VizieR

J/ApJ/865/129/table2

Lines, atomic data, EWs, and abundances (901 rows)

Full	Ion	lambda 0.1nm	ExPot eV	log(gf) [-]	r_	EW 0.1pm	l_	log(eps) [-]
1	LiI	6707.80	0.00	0.17	1		<	0.800
2	NaI	4982.81	2.10	-0.92	2	2.8		4.286
3	NaI	5682.63	2.10	-0.71	2	10.5		4.581
4	NaI	5688.20	2.10	-0.41	2	19.7		4.582
5	NaI	6154.23	2.10	-1.55	2	1.1		4.400
6	NaI	6160.75	2.10	-1.25	2	2.8		4.516
7	NaI	8183.26	2.10	0.24	2	61.2		4.465
8	NaI	8194.81	2.10	0.54	2	101.2		4.572
9	MgI	3986.75	4.35	-1.06	2	91.4		6.527
10	MgI	4167.27	4.35	-0.74	2	97.5		6.352
11	MgI	4571.10	0.00	-5.62	2	63.6		6.378
12	MgI	4702.99	4.35	-0.44	2	122.1		6.326
13	MgI	4730.03	4.35	-2.35	2	11.8		6.436
14	MgI	5528.40	4.35	-0.55	3	126.2		6.511
15	MgI	5711.09	4.35	-1.84	3	35.0		6.487
16	AlI	6696.02	3.14	-1.57	2	1.7		4.873
17	AlI	6698.67	3.14	-1.87	2	0.9		4.896
18	AlI	7836.13	4.02	-0.53	2	1.6		4.631
19	SiI	4102.94	1.91	-3.34	2	72.8		6.190
20	SiI	4805.44	4.92	-2.21	2	5.2		6.453
21	SiI	4947.61	5.08	-1.81	2	3.4		6.013
22	SiI	5645.61	4.93	-1.63	2	6.3		5.956
23	SiI	5665.56	4.92	-2.04	2	8.0		6.466
24	SiI	5690.43	4.93	-1.87	2	10.7		6.443
25	SiI	5708.40	4.95	-1.47	2	29.3		6.585
26	SiI	5772.15	5.08	-1.75	2	12.5		6.543
27	SiI	5793.07	4.93	-2.02	2	7.6		6.428
28	SiI	5948.54	5.08	-1.23	2	28.6		6.455
29	SiI	6555.46	5.98	-1.40	2	7.6		6.814
30	SiI	6721.85	5.86	-0.94	2	7.3		6.218
31	SiI	6976.51	5.95	-0.92	2	7.2		6.273
32	SiI	7003.57	5.96	-0.75	2	11.9		6.351
33	SiI	7680.27	5.86	-0.69	2	22.7		6.510
34	SiI	7742.72	6.21	-0.28	2	25.8		6.510
35	SiI	7944.00	5.98	-0.31	2	36.4		6.521
36	SiI	8093.23	5.86	-1.35	2	3.4		6.239
37	KI	7698.96	0.00	-0.18	2	89.8		3.680
38	CaI	3487.60	1.90	-1.37	2	16.7		5.020
39	CaI	3644.41	1.90	-0.30	2	74.2		5.129
40	CaI	3870.48	2.52	-1.09	2	13.1		5.039
41	CaI	4092.63	2.52	-0.86	2	27.5		5.186
42	CaI	4283.01	1.89	-0.22	2	98.6		5.170
43	CaI	4318.65	1.90	-0.21	2	95.0		5.095
44	CaI	4355.08	2.71	-0.42	2	30.2		4.974
45	CaI	4425.44	1.88	-0.36	2	87.9		5.064
46	CaI	4455.89	1.90	-0.53	2	80.3		5.116
47	CaI	4456.61	1.90	-1.66	2	22.0		5.243
48	CaI	4526.94	2.71	-0.42	2	25.9		4.877
49	CaI	4578.55	2.52	-0.56	2	30.6		4.931
50	CaI	4685.27	2.93	-0.88	2	15.0		5.257

Result truncated to 50 rows

J/ApJ/865/129/refs

Abundance analysis of HD 222925 (Roederer+, 2018)

ReadMe+ftp

2018ApJ...865..129R

References (49 rows)

