Connection between jets, winds and accretion in T Tauri stars - The X-shooter view

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Volume 609 (January 2018)

A&A, 609 (2018) A87

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Table B.2

[O i]6300 Å parameters.


Source	LVC					HVC
	F ± ΔF	V _p	FWHM	ΔV ¹	log(L_{[O i]})²	F ± ΔF	V _p	FWHM	ΔV ¹	log(L_{[O i]})²
	10^-16 erg s^-1 cm^-2	km s^-1	km s^-1	km s^-1	L _⊙	erg s^-1 cm^-2	km s^-1	km s^-1	km s^-1	L _⊙

Lupus GTO sample

Sz 66	225 ± 6	−19.4	48.6	35.2	−4.81	<15	...	...	...	<−6.463
AKC2006-I	<0.285	...	...	...	<−7.715	<0.3	...	...	...	<−8.162
Sz 69	60.9 ± 2.0	−7.7	55.5	43.2	−5.377	34.4 ± 1.0	−92.9	73.5	65.2	−5.626	HVB³
						13.4 ± 50	+58.8	48.3	33.9	−6.03	HVR³
Sz 71	30.0 ± 1.0	−1	97.5	91.9	−5.685	<3	...	...	...	<−7.162
Sz 72	28.0 ± 4.0	−10.8	42.2	24.7	−5.715	45.7 ± 7.0	−125.	72.3	63.8	−5.502	HVB
Sz 73	415 ± 2	−18.9	60.8	50.6	−4.544	932 ± 4	−94.2	59.1	48.3	−4.193	HVB
Sz 74	213 ± 25	−7.5	40.5	21.1	−4.834	<75	...	...	...	<−5.764
Sz 83	829 ± 20	−19.9	...	21.1	−4.244	1260 ± 20	−145.	190	186.9	−4.062	HVB
Sz 84	14.5 ± 1.5	−7.4	41.4	22.9	−6.001	<4.5	...	...	...	<−6.986
Sz 130	21.4 ± 3.0	+17.7	72.9	64.6	−5.832	47.9 ± 6.0	−49.3	57.4	46.2	−5.482	HVB
Sz 88A	134 ± 10	−1.7	53.5	40.7	−4.785	<30	...	...	...	<−5.912
Sz 88B	6.07 ± 0.80	−3.9	55.6	44.5	−6.129	<2.4	...	...	...	<−7.009
Sz 91	40.0 ± 4.8	−3.4	34	<34.0	−5.31	<10	...	...	...	<−5.435
Lup713	<0.43	...	...	...	<−7.279	<0.43	...	...	...	<−7.798
Lup604s	1.58 ± 0.16	−2.5	50.1	36.7	−6.714	<0.48	...	...	...	<−7.708
Sz 97	2.83 ± 0.80	−36.4	58.4	47.0	−6.46	<2.4	...	...	...	<−7.009
Sz 99	13.6 ± 0.9	+3.3	77.2	69.1	−5.779	2.2 ± 0.6	+72.8	51.0	38.0	−6.57	HVR
Sz 100	32.4 ± 2.0	−6.6	43.7	27.9	−5.402	39.8 ± 2.0	−54.6	84.6	77.5	−5.312	HVB
						4.06 ± 1.3	+56.2	50.2	36.9	−6.30	HVR
Sz 103	37.0 ± 3.0	−32.4	54.9	43.2	−5.344	<9	...	...	...	<−6.435
Sz 104	4.18 ± 0.50	−6.8	40.1	21.1	−6.291	<1.5	...	...	...	<−7.213
Lup706	<0.174	...	...	...	<−7.682	<0.17	...	...	...	<−8.134
Sz 106	20.0 ± 2.0	−9.6	108.1	105.0	−5.611	<6	...	...	...	<−6.611
Par-Lup3-3	34.1 ± 5.0	−1.4	64.8	55.4	−5.379	<15	...	...	...	<−6.213
Par-Lup3-4	46.9 ± 5.0	+0.6	65.6	56.6	−5.241	<15	...	...	...	<−5.736
Sz 110	16.5 ± 2.5	−7.1	66.7	57.7	−5.695	<7.5	...	...	...	<−6.213
Sz 111	80.6 ± 8.0	−2.9	46.8	32.4	−5.006	<24	...	...	...	<−6.009
Sz 112	19.4 ± 1.5	−2.4	49.6	36.7	−5.624	<4.5	...	...	...	<−6.736
Sz 113	6.37 ± 0.60	−12.3	34	<34.0	−6.108	21.7 ± 1.5	−122.6	54.5	42.6	−5.576	HVB
2MASSJ16085953	2.69 ± 0.30	−16.8	58.3	47.0	−6.482	<0.9	...	...	...	<−7.435
SSTc2dJ160901.4	31.8 ± 4.0	−9.9	74.8	66.8	−5.41	<12	...	...	...	<−6.213
Sz 114	15.9 ± 2.0	−10.1	43.9	27.9	−5.711	13.2 ± 2	−93.3	77.3	69.4	−5.792	HVB
Sz 115	<6.0	...	...	...	<−6.134	<6	...	...	...	<−6.611
Lup-818	1.30 ± 0.17	−7.2	43.3	26.3	−6.798	<5	...	...	...	<−6.736
Sz 123A	69.6 ± 4.0	−10.1	64.8	55.4	−5.07	23.9 ± 1.5	−61.9	61.4	51.1	−5.534	HVB
Sz 123B	12.9 ± 0.8	−10.6	66.2	56.6	−5.802	4.15 ± 1.0	−69.6	65.8	56.3	−6.294	HVB
SST-Lup3-1	<1.00	...	...	...	<−6.912	<1	...	...	...	<−7.435

