G108-58
taken from 3 paper(s):
/J.A.Rich and A. M. Boesgaard(2009)/
/A.M.Boesgaard et al.(2011)/
/C.Sneden et al.(2023)/
BERYLLIUM, OXYGEN, AND IRON ABUNDANCES IN EXTREMELY METAL-DEFICIENT STARS
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 |
|---|
| Be II | N/A | ... | ... | -1.12+-0.12 | -2.50+-0.12 | -0.13+-0.12 | -1.12+-0.12 | Be II |
| OH | N/A | -1.33+-0.15 | ... | ... | -1.15+-0.15 | 1.22+-0.15 | 7.54+-0.15 | OH |
| Fe | N/A | -2.37+-0.1 | ... | ... | -2.37+-0.1 | ... | 5.13+-0.1 | Fe |
Position
| Right Ascension : 07 10 02.59 | Declination : -01 17 58.5 | Galactic Longitude (l) : N/A | Galactic Latitude (b) : N/A |
Observing Log
| Date of Observation | JD | Facility | Resolution | S/N | Exposure Time | Vrad |
|---|
| 2008-01-16 | N/A | KECKHIRES | 48000 | 91 | 5400 | N/A |
Beryllium and Alpha-element Abundances in a Large Sample of Metal-poor Stars
Stellar Parameters
| Teff : 5865+-100 | log g : 4.03+-0.2 | vturb : 1.5+-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 |
|---|
| Be | N/A | ... | -0.17+-0.15 | -1.12+-0.12 | -2.50+-0.12 | -0.13+-0.15 | -1.12+-0.12 | Be |
| O | N/A | -1.33+-0.22 | +1.04+-0.24 | ... | -1.39+-0.22 | 0.98+-0.24 | 7.30+-0.22 | O |
| Mg | N/A | -2.04+-0.07 | ... | ... | -2.06+-0.07 | 0.31+-0.07 | 5.54+-0.07 | Mg |
| Ti | N/A | -2.10+-0.09 | ... | ... | -2.03+-0.09 | 0.34+-0.09 | 2.92+-0.09 | Ti |
| Fe | N/A | -2.37+-0.09 | ... | ... | -2.37+-0.09 | ... | 5.13+-0.09 | Fe |
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 |
|---|
| 2008-01-16 | N/A | KECKHIRES | 42000 | 91 | 5400 | N/A |
Iron-peak Element Abundances in Warm Very Metal-poor Stars
Stellar Parameters
| Teff : 5800 | log g : 4.3 | vturb : 1.2 |
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 |
|---|
| Mg I | 4 | ... | 0.33+-0.16 | ... | -2.28+-0.16 | 0.33+-0.16 | 5.32+-0.16 | Mg I |
| Ca I | 15 | ... | 0.32+-0.04 | ... | -2.29+-0.04 | 0.32+-0.04 | 4.05+-0.04 | Ca I |
| Ca II | 1 | ... | 0.32 | ... | -2.29 | 0.32 | 4.05 | Ca II |
| Sc II | 12 | ... | -0.03+-0.04 | ... | -2.64+-0.04 | -0.03+-0.04 | 0.51+-0.04 | Sc II |
| Ti I | 10 | ... | 0.26+-0.05 | ... | -2.35+-0.05 | 0.26+-0.05 | 2.60+-0.05 | Ti I |
| Ti II | 57 | ... | 0.21+-0.09 | ... | -2.40+-0.09 | 0.21+-0.09 | 2.55+-0.09 | Ti II |
| V II | 6 | ... | 0.09+-0.08 | ... | -2.52+-0.08 | 0.09+-0.08 | 1.41+-0.08 | V II |
| Cr I | 11 | ... | -0.09+-0.09 | ... | -2.70+-0.09 | -0.09+-0.09 | 2.94+-0.09 | Cr I |
| Cr II | 8 | ... | -0.04+-0.04 | ... | -2.65+-0.04 | -0.04+-0.04 | 2.99+-0.04 | Cr II |
| Mn I | 6 | ... | -0.36+-0.1 | ... | -2.97+-0.1 | -0.36+-0.1 | 2.46+-0.1 | Mn I |
| Mn II | 4 | ... | -0.2+-0.06 | ... | -2.81+-0.06 | -0.20+-0.06 | 2.62+-0.06 | Mn II |
| Fe | N/A | -2.61 | ... | ... | -2.61 | ... | 4.89 | Fe |
| Fe I | 146 | -2.63+-0.11 | ... | ... | -2.63+-0.11 | ... | 4.87+-0.11 | Fe I |
| Fe II | 16 | -2.59+-0.09 | ... | ... | -2.59+-0.09 | ... | 4.91+-0.09 | Fe II |
| Co I | 29 | ... | 0.21+-0.08 | ... | -2.40+-0.08 | 0.21+-0.08 | 2.59+-0.08 | Co I |
| Ni I | 37 | ... | 0.07+-0.09 | ... | -2.54+-0.09 | 0.07+-0.09 | 3.68+-0.09 | Ni I |
| Cu I | 1 | ... | -0.72 | ... | -3.33 | -0.72 | 0.86 | Cu I |
| Zn I | 1 | ... | 0.23 | ... | -2.38 | 0.23 | 2.18 | Zn I |
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 | 106 | N/A | N/A |