We present the first results of a detailed abundance analysis, based on VLT observations, of giant stars in the very metal-rich globular cluster NGC 6528. We will be able to tie the horizontal branch abundances (see e.g. Carretta et al. 2001) to those of the more luminous giants (see CMDs). For the very similar cluster NGC 6553 studies of different types of stars have yielded very disparate results. Our first analysis of three of our stars seem to indicate that indeed the different sorts of stars do show similar abundances if one homogeneous set of models and parameters are being used
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
We present the first results of a detailed abundance analysis, based on VLT observations, of giant s...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
We present the results of the first analysis of high-dispersion spectra of four red horizontal-branc...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
We present the results of the first analysis of high-dispersion spectra of four red horizontal-branc...
We present the results of the first analysis of high dispersion spectra of four red HB stars in the ...
We present a chemical abundance analysis based on high resolution UVES spectra of seventeen bright g...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Homogeneous abundances of light elements, a-elements, and Fe-group elements from high-resolution FLA...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
We present the first results of a detailed abundance analysis, based on VLT observations, of giant s...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
We present the results of the first analysis of high-dispersion spectra of four red horizontal-branc...
Recent theoretical yields and chemical evolution models demonstrate that intermediate-mass AGB stars...
We present the results of the first analysis of high-dispersion spectra of four red horizontal-branc...
We present the results of the first analysis of high dispersion spectra of four red HB stars in the ...
We present a chemical abundance analysis based on high resolution UVES spectra of seventeen bright g...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Homogeneous abundances of light elements, a-elements, and Fe-group elements from high-resolution FLA...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...
Context. Metal-rich globular clusters trace the formation of bulges. Abundance ratios in the metal-r...