先进光子源下射频窗口的多作用研究

J.J. Song
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引用次数: 2

摘要

多击电流可能导致高功率射频元件(如输入耦合器、波导窗口和高阶模式(HOM)阻尼器)击穿。为了了解和防止在先进光子源(APS)存储环射频腔中陶瓷窗口或输入耦合器的损耗,实验研究了多重冲击现象。本文从简单的模型描述开始,给出了硬件设计,最后给出了多处理机的测量。结合腔体的调节和与存储光束的相互作用,探讨了多重效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multipacting study of the RF window at the Advanced Photon Source
Multipacting current can cause breakdowns in high power RF components such as input couplers, waveguide windows, and higher-order mode (HOM) dampers. To understand and prevent the loss of a ceramic window or an input coupler in the Advanced Photon Source (APS) storage ring RF cavity, the multipacting phenomenon is being investigated experimentally. This paper begins with a description of simple model, presents a hardware design, and concludes with measurement of multipacting. Multipacting is explored in conjunction with conditioning the cavities and interaction with the stored beam.
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