Rotational velocities of nearby young stars | Astronomy & Astrophysics (A&A)

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Volume 517 (July 2010)

A&A, 517 (2010) A88

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Table 3:

Table of results. In Col. (1) star identifier; Col. (2) the spectral type (from SIMBAD), the other columns are described in Sect. 4. The EW of H $\alpha$ (Col. 5) is negative when in emission, ``a'' for absorption, and ``fi'' for filled up H $\alpha$ . The evolutionary state of the circumstellar disk (Col. 14) is represented by ``accr.'' for accretion disk, ``non-accr.'' for non-accreting and optically thick disks, and ``debris'' for disks with cold dust only, ``none'' for verified absence of a circumstellar disk. No entry means no data is available. Stars marked with $^\dagger$ have been taken from the Torres et al. (2006) list.
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)	(10)	(11)	(12)	(13)	(14)	(15)
Star ID	SpT^v,w	$v\sin i$	$\sigma_{v\sin i}$	EW(H $\alpha$ )	$\sigma_{EW({\rm H}\alpha)}$	$W_{{\rm H}\alpha }$	EW(He I)	Veiling	EW(Li I)	$\sigma_{EW{\rm (Li {\sc i})}}$	Age	$\sigma_{{\rm Age}}$	disk^b	YSA^v
		km s^-1	km s^-1	Å	Å	Å	Å		mÅ	mÅ	Myr	Myr
HD 105	G1	14.7	1.0	a	...	...	...	...	145	4	50	15	debris	Tuc/Hor^u
HD 105	M1.5	5.8	1.7	a	...	...	...	...	n/a	...	...	...	...	field
HD 105	G6	14.2	1.0		...	...	...	...	131	10	90	15	debris	field^b
HD 105	G5	7.3	1.1	a	...	...	...	...	191	5	30	15	none^p	Tuc/Hor^u
HD 105	F6	41.8	5.1	a	...	...	...	...	131	5	25	10	none	field^b
HD 105	F8	22.7	2.2	a	...	...	...	...	117	3	30	10	debris^m	Tuc/Hor^u
HD 105	K4.5	146.6	11.5	-2.03	0.05	10.2	...	...	174	5	30	10	debris^m	Tuc/Hor^u
HD 105 $^\dagger$	K3	30.7	2.3	-0.1	0.01	1.5	...	...	291	8	15	10	...	field
HD 105	F8.5	33.5	1.9	a	...	...	...	...	132	5	30	10	...	field^t
HD 105	G9	31.7	1.8	-0.21	0.03	2.4	...	...	287	5	20	10	none	Tuc/Hor^u
HD 105	G7.5	3.8	1.9	a	...	...	...	...	34	5	300	50	none	field^b
HD 105	G6	4.2	1.7	a	...	...	...	...	141	5	50	10	debris	AB Dor^u
HD 105	G3.5	6.7	1.2	a	...	...	...	...	120	4	120	20	...	field^t
HD 105	G5.5	13.6	0.9	a	...	...	...	...	189	3	30	15	debris^m	Tuc/Hor^u
HD 105 $^\dagger$	K2	22.3	1.5	fi	...	...	...	...	260	5	30	10	...	field
HD 105	K1	3.9	1.9	a	...	...	...	...	182	7	30	10	...	Tuc/Hor^u
HD 105	K2.5	20.6	1.2	-0.11	0.01	1.8	...	...	333	5	30	10	...	Tuc/Hor^u
HD 105	G2.5	15.8	1.0	a	...	...	...	...	173	4	30	15	debris	Tuc/Hor^u
HD 105	K3.5	19.9	1.2	-0.18	0.02	2.0	...	...	298	5	20	10	...	Tuc/Hor^u
HD 105	F7.5	43.3	2.7	a	...	...	...	...	125	5	30	15	...	Tuc/Hor^u
HD 105	G0	7.9	1.0	a	...	...	...	...	99	5	90	10	...	field
HD 105	G4	8.9	1.0	a	...	...	...	...	155	3	60	15	none	field^b
HD 105	M2.5	29.3	1.7	-4.98	0.6	3.5	...	...	350	5	20	10	none^p	Tuc/Hor^u
HD 105	M2.5	19.0	1.3	-4.07	0.2	2.1	...	...	16	5	20	10	debris^m	Tuc/Hor^u
HD 105	K9.5	9.0	1.0	-1.07	0.05	3.0	...	...	427	5	10	3	none^p	$\beta$ Pic^u
HD 105	K9	5.9	1.4	-0.64	0.05	2.0	...	...	98	5	30	10	...	Tuc/Hor^u
HD 105 $^\dagger$	G5	17.0	1.2	a	...	...	...	...	42	2	250	50	...	field
HD 105	K0	4.8	1.6	a	...	...	...	...	206	5	90	10	...	field^b
HD 105 $^\dagger$	G9	6.9	1.2	a	...	...	...	...	230	5	30	15	...	field
HD 105	F9	7.0	1.1	a	...	...	...	...	18	5	400	50	...	...
