'High power test' presentation slideshows

Research of High Gradient Acceleration Technology for Future Accelerators US/Japan cooperation

Research of High Gradient Acceleration Technology for Future Accelerators US/Japan cooperation. 11 March, 2013 Toshi yasu Higo (KEK). US/Japan cooperation is a key for worldwide collaboration. Asian collab . KEK Structure fabrication & test @ Nextef.

394 views • 26 slides

Development of high-power IOTs as an efficient alternative to klystrons

Development of high-power IOTs as an efficient alternative to klystrons. Morten Jensen. Energy for Sustainable Science 24 October 2013, CERN . Overview. Will be the most powerful proton linac to date Energy: 2 GeV Beam current: 62.5 mA Pulse width 2.86 ms at 14 Hz RF Requirement:

366 views • 20 slides

Odu / slac rf -dipole prototype

364 views • 18 slides

Materials Testing With a High-Q RF Cavity

Materials Testing With a High-Q RF Cavity. Sami Tantawi, Christopher Nantista, Valery Dolgashev, Gordon Bowden, Ricky Campisi, T. Tajima, and P. Kneisel. Work supported by the U.S. Department of Energy under contract DE-AC02-76SF00515. Abstract.

198 views • 18 slides

Low-Level RF of BEPCII

251 views • 14 slides

Specific requirements for CLIC RF structures

Specific requirements for CLIC RF structures. A.Grudiev (CERN) CERN-UK Kick-off meeting 13 April 2011. Outline. CLIC main linac accelerating structure (AS) CLIC crab-cavity (CC).

245 views • 10 slides

Christopher Nantista ML-SCRF Technology Meeting July 28, 2010

KCS R&D Program. REPORT. Christopher Nantista ML-SCRF Technology Meeting July 28, 2010. KCS Test Bed at SLAC ESB. Vacuum Pump Port. 0.5 m Diameter, 10 m Long, Aluminum Pipe. CTO Sections. Current program:

180 views • 8 slides

Items We Agree On (1)

Items We Agree On (1). FNAL will send a sample of cells to Kirby that have small grains after heat treatment (Kirby should already have FXB6 and FXB7 coupons). Will look at SLAC cells also. There is no immediate need for FNAL to produce more strongbacks for tests at NLCTA.

144 views • 7 slides

Normal Conducting RF

Normal Conducting RF. Derun Li Center for Beam Physics Lawrence Berkeley National Laboratory March 5-6, 2013. 805 MHz Modular Cavity. Modular cavity complex. MTA Solenoid. Cavity support rail. Modular cavity design and fabrication

184 views • 4 slides