Full	Ref	BibCode	Auth	Comm
1	1	1998ApJ...506..405S	Smith et al.	using HFS/IS from Kurucz & Bell (1995all..book.....K);
2	2		Kramida et al.	(2018), NIST Atomic Spectra Database (ver. 5.5.6)
3	3	2017A&A...598A.102P	Pehlivan Rhodin et al.
4	4	2009A&A...502..989A	Aldenius et al.
5	5	1989JOSAB...6.1457L	Lawler & Dakin	using HFS from Kurucz & Bell (1995all..book.....K);
6	6	2013ApJS..205...11L	Lawler et al.
7	7	2013ApJS..208...27W	Wood et al.	Cat. J/ApJS/208/27
8	8	2014ApJS..215...20L	Lawler et al.	for log(gf) values and HFS; Cat. J/ApJS/215/20
9	9	2014ApJS..214...18W	Wood et al.	for log(gf) values and HFS, when available; Cat. J/ApJS/214/18
10	10	2007ApJ...667.1267S	Sobeck et al.	Cat. J/ApJ/667/1267
11	11	2017ApJS..228...10L	Lawler et al.	Cat. J/ApJS/228/10
12	12	2011ApJS..194...35D	Den Hartog et al.	for log(gf) values and HFS; Cat. J/ApJS/194/35
13	13	1991JOSAB...8.1185O	O'Brian et al.
14	14	2014ApJS..215...23D	Den Hartog et al.	Cat. J/ApJS/215/23
15	15	2017ApJ...848..125B	Belmonte et al.
16	16	2014MNRAS.441.3127R	Ruffoni et al.	Cat. J/MNRAS/441/3127
17	17	2015ApJS..220...13L	Lawler et al.	for log(gf) values and HFS; Cat. J/ApJS/220/13/
18	18	2014ApJS..211...20W	Wood et al.	Cat. J/ApJS/211/20
19	19		Kramida et al.	(2018) NIST Atomic Spectra Database (ver. 5.5.6), using HFS/IS from Kurucz & Bell (1995all..book.....K);
20	20	2012ApJ...750...76R	Roederer & Lawler	Cat. J/ApJ/750/76
21	21	2000ApJS..130..403M	Morton
22	22	2011MNRAS.414.3350B	Biemont et al.
23	23	2006A&A...456.1181L	Ljung et al.
24	24	2008A&A...492..609N	Nilsson & Ivarsson
25	25	1994JQSRT..51..545W	Wickliffe et al.
26	26	1985JOSAB...2.1948D	Duquette & Lawler
27	27	2012A&A...545A..31H	Hansen et al.	for log(gf) value and HFS/IS;
28	28		Kramida et al.	(2018) NIST Atomic Spectra Database (ver. 5.5.6), using HFS/IS from McWilliam (1998AJ....115.1640M) when available;
29	29	2001ApJ...556..452L	Lawler et al.	using HFS from Ivans et al. (2006ApJ...645..613I) when available;
30	30	2009ApJS..182...51L	Lawler et al.	Cat. J/ApJS/182/51
31	31	2007PhyS...76..577L	Li et al.	using HFS from Sneden et al. (2009ApJS..182...80S) ;
32	32	2001PhyS...64..455I	Ivarsson et al.	using HFS from Sneden et al. (2009ApJS..182...80S) ;
33	33	2003ApJS..148..543D	Den Hartog et al.	using HFS/IS from Roederer et al. (2008ApJ...675..723R) when available;
34	34	2006ApJS..162..227L	Lawler et al.	using HFS/IS from Roederer et al. (2008ApJ...675..723R) when available; Cat. J/ApJS/162/227
35	35	2001ApJ...563.1075L	Lawler et al.	using HFS/IS from Ivans et al. (2006ApJ...645..613I) ;
36	36	2006ApJS..167..292D	Den Hartog et al.	Cat. J/ApJS/167/292
37	37	2001ApJS..137..341L	Lawler et al.	using HFS from Lawler et al. (2001ApJS..137..351L) ;
38	38	2000JQSRT..66..363W	Wickliffe et al.
39	39	2004ApJ...604..850L	Lawler et al.	using HFS from Sneden et al. (2009ApJS..182...80S) ;
40	40	2008ApJS..178...71L	Lawler et al.
41	41	1997JOSAB..14..737W	Wickliffe & Lawler	using HFS from Sneden et al. (2009ApJS..182...80S)
42	42	2009ApJS..182...80S	Sneden et al.	for log(gf) value and HFS/IS; Cat. J/ApJS/182/80
43	43	2009ApJS..182...51L	Lawler et al.	for log(gf) values and HFS; Cat. J/ApJS/182/51
44	44	2007ApJS..169..120L	Lawler et al.	Cat. J/ApJS/169/120
45	45	2006A&A...448.1207Q	Quinet et al.
46	46	2007JQSRT.104...52X	Xu et al.	using HFS/IS from Cowan et al. (2005ApJ...627..238C)
47	47	2000MNRAS.312..116B	Biemont et al.	using HFS/IS from Roederer et al. (2012ApJS..203...27R)
48	48	2002A&A...382..368N	Nilsson et al.
49	49	2002A&A...381.1090N	Nilsson et al.