HD128279
Original Names

• CD-28_10826 in C.Charbonnel+,AAP, 442, 961, 2005
• HIP71458 in K.A.Venn+,AJ, 128, 1177, 2004


taken from 25 paper(s):


/D.L.Burris et al.(2000)/ /J.A.Johnson(2002)/ /A.McWilliam et al.(1995)/ /A.McWilliam et al.(1995)/ /R.G.Gratton et al.(2000)/ /A.E.GarciaPerez and F. Primas(2006)/ /K.Jonsell et al.(2005)/ /A.E.GarciaPerez et al.(2006)/ /J.Simmerer et al.(2004)/ /G.Bihain et al.(2004)/ /J.A.Johnson and M. Bolte(2002)/ /J.A.Johnson and M. Bolte(2001)/ /R.Smiljanic et al.(2009)/ /M.Ishigaki et al.(2010)/ /I.U.Roederer et al.(2010)/ /C.J.Hansen et al.(2012)/ /M.N.Ishigaki et al.(2012)/ /I.U.Roederer et al.(2012)/ /I.U.Roederer et al.(2012)/ /M.N.Ishigaki et al.(2013)/ /L.Zhang et al.(2009)/ /I.U.Roederer et al.(2014)/ /I.U.Roederer et al.(2014)/ /I.U.Roederer and J. E. Lawler(2021)/ /G.Israelian et al.(2004)/



---

D.L.Burris et al.,ApJ, 544, 302, 2000(ADS)

NEUTRON-CAPTURE ELEMENTS IN THE EARLY GALAXY: INSIGHTS FROM A LARGE SAMPLE OF METAL-POOR GIANTS




Stellar Parameters

Teff : 5275

log g : 2.80

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
Fe	N/A	-2.00	...	...	-1.83	...	5.67	Fe
Ba	N/A	...	-0.59	-0.46	-2.64	-0.81	-0.46	Ba
Eu	N/A	...	-0.08	-1.57	-2.09	-0.26	-1.57	Eu




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	MAYALLKPNO	20000	100-200	N/A	N/A

---

J.A.Johnson et al.,ApJS, 139, 219, 2002(ADS)

ABUNDANCES OF 30 ELEMENTS IN 23 METAL-POOR STARS




Stellar Parameters

Teff : 5100

log g : 2.70

vturb : 1.40

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	2	...	...	3.83+-0.16	-2.41+-0.16	-0.03+-0.16	3.83+-0.16	Na I
Mg I	5	...	...	5.79+-0.11	-1.81+-0.11	0.57+-0.11	5.79+-0.11	Mg I
Al I	1	...	...	3.42+-0.21	-3.03+-0.21	-0.65+-0.21	3.42+-0.21	Al I
Si I	1	...	...	5.55+-0.23	-1.96+-0.23	0.42+-0.23	5.55+-0.23	Si I
Ca I	21	...	...	4.42+-0.08	-1.92+-0.08	0.46+-0.08	4.42+-0.08	Ca I
Sc II	9	...	...	0.94+-0.15	-2.21+-0.15	0.17+-0.15	0.94+-0.15	Sc II
Ti I	25	...	...	2.82+-0.13	-2.13+-0.13	0.25+-0.13	2.82+-0.13	Ti I
Ti II	16	...	...	2.96+-0.15	-1.99+-0.15	0.39+-0.15	2.96+-0.15	Ti II
V I	2	...	...	1.61+-0.13	-2.32+-0.13	0.06+-0.13	1.61+-0.13	V I
V II	6	...	...	1.67+-0.16	-2.26+-0.16	0.12+-0.16	1.67+-0.16	V II
Cr I	12	...	...	3.18+-0.11	-2.46+-0.11	-0.08+-0.11	3.18+-0.11	Cr I
Cr II	2	...	...	3.66+-0.10	-1.98+-0.10	0.40+-0.10	3.66+-0.10	Cr II
Mn I	3	...	...	2.70+-0.09	-2.73+-0.09	-0.35+-0.09	2.70+-0.09	Mn I
Mn II	3	...	...	2.57+-0.09	-2.86+-0.09	-0.48+-0.09	2.57+-0.09	Mn II
Fe I	147	...	...	5.12+-0.14	-2.38+-0.14	...	5.12+-0.14	Fe I
Fe II	20	...	...	5.14+-0.12	-2.36+-0.12	...	5.14+-0.12	Fe II
Co I	7	...	...	2.64+-0.14	-2.35+-0.14	0.03+-0.14	2.64+-0.14	Co I
Ni I	16	...	...	3.84+-0.15	-2.38+-0.15	0.00+-0.15	3.84+-0.15	Ni I
Y II	6	...	...	-0.72+-0.15	-2.93+-0.15	-0.55+-0.15	-0.72+-0.15	Y II
Zr II	5	...	...	-0.09+-0.14	-2.67+-0.14	-0.29+-0.14	-0.09+-0.14	Zr II
Ba II	3	...	...	-0.74+-0.17	-2.92+-0.17	-0.54+-0.17	-0.74+-0.17	Ba II
La II	4	...	...	-1.47+-0.16	-2.57+-0.16	-0.19+-0.16	-1.47+-0.16	La II
Pr II	N/A	...	...	<-0.68	<-1.40	<0.98	<-0.68	Pr II
Nd II	1	...	...	-0.79+-0.24	-2.21+-0.24	0.17+-0.24	-0.79+-0.24	Nd II
Eu II	1	...	...	-1.78+-0.25	-2.30+-0.25	0.08+-0.25	-1.78+-0.25	Eu II
Tb II	N/A	...	...	<-1.24	<-1.56	<0.82	<-1.24	Tb II
Dy II	2	...	...	-1.02+-0.20	-2.12+-0.20	0.26+-0.20	-1.02+-0.20	Dy II
Ho II	N/A	...	...	<-0.89	<-1.36	<1.02	<-0.89	Ho II
Er II	1	...	...	-1.26+-0.17	-2.18+-0.17	0.20+-0.17	-1.26+-0.17	Er II
Tm II	N/A	...	...	<-1.26	<-1.38	<1.00	<-1.26	Tm II
Yb II	1	...	...	-1.61+-0.25	-2.53+-0.25	-0.15+-0.25	-1.61+-0.25	Yb II
Os I	N/A	...	...	<0.06	<-1.34	<1.04	<0.06	Os I




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1997-05-12	N/A	KECKHIRES	45000	200	600	N/A
1999-03-08	N/A	LICKHAMILTON	60000	30	1800	N/A

---

A.McWilliam et al.,AJ, 109, 2736, 1995(ADS)

A Spectroscopic Analysis of 33 of the Most Metal-Poor Stars.I.




