Beam Phase Space Jitter and Effective Emittance for SuperKEKB Injector Linac
Yuji Seimiya, N. Iida, T. Kamitani, Masanori Satoh
Abstract
Yuji Seimiya, N. Iida, T. Kamitani, Masanori Satoh
Abstract
In SuperKEKB linac, stable high charged low emittance beam is necessary. Transported beam to SuperKEKB Main Ring (MR) must be stable to the extent that the beam can be injected inside MR acceptance. SuperKEKB requirement must be satisfied for emittance including beam phase space jitter, called as effective emittance. Large amplitude beam position jitter has been measured at linac end. We evaluated that the effect of the beam position jitter on effective emittance and investigated the source of the beam phase space jitter.
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In SuperKEKB linac, stable high charged low emittance beam is necessary. Transported beam to SuperKEKB Main Ring (MR) must be stable to the extent that the beam can be injected inside MR acceptance. SuperKEKB requirement must be satisfied for emittance including beam phase space jitter, called as effective emittance. Large amplitude beam position jitter has been measured at linac end. We evaluated that the effect of the beam position jitter on effective emittance and investigated the source of the beam phase space jitter.
Key concepts: Thermal emittance, Linear particle accelerator, Beam (structure), Optics, Jitter, Physics, Phase (matter), Injector