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Electrons Trapping in the Plasma Wakefield Accelerator

Electrons Trapping in the Plasma Wakefield Accelerator

Electrons Trapping in the Plasma Wakefield Accelerator. Patric Muggli University of Southern California muggli@usc.edu Erdem Oz, Neil Kirby. Work supported by US Department of Energy. Introduction to particle trapping. Trapped particles characteristics.

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725 views • 45 slides
Unit 9 Electromagnetic design Episode II

Unit 9 Electromagnetic design Episode II

Unit 9 Electromagnetic design Episode II. Helene Felice , Soren Prestemon Lawrence Berkeley National Laboratory (LBNL) Paolo Ferracin and Ezio Todesco European Organization for Nuclear Research (CERN). QUESTIONS.

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466 views • 38 slides
NuMI Horns and Targets MINOS-era operational challenges and NOVA-era expectations

NuMI Horns and Targets MINOS-era operational challenges and NOVA-era expectations

NuMI Horns and Targets MINOS-era operational challenges and NOVA-era expectations. Labor day weekend: target installation !. Pions produced in target, focused by horns, with long decay channel for pion -> neutrino decay. NuMI.

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542 views • 35 slides
Lecture 3: Magnets & training, plus fine filaments

Lecture 3: Magnets & training, plus fine filaments

Magnets magnetic fields above 2 Tesla coil shapes for solenoids, dipoles and quadrupoles engineering current density load lines Degradation & Training causes of training - release of energy within the magnet reducing training - stability and minimum quench energy MQE

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600 views • 33 slides
Lecture 3: Magnets & training, plus fine filaments

Lecture 3: Magnets & training, plus fine filaments

Magnets magnetic fields above 2 Tesla coil shapes for solenoids, dipoles and quadrupoles engineering current density load lines Degradation & Training causes of training - release of energy within the magnet reducing training - stability and minimum quench energy MQE

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332 views • 33 slides
Summary

Summary

LHC Phase 1 upgrade: low ? quadrupoles Paolo Fessia Insulation development: D. Tommasini, P Paolo Granieri, D. Richter Magnetic Design: E. Todesco, F. Borgnolutti Protection: N. Schwerg Mechanic Design: F. Regis. Summary. Approach to the problem and original planning The starting blocks

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420 views • 28 slides
The NHMFL-Pulsed Magnetic Field Facility at Los Alamos National Laboratory

The NHMFL-Pulsed Magnetic Field Facility at Los Alamos National Laboratory

The NHMFL-Pulsed Magnetic Field Facility at Los Alamos National Laboratory. C. H. Mielke Head of NHMFL-PFF User Program. NHMFL-PFF. Technical Area 35 . Technical Area 35 . General User Lab 124. Technical Area 35 . Cell 1: 50T 20 ms 50T 300 ms Cell 2: 50T 300 ms Cell 3: 65T 35 ms

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603 views • 26 slides
C-band and X-band Activities at SINAP

C-band and X-band Activities at SINAP

C-band and X-band Activities at SINAP. Wencheng Fang, Qiang Gu, Chaopeng Wang, Jianhao Tan, Zhentang , Zhao, SINAP Dechun Tong, THU Xing Sheng , Lifang Chen, CETC 04 Feb, 2014, CLIC Workshop 2014. Background C-band activities Prototype accelerating structure

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461 views • 22 slides
Nb-Ti Options for LHC IR Upgrade

Nb-Ti Options for LHC IR Upgrade

Nb-Ti Options for LHC IR Upgrade. Nb-Ti options for an LHC IR upgrade have been studied since 2004:. - main motivation was to introduce operation margins for the nominal / ultimate LHC operation - provide an alternative solutions for the US Nb 3 Sn proposal

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348 views • 22 slides
HQ design and analysis

HQ design and analysis

HQ design and analysis. Paolo Ferracin. LARP Collaboration Meeting Napa Valley, CA April 8-10, 2009. Outline. Magnet design Magnetic analysis Conductor peak field Magnet parameters Field quality and saturation effect Mechanical analysis Pre-load conditions Coil and structure stress

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305 views • 20 slides
Compact Electron Linac for low energy, low dose applications

Compact Electron Linac for low energy, low dose applications

Compact Electron Linac for low energy, low dose applications. Praveen Ambattu* (The Cockcroft Institute / Lancaster University) G. Burt, P. Corlett, K. Middleman, R. Smith, A. Goulden, P. McIntosh, C. White, T. Hartnet,

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548 views • 19 slides
Prefrontal Cortex transcranial Direct Current Stimulation via a Combined High Definition and Conventional Electrode Mo

Prefrontal Cortex transcranial Direct Current Stimulation via a Combined High Definition and Conventional Electrode Mo

Prefrontal Cortex transcranial Direct Current Stimulation via a Combined High Definition and Conventional Electrode Montage: A FEM modeling study. Dennis Q. Truong, Abhishek Datta , Jiansong Xu , Felipe Fregni , and Marom Bikson Neural Engineering Laboratory

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309 views • 16 slides
Mu2e Magnet Design Changes

Mu2e Magnet Design Changes

Mu2e Magnet Design Changes. Contributors to the Mu2e Solenoid Design:

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202 views • 14 slides
The HL-LHC Project

The HL-LHC Project

The HL-LHC Project. Lucio Rossi - CERN Best Practice Workshop CERN 11-13June 2014. 0.75 10 34 cm -2 s -1 50 ns bunch high pile up ?40. 1.5 10 34 cm -2 s -1 25 ns bunch pile up ?40. 1.7-2.2 10 34 cm -2 s -1 25 ns bunch pile up ?60.

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205 views • 11 slides
Big Magnet Designs

Big Magnet Designs

Big Magnet Designs. V.V. Kashikhin. Magnetic tunnel designs. Without iron With iron. 1 m iron wall thickness. ~2 T peak field in the iron. |B| in YZ cross-section. Without iron With iron. Noticeably better field uniformity with iron.

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72 views • 7 slides

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