A&A acceptedastro-ph/0503498We have compiled a large catalogue of metallicities and abundance ratios from the literature in order to investigate abundance trends of several alpha and iron peak elements in the thin disk and the thick disk of the Galaxy. The catalogue includes 743 stars with abundances of Fe, O, Mg, Ca, Ti, Si, Na, Ni and Al in the metallicity range -1.30 < [Fe/H] < +0.50. We have checked that systematic differences between abundances measured in the different studies were lower than random errors before combining them. Accurate distances and proper motions from Hipparcos, and radial velocities from several sources have been retreived for 639 stars and their velocities (U,V,W) and galactic orbits have been computed. Ages of 3...
Context. The formation scenario of the Galactic thick disk is an unresolved problem. Chemical abunda...
The immediate Solar neighborhood should be a fair sample of the local Galaxy. However, the chemical ...
textGalactic formation models have long sought to reproduce the observed chemical and kinematical pr...
We have compiled a large catalogue of metallicities and abundance ratios from the literature in ord...
International audienceWe present the results of our investigation of three samples kinematically rep...
The current knowledge of the abundance structure in the Milky Way is reviewed. Special emphasis is p...
To appear in Chemical Abundances and Mixing in Stars in the Milky Way Galaxy and its Satellites, ESO...
Thick disks are common in spiral and S0 galaxies and seem to be an inherent part of galaxy formation...
We have investigated the abundance of several chemical elements in two large stellar samples kinemat...
We used the spectroscopic and astrometric data provided from the GALactic Archaeology with HERMES (G...
We highlight some results from our detailed abundance analysis study of 703 kinematically selected F...
We have performed the detailed analysis of 174 high-resolution spectra of FGK dwarfs obtained with t...
Based on spectra from F and G dwarf stars, we present elemental abundance trends in the Galactic th...
Based on spectra from F and G dwarf stars, we present elementalabundance trends in the Galactic thin...
Aims. We analyzed chemical and kinematical properties of about 850 FGK solar neighborhood long-lived...
Context. The formation scenario of the Galactic thick disk is an unresolved problem. Chemical abunda...
The immediate Solar neighborhood should be a fair sample of the local Galaxy. However, the chemical ...
textGalactic formation models have long sought to reproduce the observed chemical and kinematical pr...
We have compiled a large catalogue of metallicities and abundance ratios from the literature in ord...
International audienceWe present the results of our investigation of three samples kinematically rep...
The current knowledge of the abundance structure in the Milky Way is reviewed. Special emphasis is p...
To appear in Chemical Abundances and Mixing in Stars in the Milky Way Galaxy and its Satellites, ESO...
Thick disks are common in spiral and S0 galaxies and seem to be an inherent part of galaxy formation...
We have investigated the abundance of several chemical elements in two large stellar samples kinemat...
We used the spectroscopic and astrometric data provided from the GALactic Archaeology with HERMES (G...
We highlight some results from our detailed abundance analysis study of 703 kinematically selected F...
We have performed the detailed analysis of 174 high-resolution spectra of FGK dwarfs obtained with t...
Based on spectra from F and G dwarf stars, we present elemental abundance trends in the Galactic th...
Based on spectra from F and G dwarf stars, we present elementalabundance trends in the Galactic thin...
Aims. We analyzed chemical and kinematical properties of about 850 FGK solar neighborhood long-lived...
Context. The formation scenario of the Galactic thick disk is an unresolved problem. Chemical abunda...
The immediate Solar neighborhood should be a fair sample of the local Galaxy. However, the chemical ...
textGalactic formation models have long sought to reproduce the observed chemical and kinematical pr...