The debate on the oxygen abundances of metal-poor stars has its origin in contradictory results obtained using different abundance indicators. To achieve a better understanding of the problem we have acquired high quality spectra with the Ultraviolet and Visual Echelle Spectrograph at VLT, with a signal-to-noise of the order of 100 in the near ultraviolet and 500 in the optical and near infrared wavelength range. Three different oxygen abundance indicators, OH ultraviolet lines around 310.0 nm, the [O
We present oxygen abundances for 72 F and G dwarf stars in the solarneighbourhood. Using the kinemat...
Oxygen is the most abundant “metal” element in stars and in the cosmos. But determining oxygen abund...
Context. Oxygen is the third most common element in the Universe. The measurement of oxygen lines in...
The debate on the oxygen abundances of metal-poor stars has its origin in contradictory results obta...
Recent LTE analyses (Israelian et al. 1998 and Bosegaard et al. 1999) of the OH bands in the optical...
We use high-quality VLT/UVES published data of the permitted O I triplet and Fe II lines to determin...
Aims. We present a detailed and uniform study of oxygen abundance from two different oxygen lines at...
We present a detailed and uniform study of oxygen abundances in 155 solar type stars, 96 of which ar...
A spectrum of the very metal poor ((Fe/H) approximately -3) halo star BD -13 deg 3442 is presented a...
A study of the O/Fe ratio in metal-poor main sequence and subgiant stars is presented using the 630...
We have derived abundances of O, Na, Mg, Al, Si, Ca, Sc, Ti, V, Cr, Fe, Ni and Ba for 43 metal-poor ...
The formation of the UV OH spectral lines has been investigated for a range of stellar parameters in...
Context. Oxygen is the third most common element in the Universe. The measurement of oxygen lines in...
We have identified the forbidden absorption nebular and auroral lines of oxygen in the spectra of ab...
International audienceContext. Oxygen is the third most common element in the Universe. The measurem...
We present oxygen abundances for 72 F and G dwarf stars in the solarneighbourhood. Using the kinemat...
Oxygen is the most abundant “metal” element in stars and in the cosmos. But determining oxygen abund...
Context. Oxygen is the third most common element in the Universe. The measurement of oxygen lines in...
The debate on the oxygen abundances of metal-poor stars has its origin in contradictory results obta...
Recent LTE analyses (Israelian et al. 1998 and Bosegaard et al. 1999) of the OH bands in the optical...
We use high-quality VLT/UVES published data of the permitted O I triplet and Fe II lines to determin...
Aims. We present a detailed and uniform study of oxygen abundance from two different oxygen lines at...
We present a detailed and uniform study of oxygen abundances in 155 solar type stars, 96 of which ar...
A spectrum of the very metal poor ((Fe/H) approximately -3) halo star BD -13 deg 3442 is presented a...
A study of the O/Fe ratio in metal-poor main sequence and subgiant stars is presented using the 630...
We have derived abundances of O, Na, Mg, Al, Si, Ca, Sc, Ti, V, Cr, Fe, Ni and Ba for 43 metal-poor ...
The formation of the UV OH spectral lines has been investigated for a range of stellar parameters in...
Context. Oxygen is the third most common element in the Universe. The measurement of oxygen lines in...
We have identified the forbidden absorption nebular and auroral lines of oxygen in the spectra of ab...
International audienceContext. Oxygen is the third most common element in the Universe. The measurem...
We present oxygen abundances for 72 F and G dwarf stars in the solarneighbourhood. Using the kinemat...
Oxygen is the most abundant “metal” element in stars and in the cosmos. But determining oxygen abund...
Context. Oxygen is the third most common element in the Universe. The measurement of oxygen lines in...