HD105755

  • HIP59330 in K.A.Venn+,AJ, 128, 1177, 2004

    • taken from 6 paper(s):

    /T.V.Mishenina et al.(2002)/ /T.V.Mishenina and V. V. Kovtyukh(2001)/ /J.P.Fulbright(2000)/ /J.Simmerer et al.(2004)/ /R.G.Gratton et al.(2003)/ /I.U.Roederer et al.(2010)/

    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
    FeN/A-0.65......-0.65...6.85Fe
    Cu IN/A...-0.14+-0.13...-0.77+-0.13-0.12+-0.133.42+-0.13Cu I
    Zn IN/A...0.07+-0.09...-0.54+-0.090.11+-0.094.02+-0.09Zn I

    Position

    Right Ascension : 12 10 15.88 Declination : +54 29 17.3 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

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

    Analysis of neutron capture elements in metal-poor stars


    Stellar Parameters

    Teff : 5800 log g : 3.85 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 IN/A...0.22...-0.450.207.15Mg I
    Si IN/A...0.31...-0.300.357.21Si I
    Ca IN/A...0.34...-0.290.366.05Ca I
    FeN/A-0.65......-0.65...6.85Fe
    Sr IN/A...-0.09...-0.640.012.23Sr I
    Ba IIN/A...-0.08...-0.78-0.131.40Ba II
    La IIN/A...0.23...-0.350.300.75La II
    Ce IIN/A...0.28...-0.370.281.21Ce II
    Nd IIN/A...0.14...-0.430.220.99Nd II
    Eu IIN/A...0.17...-0.490.160.03Eu II

    Position

    Right Ascension : 12 10 15.88 Declination : +54 29 17.3 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

    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 : 5750 log g : 4.1 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
    Na IN/A...0.08...-0.580.155.66Na I
    Mg IN/A...0.27...-0.500.237.10Mg I
    Si IN/A...0.33...-0.380.357.13Si I
    Ca IN/A...0.17...-0.560.175.78Ca I
    TiN/A...0.28...-0.430.304.52Ti
    Cr IN/A...0.01...-0.710.024.93Cr I
    FeN/A-0.75......-0.73...6.77Fe
    Ba IIN/A...0.02...-0.78-0.051.40Ba II

    Position

    Right Ascension : 12 10 15.88 Declination : +54 29 17.3 Galactic Longitude (l) : N/A Galactic Latitude (b) : N/A

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    19990126-31 N/A SANDIFORD 50000 60 2700 N/A

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

    The Rise of the s-Process in the Galaxy


    Stellar Parameters

    Teff : 5701 log g : 3.82 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
    Fe I17-0.83......-0.83...6.67Fe I
    Fe II10-0.84......-0.84...6.66Fe II
    La IIN/A......0.33+-0.04-0.77+-0.040.06+-0.040.33+-0.04La II
    Eu IIN/A......0.02+-0.06-0.50+-0.060.33+-0.060.02+-0.06Eu II

    Position

    Right Ascension : 12 10 15.88 Declination : +54 29 17.3 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

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

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


    Stellar Parameters

    Teff : 5753 log g : 4.05 vturb : 1.04

    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 IN/A...0.11+-0.054...-0.67+-0.0540.09+-0.0545.57+-0.054Na I
    Mg IN/A...0.4+-0.055...-0.52+-0.0550.24+-0.0557.08+-0.055Mg I
    Si IN/A...0.28+-0.048...-0.45+-0.0480.31+-0.0487.06+-0.048Si I
    Ca IN/A...0.2+-0.033...-0.62+-0.0330.14+-0.0335.72+-0.033Ca I
    Ti IIN/A...0.18+-0.048...-0.45+-0.0480.31+-0.0484.50+-0.048Ti II
    Fe IN/A-0.75+-0.051......-0.76+-0.051...6.74+-0.051Fe I
    Fe IIN/A-0.74+-0.066......-0.75+-0.066...6.75+-0.066Fe II

    Binary Parameters

    Binarity Positive

    Position

    Right Ascension : 12 10 15.88 Declination : +54 29 17.3 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 50000 >100 N/A -37

    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
    FeN/A-0.83......-0.83...6.67Fe
    Zn IN/A......3.98-0.580.253.98Zn I
    Y IIN/A......1.18-1.03-0.201.18Y II
    Pb IN/A......1.43-0.610.221.43Pb I

    Position

    Right Ascension : 12 10 15.88 Declination : +54 29 17.3 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