HD006833
Original Names

• HD6833 in T.V.Mishenina+,AAP, 396, 189, 2002
• HIP5458 in K.A.Venn+,AJ, 128, 1177, 2004


taken from 10 paper(s):


/T.V.Mishenina et al.(2002)/ /T.V.Mishenina and V. V. Kovtyukh(2001)/ /J.P.Fulbright and J. A. Johnson(2003)/ /J.P.Fulbright(2000)/ /J.Simmerer et al.(2004)/ /D.Yong and D. L. Lambert(2003)/ /Y.Saito et al.(2009)/ /I.U.Roederer et al.(2010)/ /T.Mishenina et al.(2017)/ /K.A.Venn et al.(2004)/



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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	-1.13	...	...	-1.13	...	6.37	Fe
Cu I	N/A	...	-0.12+-0.24	...	-1.23+-0.24	-0.10+-0.24	2.96+-0.24	Cu I
Zn I	N/A	...	-0.14+-0.26	...	-1.23+-0.26	-0.10+-0.26	3.33+-0.26	Zn I




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

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

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

Analysis of neutron capture elements in metal-poor stars




Stellar Parameters

Teff : 4400

log g : 1.0

vturb : 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	...	0.11	...	-0.80	0.09	6.80	Mg I
Si I	N/A	...	0.13	...	-0.72	0.17	6.79	Si I
Ca I	N/A	...	0.26	...	-0.61	0.28	5.73	Ca I
Fe	N/A	-0.89	...	...	-0.89	...	6.61	Fe
Sr I	N/A	...	-0.05	...	-0.84	0.05	2.03	Sr I
Ba II	N/A	...	-0.24	...	-1.18	-0.29	1.00	Ba II
La II	N/A	...	-0.17	...	-0.99	-0.10	0.11	La II
Ce II	N/A	...	-0.12	...	-1.01	-0.12	0.57	Ce II
Nd II	N/A	...	0.12	...	-0.69	0.20	0.73	Nd II
Eu II	N/A	...	0.00	...	-0.90	-0.01	-0.38	Eu II




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

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

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J.P.Fulbright et al.,ApJ, 595, 1154, 2003(ADS)

Oxygen Abundances in Metal-poor Stars




Stellar Parameters

Teff : 4300

log g : 1.63

vturb : 1.55

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 I	N/A	...	0.17+-0.07	8.12+-0.14	-0.57+-0.14	0.15+-0.07	8.12+-0.14	O I
Fe	N/A	-0.74	...	...	-0.72	...	6.78	Fe
Fe I	N/A	...	...	6.43+-0.08	-1.07+-0.08	...	6.43+-0.08	Fe I
Fe II	N/A	...	...	6.78+-0.13	-0.72+-0.13	...	6.78+-0.13	Fe II




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2001-09-29	N/A	GECKOCFHT	130000	190	300	N/A
2002-01-05	N/A	MAYALLKPNO	40000	260	300	N/A

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J.P.Fulbright et al.,AJ, 120, 1841, 2000(ADS)

ABUNDANCES AND KINEMATICS OF FIELD HALO AND DISK STARS. I. OBSERVATIONAL DATA AND ABUNDANCE ANALYSIS




Stellar Parameters

Teff : 4450

log g : 1.4

vturb : 1.55

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
Na I	N/A	...	-0.06	...	-1.01	0.01	5.23	Na I
Mg I	N/A	...	0.45	...	-0.61	0.41	6.99	Mg I
Al I	N/A	...	0.16	...	-0.86	0.16	5.59	Al I
Si I	N/A	...	0.33	...	-0.67	0.35	6.84	Si I
Ca I	N/A	...	0.37	...	-0.65	0.37	5.69	Ca I
Ti	N/A	...	0.12	...	-0.88	0.14	4.07	Ti
V I	N/A	...	-0.03	...	-1.00	0.02	2.93	V I
Fe	N/A	-1.04	...	...	-1.02	...	6.48	Fe
Ni I	N/A	...	0.02	...	-0.99	0.03	5.23	Ni I
Y II	N/A	...	-0.21	...	-1.22	-0.20	0.99	Y II
Zr II	N/A	...	0.48	...	-0.54	0.48	2.04	Zr II
Ba II	N/A	...	0.08	...	-1.01	0.01	1.17	Ba II
Eu II	N/A	...	0.56	...	-0.49	0.53	0.03	Eu II




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1998-10-30	N/A	LICKHAMILTON	50000	70	900	N/A

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

The Rise of the s-Process in the Galaxy




Stellar Parameters

Teff : 4402

log g : 1.50

vturb : 1.20

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	...	-0.87	-0.02	7.56	C
Fe I	12	-0.85	...	...	-0.85	...	6.65	Fe I
Fe II	10	-0.83	...	...	-0.83	...	6.67	Fe II
La II	N/A	...	...	0.34+-0.13	-0.76+-0.13	0.09+-0.13	0.34+-0.13	La II
Eu II	N/A	...	...	0.1+-0.06	-0.42+-0.06	0.43+-0.06	0.1+-0.06	Eu II




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

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

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D.Yong et al.,ApJ, 599, 1357, 2003(ADS)

Magnesium Isotopic Abundance Ratios in Cool Stars




Stellar Parameters

Teff : 4400+-150

log g : 1.10+-0.3

vturb : 1.7+-0.3

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
Fe	N/A	-0.93+-0.2	...	...	-0.93+-0.2	...	6.57+-0.2	Fe




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2000-08	N/A	MCDONALD	120000	150	N/A	N/A

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Y.Saito et al.,PASJ, 61, 549, 2009(ADS)

