Dispersion-shift

Theoretical analysis and numerical simulation of an all-fiber pulse compressor composed of Dispersion-Compensation Fiber(DCF),Dispersion-Shifted Fiber(DSF) using distributed Raman amplification and Nonlinear Optical Loop Mirror(NOLM) are performed in this paper.

文章对由色散补偿光纤(DCF)、分布式拉曼放大的色散位移光纤(DSF)以及非线性光纤环镜(NOLM)构成的全光纤脉冲压缩器进行了理论分析和数值模拟。

The measurement principle on CW-LD-self phase modulation(SPM) and the requirement on experiment setup are introduced,and the measurement results of dispersion shift fiber(DSF) and single mode fiber(SMF) are given.

介绍了利用自相位调制测量非线性系数的原理并探讨了对实验装置的具体要求;给出了色散位移光纤(DSF)和普通单模光纤(SMF)的实测结果;结果表明,无论使用输出光谱左侧还是右侧的主瓣和旁瓣光强比值I0/I1均可计算出准确数值;最后讨论了偏振和色散对测量结果的影响。

Light pulse compression implemented by dispersion-compensation fiber and dispersion-shifted fiber;

色散补偿和色散位移光纤实现光脉冲压缩

Effects of Kerr coefficient distributing randomly on the propagation of optical soliton in dispersion-shifted fiber;

色散位移光纤中Kerr系数的随机扰动对光孤子传输的影响

A method for flatly ultra-broadened supercontinuum generated in anomalous dispersion region of a dispersion-shifted fiber is introduced.

采用一种在色散位移光纤反常色散区产生平坦超宽超连续谱的方法。

Then parameters of standard dispersion shifted fiber (DSF) are optimized from aspects of pulse compression and spectrum reshaping demands respectively to generate broadband and flattened SC spectrum.

比较了三种不同色散光纤用于超连续过程时的频谱展宽特性 ,在此基础上对产生宽带、平坦超连续谱超连续谱的普通色散位移光纤的参量进行模拟设计 ,并提出优化设计应遵循的原则。

Furthermore, differential group delay of the dispersion shifted fibers is measured using this method.

在此基础上 ,对色散位移光纤进行了测量。

Soliton interaction in dispersion shifted fibers is studied numerically, including the effect of third order dispersion.

对色散位移光纤中三阶色散影响下皮秒孤子之间的相互作用进行了数值计算，结果表明该类光纤中孤子之间的相互作用比常规光纤中更严重，前者对通信系统性能的影响比后者更大。

2 km dispersion-shifted fiber (DSF) was obtained in the experiment, which was based on the actively mode-locked erbium-doped fiber laser (AMLFL) with the repetition rate of 10 GHz and the pulse duration of 7.

2km的普通色散位移光纤(DSF),利用色散位移光纤中自相位调制、交叉相位调制等非线性效应的联合作用,获得了20dB带宽达125nm、覆盖整个C波段、L波段和部分S波段的超连续(SC)谱。

dispersion-shifted step-shaped-index fiber

色散位移突变型光纤

dual shape core dispersion-shifted fiber

双层芯色散位移光纤

dispersion-shifted dual shape core fiber

色散位移双层心光纤

dispersion-unshifted single mode fiber

非色散位移单模光纤

dispersion-shifted dual shape core single-mode fiber

色散位移双层心单模光纤

trapezoidal index profile dispersion-shifted single-mode fiber

梯形分布色散位移单模纤维

triangular profile dispersion-shifted single-mode fiber

三角形分布色散位移单模光纤

double layer core dispersion-shifted single-mode fiber

双层纤芯色散位移单模光纤

shifted single-mode fiber

分层心色散位移单模光纤

Improved Fiber Design and Fabrication of Non-Zero Dispersion-Shifted Fibers

非零色散位移光纤的改进设计及制造

Theoretical and Experimental Investigation of Four Wave Mixing in the Dispersion Shifted Fiber;

零色散位移光纤中四波混频的理论与实验研究

The Study of Goos-H(?)nchen Shift in Left-Handed Materials and Dispersion Characteristics of Multilayered Metamaterials;

左手介质中Goos-H（？）nchen位移及多层膜色散特性的研究

blue shift effect

蓝向移位效应(向蓝色光谱带移位),浅色效应《测色》

An improved shift operator finite-difference time-domain method based on digital signal processing technique for general dispersive medium

一种基于数字信号处理技术的改进通用色散介质移位算子时域有限差分方法

The Image Processing Techniques for Speckle Displacement Information and Its Application

散斑位移信息图象处理技术及应用

Relationship between Laser Speckle Correlation and Displacement

激光散斑相关性和位移的关系研究

Measurement of micro-displacement based on digital speckle correlation method

基于数字散斑相关方法的微位移测量

adaptive colour shift

适应性色位移（色度学用语）