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Surface charging by UV irradiation at the alumina RF window

机译:在氧化铝RF窗口通过UV辐射进行表面充电

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摘要

Alumina RF windows are used at high-power RF sources, such as klystrons. The breakdown of RF windows takes place due to multipactor and flashover events on the alumina surface. Both multipactor and surface flashover are considered to be related to the primary electron emission sites, such as the peripheral region of the alumina (the triple junction) and defects on the surface. Photoelectrons induced by ultraviolet light (UV) were emulated as primary electrons. The cathodoluminescence spectra during RF operation and the surface potential profile after the RF were measured and investigated.
机译:氧化铝射频窗口用于大功率射频源,例如速调管。 RF窗口的击穿是由于氧化铝表面上的多极和飞弧事件引起的。认为多电极和表面闪络都与主要的电子发射位置有关,例如氧化铝的外围区域(三重结)和表面缺陷。由紫外线(UV)感应的光电子被模拟为一次电子。测量并研究了射频操作过程中的阴极发光光谱和射频之后的表面电势。

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