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	FRUTTI	22000	N/A	N/A	N/A

---

A.McWilliam et al.,AJ, 109, 2757, 1995(ADS)

Spectroscopic Analysis of 33 of the Most Metal Poor Stars. II.




Stellar Parameters

Teff : 5480

log g : 3.10+-0.24

vturb : 1.98+-0.07

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	...	-0.18	...	-2.13	-0.22	6.30	C
Na	N/A	...	-0.16	...	-2.15	-0.24	4.09	Na
Mg	N/A	...	0.42	...	-1.68	0.23	5.92	Mg
Ca	N/A	...	0.29	...	-1.77	0.14	4.57	Ca
Fe I	N/A	-2.08	...	...	-1.91	...	5.59	Fe I
Fe II	N/A	-2.08	...	...	-1.91	...	5.59	Fe II
Ni	N/A	...	0.47	...	-1.58	0.33	4.64	Ni
Sr	N/A	...	-0.70	...	-2.75	-0.84	0.12	Sr
Ba	N/A	...	-0.22	...	-2.35	-0.44	-0.17	Ba




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	FRUTTI	22000	N/A	N/A	N/A

---

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

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




Stellar Parameters

Teff : 5394

log g : 2.98

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	...	...	1.25	-2.01	0.15	1.25	Li I
C	N/A	...	0.08	...	-1.96	0.20	6.47	C
O	N/A	...	0.38	...	-1.55	0.61	7.14	O
Fe I	N/A	-2.11	...	...	-2.16	...	5.34	Fe I
Fe II	N/A	-2.20	...	...	-2.25	...	5.25	Fe II




Isotopic Ratio

12C/13C

>30

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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

---

A.E.GarciaPerez et al.,AAP, 447, 299, 2006(ADS)

Li and Be depletion in metal-poor subgiants




Stellar Parameters

Teff : 5336

log g : 2.95+-0.21

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 I	N/A	...	...	1.13+-0.09	-2.13+-0.09	0.06+-0.09	1.13+-0.09	Li I
Be II	N/A	...	...	<-2.01+-0.11	<-3.39+-0.11	<-1.20+-0.11	<-2.01+-0.11	Be II
Fe	N/A	-2.19	...	...	-2.19	...	5.31	Fe




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	VLT	55000	100-500	N/A	N/A

---

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

Chemical abundances in 43 metal-poor stars




Stellar Parameters

Teff : 5216

log g : 2.94

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	...	0.77	...	-1.42	0.74	7.27	O I
Na I	N/A	...	-0.20	...	-2.27	-0.11	3.97	Na I
Mg I	N/A	...	0.42	...	-1.76	0.40	5.84	Mg I
Si I	N/A	...	0.27	...	-1.85	0.31	5.66	Si I
Ca I	N/A	...	0.32	...	-1.82	0.34	4.52	Ca I
Fe	N/A	-2.16	...	...	-2.16	...	5.34	Fe
Fe II	N/A	...	0.09	...	-2.07	0.09	5.43	Fe II
Ni I	N/A	...	-0.02	...	-2.15	0.01	4.07	Ni I
Ba II	N/A	...	-0.74	...	-2.95	-0.79	-0.77	Ba II




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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.E.GarciaPerez et al.,AAP, 451, 621, 2006(ADS)

Oxygen abundances in metal-poor subgiants as determined from [O I], O I and OH lines




Stellar Parameters

Teff : 5336

log g : 2.95+-0.21

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	...	0.41	...	-1.73	0.46	6.96	O I
OH	N/A	...	0.77	...	-1.37	0.82	7.32	OH
Fe II	N/A	-2.19+-0.08	...	...	-2.19+-0.08	...	5.31+-0.08	Fe II




Binary Parameters

Vrad

-76.0

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2000-10	N/A	VLT	55000	250	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 : 5290

log g : 2.95

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
C	N/A	...	-0.1	...	-1.93	0.08	6.50	C
Fe I	8	-2.01	...	...	-2.01	...	5.49	Fe I
Fe II	7	-2.13	...	...	-2.13	...	5.37	Fe II
La II	N/A	...	...	-1.18+-0.15	-2.28+-0.15	-0.27+-0.15	-1.18+-0.15	La II
Eu II	N/A	...	...	-1.57+-0.06	-2.09+-0.06	-0.08+-0.06	-1.57+-0.06	Eu II




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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

---

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

Cu and Zn in the early Galaxy




Stellar Parameters

Teff : 5130+-66

log g : 2.85+-0.22

vturb : 1.25

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	-2.11	...	...	-1.94	...	5.56	Fe
Cu I	N/A	-3.11+-0.20	...	...	-3.09+-0.20	-1.15+-0.20	1.10+-0.20	Cu I
Zn I	N/A	-2.31+-0.17	...	...	-2.27+-0.17	-0.33+-0.17	2.29+-0.17	Zn I




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	CASPECESO	50000	80-150	N/A	N/A

---

J.A.Johnson et al.,ApJ, 579, 616, 2002(ADS)

The r-Process in the Early Galaxy




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	-2.38	...	...	-2.21	...	5.29	Fe
Sr II	N/A	...	...	0.06+-0.30	-2.81+-0.30	-0.60+-0.30	0.06+-0.30	Sr II
Y II	N/A	...	...	-0.72+-0.15	-2.93+-0.15	-0.72+-0.15	-0.72+-0.15	Y II
Zr II	N/A	...	...	-0.09+-0.14	-2.67+-0.14	-0.46+-0.14	-0.09+-0.14	Zr II
Pd I	N/A	...	...	<-0.27	<-1.84	<0.37	<-0.27	Pd I
Ba II	N/A	...	...	-0.74+-0.17	-2.92+-0.17	-0.71+-0.17	-0.74+-0.17	Ba II