Lupus New Sample

Sz65	<117	...	...	...	<−5.09	<117	...	...	...	<−5.09
AKC2006-18	0.63 ± 0.03	−16.5	51.9	33.1	−7.36	<0.1	...	...	...	<−8.15
SSTc2dJ154508.9	57.3 ± 2.5	+5.0	50.5	30.8	−5.40	108.2 ± 2.5	−92.6	52.2	33.5	−5.13	HVB
Sz68	<860	...	...	...	<−4.23	<860	...	...	...	<−4.23
SSTc2dJ154518.5	10.28 ± 0.04	−9.9	47.5	25.6	−6.15	3.43 ± 0.04	−53.8	50.9	31.5	−6.63	HVB
						1.12 ± 0.04	−55.9	50.6	31.5	−7.11	HVR
Sz81A	2.2 ± 0.7	+1.5	40	...	−6.57		...	...	...	<−6.57
Sz81B	6.7 ± 0.6	−12.9	126	119.5	−6.09	<1.8	...	...	...	<−6.70
Sz129	171 ± 23	−1.2	47.5	25.6	−4.93	<28				<−5.71
SSTc2dJ155925.2	0.36 ± 0.12	+0.2	40	...	−7.61	< 0.36	...	...	...	<−7.61
RYLup	391.7 ± 94.8	−1.3	40	...	−4.57	<284	...	..	...	<−4.71
SSTc2dJ160000.6	1.59 ± 0.46	−9.3	54.6	37.2	−6.96	<1.4	...	...	...	<−7.02
SSTc2dJ160002.4	<11.5	...	...	...	<−6.10	<11.5	...	...	...	<−6.10
SSTc2dJ160026.1	<2.2	...	...	...	<−6.81	<2.2	...	...	...	<−6.81
MYLup	<85	...	...	...	−5.23	<85	...	...	...	−5.23
Sz131	28.5 ± 2.0	+2.7	59.4	43.9	−5.71	4 ± 2	−39.5	68.3	55.4	−6.59	HVB
Sz133	59.5 ± 2.9	−7.3	75.2	63.7	−5.39	<8.6	...	...	...	...
SSTc2dJ160703.9	0.39 ± 0.1	−13.3	56.9	40.5	−7.3	<0.3	...	...	...	...
SSTc2dJ160708.6	62.8 ± 2.6	1.2	40	...	<−5.11	38.2 ± 2.6	−38.4	60.7	45.6	<−5.33	HVB
						9.3 ± 2.6	+30.9	40	...	<−5.94	HVR
Sz90	110.8 ± 5.1	−1.9	46.5	23.7	−4.87	55.3 ± 5.1	−62.8	45.5	20.7	−5.17	HVB
Sz95	<9.8	...	...	...	<−5.92	<9.8	...	...	...	<−5.92
Sz96	277.5 ± 6.5	−16.4	85.7	75.8	−4.47	<20	...	...	...	<−5.62
