We use the horizontal branch (HB) morphology of 48 Galactic globular clusters (GCs) to study the radial distributions of the different stellar populations known to exist in GCs. Assuming that the (extremely) blue HB stars correspond to stars enriched in helium and light elements, we compare the radial distributions of stars selected according to colour on the HB to trace the distribution of the secondary stellar populations in GCs. Unlike other cases, our data show that the populations are well mixed in 80 per cent of the cases studied. This provides some constraints on the mechanisms proposed to pollute the interstellar medium in young GCs
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
The location of Galactic globular clusters' (GC) stars on the horizontal branch (HB) should mainly d...
In the context of the Hubble Space Telescope UV Survey of Galactic globular clusters (GCs), we deriv...
We use the horizontal branch (HB) morphology of 48 Galactic globular clusters (GCs) to study the rad...
Aims. We investigate the new and still poorly studied matter of so-called multiple stellar populatio...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
Context. The second parameter (the first being metallicity) defining the distribution of stars on th...
Context. The second parameter (the first being metallicity) defining the distribution of stars on th...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
Context. The second parameter (the first being metallicity) defining the distribution of stars on th...
We review the multiple population (MP) phenomenon of globular clusters (GCs): i.e., the evidence th...
The location of Galactic globular clusters' (GC) stars on the horizontal branch (HB) should mainly d...
We have carried out a large grid of N-body simulations in order to investigate if mass loss as a res...
We examine the radial distributions of stellar populations in the globular cluster (GC) M15, using H...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
The location of Galactic globular clusters' (GC) stars on the horizontal branch (HB) should mainly d...
In the context of the Hubble Space Telescope UV Survey of Galactic globular clusters (GCs), we deriv...
We use the horizontal branch (HB) morphology of 48 Galactic globular clusters (GCs) to study the rad...
Aims. We investigate the new and still poorly studied matter of so-called multiple stellar populatio...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
Context. The second parameter (the first being metallicity) defining the distribution of stars on th...
Context. The second parameter (the first being metallicity) defining the distribution of stars on th...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
Context. The second parameter (the first being metallicity) defining the distribution of stars on th...
We review the multiple population (MP) phenomenon of globular clusters (GCs): i.e., the evidence th...
The location of Galactic globular clusters' (GC) stars on the horizontal branch (HB) should mainly d...
We have carried out a large grid of N-body simulations in order to investigate if mass loss as a res...
We examine the radial distributions of stellar populations in the globular cluster (GC) M15, using H...
We present a detailed analysis of the radial distribution of light-element multiple populations (LE-...
The location of Galactic globular clusters' (GC) stars on the horizontal branch (HB) should mainly d...
In the context of the Hubble Space Telescope UV Survey of Galactic globular clusters (GCs), we deriv...