Ori (Sacco+, 2008) ReadMe+ftp Photometry and membership for the observed sample stars in σ and λ Ori clusters (tables 1 and 2 of paper) timeSerie (147 rows)

Full	V	[SFR2008]	A	pl	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	Imag mag	R-I mag	Jmag mag	H-Ks mag	SpT	n_	RV km/s	l_	vsini km/s	EW(Li) 0.1nm	n_	Mmb	X	Notes	SimbadName
1		S01			05 38 34.79	-02 39 30.0	11.91	1.04	10.44	0.25	M1.0		46.21			72		N	N		[W96] pJ053834-0239
2		S02	A		05 38 38.22	-02 36 38.4	12.38	0.86	11.16	0.15	K8.0	*	30.93	<	17.8	551		Y	Y		[W96] rJ053838-0236
3		S03	A		05 38 35.47	-02 31 51.7	12.45	0.79	11.30	0.17	K7.5		30.60	<	17.0	582		Y	Y		[W96] rJ053835-0231
4	V	S04	A	pl	05 38 35.87	-02 30 43.3	12.47	0.81	11.24	0.17	K8.0	*				338		Y?	Y	SB	[W96] 4771-1097
5		S05	A		05 39 18.83	-02 30 53.1	12.58	0.84	11.40	0.30	K9.0		29.14		42.7	524		Y	Y		[W96] 4771-0910
6		S06	A		05 39 07.61	-02 32 39.2	12.63	0.81	11.30	0.31	K8.0		30.27	<	17.0	532		Y	Y		[W96] 4771-1092
7		S07	A		05 39 05.41	-02 32 30.3	12.66	0.87	11.55	0.19	K7.0	*	30.40	<	17.4	593		Y	Y		[W96] 4771-1075
8		S08			05 39 30.43	-02 35 07.3	12.71	0.74	11.61	0.15	K6.5		80.50			30		N	N		[W96] 4771-0579
9		S09			05 39 33.44	-02 36 41.9	12.73	0.64	11.85	0.14	K5.0		-14.01			29		N	N		[W96] pJ053933-0236
10		S10	A		05 38 41.29	-02 37 22.6	12.77	0.87	11.46	0.21	K9.5		30.89	<	17.0	592		Y	Y		[W96] rJ053841-0237
11		S11			05 38 53.07	-02 38 53.6	12.78	1.07	11.62	0.21	M1.0		-0.10			35		N	Y		[SWW2004] J053853.040-023853.53
12		S12	A		05 38 40.27	-02 30 18.5	12.80	0.94	11.51	0.37	M0.0	*	31.51	<	17.0	552		Y	Y		[W96] rJ053840-0230
13		S13	A		05 38 27.26	-02 45 09.7	12.82	0.82	11.95	0.85	K7.0	*	30.00	<	17.0	431		Y	Y		[W96] 4771-0041
14		S14	A		05 39 25.20	-02 38 22.0	12.83	0.95	11.31	0.45	M0.5		30.10	<	17.0	480		Y	Y		[SWW2004] J053925.197-023821.98
15		S15	A		05 38 47.46	-02 35 25.2	12.86	0.99		0.25	M1.0		30.32	<	17.0	589		Y	Y		[SWW2004] J053847.349-023525.23
16		S16	A		05 38 32.84	-02 35 39.2	12.88	0.83	11.54	0.17	K8.5		30.12	<	17.0	576		Y	Y		[W96] rJ053832-0235b
17		S17	A		05 38 52.01	-02 46 43.7	12.91	0.85	11.52	0.35	K9.0		30.51	<	17.0	551		Y	Y		[W96] 4771-0080
18		S18	A		05 39 11.63	-02 36 02.9	12.93	0.95	11.62	0.22	K8.0	*	30.13	<	17.0	590		Y	Y		[W96] 4771-1038
19		S19	A		05 38 49.17	-02 38 22.2	12.96	1.03	11.39	0.15	M0.5	*	30.79	<	17.0	623		Y	Y		[W96] rJ053849-0238
20		S20			05 38 02.21	-02 29 55.6	12.99	0.69	11.83	0.19	K6.0		21.24			32		N	N		[W96] 4771-0961
21		S21	A		05 38 47.92	-02 37 19.2	13.02	1.18			M1.0		31.77	<	17.0	481		Y	Y		[SWW2004] J053847.830-023719.01
22		S22			05 38 30.60	-02 41 18.8	13.06	0.47	12.42	0.12	K2.0		29.17			22		N	N		[W96] rJ053830-0241
23		S23	A		05 38 42.28	-02 37 14.8	13.06	0.98	11.77	0.22	M0.5		30.42	<	17.0	568		Y	N		[SWW2004] J053842.160-023715.16
24		S24	A		05 38 43.55	-02 33 25.4	13.09	1.06	11.72	0.24	M1.0		31.63	<	17.0	620		Y	Y		[SWW2004] J053843.449-023325.33
