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提出一种新型准光学谐振系统——改型斜旋转轴对称准光腔(MAQCOR),并从Vlasov-Maxwell方程出发,采用Laplace积分变换的方法建立了具有MAQCOR的强相对论电子回旋脉塞的动力学理论。导出了注-波互作用功率、起振电流和频偏,并对一些重要问题,如高次谐波、模式竞争、旋转角的影响及空间电荷效应等进行了详细的分析和讨论,得出了一系列新的结论,为新型准光腔回旋管的设计提供了理论依据。
A novel quasi-optical resonance system, a modified quasi-optical axisymmetric quasi-optical cavity (MAQCOR), is proposed. Based on the Vlasov-Maxwell equation, Laplace integral transformation is used to establish the strong relativistic electron cyclotron maser Theory of learning. The power of note-to-wave interaction, the starting current and the frequency offset are deduced, and some important issues such as harmonics, mode competition, influence of rotating angle and space charge effect are analyzed and discussed in detail. A series of new conclusions are obtained, which provide a theoretical basis for the design of the new quasi-optical cavity gyroscope.