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1997-05-12	N/A	KECKHIRES	45000	200	600	N/A
1999-03-08	N/A	LICKHAMILTON	60000	30	1800	N/A

---

J.A.Johnson et al.,ApJ, 554, 888, 2001(ADS)

Th Ages for Metal-poor Stars




Stellar Parameters

Teff : 5100

log g : 2.70

vturb : 1.40

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	147	-2.40+-0.14	...	...	-2.23+-0.14	...	5.27+-0.14	Fe I
Fe II	20	-2.38+-0.12	...	...	-2.21+-0.12	...	5.29+-0.12	Fe II
Ba II	3	...	-0.48+-0.17	...	-2.93+-0.17	-0.70+-0.17	-0.75+-0.17	Ba II
La II	4	...	-0.30+-0.16	...	-2.58+-0.16	-0.35+-0.16	-1.48+-0.16	La II
Pr II	N/A	...	<1.00	...	<-1.41	<0.82	<-0.69	Pr II
Nd II	1	...	0.10+-0.24	...	-2.22+-0.24	0.01+-0.24	-0.80+-0.24	Nd II
Eu II	1	...	0.10+-0.25	...	-2.31+-0.25	-0.08+-0.25	-1.79+-0.25	Eu II
Tb II	N/A	...	<0.82	...	<-1.57	<0.66	<-1.25	Tb II
Dy II	2	...	0.27+-0.20	...	-2.13+-0.20	0.10+-0.20	-1.03+-0.20	Dy II
Ho II	N/A	...	<1.00	...	<-1.37	<0.86	<-0.90	Ho II
Er II	1	...	0.20+-0.17	...	-2.19+-0.17	0.04+-0.17	-1.27+-0.17	Er II
Tm II	N/A	...	<1.00	...	<-1.39	<0.84	<-1.27	Tm II
Yb II	1	...	-0.30+-0.25	...	-2.67+-0.25	-0.44+-0.25	-1.75+-0.25	Yb II
Os I	N/A	...	<1.00	...	<-1.35	<0.88	<0.05	Os I
Th II	N/A	...	<0.40	...	<-1.98	<0.25	<-1.92	Th II




Isotopic Ratio

12C/13C

32

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
1997-05-12	N/A	KECKHIRES	45000	200	600	N/A
1999-03-08	N/A	LICKHAMILTON	60000	30	1800	N/A

---

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 : 5480

log g : 3.1

vturb : 1.98

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	...	...	1.29	-1.97	0.13	1.29	Li
Fe	N/A	-2.1	...	...	-2.10	...	5.40	Fe




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

---

M.Ishigaki et al.,PASJ, 62, 143, 2010(ADS)

Chemical Abundances of Outer Halo Stars in the Milky Way




Stellar Parameters

Teff : 5003+-35

log g : 2.49

vturb : 1.42

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	-2.78+-0.08	-0.34+-0.08	...	-2.69+-0.08	-0.25+-0.08	3.55+-0.08	Na I
Mg I	N/A	-1.93+-0.07	0.52+-0.07	...	-1.95+-0.07	0.49+-0.07	5.65+-0.07	Mg I
Ca I	N/A	-2.09+-0.03	0.36+-0.03	...	-2.07+-0.03	0.37+-0.03	4.27+-0.03	Ca I
Ti	N/A	...	0.25+-0.02	...	-2.12+-0.02	0.32+-0.02	2.83+-0.02	Ti
Ti I	13	-2.27+-0.02	...	...	-2.20+-0.02	0.24+-0.02	2.75+-0.02	Ti I
Ti II	11	-2.09+-0.03	...	...	-2.02+-0.03	0.42+-0.03	2.93+-0.03	Ti II
Cr	N/A	...	-0.26+-0.02	...	-2.67+-0.02	-0.23+-0.02	2.97+-0.02	Cr
Cr I	11	-2.73+-0.02	...	...	-2.70+-0.02	-0.26+-0.02	2.94+-0.02	Cr I
Cr II	1	-2.22+-0.08	...	...	-2.19+-0.08	0.25+-0.08	3.45+-0.08	Cr II
Mn I	N/A	-3.04+-0.08	0.08+-0.08	...	-3.08+-0.08	-0.64+-0.08	2.35+-0.08	Mn I
Fe I	70	-2.44+-0.01	...	...	-2.44+-0.01	...	5.06+-0.01	Fe I
Fe II	11	-2.45+-0.03	...	...	-2.45+-0.03	...	5.05+-0.03	Fe II
Ni I	N/A	-2.41+-0.06	0.04+-0.06	...	-2.38+-0.06	0.06+-0.06	3.84+-0.06	Ni I
Zn I	N/A	-2.52+-0.09	-0.07+-0.09	...	-2.48+-0.09	-0.04+-0.09	2.08+-0.09	Zn I
Ba II	N/A	-3.26+-0.04	-0.82+-0.04	...	-3.31+-0.04	-0.87+-0.04	-1.13+-0.04	Ba II




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2008-07-27	N/A	SUBARUHDS	50000	>100	N/A	N/A

---

I.U.Roederer et al.,ApJ, 711, 573, 2010(ADS)