HD 105	G1	5.2	1.5	a	...	...	...	...	33	5	600	50	...	...
HD 105	G5.5	7.1	1.1		...	...	...	...	165	5	90	10	debris	field^b
HD 105	G6	4.1	1.8	a	...	...	...	...	<2	...	>600	...	none	field^b
HD 105	G4	14.7	1.0	a	...	...	...	...	188	4	30	15	none	field^b
HD 105	F9	65.1	4.0	a	...	...	...	...	82	5	200	50	none	field^b
HD 105 $^\dagger$	G9	18.1	1.1	a	...	...	...	...	300	3	25	15	...	field
HD 105 $^\dagger$	G7	27.7	1.7	a	...	...	...	...	230	1	30	10	...	field
HD 105 $^\dagger$	G8	9.3	0.4	a	...	...	...	...	252	3	25	10	...	...
HD 105	G2	69.6	5.6	a	...	...	...	...	118	5	90	10	none	field^b
HD 105	K4	13.0	1.0	-0.62	0.05	4.0	...	...	108	5	90	10	none	field^b
HD 105	K2	6.5	1.3	a	...	...	...	...	221	5	30	15	...	Tuc/Hor^u
HD 105 $^\dagger$	F6.5	18.5	1.1	a	...	...	...	...	112	3	50	15	...	AB Dor^u
HD 105 $^\dagger$	G6	30.0	1.8	a	...	...	...	...	240	4	30	10	...	field
HD 105	G2	7.1	1.1	a	...	...	...	...	47	<1	300	50	none	field^r
HD 105 $^\dagger$	G7	28.1	1.7	a	...	...	...	...	270	4	30	10	...	field
HD 105 $^\dagger$	G9	21.3	1.4	fi	...	...	...	...	280	4	15	5	...	field
HD 105 $^\dagger$	G4	20.5	1.3	fi	...	...	...	...	280	4	10	5	none	field
HD 105 $^\dagger$	K1	11.3	1.0	-0.24	0.03	1.9	...	...	300	5	20	15	...	field
HD 105	K5.5	5.7	1.4	-0.67	0.03	2.2	...	...	233	3	30	10	none	field^b
HD 105	G2	8.8	1.0	a	...	...	...	...	96	1	90	10	...	field^t
HD 105	K0	12.1	0.9	a	...	...	...	...	240	5	60	15	none	field^b
HD 105	K7	5.8	1.5	-1.21	0.03	2.3	...	...	341	3	10	3	none^p	$\beta$ Pic^u
HD 105 $^\dagger$	G	29.2	0.8	a	...	...	...	...	181	6	30	15	none^b	field
HD 105	M1.5	10.1	3.8	-5.43	0.2	2.7	...	...	11	5	12	15	...	$\beta$ Pic^u
HD 105	...	11.3	1.5	...	...	...	...	...	...	...	...	...	...	...
