色散补偿光纤

分析了采用色散补偿光纤后非循环单重合码的色散效应，以及FFHOCDMA系统的误码率性能。

Effect of dispersion for non-cyclic one-coincidence sequence employing DCF was studied , and BER performance of FFH OCDMA system was analyzed .

一种新型的基于LP01模的双模色散补偿光纤

A novel Two mode Dispersion Compensating Fiber Based on LP 01 Mode

光脉冲沿色散补偿光纤（DCF）传输会产生背向自发拉曼散射，当入纤激光功率大于阈值时，出现放大的背向自发拉曼散射现象。

As the pulse travels along the Dispersion Compensation Fiber ( DCF ), the backward spontaneous Raman scattering will occur .

拉曼增益介质为10km的色散补偿光纤。

10 - km Dispersion Compensation Fiber ( DCF ) is used as Raman gain medium .

采用目前成熟的色散补偿光纤（DCF）在线补偿技术，对OCDMA系统的色散补偿方案进行了探讨。

Based on the on-line compensating technique by dispersion compensator fiber ( DCF ), the dispersion compensate plan of OCDMA system is discussed .

最后提出采用放置光硬限幅器减小多址干扰、加入色散补偿光纤（DCF）以减小色散及非线性效应等措施以提高系统性能。

It is suggested Optical hard limiter and DSF ( dispersion-shifted fiber ) should be used in order to improve the performance of OCDMA system .

通过色散补偿光纤与非循环单重合码相结合，改善了快跳频光码分多址系统（FFHOCDMA）的误码率性能。

The scheme of dispersion-compensated fiber ( DCF ) and non-cyclic one-coincidence sequence was proposed to im-prove the BER performance of fast frequency-hopping optical CDMA system ( FFH OCDMA ) .

而当附加色散补偿光纤（DCF）时，则信号速率和无中继传输长距离极大提高。

But if dispersion compensation fiber ( DCF ) is added to this system , signal speed and no-relay transmission distance can be largely improved by using PSA instead of EDFA as in-line amplifier .

分析了波分复用系统中的非线性效应，讨论了基于色散补偿光纤和光纤布拉格光栅色散补偿技术的WDM系统的传输性能，并通过模拟仿真实验对两者分别进行了性能评价。

The nonlinear effect of WDM systems are analyzed , and the transmission performances of WDM system based on optical fiber Bragg grating and dispersion compensation fiber are discussed , and the performances of two systems are compared through the simulation experiment .

提出了利用相位调制器和色散补偿光纤（DCF）把非归零（NRZ）码信号转换成为占空比可调的归零（RZ）码信号的方案。

Utilizing phase modulator and dispersion compensation fiber ( DCF ) link , a non-return-zero ( NRZ ) data format is converted to return-zero ( RZ ) data format with tunable duty ratio .

光子晶体光纤（PCF），可以实现极大的折射率调制和高度灵活的折射率分布，可以满足色散补偿光纤和高非线性光纤对大折射率调制的要求。

Photonic crystal fiber ( PCF ) can have very large refractive index modulation and very flexible index profile . It just meets the requirement on large index modulation in dispersion-compensating fiber ( DCF ) and high nonlinear fiber .

对基于光纤喇曼放大器的宽带波分复用光纤传输系统，在PTDS仿真平台上通过数值仿真，研究了不同的色散补偿光纤的色散补偿方案对系统性能的影响。

Through numerical simulation the effect of the different dispersion compensation schemes in WDM systems based on FRA are studied depending on the PTDS software .

提出了利用色散补偿光纤（DCF），色散位移光纤（DSF）和非线性掺铒光纤放大环镜（ED-NALM）获得无基座超短光脉冲的设计方案。

A novel designed model of the optical pulse compression , which is based on the dispersion-compensation fiber ( DCF ), the dispersion-shift fiber ( DSF ) and Erbium-doped nonlinear amplifying fiber loop mirror ( ED-NALM ) has been presented .

利用色散补偿光纤增加腔内色散，在主动锁模光纤环形激光器实验中得到了重复频率10GHz，8个波长（19个波长）的输出脉冲。

By using a dispersion compensation fiber ( DCF ) to increase the cavity dispersion , an actively mode locked fiber ring laser with an output pulse at repetition rate 10 GHz and 8 wavelengths ( 19 wavelengths ) in the experiment was obtained .

色散补偿光纤及其应用前景

Dispersion - Compensating Fibers and the Trends of Developments and Applications

准孤子在负平均色散补偿光纤链中稳定传输的区域

Stable Propagation Region of Quasi Solitons in Dispersion managed Fiber Link

本文主要讨论了多包层结构的色散补偿光纤。

The multi-clad dispersion compensating fiber is researched in this paper .

色散补偿光纤通信系统中孤子之间的相互作用

Interactions of Solitons in Dispersion Compensation Fiber Nonlinear Communication System

本文围绕基于色散补偿光纤和模块开展了深入的理论和实验研究。

In this dissertation , we focus on dispersion compensation fiber and module .

周期色散补偿光纤参量放大器平坦性的研究

Research on the gain flatness of fiber-optic parametric amplifier with periodic dispersion compensation

适合于有线电视系统的色散补偿光纤光栅

Dispersion Compensation Fiber Gratings Suitable for CATV Systems

色散补偿光纤应用技术的探讨

The Explore of Dispersion Compensating Fiber Application Techniques

色散补偿光纤中呼吸波周期行为的剖析

A Study on Periodic Behavior of Breather type Waves in Optical Fibers with Dispersion Compensation

这些结果为设计新型色散补偿光纤及新型光纤器件提了供理论基础。

These results provide theoretical basis for designing novel dispersion compensating fiber and photonic devices .

新的色散补偿光纤的设计

Design of New Dispersion-Compensation Optical Fiber

色散补偿光纤传统设计方案及相关算法的改进

Compensation Fiber and its Related Algorithm

多包层色散补偿光纤的研究

Research of Multi-Clad Dispersion Compensating Fiber

在此基础上，以二阶色散补偿光纤为例，给出了色散补偿光纤的弯曲损耗与波长的关系曲线。

As an example , the dispersion compensation fiber that can compensate dispersion and dispersion slope was introduced .

研究结果表明，采用色散补偿光纤集总、后置、略欠补偿方案是最佳的色散补偿方案。

The results indicate that , employing a lumped , under-compensation and post-position compensation scheme is the most optimal .

本文的主要内容包括：1.综述了光子晶体光纤的研究状况，着重介绍了色散补偿光纤的发展历史。

The general introduction of photonic crystal fiber , especially the development of dispersion-compensating fiber was summarized . 2 .