HARACTERIZING THE CHEMISTRY OF THE MILKY WAY STELLAR HALO: DETAILED CHEMICAL ANALYSIS OF A METAL-POOR STELLAR STREAM




Stellar Parameters

Teff : 5050

log g : 2.35

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	1	...	-1.29+-0.25	0.91+-0.25	-2.35+-0.25	0.16+-0.25	0.91+-0.25	Li I
CH	1	...	-0.12+-0.15	5.91+-0.15	-2.52+-0.15	-0.01+-0.15	5.91+-0.15	CH
CN	N/A	...	<0.41	<5.70	<-2.13	<0.38	<5.70	CN
O I	3	...	0.92+-0.10	7.32+-0.10	-1.37+-0.10	1.14+-0.10	7.32+-0.10	O I
Mg I	4	...	0.53+-0.10	5.58+-0.10	-2.02+-0.10	0.49+-0.10	5.58+-0.10	Mg I
Al I	2	...	-0.54+-0.35	3.40+-0.35	-3.05+-0.35	-0.54+-0.35	3.40+-0.35	Al I
Si I	2	...	0.37+-0.15	5.39+-0.15	-2.12+-0.15	0.39+-0.15	5.39+-0.15	Si I
Ca I	11	...	0.42+-0.10	4.25+-0.10	-2.09+-0.10	0.42+-0.10	4.25+-0.10	Ca I
Sc II	9	...	0.16+-0.21	0.73+-0.21	-2.42+-0.21	0.09+-0.21	0.73+-0.21	Sc II
Ti I	17	...	0.18+-0.10	2.64+-0.10	-2.31+-0.10	0.20+-0.10	2.64+-0.10	Ti I
Ti II	24	...	0.23+-0.10	2.69+-0.10	-2.26+-0.10	0.25+-0.10	2.69+-0.10	Ti II
V I	1	...	-0.15+-0.25	1.32+-0.25	-2.61+-0.25	-0.10+-0.25	1.32+-0.25	V I
V II	2	...	0.05+-0.15	1.52+-0.15	-2.41+-0.15	0.10+-0.15	1.52+-0.15	V II
Cr I	11	...	-0.16+-0.10	2.98+-0.10	-2.66+-0.10	-0.15+-0.10	2.98+-0.10	Cr I
Cr II	4	...	0.21+-0.10	3.35+-0.10	-2.29+-0.10	0.22+-0.10	3.35+-0.10	Cr II
Mn I	7	...	-0.32+-0.14	2.54+-0.14	-2.89+-0.14	-0.38+-0.14	2.54+-0.14	Mn I
Mn II	3	...	-0.30+-0.10	2.56+-0.10	-2.87+-0.10	-0.36+-0.10	2.56+-0.10	Mn II
Fe I	140	...	0.00+-0.10	4.99+-0.10	-2.51+-0.10	0.00+-0.10	4.99+-0.10	Fe I
Fe II	12	...	-0.04+-0.10	4.95+-0.10	-2.55+-0.10	-0.04+-0.10	4.95+-0.10	Fe II
Co I	9	...	-0.09+-0.16	2.30+-0.16	-2.69+-0.16	-0.18+-0.16	2.30+-0.16	Co I
Ni I	16	...	0.03+-0.13	3.75+-0.13	-2.47+-0.13	0.04+-0.13	3.75+-0.13	Ni I
Cu I	N/A	...	<-0.59	<1.09	<-3.10	<-0.59	<1.09	Cu I
Zn I	2	...	0.08+-0.15	2.15+-0.15	-2.41+-0.15	0.10+-0.15	2.15+-0.15	Zn I
Rb I	N/A	...	<2.14	<2.13	<-0.23	<2.28	<2.13	Rb I
Sr II	2	...	-0.48+-0.15	-0.16+-0.15	-3.03+-0.15	-0.52+-0.15	-0.16+-0.15	Sr II
Y II	3	...	-0.75+-0.10	-1.04+-0.10	-3.25+-0.10	-0.74+-0.10	-1.04+-0.10	Y II
Zr II	3	...	-0.20+-0.10	-0.13+-0.10	-2.71+-0.10	-0.20+-0.10	-0.13+-0.10	Zr II
Nb II	N/A	...	<1.24	<0.17	<-1.29	<1.22	<0.17	Nb II
Mo I	1	...	0.20+-0.25	-0.45+-0.25	-2.33+-0.25	0.18+-0.25	-0.45+-0.25	Mo I
Tc I	N/A	...	<2.97	<0.44	<0.44	<2.95	<0.44	Tc I
Ba II	4	...	-0.63+-0.16	-1.02+-0.16	-3.20+-0.16	-0.69+-0.16	-1.02+-0.16	Ba II
La II	3	...	-0.43+-0.11	-1.77+-0.11	-2.87+-0.11	-0.36+-0.11	-1.77+-0.11	La II
Ce II	2	...	-0.07+-0.20	-1.17+-0.20	-2.75+-0.20	-0.24+-0.20	-1.17+-0.20	Ce II
Pr II	2	...	0.48+-0.24	-1.20+-0.24	-1.92+-0.24	0.59+-0.24	-1.20+-0.24	Pr II
Nd II	2	...	-0.19+-0.25	-1.25+-0.25	-2.67+-0.25	-0.16+-0.25	-1.25+-0.25	Nd II
Sm II	1	...	-0.36+-0.30	-1.93+-0.30	-2.89+-0.30	-0.38+-0.30	-1.93+-0.30	Sm II
Eu II	3	...	-0.25+-0.21	-2.27+-0.21	-2.79+-0.21	-0.28+-0.21	-2.27+-0.21	Eu II
Gd II	1	...	-0.30+-0.30	-1.75+-0.30	-2.82+-0.30	-0.31+-0.30	-1.75+-0.30	Gd II
Tb II	N/A	...	<0.70	<-1.48	<-1.80	<0.71	<-1.48	Tb II
Dy II	1	...	-0.19+-0.15	-1.66+-0.15	-2.76+-0.15	-0.25+-0.15	-1.66+-0.15	Dy II
Er II	1	...	-0.17+-0.25	-1.78+-0.25	-2.70+-0.25	-0.19+-0.25	-1.78+-0.25	Er II
Tm II	N/A	...	<0.40	<-1.90	<-2.02	<0.49	<-1.90	Tm II
Yb II	1	...	-0.34+-0.25	-1.95+-0.25	-2.87+-0.25	-0.36+-0.25	-1.95+-0.25	Yb II
Hf II	N/A	...	<0.90	<-0.78	<-1.49	<1.02	<-0.78	Hf II
Ir I	N/A	...	<1.65	<0.47	<-0.91	<1.60	<0.47	Ir I
Pb I	N/A	...	<1.69	<1.05	<-0.99	<1.52	<1.05	Pb I
Th II	N/A	...	<-1.52	<-3.93	<-3.99	<-1.48	<-3.93	Th II




Binary Parameters

Binarity	Negative
Vrad	-76.1+-0.8

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2004-06-22-22:57	2453179.460	MIKELCO	33000	625	20	-76.1+-0.8
2004-07-14-22:49	2453201.453	MIKELCO	33000	625	200	-75.7+-0.8
2004-07-23-22:59	2453210.459	MIKELCO	33000	625	90	-75.7+-0.8
2005-05-31-03:05	2453521.634	MIKELCO	33000	625	240	-75.3+-0.8