HD 105	F7	73.8	5.7	a	...	...	...	...	108	1	30	10	...	Tuc/Hor^u
HD 105	G0	71.6	9.6	a	...	...	...	...	149	10	12	15	...	$\beta$ Pic^u
HD 105	K1	104.5	10.9	a	...	...	...	...	233	19	50	15	none^c	AB Dor^u
HD 105 $^\dagger$	K3	43.7	2.4	-20.76	0.2	9.9	0.05	0.95	240	5	5	2	accr.^e	Ori
HD 105	K0.5	18.6	1.1	a	...	...	...	...	248	5	30	15	...	Tuc/Hor^u
HD 105	F3	48.4	4.0	a	...	...	...	...	92	3	30	15	...	field^b
HD 105	G0	27.9	1.6	a	...	...	...	...	200	7	30	15	...	field^b
HD 105	G1	15.9	1.0	a	...	...	...	...	151	4	60	15	...	field^t
HD 105	F2	70.7	4.2	a	...	...	...	...	75	5	55	15	...	field^b
HD 105	G1	7.2	1.1	a	...	...	...	...	82	<1	250	50	...	field^b
HD 105 $^\dagger$	K0	32.6	2.3	a	...	...	...	...	305	1	20	10	...	field
HD 105	F7	32.2	1.8	a	...	...	...	...	115	2	30	10	...	Tuc/Hor^u
HD 105	F8.5	16.6	1.0	a	...	...	...	...	78	5	200	50	...	field^r
HD 105 $^\dagger$	K1	18.1	1.1	...	...	...	...	...	240	5	65	15	...	field
HD 105	K3.5	15.9	1.0	-0.79	0.02	2.1	...	...	398	3	10	5	none	$\beta$ Pic^u
HD 105	K0.5	11.5	0.9	a	...	...	...	...	287	4	30	15	none	Tuc/Hor^u
HD 105	G0.5	42.3	5.0	...	...	...	...	...	n/a	...	...	...	debris	Tuc/Hor^u
HD 105	G0	17.2	1.1	a	...	...	...	...	139	5	50	10	...	AB Dor^u
HD 105	G3	11.6	0.9	a	...	...	...	...	198	3	30	15	none	field^b
HD 105	G0	16.5	1.0	a	...	...	...	...	132	3	50	10	none^c	AB Dor^u
HD 105 $^\dagger$	G5	14.2	0.9	a	...	...	...	...	180	2	200	50	...	Carina-Vela
HD 105	F9	46.7	6.8	a	...	...	...	...	136	5	25	10	...	field^b
HD 105 $^\dagger$	K0	14.5	0.5	a	...	...	...	...	288	5	30	15	...	...
HD 105	K2	9.4	1.0	a	...	...	...	...	271	4	30	15	...	Tuc/Hor^u
HD 105 $^\dagger$	G9	7.7	1.1	a	...	...	...	...	300	5	30	15	...	field
HD 105	G5.5	9.9	0.9	a	...	...	...	...	169	3	30	15	debris	field^r
HD 105	F9.5	14.4	1.0	a	...	...	...	...	122	1	90	10	...	field^r
HD 105	G2	13.5	0.9	a	...	...	...	...	148	4	70	15	...	field^b
HD 105 $^\dagger$	K4	21.4	1.3	-0.96	0.05	2.9	...	...	510	6	5	2	none^d	Cha
HD 105	K2	6.0	1.4	a	...	...	...	...	120	4	90	10	none	Cha^f
HD 105	F9	4.7	1.6	a	...	...	...	...	9	2	>600	50	none	field^b
HD 105	G7	47.7	3.6	a	...	...	...	...	210	5	60	15	none	Cha^f
HD 105	G4.5	76.5	8.9	a	...	...	...	...	165	5	30	10	none	Cha^f
HD 105 $^\dagger$	G9	12.9	0.5	fi	...	...	...	...	331	5	8	3	...	...
HD 105	F9	...	...	a	...	...	...	...	197	5	30	15	...	field
HD 105 $^\dagger$	G8	9.0	0.4	fi	...	...	...	...	240	4	25	10	...	...
HD 105	G8	136.4	10.8	-0.04	0.01	1.5	...	...	265	5	10	5	none	Cha^f
HD 105 $^\dagger$	G7	24.3	1.6	a	...	...	...	...	78	10	200	100	...	...
HD 105	K1	18.3	1.1	-0.11	0.01	1.5	...	...	72	5	8	5	...	TWA^k
HD 105	...	65.4	6.0	...	...	...	...	...	...	...	...	...	...	...
