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针对于某新型速调管腔体部分的结构及特点,重点从其漂移管与磁场形式、调谐机构及加载方式三方面重点进行了相关的分析。研究结果发现通过其漂移管采用一种铁质材料产生了一种类似于行波管的磁场,结合漂移管的特点,对该新型结构磁场的类型做了一些分析。同时,该速调管采用的调谐机构结构简单,其采用的加载方式也为以后工作提供了一种新思维,对这类速调管的结构和电性能相关设计工作具有参考与借鉴作用。
Aiming at the structure and characteristics of the cavity of a certain new type of klystron, the emphasis is put on the related analysis mainly from three aspects: the drift tube and the magnetic field, the tuning mechanism and the loading method. The results show that using a ferrous material through its drift tube produces a magnetic field similar to a traveling-wave tube. Combined with the characteristics of the drift tube, the type of the new-type structure magnetic field is analyzed. At the same time, the tuning mechanism adopted by the klystron has a simple structure, and the loading method used therein also provides a new thinking for future work. It has a reference and reference for the design of the structure and the electrical performance of such klystron tubes.