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Dr Alireza Nassiri (Argonne National Laboratory - DOE)15/12/2010, 14:05A summary of the workshop held on Sept 1-3, 2010 to review the current state of the art deflecting cavity technologies and their application in high energy collider (LHC, KEK-B, ILC, CLIC, LHeC), generation of short x-ray pulses in synchrotron light sources (APS, Spring-8), beam manipulations, emittance exchange and diagnostics. Strategies on cavity design optimization and challenges...Go to contribution page
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Graeme Burt (Cockcroft Institute)15/12/2010, 14:25The development of the 4-rod cavity at 400 MHz toward a crab cavity for the LHC. Detailed cavity-coupler design including deflecting mode characteristics, HOM spectra and achievable damping, coupler configurations, mechanical tolerances, tuning concepts, multipacting and non-linearity of deflecting voltage with transverse offset. Additionally cavity fabrication, treatment, assembly of coupler,...Go to contribution page
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Zenghai Li (SLAC)15/12/2010, 14:40The development of the single rod half-wave cavity at 400 MHz toward a crab cavity for the LHC. Detailed cavity-coupler design including deflecting mode characteristics, HOM spectra and achievable damping, coupler configurations, mechanical tolerances, tuning concepts, multipacting and non-linearity of deflecting voltage with transverse offset. Additionally cavity fabrication, treatment,...Go to contribution page
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kenji hosoyama (KEK, High Energy Accelerator Research Organization)15/12/2010, 14:55Detailed cavity-coupler design including deflecting mode characteristics, HOM spectra and achievable damping, coupler configurations, mechanical tolerances, tuning concepts, multipacting and non-linearity of deflecting voltage with transverse offset. Additionally cavity fabrication, treatment, assembly of coupler, Helium vessel and ancillary equipment should be foreseen within the design concept.Go to contribution page
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Jean Delayen (Thomas Jefferson National Accelerator Facility)15/12/2010, 15:10The development of the parallel bar cavity at 400 MHz toward a crab cavity for the LHC. Detailed cavity-coupler design including deflecting mode characteristics, HOM spectra and achievable damping, coupler configurations, mechanical tolerances, tuning concepts, multipacting and non-linearity of deflecting voltage with transverse offset. Additionally cavity fabrication, treatment, assembly of...Go to contribution page
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Ilan Ben-Zvi (Brookhaven National Laboratory)15/12/2010, 15:25
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15/12/2010, 15:35
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