International audienceOpen clusters are key objects to study the chemical evolution of the Galactic disk, but metallicities and detailed abundances are available for only a small fraction of them. We review here the current status of metallicity determinations. Open clusters are also perfect objects to test the chemical tagging method which intends to identify stars formed from the same molecular cloud. First results about this technique are presented, based on homogeneously derived chemical abundances for a large sample of stars in open clusters
Abstract: The long term goal of large-scale chemical tagging is to use stellar elemental abundances ...
Context. Galactic open clusters have been long recognized as one of the best tools to investigate th...
Metallicity is one of four free parameters typically considered when fitting isochrones to the clust...
International audienceOpen clusters are key objects to study the chemical evolution of the Galactic ...
Context. Open clusters are an important tool for studying the chemical evolution of the Galactic dis...
Past studies have already shown that stars in open clusters are chemically homogeneous (e.g. De Silv...
Applying a compilled catalog, we find that the relative abundances of α-elements in open clusters an...
International audienceIn a series of three papers, we investigate the current status of published me...
International audienceContext. Stars are born together from giant molecular clouds and, if we assume...
Context. Galactic open clusters have been long recognized as one of the best tools to investigate th...
International audienceContext. Precise chemical abundances coupled with reliable ages are key ingred...
Context: Well studied open clusters (OCs) of the solar neighborhood are frequently used as reference...
International audienceContext. Well studied open clusters (OCs) of the solar neighborhood are freque...
Context. Open clusters are a useful tool when investigating several topics connected with stellar ev...
Abstract: The long term goal of large-scale chemical tagging is to use stellar elemental abundances ...
Context. Galactic open clusters have been long recognized as one of the best tools to investigate th...
Metallicity is one of four free parameters typically considered when fitting isochrones to the clust...
International audienceOpen clusters are key objects to study the chemical evolution of the Galactic ...
Context. Open clusters are an important tool for studying the chemical evolution of the Galactic dis...
Past studies have already shown that stars in open clusters are chemically homogeneous (e.g. De Silv...
Applying a compilled catalog, we find that the relative abundances of α-elements in open clusters an...
International audienceIn a series of three papers, we investigate the current status of published me...
International audienceContext. Stars are born together from giant molecular clouds and, if we assume...
Context. Galactic open clusters have been long recognized as one of the best tools to investigate th...
International audienceContext. Precise chemical abundances coupled with reliable ages are key ingred...
Context: Well studied open clusters (OCs) of the solar neighborhood are frequently used as reference...
International audienceContext. Well studied open clusters (OCs) of the solar neighborhood are freque...
Context. Open clusters are a useful tool when investigating several topics connected with stellar ev...
Abstract: The long term goal of large-scale chemical tagging is to use stellar elemental abundances ...
Context. Galactic open clusters have been long recognized as one of the best tools to investigate th...
Metallicity is one of four free parameters typically considered when fitting isochrones to the clust...