We search for chemically distinct stellar components in the solar neighbourhood using a compilation of published data. Extending earlier work, we show that when the abundances of Fe, α elements and the r-process element Eu are considered together, star
International audienceContext. The chemical evolution of neutron capture elements in the Milky Way d...
For the first time, we present an extensive study of stars with individual non-LTE (NLTE) abundances...
International audienceThe decomposition of the Solar system abundances of heavy isotopes into their ...
Abundance data on solar neighbourhood stars suggest the presence of chemically-distinct stellar comp...
Context. The evolution of chemical elements in a galaxy is linked to its star formation history. Var...
A number of stellar streams, moving and kinematic groups were identified in the Milky Way galaxy. So...
We have investigated the abundance of several chemical elements in two large stellar samples kinemat...
We present elemental abundances of 118 stars (28 of which are known extrasolar planetary host stars)...
The Y, Zr, La, Ce, Nd , Sm and Eu abundances were found in LTE approach, and the abundance of Ba was...
Helmi et al. (2006) identified three new coherent groups of stars in the Geneva-Copenhagen survey (G...
We performed a uniform and detailed abundance analysis of 12 refractory elements (Na, Mg, Al, Si, Ca...
Hot massive stars are ideal indicators for present-day cosmic abundances. We review results from a n...
Context.The formation scenario of the Galactic thick disk is an unresolved problem. Chemical abunda...
Aims.This work presents a uniform and homogeneous study of chemical abundances of refractory element...
We present a uniform study of the chemical abundances of 12 elements (Si, Ca, Sc, Ti, V, Cr, Mn, Co,...
International audienceContext. The chemical evolution of neutron capture elements in the Milky Way d...
For the first time, we present an extensive study of stars with individual non-LTE (NLTE) abundances...
International audienceThe decomposition of the Solar system abundances of heavy isotopes into their ...
Abundance data on solar neighbourhood stars suggest the presence of chemically-distinct stellar comp...
Context. The evolution of chemical elements in a galaxy is linked to its star formation history. Var...
A number of stellar streams, moving and kinematic groups were identified in the Milky Way galaxy. So...
We have investigated the abundance of several chemical elements in two large stellar samples kinemat...
We present elemental abundances of 118 stars (28 of which are known extrasolar planetary host stars)...
The Y, Zr, La, Ce, Nd , Sm and Eu abundances were found in LTE approach, and the abundance of Ba was...
Helmi et al. (2006) identified three new coherent groups of stars in the Geneva-Copenhagen survey (G...
We performed a uniform and detailed abundance analysis of 12 refractory elements (Na, Mg, Al, Si, Ca...
Hot massive stars are ideal indicators for present-day cosmic abundances. We review results from a n...
Context.The formation scenario of the Galactic thick disk is an unresolved problem. Chemical abunda...
Aims.This work presents a uniform and homogeneous study of chemical abundances of refractory element...
We present a uniform study of the chemical abundances of 12 elements (Si, Ca, Sc, Ti, V, Cr, Mn, Co,...
International audienceContext. The chemical evolution of neutron capture elements in the Milky Way d...
For the first time, we present an extensive study of stars with individual non-LTE (NLTE) abundances...
International audienceThe decomposition of the Solar system abundances of heavy isotopes into their ...