Speaker
Paula Desiré
(European Organization for Nuclear Research, University of Groningen)
Description
In this report, we present a comprehensive redesign of the CLIC main beam injector complex for the 380 GeV energy stage. The main beam injector complex generates and accelerates electrons and positrons to 9 GeV at the end of the booster linac. Benefiting from the improved positron yield, the electron drive beam energy for positron production is reduced from 5 GeV to 2.86 GeV, and the electron and positron injector linacs are redesigned to achieve a more compact layout of the injector complex, with the total length reduced by a factor of two. Jitter amplification due to short-range and long-range wakefields are studied for the injector and booster linacs.
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Author
Yongke Zhao
(European Organization for Nuclear Research)
Co-authors
Steffen Doebert
(European Organization for Nuclear Research)
Alexej Grudiev
(European Organization for Nuclear Research)
Adnan Kurtulus
(European Organization for Nuclear Research, Institute of Electromagnetic Fields)
Andrea Latina
(European Organization for Nuclear Research)
Paula Desiré
(European Organization for Nuclear Research, University of Groningen)