CAJ | 학술논문

采用双波片晶体的物理模型和Jones矩阵方法,得到了在连续多纵模腔内倍频激光器中压缩噪声的必要条件,推导出与Ⅱ类和Ⅰ类相位匹配方式相对应的消除和频效应的公式,并推广为往返Jones矩阵元所应满足的关系,以及相应的腔内本征矢.
채용쌍파편정체적물리모형화Jones구진방법,득도료재련속다종모강내배빈격광기중압축조성적필요조건,추도출여Ⅱ류화Ⅰ류상위필배방식상대응적소제화빈효응적공식,병추엄위왕반Jones구진원소응만족적관계,이급상응적강내본정시.
An extended physical model on intracavity binary wave plates based on the Jones matrix formalism that gives the prerequisite for independently intracavity frequency doubling under CW multilongitudinal mode operation has been obtained. The formulas for eliminating the noise of the frequency doubled output in phase matching type Ⅱ and type Ⅰ conditions are presented. A general condition concerning the round-trip Jones matrix has been achieved. The eigenvectors for the phase matching type Ⅱ and type Ⅰ have been determined analytically.