HD94028
Original Names

• BD+21_2247 in C.Charbonnel+,AAP, 442, 961, 2005
• G58-25 in J.Simmerer+,ApJ, 617, 1091, 2004
• HIP53070 in K.A.Venn+,AJ, 128, 1177, 2004


taken from 25 paper(s):


/R.G.Gratton et al.(2000)/ /T.V.Mishenina et al.(2002)/ /T.V.Mishenina and V. V. Kovtyukh(2001)/ /K.Jonsell et al.(2005)/ /A.M.Besgaard and M. C. Novicki(2006)/ /J.R.Shi et al.(2007)/ /J.P.Fulbright(2000)/ /D.K.Lai et al.(2007)/ /J.Simmerer et al.(2004)/ /R.G.Gratton et al.(2003)/ /G.Bihain et al.(2004)/ /A.M.Boesgaard et al.(1999)/ /N.Ryde and D. L. Lambert(2004)/ /M.Takada-Hidai et al.(2002)/ /R.Smiljanic et al.(2009)/ /C.Charbonnel and F. Primas(2005)/ /J.A.Rich and A. M. Boesgaard(2009)/ /A.Ford et al.(2002)/ /I.U.Roederer et al.(2010)/ /T.Gehren et al.(2006)/ /I.U.Roederer et al.(2014)/ /I.U.Roederer et al.(2016)/ /A.M.Boesgaard et al.(2011)/ /I.U.Roederer et al.(2018)/ /K.A.Venn et al.(2004)/



---

R.G.Gratton et al.,AAP, 354, 169, 2000(ADS)

Mixing along the red giant branch in metal-poor field stars




Stellar Parameters

Teff : 6061

log g : 4.34

vturb : 1.10

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	...	...	2.38	-0.88	0.56	2.38	Li I
C	N/A	...	-0.07	...	-1.39	0.05	7.04	C
O	N/A	...	0.32	...	-0.89	0.55	7.80	O
Na	N/A	...	-0.07	...	-1.47	-0.03	4.77	Na
Fe I	N/A	-1.39	...	...	-1.44	...	6.06	Fe I
Fe II	N/A	-1.42	...	...	-1.47	...	6.03	Fe II




Isotopic Ratio

12C/13C

>30

Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1995-05	N/A	CESESO	50000	80-150	N/A	N/A
1995-11	N/A	CESESO	50000	80-150	N/A	N/A
1995-11	N/A	MCDONALD	60000	70-100	N/A	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	-1.43	...	...	-1.43	...	6.07	Fe
Cu I	N/A	...	-0.47+-0.11	...	-1.88+-0.11	-0.45+-0.11	2.31+-0.11	Cu I
Zn I	N/A	...	-0.03+-0.09	...	-1.42+-0.09	0.01+-0.09	3.14+-0.09	Zn I




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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

---

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

Analysis of neutron capture elements in metal-poor stars




Stellar Parameters

Teff : 5950

log g : 4.0

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	...	0.17	...	-1.28	0.15	6.32	Mg I
Si I	N/A	...	0.35	...	-1.04	0.39	6.47	Si I
Ca I	N/A	...	0.41	...	-1.00	0.43	5.34	Ca I
Fe	N/A	-1.43	...	...	-1.43	...	6.07	Fe
Ba II	N/A	...	0.06	...	-1.42	0.01	0.76	Ba II
Ce II	N/A	...	0.08	...	-1.35	0.08	0.23	Ce II




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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

---

K.Jonsell et al.,AAP, 440, 321, 2005(ADS)

Chemical abundances in 43 metal-poor stars




Stellar Parameters

Teff : 5934

log g : 4.23

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
O I	N/A	...	0.56	...	-0.86	0.53	7.83	O I
Na I	N/A	...	-0.05	...	-1.35	0.04	4.89	Na I
Mg I	N/A	...	0.30	...	-1.11	0.28	6.49	Mg I
Al I	N/A	...	0.46	...	-0.91	0.48	5.54	Al I
Si I	N/A	...	0.29	...	-1.06	0.33	6.45	Si I
Ca I	N/A	...	0.23	...	-1.14	0.25	5.20	Ca I
Fe	N/A	-1.39	...	...	-1.39	...	6.11	Fe
Fe II	N/A	...	-0.09	...	-1.48	-0.09	6.02	Fe II
Ni I	N/A	...	0.06	...	-1.30	0.09	4.92	Ni I
Ba II	N/A	...	-0.04	...	-1.48	-0.09	0.70	Ba II