2MASSJ16081497	1.2 ± 0.1	−24.8	77.9	66.8	−6.61	<0.2	...	...	...	<−7.46
Sz98	627.7 ± 47.2	−0.2	47.0	20.6	−4.11	222.4 ± 47.2	−70.5	61.2	46.3	−4.39	HVB
Lup607	0.3 ± 0.07	−11.9	40	...	−7.41	<0.2	...	...	...	<−7.61
Sz102	1516 ± 0.4	−25.6	86.0	76.1	−3.73	656.1 ± 0.4	+56.5	86.4	76.6	−4.29	HVR
SSTc2dJ160830.7	<335	...	...	...	<−4.39	<335	...	...	...	<−4.39
V1094Sco	<170	...	...	...	<−4.68	<170	...	...	...	<−4.68
Sz108B	8.6 ± 0.5	+9.5	52.8	34.4	−5.97	14.9 ± 0.5	−34.9	46.9	24.5	−5.74	HVB
2MASSJ16085324	<12.6	...	...	...	<−5.81	<12.6	...	...	...	<−5.81
2MASSJ16085373	<7.5	...	...	...	...	...	...	...	...	...
2MASSJ16085529	1.4 ± 0.1	−6.7	40	...	−6.75	0.7 ± 0.1	−49.5	37.4	...	−6.91	HVB
						1.0 ± 0.1	+30	61.2	46.3	−6.76	HVR
SSTc2dJ160927.0	46.2 ± 0.6	−10.9	47.9	26.3	−5.25	144.5 ± 0.6	−72.2	50.8	31.3	−4.75	HVB
						31.9 ± 0.6	+59.6	102.8	94.7	−5.40	HVR
Sz117	14.5 ± 2.3	−5.5	64.5	50.6	−5.75	7.2 ± 2.3	−84.8	29	...	−6.39	HVB
Sz118	265.1 ± 19.3	−27.6	42.7	14.9	−4.49	<57	...	...	...	<−5.15
2MASSJ16100133	6.2 ± 2.3	−20.2	82.1	71.7	−6.12	<7	...	...	...	<−6.07
SSTc2dJ161018.6	<0.7	...	...	...	<−7.09	<0.7	...	...	...	<−7.09
SSTc2dJ161019.8	<0.3	...	...	...	<−7.48	<0.3	...	...	...	<−7.48
SSTc2dJ161029.6	4.4 ± 0.4	−9.4	72.2	60.1	−6.26	<1.2	...	...	...	<−6.83
SSTc2dJ161243.8	174.0 ± 3.2	−26.5	95.6	86.8	−4.67	<9.6	...	...	...	<−5.93
SSTc2dJ161344.1	4.33 ± 0.21	+15.7	53.5	35.5	−6.27	1.84 ± 0.21	−29.1	40	...	−6.65	HVB

