Tag: CLIC
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Racah
The Racah Institute of Physics at the Hebrew University, ISRAEL CLIC activities concerned: CLIC Experimental Verification CLIC Technical Developments Research fields: Theoretical as well as experimental study of the response of metallic surfaces in vacuum to high electric fields. Specifically, the mechanisms controlling plastic deformation of cavity material leading to enhanced field emission and resulting
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RRCAT
Raja Ramanna Centre for Advanced Technology (RRCAT), INDIA CLIC activities concerned: CLIC Experimental Verification CLIC Technical Developments X-Band Technologies Research fields: Injector Linac and Power Extraction and Transfer Structures. Researchers involved: 6. Students involved: 6.
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NTUA
National Technical University of Athens (NTUA), GREECE CLIC activities concerned: CLIC Experimental VerificationCLIC Technical DevelopmentsCLIC X-Band Technologies Research fields: The major activities for NTUA and other Greek Universities are: Design and conduction of evaluation tests for the study of the thermo-mechanical behavior of the CLIC two-beam module; Experimental test program concerning the diffusion bonding and
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HIP
Helsinki Institute of Physics (HIP), FINLAND CLIC activities concerned: CLIC Technical Developments CLIC X-Band Technologies Research fields: HIP is primarly interested in X-band technology and especially material related aspects of it. HIP and University of Helsinki has developed a unique expertise in electrical breakdown onset mechanism and breakdown physics. Another core activity is X-band structure
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LAL
Laboratoire de L’Accélérateur Linéaire (LAL), FRANCE CLIC activities concerned: CLIC Experimental Verification CLIC Parameters and Design CLIC Technical Developments Research fields: Experimental verification in the context of ATF2 (for both ILC and CLIC); Design and evaluation of final focus optics alternative schemes; R&D on the hybrid positron source and on photocathodes. Researchers involved: 3 students.
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Tartu
Tartu University, ESTONIA CLIC activities concerned: CLIC X-Band Technologies Research fields: Theoretical studies of the breakdown phenomena of copper under high electric field. Multiscale computer simulatons, finite element method (FEM) and molecular dynamics (MD) are applied to study the phenomena. Current methodology allows to simulate nanoscale material effects in case of fully coupled thermal, electrical
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SINAP
sShangai Institute of Applied Physics (SINAP), CHINA CLIC activities concerned: CLIC Technical Developments CLIC X-Band Technologies Research fields: High gradient RF technology; Linac design with high performance; Compact FEL facility based on X-band technologies. Researchers involved: 10. Students involved: 5.
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Shandong
School of Physics of Shandong University, CHINA CLIC activities concerned: CLIC Parameters and Design Research fields: Beam optimization studies for RTML and detector optimization studies. Researchers involved: 3. Students involved: 1.
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SOSNY
Joint Institute for Power and Nuclear Research – Sosny of the National Academy of Sciences, BELARUS CLIC activities concerned: CLIC Technical Developments Research fields: Investigations of radiation resistance of the CLIC main linac electronic components and calculations for the possible shielding. Researchers involved: 3.
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ACAS
Australian Collaboration for Accelerator Science, AUSTRALIA CLIC activities concerned: CLIC Parameters and Design CLIC Experimental Verification CLIC Technical Developments Research fields: Damping Ring design and vertical emittance minimisation experiments at the Australian Synchrotron storage ring; Design of XFEL as an application of the CLIC X-band technology; Detector development for beam loss monitors and for the