25		S25			05 38 46.05	-02 43 47.8	13.12	0.74	11.97	0.16	K6.5		8.38			39		N	N		[W96] 4771-1090
26	V	S26	A	pl	05 38 49.22	-02 41 25.1	13.23	1.50	11.67	0.27	M3.5					442		Y?	Y	SB	[SWW2004] J053849.139-024124.82
27		S27			05 38 38.56	-02 26 44.8	13.30	0.71	12.30	0.16	K6.0		91.40			33		N	N		[W96] rJ053838-0226
28		S28	A		05 38 48.68	-02 36 16.2	13.37	0.87	12.11	0.20	K9.5		32.53	<	17.0	590		Y	Y		[SWW2004] J053848.590-023616.10
29	V	S29	A	pl	05 38 51.45	-02 36 20.6	13.38	0.87	12.44	0.26	K9.5		32.06				Y	Y	Y	SB2	[W96] rJ053851-0236
30		S30			05 38 15.90	-02 34 41.2	13.42	0.64	12.37	0.15	K5.0		-30.56			47		N	N		[KJN2005] 3.01 170
31		S31			05 38 12.60	-02 33 01.5	13.44	0.62	12.46	0.16	K5.0		33.15			21		N	N		[W96] rJ053812-0232
32		S32	A		05 39 11.52	-02 31 06.6	13.45	0.95	11.99	0.46	M0.5		30.91	<	17.0	263		Y	Y		[SWW2004] J053911.529-023106.46
33		S33	A		05 38 45.38	-02 41 59.4	13.46	1.16	11.99	0.29	M1.0		31.86	<	17.0	482		Y	Y		[SWW2004] J053845.280-024159.60
34		S34	A		05 38 31.58	-02 35 14.9	13.49	1.11	11.52	0.35	M0.0	*	32.13	<	19.2	479		Y	Y		[W96] rJ053831-0235
35		S35	A		05 38 53.17	-02 43 52.8	13.49	1.08	12.23	0.20	M1.0		30.48	<	17.0	561		Y	Y		[SWW2004] J053853.162-024353.05
36		S36			05 38 19.15	-02 35 27.9	13.51	0.74	12.31	0.18	K6.5		121.73			59		N	N		[KJN2005] 4.03 511
37		S37			05 39 20.44	-02 27 36.8	13.52	1.29	12.15	0.26	M2.0	*	23.73			581		N?	Y		[BMZ2001] S Ori J053920.5-022737
38		S38			05 38 55.44	-02 41 29.7	13.59	1.39	12.17	0.28	M3.0		3.53			78		N	N		[SWW2004] J053855.425-024129.68
39		S39	A		05 38 27.74	-02 43 01.0	13.67	1.33	12.19	0.16	M2.5		29.91		21.9	549		Y	Y		[SWW2004] J053827.639-024301.36
40		S40			05 39 02.16	-02 38 38.2	13.69	1.67	12.40	0.16	M4.0		61.34			33		N	N		[W96] pJ053902-0238
41		S41	A		05 38 34.06	-02 36 37.5	13.72	1.52	11.98	0.25	M3.5	*	34.12		45.7	424		Y	Y		[W96] rJ053833-0236
42		S42			05 39 25.34	-02 31 43.7	13.75	0.81	12.43	0.26	K8.0		103.44			65		N	N		[W96] pJ053925-0231
43	V	S43	A	pl	05 38 08.27	-02 35 56.3	13.76	1.32	12.14	0.33	M2.5					518		Y?	Y	SB	[SWW2004] J053808.179-023556.24
44		S44	A		05 38 31.41	-02 36 33.8	13.80	1.29	12.17	0.49	M2.0		30.81	<	17.0	342		Y	N		[SWW2004] J053831.329-023634.00
45		S45	A		05 38 48.29	-02 36 41.0	13.83	1.74	12.04	0.26	M4.5		30.21		32.1	510		Y	Y		[KJN2005] 1.02 7
46		S46			05 38 32.60	-02 35 04.1	13.86	0.47	13.27	0.17	K2.0		51.92			23		N	N		[W96] rJ053832-0235a
47		S47	A		05 38 34.31	-02 35 00.1	13.88	0.43			K1.0		30.37		29.3	542		Y	Y		[W96] rJ053834-0234
48		S48			05 38 14.23	-02 35 07.3	13.99	0.59	13.11	0.11	K4.5		48.50			42		N	N		[W96] rJ053814-0235
49		S49	A		05 38 29.12	-02 36 02.7	14.04	1.18			M1.0		32.46	<	17.0	604		Y	Y		[SWW2004] J053829.039-023602.87
50	V	S50		pl	05 38 05.67	-02 40 19.4	14.07	1.27	12.77	0.28	M2.0					94		N	N	SB	[SWW2004] J053805.676-024019.36

