Binary Star Database

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Name	HBC	SFR	Dist	Ref	Age (Myr)	Sep (''/AU)	TT	q	Sub-mm disk mass (M _sun)	SpT	J	H	K	L	N	EW(Hα) (Å)	Sub-mm continuum slope
RW Aur A-BC	80/81	Aur	140	65, 18		1.410	C C	0.7	0.004	K1 K5			7.06 8.64	5.94 7.92	3.12 5.96	-76 -43	1.43±0.21
RW Aur BC	81	Aur	140	65, 18		0.120
UY Aur		Aur	140			0.880	C C		0.002	M0 M2.5	9.13	7.99	7.24			-36 -59	2.19±0.24
BK Cha		Cha II	178	65, 18		1.780	C C	1		K5/K7 M0.5						-54 -29
CV Cha	247	Cha I	160	18		11.700	C C			G8 G	8.29	7.46	6.85			70.7
SX Cha	564	Cha I	160	18		2.200	W			M0.5 M3.5						-9.5 -8.9
SZ Cha	566	Cha I	160	65, 18		5.200					9.25 10.55	8.41	7.76 8.92
VV Cha	573	Cha I	160	18		0.800	C W			M1.5 M3	10.66	9.91	9.52			-94 -11
VW Cha AB	575	Cha I	160	78, 18	0.4	0.661	C W			K5-7 K7	9.21 10.87/9.83	8.05 8.96	7.25 9.32/8.89			7.9 0.48
VW Cha Ba-Bb		Cha I	160	78, 18	0.4	0.100	W W				10.55/9.83	8.96	8.92/8.89 9.75			0.48
WX Cha	581	Cha I	160	25		0.790	C			K7/M0	10.22 11.84	9.2 11.01	8.43 10.94			-42.3+- 25
HN Lup	601	Lup I	150	25, 16		0.240				M1.5	9.9 10.1	8.57 9.07	7.76 8.71
AR Ori	155	Ori	460	65, 18		2.000	C			K7-M0						-29
CO Ori	84	Ori	460	65, 18		2.000				F8	7.98	7.21	6.51
CZ Tau	31	Tau	140			0.320			<0.0004	M2	10.63 12.94	9.96 11.56	9.69 10.53	9.27 9.42
DD Tau		Tau	140			0.568	C C		0.0007	M1 M3.5	9.83	8.68	7.88			-206 -635
DF Tau		Tau	140			0.099	C C		0.0004	M1 M2.5	8.17	7.26	6.73			-55 -52	<5.57
DK Tau	45	Tau	140	65, 18		2.304	C C		0.005	K7/K9 K7/M1			7.43 8.99	6.44 7.95	3.42 5.75	-31 -118	1.95±0.55
DQ Tau		Tau	140	1					0.02	M0	9.51	8.54	7.98				1.21±0.27
DS Tau		Tau	140	1					0.006	K5	9.59	8.75	8.04				1.05±0.61
FF Tau		Tau	140	1		0.03			<0.0002	K7	9.78	8.93	8.59
FO Tau		Tau	140			0.146	C C		0.0006	M2 M3.5	9.65	8.57	8.12			-137 -95	<4.29
FQ Tau		Tau	140			0.790	C C		0.001	M3 M3.5	10.49	9.70	9.31			-110 -23	4.75±0.61
FS Tau	383	Tau	140			0.230	C C		0.002	M0 M3.5	10.71	9.24	7.88 10	6.44 8.3		-71, -81 -33, -38	<3.87
FV Tau	386	Tau	140	65, 18	3.7 6.3	0.780	C C	0.85	0.001	K5 K6	9.92	8.33	7.92 8.37	7.31 7.03	4.07 4.92	-6 -41	3.15±0.34
FV Tau/c	387	Tau	140	1	1.8 19	0.693	W C		<0.001	M3 M5						-17 -224
FW Tau Aa-Ab		Tau	140	1	1.2 1.4		W W		0.0002	M5.5 M5.5						11.6 9.0	<3.23
FW Tau AB		Tau	140	1	1.4		W C				10.34	9.68	9.39			11.6 <454
FX Tau		Tau	140			0.900	C W		0.0009	M1 M4	9.39	8.40	7.92	7.65 8.65		-13 -1	<3.62
GG Tau AB	54	Tau	140	18	1	10.100	C C				8.67	7.82	7.36
GG Tau Aa-Ab	54	Tau	140	18	1 1.1	0.240	C C	0.9	0.2	K7 M0.5			7.76 8.56	6.89 7.76	5.03 5.07	-57 -16
GG Tau Ba-Bb	54	Tau	140	65, 18	1.8 <1	1.400	C C	0.3		M5.5 M7.5			10.11 12.02	9.3 11.23	6.72 8.8	-21 -32
GH Tau		Tau	140			0.310	C C		0.0007	M2 M2	9.11	8.23	7.79			-10 -10	<4.67
GK Tau	57	Tau	140	65		2.500	C C		0.002	K7	9.05	8.11	7.47			-35 -45