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	CATCESESO	60000	200	N/A	N/A

---

A.M.Besgaard et al.,ApJ, 641, 1122, 2006(ADS)

Beryllium in Disk and Halo Stars: Evidence for a Beryllium Dispersion in Old Stars




Stellar Parameters

Teff : 5907+-69

log g : 4.44+-0.20

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
Li	N/A	...	...	2.25	-1.01	0.52	2.25	Li
Be	N/A	...	...	0.51+-0.12	-0.87+-0.12	0.66+-0.12	0.51+-0.12	Be
Fe	N/A	-1.54	...	...	-1.53	...	5.97	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2003-05-27	N/A	SUBARUHDS	50000	134	600	N/A

---

J.R.Shi et al.,AAP, 465, 587, 2007(ADS)

Lithium abundances in metal-poor stars (Research Note)




Stellar Parameters

Teff : 5925

log g : 4.19

vturb : 1.50

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	...	...	2.21	-1.05	0.45	2.21	Li I
Fe	N/A	-1.51	...	...	-1.50	...	6.00	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	FOCES	40000	100-400	N/A	N/A

---

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 : 5900

log g : 4.2

vturb : 1.45

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	...	...	2.2	-1.06	0.47	2.2	Li I
Na I	N/A	...	0.03	...	-1.43	0.10	4.81	Na I
Mg I	N/A	...	0.53	...	-1.04	0.49	6.56	Mg I
Al I	N/A	...	0.22	...	-1.31	0.22	5.14	Al I
Si I	N/A	...	0.55	...	-0.96	0.57	6.55	Si I
Ca I	N/A	...	0.38	...	-1.15	0.38	5.19	Ca I
Ti	N/A	...	0.4	...	-1.11	0.42	3.84	Ti
V I	N/A	...	0.03	...	-1.45	0.08	2.48	V I
Cr I	N/A	...	-0.01	...	-1.53	0.00	4.11	Cr I
Fe	N/A	-1.55	...	...	-1.53	...	5.97	Fe
Ni I	N/A	...	0.08	...	-1.44	0.09	4.78	Ni I
Y II	N/A	...	0.14	...	-1.38	0.15	0.83	Y II
Ba II	N/A	...	0.28	...	-1.32	0.21	0.86	Ba II
Eu II	N/A	...	0.33	...	-1.23	0.30	-0.71	Eu II




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1995-06-10	N/A	LICKHAMILTON	50000	110	500	N/A

---

D.K.Lai et al.,ApJ, 667, 1185, 2007(ADS)

Carbon and Strontium Abundances of Metal-poor Stars




Stellar Parameters

Teff : 5925

log g : 4.63

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	...	-0.05+-0.17	...	-1.28+-0.17	-0.09+-0.17	7.15+-0.17	C
Fe	N/A	-1.36	...	...	-1.19	...	6.31	Fe
Sr	N/A	...	0.36	...	-0.97	0.22	1.90	Sr
Ba	N/A	...	-0.04	...	-1.45	-0.26	0.73	Ba




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	KECKII	7000	N/A	N/A	N/A

---

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

The Rise of the s-Process in the Galaxy




Stellar Parameters

Teff : 6001

log g : 4.21

vturb : 1.00

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	...	0.05	...	-1.17	0.23	7.26	C
Fe I	8	-1.40	...	...	-1.40	...	6.10	Fe I
Fe II	7	-1.53	...	...	-1.53	...	5.97	Fe II
La II	N/A	...	...	-0.03+-0.03	-1.13+-0.03	0.27+-0.03	-0.03+-0.03	La II
Eu II	N/A	...	...	-0.66+-0.09	-1.18+-0.09	0.22+-0.09	-0.66+-0.09	Eu II




