We present (V,V-I) VLT-FORS1 observations of the Galactic Globular Cluster NGC 6397. We derive accurate color--magnitude diagrams and luminosity functions (LFs) of the cluster Main Sequence (MS) for two fields extending from a region near the centre of the cluster out to ~ 10 arcmin. The photometry of these fields produces a narrow MS extending down to V ~ 27, much deeper than any previous ground based study on this system and comparable with previous HST photometry. The V, V-I CMD also shows a deep white dwarf cooling sequence locus, contaminated by many field stars and spurious objects. We concentrate the present work on the analysis of the MSLFs derived for two annuli at different radial distance from the center of the cluster. Evidence ...
We report our study of features at the observed red end of the white dwarf cooling sequences for thr...
Using deep Hubble Space Telescope imaging, color-magnitude diagrams are constructed for the globular...
Context. NGC 6397 is one of the most interesting, well-observed, and most thoroughly theoretically s...
We present (V, V - I) VLT-FORS1 observations of the Galactic Globular Cluster NGC 6397. We derive ac...
In this study, we present a detailed study of mass segregation in the globular cluster NGC 6397. Fir...
We have imaged a field 10' from the center of the globular cluster NGC 6397 in the visible and I ban...
We present the color-magnitude diagram (CMD) from deep Hubble Space Telescope imaging in the globula...
The kinematics and white dwarf distribution have been studied for the Globular Cluster NGC 6397. The...
Multi-epoch observations with the Advanced Camera for Surveys on the Hubble Space Telescope provide ...
Aims. We present the photometric analysis of the external regions of three Galactic globular cluster...
Multi-epoch observations with ACS on HST provide a unique and comprehensive probe of stel-lar dynami...
We present N-body models to complement deep imaging of the metal-poor core-collapsed cluster NGC 639...
We present N-body models to complement deep imaging of the metal-poor core-collapsed cluster NGC 639...
Aims: We present the photometric analysis of the external regions of three Galactic globular cluste...
Numerical models for globular cluster evolution using the orbit-averaged Fokker-Planck equation are ...
We report our study of features at the observed red end of the white dwarf cooling sequences for thr...
Using deep Hubble Space Telescope imaging, color-magnitude diagrams are constructed for the globular...
Context. NGC 6397 is one of the most interesting, well-observed, and most thoroughly theoretically s...
We present (V, V - I) VLT-FORS1 observations of the Galactic Globular Cluster NGC 6397. We derive ac...
In this study, we present a detailed study of mass segregation in the globular cluster NGC 6397. Fir...
We have imaged a field 10' from the center of the globular cluster NGC 6397 in the visible and I ban...
We present the color-magnitude diagram (CMD) from deep Hubble Space Telescope imaging in the globula...
The kinematics and white dwarf distribution have been studied for the Globular Cluster NGC 6397. The...
Multi-epoch observations with the Advanced Camera for Surveys on the Hubble Space Telescope provide ...
Aims. We present the photometric analysis of the external regions of three Galactic globular cluster...
Multi-epoch observations with ACS on HST provide a unique and comprehensive probe of stel-lar dynami...
We present N-body models to complement deep imaging of the metal-poor core-collapsed cluster NGC 639...
We present N-body models to complement deep imaging of the metal-poor core-collapsed cluster NGC 639...
Aims: We present the photometric analysis of the external regions of three Galactic globular cluste...
Numerical models for globular cluster evolution using the orbit-averaged Fokker-Planck equation are ...
We report our study of features at the observed red end of the white dwarf cooling sequences for thr...
Using deep Hubble Space Telescope imaging, color-magnitude diagrams are constructed for the globular...
Context. NGC 6397 is one of the most interesting, well-observed, and most thoroughly theoretically s...