HE0132-2429: found in 2 paper(s).

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/E.Carretta et al.(2002)/ /J.G.Cohen et al.(2008)/

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A0028

Title STELLAR ARCHAEOLOGY: A KECK PILOT PROGRAM ON EXTREMELY METAL-POOR STARS FROM THE HAMBURG/ESO SURVEY. II. ABUNDANCE ANALYSIS
ADS E.Carretta et al.,AJ, 124, 481, 2002
Authors E. Carretta, R. Gratton, J. G. Palomar O. Cohen, T. C. Department of Physics and Astronomy, MSU. Beers, N. Christlieb

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Basic Informations

Observation Date JD Facility Resolution S/N Exposure Time Vrad
2000-09 N/A KECKHIRES 45000 N/A N/A

Photometric data

V 14.821

Atmospheric data

Teff 5310
log g 3.40
vturb 1.28

Chemical Abundances

Element Nline [X/H] [X/Fe] log-e
Mg I...-3.18+-0.330.38+-0.334.40+-0.33
Al I...-4.01-0.452.46
Si I...-3.330.234.22
Ca I...-3.25+-0.130.31+-0.133.11+-0.13
Sc II...-2.38+-0.031.18+-0.030.79+-0.03
Ti I...-3.05+-0.060.51+-0.061.97+-0.06
Ti II...-2.92+-0.080.64+-0.082.10+-0.08
Cr I...-4.07+-0.05-0.51+-0.051.60+-0.05
Mn I...-4.43+-0.03-0.87+-0.030.96+-0.03
Fe I...-3.56+-0.17...3.94+-0.17
Fe II...-3.72+-0.06...3.78+-0.06
Sr II...-2.75+-0.120.81+-0.120.22+-0.12
Ba II...-4.54-0.98-2.41
    : Data presented in the paper
    : Data converted with the solar abundance from Grevesse et al. (1996)


A0187

Title New Extremely Metal-Poor Stars in the Galactic Halo
ADS J.G.Cohen et al.,ApJ, 672, 320, 2008
Authors J. G. Cohen, N. Christlieb, A. McWilliam, S. Shectman, I. Thompson, J. Melendez, L. Wisotzki, D. Reimers

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Basic Informations

Observation Date JD Facility Resolution S/N Exposure Time Vrad
2451811.96 KECKHIRES 46000 95 7200 +296.0+-0.1
2453243.00 KECKHIRES 46000 95 7200 +289.5+-0.2
2453289.89 KECKHIRES 46000 95 7200 +289.2+-0.1
Galactic Longitude (l) N/A
Galactic Latitude (b) N/A
Declination -242418
Right Ascension 013458.8

Binarity

Binarity Positive

Photometric data

V 14.82
EB-V 0.012

Atmospheric data

Teff 5294
log g 2.75
vturb 1.8

Chemical Abundances

Element Nline [X/H] [X/Fe] log-e
CH...-2.930.625.66
NH...-2.481.075.45
OH...<-1.88+-0.20<1.67+-0.20<6.95+-0.20
Na I...-3.86+-0.09-0.31+-0.092.46+-0.09
Mg I...-3.15+-0.150.40+-0.154.39+-0.15
Al I...-3.74+-0.17-0.19+-0.172.74+-0.17
Si I...-2.980.574.57
Ca I...-3.28+-0.150.27+-0.153.08+-0.15
Ca II...-3.550.002.81
Sc II...-2.80+-0.050.75+-0.050.31+-0.05
Ti I...-2.94+-0.100.61+-0.102.05+-0.10
Ti II...-3.16+-0.100.39+-0.101.84+-0.10
V II...-3.190.360.81
Cr I...-3.98+-0.12-0.43+-0.121.69+-0.12
Mn I...-4.45+-0.02-0.90+-0.020.94+-0.02
Mn II...-4.03+-0.16-0.48+-0.161.37+-0.16
Fe I...-3.55+-0.18...3.90+-0.18
Fe II...-3.60+-0.18-0.05+-0.183.85+-0.18
Co I...-3.00+-0.180.55+-0.181.92+-0.18
Ni I...-3.59+-0.06-0.04+-0.062.67+-0.06
Cu I...-4.40+-0.06-0.85+-0.06-0.18+-0.06
Zn I...<-2.71<0.84<1.89
Sr II...-3.50+-0.060.05+-0.06-0.60+-0.06
Y II...<-3.22<0.33<-0.98
Ba II...-4.40+-0.04-0.85+-0.04-2.27+-0.04
Eu II...<-2.37+-0.18<1.18+-0.18<-1.86+-0.18
    : Data presented in the paper
    : Data converted with the solar abundance from Grevesse et al. (1996)