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Design study of the electron beamline, and the beam optimization for the AWAKE RUN 2 experiment at CERN

机译:电子束线的设计研究,以及核心唤醒运行2实验的光束优化

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Demonstration of the electron acceleration through the proton beam-driven plasma wakefield has been successfully done by the AWAKE RUN 1 experiment. Moreover, next AWAKE experiment is scheduled. Main goal of the AWAKE RUN 2 experiment is to achieve the capturing efficiency and the energy gain over 90%, and 10 GeV. In order to accomplish the goal, beam size, and its length have to be less than 50 μm, and 100 fs rms, respectively. Since the conventional beamline cannot meet the AWAKE RUN 2 requirements, we are focusing on designing new type of the electron beamline. In this paper, we present simulation results of the beam size, and the bunch length along the new beamline.
机译:通过质子束驱动的等离子体捕获场的电子加速器的示范通过唤醒运行1实验成功完成。此外,安排了下一个醒来的实验。唤醒运行2实验的主要目标是实现捕获效率和90%以上的能源增益和10个GEV。为了实现目标,光束尺寸,其长度必须小于50μm和100 fs rms。由于传统的光束线不能满足唤醒运行2要求,因此我们专注于设计新型的电子束线。在本文中,我们呈现梁尺寸的仿真结果,以及沿着新的光束线的束长。

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