先进光子源束清洁策略与实验

N. Sereno
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引用次数: 2

摘要

先进光子源(APS)的设计将一个正电子蓄能器环(PAR)作为注入器链的一部分。为了提高可靠性和适应注入器的其他用途,APS将与电子一起运行,如果找到另一种消除APS中RF桶“污染”的方法,则无需PAR。从直线加速器捕获的长达30ns的光束捕获的卫星束需要在注入器同步加速器和存储环中移除。这里考虑的束清洗方法依赖于用调幅(AM)载波信号驱动带状线踢动器,其中载波位于与垂直调谐对应的旋转谐波边带。
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Bunch cleaning strategies and experiments at the Advanced Photon Source
The Advanced Photon Source (APS) design incorporated a positron accumulator ring (PAR) as part of the injector chain. In order to increase reliability and accommodate other uses of the injector, APS will run with electrons, eliminating the need for the PAR, provided another method of eliminating RF bucket "pollution" in the APS is found. Satellite bunches captured from an up to 30-ns-long beam from the linac need to be removed in the injector synchrotron and storage ring. The bunch cleaning method considered here relies on driving a stripline kicker with an amplitude modulated (AM) carrier signal where the carrier is at a revolution harmonic sideband corresponding to the vertical tune.
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