HD 105	G0	10.3	0.9	a	...	...	...	...	71	4	300	50	none	field^b
HD 105	K2	8.2	1.0	a	...	...	...	...	357	3	8	3	...	TWA^u
HD 105	K6	94.7	9.1	-3.55	0.6	5.1	...	...	500	5	7	3	non-accr.ⁱ	TWA^u
HD 105	G1.5	11.2	0.9	a	...	...	...	...	99	1	250	50	none	field^b
HD 105	K1.5	24.3	1.5	a	...	...	...	...	251	5	40	15	none	IC 2602^b
HD 105	G2.5	13.9	0.9	a	...	...	...	...	177	6	30	15	none	IC 2602^b
HD 105	F9	81.1	5.0	a	...	...	...	...	161	1	30	15	...	IC 2602^b
HD 105	M1	5.0	2.1	-4.64	0.5	2.1	...	...	465	10	8	3	non-accr.ⁱ	TWA^u
HD 105	G3	35.2	2.0	a	...	...	...	...	187	5	40	10	none	IC 2602^b
HD 105	K3	26.8	4.2	a	...	...	...	...	404	8	5	3	none	ScoCen/LCC^b
HD 105 $^\dagger$	K2	36.5	4.4	-26.94	1.24	10.55	0.06	0.07	380	3	5	3	accr.	Cha
HD 105	M0	6.2	1.3	-116.78	5	9.5	1.94	0.8	361	<1	8	3	accr.^e	TWA^u
HD 105	G7	6.1	1.3	a	...	...	...	...	106	2	90	10	...	field^t
HD 105 $^\dagger$	G2	38.1	2.2	-26.07	0.5	9.8	0.03	0.05	260	1	5	2	accr.^g	Cha
HD 105	M0.5	11.8	1.0	-1.89	0.07	2.2	...	...	509	11	8	3	non-accr.ⁱ	TWA^u
HD 105	G2	4.0	1.9	a	...	...	...	...	21	1	300	50	none	field^b
HD 105	K1	5.0	1.6	-0.09	0.01	1.5	...	...	312	5	8	5	non-accr.ⁱ	TWA^u
HD 105	...	8.0	1.1	...	...	...	...	...	...	...	...	...	...	...
HD 105	G6	17.6	1.1	a	...	...	...	...	95	<1	125	20	...	field^t
HD 105	M1.5	63.2	9.5	-8.5	0.3	8.8	...	...	564	5	8	3	noneⁱ	TWA^u
HD 105	M1	7.1	1.2	-6.43	0.5	2.8	...	...	475	5	8	3	non-accr.ⁱ	TWA^u
HD 105	K1	9.3	1.1	-0.18	0.02	2.1	...	...	195	1	15	10	none	Cha^f
HD 105	F8.5	5.8	1.3	a	...	...	...	...	112	2	90	10	none	field^b
HD 105	G7	30.1	1.7	a	...	...	...	...	197	5	8	5	non-accr.ⁱ	TWA^u
HD 105	K8	7.2	1.6	-0.63	0.02	2.2	...	...	83	2	12	4	none	field
HD 105	K4	10.4	1.0	-1.57	0.07	2.1	...	...	506	5	7	3	non-accr.ⁱ	TWA^u
HD 105 $^\dagger$	G4	40.0	2.7	fi	...	...	...	...	382	1	4	2	non-accr.^a	Cha
HD 105	G1	3.5	2.1	a	...	...	...	...	52	2	300	50	none	field^b
HD 105	K2	2.7	2.7	a	...	...	...	...	69	6	250	50	none	Cha^f?
HD 105	K1.5	15.5	1.0	-0.6	0.02	2.8	...	...	383	5	7	3	...	TWA^u
HD 105	G4	8.5	1.0	a	...	...	...	...	149	1	8	15	...	TWA^k
HD 105	K4	28.5	1.6	-0.2	0.02	1.5	...	...	358	2	5	3	debris	ScoCen/LCC^b
HD 105	K0	17.9	1.1	a	...	...	...	...	311	5	25	10	...	ScoCen/LCC^b
HD 105	M0	11.6	1.1	-1.87	0.6	2.8	...	...	531	13	8	3	...	TWA^u
HD 105	K2.5	6.3	1.3	-0.2	0.03	2.1	...	...	208	2	15	10	none	Cha^f
HD 105	K2	41.5	2.7	a	...	...	...	...	226	4	30	10	none	ScoCen/LCC^b
HD 105	G1	70.9	7.3	a	...	...	...	...	191	5	30	10	debris	ScoCen/LCC^b
HD 105	G7	8.2	1.0	a	...	...	...	...	119	5	125	20	none	Cha^f
HD 105	G0	7.2	1.1	a	...	...	...	...	94	2	125	20	none	field^b
HD 105 $^\dagger$	K0	6.4	0.4	a	...	...	...	...	129	3	90	15	...	...