GN Tau		Tau	140			0.330	C C		0.0006		10.20	8.89	8.57 8.92	7.73 7.97			<4.32
GV Tau	389	Tau	140			0.500	C C		0.003	K3	11.54	9.59	8.05				2.51±0.20
HK Tau	48	Tau	140	65, 18		2.340	C C		0.004	M1 M2	10.45	9.25	8.68 12	7.86 11.54	5.28 8.46	-50 -12.5	2.14±0.21
HN Tau	60/406	Tau	140	65, 18		3.109	C C		0.0008	K5 M4	10.70	9.47	8.01 11.73	6.6 11.14		-163 -87	<2.79
HO Tau		Tau	140	1		6.9			0.002	M1	11.2	10.24	9.73				<4.02
HP Tau		Tau	140	1		0.02			0.001	K3	9.55	8.47	7.63				1.39±0.24
HV Tau AB	418	Tau	140	65		0.035	W W		0.002	M2	9.23	8.28	7.86	7.66	7.59	-4.3	0.38±0.42
HV Tau AB-C	418	Tau	140	65		4.100	W C			M2			7.86 12.2	7.66 11.34	7.59 7.78	-4.3 -15
IS Tau	59	Tau	140			0.220	C W		0.001	K7 M4.5	10.32	9.29	8.85 10.75	7.88 10.22		-9.5, -26 -24, -18	<3.35
IT Tau AB		Tau	140	65, 18		2.400	C C		0.002	K3 M4			8.01 10.02	6.86 9.87	5.31 6.48	-21.7 -147	<1.86
IW Tau	420	Tau	140			0.290			<0.0004	K7	9.24	8.48	9.05 9.16	8.99 8.82
UX Tau AB	43/42	Tau	140	65, 18	4.5 5.9	5.860	C W	0.5	0.005	K4 M2	8.62	7.96	7.5 8.98	6.74 8.89	5.62 8.31	-9.5 -4.5	2.00±0.30
UX Tau Ba-Bb	42	Tau	140	18	5.9	0.136	W W			M2						4.5
UX Tau AC	43	Tau	140	65, 18	4.5 1.6	2.630	C W	0.15		K4 M3			7.5 10.57	6.74 10.19	5.62 10.06	-9.5 -8.5
UZ Tau AB	52/53	Tau	140	65, 18	5.1 2.6	3.600	C C	0.9	0.02	M1 M2			7.56 8.7	6.69 7.83	3.50 6.43	-74 -54	1.92±0.20
UZ Tau Ba-Bb	53	Tau	140	65, 18	2.6 3.2	0.370	C C			M2 M2-3			8.7 9.3	7.83 8.63	6.43 6.6	-54 -97
VY Tau	68	Tau	140			0.660	W W		<0.0005	M0	10.15 11.44	9.5 11.01	9.22 10.68	9.04 10.36
XZ Tau		Tau	140			0.310	C C			M2 M3.5	9.39	8.15	7.29			-77 -42
ZZ Tau	46	Tau	140	1		0.03			<0.0004	M3	9.50	8.70	8.44
V410 Tau AB-C	29	Tau	140			0.290			<0.0004	K4 M5.5	8.45	7.79	7.66 10.67				<5.27
V410 Tau AB	29	Tau	140			0.070							7.77 10.17
V773 Tau	367	Tau	140	1	5.5	0.11	W W		0.0005	K3	7.49	6.64	6.21				<5.88
V807 Tau	404	Tau	140	1		0.410	C W		0.001	K5 M2	8.15	7.36	6.96			-7.4 -3.4	<3.64
V826 Tau	400	Tau	140	1					<0.0004	M0	9.07	8.43	8.25
V892 Tau	373	Tau	140	1		4.0			0.009	A0	8.74	7.02	5.79				2.20±0.19
V927 Tau		Tau	140			0.260	W W		<0.0005	M3 M3.5	9.73	9.06	9.23 9.76	7.82 8.76		-5.6 -2.5
V928 Tau	398	Tau	140	1		0.18			<0.0004	M1	9.54	8.43	8.12
V955 Tau		Tau	140			0.340	C W		0.0005	K7 M2.5	9.81	8.60	7.94			-10.9 -6.2	<5.27
V999 Tau		Tau	140			0.230	W W			M0.5 M2.5						-1.6 -4.5
V1026 Tau		Tau	140			0.660	C C		0.0006	M2 M3.5	11.14	10.06	9.53			-57 -124	<8.55
T Tau AB	35	Tau	140			0.695	C C		0.008	K0 IRC-featureless	7.24	6.32	5.52 9.7	4.32 5.64			2.13±0.30
T Tau Ba-Bb	35	Tau	140			0.118	C C			IRC-featureless M1		>13.6 10.22	9.7 8.5	5.64 6.25
V853 Oph	266	Oph	160	65		0.340	C C			M1.5	9.21	8.41	8.00			-41
V2503 Oph	257	Oph	160	65, 72		0.700	C W	0.3	0.003	K6/K7	9.13	8.07	7.51
Sz 15		Cha I	160	18		10.600		1		K5/K6 < M1						1.2 4.2
