HD85773

  • HIP48516 in K.A.Venn+,AJ, 128, 1177, 2004

    • taken from 9 paper(s):

    /D.L.Burris et al.(2000)/ /J.Simmerer et al.(2004)/ /M.Ishigaki et al.(2010)/ /I.U.Roederer et al.(2010)/ /H.Jonsson et al.(2011)/ /M.N.Ishigaki et al.(2012)/ /M.N.Ishigaki et al.(2013)/ /L.Zhang et al.(2009)/ /M.Aoki et al.(2017)/

    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 : 4450 log g : 1.10 vturb : 2.10

    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
    FeN/A-2.36......-2.19...5.31Fe
    YN/A...-0.31-0.43-2.64-0.45-0.43Y
    ZrN/A...0.070.31-2.27-0.080.31Zr
    BaN/A...-0.49-0.72-2.90-0.71-0.72Ba
    LaN/A...0.09-1.05-2.150.04-1.05La
    NdN/A...0.19-0.67-2.090.10-0.67Nd
    EuN/A...0.24-1.61-2.130.06-1.61Eu
    DyN/A...0.48-0.78-1.880.31-0.78Dy

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    N/A MAYALLKPNO 20000 100-200 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 : 4268 log g : 0.87 vturb : 2.00

    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
    CN/A...-0.45...-2.89-0.275.54C
    Fe I13-2.62......-2.62...4.88Fe I
    Fe II7-2.39......-2.39...5.11Fe II
    La IIN/A......-1.56+-0.1-2.66+-0.1-0.04+-0.1-1.56+-0.1La II
    Eu IIN/A......-1.84+-0.02-2.36+-0.020.26+-0.02-1.84+-0.02Eu II

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    N/A MCDONALD 60000 100 N/A N/A

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

    Chemical Abundances of Outer Halo Stars in the Milky Way


    Stellar Parameters

    Teff : 4146+-16 log g : 0.01 vturb : 2.05

    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-2.93+-0.05-0.35+-0.06...-2.84+-0.05-0.25+-0.063.40+-0.05Na I
    Mg IN/A-1.79+-0.050.79+-0.05...-1.81+-0.050.78+-0.055.79+-0.05Mg I
    Ca IN/A-2.32+-0.020.26+-0.02...-2.30+-0.020.29+-0.024.04+-0.02Ca I
    TiN/A...0.18+-0.03...-2.34+-0.030.25+-0.032.61+-0.03Ti
    Ti I9-2.71+-0.04......-2.64+-0.04-0.05+-0.042.31+-0.04Ti I
    Ti II6-2.20+-0.03......-2.13+-0.030.46+-0.032.82+-0.03Ti II
    CrN/A...-0.27+-0.02...-2.83+-0.02-0.24+-0.022.81+-0.02Cr
    Cr I8-2.92+-0.02......-2.89+-0.02-0.30+-0.022.75+-0.02Cr I
    Cr II1-2.62+-0.05......-2.59+-0.050.00+-0.053.05+-0.05Cr II
    Mn IN/A-3.01+-0.050.05+-0.05...-3.05+-0.05-0.46+-0.052.38+-0.05Mn I
    Fe I33-2.59+-0.01......-2.59+-0.01...4.91+-0.01Fe I
    Fe II4-2.55+-0.04......-2.55+-0.04...4.95+-0.04Fe II
    Ni IN/A-2.56+-0.090.02+-0.09...-2.53+-0.090.06+-0.093.69+-0.09Ni I
    Zn IN/A-2.13+-0.060.45+-0.07...-2.09+-0.060.50+-0.072.47+-0.06Zn I
    Y IIN/A-3.27+-0.05-0.69+-0.06...-3.24+-0.05-0.65+-0.06-1.03+-0.05Y II
    Ba IIN/A-3.33+-0.07-0.75+-0.07...-3.38+-0.07-0.79+-0.07-1.20+-0.07Ba II

    Position

    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, 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-2.62......-2.62...4.88Fe
    Zn IN/A......2.56-2.000.622.56Zn I
    Y IIN/A......-0.93-3.14-0.52-0.93Y II
    Pb IN/A......<-0.15<-2.19<0.43<-0.15Pb I