Lupus archive

Sz75/GQ Lup	350 ± 40	−3.0	57.0	54.5	−4.36	<120	...	...	...	<−4.83
Sz76	66 ± 3.2	−5.4	60.2	57.9	−5.09	<9.6	...	...	...	<−5.93
Sz77	<90	...	...	...	−4.96	<90	...	...	...	<−4.96
RXJ1556.1-3655	220 ± 97	−2.4	52.2	49.5	−4.57	<291	...	...	...	<−4.45
Sz82/IM Lup	<100	...	...	...	<−4.91	<100	...	...	...	<−4.91
EX Lup	<120	...	...	...	<−4.83	<120	...	...	...	<−4.83

Cha I

Ass Cha T 2-3	697.1 ± 5.5	−6	48.5	45.4	−4.26	121.5 ± 5.5	−67.5	49.0	45.9	−5.02	HVB
						136.6 ± 5.5	+48.2	53.3	50.5	−4.97	HVR
TW Cha	146.4 ± 6.9	−1.76	49.5	46.5	−4.94	<20.7	...	...	...	<−5.79
CR Cha	433.3 ± 57.7	+2.5	29.5	24.1	−4.47	<173.3	...	...	...	<−4.87
Ass Cha T 2-12	2.0 ± 0.7	+8.4	39.5	35.6	−6.80	8.1 ± 0.7	+62.9	39.5	35.6	−6.20	HVR
CT Cha A	1045 ± 447	−13.5	81.4	79.6	−4.09	856.5 ± 44.7	−114.0	88.6	86.9	−4.17	HVB
Hn 5	4.0 ± 0.2	−5.1	33.2	28.5	−6.5	<0.6	...	...	...	<−7.31
Ass Cha T 2-23	100.9 ± 2.0	−7.0	61.9	59.5	−5.10	77.5 ± 2.0	−58.6	33.2	28.52	−5.22	HVB
Ass Cha T 2-24	<25	...	...	...	<−5.71	<25	...	...	...	<−5.71
Cha−Hα −1	1.3 ± 0.6	−13.7	48	44.9	−7.00	<1.8	...	...	...	<−7.71
Cha−Hα −9	<11.6	...	...	...	<−6.04	<11.6	...	...	...	<−6.04
Sz 19	<422.4	...	...	...	<−4.24	<422.4	...	...	...	<−4.48
Sz 22	977.6 ± 5.8	+0.7	30.9	35.1	−4.12	853.6 ± 5.8	−92.0	172.4	171.6	−4.17	HVB
						745.2 ± 5.8	+71.5	112.4	111.1	−4.23	HVR
VW Cha	146.4 ± 6.9	+13.5	66.2	63.9	−3.85	<72	...	...	...	<−5.25
ESO Hα 562	823.5 ± 3.0	−6.8	45.2	41.9	−4.19	1882.6 ± 3.0	−71.8	47.1	43.9	−3.83	HVB
						386.8 ± 3.0	+104.6	67.6	67.4	−4.52	HVR
ISO−ChaI 143	21.0 ± 0.1	+13.8	81.4	79.6	−5.78	<0.4	...	...	...	<−7.56
Cha−Hα −6	<0.25	...	...	...	<−7.71	<0.25	...	...	...	<−7.71
Ass Cha T 2-38	443.2 ± 3.1	+0.6	69.5	67.4	−4.46	<9.4	...	...	...	<−6.13
CHXR 79	102.8 ± 8.6	−23	47	43.8	−4.84	114.3 ± 8.6	−78.7	42.7	39.17	−5.05	HVB
						41.7 ± 8.6	+32	24	16.9	−5.48	HVR
Ass Cha T 2-40	190.5 ± 5.9	0.0	38	33.9	−4.83	<21	...	...	...	<−5.78
Hn 10E	<5.7E-16	...	...	...	<−6.06	<5.7E-16	...	...	...	<−6.35
ISO-ChaI 207	56.7 ± 2.4	−0.9	14.2	...	−4.74	<7.3	...	...	...	<−6.24
Sz 32	2267.9 ± 12.3	−13.3	47	43.8	−3.72	2399.3 ± 12.3	−79.3	142	140.979	−3.73	HVB
Sz 33	27.1 ± 1.0	−8.0	34	29.4	−4.78	10.3 ± 1.0	−55	47.4	44.24	−6.09	HVB
Ass Cha T 2-44	3776 ± 187	−5.2	68.6	66.5	−3.53	<563	...	...	...	<−4.36
ISO−ChaI 237	<30.7	...	...	...	<−5.62	<30.7	...	...	...	<−5.62
Sz 37	71.3 ± 3.4	−5.0	46	42.7	−4.98	<10.3	...	...	...	<−6.09
Ass Cha T 2-49	277.4 ± 3.1	−6.2	39.0	35.1	−4.66	292.8 ± 3.1	−78.0	47.4	44.2	−4.64	HVB
CHX 18N	380.2 ± 25.1	−8.0	63.8	61.5	−4.53	<75.3	...	...	...	<−5.23
Ass Cha T 2-51	<53.0	...	...	...	<−5.38	<53.0	...	...	...	<−5.38
Ass Cha T 2-52	615.2 ± 47.1	+2.58	38	33.9	−4.32	<125.7	...	...	...	<−5.01
CW Cha	349.5 ± 2.5	+0.8	47	43.8	−4.47	90.9 ± 2.5	−99.6	85	83.28	−5.15	HVB
						115.8 ± 2.5	+86.6	28.5	22.9	−5.04	HVR

