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Cathodes in magnetrons: A review 磁控管中的阴极:综述
Pub Date : 2024-02-08 DOI: 10.1002/metm.14
Zheng Liu, Yun‐Fei Yang, Jun‐Hao Sun, Hong‐Mei Liu, Zi‐Chen Li, Jin-Shu Wang
Magnetron is currently one kind of the most widely used vacuum electronic devices. The cathode, as the electronic source of the device, is the core of magnetrons. With the development of magnetrons, the requirements for cathode performance are also increasing, including thermal electron emission and secondary electron emission performance. This article reviews the development history of cathodes used in magnetrons, discusses the performance and application fields of various cathodes, and the relationship between performance and structure. However, there are still certain problems with various cathode materials that make it difficult to truly cover all magnetrons. The ongoing challenges relating to the magnetron cathodes have been discussed in this paper.
磁控管是目前应用最广泛的真空电子器件之一。阴极作为设备的电子源,是磁控管的核心。随着磁控管的发展,对阴极性能的要求也越来越高,包括热电子发射和二次电子发射性能。本文回顾了磁控管所用阴极的发展历史,讨论了各种阴极的性能和应用领域,以及性能与结构之间的关系。然而,各种阴极材料仍存在一些问题,难以真正涵盖所有磁控管。本文讨论了与磁控管阴极有关的持续挑战。
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