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    N/A MCDONALD 60000 100 N/A N/A

    H.Jonsson et al.,AAP, 530, A144, 2011(ADS)

    Sulphur abundances in halo giants from the [SI] line at 1082 nm and the SI triplet around 1045 nm


    Stellar Parameters

    Teff : 4450+-100 log g : 1.10+-0.5 vturb : 2.10+-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
    SiN/A......5.28-2.230.135.28Si
    S IN/A......5.25+-0.05-1.87+-0.050.49+-0.055.25+-0.05S I
    [S I]N/A......5.31-1.810.555.31[S I]
    FeN/A-2.36+-0.09......-2.36+-0.09...5.14+-0.09Fe

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    2008-01-16 N/A VLTCRIRES 80000 440-480 2160 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 : 4370+-100 log g : 0.73+-0.3 vturb : 2.01+-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
    MgN/A...0.36+-0.11...-2.07+-0.110.36+-0.115.53+-0.11Mg
    CaN/A...0.18+-0.09...-2.25+-0.090.18+-0.094.09+-0.09Ca
    Ti IN/A...0.12+-0.10...-2.31+-0.100.12+-0.102.64+-0.10Ti I
    Ti IIN/A...0.30+-0.09...-2.13+-0.090.30+-0.092.82+-0.09Ti II
    Fe IN/A-2.43+-0.19......-2.43+-0.19...5.07+-0.19Fe I
    Fe IIN/A-2.41+-0.12......-2.41+-0.12...5.09+-0.12Fe II

    Binary Parameters

    Vrad 141.6+-0.3

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    N/A N/A SUBARUHDS 50000 N/A N/A 141.6+-0.3

    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 : 4370 log g : 0.73 vturb : 2.01

    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
    V IN/A...-0.19+-0.14...-2.60+-0.14-0.19+-0.141.33+-0.14V I
    Cr IN/A...-0.2+-0.07...-2.61+-0.07-0.20+-0.073.03+-0.07Cr I
    Cr IIN/A...0.21+-0.12...-2.20+-0.120.21+-0.123.44+-0.12Cr II
    Mn IN/A...-0.17+-0.12...-2.58+-0.12-0.17+-0.122.85+-0.12Mn I
    Fe IN/A-2.41+-0.19......-2.41+-0.19...5.09+-0.19Fe I
    Fe IIN/A-2.44+-0.12......-2.44+-0.12...5.06+-0.12Fe II
    Ni IN/A...-0.02+-0.1...-2.43+-0.1-0.02+-0.13.79+-0.1Ni I
    Cu IN/A...-0.75+-0.12...-3.16+-0.12-0.75+-0.121.03+-0.12Cu I
    Zn IN/A...0.51+-0.2...-1.90+-0.20.51+-0.22.66+-0.2Zn I
    Y IIN/A...-0.57+-0.1...-2.98+-0.1-0.57+-0.1-0.77+-0.1Y II
    Zr IIN/A...-0.22+-0.12...-2.63+-0.12-0.22+-0.12-0.05+-0.12Zr II
    Ba IIN/A...-0.52+-0.2...-2.93+-0.2-0.52+-0.2-0.75+-0.2Ba II
    Nd IIN/A...-0.24+-0.12...-2.65+-0.12-0.24+-0.12-1.23+-0.12Nd II
    Sm IIN/A...-0.18+-0.22...-2.59+-0.22-0.18+-0.22-1.63+-0.22Sm II
    Eu IIN/A...-0.03+-0.08...-2.44+-0.08-0.03+-0.08-1.92+-0.08Eu II

