Experiments with radioactive nuclear beams have enabled us to investigate nuclear properties far from stability. Glauber model analysis of total interaction cross sections measurements provides a useful method to determine effective matter radii. In this work we have taken advantage of the relativistic heavy ion facility at GSI for producing and investigate total interaction cross sections of more than hundred medium-mass nuclei along long isotopic chains.International Conference on Nuclear Structure and Dynamics, May 04-08, 2009, Dubrovnik, Croati
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...
Experiments with radioactive nuclear beams have enabled us to investigate nuclear properties far fro...
The interaction cross-sections of neutron-deficient 72,76,80Kr isotopes have been measured by use o...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...
Experiments with radioactive nuclear beams have enabled us to investigate nuclear properties far fro...
The interaction cross-sections of neutron-deficient 72,76,80Kr isotopes have been measured by use o...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe radial evolution of the matter distributions with neutron excess has been ...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
International audienceThe interaction radii of proton-rich, radioactive 31Ga, 32Ge, 33As, 34Se, 35Br...
The radial evolution of the matter distributions with neutron excess has been investigated at GSI me...