Sz 19	245	Cha I	160	18		4.600	C W			G2 M4	7.88 11.58	7.01 10.82	6.28 10.35			-20 -10
Sz 30 AB		Cha I	160	18	2 2	1.237	C W			M0.5 M2						-11 -2.6
Sz 30 AC		Cha I	160	18	2	4.504	C									11
Sz 41	588	Cha I	160	18		1.900	W			K3.5	9.28	8.52	8.00
Sz 48		Cha II	178	65, 18		1.500	C C			K7/M0 M0						-14 -39
Sz 60		Cha II	178	65, 18		3.400	C C			M1 M4	11.59 11.55	10.49 10.6	9.83 10.08			-27, -17 -66, -94
Sz 62		Cha II	178	18		1.140	C C			M2 M3.5						-264 -70
Sz 65	597	Lup I	150	65, 16		6.500	W C			M0 M5	9.46 10.82	8.71 9.86	8.33 9.43			-5.9 -61
Sz 68 Aa-Ab		Lup I	150	18	<0.1 <0.1	0.126	C C			K4-M1
Sz 68 AB	248	Lup I	150	65, 16	<0.1 0.2	2.800	C W			K2 M6	7.67 10.58	6.96 9.78	6.62 9.29	6.07 8.81		-6.8 -16
Sz 77	603	Lup I	150	25, 16		1.800				M0	9.44	8.59	8.27
Sz 81	604	Lup II	150	65		2.000	C W	0.9		M5 M6	10.23 11.58	9.55 11.07	9.18 11.14			-59 -9
Sz 88	612	Lup III	190	18, 16		1.500	C C	0.3		K7/M0 M2	9.97 11.71	9.14 10.38	8.6 10.59	8.03 10.45		-191, -130 -29, -34
Sz 91	614	Lup III	190	25, 16		8.700				M0.5	11.06	10.12	9.85
Sz 101		Lup III	190	18, 16		0.780	W C			M2.5 M3.5	10.40	9.72	9.39			-9.3 -44
Sz 105		Lup III	190	25, 16		10.900	C			M4	9.02	8.01	7.59			63.9
Sz 108	620	Lup III	190	18, 16		4.200	W C			M0, M3 M4.5, M6	9.76 12.02	9.09 11.21	8.78 10.86			-0.9, -0.5 -55,-53
Sz 116	625	Lup III	190	45, 16		1.500	W W			M1 M3	10.84 11.48	10.13 10.9	9.91 10.71			-4.1 -4.8
Sz 119	627	Lup I	150			0.590	W W			M2 M4	10.40	10.25	9.42			-4.1 -4.6
Sz 120		Lup III	190	25, 18, 16		2.700				B5
Sz 123	629	Lup III	190	25, 16		1.700				M2	11.09	10.21	9.78
Sz 128	607	Lup IV	150	65		0.600	C W			M1 M1	10.53	9.64	9.16			-10
WSB 3		Oph	160	65, 18		0.600	W W		0.002	M3
WSB 4		Oph	160	65		2.800	C W		0.003	M3 M3.5	11.7 11.55	10.96 10.69	10.63 10.12	9.5 9.21		-37, -29 -3, -4.4
WSB 11		Oph	160	65, 18		0.500			0.001
WSB 18		Oph	160	65, 45		1.040	W C		0.003	M2 M2.5	11.47 12.18	10.48 11.11	10.01 9.34			-8.4 -140
WSB 19		Oph	160	65, 45		1.480	C C		0.004	M3 M5	11.16 11.76	10.13 10.85	9.53 10.38			-56 -37
WSB 26		Oph	160	65, 45		1.100	C C		0.004	M0 M3	11.45 11.63	10.45 10.46	9.46 9.78			-109 -178
WSB 28		Oph	160	65, 18		5.000	W			M3 M6	10.89 13.41	9.82 12.37	9.54 12.08	9.49 11.89	9.41 9.64	-4
WSB 30	639	Oph	160	65, 45		1.980	C C			K5	9.2 9.2	7.8 7.8	7.13 8	6.42 6.15
WSB 35		Oph	160	65, 45		2.230	C W			M4 M6	11.17 11.83	9.98 10.98	9.17 10.56	8.28 10.25
WSB 46/45	641/640	Oph	160	65, 18		10.300	W W		0.004	M0/M3 M1/M4	10.62 11.45	9.77 10.69	9.39 10.38			-6.3 -3
WSB 71		Oph	160	65		3.400	C C			K2 M6	11 11.4	9.5 10.34	8.3 10	6.67 9.17	4.05 7.27	-37 -48
HBC 275 AB	275	B59	160	65		5.000	C C			K7 M5	13.62	10.81	8.77			-30, -27.8 -21, -18.5
HBC 275 AC	275	B59	160	65		0.830	C			K7						-30, -27.8
HBC 351	351	Tau	140			0.550			<0.0005	K5			9.2 10.6
HBC 352/353	352/3	Tau	140	1		8.6			<0.0005	G0	10.08	9.71	9.58
