Based on the linear theory of gyrotron, and using the Laplace transformation and residue theorem, the kinetic theory of a novel gyrotron with three-mirror quasi-optical cavity is developed within the framework of the linearized Vlasov-Maxwell equations.
基于回旋管线性理论,运用Laplace变换和留数定理的方法,在线性Vlasov-Maxwell方程组的框架下,研究了特殊三反射镜准光腔回旋管的动力学理论。
This dissertation presents a special kind of three-mirror quasi-optical cavity which lies between the traditional microwave resonator and the optical resonant cavity.
三反射镜准光腔是一种介于普通微波谐振腔与光学谐振腔之间的谐振系统,在发展新型电磁辐射源,尤其是基于真空电子学的高功率太赫兹辐射源方面可以发挥具大的作用。
