'High gradient' presentation slideshows

The High Energy Potential of a Linear Collider

The High Energy Potential of a Linear Collider. R. D. Ruth Stanford Linear Accelerator Center. Outline. Introduction Luminosity Low emittance generation and preservation Final Focus and Beam Beam Energy High Gradient PowerTransformation (RF Power). Introduction.

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RDB Status Overview

RDB Status Overview. H. Hayano, KEK. GDE R&D Board (RDB). S# Task Forces. Mission. Assess and Provide guidance for the overall R&D program. The RDB will suggest priorities for baseline and alternatives also detector the balance between accelerator and detector

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465 views • 36 slides

Present and Future Program for Accelerator Research at SLAC

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438 views • 33 slides

Accelerator R&D at CERN

Accelerator R&D at CERN. Paul Collier. Some R&D Activities at CERN. High-Field Superconducting Magnets Nb3Sn HTS Superconducting & warm RF Crab Cavities High Gradient Structures High beam loading High Q o High Efficiency RF Power sources Cold Powering, Superconducting links

571 views • 31 slides

Barry Barish TDR Technical Design Review KEK Laboratory 13-Dec-12

Introduction TDR Technical Design Review. Barry Barish TDR Technical Design Review KEK Laboratory 13-Dec-12. A Global Initiative for an ILC. International Committee for Future Accelerators (ICFA) representing major particle physics laboratories worldwide.

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Feature Preserving Sketching of Volume Data

445 views • 29 slides

Microwave-Based High-Gradient Structures and Linacs

Microwave-Based High-Gradient Structures and Linacs. Sami Tantawi SLAC. Acknowledgment. The work being presented is due to the efforts of

405 views • 28 slides

The CLIC accelerating structure development program

The CLIC accelerating structure development program. Walter Wuensch CARE05 23 November 2005. The CLIC design gradient of 150 MV/m was first achieved in a CLIC built structure tested at SLAC in 1994. Pulse length 150 ns. 11.424 GHz 0.114 a/ ? 0.011 vg/c Copper Diamond turned

421 views • 28 slides

Review of rf structure test results

Review of rf structure test results. High gradient results 30 GHz 11.4 GHz. For more detailed high gradient results please see: The first ACE, June 2007 http://indico.cern.ch/conferenceDisplay.py?confId=15452 The x-band structure design and testing workshop: June 2007

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ARD All-Hands

ARD All-Hands. Tor Raubenheimer 4/21/08. LHC R&D Contribute to the LHC operation and upgrades Linear Collider R&D Develop linear collider designs and technology for NC and SC options Advanced Microwave R&D Develop advanced rf structures and sources Advanced Accelerator R&D

375 views • 25 slides

HIGH GRADIENT MAGNETIC ALLOY CAVITIES FOR J-PARC UPGRADE

HIGH GRADIENT MAGNETIC ALLOY CAVITIES FOR J-PARC UPGRADE. Chihiro Ohmori , Osamu Araoka , Eizi Ezura , Keigo Hara, Katsushi Hasegawa, Akihiro Koda , Yasuhiro Makida , Yasuhiro Miyake, Ryotaro Muto, Kusuo Nishiyama , Masahiro Nomura,Toru Ogitsu , Hirokatsu Ohhata ,

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Introduction to CLIC accelerator development: high-power and high-gradient at X-band

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Accelerator Challenges

Accelerator Challenges. Kwang-Je Kim Argonne-UChicago-Fermilab Collaboration Meeting October 12, 2009 The Gordon Center of Integrative Science The University of Choicago. Charges for This Talk. Overall challenges in accelerators for future

240 views • 15 slides

Preliminary Modeling of the Breakdown Phenomenon in the AWA Structures

Preliminary Modeling of the Breakdown Phenomenon in the AWA Structures. Zikri Yusof, Sergey Antipov, and Wanming Liu Argonne National Laboratory, Argonne, Illinois, USA. Disclaimer. Still a work in progress; Some of the ideas and models may not be fully baked;

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Letter of Rossi to Peggs (agred with Schmickler and Devred) April 2005

Letter of Rossi to Peggs (agred with Schmickler and Devred) April 2005. We strongly believe that the major steps in the near term are:

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EPAC 2006? MOPLS084

Experimental Comparison at KEK of High Gradient Performance of Different Single Cell Superconducting Cavity Designs. F. Furuta , K. Saito, T. Saeki, H. Inoue, Y. Morozumi, T. Higo, Y. Higashi, H. Matsumoto, S. Kazakov, H. Yamaoka, K. Ueno, Y. Kobayashi, a R. S. Orr and b J. Sekutowicz,

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FAIR Status

FAIR Status. Overview. F acility for A ntiproton & I on R esearch. Nuclear Structure & Astrophysics (Rare-isotope beams). Hadron Physics (Stored and cooled 14 GeV/c anti-protons). SIS18. p-Linac. SIS100 /300. UNILAC. QCD-Phase Diagram (HI beams 2 to 45 GeV/u). HESR.

160 views • 0 slides