HD 105 $^\dagger$	K1	18.2	0.8	fi	...	...	...	...	424	8	8	5	...	...
HD 105 $^\dagger$	K3	18.0	0.8	fi	...	...	...	...	429	8	5	3	...	Cha
HD 105 $^\dagger$	G9	19.4	0.4	a	...	...	...	...	298	7	5	3	...	...
HD 105	G9	133.2	7.7	a	...	...	...	...	4	1	>600	50	none	ScoCen/LCC^b
HD 105	G7.5	28.0	1.6	a	...	...	...	...	235	5	30	10	none	ScoCen/LCC^b
HD 105 $^\dagger$	K0	26.0	1.5	fi	...	...	...	...	400	6	5	3	...	LCC
HD 105	K1.5	8.9	1.0	a	...	...	...	...	367	5	8	3	debris	ScoCen/LCC^b
HD 105	G4	11.6	0.9	a	...	...	...	...	139	1	90	10	...	field^r
HD 105	F9.5	115.8	10.2	a	...	...	...	...	208	5	30	15	none	ScoCen/LCC^b
HD 105	K2	12.9	1.0	-42.11	3	10.5	0.5	0.1	410	5	7	3	accr.	ScoCen/LCC^b
HD 105	G7	32.1	1.9	a	...	...	...	...	210	3	30	10	none	ScoCen/LCC^b
HD 105	K1	13.7	1.0	a	...	...	...	...	312	3	30	10	debris	ScoCen/UCL^b
HD 105	G5	24.2	1.4	a	...	...	...	...	211	4	30	10	...	ScoCen/LCC^b
HD 105	K0	69.6	8.7	-0.17	0.02	1.8	...	...	232	5	30	10	...	ScoCen/UCL^b
HD 105	F9.5	25.9	1.5	a	...	...	...	...	94	5	30	15	none	ScoCen/UCL^b
HD 105	K1	17.5	1.1	a	...	...	...	...	329	5	25	10	none	ScoCen^b
HD 105 $^\dagger$	G0	17.3	1.1	a	...	...	...	...	140	1	200	50	...	UCL
HD 105	...	17.5	1.1	...	...	...	...	...	...	...	...	...	...	...
HD 105	G9	10.3	0.9	a	...	...	...	...	290	5	30	10	debris	ScoCen/UCL^b
HD 105	G7	13.4	0.9	a	...	...	...	...	275	2	30	10	none	ScoCen/UCL^b
HD 105	G1	115.8	6.7	a	...	...	...	...	60	12	300	50	none	ScoCen/UCL^b
HD 105	G5	31.9	1.8	a	...	...	...	...	280	3	20	10	none	ScoCen/UCL^b
HD 105	F9	9.6	0.9	a	...	...	...	...	117	2	30	10	...	field^b
HD 105	G4	17.9	1.1	a	...	...	...	...	192	5	30	10	...	ScoCen/UCL^b
HD 105	K0.5	12.2	0.9	a	...	...	...	...	320	5	30	10	none	ScoCen/UCL^b
HD 105	G7.5	24.9	1.4	a	...	...	...	...	223	4	45	15	none	ScoCen/UCL^b
HD 105 $^\dagger$	K0	27.8	1.7	fi	...	...	...	...	385	5	8	3	none^o	Lup
HD 105	K2.5	25.2	1.5	a	...	...	...	...	321	5	30	15	none	ScoCen/UCL^b
HD 105 $^\dagger$	K0	17.2	1.1	-0.5	0.05	2.5	...	...	401	10	3	2	none^o	Lup
HD 105 $^\dagger$	K0	18.0	1.3	fi	...	...	...	...	360	2	5	3	none^o	Lup
HD 105 $^\dagger$	G7	28.9	1.8	a	...	...	...	...	308	6	5	3	none^o	Lup
HD 105	G9	15.6	1.0	a	...	...	...	...	281	5	30	15	none	ScoCen/UCL^l
HD 105 $^\dagger$	K2	9.1	1.1	fi	...	...	...	...	295	1	30	15	...	field
HD 105	G8	18.2	1.1	a	...	...	...	...	278	4	50	15	none	$\beta$ Pic^u
HD 105	G7	32.6	3.2	a	...	...	...	...	149	5	30	10	none	ScoCen/UCL^b
HD 105	...	17.4	1.1		...	...	...	...	...	...	...	...	...	...