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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

---

R.G.Gratton et al.,AAP, 404, 187, 2003(ADS)

Abundances for metal-poor stars with accurate parallaxes I. Basic data




Stellar Parameters

Teff : 5995

log g : 4.3

vturb : 1.26

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	...	0.68+-0.069	...	-0.74+-0.069	0.76+-0.069	7.95+-0.069	O I
Na I	N/A	...	-0.07+-0.054	...	-1.59+-0.054	-0.09+-0.054	4.65+-0.054	Na I
Mg I	N/A	...	0.53+-0.055	...	-1.13+-0.055	0.37+-0.055	6.47+-0.055	Mg I
Si I	N/A	...	0.35+-0.048	...	-1.12+-0.048	0.38+-0.048	6.39+-0.048	Si I
Ca I	N/A	...	0.32+-0.033	...	-1.24+-0.033	0.26+-0.033	5.10+-0.033	Ca I
Ti I	N/A	...	0.3+-0.03	...	-1.07+-0.03	0.43+-0.03	3.88+-0.03	Ti I
Ti II	N/A	...	0.23+-0.048	...	-1.14+-0.048	0.36+-0.048	3.81+-0.048	Ti II
Fe I	N/A	-1.49+-0.051	...	...	-1.50+-0.051	...	6.00+-0.051	Fe I
Fe II	N/A	-1.56+-0.066	...	...	-1.57+-0.066	...	5.93+-0.066	Fe II




Binary Parameters

Binarity

Positive

Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	80000	200	N/A	61.9

---

G.Bihain et al.,AAP, 423, 777, 2004(ADS)

Cu and Zn in the early Galaxy




Stellar Parameters

Teff : 6058+-72

log g : 4.27+-0.06

vturb : 1.0

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	...	...	-1.32	...	6.18	Fe
Cu I	N/A	-1.79+-0.29	...	...	-1.77+-0.29	-0.45+-0.29	2.42+-0.29	Cu I
Zn I	N/A	-1.39+-0.17	...	...	-1.35+-0.17	-0.03+-0.17	3.21+-0.17	Zn I




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	WHTUES	50000	80-150	N/A	N/A

---

A.M.Boesgaard et al.,AJ, 117, 492, 1999(ADS)

OXYGEN IN UNEVOLVED METAL-POOR STARS FROM KECK ULTRAVIOLET HIRES SPECTRA




Stellar Parameters

Teff : 6043

log g : 4.45

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
O	N/A	-0.87+-0.08	0.59+-0.11	8.06	-0.63+-0.08	0.66+-0.11	8.06	O
Fe	N/A	-1.46	...	...	-1.29	...	6.21	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1995-03-15	N/A	KECKHIRES	45000	60	1200	N/A

---

N.Ryde et al.,AAP, 415, 559, 2004(ADS)

On the Galactic chemical evolution of sulfur




Stellar Parameters

Teff : 5980+-100

log g : 4.30+-0.15

vturb : 1.5+-0.5

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
S I	N/A	-1.27	0.08	5.93	-1.19	0.16	5.93	S I
Fe II	N/A	-1.35	...	6.15	-1.35	...	6.15	Fe II




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2002-04-27	N/A	MCDONALD	60000	N/A	3600	N/A

---

M.Takada-Hidai et al.,ApJ, 573, 614, 2002(ADS)

Behavior of Sulfur Abundances in Metal-poor Giants and Dwarfs




Stellar Parameters

Teff : 5980+-100

log g : 4.30+-0.15

vturb : 1.5+-0.5

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
S I	N/A	-1.15	...	6.06	-1.06	0.39	6.06	S I
Fe I	N/A	-1.46	...	6.05	-1.45	...	6.05	Fe I




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

---

R.Smiljanic et al.,AAP, 499, 103, 2009(ADS)

