a numerical matrix method for calculation of optical resonator modes with media inside is proposed.
提出了一种计算有源腔模式分布的有限元数值矩阵方法。
optical microsphere cavity is a new optical resonator and people look good at its future, and it has been used primarily in optical communications, new type of lasers and optical sensors.
a resonator is one of the key components of a laser. the key of the optical resonator theory is the gauss beam.
谐振腔是激光器的核心部件,光学谐振腔理论的重点是高斯光束。
optical pattern dynamics is mainly divided into two parts: laser pattern dynamics and pattern dynamics in optical resonator with nonlinear material.
光学斑图动力学主要包括激光器斑图动力学和含有非线性介质的光学谐振腔系统的斑图动力学。
since this method may be used also to solve integral equations with unknown functions more than two, it can be used to solve the problems of optical resonator with interpolating elements.
从方法上讲,同样也适用于具有更多未知函数的积分方程组,因而可用来解算具有插入元件的激光谐振腔。
conventional axially-asymmetric optical resonator is investigated by means of matrix optics theory. the fundamental eigen mode solution is obtained.