HD 105	G7.5	5.1	1.5	a	...	...	...	...	124	5	30	10	none	ScoCen/UCL^b
HD 105	...	8.1	1.1		...	...	...	...	...	...	...	...	...	...
HD 105	K1	10.3	1.0	-1.25	0.03	3.7	...	...	357	3	12	3	none	ScoCen/UCL^b
HD 105 $^\dagger$	K2	44.8	3.0	-7.02	0.2	11.0	...	...	442	5	5	2	non-accr.	Lup
HD 105 $^\dagger$	K8	9.1	1.1	-39.53	0.5	13.2	0.6	0.5	644	5	2	3	accr.	Lup
HD 105	G3.5	7.1	1.1	a	...	...	...	...	149	2	30	10	none	ScoCen/UCL^b
HD 105	...	8.1	1.1	...	...	...	...	...	...	...	...	...	...	...
HD 105 $^\dagger$	M0	5.9	0.6	-16.08	2.5	7.71	0.1	0.05	566	10	5	3	accr.	...
HD 105	G4	36.3	2.1	a	...	...	...	...	198	2	30	15	debris	field^b
HD 105	G0	5.6	1.4	a	...	...	...	...	116	5	90	10	none	field^b
HD 105	G3	79.4	4.6	a	...	...	...	...	195	5	30	10	none	ScoCen/UCL^b
HD 105 $^\dagger$	M0	12.6	0.6	-5.71	0.51	5.5	0.03	0.1	598	10	5	3	accr.	Lup
HD 105	G1	72.5	4.4	a	...	...	...	...	166	3	30	10	...	ScoCen/UCL^b
HD 105 $^\dagger$	K5	13.4	0.7	-20.38	1.42	7.82	0.3	0.15	567	8	5	3	accr.	...
HD 105 $^\dagger$	K3	13.5	1.0	-14.6	2	6.5	0.25	0.15	530	5	3	2	accr.	Oph
HD 105 $^\dagger$	K3	14.6	1.1	-22.87	4.42	9.98	0.6	0.15	507	8	5	3	accr.	...
HD 105 $^\dagger$	K5	8.4	0.5	-20.81	2.48	8.28	0.3	0.25	550	6	8	3	accr.	Oph
HD 105	G1	11.3	0.9	a	...	...	...	...	131	2	90	10	none	field^b
HD 105	F9	17.8	1.1	a	...	...	...	...	123	2	50	10	none	AB Dor^u
HD 105 $^\dagger$	G9	22.1	1.4	a	...	...	...	...	250	4	25	15	...	field
HD 105 $^\dagger$	K5	12.3	1.1	-1.06	0.07	3.1	...	...	490	1	6	3	...	field
HD 105 $^\dagger$	K3	19.1	1.4	-0.27	0.05	2.0	...	...	455	4	5	2	...	field
HD 105	K2	39.9	2.3	a	...	...	...	...	170	5	12	3	none^p	$\beta$ Pic^u
HD 105	...	8.8	0.9	...	...	...	...	...	169	5	...	...	...	...