Beryllium abundances and star formation in the halo and in the thick disk




Stellar Parameters

Teff : 5900

log g : 4.27

vturb : 1.45

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	N/A	...	...	2.21	-1.05	0.35	2.21	Li
Be	N/A	...	...	0.2	-1.18	0.22	0.2	Be
Fe	N/A	-1.4	...	...	-1.40	...	6.10	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

---

C.Charbonnel et al.,AAP, 442, 961, 2005(ADS)

The lithium content of the Galactic Halo stars




Stellar Parameters

Teff : 5930

log g : 4.20

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
Li I	N/A	...	...	2.209+0.026-0.050	-1.05+0.026-0.050	0.50+0.026-0.050	2.209+0.026-0.050	Li I
Fe	N/A	-1.55+-0.080	...	...	-1.55+-0.080	...	5.95+-0.080	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

---

J.A.Rich et al.,ApJ, 701, 1519, 2009(ADS)

BERYLLIUM, OXYGEN, AND IRON ABUNDANCES IN EXTREMELY METAL-DEFICIENT STARS




Stellar Parameters

Teff : 5907+-64

log g : 4.44+-0.17

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
Be II	N/A	...	...	0.39+-0.08	-0.99+-0.08	0.55+-0.08	0.39+-0.08	Be II
OH	N/A	-1.17+-0.1	...	...	-0.99+-0.1	0.55+-0.1	7.70+-0.1	OH
Fe	N/A	-1.54+-0.09	...	...	-1.54+-0.09	...	5.96+-0.09	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	KECKHIRES	46000	N/A	N/A	N/A

---

A.Ford et al.,AAP, 393, 617, 2002(ADS)

Lithium 6104 A in Population II stars




Stellar Parameters

Teff : 6001

log g : 4.15

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	...	...	2.29+-0.02	-0.97+-0.02	0.53+-0.02	2.29+-0.02	Li I
Fe	N/A	-1.50	...	...	-1.50	...	6.00	Fe




Binary Parameters

Binarity

Positive

Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1998-11	N/A	WHTUES	50000	270	N/A	N/A
1999-12	N/A	WHTUES	50000	270	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	-1.40	...	...	-1.40	...	6.10	Fe
Zn I	N/A	...	...	3.2	-1.36	0.04	3.2	Zn I
Y II	N/A	...	...	0.76	-1.45	-0.05	0.76	Y II
Pb I	N/A	...	...	1.29	-0.75	0.65	1.29	Pb I




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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

---

T.Gehren et al.,AAP, 451, 1065, 2006(ADS)

Na, Mg and Al abundances as a population discriminant for nearby metal-poor stars




Stellar Parameters

Teff : 5925

log g : 4.19+-0.10

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
Na I	4	...	0.02	...	-1.40	0.10	4.84	Na I
Mg I	6	...	0.35	...	-1.18	0.32	6.42	Mg I
Fe	N/A	-1.51	...	...	-1.50	...	6.00	Fe




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	FOCES	40000	200	4800	N/A

---

I.U.Roederer et al.,AJ, 147, 136, 2014(ADS)

