EVEREST simulation campaign results on multipactor effect using CST Particle StudioTM

A. Al-Mudhafar, J. Puech, C. Miquel-Espanya, D. Raboso, H. Hartnagel, Everest Consortium
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引用次数: 1

Abstract

In the context of the EVEREST project, we performed Multipactor simulations of different RF samples for L- and Ku- band using CST Particle StudioTM. The RF devices evaluated in this work explore different configurations such as parallel plates, coaxial filters and Iris structures. Using a variety of measurement facilities of Secondary Electron Yields (SEY), cross validation is investigated between the new Multipactor power thresholds results and thresholds using the available SEY parameters given in ECSS. The optimization criteria to acquire accurate results are also provided.
使用CST Particle StudioTM进行EVEREST多因子效应模拟活动的结果
在EVEREST项目的背景下,我们使用CST Particle StudioTM对L-和Ku波段的不同RF样品进行了多因子模拟。在这项工作中评估的射频器件探索了不同的配置,如平行板,同轴滤波器和虹膜结构。利用多种二次电子产率(SEY)的测量设备,交叉验证了新的multifactor功率阈值结果和使用ECSS中给出的可用SEY参数的阈值之间的交叉验证。给出了获得准确结果的优化准则。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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