'Muon collider' diaporamas de présentation

Muon Acceleration and FFAG

Muon Acceleration and FFAG. Shinji Machida KEK NuFact05 Summer Institute June 12-20, 2005. Content. Acceleration of muons Evolution of FFAG FFAG as a muon accelerator Design example of muon acceleration Reference (among others): BNL-72369-2004, FNAL-TM-2259, LBNL-55478

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Accelerator R&D: Bright Muon Beams for Colliders, Neutrino Factories , and Muon Physics and ADSR Rolland P. Joh

m. Muons, Inc. Accelerator R&D: Bright Muon Beams for Colliders, Neutrino Factories , and Muon Physics and ADSR Rolland P. Johnson Muons, Inc. ( http://www.muonsinc.com/ )

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Project X as a Proton Driver

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Breaking the mould: Neutrinos & the accelerators of tomorrow

1/39. PP Seminar, 30/10/12. Breaking the mould: Neutrinos & the accelerators of tomorrow. V. Blackmore. 2/39. PP Seminar, 30/10/12. Contents. Neutrino physics today A route to new accelerators The long & winding road. 3/39. PP Seminar, 30/10/12. A short history lesson.

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Particle production Experiments and their relevance to understanding Extensive Air showers

Particle production Experiments and their relevance to understanding Extensive Air showers. Rajendran Raja Fermilab Need to improve Hadronic Shower Simulators Need felt across a wide spectrum of experiments Fixed target neutrino experiments ( Minos , MinerVa , LBNE, T2K)

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4th TLEP workshop ( EuCARD-AccNet )

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Introduction:Project X, Neutrino factory and Muon Collider Requirements

Introduction:Project X, Neutrino factory and Muon Collider Requirements . Keith Gollwitzer Accelerator Division Fermilab. Fermilab Long Range Plan. Project X will be the Intensity Frontier Neutrino Factory will push the Intensity Frontier farther by upgrading Project X

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Results from Step I of MICE D Adey

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U.S. Muon Accelerator R&D

U.S. Muon Accelerator R&D. M uon A ccelerator P rogram (MAP). m +. m -. MUON COLLIDER & NEUTRINO FACTORY R&D. n. Muon Decays. n. m -. m +. Introduction.

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Why a muon collider? What will we learn?

Why a muon collider? What will we learn?. Mary Anne Cummings Northern Illinois Center for Accelerator and Detector Development Northern Illinois University. Why consider a Muon Collider?.

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Applications of Fast Time-of-Flight system

Applications of Fast Time-of-Flight system. R. J. Abrams, C.M. Ankenbrandt , G. Flanagan, S. Kahn, Masahiro Notani ( Muons , Inc.) Henry J. Frisch (University of Chicago). Research Background.

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Report from the NFMCC

Report from the NFMCC. MUTAC REVIEW Lawrence Berkeley National Laboratory April 8, 2008. NFMCC Organization. DOE/NSF. Laboratories/MCOG S. Holmes, J. Siegrist, S. Vigdor. MUTAC R. Kephart. C. Adolphsen J. Byrd D. Finley S. Henderson M. Lindner

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Nista formalno, sve neobavezno!

Nista formalno, sve neobavezno!. Gde ide Fizika Elementarnih Cestica?. Milorad Popovic Fermilab, Batavia, USA http://www-popovic.fnal.gov Beograd, 6-Okt-2011. Plan za sledecih ~60 minuta. Nesto licno OPERA Eksperiment - Zasto je sve to toliko komplikovano?!

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HIGH-ORDER SIMULATION OF MUON COLLIDER INTERACTION REGION

HIGH-ORDER SIMULATION OF MUON COLLIDER INTERACTION REGION. Pavel Snopok (SPbSU/MSU/FNAL) Carol Johnstone (FNAL) Martin Berz (MSU) Dmitry Ovsyannikov (SPbSU) Alexander Ovsyannikov (SPbSU). Introduction.

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High-Power Targets for Muon (and Neutrino) Production

High-Power Targets for Muon (and Neutrino) Production. Context: Muon Collider and Neutrino Factory 1997: Colin Johnson argued that the next step after the ACOL antiproton production target should be a mercury jet target.

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Simulation of High-Intensity Mercury Jet Targets Roman Samulyak, Tongfei Guo

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A HYBRID WARM-COLD SYNCHROTRON FOR THE MUON COLLIDER

A HYBRID WARM-COLD SYNCHROTRON FOR THE MUON COLLIDER . Al Garren July 28, 2011. Parameters. General Properties. FODO lattice similar to FNAL Main Ring Fixed field dipoles 8T interleaved with ramped dipoles at -1.8 to 1.8T Ramped quadruples Beam injected at 375 GeV , extracted at 750 GeV

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Status of MICE Tracker System

R T. f 0. x 0 , y 0. MICE Cooling Channel. Coupling Coils 1&2. Matching coils 3&4. Matching coils 1&2. MICE Beam line. Focus coil 1. Focus coil 2. Focus coil 3. International Muon Ionization Cooling Experiment (MICE)

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Status of MICE Tracker System

R T. f 0. x 0 , y 0. MICE Cooling Channel. Coupling Coils 1&2. Matching coils 3&4. Matching coils 1&2. MICE Beam line. Focus coil 1. Focus coil 2. Focus coil 3. International Muon Ionization Cooling Experiment (MICE)

140 views • 1 slides