A SEARCH FOR STARS OF VERY LOW METAL ABUNDANCE. VI. DETAILED ABUNDANCES OF 313 METAL-POOR STARS




Stellar Parameters

Teff : 5730+-43

log g : 3.7+-0.2

vturb : 1+-0.06

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	1	...	...	2.08	-1.18	0.58	2.08	Li I
CH	1	...	-0.04+-0.25	6.57	-1.86	-0.10+-0.25	6.57	CH
CN	1	...	<0.49	<6.50	<-1.33	<0.43	<6.50	CN
O I	2	...	0.44+-0.20	7.37	-1.32	0.44+-0.20	7.37	O I
Na I	2	...	0.09+-0.22	4.57	-1.67	0.09+-0.22	4.57	Na I
Mg I	4	...	0.43+-0.24	6.27	-1.33	0.43+-0.24	6.27	Mg I
Al I	1	...	-0.30+-0.34	4.39	-2.06	-0.30+-0.34	4.39	Al I
Si I	2	...	0.48+-0.26	6.24	-1.27	0.49+-0.26	6.24	Si I
K I	1	...	0.46+-0.23	3.73	-1.30	0.46+-0.23	3.73	K I
Ca I	10	...	0.46+-0.25	5.04	-1.30	0.46+-0.25	5.04	Ca I
Sc II	6	...	0.11+-0.13	1.45	-1.70	0.06+-0.13	1.45	Sc II
Ti I	14	...	0.21+-0.20	3.40	-1.55	0.21+-0.20	3.40	Ti I
Ti II	22	...	0.39+-0.14	3.53	-1.42	0.34+-0.14	3.53	Ti II
V I	1	...	-0.04+-0.22	2.13	-1.80	-0.04+-0.22	2.13	V I
V II	2	...	0.25+-0.23	2.37	-1.56	0.20+-0.23	2.37	V II
Cr I	11	...	-0.15+-0.20	3.73	-1.91	-0.15+-0.20	3.73	Cr I
Cr II	3	...	0.32+-0.14	4.15	-1.49	0.27+-0.14	4.15	Cr II
Mn I	7	...	-0.36+-0.21	3.31	-2.12	-0.36+-0.21	3.31	Mn I
Fe I	96	-1.76+-0.21	...	5.74	-1.76+-0.21	...	5.74	Fe I
Fe II	10	-1.81+-0.14	...	5.69	-1.81+-0.14	...	5.69	Fe II
Co I	2	...	-0.25+-0.24	2.98	-2.01	-0.25+-0.24	2.98	Co I
Ni I	6	...	0.04+-0.23	4.50	-1.72	0.04+-0.23	4.50	Ni I
Cu I	1	...	-0.50+-0.23	1.93	-2.26	-0.50+-0.23	1.93	Cu I
Zn I	3	...	0.15+-0.20	2.95	-1.61	0.15+-0.20	2.95	Zn I
Sr II	2	...	0.38+-0.15	1.44	-1.43	0.33+-0.15	1.44	Sr II
Y II	3	...	0.06+-0.15	0.46	-1.75	0.01+-0.15	0.46	Y II
Zr II	3	...	0.49+-0.14	1.25	-1.33	0.43+-0.14	1.25	Zr II
Nb II	1	...	<1.50	<1.15	<-0.31	<1.45	<1.15	Nb II
Mo I	1	...	<0.71	<0.83	<-1.05	<0.71	<0.83	Mo I
Tc I	1	...	...	<1.16	<1.16	<2.92	<1.16	Tc I
Ba II	3	...	0.33+-0.13	0.70	-1.48	0.28+-0.13	0.70	Ba II
La II	4	...	0.20+-0.18	-0.51	-1.61	0.15+-0.18	-0.51	La II
Ce II	2	...	0.29+-0.19	0.05	-1.53	0.23+-0.19	0.05	Ce II
Pr II	1	...	<1.29	<0.20	<-0.52	<1.24	<0.20	Pr II
Nd II	1	...	0.05+-0.19	-0.34	-1.76	-0.00+-0.19	-0.34	Nd II
Sm II	2	...	<0.35	<-0.50	<-1.46	<0.30	<-0.50	Sm II
Eu II	2	...	0.13+-0.16	-1.16	-1.68	0.08+-0.16	-1.16	Eu II
Gd II	2	...	<0.75	<0.01	<-1.06	<0.70	<0.01	Gd II
Dy II	1	...	0.25+-0.16	-0.46	-1.56	0.20+-0.16	-0.46	Dy II
Er II	2	...	<0.76	<-0.13	<-1.05	<0.71	<-0.13	Er II
Tm II	2	...	<0.71	<-1.00	<-1.12	<0.64	<-1.00	Tm II
Yb II	1	...	-0.12+-0.21	-1.01	-1.93	-0.17+-0.21	-1.01	Yb II
Hf II	2	...	<1.15	<0.19	<-0.52	<1.24	<0.19	Hf II
Ir I	1	...	<1.63	<1.25	<-0.13	<1.63	<1.25	Ir I
Pb I	1	...	<1.18	<1.46	<-0.58	<1.18	<1.46	Pb I