---

C.J.Hansen et al.,AAP, 545, A31, 2012(ADS)

Silver and palladium help unveil the nature of a second r-process




Stellar Parameters

Teff : 5200+-100

log g : 2.20+-0.25

vturb : 1.3+-0.15

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
Fe	N/A	-2.34+-0.15	...	...	-2.34+-0.15	...	5.16+-0.15	Fe
Sr	N/A	...	-0.36+-0.11	...	-2.70+-0.11	-0.36+-0.11	0.17+-0.11	Sr
Y	N/A	...	-0.78+-0.13	...	-3.12+-0.13	-0.78+-0.13	-0.91+-0.13	Y
Zr	N/A	...	-0.35+-0.14	...	-2.69+-0.14	-0.35+-0.14	-0.11+-0.14	Zr
Pd	N/A	...	-0.16+-0.20	...	-2.50+-0.20	-0.16+-0.20	-0.93+-0.20	Pd
Ag	N/A	...	-0.24+-0.22	...	-2.84+-0.22	-0.50+-0.22	-1.64+-0.22	Ag
Ba	N/A	...	-0.43+-0.15	...	-2.77+-0.15	-0.43+-0.15	-0.59+-0.15	Ba
Eu	N/A	...	-0.28+-0.16	...	-2.62+-0.16	-0.28+-0.16	-2.10+-0.16	Eu




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	VLT	40000	>100	N/A	N/A

---

M.N.Ishigaki et al.,ApJ, 753, 64, 2012(ADS)

Chemical Abundances of the Milky Way Thick Disk and Stellar Halo. I. Implications of [alpha/Fe] for Star Formation Histories in Their Progenitors




Stellar Parameters

Teff : 5328+-100

log g : 3.17+-0.3

vturb : 1.44+-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
Mg	N/A	...	0.27+-0.08	...	-1.89+-0.08	0.27+-0.08	5.71+-0.08	Mg
Ca	N/A	...	0.30+-0.08	...	-1.86+-0.08	0.30+-0.08	4.48+-0.08	Ca
Ti I	N/A	...	0.30+-0.07	...	-1.86+-0.07	0.30+-0.07	3.09+-0.07	Ti I
Ti II	N/A	...	0.36+-0.08	...	-1.80+-0.08	0.36+-0.08	3.15+-0.08	Ti II
Fe I	N/A	-2.16+-0.12	...	...	-2.16+-0.12	...	5.34+-0.12	Fe I
Fe II	N/A	-2.18+-0.12	...	...	-2.18+-0.12	...	5.32+-0.12	Fe II




Binary Parameters

Vrad	-77.2+-0.2

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	SUBARUHDS	50000	N/A	N/A	-77.2+-0.2

---

I.U.Roederer et al.,ApJ, 747, L8, 2012(ADS)

Detection of the Second r-process Peak Element Tellurium in Metal-poor Stars




Stellar Parameters

Teff : 5080

log g : 2.57

vturb : 1.60

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	-2.49	...	...	-2.49	...	5.01	Fe I
Te	N/A	...	+0.05+-0.25	-0.26+-0.25	-2.44+-0.25	0.05+-0.25	-0.26+-0.25	Te




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	30000	100	N/A	N/A

---

I.U.Roederer et al.,ApJS, 203, 27, 2012(ADS)

