PPT-Overview of CLIC main linac

accelerating structure design 21102010 AGrudiev CERN RF design constraints for CLIC Beam dynamics BD constraints based on the simulation of the main linac BDS and beambeam collision at the IP. Beam. . Linac. , . Surface . lines. & building DB+MB,. 500 . GeV. . Bypass. for the DB,. Power for the DB. B. Jeanneret, . CTC, 24th August 2010. With. . material. . thanks. to. G. . McMonagle. . LCWS . 2014, Belgrade, October 6. th. -10. th. , . 2014. Steffen Döbert, BE-RF. No changes to the electron injector. Some work started on optimizing the. positron source with a student started recently . 7835 Procurement Plan. . Proton Improvement Plan. Fernanda . G. . Garcia. Accelerator Division. 11/2/2011 Proton . Source . Department. Linac Vacuum Tubes. In order to operate, Linac/PreAcc combine require . and Final Focus Stabilisation. CERN, 27-Mar-2009. 1. EuCARD NCLinac Task 9.3. 27/3/2009. Task 9.3. Task 3 in . DoW. :. Task3. . Linac. & FF Stabilisation. Design, build and test for stabilisation a CLIC . Beam. . Linac. , . Surface . lines. & building DB+MB,. 500 . GeV. . Bypass. for the DB,. Power for the DB. B. Jeanneret, . CTC, 24th August 2010. With. . material. . thanks. to. G. . McMonagle. Robert McGreevy. Deputy Director. Neutron Sciences Directorate. May 3. rd. 2012. Oak Ridge Neutron Sciences . Operate two world class neutron facilities. Carry . out world class research. Enable . an outstanding User Science Program . of the Electric Power Distribution for CLIC. Cezary JACH (EN/EL). CLIC Meeting . May 2009. Power balance. Layout. Variants of the power distribution system. Next steps. Technical Studies for the . Electric Power Distribution for CLIC. BI IL/CLIC Beam Dynamics Workshop . –. 25. th. . of June 2009. CLIC Beam Instrumentation Challenges. Introduction. Beam . instrumentation. Challenges. Update . from CLIC Beam Instrumentation workshop in June 2009. 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.. 1/6/2011. Linac and 400 MeV BPMs. 2. Linac. 1/6/2011. Linac and 400 MeV BPMs. 3. 400 MeV and Dump Lines. 1/6/2011. Linac and 400 MeV BPMs. 4. 400 MeV Line. 1/6/2011. Linac and 400 MeV BPMs. 5. Booster Injection. 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 . 3 . TeV. Many new agreements for X-band development and machines recently . One new coll. inst. (Canadian Light Source, Saskatoon) . WEB pages . Nikos . Kokkinis. has taken over as . responsible from . 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. . 4 . - . rf. aspects -. Review on PSB with Linac 4 / rf aspects. 1. Alfred BLAS 15/01/2009. Beam loading in PSB cavities. PSB transverse feedback requirements. New . PSB beam Control. Synchronization with the .