Two kinds of the negative dispersion mirrors (NDM1 and NDM2) with good performance were designed in this paper.
根据钛宝石激光器的要求设计了性能优良的两种负色散镜(NDM1和NDM2)。
From our analysis, we know that PSA can compensate fiber dispersion, either positive dispersion or negative dispersion.
通过分析可知，PS A对光纤的正色散和负色散都有一定的补偿效果。
In Chapter 2 , the principle of negative dispersion mirrors including chirped mirrors and Gires-Tournois interferometer mirrors was described.
第二章介绍了啁啾镜和吉莱-图努瓦干涉反射镜等负色散镜的原理。
But for the influence of self phase modulation, the ISI limited distance of positive dispersion is much longer than that of negative dispersion.
但是，由于非线性自相位调制效应的影响，在其它参数相同条件下，正色散时的ISI限制距离比负色散时要长得多。
Based on the theoretical analysis, the bending loss curve of negative dispersion fiber was presented, being consistent with the experimental result.
与实际制造出的负色散光纤的弯曲损耗进行了比较，结果表明理论计算得到的数据与实验数据较一致。
In Chapter 3, the design and optimization technique of various negative dispersion mirrors were introduced, and the effect of the coating parameters to the mirrors is analyzed.
第三章介绍了不同负色散镜的设计和优化技术，以及各种参数对实际镀制负色镜的影响。
It shows that negative chirp can improve the dispersion characteristics of system.
分析结果表明，利用负啁啾可以改善系统的色散特性。
The enhanced compression of fundamental femtosecond solitons can be obtained by combined effects of negative third order dispersion and Raman self scattering in the fibers.
研究表明，在色散缓变光纤中利用拉曼自散射效应与负三阶色散效应的相互作用，可以获得更高压缩比的超短光脉。
The article discusses the differences in physical mechanism of mode locking by laser pulse injection between the dispersion region at positive group velocity and that at negative group velocity.
本文阐述工作于正、负群速色散区中的光脉冲注入锁模的物理机制的区别。
The results show that, in case of high-order dispersion, the positive and negative quintic nonlinearity also intensifies and weakens the cross-phase modulation instability, respectively.
研究表明，在高阶色散下，正负五阶非线性的存在仍然分别对交叉相位调制不稳定性起加强和削弱的作用；
The result shows that the edged sampling mirror and the edged vacuum window can be treated as a pair of prisms, which generates negative group velocity dispersion.
分析结果表明，带楔角的取样反射镜与后续光路中使用楔形真空窗口构成了一对棱镜，产生负的群速度色散。
Theoretical analysis and numerical simulation of compression to negative chirp pulse based on dispersion-shift fiber (DSF) using distributed Raman Amplification.
该文对分布式拉曼放大的色散位移光纤（DSF）负啁啾光脉冲压缩进行了理论分析和数值模拟。
Correspondingly, the dielectric dispersion which has a negative power relationship with frequency has also been found in a certain frequency domain.
与之对应，在一定频域内存在与频率成负幂次关系的介电色散。
The negative chirp introduced by the fundamental wave can compensate partially dispersion and improve conversion efficiency.
系统输出激光携带一定负啁啾可以补偿色散，提高三次谐波的转换效率。
The negative chirp introduced by the fundamental wave can compensate partially dispersion and improve conversion efficiency.
系统输出激光携带一定负啁啾可以补偿色散，提高三次谐波的转换效率。
应用推荐