HBC 354/355	354	Tau	140			6.300	W W		<0.0004	K0 K2	11.79 10.81	11.23 10.34	10.15 10.99	10.16 11.03		-1.2, 4.7 -1.2, 1.8
HBC 356/357	356	Tau	140			1.260	W W		<0.0004	K3 K3			10.72 10.77	10.86 10.92		-0.4 -0.4
HBC 358	358	Tau	140			1.580	W W			M3.5 M4						-4.5 -6.9
HBC 358A-359	358/359	Tau	140			20.100	W W		<0.0005	M3.5 M2	10.37	9.75	9.53			-4.5 -8.5
HBC 360/HBC 361	360	Tau	140			7.200	W W	0.9	<0.0007	M3.5 M3	10.80 10.94	10.17 10.35	9.97 10.01			-6.7 -6.4
HBC 411	411	Tau	140	65		2.080			<0.0004	M1	10.73	9.20	8.41	7.86 9.8	4.68 7.21
HBC 412	412	Tau	140			0.700			<0.0004	M2	10.71 10.93	10.03 10.14	9.85 9.85
HBC 652	652	L162	160	65, 18		8.700			0.003	K4/K5	9.02	7.93	7.55	7.32
HBC 679	679	Cr A	130	65		4.500	W C			K5 M3	10.37 12.48	9.5 11.56	9.24 11.18			-0.2 -22
Haro 1-14c-Haro1-14	644/267	Oph	160	65, 18		12.900	W C			K3 M0	10.09	909	8.58			-45
Haro 1-14c	644	Oph	160	65, 18		0.011		0.31		K3
Haro 6-37 Aa-Ab	73	Tau	140	65		0.330		0.8			9.24	7.99	7.31		5.04 5.47
Haro 6-37 AB	73	Tau	140	65		2.620	C C		0.01	K7 M1					4.48 4.68	-22 -184	1.23±0.62
LkHα 262 AB	8 & 9	MBM12	275	38, 18		5.250	C C			M0 M3, M2, M4	11.28	10.29	9.66 9.52	8.84 8.97	7.02 7.07	-32.1 -25
LkHα 262 Ba-Bb	9	MBM12	275	38, 18		0.410	C			M3, M2, M4			9.52	8.97	7.07	-25
LkHα 262 Ba-Bc	9	MBM12	275	38, 18		4.100	C			M3, M2, M4			9.52	8.97	7.07	-25
LkHα 266 NS	51/395	Tau	140	65,18		3.170	C W		0.007	M0.5 M2	8.98	8.81	8.76 8.49	8.32 8.18	5.44 8.21	-69 -7.2	2.19±0.36
LkHα 332	69	Tau	140	77					0.0006	M1	9.81	8.60	7.94				<6.38
LkHα 336 AB	190/516	L1622	460	65, 18	0.5 2.2	10.777	C W			K7M0.5						-24 5.1-8
LkHα 336 AC	190	L1622	460	18	0.5	5.799	C
LkHα 346 Aa-Ab	275	Oph	160	18	0.28 0.09	0.204	W W			M5 M6-7	13.62	10.81	8.77
LkHα 346 AB	275	Oph	160	18	0.28/0.09 0.09	1.086	W W			M5 M6-7						18.0
LkHα 346 AC	275	Oph	160	18	0.28/0.09 0.8	5.068	W C			M5 K7						28.0
LkCa 3	368	Tau	140			0.470	W W		<0.0004	M1	8.36	7.63	8.06 8.24	8.02 8.19
LkCa 7	379	Tau	140			1.050	W W		<0.0004	M0 M3.5	9.13	8.38	8.26			-1.4 -2.2
Hα 18		Oph	160	61		1.083							9.441
Hα 19		Oph	160	61		1.491							9.220
Hα 21		Oph	160	61		0.161							9.642
Hα 26		Oph	160	61		1.135							8.934
Hα 28		Oph	160	61		5.209							9.502
Hα 35		Oph	160	61		2.277							8.834
Hα 37		Oph	160	61		0.16							9.273
Hα 59		Oph	160	61		0.100							9.075
Hα 71		Oph	160	61		3.560							7.900
SR 2		Oph	160	61		0.222							7.798
SR 9		Oph	160	65		0.600	C W	0.3	0.0019	K5-K7 M4						-10.5 13.8
SR 12	263	Oph	160			0.230	W W		0.001	M1-2			8.408			-4
SR 20		Oph	160	61		0.071							7.160
SR 24 Ba-Bb	262	Oph	160	65, 18	1 1	0.100				K4-M4K7-M5
SR 24 AB	262	Oph	160	65, 18	1 1	5.100	C C	0.35	0.03	K2 M0.5						-76 -24
ROX 1		Oph	160			0.190	W W			K5	8.36	7.98	8.29 8.53	8.22 8.58
ROX 2		Oph	160	61		0.424			0.0007		9.89	8.75	8.379
