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Beam Requirments for Muon Physics at the Front End of a n Factory

Beam Requirments for Muon Physics at the Front End of a n Factory. Klaus Jungmann (KVI) and Lee Roberts (Boston). Beam Reqirements for Muon Physics. High flux (statistics important!) Low energy (< 20 MeV : rare decays, muonium) High energy (several GeV : g-2, EDM)

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Beam Requirments for Muon Physics at the Front End of a n Factory

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  1. Beam Requirments for Muon Physics at the Front End of a n Factory Klaus Jungmann (KVI) and Lee Roberts (Boston) ISS Plenary Meeting, RAL, 26 April 2006

  2. Beam Reqirements for Muon Physics • High flux(statistics important!) • Low energy (< 20 MeV : rare decays, muonium) • High energy (several GeV : g-2, EDM) • Pulsed / continuous • Pulsed beams : me, muonium, applications,.. Important for background suppression - Continuous beam: meg, meee, … • Polarization (EDM, g-2) • Signals often proportional to ISS Plenary Meeting, RAL, 26 April 2006

  3. Muon Physics Possibilities at a High Power Proton Driver i.e.  4 MW ISS Plenary Meeting, RAL, 26 April 2006

  4. The EDM ring • run with both μ+ and μ-. • there must be regions of combined E+B along with separate focusing elements. • There needs to be a scheme to inject CW and CCW. Possible Muon EDM Ring Parameters ISS Plenary Meeting, RAL, 26 April 2006

  5. Muon Physics Possibilities at Any High Power Proton Driver i.e.  4 MW < < < < ISS Plenary Meeting, RAL, 26 April 2006 K Jungmann 18-Apr-2001

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