Binary Parameters

Binarity	Negative
Vrad	65.6

Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2009-02-18-05:30	2454880.735	MCDONALD	33000	55-170	2400	65.9
2009-06-12-02:43	2454994.612	MCDONALD	33000	55-170	900	65.3

---

I.U.Roederer et al.,ApJ, 821, 37, 2016(ADS)

The Diverse Origins of Neutron-capture Elements in the Metal-poor Star HD 94028: Possible Detection of Products of I-Process Nucleosynthesis




Stellar Parameters

Teff : 5270+-71

log g : 4.31+-0.16

vturb : 0.90+-0.30

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	1	...	0.05+-0.08	2.03+-0.08	-1.23+-0.08	0.52+-0.08	2.03+-0.08	Li I
C	1	...	-0.06+-0.25	6.62+-0.25	-1.81+-0.25	-0.06+-0.25	6.62+-0.25	C
N	1	...	<0.93	<7.01	<-0.82	<0.93	<7.01	N
O I	2	...	0.62+-0.20	7.56+-0.20	-1.13+-0.20	0.62+-0.20	7.56+-0.20	O I
Na I	2	...	0.08+-0.22	4.57+-0.22	-1.67+-0.22	0.08+-0.22	4.57+-0.22	Na I
Mg I	4	...	0.34+-0.24	6.19+-0.24	-1.41+-0.24	0.34+-0.24	6.19+-0.24	Mg I
Al I	1	...	0.08+-0.34	4.78+-0.34	-1.67+-0.34	0.08+-0.34	4.78+-0.34	Al I
Si I	2	...	0.39+-0.26	6.15+-0.26	-1.36+-0.26	0.39+-0.26	6.15+-0.26	Si I
P I	1	...	0.39+-0.19	4.05+-0.19	-1.38+-0.19	0.37+-0.19	4.05+-0.19	P I
K I	1	...	0.33+-0.23	3.61+-0.23	-1.42+-0.23	0.33+-0.23	3.61+-0.23	K I
Ca I	10	...	0.35+-0.25	4.94+-0.25	-1.40+-0.25	0.35+-0.25	4.94+-0.25	Ca I
Sc II	6	...	0.18+-0.13	1.71+-0.13	-1.44+-0.13	0.31+-0.13	1.71+-0.13	Sc II
Ti I	14	...	0.20+-0.20	3.40+-0.20	-1.55+-0.20	0.20+-0.20	3.40+-0.20	Ti I
Ti II	22	...	0.41+-0.14	3.74+-0.14	-1.21+-0.14	0.54+-0.14	3.74+-0.14	Ti II
V I	1	...	0.03+-0.22	2.21+-0.22	-1.72+-0.22	0.03+-0.22	2.21+-0.22	V I
V II	2	...	0.26+-0.23	2.57+-0.23	-1.36+-0.23	0.39+-0.23	2.57+-0.23	V II
Cr I	11	...	-0.17+-0.20	3.72+-0.20	-1.92+-0.20	-0.17+-0.20	3.72+-0.20	Cr I
Cr II	3	...	0.36+-0.14	4.38+-0.14	-1.26+-0.14	0.49+-0.14	4.38+-0.14	Cr II
Mn I	7	...	-0.38+-0.21	3.30+-0.21	-2.13+-0.21	-0.38+-0.21	3.30+-0.21	Mn I
Fe I	96	-1.75+-0.10	...	5.75+-0.10	-1.75+-0.10	...	5.75+-0.10	Fe I
Fe II	10	-1.62+-0.09	...	5.88+-0.09	-1.62+-0.09	...	5.88+-0.09	Fe II
Co I	2	...	-0.12+-0.24	3.12+-0.24	-1.87+-0.24	-0.12+-0.24	3.12+-0.24	Co I
Ni I	6	...	0.05+-0.23	4.52+-0.23	-1.70+-0.23	0.05+-0.23	4.52+-0.23	Ni I
Cu I	1	...	-0.48+-0.15	1.96+-0.15	-2.23+-0.15	-0.48+-0.15	1.96+-0.15	Cu I
Cu II	4	...	-0.27+-0.14	2.30+-0.14	-1.89+-0.14	-0.14+-0.14	2.30+-0.14	Cu II
Zn I	3	...	0.27+-0.20	3.08+-0.20	-1.48+-0.20	0.27+-0.20	3.08+-0.20	Zn I
Zn II	1	...	0.32+-0.11	3.26+-0.11	-1.30+-0.11	0.45+-0.11	3.26+-0.11	Zn II