    Position

    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 : 4205+-50 log g : 0.32+-0.20 vturb : 1.60+-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 I1-3.29+-0.08-0.71+-0.08...-3.20+-0.08-0.79+-0.083.04+-0.08Na I
    Mg I3-2.29+-0.090.29+-0.09...-2.31+-0.090.10+-0.095.29+-0.09Mg I
    Ca I17-2.34+-0.070.24+-0.07...-2.32+-0.070.09+-0.074.02+-0.07Ca I
    Sc II4-2.60+-0.06-0.02+-0.06...-2.66+-0.06-0.25+-0.060.49+-0.06Sc II
    TiN/A...0.28+-0.07...-2.26+-0.070.15+-0.072.69+-0.07Ti
    Ti I21-2.30+-0.07......-2.26+-0.070.15+-0.072.69+-0.07Ti I
    Ti II7-2.25+-0.08......-2.21+-0.080.20+-0.082.74+-0.08Ti II
    CrN/A...-0.27+-0.07...-2.82+-0.07-0.41+-0.072.82+-0.07Cr
    Cr I12-2.85+-0.07......-2.82+-0.07-0.41+-0.072.82+-0.07Cr I
    Cr II4-2.40+-0.10......-2.37+-0.100.04+-0.103.27+-0.10Cr II
    Mn I2-3.02+-0.06-0.44+-0.06...-3.06+-0.06-0.65+-0.062.37+-0.06Mn I
    FeN/A-2.58+-0.05......-2.41+-0.05...5.09+-0.05Fe
    Fe I60-2.58+-0.05......-2.41+-0.05...5.09+-0.05Fe I
    Fe II9-2.58+-0.05......-2.41+-0.05...5.09+-0.05Fe II
    Ni I15-2.58+-0.080.00+-0.08...-2.55+-0.08-0.14+-0.083.67+-0.08Ni I
    Zn I3-2.14+-0.050.44+-0.05...-2.10+-0.050.31+-0.052.46+-0.05Zn I
    Y II1-3.15+-0.05-0.57+-0.05...-3.12+-0.05-0.71+-0.05-0.91+-0.05Y II
    Ba II4-3.27+-0.06-0.69+-0.06...-3.32+-0.06-0.91+-0.06-1.14+-0.06Ba II

    Binary Parameters

    Vrad 148.2

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    2003-02 N/A SUBARUHDS 50000 N/A 1200 148.2

    M.Aoki et al.,ApJ, 837, 8, 2017(ADS)

    Diversity of Abundance Patterns of Light Neutron-capture Elements in Very-metal-poor Stars


    Stellar Parameters

    Teff : 4268 log g : 0.87 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
    FeN/A-2.62......-2.62...4.88Fe
    Sr II2...-0.25+-0.200.00+-0.20-2.87+-0.20-0.25+-0.200.00+-0.20Sr II
    Y II3...-0.55+-0.28-0.96+-0.28-3.17+-0.28-0.55+-0.28-0.96+-0.28Y II
    Zr II4...-0.19+-0.19-0.23+-0.19-2.81+-0.19-0.19+-0.19-0.23+-0.19Zr II
    Mo I1...-0.23+-0.26-0.97+-0.26-2.85+-0.26-0.23+-0.26-0.97+-0.26Mo I
    Ru I2...-0.14+-0.28-1.01+-0.28-2.76+-0.28-0.14+-0.28-1.01+-0.28Ru I
    Pd I1...-0.25+-0.22-1.30+-0.22-2.87+-0.22-0.25+-0.22-1.30+-0.22Pd I
    Ba II4...-0.33+-0.18-0.77+-0.18-2.95+-0.18-0.33+-0.18-0.77+-0.18Ba II
    La II3...-0.23+-0.18-1.75+-0.18-2.85+-0.18-0.23+-0.18-1.75+-0.18La II
    Ce II4...-0.36+-0.19-1.40+-0.19-2.98+-0.19-0.36+-0.19-1.40+-0.19Ce II
    Nd II5...-0.07+-0.19-1.27+-0.19-2.69+-0.19-0.07+-0.19-1.27+-0.19Nd II
    Eu II3...0.02+-0.20-2.08+-0.20-2.60+-0.200.02+-0.20-2.08+-0.20Eu II

    Binary Parameters

    Vrad 147.7+-0.8

    Position

    Observing Log

    Date of Observation JD Facility Resolution S/N Exposure Time Vrad
    2007-02-08 N/A SUBARUHDS 90000 220 10800 147.7+-0.8