Tag: CLIC
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CLIC accelerator steering committee
CLIC accelerator steering committee CASC function: The CASC is responsible for the daily running of the CLIC accelerator study covering technical progress and follow-up, as well as resource planning and follow-up. It tasks also include preparation and setting up collaboration agreements. It will prepare and arrange or run meetings at work-package, activity and project level
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CLIC steering committee
CLIC steering committee CSC Function The CSC is responsible for the overall coordination of the CLIC study, accelerator and detector/physics. In general the daily running of the accelerator and detector/study are delegated to the CASC and corresponding CLICdp body, but the CSC will overview, discuss and decide upon strategic matters related to the project goals,
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CLIC collaboration board
CLIC collaboration board The CTF3 Collaboration Board has been set up to define the work programme of the Collaboration, co-ordinate the Collaboration’s activities, resolve disputes, decide on proposals for accession as Member of the Collaboration, propose amendments to the CTF3 MoU where required. Relevant documentation: CTF3 MoU.
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SLAC
SLAC National Accelerator Laboratory, USA CLIC ativities concerned: CLIC Parameters and Design CLIC Experimental Verification CLIC X-Band Technologies Researchers involved: 6.
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Cornell
Cornell University, USA CLIC activities concerned: CLIC Technical Developments CLIC X-Band Technologies Research fields: Damping rings; electron cloud; fast ion instability; intrabeam scattering; impedance; beam size monitors; beam halo. Researchers involved: 2.
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Dundee
CLIC activities concerned: CLIC Parameters and Design CLIC Experimental Verification CLIC Technical Developments Research fields: Electro-optic measurement of CLIC femtosecond bunch length; Novel tecniques for electron cloud mitigation. Researchers involved: 2. Students involved: 2 PhD.
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Lancaster
University of Lancaster,UK CLIC activities concerned: CLIC X-Band Technologies Research fields: Design, development, testing and implementation of crab cavities, including: Assessesment and management of wake fields; Design, development and low power testing of the RF distribution system required to synchronize crab cavities; The development of controls and testing protocols for the Xbox test stands; Modelling
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RHUL
Royal Holloway University of London (RHUL), UK CLIC activities concerned: CLIC Parameters and DesignCLIC Experimental Verification CLIC Technical DevelopmentsCLIC Implementation Studies Research fields: Advanced beam instrumentation development including Beam position monitors, Transverse beam size monitors based on Laser-wire, OTR and ODR technologies, and bunch length monitoring based on Coherent electromagnetic spectrum analysis. Advanced simulations of
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Oxford
University of Oxford, UK CLIC activities concerned: CLIC Parameters and Design CLIC Experimental Verification CLIC Implementation Studies Research fields: Beam-based feedback and feed-forward system development; Instrumentation, feedback and control; Beam dynamics. Researchers involved: 4. Students involved: 4.
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IAP
Institute of Applied Physics of the National Academy of Sciences, UKRAINE CLIC activities concerned: CLIC Experimental Verification Research fields: Design and construction of a high vacuum setup for studying the resistance to high voltage breakdown under high vacuum conditions; Plasma and ion beam treatment of the sample surface to study the resistance to high voltage