In the frame of GANIL/SPIRAL-1 facility, an innovative target ion source system (TISS) has been designed in order to produce new competitive radioactive ion beams, and to determine to which extent it is possible to improve the production performances by optimizing a target ion source system dedicated to the production of a specific radioactive ion beam.The short-lived alkali isotope of 74Rb (half-life = 64.8 ms) has been chosen as a challenging case study.By studying and improving the processes involved in the TISS designed, i.e. in-target production by fusion-evaporation, implantation in and release out of graphite, effusion, and ionization, an atom-to-ion transformation efficiency of 75% was predicted, leading to an ion rate of the order ...
La méthode de séparation d'isotope en ligne (ISOL), permet de produire par réaction de spallation, d...
At the ALTO project of IPN Orsay, as at many others using the ISOL technique for production of inten...
International audienceSince 2001, the SPIRAL I Facility (Système de Production d'Ions Radioactifs en...
In the frame of GANIL/SPIRAL-1 facility, an innovative target ion source system (TISS) has been desi...
International audienceThe SPIRAL1 (Système de Production d’Ions Radioactifs Accélérés en Ligne) faci...
This thesis focuses on the study of radioactive ion beam production by the ISOL method for the SPIRA...
International audienceTULIP (Target Ion Source for Short‐Lived Isotope Production) is an original Is...
Developments of new setups for radioactive ion beam production by the isotope-separator-on-line (ISO...
This thesis is related to the R&D for the production of radioactive ion beams by the ISOL method for...
International audienceDevelopments of new setups for radioactive ion beam production by the isotope-...
This thesis is related to the R&D program for the production of radioactive ion beams by the ISOL me...
International audienceDevelopments of new radioactive beams and thus of new target-ion-sources (TIS)...
La méthode de séparation d'isotope en ligne (ISOL), permet de produire par réaction de spallation, d...
At the ALTO project of IPN Orsay, as at many others using the ISOL technique for production of inten...
International audienceSince 2001, the SPIRAL I Facility (Système de Production d'Ions Radioactifs en...
In the frame of GANIL/SPIRAL-1 facility, an innovative target ion source system (TISS) has been desi...
International audienceThe SPIRAL1 (Système de Production d’Ions Radioactifs Accélérés en Ligne) faci...
This thesis focuses on the study of radioactive ion beam production by the ISOL method for the SPIRA...
International audienceTULIP (Target Ion Source for Short‐Lived Isotope Production) is an original Is...
Developments of new setups for radioactive ion beam production by the isotope-separator-on-line (ISO...
This thesis is related to the R&D for the production of radioactive ion beams by the ISOL method for...
International audienceDevelopments of new setups for radioactive ion beam production by the isotope-...
This thesis is related to the R&D program for the production of radioactive ion beams by the ISOL me...
International audienceDevelopments of new radioactive beams and thus of new target-ion-sources (TIS)...
La méthode de séparation d'isotope en ligne (ISOL), permet de produire par réaction de spallation, d...
At the ALTO project of IPN Orsay, as at many others using the ISOL technique for production of inten...
International audienceSince 2001, the SPIRAL I Facility (Système de Production d'Ions Radioactifs en...