HD37828

HD37828

taken from 5 paper(s):

/J.Melendez and B. Barbuy(2001)/ /T.V.Mishenina et al.(2002)/ /T.V.Mishenina and V. V. Kovtyukh(2001)/ /J.Simmerer et al.(2004)/ /I.U.Roederer et al.(2010)/

J.Melendez et al.,ApJ, 556, 858, 2001(ADS)

Oxygen Abundances in Metal-poor Stars (-2.2 < [Fe/H] < -1.2) from Infrared OH Lines

Stellar Parameters

T_eff : 4326

log g : 1.05

v_turb : 1.3

Chemical Abundances

		Original Data			Converted Data Asplund et al. (2009)
Element	Nline	[X/H]	[X/Fe]	log-e	[X/H]	[X/Fe]	log-e	Element
O	N/A	-0.88	0.54	...	-0.70	0.72	7.99	O
Fe	N/A	-1.42	...	...	-1.42	...	6.08	Fe

Position

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1999-09-21	N/A	PHOENIXKPNO	60000	105	2x300	N/A
1999-09-26	N/A	PHOENIXKPNO	60000	105	2x300	N/A
1999-09-27	N/A	PHOENIXKPNO	50000	100	2x300	N/A

T.V.Mishenina et al.,AAP, 396, 189, 2002(ADS)

Abundances of Cu and Zn in metal-poor stars: Clues for Galaxy evolution

Stellar Parameters

Chemical Abundances

		Original Data			Converted Data Asplund et al. (2009)
Element	Nline	[X/H]	[X/Fe]	log-e	[X/H]	[X/Fe]	log-e	Element
Fe	N/A	-1.49	...	...	-1.49	...	6.01	Fe
Cu I	N/A	...	-0.41+-0.25	...	-1.88+-0.25	-0.39+-0.25	2.31+-0.25	Cu I
Zn I	N/A	...	0.04+-0.26	...	-1.41+-0.26	0.08+-0.26	3.15+-0.26	Zn I

Position

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
N/A	N/A	ELODIE	42000	>100	N/A	N/A

T.V.Mishenina et al.,AAP, 370, 951, 2001(ADS)

Analysis of neutron capture elements in metal-poor stars

Stellar Parameters

T_eff : 4350

log g : 1.0

v_turb : 1.5

Chemical Abundances

		Original Data			Converted Data Asplund et al. (2009)
Element	Nline	[X/H]	[X/Fe]	log-e	[X/H]	[X/Fe]	log-e	Element
Mg I	N/A	...	0.26	...	-1.34	0.24	6.26	Mg I
Si I	N/A	...	0.42	...	-1.12	0.46	6.39	Si I
Ca I	N/A	...	0.47	...	-1.09	0.49	5.25	Ca I
Fe	N/A	-1.58	...	...	-1.58	...	5.92	Fe
Sr I	N/A	...	0.01	...	-1.47	0.11	1.40	Sr I
Ba II	N/A	...	0.08	...	-1.55	0.03	0.63	Ba II
La II	N/A	...	0.18	...	-1.33	0.25	-0.23	La II
Ce II	N/A	...	0.17	...	-1.41	0.17	0.17	Ce II
Nd II	N/A	...	0.39	...	-1.11	0.47	0.31	Nd II
Eu II	N/A	...	0.35	...	-1.24	0.34	-0.72	Eu II

Position

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
N/A	N/A	ELODIE	42000	>100	N/A	N/A

J.Simmerer et al.,ApJ, 617, 1091, 2004(ADS)

The Rise of the s-Process in the Galaxy

Stellar Parameters

T_eff : 4350

log g : 1.50

v_turb : 1.85

Chemical Abundances

		Original Data			Converted Data Asplund et al. (2009)
Element	Nline	[X/H]	[X/Fe]	log-e	[X/H]	[X/Fe]	log-e	Element
C	N/A	...	-0.2	...	-1.64	-0.02	6.79	C
Fe I	17	-1.62	...	...	-1.62	...	5.88	Fe I
Fe II	9	-1.42	...	...	-1.42	...	6.08	Fe II
La II	N/A	...	...	-0.12+-0.06	-1.22+-0.06	0.40+-0.06	-0.12+-0.06	La II
Eu II	N/A	...	...	-0.53+-0.04	-1.05+-0.04	0.57+-0.04	-0.53+-0.04	Eu II

Position

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
	N/A	MCDONALD	60000	100	N/A	N/A

I.U.Roederer et al.,ApJ, 724, 975, 2010(ADS)

THE UBIQUITY OF THE RAPID NEUTRON-CAPTURE PROCESS

Chemical Abundances

		Original Data			Converted Data Asplund et al. (2009)
Element	Nline	[X/H]	[X/Fe]	log-e	[X/H]	[X/Fe]	log-e	Element
Fe	N/A	-1.62	...	...	-1.62	...	5.88	Fe
Zn I	N/A	...	...	3.18	-1.38	0.24	3.18	Zn I
Y II	N/A	...	...	0.7	-1.51	0.11	0.7	Y II
Pb I	N/A	...	...	0.77	-1.27	0.35	0.77	Pb I

Position

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
	N/A	MCDONALD	60000	100	N/A	N/A