ROX 15		Oph	160	65, 44		1.400	C C			M3 M3	10.7 12.2	9.19 10.57	8.29 9.66
ROX 5		Oph	160	61		0.176			0.004				8.383
ROX 12		Oph	160	61		1.747			0.004				9.211
ROX 16 Aa-Ab		Oph	160	61		0.098
ROX 16 AB		Oph	160	61		0.577					9.68	8.31	7.485
ROX 31	642	Oph	160	65		0.380	W W		0.001		10.00	8.72	8.68 8.97	8.31 8.85
ROX 42B Aa-Ab		Oph	160	61		0.083
ROX 42B AB		Oph	160	61		1.137			0.009				8.671
ROX 42C		Oph	160	61		0.277			0.006				7.129
ROX 43 AB		Oph	160	65	7 3	4.410	C W		0.003	G0 K3			6.66 7.74	5.51 7.22		-3.4 -0.8
ROX 43 Aa-Ab		Oph	160	18	7 7	0.334	C C		0.007	K5-M2
ROXR1-12		Oph	160	61		0.102							9.629
V536 AQL	294	Aql	200	24		0.520	C C			K7	9.19 10.89	8.33 9.38	7.64 8.71	6.77 7.94
V1002 Sco	634	Usco-A	150			0.203	W		0.0006	K0	8.48 10.17	7.84 9.62	7.71 9.27			3.5
CoD-29°8887		TW Hya	50	65, 17		0.500	W W	1		M2e M2	7.63	6.93	6.71			-2
HD 142361		Oph	160			0.600	W W			G3	7.56	7.18	7.21 8.65	6.69 8.57
RX J1535.8-2959		Usco-B	150			0.840	C W			M4	10.34	9.77	9.46			>-10
As 205	254	B40	140	65, 45		1.300	C C		0.033	K5 M3	8.15 9.24	7.16 7.97	5.9 6.9	4.9 5.8		-220 -55
AS 353 AB	292	L673	300	65, 69		5.700	C C			K2, K5 M1.5	10.03 10.22	9.16 9.2	8.23, 7.97 9.26	6.35, 6.24 8.7		-60, -124 -6, -4.4(Ba-Bb combined)
AS 353 Ba-Bb		L673	300	65, 69		0.240	C W			M1.5 M1.5			9.26 9.45	8.7 9.32
CHXR 32		Cha I	160	18		2.670	W C			K4/K3 G5			6.3 8.5			9.3
HD 76534		Vela R2	830	18		2.100				B2.5 B3	7.82	7.86	7.80
HD 97300		Cha I	160	18		0.840				B9	7.7	7.4	7.3 10.3
C7-11		Cha I	160	18		1.200				K0-K3			8.98 9.1
HM Anon		Cha I	160	18		0.270				G5	8.99 10.71	8.38 9.93	8.11 10.25			0.17(abs)
HR 5999	619	Lup III	190	25, 16		1.530				A7eIII	5.91	5.22	4.39
S CrA	286	Cr A	130	65		1.410	C C			K3 M0	8.6 9.37	7.5 8.28	6.56 7.27	5.06 6.07
VV CrA	291	Cr A	130	65		2.100	C C			K4	9.60 12.07	8.38 9.69	7.27 7.33	6.28 3.70
J 4872 AB		Tau	140	65, 18	10 17	3.401	W W		<0.0004	K9 M1						0.8 4.2
J 4872 Aa-Ab		Tau	140	65, 18	10 10	0.170	W W			K9 K5-M2
J 4872 Ba-Bb		Tau	140	65	18 17	0.090	W W			M1 M0-3
L1642-1	413	L1642	140	18		2.700				K7
L1642-2	410	L1642	140	18		6.000	C			K7
L1622-10		L1622	460	65		4.600
CGHα 6		Gum Neb.	450	18	<1 <1	0.482	W			K7 M0-4	8.84	8.16	7.97			5.0
CGHα 5/6		Gum Neb.	450	18	5	11.289	W C			K7 K2-5	5.36	4.41	3.98			126.9
Phα 14	554	Gum Neb.	450	56,66, 18		0.600	C			M2	11.39	10.64	10.30
Phα 30		Gum Neb.	450	65, 18		0.700				B2e
Phα 51	561	Gum Neb.	450	65,18		0.600	C			K7/M0	12.66	11.73	11.09			-70
VdBH 16		Gum Neb.	450	65, 18		4.500
ESO Hα 29		Gum Neb.	450	65		4.200	W
ESO Hα 280		Gum Neb.	450	65		3.900
ESO Hα 281		Cha I	160	18		1.700	W C			M0.5 M4.5						-1.1 -23
ESO Hα 282		L162	160	65, 69		1.100	C C				9.8 11.1	8.6 10.1	7.8 9.5	6.8 8.6
ESO Hα 283		Circ	700	18		2.100
Re 6		Gum Neb.	450	65		1.500
Hen 3-600		TW Hya	50	18		1.400	C/W W			M3e M3.5	7.65	7.04	6.77			-20 -8
