Radioactive nuclei play an important role in many astrophysical scenarios,from the Big-Bang Nucleo-synthesis to the standard solar model, from quiescent burning to the most explosive events that can occur in our universe. A huge effort has been made for more than thirty years to construct facilities able to deliver beams of radioactive nuclei with increasing intensity and better quality. This contribution revises the different mechanisms and the separation techniques employed for the production of Radioactive Ion Beams
The various methods to produce radioactive nuclear beams, i.e. the fragmentation and ISOL methods, a...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
Radioactive nuclei play an important role in many astrophysical scenarios,from the Big-Bang Nucleo-s...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
International audienceSince the discovery of the radioactivity and of its potential applications, th...
International audienceSince the discovery of the radioactivity and of its potential applications, th...
During the last decade there has been a growing world-wide interest in the possibility of using radi...
This report presents a comparison of the radioactive ion beam production methods and their specifica...
Radioactive ion beams are produced at the Holifield Radioactive Ion Beam Facility using the ISOL (Is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
The various methods to produce radioactive nuclear beams, i.e. the fragmentation and ISOL methods, a...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
Radioactive nuclei play an important role in many astrophysical scenarios,from the Big-Bang Nucleo-s...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
Radioactive ion beam facilities are transforming nuclear science by making beams of exotic nuclei wi...
International audienceSince the discovery of the radioactivity and of its potential applications, th...
International audienceSince the discovery of the radioactivity and of its potential applications, th...
During the last decade there has been a growing world-wide interest in the possibility of using radi...
This report presents a comparison of the radioactive ion beam production methods and their specifica...
Radioactive ion beams are produced at the Holifield Radioactive Ion Beam Facility using the ISOL (Is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
The various methods to produce radioactive nuclear beams, i.e. the fragmentation and ISOL methods, a...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...
International audienceThe SPIRAL2 project, currently under construction at GANIL, will include an is...