Cha II

Sz 49	59.2 ± 1.7	+0.4	28.4	22.7	−5.24	28.9 ± 1.7	+139.5	85	83.28	−5.55	HVR
Sz 48SW	81.5 ± 3.7	+16.5	76	74.07	−5.10	<30	...	...	...	<−5.54
Sz 50	<17.0	...	...	...	<−5.87	<17.0	...	...	...	<−5.87
CM Cha	101.6 ± 9.3	−10	47	43.8	−5.01	<28.0	...	...	...	<−5.57
Hn 22	<3	...	...	...	<−6.54	<3	...	...	...	<−6.54
Hn 23	328.1 ± 18.9	−5.4	57	54.4	−4.49	<44	...	...	...	<−5.37
Hn 24	104.9 ± 10.0	−6	52.4	49.6	−5.08	<20	...	...	...	<−5.80
Sz 53	373.9 ± 5.9	−18.5	71	68.9	−4.44	164.5 ± 5.9	−58.1	38	33.98	−4.80	HVB
Sz 58	331.9 ± 11.5	−37.5	95	93.467	−4.49	<54	...	...	...	<−5.28
Sz 61	633.6 ± 23.8	−4.3	47	43.8	−4.21	489.2 ± 23.8	−129	157	156.07	−4.32	HVB

σOri

SO397	<1.00	...	...	0	<−6.402	<1	...	...	...	<−6.8
SO490	0.51 ± 0.1	−22.7	62.8	52.8	−6.69	<0.3	...	...	...	<−7.402
SO500	0.24 ± 0.07	−21.2	80.9	73.4	−7.021	0.04 ± 0.01	−70.3	34	<34	−7.854	HVB
SO587	14.3 ± 0.7	−7.5	56.0	44.5	−5.246	<2	...	...	...	<−6.557
SO646	6.00 ± 0.60	−9.3	71.8	63.2	−5.624	<18	...	...	...	<−5.624
SO848	4.61 ± 0.15	−8.5	42.2	25.1	−5.738	3.6 ± 0.1	−51.8	48.6	34.7	−5.845	HVB
SO1260	4.20 ± 0.35	−6.6	41.7	24.1	−5.778	<10	...	...	...	<−5.925
SO1266	1.88 ± 0.20	−7.5	49.2	35.6	−6.128	<6	...	...	...	<−6.101

Notes.

⁽¹⁾

Line width deconvolved for instrumental profile.

⁽²⁾

Dereddened line luminosity.

⁽³⁾

HVB and HVR refer to High Velocity Blue and Red components, respectively.

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