HER 4636		NGC 5367	630	65,18		3.900	C			B3						-26
Elias 2-30		Oph	160	65, 18		6.400	W W			G2.5 M4	8.77 12.03	7.45 10.54	6.4 9.7	5.25 9.26
Elias 2-49		Oph	160	65, 72, 18		1.130	C			A1/A3Ve K4	6.99 9	6.18 8.14	5.32 7.73			-7.82
B59-1 AB		B59	160	65, 45		3.440	C				13.1	11.5	11	10.2
B59-1 Aa-Ab		B59	160	65, 45		0.107
B59-2 AB		B59	160	65, 45		3.110	C				11.3	10.4	10.1	8.9
B59-2 Aa-Ab		B59	160	65, 45		0.012
RNO 92	658	B62	225	65		4.470	W			M0						-3.4
04113+2758		Tau	140	1		4.0			0.09	M2							2.23±0.24
04228+2612		Tau	140	1		8.2			0.005	M2							2.27±0.21
04325+2402		Tau	140	1		4.6			0.008								1.56±0.34
DoAr 22		Oph	160	61		2.297					9.73	9.25	9.018
DoAr 24E		Oph	160	61		2.03			0.008	9.2 12.1	7.8 9.7	7.1 8.1	6.43 5.9
DoAr 51	647	Oph	160			0.750	W C		0.004		9.25	8.35	7.75 10.22	7.86 9.19
YLW 15A-GY263		L1688	140			7.600	C C			K5		14.2 15.7	9.72 12.69	6.7 11
YLW 15A		L1688	140	27		0.590					17.00	13.52	9.75
ScoPMS 5		Sco-Cen	145	44		0.760					7.56	7.18	7.03
ScoPMS 23 AB-C		Sco-Cen	145			0.300					8.87	8.26	8.49 9.33
ScoPMS 16		Sco-Cen	145			1.324					10.06	9.34	9.09
ScoPMS 31		Sco-Cen	145			0.578					9.83	9.01	8.62
ScoPMS 42a		Sco-Cen	145			0.299					10.27 10.73	9.48 10.06	9.29 9.71
ScoPMS 48 AB	633	Sco-Cen	145			3.429			0.0006	K0
ScoPMS 48 Aa-Ab		Sco-Cen	145			0.0006		0.18		K0 M4
ScoPMS 48 Ba-Bb		Sco-Cen	145	26		0.057
ScoPMS 8b		Sco-Cen	145	44		1.485					10.66 11.58	9.94 11.02	9.69 10.78
ScoPMS 13		Sco-Cen	145	44		0.092					9.67	8.97	8.75
ScoPMS 20		Sco-Cen	145	44		0.193					9.74	9.01	8.75
ScoPMS 29		Sco-Cen	145	44		0.643					10.18	9.44	9.16
ScoPMS 42 AB		Sco-Cen	145	44		4.604
ScoPMS 42 BC		Sco-Cen	145	44		4.201
IRS 2		Oph	160	61		0.426			0.005				8.380
J162538-242238		Oph	160	61		1.788					12.84	10.75	9.545
IRS 3		Oph	160	61		0.663							8.954
VSSG 27		Oph	160	61		1.222			0.004		12.58	10.88	9.977
GSS 37		Oph	160	61		1.438			0.005		10.50	8.77	7.878
VSSG 11		Oph	160	61		0.107			0.003		12.99	10.76	9.604
WL 18		Oph	160	61		3.617					13.50	11.44	9.977
VSSG 3		Oph	160	61		0.243					12.20	9.85	8.687
VSSG 5		Oph	160	61		0.148					14.70	11.69	10.014
GY 156		Oph	160	61		0.161							10.163
WL 20 AB		Oph	160	61		3.198					13.89	11.26	9.590
WL 20 AC		Oph	160	61		3.619
WL 4		Oph	160	61		0.176					14.61	11.50	9.683
VSSG 25		Oph	160	61		0.468					12.35	10.38	9.316
IRS 44		Oph	160	61		0.256							10.379
VSSG 17		Oph	160	61		0.242					15.32	11.52	9.024
IRS 51		Oph	160	61		1.645							8.991
GY 371		Oph	160	61		0.347							10.161
VSSG 14		Oph	160	61		0.130					9.34	8.14	7.301
GY 410		Oph	160	61		0.196							9.866
J162812-245043		Oph	160	61		3.591					10.98	9.90	9.555
L1689-IRS 5 AB		Oph	160	61		3.006							7.557
L1689-IRS 5 Ba-Bb		Oph	160	61		0.140
RX J1524.2-3030		Sco-Cen	145	44		3.408				M1
