Proposal for a 72.75 MHz RFQ for the LINCE Accelerator Complex
Angie Orduz, Aurelio Berjillos, C. Bonţoiu, J. A. Dueñas, Alberto Garbayo, Martel, Ismael
Abstract
Angie Orduz, Aurelio Berjillos, C. Bonţoiu, J. A. Dueñas, Alberto Garbayo, Martel, Ismael
Abstract
The low-energy part of the LINCE facility can be based on a 72.75MHz normal-conducting RFQ designed to give a 450 keV/u boost for A/Q=7 ions in about 5m length. The vanes have been electromagnetically designed to accommodate dedicated RF windows producing effective separation of the RFQ modes in an octagonal-shaped resonance chamber. This article outlines the optimization of the quality factor of the cavity by using numerical methods for electromagnetic calculations. Experimental results of RF test carried out on a prototype are also discussed.
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The low-energy part of the LINCE facility can be based on a 72.75MHz normal-conducting RFQ designed to give a 450 keV/u boost for A/Q=7 ions in about 5m length. The vanes have been electromagnetically designed to accommodate dedicated RF windows producing effective separation of the RFQ modes in an octagonal-shaped resonance chamber. This article outlines the optimization of the quality factor of the cavity by using numerical methods for electromagnetic calculations. Experimental results of RF test carried out on a prototype are also discussed.
Key concepts: Computer science, Physics