Acceleration for the μ/sup +/μ/sup -/ collider

Summers, D. J.; Neuffer, D.; Shu, Q.S.; Willen, E.

doi:10.1109/pac.1997.749784

Cited by 6 publications

(8 citation statements)

References 2 publications

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“…For the final three stages, pulsed magnet synchrotrons [178] are used. In the 200 GeV ring, all the magnets in the ring are pulsed, but in the last two rings a superconducting pulsed hybrid solution is used.…”

Section: Acceleration For 3 Tev Collidermentioning

confidence: 99%

Status of muon collider research and development and future plans

Ankenbrandt¹,

Ataç²,

Autin³

et al. 1999

Phys. Rev. ST Accel. Beams

293

190

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The status of the research on muon colliders is discussed and plans are outlined for future theoretical and experimental studies. Besides work on the parameters of a 3-4 and 0.5 TeV center-of-mass (COM) energy collider, many studies are now concentrating on a machine near 0.1 TeV (COM) that could be a factory for the s-channel production of Higgs particles. We discuss the research on the various components in such muon colliders, starting from the proton accelerator needed to generate pions from 1098-4402͞99͞2(8)͞081001(73)$15.00 © 1999 The American Physical Society 081001-1 PRST-AB 2 CHARLES M. ANKENBRANDT et al. 081001 (1999) a heavy-Z target and proceeding through the phase rotation and decay (p ! m n m ) channel, muon cooling, acceleration, storage in a collider ring, and the collider detector. We also present theoretical and experimental R&D plans for the next several years that should lead to a better understanding of the design and feasibility issues for all of the components. This report is an update of the progress on the research and development since the feasibility study of muon colliders presented at the Snowmass '96

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Section: Acceleration For 3 Tev Collidermentioning

confidence: 99%

Status of muon collider research and development and future plans

Ankenbrandt¹,

Ataç²,

Autin³

et al. 1999

Phys. Rev. ST Accel. Beams

293

190

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show abstract

“…Fast ramping synchrotrons [7,8] might also accelerate muons to higher energies for a µ + µ − collider [9]. § To whom correspondence should be addressed (summers@relativity.phy.olemiss.edu)…”

Section: Introductionmentioning

confidence: 99%

Muon acceleration with a very fast ramping synchrotron for a neutrino factory

Summers

Berg

Garren

et al. 2003

J. Phys. G: Nucl. Part. Phys.

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Abstract. A 4600 Hz fast ramping synchrotron is explored as an economical way of accelerating muons from 4 to 20 GeV/c for a neutrino factory. Eddy current losses are minimized by the low machine duty cycle plus thin grain oriented silicon steel laminations and thin copper wires. Combined function magnets with high gradients alternating within single magnets form the lattice we describe. Muon survival is 83%.

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“…di/dt must be large because of the 2 µs muon lifetime, so the main option for lowering voltage is to shrink the volume of stored energy to reduce the inductance, L. Acceleration to 4 GeV might feature fixed field dogbone arcs [7] to minimize muon decay loss. Fast ramping synchrotrons [7,8] might also accelerate muons to higher energies for a µ + µ − collider [9].…”

Section: Introductionmentioning

confidence: 99%

Potential applications of quasi-cw partially coherent radiation in optical data recording and processing

Volkov

Larkin

1994

Quantum Electron.

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A 4600 Hz fast ramping synchrotron is explored as an economical way of accelerating muons from 4 to 20 GeV/c for a neutrino factory. Eddy current losses are minimized by the low machine duty cycle plus thin grain oriented silicon steel laminations and thin copper wires. Combined function magnets with high gradients alternating within single magnets form the lattice we describe. Muon survival is 83%.

show abstract

Acceleration for the μ/sup +/μ/sup -/ collider

Cited by 6 publications

References 2 publications

Status of muon collider research and development and future plans

Status of muon collider research and development and future plans

Muon acceleration with a very fast ramping synchrotron for a neutrino factory

Potential applications of quasi-cw partially coherent radiation in optical data recording and processing

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