Study of h igh gradient acceleration
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High gradient long-term evaluation of prototypes Study of high gradient acceleration X-band GLC in early 2000 Collaboration since 200 7 to date Main acc. in two-beam scheme 1 TeV e + e - 3 TeV e + e - Magnetic field plays a key role Next 5 years Crystal movement during a pulse Hard copper is better? High energy 1. Fundamental studies focusing on crystal characteristics 2. Serve for stable operation of normal conducting linacs in various aspects 3. Study and develop LC prototype structures in collaboration Heavily damped cell Simple geometry & well-defined copper Breakdown is one of the key measures of feasibility
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Study of h igh gradient acceleration. High energy. Simple geometry & well-defined copper. 1 TeV e + e -. Har d copper is better?. X-band GLC in early 2000. N ext 5 years. 3 TeV e + e -. Fundamental studies focusing on crystal characteristics - PowerPoint PPT Presentation
Transcript of Study of h igh gradient acceleration
High gradient long-term evaluation of prototypes
Study of high gradient acceleration
X-band GLC in early 2000
Collaboration since 200 7 to dateMain acc. in two-beam scheme
1 TeV e+e-
3 TeV e+e-
Magnetic field plays a key role
Next 5 years
Crystal movement during a pulse
Hard copper is better?
High energy
1. Fundamental studies focusing on crystal characteristics
2. Serve for stable operation of normal conducting linacs in various aspects
3. Study and develop LC prototype structures in collaboration
Heavily damped cell
Simple geometry & well-defined copper
Breakdown is one of the key measures of feasibility