Ge I	3	...	-0.34+-0.20	1.56+-0.20	-2.09+-0.20	-0.34+-0.20	1.56+-0.20	Ge I
As I	2	...	0.63+-0.16	1.18+-0.16	-1.12+-0.16	0.63+-0.16	1.18+-0.16	As I
Se I	3	...	0.47+-0.20	2.06+-0.20	-1.28+-0.20	0.47+-0.20	2.06+-0.20	Se I
Rb I	1	...	<1.80	<2.70	<0.34	<2.09	<2.70	Rb I
Sr II	2	...	0.11+-0.15	1.36+-0.15	-1.51+-0.15	0.24+-0.15	1.36+-0.15	Sr II
Y II	3	...	0.09+-0.15	0.68+-0.15	-1.53+-0.15	0.22+-0.15	0.68+-0.15	Y II
Zr II	3	...	0.57+-0.14	1.53+-0.14	-1.05+-0.14	0.70+-0.14	1.53+-0.14	Zr II
Nb II	1	...	<1.10	<0.94	<-0.52	<1.23	<0.94	Nb II
Mo I	1	...	0.55+-0.22	0.68+-0.22	-1.20+-0.22	0.55+-0.22	0.68+-0.22	Mo I
Mo II	3	...	0.97+-0.20	1.23+-0.20	-0.65+-0.20	1.10+-0.20	1.23+-0.20	Mo II
Tc I	1	...	...	<0.96	<0.96	<2.71	<0.96	Tc I
Ru I	1	...	0.69+-0.18	0.69+-0.18	-1.06+-0.18	0.69+-0.18	0.69+-0.18	Ru I
Pd I	1	...	0.09+-0.22	-0.01+-0.22	-1.58+-0.22	0.17+-0.22	-0.01+-0.22	Pd I
Ag I	1	...	<0.15	<-0.40	<-1.60	<0.15	<-0.40	Ag I
Cd I	1	...	0.57+-0.25	0.53+-0.25	-1.18+-0.25	0.57+-0.25	0.53+-0.25	Cd I
Cd II	1	...	-0.02+-0.25	0.07+-0.25	-1.64+-0.25	0.11+-0.25	0.07+-0.25	Cd II
Te I	1	...	0.01+-0.33	0.44+-0.33	-1.74+-0.33	0.01+-0.33	0.44+-0.33	Te I
Ba II	3	...	0.32+-0.13	0.88+-0.13	-1.30+-0.13	0.45+-0.13	0.88+-0.13	Ba II
La II	4	...	0.24+-0.18	-0.28+-0.18	-1.38+-0.18	0.37+-0.18	-0.28+-0.18	La II
Ce II	2	...	0.29+-0.19	0.25+-0.19	-1.33+-0.19	0.42+-0.19	0.25+-0.19	Ce II
Pr II	1	...	<1.25	<0.35	<-0.37	<1.38	<0.35	Pr II
Nd II	1	...	0.08+-0.19	-0.12+-0.19	-1.54+-0.19	0.21+-0.19	-0.12+-0.19	Nd II
Sm II	2	...	<0.31	<-0.35	<-1.31	<0.44	<-0.35	Sm II
Eu II	2	...	0.22+-0.16	-0.88+-0.16	-1.40+-0.16	0.35+-0.16	-0.88+-0.16	Eu II
Gd II	2	...	<0.45	<-0.10	<-1.17	<0.58	<-0.10	Gd II
Dy II	1	...	0.13+-0.16	-0.39+-0.16	-1.49+-0.16	0.26+-0.16	-0.39+-0.16	Dy II
Er II	2	...	<0.65	<-0.05	<-0.97	<0.78	<-0.05	Er II
Tm II	2	...	<0.57	<-0.95	<-1.07	<0.68	<-0.95	Tm II
Yb II	3	...	0.24+-0.20	-0.46+-0.20	-1.38+-0.20	0.37+-0.20	-0.46+-0.20	Yb II
Lu II	1	...	0.90+-0.25	-0.62+-0.25	-0.71+-0.25	1.04+-0.25	-0.62+-0.25	Lu II
Hf II	2	...	<0.92	<0.15	<-0.56	<1.19	<0.15	Hf II
W II	2	...	<0.57	<-0.40	<-1.25	<0.50	<-0.40	W II
Os II	2	...	0.35+-0.15	0.13+-0.15	-1.27+-0.15	0.48+-0.15	0.13+-0.15	Os II
Ir I	1	...	<1.87	<1.50	<0.12	<1.87	<1.50	Ir I
Pt I	2	...	0.35+-0.15	0.22+-0.15	-1.40+-0.15	0.35+-0.15	0.22+-0.15	Pt I
Hg II	1	...	<0.75	<0.30	<-0.87	<0.88	<0.30	Hg II
Pb I	1	...	0.79+-0.32	1.08+-0.32	-0.96+-0.32	0.79+-0.32	1.08+-0.32	Pb I




