CAJ | 학술논문

通过实验和数值模拟研究了全正色散被动锁模光纤激光器中增益支配孤子的产生。实验观测和数值模拟结果分别证实了由腔导致的峰值功率钳位效应的存在。激光器性能对腔的结构的依赖性得到研究。研究结果表明：在光纤激光器中，能否获得具有更高脉冲能量的增益支配孤子是由腔的结构例如腔内非线性管理和输出比率选取决定的。
통과실험화수치모의연구료전정색산피동쇄모광섬격광기중증익지배고자적산생。실험관측화수치모의결과분별증실료유강도치적봉치공솔겸위효응적존재。격광기성능대강적결구적의뢰성득도연구。연구결과표명：재광섬격광기중，능부획득구유경고맥충능량적증익지배고자시유강적결구례여강내비선성관리화수출비솔선취결정적。
A thorough experimental and numerical investigation of the generation of gain﹣guided soliton in passively mode﹣locked fiber lasers made of purely positive dispersion fibers was presented. The cavity﹣induced peak power clamping effect was verified experimentally and numerically. The dependence of the performance of the laser on the cavity structure was explored. The results show that the gain﹣guided soliton with much higher pulse energy obtained in the fiber laser is determined by the cavity structure and relate this to the cavity nonlinear management and output ratio choice.