Chemical Evolution of Zinc in the Galaxy




Stellar Parameters

Teff : 4435

log g : 1.73

vturb : 0.90

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 I	N/A	-0.55	...	...	-0.60	...	6.90	Fe I
Fe II	N/A	-0.55	...	...	-0.60	...	6.90	Fe II
Zn I	N/A	...	0.08+-0.2	...	-0.43+-0.2	0.17+-0.2	4.13+-0.2	Zn I




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
N/A	N/A	OAO	50000	265	N/A	N/A

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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	-0.85	...	...	-0.85	...	6.65	Fe
Zn I	N/A	...	...	3.77	-0.79	0.06	3.77	Zn I
Y II	N/A	...	...	1.22	-0.99	-0.14	1.22	Y II
Pb I	N/A	...	...	1.69	-0.35	0.50	1.69	Pb I




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

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

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T.Mishenina et al.,MNRAS, 469, 4378, 2017(ADS)

Observing the metal-poor solar neighbourhood: a comparison of galactic chemical evolution predictions




Stellar Parameters

Teff : 4415+-100

log g : 1.50+-0.2

vturb : 1.3+-0.1

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
Li I	N/A	...	...	<-0.20	<-3.46	<-2.69	<-0.20	Li I
O I	N/A	...	0.08+-0.10	...	-0.67+-0.10	0.10+-0.10	8.02+-0.10	O I
Na I	N/A	...	-0.37+-0.14	...	-1.13+-0.14	-0.36+-0.14	5.11+-0.14	Na I
Mg I	N/A	...	0.04+-0.10	...	-0.79+-0.10	-0.02+-0.10	6.81+-0.10	Mg I
Al I	N/A	...	-0.30+-0.15	...	-1.09+-0.15	-0.32+-0.15	5.36+-0.15	Al I
Si I	N/A	...	0.16+-0.10	...	-0.60+-0.10	0.17+-0.10	6.91+-0.10	Si I
Ca I	N/A	...	0.32+-0.12	...	-0.48+-0.12	0.29+-0.12	5.86+-0.12	Ca I
Sc II	N/A	...	-0.07+-0.04	...	-0.93+-0.04	-0.16+-0.04	2.22+-0.04	Sc II
Ti	N/A	...	0.09+-0.06	...	-0.66+-0.06	0.11+-0.06	4.29+-0.06	Ti
V I	N/A	...	0.01+-0.12	...	-0.73+-0.12	0.04+-0.12	3.20+-0.12	V I
Cr	N/A	...	-0.04+-0.07	...	-0.80+-0.07	-0.03+-0.07	4.84+-0.07	Cr
Mn I	N/A	...	-0.38+-0.03	...	-1.36+-0.03	-0.59+-0.03	4.07+-0.03	Mn I
Fe	N/A	-0.77+-0.07	...	...	-0.77+-0.07	...	6.73+-0.07	Fe
Co I	N/A	...	-0.15+-0.11	...	-0.95+-0.11	-0.18+-0.11	4.04+-0.11	Co I
Ni I	N/A	...	-0.12+-0.07	...	-0.91+-0.07	-0.14+-0.07	5.31+-0.07	Ni I
Cu I	N/A	...	-0.54+-0.04	...	-1.44+-0.04	-0.67+-0.04	2.75+-0.04	Cu I
Zn I	N/A	...	-0.01+-0.06	...	-0.80+-0.06	-0.03+-0.06	3.76+-0.06	Zn I
Sr II	N/A	...	-0.14+-0.15	...	-0.86+-0.15	-0.09+-0.15	2.01+-0.15	Sr II
Y II	N/A	...	-0.21+-0.09	...	-1.12+-0.09	-0.35+-0.09	1.09+-0.09	Y II
Zr II	N/A	...	0.07+-0.07	...	-0.68+-0.07	0.09+-0.07	1.90+-0.07	Zr II
Ba II	N/A	...	0.05+-0.10	...	-0.73+-0.10	0.04+-0.10	1.45+-0.10	Ba II
La II	N/A	...	0.10+-0.06	...	-0.67+-0.06	0.10+-0.06	0.43+-0.06	La II
Pr II	N/A	...	0.02+-0.07	...	-0.66+-0.07	0.11+-0.07	0.06+-0.07	Pr II
Nd II	N/A	...	0.11+-0.06	...	-0.62+-0.06	0.15+-0.06	0.80+-0.06	Nd II
Eu I	N/A	...	0.44	...	-0.43	0.34	0.09	Eu I
Eu II	N/A	...	0.31	...	-0.56	0.21	-0.04	Eu II




Position

Right Ascension : 01 09 52.2649551382

Declination : +54 44 20.273398737

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2006-09-19	N/A	N/A	75000	234	N/A	-243.410

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K.A.Venn et al.,AJ, 128, 1177, 2004(ADS)

Stellar Chemical Signatures and Hierarchical Galaxy Formation




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
Na	N/A	...	-0.06	...	-1.01	0.03	5.23	Na
Mg	N/A	...	0.45	...	-0.61	0.43	6.99	Mg
Ca	N/A	...	0.37	...	-0.65	0.39	5.69	Ca
Ti	N/A	...	0.12	...	-0.85	0.19	4.10	Ti
Fe	N/A	-1.04	...	...	-1.04	...	6.46	Fe
Ni	N/A	...	0.02	...	-0.99	0.05	5.23	Ni
Y	N/A	...	-0.21	...	-1.22	-0.18	0.99	Y
Ba	N/A	...	0.08	...	-1.01	0.03	1.17	Ba
Eu	N/A	...	0.56	...	-0.49	0.55	0.03	Eu




Position

Right Ascension : 01 09 52.26

Declination : +54 44 20.3

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log