NEW HUBBLE SPACE TELESCOPE OBSERVATIONS OF HEAVY ELEMENTS IN FOUR METAL-POOR STARS




Stellar Parameters

Teff : 5080

log g : 2.57

vturb : 1.60

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	266	-2.48+-0.09	+0.00+-0.15	+5.02+-0.15	-2.48+-0.09	+0.00+-0.15	+5.02+-0.15	Fe I
Fe II	48	-2.46+-0.14	+0.00+-0.22	+5.04+-0.22	-2.46+-0.14	+0.00+-0.22	+5.04+-0.22	Fe II
Cu I	2	...	-0.92+-0.16	+0.79+-0.16	-3.40+-0.16	-0.92+-0.16	+0.79+-0.16	Cu I
Zn I	3	...	+0.10+-0.15	+2.18+-0.15	-2.38+-0.15	0.10+-0.15	+2.18+-0.15	Zn I
Ge I	3	...	-1.20+-0.28	-0.03+-0.28	-3.68+-0.28	-1.20+-0.28	-0.03+-0.28	Ge I
Rb I	1	...	<+1.56	<+1.60	<-0.76	<1.72	<+1.60	Rb I
Sr II	2	...	-0.59+-0.19	-0.18+-0.19	-3.05+-0.19	-0.57+-0.19	-0.18+-0.19	Sr II
Zr II	27	...	-0.12+-0.20	+0.00+-0.20	-2.58+-0.20	-0.10+-0.20	+0.00+-0.20	Zr II
Nb II	1	...	+0.12+-0.27	-0.88+-0.27	-2.34+-0.27	0.14+-0.27	-0.88+-0.27	Nb II
Mo I	1	...	-0.07+-0.18	-0.67+-0.18	-2.55+-0.18	-0.07+-0.18	-0.67+-0.18	Mo I
Mo II	1	...	<+0.69	<+0.11	<-1.77	<0.71	<+0.11	Mo II
Ru I	1	...	+0.10+-0.19	-0.63+-0.19	-2.38+-0.19	0.10+-0.19	-0.63+-0.19	Ru I
Rh I	1	...	<+0.81	<-0.61	<-1.52	<0.96	<-0.61	Rh I
Pd I	1	...	-0.41+-0.27	-1.24+-0.27	-2.81+-0.27	-0.33+-0.27	-1.24+-0.27	Pd I
Ag I	1	...	<+0.17	<-1.11	<-2.31	<0.17	<-1.11	Ag I
Cd I	1	...	-0.61+-0.30	-1.38+-0.30	-3.09+-0.30	-0.61+-0.30	-1.38+-0.30	Cd I
Te I	1	...	+0.12+-0.25	-0.18+-0.25	-2.36+-0.25	0.12+-0.25	-0.18+-0.25	Te I
Ba II	3	...	-0.75+-0.18	-1.03+-0.18	-3.21+-0.18	-0.73+-0.18	-1.03+-0.18	Ba II
La II	4	...	-0.28+-0.19	-1.64+-0.19	-2.74+-0.19	-0.26+-0.19	-1.64+-0.19	La II
Ce II	3	...	-0.27+-0.18	-1.15+-0.18	-2.73+-0.18	-0.25+-0.18	-1.15+-0.18	Ce II
Nd II	4	...	-0.19+-0.18	-1.23+-0.18	-2.65+-0.18	-0.17+-0.18	-1.23+-0.18	Nd II
Sm II	2	...	+0.00+-0.24	-1.50+-0.24	-2.46+-0.24	0.02+-0.24	-1.50+-0.24	Sm II
Eu II	4	...	-0.02+-0.18	-1.96+-0.18	-2.48+-0.18	0.00+-0.18	-1.96+-0.18	Eu II
Dy II	4	...	+0.01+-0.20	-1.35+-0.20	-2.45+-0.20	0.03+-0.20	-1.35+-0.20	Dy II
Ho II	1	...	+0.27+-0.29	-1.71+-0.29	-2.18+-0.29	0.30+-0.29	-1.71+-0.29	Ho II
Er II	3	...	+0.00+-0.19	-1.54+-0.19	-2.46+-0.19	0.02+-0.19	-1.54+-0.19	Er II
Tm II	1	...	+0.12+-0.21	-2.24+-0.21	-2.36+-0.21	0.12+-0.21	-2.24+-0.21	Tm II
Yb II	1	...	-0.15+-0.21	-1.69+-0.21	-2.61+-0.21	-0.13+-0.21	-1.69+-0.21	Yb II
Lu II	1	...	+0.72+-0.27	-1.64+-0.27	-1.73+-0.27	0.75+-0.27	-1.64+-0.27	Lu II
Hf II	1	...	+0.54+-0.27	-1.07+-0.27	-1.78+-0.27	0.70+-0.27	-1.07+-0.27	Hf II
Os I	1	...	<+0.69	<-0.39	<-1.79	<0.69	<-0.39	Os I
Os II	1	...	<-0.13	<-1.19	<-2.59	<-0.11	<-1.19	Os II
Ir I	2	...	<+0.81	<-0.29	<-1.67	<0.81	<-0.29	Ir I
Pt I	2	...	<-0.33	<-1.19	<-2.81	<-0.33	<-1.19	Pt I
Au I	1	...	<+1.19	<-0.49	<-1.29	<1.19	<-0.49	Au I
Pb I	1	...	<+0.35	<-0.09	<-2.13	<0.35	<-0.09	Pb I




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2011-08-24	N/A	HST	30000	75-180	13000	N/A
2011-08-26	N/A	HST	30000	75-180	13000	N/A
2011-09-05	N/A	HST	30000	75-180	13000	N/A
2004-06-22	N/A	MIKELCO	41000	140-350	20	N/A
2004-07-14	N/A	MIKELCO	41000	140-350	200	N/A
2004-07-23	N/A	MIKELCO	41000	140-350	900	N/A
2005-05-31	N/A	MIKELCO	41000	140-350	240	N/A
1999-04-22	N/A	KECKHIRES	45000	500-880	2400	N/A

---

M.N.Ishigaki et al.,ApJ, 771, 67, 2013(ADS)

Chemical Abundances of the Milky Way Thick Disk and Stellar Halo. II. Sodium, Iron-peak, and Neutron-capture Elements




Stellar Parameters

Teff : 5328

log g : 3.17

vturb : 1.44

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
Sc II	N/A	...	0.14+-0.08	...	-2.01+-0.08	0.14+-0.08	1.14+-0.08	Sc II
V I	N/A	...	0.09+-0.13	...	-2.06+-0.13	0.09+-0.13	1.87+-0.13	V I
Cr I	N/A	...	-0.2+-0.06	...	-2.35+-0.06	-0.20+-0.06	3.29+-0.06	Cr I
Cr II	N/A	...	0.18+-0.08	...	-1.97+-0.08	0.18+-0.08	3.67+-0.08	Cr II
Mn I	N/A	...	-0.46+-0.11	...	-2.61+-0.11	-0.46+-0.11	2.82+-0.11	Mn I
Fe I	N/A	-2.15+-0.12	...	...	-2.15+-0.12	...	5.35+-0.12	Fe I
Fe II	N/A	-2.18+-0.12	...	...	-2.18+-0.12	...	5.32+-0.12	Fe II
Ni I	N/A	...	-0.02+-0.09	...	-2.17+-0.09	-0.02+-0.09	4.05+-0.09	Ni I
Cu I	N/A	...	-0.87	...	-3.02	-0.87	1.17	Cu I
Zn I	N/A	...	0.04+-0.13	...	-2.11+-0.13	0.04+-0.13	2.45+-0.13	Zn I
Sr II	N/A	...	-0.35+-0.22	...	-2.50+-0.22	-0.35+-0.22	0.37+-0.22	Sr II
Ba II	N/A	...	-0.57+-0.12	...	-2.72+-0.12	-0.57+-0.12	-0.54+-0.12	Ba II
Eu II	N/A	...	0.06+-0.21	...	-2.09+-0.21	0.06+-0.21	-1.57+-0.21	Eu II




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

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	SUBARUHDS	50000	N/A	N/A	N/A

---

L.Zhang et al.,ApJ, 706, 1095, 2009(ADS)

