Study on green problem of SHG

Zhu Changhong; Liu Baining; Li Zhengjia; Wang Ying; Qiu Junlin; Li Dehua; Zhang Zhiguo; Volker Gabler; Hans Joachim Eichler

Zhu Changhong, Liu Baining, Li Zhengjia, Wang Ying, Qiu Junlin, Li Dehua, Zhang Zhiguo, Volker Gabler, Hans Joachim Eichler. Study on green problem of SHG[J]. LASER TECHNOLOGY, 2001, 25(6): 425-429.

Citation:

Zhu Changhong, Liu Baining, Li Zhengjia, Wang Ying, Qiu Junlin, Li Dehua, Zhang Zhiguo, Volker Gabler, Hans Joachim Eichler. Study on green problem of SHG[J]. LASER TECHNOLOGY, 2001, 25(6): 425-429.

Citation:

Zhu Changhong, Liu Baining, Li Zhengjia, Wang Ying, Qiu Junlin, Li Dehua, Zhang Zhiguo, Volker Gabler, Hans Joachim Eichler. Study on green problem of SHG[J]. LASER TECHNOLOGY, 2001, 25(6): 425-429.

Study on green problem of SHG

Graphical Abstract

Graphical Abstract

Abstract

Abstract

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 multi longitudinal 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.