CAJ | 학술논문

介绍了双纵模He-Ne激光器的热稳频技术原理，设计了热稳频控制系统，并进行了相关的实验。根据实验结果可知，本热稳频系统实现了将两个纵模频率稳定在增益曲线中心频率对称位置和不对称位置上。根据拍频结果可知，当稳定在对称位置上时，激光器的频率稳定度达10-10量级；当稳定在不对称位置上、维持频率稳定度10-10量级时，激光器输出单纵模的功率最高达总功率的80%。
개소료쌍종모He-Ne격광기적열은빈기술원리，설계료열은빈공제계통，병진행료상관적실험。근거실험결과가지，본열은빈계통실현료장량개종모빈솔은정재증익곡선중심빈솔대칭위치화불대칭위치상。근거박빈결과가지，당은정재대칭위치상시，격광기적빈솔은정도체10-10량급；당은정재불대칭위치상、유지빈솔은정도10-10량급시，격광기수출단종모적공솔최고체총공솔적80%。
The principle of thermal frequency stabilization technology of double-longitudinal-mode He-Ne laser is introduced and the control system is designed in this paper. Related experiments were carried on. According to the experiments, the two modes of frequency can be stabi-lized on symmetric and asymmetric positions of the gain curve. According to the beat frequency tests, when the two modes are stabilized on sym-metric position, the frequency stability of He-Ne laser is on the magnitude of 10 -10;and when the two modes are stabilized on asymmetric position and the frequency stability maintains on the magnitude of 10 -10 , the biggest power of single longitudinal mode is 80% of the total power.