Result truncated to 50 rows

J/A+A/488/167/accret Post annotation

Low-mass stars in σ Ori and λ Ori (Sacco+, 2008) ReadMe+ftp Accretion properties of σ and λ Ori clusters (tables 4 and 5 of paper) (110 rows)

Full	[SFR2008]	w(Ha) 0.1nm	e_ (...)	W10(Ha) km/s	e_ km/s	l_	logdM/dt [solMass/yr]	e_ (...)	l_	w(NII) 0.1nm	l_	w(HeI) 0.1nm	l_	w(SII1) 0.1nm	w(SII1)b 0.1nm	n_	l_	w(SII2) 0.1nm	w(SII2)b 0.1nm	n_	Disk	n_
1	S02	-2.16	0.14	146	12				<~	0.05	<~	0.05	<~	0.05			<~	0.05			III
2	S03	-1.39	0.10	210	30				<~	0.05	<~	0.05	<~	0.05			<~	0.05			III
3	S04	-6.91	0.14						<~	0.10	<~	0.10	<~	0.10			<~	0.10			III
4	S05	-31.93	1.45	500	20		-8.0	0.5	<~	0.05	<~	0.05	<~	0.05			<~	0.05			II
5	S06	-13.19	1.38	504	57		-8.0	0.7		0.14	<~	0.03	<~	0.03			<~	0.03			EV	c
6	S07	-0.94	0.05	159	20				<~	0.04	<~	0.04	<~	0.04			<~	0.04			III
7	S10	-1.89	0.21	216	39				<~	0.05	<~	0.05	<~	0.05			<~	0.05			III
8	S12	-5.93	0.14	342	31		-9.6	0.5		0.39	<~	0.03	<~	0.03				0.04			II
9	S13	-25.11	0.72	539	20		-7.7	0.5		0.07	<~	0.06	<~	0.06				0.10			II
10	S14	-40.03	2.80	424	15		-8.8	0.4		0.27		0.26	<~	0.05			<~	0.05			II
11	S15	-17.17	0.80	226	4		-10.7	0.3		0.28	<~	0.07	<~	0.07			<~	0.07			II
12	S16	-1.46	0.17	169	36				<~	0.03	<~	0.03	<~	0.03			<~	0.03			III
13	S17	-17.14	1.66	214	17		-10.8	0.4		0.05	<~	0.03		0.04			<~	0.03			II
14	S18	-1.25	0.05	143	27				<~	0.03	<~	0.03	<~	0.03			<~	0.03			III
15	S19	-2.45	0.18	155	20				<~	0.03	<~	0.03	<~	0.03			<~	0.03			III
16	S21	-20.94	1.20	317	6		-9.8	0.4	<~	0.05		0.22	<~	0.05			<~	0.05			II
17	S23	-0.89	0.13	338	88		-9.6	0.9		0.05	<~	0.05	<~	0.05			<~	0.05			II
18	S24	-3.59	0.29	178	27				<~	0.05	<~	0.05	<~	0.05			<~	0.05			III
19	S26	-4.65	0.13						<~	0.03	<~	0.03	<~	0.03			<~	0.03			III
20	S28	-5.60	0.72	178	31				<~	0.10	<~	0.10	<~	0.10			<~	0.10			III
21	S29																				EV
22	S32	-25.76	0.79	422	15		-8.8	0.4		0.66		0.35		0.06	0.08	b		0.19	0.19	b	I	d