Chemical Compositions of Kinematically Selected Outer Halo Stars




Stellar Parameters

Teff : 5100+-50

log g : 2.92+-0.10

vturb : 1.40+-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
Na I	2	-2.62+-0.09	-0.38+-0.09	...	-2.53+-0.09	-0.46+-0.09	3.71+-0.09	Na I
Mg I	2	-1.80+-0.07	0.44+-0.07	...	-1.82+-0.07	0.25+-0.07	5.78+-0.07	Mg I
Si	N/A	...	0.47+-0.08	...	-1.73+-0.08	0.34+-0.08	5.78+-0.08	Si
Si I	2	-1.77+-0.08	...	...	-1.73+-0.08	0.34+-0.08	5.78+-0.08	Si I
Ca I	20	-1.89+-0.07	0.35+-0.07	...	-1.87+-0.07	0.20+-0.07	4.47+-0.07	Ca I
Sc II	9	-2.02+-0.07	0.22+-0.07	...	-2.08+-0.07	-0.01+-0.07	1.07+-0.07	Sc II
Ti	N/A	...	0.30+-0.05	...	-1.90+-0.05	0.17+-0.05	3.05+-0.05	Ti
Ti I	21	-1.94+-0.05	...	...	-1.90+-0.05	0.17+-0.05	3.05+-0.05	Ti I
Ti II	11	-1.80+-0.07	...	...	-1.76+-0.07	0.31+-0.07	3.19+-0.07	Ti II
Cr	N/A	...	-0.18+-0.05	...	-2.39+-0.05	-0.32+-0.05	3.25+-0.05	Cr
Cr I	12	-2.42+-0.05	...	...	-2.39+-0.05	-0.32+-0.05	3.25+-0.05	Cr I
Cr II	3	-2.04+-0.09	...	...	-2.01+-0.09	0.06+-0.09	3.63+-0.09	Cr II
Mn I	2	-2.66+-0.03	-0.42+-0.03	...	-2.70+-0.03	-0.63+-0.03	2.73+-0.03	Mn I
Fe	N/A	-2.24+-0.05	...	...	-2.07+-0.05	...	5.43+-0.05	Fe
Fe I	85	-2.24+-0.05	...	...	-2.07+-0.05	...	5.43+-0.05	Fe I
Fe II	11	-2.24+-0.06	...	...	-2.07+-0.06	...	5.43+-0.06	Fe II
Ni I	11	-2.21+-0.08	0.04+-0.08	...	-2.18+-0.08	-0.11+-0.08	4.04+-0.08	Ni I
Zn I	3	-2.27+-0.06	-0.03+-0.06	...	-2.23+-0.06	-0.16+-0.06	2.33+-0.06	Zn I
Ba II	3	-2.97+-0.07	-0.73+-0.07	...	-3.02+-0.07	-0.95+-0.07	-0.84+-0.07	Ba II




Binary Parameters

Vrad

-75.1

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2003-02	N/A	SUBARUHDS	50000	N/A	300	-75.1

---

I.U.Roederer et al.,ApJ, 791, 32, 2014(ADS)

New Detections of Arsenic, Selenium, and Other Heavy Elements in Two Metal-poor Stars




Stellar Parameters

Teff : 5080+-200

log g : 2.57+-0.2

vturb : 1.60+-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	N/A	-2.45+-0.22	...	...	-2.45+-0.22	...	5.05+-0.22	Fe
Cu II	3	...	-0.37+-0.29	+1.36+-0.29	-2.83+-0.29	-0.38+-0.29	+1.36+-0.29	Cu II
Zn II	1	...	+0.28+-0.44	+2.38+-0.44	-2.18+-0.44	0.27+-0.44	+2.38+-0.44	Zn II
Ge I	3	...	-1.20+-0.28	-0.03+-0.28	-3.68+-0.28	-1.23+-0.28	-0.03+-0.28	Ge I
As I	1	...	-0.31+-0.50	-0.49+-0.50	-2.79+-0.50	-0.34+-0.50	-0.49+-0.50	As I
Se I	2	...	-0.31+-0.36	+0.55+-0.36	-2.79+-0.36	-0.34+-0.36	+0.55+-0.36	Se I
Mo II	3	...	+0.02+-0.28	-0.56+-0.28	-2.44+-0.28	0.01+-0.28	-0.56+-0.28	Mo II
Cd I	1	...	-0.57+-0.36	-1.34+-0.36	-3.05+-0.36	-0.60+-0.36	-1.34+-0.36	Cd I
Cd II	1	...	-0.55+-0.43	-1.30+-0.43	-3.01+-0.43	-0.56+-0.43	-1.30+-0.43	Cd II
Te I	2	...	+0.18+-0.30	-0.12+-0.30	-2.30+-0.30	0.15+-0.30	-0.12+-0.30	Te I
Yb II	1	...	-0.15+-0.21	-1.69+-0.21	-2.61+-0.21	-0.16+-0.21	-1.69+-0.21	Yb II
W II	2	...	<+1.13	<-0.68	<-1.53	<0.92	<-0.68	W II
Os II	2	...	<-0.22	<-1.28	<-2.68	<-0.23	<-1.28	Os II
Pt I	5	...	<+0.08	<-0.78	<-2.40	<0.05	<-0.78	Pt I
Hg II	1	...	<+1.82	<+0.53	<-0.64	<1.81	<+0.53	Hg II
Pb II	1	...	<+0.54	<+0.12	<-1.92	<0.53	<+0.12	Pb II




Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2013-01-22	N/A	HST	30000	10-100	37400	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 : 5050+-38

