Phase rotation at the front end of a neutrino factory
Phase rotation at the front end of a neutrino factory
The muon collection scheme for a muon-storage-ring-based neutrino factory consists of a target irradiated with a 1 MW proton beam followed by a 30-m decay channel and then a 300-m long induction linac phase rotation. The purpose of the induction-linac section is to reduce the /spl delta/E/E spread of the collected muons to a value which is manageable for the subsequent buncher and cooling sections. We describe in this paper the overall design concept of the phase-rotation system and give key parameters for the induction linacs.
- University of California, Los Angeles United States
- Brookhaven National Laboratory United States
- University of North Texas System United States
43 Particle Accelerators, Muons, Design, Targets, Rotation, Linear Accelerators, Cooling Systems, Decay, Storage Rings, Proton Beams, Beam Bunchers, Neutrinos
43 Particle Accelerators, Muons, Design, Targets, Rotation, Linear Accelerators, Cooling Systems, Decay, Storage Rings, Proton Beams, Beam Bunchers, Neutrinos
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