23	S33	-22.97	0.49	445	23		-8.6	0.5	<~	0.08		0.11	<~	0.08			<~	0.08			II
24	S34	-10.19	0.92	317	18		-9.8	0.4	<~	0.05	<~	0.05	<~	0.05			<~	0.05			II
25	S35	-3.78	0.14	141	24				<~	0.09	<~	0.09	<~	0.09			<~	0.09			III
26	S39	-5.02	0.30	134	16				<~	0.10	<~	0.10	<~	0.10			<~	0.10			III
27	S41	-16.48	0.76	191	10	<	-11.0			2.34		0.19		1.06				1.57			EV	c
28	S43	-27.43	2.36						<~	0.07		0.24	<~	0.07			<~	0.07			II
29	S44	-197.57	11.64	383	4		-9.2	0.4		1.14		0.14	<~	0.08			<~	0.08			II
30	S45	-6.71	0.23	189	22				<~	0.10		0.11	<~	0.10			<~	0.10			III
31	S47	-0.73	0.02	237	14				<~	0.05	<~	0.05	<~	0.05			<~	0.05			III
32	S49	-4.73	0.34	127	22				<~	0.08	<~	0.08	<~	0.08			<~	0.08			III
33	S51	-3.39	0.22	157	12	<	-11.0		<~	0.05	<~	0.05	<~	0.05			<~	0.05			EV
34	S52	-20.86	1.68	251	14		-10.5	0.4	<~	0.10		0.24	<~	0.10			<~	0.10			II
35	S53																				III
36	S55	-1.12	0.08	93	18				<~	0.03	<~	0.03	<~	0.03			<~	0.03			III
37	S56	-3.89	0.14	132	21				<~	0.10	<~	0.10	<~	0.10			<~	0.10			III
38	S57	-1.40	0.17	125	5				<~	0.09	<~	0.09		0.10			<~	0.09			III
39	S58	-4.45	0.27	116	6				<~	0.08	<~	0.08	<~	0.08			<~	0.08			III
40	S59	-2.58	0.04	89	13				<~	0.10	<~	0.10	<~	0.10			<~	0.10			III
41	S60	-3.98	0.12	121	11					0.20	<~	0.10		0.36				0.20			III
42	S62	-10.62	0.57	237	17					0.10	<~	0.03		0.09				0.04			III
43	S63	-14.11	0.51	299	17		-10.0	0.4	<~	0.09		0.31	<~	0.09			<~	0.09			II
44	S64	-4.39	0.10	102	12				<~	0.08	<~	0.08	<~	0.08			<~	0.08			III
45	S65	-4.35	0.60	223	42		-10.7	0.5	<~	0.08	<~	0.08	<~	0.08			<~	0.08			II
46	S67	-2.12	0.05	114	19				<~	0.08	<~	0.08	<~	0.08			<~	0.08			III
47	S68	-8.79	0.84	248	11		-10.5	0.4		0.67		0.32	<~	0.08			<~	0.08			II
48	S69	-10.63	0.65	379	14		-9.2	0.4		0.13		0.22		0.25				0.12			II
49	S71	-113.26	6.09	379	5		-9.2	0.4		6.48		0.57		0.44				1.24			II
50	S72	-3.80	0.24	203	23		-10.9	0.4		0.09	<~	0.05		0.14				0.09			II

