'Rf gun' diaporamas de présentation

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RF Physical Inventory

RF Physical Inventory. A New Method of Counting, Auditing and Reconciling XA Physical Inventory with Materials Management. CISTECH RF Capabilities. CISTECH recognizes the need for mobile inventory management capabilities plant wide. Our solutions include: RF Inventory Transactions

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Photoinjector Performance M. Farkhondeh MIT-Bates Linear Accelerator Center

Photoinjector Performance M. Farkhondeh MIT-Bates Linear Accelerator Center Middleton, MA 01949, USA ASAC Review , September 18, 2003. Motivation for choice of beam parameters Photoinjector requirements RF cavity design Sensitivity studies Summary.

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SRF Beam Test Facility at NML

SRF Beam Test Facility at NML . Jerry Leibfritz April 26, 2010. Outline. What is SRF and where is NML? NML Project Overview and Goals Layout of Facility Technical Progress Schedule Budget Conclusions. What is SRF?. SRF=Superconducting Radio Frequency. 1.3 GHz 9-Cell SRF Cavity.

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K. steerer. position monitor. Laser. profile monitor. RF pulse compression. 2 x 45 MW. beam dump. 10. 20. 25. 25. quadrupoles. 17 MV/m acceleration. 17 MV/m acceleration. 15 MV/m compression. rf gun cavity. focusing coils. LIL sections. RF deflector. spect. magnet.

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Paperless Pick/Pack/Ship

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Drive-Laser Experience at FLASH

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PHIN

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Injector Physics / Diagnostics / Gun & L0 Linac RF Design D. H. Dowell, SLAC FAC Review April 29-30, 2004

Injector Physics / Diagnostics / Gun & L0 Linac RF Design D. H. Dowell, SLAC FAC Review April 29-30, 2004. Injector Requirements Injector Configuration Nov 3, 2003 Injector Technical Review Comments and Response Pulsed Heating of 120 Hz Gun Long Pulse Option Laser Heater

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SLAC ARD Test Facilities

SLAC ARD Test Facilities. Tor Raubenheimer December 8 th , 2010. SLAC Accelerator Research. SLAC is largely focused on accelerator-based research SLAC accelerator research is key to the future of the laboratory

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Proposed Joint Research Activity at DESY in Frame of FP7 Status October 2006 .

Proposed Joint Research Activity at DESY in Frame of FP7 Status October 2006. General Remark JRA at DESY has been meant as R&D program for the performance improvement of two existing facilities at DESY: 1. TTF-II / FLASH 2. Cryomodule Test Bed (CMTB).

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Update on CTF3 installation and planning

Update on CTF3 installation and planning. L. Rinolfi. CTF3 layout. CLEX. TL2. Photo injector tests for PHIN. 30 GHz production (PETS line) and Test Stand for CLIC structures. TL1. CR = Combiner Ring (factor 4). DL = Delay Loop (factor 2). Injector with thermionic gun.

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T he U ltra A dvanced R F E lectron G un TUAREG

T he U ltra A dvanced R F E lectron G un TUAREG. David Alesini (INFN-LNF, Frascati). LNF, 9 July 2019. OUTLINE. RF PHOTO-GUN: applications and state of the art

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Layout of the Synchronisation System for the VUV-FEL

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Areal RF Station

Areal RF Station. A. Vardanyan 22.06.2012. RF System. The AREAL RF system will consist of 3 RF stations: Each RF station has a 1 klystron, and HV modulator, a low-level RF system, preamplifier and an interlock and control system. 1 station required for RF Gun

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A New Photocathode R&D program at the Argonne Wakefield Accelerator facility

ERIc wisniewski. Photocathode Physics for Photoinjectors Workshop Santa Fe, New Mexico October 15-17, 2018. photocathode fabrication chamber and high-power testing with a 1.3 GHz NCRF injector test stand. A New Photocathode R&D program at the Argonne Wakefield Accelerator facility.

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Laser-triggered RF breakdown experiment with a photo-cathode RF gun at Tsinghua University

Laser-triggered RF breakdown experiment with a photo-cathode RF gun at Tsinghua University. Presented on behalf of the collaboration by Jiaru Shi Department of Engineering Physics, Tsinghua University 2013.11.04, CERN. Acknowledgement. Tsinghua University

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How Can ComPASS EM Codes Solve the SRF Problems at JLab?

How Can ComPASS EM Codes Solve the SRF Problems at JLab?. Review of original work plans on EM at JLab in ComPASS proposal As code users to work with code developers, how these work plans are addressed our SRF problems at JLab.

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AWAKE synchronization with SPS

AWAKE synchronization with SPS. Andy Butterworth, Thomas Bohl (BE/RF) Thanks to: Urs Wehrle (BE/RF), Ioan Kozsar, Jean-Claude Bau (BE/CO). Outline. Requirements on synchronization Proposed synchronization scheme cf. SPS/LHC synchro Timing signal distribution options

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New RF Gun Login

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