Important design issues of a high efficiency cyclotron complex to drive the Energy Amplifier
Mandrillon, P.; Fiétier, Nicolas; Giusto, A.; Besancon, S.; Michel, S.; Ponnelle, S.; Rubbia, C.
1996

Abstract

"A high efficiency three-stage cyclotron has been proposed [1] to provide a 10 MW proton beam in the 1 GeV kinetic energy range for driving the Energy Amplifier. This accelerator complex consists of the following chain: two 15 MeV compact isochronous caylotrons (CIC) feeding a four separated sector ring cyclotron (ISSC) raising the energy up to 120 MeV. A final stage made of ten spiral separated sectors boosts the enrgy in the 1 GeV range. This paper presents some design issues. [1] N. Fiétier and P. Mandrillon, A three-stage cylotron for driving the Energy Amplifier, CERN Internal Report [CERN-AT-95-03 ET] (February 1995)"

Details

Title Important design issues of a high efficiency cyclotron complex to drive the Energy Amplifier
Author(s) Mandrillon, P. ; Fiétier, Nicolas ; Giusto, A. ; Besancon, S. ; Michel, S. ; Ponnelle, S. ; Rubbia, C.
Published in 5th European Particle Accelerator Conference
Conference Sitges, Spain
Date 1996
Note 372
Laboratories LIN
Record Appears in Scientific production and competences > STI - School of Engineering > STI Archives > LIN - Computational Engineering Laboratory
Conference Papers
Work produced at EPFL
Published
Record creation date 2007-05-22

Actions