ultrashort optical pulse

The ultrashort light pulse self-phase modulation and the spectral superbroadening in optical medium

介质中超短光脉冲的自位相调制和光谱超增宽

on the theoretic basis the ultrashort optical pulse propagating in single-mode fiber is affected by the high order nonlinear effect.

基于超短光脉冲在单模光纤中传输时高阶非线性效应的影响。

ultrashort optical pulse generation based on single-mode fibers and its development

基于单模光纤的超短光脉冲产生及其进展

reconstruct waveform and phase of ultrashort optical pulse by fringe-resolved second harmonic generation correlation

条纹分辨二次谐波自相关法重建超短光脉冲的波形和相位

the development of ultrashort optical pulse technology

超短光脉冲技术的研究进展

the investigation can be a theory guidance to generate ultrashort optical pulse chains with high repetition rate to some extent.

此研究对高重复率的超短光脉冲串的产生有一定的理论指导意义。

ultrashort optical pulse finds wide use in telemetry, microcosmic exploration and generation of high temperature plasma, etc.

超短光脉冲在遥测、探索微观世界的规律以及产生高温等离子体等方面有极广泛的用途。

The broadening effect of ultrashort laser pulse due to optical components is theoretically calculated and a Z scan system with small internal dispersion based on Al coated mirrors is reported.

本文在理论上计算了超短激光脉冲经过光学部件的展宽效应并实际给出了一种基于镀铝反射镜的小色散Z-扫描测量系统，同时也对实验中的其他重要参数进行了讨论。

amplification of ultrashort optical pulse technology based on single-mode fibers

基于单模光纤的超短光脉冲放大方法

generation of ultrashort optical pulse pair based on cross-phase modulation in optical fibers

光纤中基于互相位调制效应的超短光脉冲对的产生

performance of multilayer dielectric grating irradiated by ultrashort optical pulse

多层介质膜脉冲宽度压缩光栅与超短脉冲作用时的性能分析

influence of third-order dispersion on ultrashort optical pulse propagation in the single-mode fiber

单模光纤中三阶色散对超短光脉冲传输的影响