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Study of h igh gradient acceleration

Study of h igh gradient acceleration. Normal-conducting + H igh-frequency + High-gradient  compact and efficient GLC: 65 MV/m in 60cm accelerator structure Now c ollaboration with CERN: CLIC feasibility study at 100 MV/m C onfident at 80 MV/m

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Study of h igh gradient acceleration

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  1. Study of high gradient acceleration • Normal-conducting + High-frequency + High-gradient •  compact and efficient • GLC: 65 MV/m in 60cm accelerator structure • Now collaboration with CERN: CLIC feasibility study at 100 MV/m • Confident at 80 MV/m • Toward CLIC or above requires basic understanding of the vacuum breakdown • This basic study is needed in several years in parallel to prototype tests • Future applications • High energy machine • Improvements on present machines • CLIC main linac • Others • Industrial NDT (non-destructive test) • Medical therapy ( with electrons/X-rays or heavy ions) • Linear accelerator for FEL 60cm High energy 1 TeVe+e- 25cm 50 MV/m GLC in early 2000 3TeVe+e- 1cm 100 MV/m CLIC in 10-20 years?

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