Beams Document 2691-v1

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Normal Conducting RF Cavity R&D for Neutrino Factory

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Milorad B. Popovic
Updated by:
Milorad B. Popovic
Document Created:
16 Mar 2007, 13:50
Contents Revised:
16 Mar 2007, 13:50
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16 Mar 2007, 13:50
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Neutrino physics has become increasingly interesting to the high-energy physics community, as it may provide clues to new physics beyond the standard model. The physics potential of a Neutrino Factory, a facility to produce high-energy, high-intensity, high-brightness neutrino beams from decays of muons stored in a muon storage ring, is thus very high. There has been a global R&D effort aimed at a Neutrino Factory design that meets the physics requirements and addresses the key technologies, such as targetry, muon ionization cooling and acceleration. In this presentation, I will give a brief introduction on R&D programs under the US Neutrino Factory and Muon Collider Collaboration (NFMCC), muon ionization cooling channel, international MICE experiment, with emphasis on high gradient normal conducting RF cavity R&D for muon ionization cooling channel, explain RF challenges for cavity design, fabrication, and operation for the muon cooling channels.
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neutrino factory
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