PPT-Possible improvement of the CLIC accelerating structure.

From CLICG to CLICK 2 072009 Alexej Grudiev CERN Outline Current CLIC accelerating structure CLICG Compact coupler design with damping Comparison of rounded and not rounded cell geometry.  . 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: . Anders Korsback, Jorge Giner . Navaro. , Robin Rajamaki and Walter Wuensch. Motivation. Statistics. Physics – The statistical properties of breakdown may give us insight into the evolution of the surface under pulses, the underlying trigger mechanism and what happens to the surface after breakdown.. Objectives/Scope. Participation. Addressing comments on previous proposal. Objectives/Scope. Design and costing . of the rf system for the various (Compton/soft/hard) main linacs, including accelerating structures, power source and waveguide network.. Possible improvement of the CLIC accelerating structure. From CLIC_G to CLIC_K. 2 .07.2009 Alexej Grudiev CERN Outline Current CLIC accelerating structure: CLIC_G Compact coupler design with damping Paula Griswold, MS. Executive Director,. MA Coalition for the Prevention of Medical Errors. Patricia McGaffigan, RN, MS, CPPS. Vice President, Patient Safety Programs. President, Certification Board for Professionals in Patient Safety. S.V. Kuzikov. 1. , A.A. Vikharev. 1. , J.L. Hirshfield. 2,3. 1. Institute of Applied Physics RAS, Nizhny Novgorod, Russia. 2. Yale University, New Haven, CT, USA. 3. Omega-P, Inc., New Haven, CT, USA. CLIC workshop 2016. R. . Rajamäki*, . W. . Farabolini, . J. Giner Navarro, T. . Argyropoulos. , B. Woolley, W. Wuensch. 19.01.2016. *Aalto . university. . / CERN. Introduction. What?. Localize BDs in RF accelerating structures. G. Riddone, 02/02/2010. 1. Content. Introduction to RF . structures and . components. Fabrication baseline procedure for accelerating structures . Application to CERN ac. structure fabrication. Fabrication of PETS . 24 . Nov. 2014, CERN. Toshi Higo (KEK). 2014/11/23. CLIC Structure Review. 1. Contents . Transition from GLC/NLC . to CLIC. Alignment target. Alignment mechanism. M. achining. S. tacking/assembly. Bookshelf. 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. . Yelong . Wei, . Alexej Grudiev. CERN, European Organization for Nuclear Research. Email. : yelong.wei@cern.ch. 1. Outline. Background & Introduction. Dielectric-Lined . Accelerating (DLA) . Structures. accelerating structure design. 21/10/2010. A.Grudiev. (CERN). RF design constraints for CLIC. Beam dynamics (BD) constraints based on the simulation of the main . linac. , BDS and beam-beam collision at the IP:. Structures and . RF Components. On behalf of the X-Band Production team . Joel Sauza Bedolla. j. oel.sauza@cern.ch. EN/MME/MA. Index. Introduction. Accelerating Structures. Baseline (discs) TD26R1CC.