HD208906

taken from 8 paper(s):

/T.V.Mishenina et al.(2002)/ /T.V.Mishenina and V. V. Kovtyukh(2001)/ /J.Simmerer et al.(2004)/ /R.Smiljanic et al.(2009)/ /A.M.Boesgaard et al.(2011)/ /T.V.Mishenina et al.(2013)/ /K.A.Venn et al.(2004)/ /T.Mishenina et al.(2019)/

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

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


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
FeN/A-0.71......-0.71...6.79Fe
Cu IN/A...-0.09+-0.11...-0.78+-0.11-0.07+-0.113.41+-0.11Cu I
Zn IN/A...-0.1+-0.1...-0.77+-0.1-0.06+-0.13.79+-0.1Zn I

Position

Right Ascension : 21 58 40.80 Declination : +29 48 45.0 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 : 5965 log g : 4.2 vturb : 1.7

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 IN/A...-0.01...-0.74-0.036.86Mg I
Si IN/A...0.12...-0.550.166.96Si I
Ca IN/A...0.06...-0.630.085.71Ca I
FeN/A-0.71......-0.71...6.79Fe
Sr IN/A...-0.12...-0.73-0.022.14Sr I
Ba IIN/A...0.01...-0.75-0.041.43Ba II
La IIN/A...0.08...-0.560.150.54La II
Ce IIN/A...-0.06...-0.77-0.060.81Ce II
Nd IIN/A...0.15...-0.480.230.94Nd II
Eu IIN/A...0.31...-0.410.300.11Eu II

Position

Right Ascension : 21 58 40.80 Declination : +29 48 45.0 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

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

The Rise of the s-Process in the 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 IN/A-0.75......-0.75...6.75Fe I
Fe IIN/A-0.82......-0.82...6.68Fe II
La IIN/A......0.3-0.80-0.050.3La II
Eu IIN/A......-0.24-0.76-0.01-0.24Eu II

Position

Right Ascension : 21 58 40.80 Declination : +29 48 45.0 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.Smiljanic et al.,AAP, 499, 103, 2009(ADS)

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


Stellar Parameters

Teff : 6009 log g : 4.3 vturb : 1.37

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
LiN/A......2.31-0.95-0.232.31Li
BeN/A......0.70-0.680.040.70Be
FeN/A-0.72......-0.72...6.78Fe

Position

Right Ascension : 21 58 40.80 Declination : +29 48 45.0 Galactic Longitude (l) : N/A Galactic Latitude (b) : N/A

Observing Log

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 : 5929+-100 log g : 4.39+-0.2 vturb : 1.34+-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
BeN/A...+0.03+-0.15+0.72+-0.12-0.66+-0.120.07+-0.15+0.72+-0.12Be
ON/A-0.79+-0.22-0.06+-0.24...-0.85+-0.22-0.12+-0.247.84+-0.22O
FeN/A-0.73+-0.09......-0.73+-0.09...6.77+-0.09Fe

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

T.V.Mishenina et al.,AAP, 552, A128, 2013(ADS)

Abundances of neutron-capture elements in stars of the Galactic disk substructures


Stellar Parameters

Teff : 5965 log g : 4.2

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
MgN/A...0.23...-0.590.217.01Mg
SiN/A...0.25...-0.510.297.00Si
CaN/A...0.15...-0.630.175.71Ca
FeN/A-0.8......-0.80...6.70Fe
NiN/A...0.04...-0.730.075.49Ni
YN/A...-0.05...-0.82-0.021.39Y
ZrN/A...0.17...-0.610.191.97Zr
LaN/A...-0.09...-0.770.030.33La
CeN/A...0.02...-0.81-0.010.77Ce
NdN/A...0.14...-0.580.220.84Nd
SmN/A...0.11...-0.640.160.32Sm
EuN/A...0.34...-0.470.330.05Eu

Position

Right Ascension : 21 58 40.80 Declination : +29 48 45.0 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 ELODIE 42000 100-350 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
NaN/A...0.13...-0.500.225.74Na
MgN/A...0.08...-0.660.066.94Mg
CaN/A...0.09...-0.610.115.73Ca
TiN/A...0.27...-0.380.344.57Ti
FeN/A-0.72......-0.72...6.78Fe
NiN/A...0.03...-0.660.065.56Ni
YN/A...-0.11...-0.80-0.081.41Y
BaN/A...-0.25...-1.02-0.301.16Ba

Position

Right Ascension : 21 58 40.80 Declination : +29 48 45.0 Galactic Longitude (l) : N/A Galactic Latitude (b) : N/A

Observing Log

T.Mishenina et al.,MNRAS, 484, 3846, 2019(ADS)

Enrichment of the Galactic disc with neutron capture elements: Sr


Stellar Parameters

Teff : 5965 log g : 4.2 vturb : 1.7

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
FeN/A-0.8......-0.80...6.70Fe
SrN/A...-0.05...-0.98-0.181.89Sr
EuN/A...0.34...-0.470.330.05Eu

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 ELODIE 42000 >100 N/A N/A