PPT-Helical Accelerating Structure with Controllable Beam Emittance

SV Kuzikov 1 AA Vikharev 1 JL Hirshfield 23 1 Institute of Applied Physics RAS Nizhny Novgorod Russia 2 Yale University New Haven CT USA 3 OmegaP Inc New Haven CT USA.  . G. Riddone. 25.06.2010. CLIC meeting . Contribution from R. Nousiainen, J. Huopana, T. Charles. Content . Recall of main issues. Recall of module heat dissipation . Module cooling scheme. Thermo-mechanical analysis: . emittance. rings. Lotta. . Mether. , . G.Rumolo. , . G.Iadarola. , . H.Bartosik. Low . Emittance. . Rings Workshop. INFN-LNF, . Frascati. September 17. th. , 2014. Two beam instabilities. Collective effects . during. . MD . w42 . participants:. T. . Argyropoulos, T. Bohl, C. Bhat, G. Rumolo, M. Taborelli, E. . Shaposhnikova. , +. help from OP shift . (+ K. . Cornelis). MD w42 – 19.10. 50 ns and 25 ns spaced nominal LHC beam with correspondingly . J.W. . L. ewellen for. LANL ACERT team . P3 Workshop ‘16. 17 October 2016. Acknowledgements. LANL LDRD program. LANL teams: ACERT, DLA, SBL. LBNL Photocathode Group. John Smedley (BNL). Paul Emma and . Status and Possible Upgrades. Alan Fisher. SLAC National Accelerator Laboratory. LARP CM16. Montauk, NY. 2011 May 17. CERN Collaborators. Stéphane. Bart-Pedersen. Andrea . Boccardi. Enrico Bravin. Stéphane. High Brilliance Beam Diagnostics A. Cianchi University of Rome “ Tor Vergata” and INFN Advanced Accelerator Physics Course 2015 Outline Brightness and Brilliance Fundamental parameters Transverse and longitudinal measurements Kazuro Furukawa. for Injector Linac. 1. 概要. Alignment. 電子銃. RF . 電子銃. 熱電子銃. 陽電子発生装置. Schedule. 2. Linac Upgrade Overview. 3. 40-times higher Luminosity. Twice larger storage beam . W. Wuensch. 11-12-2009. Accelerating structure assembly. Pulsed ΔT in accelerating structure. Beam-loading compensation. Reacting to breakdown. On/off/ramp mechanism. Dynamic vacuum. Refining design and 10% parameter consistency. Significant progress has been made over the past decade by studies of normal-conducting linear colliders, NLC/JLC and CLIC, to raise achievable accelerating gradient from the range of 20-30 MV/m up to 100-120 MV/m. . Transverse and Longitudinal. V. . Schoefer. RHIC Retreat 2013. Agenda. Part I: Some specific cases. AGS RF phase rollover fix, effects on the . emittances. Conjectures about longitudinal . emittance. 2. . Plans for an upgrade of the Swiss Light Source. Andreas Streun. Paul Scherrer Institut (PSI) Villigen, Switzerland. 1. st. Workshop on Low Emittance Lattice Design. Barcelona, April 23-24, 2015. Emittance Measurements. 1. Accelerator and Beam Diagnostics. Ref 1: . Emittance Formula for . Slits and . Pepper-pot . Measurement, Min Zhang, . FERMILAB·TM-1988. Your tasks in green frames . Pepperpot. M. Comunian. Index. IFMIF RFQ DESIGN. RFQ input conditions ->LEBT Effects (Simulation <-> Measurements). RFQ beam transport -> Ideal vs Real RFQ (Simulation <-> Measurements). RFQ beam output -> MEBT Effects (Simulation <-> Measurements). Andreas Streun. Swiss Light Source (SLS). Paul Scherrer Institut (PSI) . 5232 Villigen, Switzerland. “Forum Beschleunigerphysik” Workshop. Perspectives for Accelerators and Technology. Darmstadt, Feb. 16-17, 2017.