We present a study of the stellar parameters and iron abundances of 18 giant stars in six open clusters. The analysis was based on high-resolution and high-S/N spectra obtained with the UVES spectrograph (VLT-UT2). The results complement our previous study where 13 clusters were already analyzed. The total sample of 18 clusters is part of a program to search for planets around giant stars. The results show that the 18 clusters cover a metallicity range between -0.23 and +0.23 dex. Together with the derivation of the stellar masses, these metallicities will allow the metallicity and mass effects to be disentangled when analyzing the frequency of planets as a function of these stellar parameters
We report the first high spectral resolution study of 17 M giants kinematically confirmed to lie wit...
We report new metallicities for stars of Galactic globular clusterM4 using the largest number of sta...
We present stellar parameters and metallicities, obtained from a detailed spectroscopic analysis, f...
We present a study of the stellar parameters and iron abundances of 18 giant stars in six open clust...
We present a study of the stellar parameters and iron abundances of 18 giant stars in six open clust...
We present a study of accurate stellar parameters and iron abundances for 39 giants and 16 dwarfs in...
In a series of three papers, we investigate the current status of published metallicities for open c...
Context. Open clusters are an important tool for studying the chemical evolution of the Galactic dis...
Context. Galactic open clusters are since long recognized as one of the best tools for investigating...
We present observations of 22 extrasolar planet host stars and derive their stellar parameters. With...
In this paper we present stellar parameters and metallicities, obtained from a detailed spectroscopi...
We present the analysis of high resolution spectra of six red giant stars in the old open cluster Co...
We have obtained high resolution, high signal-to-noise ratio CCD echelle spectra of 10 bright red g...
We present the results of a uniform, high-precision spectroscopic metallicity study of 136 G-type st...
Metallicity is one of four free parameters typically considered when fitting isochrones to the clust...
We report the first high spectral resolution study of 17 M giants kinematically confirmed to lie wit...
We report new metallicities for stars of Galactic globular clusterM4 using the largest number of sta...
We present stellar parameters and metallicities, obtained from a detailed spectroscopic analysis, f...
We present a study of the stellar parameters and iron abundances of 18 giant stars in six open clust...
We present a study of the stellar parameters and iron abundances of 18 giant stars in six open clust...
We present a study of accurate stellar parameters and iron abundances for 39 giants and 16 dwarfs in...
In a series of three papers, we investigate the current status of published metallicities for open c...
Context. Open clusters are an important tool for studying the chemical evolution of the Galactic dis...
Context. Galactic open clusters are since long recognized as one of the best tools for investigating...
We present observations of 22 extrasolar planet host stars and derive their stellar parameters. With...
In this paper we present stellar parameters and metallicities, obtained from a detailed spectroscopi...
We present the analysis of high resolution spectra of six red giant stars in the old open cluster Co...
We have obtained high resolution, high signal-to-noise ratio CCD echelle spectra of 10 bright red g...
We present the results of a uniform, high-precision spectroscopic metallicity study of 136 G-type st...
Metallicity is one of four free parameters typically considered when fitting isochrones to the clust...
We report the first high spectral resolution study of 17 M giants kinematically confirmed to lie wit...
We report new metallicities for stars of Galactic globular clusterM4 using the largest number of sta...
We present stellar parameters and metallicities, obtained from a detailed spectroscopic analysis, f...