HD 105 $^\dagger$	K0	10.1	1.0	fi	...	...	...	...	320	4	30	15	...	field
HD 105	G7	41.2	2.3	a	...	...	...	...	248	1	30	15	none	Cor Aus^b
HD 105	G4	27.8	1.9	a	...	...	...	...	338	5	8	3	none	Cor Aus^b
HD 105	F5.5	19.4	1.2	a	...	...	...	...	108	<1	15	10	debris^p	$\beta$ Pic^u
HD 105	G3	9.6	0.9	a	...	...	...	...	142	3	75	15	...	field^r
HD 105	F9	48.8	3.0	a	...	...	...	...	101	5	125	20	...	field^b
HD 105	F9	15.0	1.0	a	...	...	...	...	92	2	300	50	...	field^t
HD 105	M0.5	8.2	1.2	-3.16	0.05	2.8	...	...	56	3	15	10	debris^p	$\beta$ Pic^u
HD 105	F9.5	161.5	11.8	a	...	...	...	...	60	5	300	50	none	$\beta$ Pic^u
HD 105	G1.5	6.4	1.2	a	...	...	...	...	78	5	300	50	none	field^b
HD 105	G2.5	3.5	2.1	a	...	...	...	...	n/a	...	...	...	debris	field^b
HD 105	G2	5.0	1.5	...	...	...	...	...	n/a	...	...	...	none	field^b
HD 105	G4.5	14.9	1.0	a	...	...	...	...	211	1	30	15	...	Tuc/Hor^u
HD 105	K1	12.9	0.9	a	...	...	...	...	161	11	30	10	debris^m	Tuc/Hor^u
HD 105	K1	4.8	1.6	...	...	...	...	...	n/a	...	...	...	none	field^b
HD 105 $^\dagger$	G7	11.2	0.9	a	...	...	...	...	190	1	50	10	...	AB Dor
HD 105	F9	36.5	2.1	a	...	...	...	...	111	7	30	10	debris^m	Tuc/Hor^u
HD 105	F8	16.9	1.0	...	...	...	...	...	n/a	...	...	...	...	field^b
HD 105	G0	5.5	1.4	a	...	...	...	...	n/a	...	...	...	none	field^b
HD 105	G4	1.5	4.4	a	...	...	...	...	n/a	...	...	...	none	field^b
HD 105 $^\dagger$	K0	9.4	1.0	a	...	...	...	...	245	1	60	15	...	field
HD 105 $^\dagger$	K7	6.6	1.4	-12.5	0.6	2.3	...	...	440	4	8	1	...	field
HD 105 $^\dagger$	G5	14.9	1.0	a	...	...	...	...	175	2	75	15	...	field
HD 105	K3	4.5	1.8	a	...	...	...	...	26	5	400	50	...	field^b
HD 105	G3	12.2	0.9	a	...	...	...	...	163	1	45	10	none	AB Dor^u
HD 105 $^\dagger$	M2.5	8.5	1.2	a	...	...	...	...	50	3	30	15	...	field
HD 105	K4	14.0	1.0	-0.7	0.02	1.3	...	...	200	3	50	15	...	field
HD 105	K1	86.1	9.8	a	...	...	...	...	<2	5	>600	50	...	field
HD 105	...	119.5	10.0	...	...	...	...	...	...	...	...	...	...	...
HD 105	G8	31.8	1.9	a	...	...	...	...	259	4	30	10	...	field
HD 105 $^\dagger$	K0	14.0	1.0	fi	...	...	...	...	300	2	30	15	...	field
HD 105 $^\dagger$	M0	9.6	1.2	-1.2	0.03	1.9	...	...	185	8	30	15	...	field
HD 105	G4	17.5	1.1	a	...	...	...	...	204	5	30	10	debris^m	Tuc/Hor^u
HD 105	K2	2.7	2.8	a	...	...	...	...	60	5	50	20	...	AB Dor^u

References. ^(a) Brown et al. (2007); ^(b) Carpenter et al. (2009); ^(c) Chen et al. (2005); ^(d) Gautier et al. (2008); ^(e) Kessler-Silacci et al. (2006); ^(f) Köhler (2001); ^(g) Lommen et al. (2007); ^(h) López-Santiago et al. (2006); ⁽ⁱ⁾ Low et al. (2005); ^(k) Makarov & Fabricius (2001); ^(l) Mamajek et al. (2002); ^(m) Mamajek et al. (2004); ⁽ⁿ⁾ Neuhäuser et al. (2003); ^(o) Padgett et al. (2006); ^(p) Rebull et al. (2008); ^(r) Soderblom et al. (1998); ^(s) Torres et al. (2000); ^(t) Wichmann et al. (2003); ^(u) Zuckerman & Song (2004); ^(v) SIMBAD; ^(w) Weise (2007).

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