spherical mirror cavity

基本解释

The matrix eigenvalues method is used to analyze the laser cavity in which the traditional spherical mirror is replaced by the phase type diffraction optical elements.
运用矩阵本征值方法，对用位相型二元光学元件构成的激光谐振腔进行了数值计算，重点分析了圆形反射镜腔在不同菲涅耳数条件下的模结构参量特性。
Using KirchhofE-Fresnel integrated equation, it is shown that a laser cavity consisted ofa grating and a spherical mirror is equivalent to a common cavity with a tilted mirror.
从基希霍夫-费涅耳积分方程出发，证明了“光栅腔”与带有倾斜反射镜的普通谐振腔是等价的。