Binary Parameters

Binarity	Negative
Vrad	0.64

Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

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	HST	110000	35	N/A	N/A
	N/A	HST	3000	20-40	N/A	N/A

---

A.M.Boesgaard et al.,ApJ, 743, 140, 2011(ADS)

Beryllium and Alpha-element Abundances in a Large Sample of Metal-poor Stars




Stellar Parameters

Teff : 5907+-100

log g : 4.44+-0.2

vturb : 1.5+-0.2

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
Be	N/A	...	+0.57+-0.15	+0.45+-0.12	-0.93+-0.12	0.61+-0.15	+0.45+-0.12	Be
O	N/A	-1.15+-0.22	+0.39+-0.24	...	-1.21+-0.22	0.33+-0.24	7.48+-0.22	O
Fe	N/A	-1.54+-0.09	...	...	-1.54+-0.09	...	5.96+-0.09	Fe




Position

Right Ascension :

Declination :

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	KECKHIRES	42000	N/A	N/A	N/A

---

I.U.Roederer et al.,ApJ, 860, 125, 2018(ADS)

Consistent Iron Abundances Derived from Neutral and Singly Ionized Iron Lines in Ultraviolet and Optical Spectra of Six Warm Metal-poor Stars




Stellar Parameters

Teff : 6087+-84

log g : 4.37+-0.13

vturb : 1.10+-0.2

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	-1.54+-0.10	...	...	-1.54+-0.10	...	5.96+-0.10	Fe I
Fe II	N/A	-1.65+-0.11	...	...	-1.65+-0.11	...	5.85+-0.11	Fe II




Position

Right Ascension : 10 51 28.12

Declination : +20 16 38.96

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	HST	114000	40	N/A	N/A
N/A	N/A	HST	30000	40	N/A	N/A
N/A	N/A	TULL	33000	140	N/A	N/A
N/A	N/A	VLT	37000	70	N/A	N/A

---

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	...	0.03	...	-1.43	0.12	4.81	Na
Mg	N/A	...	0.53	...	-1.04	0.51	6.56	Mg
Ca	N/A	...	0.38	...	-1.15	0.40	5.19	Ca
Ti	N/A	...	0.4	...	-1.08	0.47	3.87	Ti
Fe	N/A	-1.55	...	...	-1.55	...	5.95	Fe
Ni	N/A	...	0.08	...	-1.44	0.11	4.78	Ni
Y	N/A	...	0.14	...	-1.38	0.17	0.83	Y
Ba	N/A	...	0.28	...	-1.32	0.23	0.86	Ba
Eu	N/A	...	0.33	...	-1.23	0.32	-0.71	Eu




Position

Right Ascension : 10 51 28.12

Declination : +20 16 39.0

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log