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The objective of this task is to study the feasibility of a new generation of devices with orders of magnitude greater capacity and throughput in order to accumulate, cool, bunch and purify the high intensity radioactive ion beams of EURISOL. In particular a prototype for a 60 GHz ECR source will be built and tested.
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Internal Task note
Bunched efficiency advanced study - 60 GHz
T. Lamy, L. Latrasse, T. Thuillier, M. Marie-Jeanne, C. Trophime, F. Debray, P. Sala, J. Dumas, C. F...
Final report on bunched efficiency of proposed high frequency ECR source for production of radioactive isotopes needed for beta beams
Review of the different options for the velocity matching section issue
P. Delahaye, A. Jokinen, O. Kester, M. H. Moscatello, T. Stora
Comparison of different options to match extracted charge-bred beams to the injection requirements of the post-accelerator
Preliminary low-energy beam transport, mass purification and facility
D. Lunney and T. Giles
Preliminary study on requirements for high-resolution separation at EURISOL.
Advanced development of a high-current ion cooler/buncher
D. Lunney
Deliverable document D5 of sub-task \"Ion cooling\"
Bunched efficiency preliminary study - 60 GHz
Thierry Lamy, Louis Latrasse, and Thomas Thuillier
D8: Intermediate report on bunched efficiency (60 GHz source for beta-beams)
Preliminary report on the charge-breeding techniques
Pierre Delahaye, Oliver Kester, Thierry Lamy, Fredrik Wenander and Holger Zimmermann
D6: Interim report compares ECR and EBIS approaches as possible charge breeding devices for EURISOL.
Preliminary development of a high current ion cooler/buncher
D. Lunney
DELIVERABLE D4: Preliminary development of a high current ion cooler/buncher
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