RX J1528.7-3117		Sco-Cen	145	44		2.168				G8	7.43	7.02	6.92
RX J1529.4-2850		Sco-Cen	145	44		1.580				G8
RX J1530.4-3218		Sco-Cen	145	44		1.522				G7	7.38	7.04	6.91
RX J1531.5-3021 Aa-Ab		Sco-Cen	145	44		0.211				M0
RX J1531.5-3021 AB		Sco-Cen	145	44		1.261				M0	9.98	9.32	9.10
RX J1535.8-2958		Sco-Cen	145	44		0.844				M4	10.34	9.77	9.46
RX J1536.5-3246		Sco-cen	145	44		2.313				M3	10.71	10.15	9.76
RX J1537.0-3136 Aa-Ab		Sco-Cen	145	44		1.390				G7
RX J1537.0-3136 AB		Sco-Cen	145	44		5.247				K7
RX J1538.9-3116 Aa-Ab		Sco-Cen	145	44		0.720				M2
RX J1538.9-3116 AB		Sco-Cen	145	44		4.470				M2	10.67	10.08	9.80
RX J1539.5-2953		Sco-Cen	145	44		0.190				M3	11.45	10.90	10.70
RX J1540.7-3121		Sco-Cen	145	44		5.973				M5
RX J1543.8-3306		Sco-Cen	145	44		2.758				M3	10.96	10.29	10.00
RX J1544.0-3311 Aa-Ab		Sco-Cen	145	44		1.366				G9
RX J1544.0-3311 AB		Sco-Cen	145	44		3.992				G9	9.06	8.55	8.41
RX J1545.2-3417		Sco-Cen	145	44		2.693				K0	7.57	6.87	6.48
RX J1546.1-2804		Sco-Cen	145	44		0.110				M0	7.83	7.47	7.37
RX J1549.3-2600		Sco-Cen	145	44		0.164				K0	8.65	8.13	7.91
RX J1551.4-3131		Sco-Cen	145	44		0.435				M1	10.01	9.31	9.10
RX J1552.5-3224		Sco-Cen	145	44		2.514				M2	11.40	10.84	10.17
RX J1554.0-2920		Sco-Cen	145	44		1.373				M0	9.64	8.99	8.74
RX J1555.1-2521		Sco-Cen	145	44		0.322				M1	9.41	8.62	8.51
RX J1555.6-3159		Sco-Cen	145	44		3.032				M2	9.49	8.92	8.65
RX J1557.3-2529		Sco-Cen	145	44		0.596				M0	9.77	9.07	8.86
RX J1558.1-2405		Sco-Cen	145	44		0.592				M5
RX J1559.2-2606		Sco-Cen	145	44		2.949				K2
RX J1559.8-2556		Sco-Cen	145	44		5.058				M2	10.53	9.85	9.61
RX J1600.5-2027		Sco-Cen	145	44		0.189				M1	9.79	9.05	8.83
RX J1600.7-2343		Sco-Cen	145	44		1.456				M2	11.14	10.51	10.22
RX J1601.3-2652		Sco-Cen	145	44		0.086				G0	8.05	7.67	7.55
RX J1601.7-2049		Sco-Cen	145	44		0.205				M0	9.59	8.85	8.61
RX J1601.8-2445		Sco-Cen	145	44		0.076				K7	9.41	8.66	8.49
RX J1602.9-2022		Sco-Cen	145	44		0.310				K7	9.16	8.47	8.19
RX J1603.9-2031 Aa-Ab		Sco-Cen	145	44		0.121				M0
RX J1603.9-2031 AB		Sco-Cen	145	44		4.037				M0
RX J1604.3-2130		Sco-Cen	145	44		0.082				M2
RX J1606.6-2108		Sco-Cen	145	44		1.279				M1	10.15	9.40	9.11
RX J1607.0-1911		Sco-Cen	145	44		0.599				M1	10.24	9.52	9.22
V1438 Ori		Ori	450	64		0.38				M3	12.83	12.21	11.95
JW0052		Ori	450	64		0.20				M5	12.60	11.92	11.59
JW0058		Ori	450	64		1.43
JW0061		Ori	450	64		0.45					11.68	10.80	10.44
V1441 Ori		Ori	450	64		0.27				K6	11.17	10.37	10.09
JW0071		Ori	450	64		0.20				M4	13.53	12.76	12.35
V1118 Ori		Ori	450	64		0.18				M1	12.64	11.55	10.85
JW0081		Ori	450	64		1.34				M0	11.53	10.84	10.53
JW0121		Ori	450	64		0.34				M3	12.43	11.17	10.57
JW0124		Ori	450	64		0.48				M3.5	13.33	12.74	12.41
JW0127		Ori	450	64		0.48				M3.5	12.13	11.20	10.63