log g : 2.15+-0.16

vturb : 1.55+-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	...	...	0.92	-2.34	0.18	0.92	Li I
CH	1	...	0.08+-0.25	5.87	-2.56	-0.04+-0.25	5.87	CH
NH	1	...	<-0.39	<4.80	<-3.03	<-0.51	<4.80	NH
O I	3	...	0.51+-0.18	6.68	-2.01	0.51+-0.18	6.68	O I
Na I	1	...	0.23+-0.21	3.95	-2.29	0.23+-0.21	3.95	Na I
Mg I	4	...	0.48+-0.16	5.56	-2.04	0.48+-0.16	5.56	Mg I
Al I	1	...	-0.56+-0.29	3.37	-3.08	-0.56+-0.29	3.37	Al I
Si I	2	...	0.54+-0.25	5.53	-1.98	0.54+-0.25	5.53	Si I
Ca I	11	...	0.44+-0.17	4.25	-2.09	0.43+-0.17	4.25	Ca I
Sc II	8	...	0.04+-0.15	0.55	-2.60	-0.08+-0.15	0.55	Sc II
Ti I	17	...	0.17+-0.14	2.60	-2.35	0.17+-0.14	2.60	Ti I
Ti II	24	...	0.31+-0.15	2.62	-2.33	0.19+-0.15	2.62	Ti II
V I	1	...	-0.08+-0.17	1.33	-2.60	-0.08+-0.17	1.33	V I
V II	2	...	0.19+-0.24	1.48	-2.45	0.07+-0.24	1.48	V II
Cr I	11	...	-0.17+-0.14	2.95	-2.69	-0.17+-0.14	2.95	Cr I
Cr II	4	...	0.28+-0.16	3.28	-2.36	0.16+-0.16	3.28	Cr II
Mn I	7	...	-0.40+-0.15	2.51	-2.92	-0.40+-0.15	2.51	Mn I
Mn II	4	...	-0.36+-0.21	2.43	-3.00	-0.48+-0.21	2.43	Mn II
Fe I	116	-2.52+-0.14	...	4.98	-2.52+-0.14	...	4.98	Fe I
Fe II	12	-2.64+-0.15	...	4.86	-2.64+-0.15	...	4.86	Fe II
Co I	8	...	-0.21+-0.24	2.26	-2.73	-0.21+-0.24	2.26	Co I
Ni I	14	...	0.08+-0.19	3.78	-2.44	0.08+-0.19	3.78	Ni I
Cu I	1	...	<-0.89	<0.78	<-3.41	<-0.89	<0.78	Cu I
Zn I	2	...	0.11+-0.15	2.15	-2.41	0.11+-0.15	2.15	Zn I
Rb I	1	...	<1.80	<1.80	<-0.56	<1.96	<1.80	Rb I
Sr II	2	...	-0.51+-0.26	-0.29	-3.16	-0.64+-0.26	-0.29	Sr II
Y II	3	...	-0.80+-0.19	-1.23	-3.44	-0.92+-0.19	-1.23	Y II
Zr II	3	...	-0.21+-0.16	-0.27	-2.85	-0.33+-0.16	-0.27	Zr II
Nb II	1	...	<1.14	<-0.04	<-1.50	<1.02	<-0.04	Nb II
Mo I	1	...	<0.53	<-0.11	<-1.99	<0.53	<-0.11	Mo I
Tc I	1	...	...	<0.21	<0.21	<2.73	<0.21	Tc I
Sn I	1	...	<1.29	<0.84	<-1.23	<1.29	<0.84	Sn I
Ba II	3	...	-0.64+-0.16	-1.10	-3.28	-0.76+-0.16	-1.10	Ba II
La II	3	...	-0.33+-0.24	-1.87	-2.97	-0.45+-0.24	-1.87	La II
Ce II	2	...	-0.31+-0.18	-1.37	-2.95	-0.43+-0.18	-1.37	Ce II
Pr II	1	...	0.35+-0.21	-1.57	-2.29	0.23+-0.21	-1.57	Pr II
Nd II	1	...	-0.28+-0.20	-1.50	-2.92	-0.40+-0.20	-1.50	Nd II
Eu II	2	...	-0.16+-0.19	-2.28	-2.80	-0.28+-0.19	-2.28	Eu II
Gd II	2	...	<0.47	<-1.10	<-2.17	<0.35	<-1.10	Gd II
Tb II	3	...	<0.56	<-1.78	<-2.10	<0.42	<-1.78	Tb II
Dy II	1	...	-0.13+-0.18	-1.67	-2.77	-0.25+-0.18	-1.67	Dy II
Er II	2	...	<0.14	<-1.58	<-2.50	<0.02	<-1.58	Er II
Tm II	2	...	<0.35	<-2.19	<-2.31	<0.21	<-2.19	Tm II
Yb II	1	...	-0.33+-0.19	-2.05	-2.97	-0.45+-0.19	-2.05	Yb II
Hf II	2	...	<0.72	<-1.07	<-1.78	<0.74	<-1.07	Hf II
Ir I	1	...	<1.28	<0.14	<-1.24	<1.28	<0.14	Ir I
Pb I	1	...	<1.28	<0.80	<-1.24	<1.28	<0.80	Pb I
Th II	3	...	<0.78	<-1.80	<-1.86	<0.66	<-1.80	Th II




Binary Parameters

Binarity	Negative
Vrad	-75.7

Position

Right Ascension : 14 36 48.51

Declination : -29 06 46.6

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log

Date of Observation	JD	Facility	Resolution	S/N	Exposure Time	Vrad
2004-06-22-22:57	2453179.46	MIKELCO	41000	505-880	20	-76.1
2004-07-14-22:49	2453201.453	MIKELCO	41000	505-880	200	-75.7
2004-07-23-22:59	2453210.459	MIKELCO	41000	505-880	90	-75.7
2005-05-31-03:05	2453521.634	MIKELCO	41000	505-880	240	-75.3

---

I.U.Roederer et al.,ApJ, 912, 119, 2021(ADS)

Detection of Al II in the Ultraviolet Spectra of Metal-poor Stars: An Empirical LTE Test of NLTE Aluminum Abundance Calculations




Stellar Parameters

Teff : 5080

log g : 2.57

vturb : 1.60

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
Al	N/A	...	-0.28+-0.15	...	-2.73+-0.15	-0.28+-0.15	3.72+-0.15	Al
Al I	6	...	...	3.26+-0.13	-3.19+-0.13	-0.74+-0.13	3.26+-0.13	Al I
Al II	1	...	...	3.72+-0.15	-2.73+-0.15	-0.28+-0.15	3.72+-0.15	Al II
Fe II	N/A	-2.45+-0.10	...	...	-2.45+-0.10	...	5.05+-0.10	Fe II




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	N/A	HST	30000	N/A	N/A	N/A
N/A	N/A	HST	30000	N/A	N/A	N/A
N/A	N/A	MIKELCO	41000	N/A	N/A	N/A

---

G.Israelian et al.,AAP, 421, 649, 2004(ADS)

Galactic evolution of nitrogen




Stellar Parameters

Teff : 5130+-66

log g : 2.85+-0.22

vturb : 1.25

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
NH	N/A	-2.41+-0.16	...	...	-2.19+-0.16	-0.25+-0.16	5.64+-0.16	NH
Fe	N/A	-2.11	...	...	-1.94	...	5.56	Fe




Position

Right Ascension :

Declination :

Galactic Longitude (l) : N/A

Galactic Latitude (b) : N/A

Observing Log