Result truncated to 50 rows

J/A+A/488/167/rv Post annotation

Low-mass stars in σ Ori and λ Ori (Sacco+, 2008) ReadMe+ftp Radial velocities of the candidate binary systems identified in σ and λ Ori cluster samples (table 6 and 7 of the paper) (144 rows)

Full	[SFR2008]	m_	HJD d	RV km/s	e_ km/s
1	S04		2453280.82	17.83	4.81
2	S26		2453280.82	27.95	3.38
3	S29	a	2453280.82	6.56	4.03
4	S29	b	2453280.82	46.91	2.40
5	S43		2453280.82	39.17	1.41
6	S50		2453280.82	11.81	1.13
7	S53	a	2453280.82	31.50	2.03
8	S53	b	2453280.82	31.50	2.03
9	S84	a	2453280.82	69.90	2.24
10	S84	b	2453280.82	-22.45	2.53
11	S85	a	2453280.82	73.12	2.15
12	S85	b	2453280.82	73.12	2.15
13	S89	a	2453280.82	52.14	8.76
14	S89	b	2453280.82	-20.04	5.23
15	S91		2453280.82	75.36	1.44
16	S96		2453280.82	-7.70	2.77
17	S04		2453341.73	33.10	3.01
18	S26		2453341.73	43.72	2.90
19	S29	a	2453341.73	1.51	3.13
20	S29	b	2453341.73	49.93	2.41
21	S43		2453341.73	21.10	1.59
22	S50		2453341.73	4.43	1.09
23	S53	a	2453341.73	55.34	3.59
24	S53	b	2453341.73	4.24	2.52
25	S84	a	2453341.73	68.11	2.64
26	S84	b	2453341.73	-19.67	2.75
27	S85	a	2453341.73	31.13	3.29
28	S85	b	2453341.73	106.96	3.39
29	S89	a	2453341.73	27.99	5.64
30	S89	b	2453341.73	10.07	7.17
31	S91		2453341.73	81.10	2.27
32	S96		2453341.73	-27.13	2.98
33	S04		2453342.73	34.19	6.17
34	S26		2453342.73	43.07	3.35
35	S29	a	2453342.73	30.97	1.82
36	S29	b	2453342.73	30.97	1.82
37	S43		2453342.73	18.60	1.67
38	S50		2453342.73	2.95	1.34
39	S53	a	2453342.73	55.84	3.90
40	S53	b	2453342.73	1.14	2.97
41	S84	a	2453342.73	21.78	2.06
42	S84	b	2453342.73	21.78	2.06
43	S85	a	2453342.73	34.13	3.68
44	S85	b	2453342.73	99.75	2.87
45	S89	a	2453342.73	-25.75	8.10
46	S89	b	2453342.73	43.42	5.42
47	S91		2453342.73	81.19	1.91
48	S96		2453342.73	7.54	2.12
49	S04		2453343.82	32.21	4.64
50	S26		2453343.82	44.88	3.34

Result truncated to 50 rows