V1458 ori		Ori	450	64		0.39				M2.5	10.85	9.97	9.62
V1460 Ori		Ori	450	64		0.40				M3	11.99	11.07	10.53
JW0147		Ori	450	64		0.30				M5	12.95	12.31	12.04
JW0151		Ori	450	64		0.15				M3	13.06	12.25	11.78
JW0152		Ori	450	64		0.18				M3	12.31	11.57	11.21
JW0176		Ori	450	64		1.28				K8	10.24	9.46	9.14
JW0182		Ori	450	64		0.11					13.92	12.85	12.26
JW0190		Ori	450	64		0.56				M6	12.99	12.21	11.80
JW0201		Ori	450	64		1.09				M2.5	11.48	10.61	10.29
V1320 Ori		Ori	450	64		1.07				M2	12.03	11.07	10.59
JW0223		Ori	450	64		0.34
JW0224		Ori	450	64		0.27				M1	13.32	11.71	10.71
V1274 Ori		Ori	450	64		0.90				M3	11.20	10.29	9.82
JW0260		Ori	450	43		0.33					8.17	7.54	7.19
JW0290		Ori	450	64		0.11					12.93	12.19	11.71
JW0296		Ori	450	64		0.89				M4.5			11.18
JW0305		Ori	450	64		0.45				M3	12.88	12.05	11.70
JW0355		Ori	450	64		0.42				K	13.14	11.77	10.75
JW0370		Ori	450	64		0.73				K1.5	11.03	9.73	8.99
V1492 Ori		Ori	450	64		0.19				M3	12.62	11.75	11.39
JW0391		Ori	450	64		0.29				M1	11.34	10.43	9.87
JW0392		Ori	450	64		0.23				M6	12.78	11.90	11.44
JW0399		Ori	450	64		0.22
JW0410		Ori	450	64		1.19
V1327 Ori		Ori	450	64		0.95				M1	11.52	10.36	9.90
JW0422		Ori	450	64		0.31					12.44	11.33	10.84
V1329 Ori		Ori	450	64		0.30				M1	12.38	11.19	10.78
JW0444		Ori	450	64		0.18					13.07	12.012	11.64
JW0445		Ori	450	64		0.44					11.37	9.82	9.00
V1500 Ori		Ori	450	64		0.38					12.62	11.78	11.51
V409 Ori		Ori	450	64		0.43					13.02	12.02	11.51
V1504 Ori		Ori	450	64		0.70
JW0509		Ori	450	64		0.49
JW0511		Ori	450	64		0.41				M1	12.65	11.36	10.34
JW0551		Ori	450	64		0.14				M1
V410 Ori		Ori	450	64		0.46
V1510 Ori		Ori	450	64		0.36				K3.5
V1334 Ori		Ori	450	64		0.60					11.60	10.21	9.51
JW0570		Ori	450	64		0.15
JW0592		Ori	450	64		0.61				M2.5	12.81	12.04	11.79
JW0596		Ori	450	64		0.30				K3.5	10.83	9.09	7.51
JW0638		Ori	450	77		1.01					13.69	12.31	11.47
V1524 Ori		Ori	450	64		1.09				K7
JW0687		Ori	450	64		0.49
JW0709		Ori	450	64		0.22				M0.5	11.44	10.49	10.19
JW0722		Ori	450	64		0.36				M4.5	12.65	11.88	11.49
V1528 Ori		Ori	450	64		0.73				M2	12.21	11.27	10.75
JW0748		Ori	450	64		0.35				M3
JW0765		Ori	450	43		0.35
JW0767		Ori	450	64		1.13				M2.5	11.79	10.70	10.01
V496 Ori		Ori	450	64		0.50
JW0777		Ori	450	64		1.19				K6	11.71	10.60	9.95
JW0783		Ori	450	64		0.40
JW0797		Ori	450	64		1.42					12.36	10.87
JW0804		Ori	450	43		0.40					10.53	10.17	10.13
JW0841		Ori	450	64		0.41				M4
JW0867		Ori	450	64		0.29				K8	10.78	10.00	9.50
JW0876		Ori	450	43		0.49
JW0884		Ori	450	64		1.32
JW0893		Ori	450	64		0.15
JW0924		Ori	450	64		1.04
JW0945		Ori	450	64		1.14				B6	10.24	9.45	8.95
JW0959		Ori	450	43		0.34					9.36	8.84	8.63
JW0960		Ori	450	64		1.39				M3	13.77	12.44	11.67
JW0974		Ori	450	43		0.32					12.42	11.78	11.41

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