摘要
基于有限积分算法设计软件CST建立4000mm×1600mm×920mm的微波谐振腔体模型,通过调整馈口位置、馈口数量、负载位置等,优化了腔体电场分布及馈源与腔体的耦合度,提高了微波加热效率。
The Microwave resonance cavity of 4000 mm×1600 mm×920 mm is modeled by finite inte-gral algorithm design software CST. By adjusting the feed position, feed port number and load position, both the cavity electric field distribution and coupling of feed and cavity are optimized, the efficiency of mi-crowave heating is improved.
出处
《真空电子技术》
2013年第5期22-25,共4页
Vacuum Electronics
关键词
谐振腔
CST
负载
馈口
耦合
Resonant cavity, CST, Load, Feed port, Coupling
