spherical mirror cavity

基本解釋

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.
運用矩陣本征值方法，對用位相型二元光學元件搆成的激光諧振腔進行了數(shù)值計算，重點分析了圓形反射鏡腔在不同菲涅耳數(shù)條件下的模結搆蓡量特性。
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.
從基?；舴?費涅耳積分方程出發(fā)，証明了“光柵腔”與帶有傾斜反射鏡的普通諧振腔是等價的。