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- Non Zero Dispersion Shifted Fiber. 非零色散位移光纤。
- zero dispersion shift fiber 零色散位移光纤
- Intensity and pulsewidth of incident signal, the length of dispersion shift fiber (DSF) and walk off between incident and clock signal influenced the output clock intensively. 重点分析了色散位移光纤的长度和入射信号的脉宽和强度、以及走离对输出时钟信号的影响;
- FOPA current structure of the fiber used, including conventional dispersion shifted fiber (DSF) and high-nonlinear dispersion shifted fiber (HNLF-DSF). 目前用来构造FOPA的光纤包括常规色散位移光纤（DSF）和高非线性色散位移光纤（HNLF-DSF）。
- A kind of wavelength converter based on XPM in dispersion shifted fiber(DSF) is studied in chapter 4, where the critical parameters and their influence on the performance of the wavelength converter are studied. 本文第四章研究了基于色散位移光纤中交叉相位调制效应的波长转换器，得到了这种波长转换器的一些关键参数及这些参数对波长转换器性能的影响。
- ISI LIMITATION FOR NON-ZERO DISPERSION SHIFT FIBER TRANSMISSION SYSTEM USING IN-LINE PHASE-SENSITIVE AMPLIFIERS 应用相敏光放大器的非零色散位移光纤通信系统中的ISI限制距离研究
- Study on Non-zero Dispersion Shift Fiber Lines that Employ Phase-sensitive Amplifiers 在非零色散位移光纤链路中应用相敏光放大器的研究
- A new scheme for optimization of coarse wavelength-division-multiplexing (CWDM) system based on directly modulated lasers (DMLs) and non-zero dispersion shifted fibers (NZDSF) is proposed. 摘要利用光通信系统设计平台，研究了一种基于直接调制激光器和非零色散位移光纤(NZDSF)的高速粗波分复用(CWDM)系统的优化方案。
- DSF(Dispersion Shift Fiber) 色散位移光纤
- dispersion shift fiber 色散迁移光纤
- Zero dispersion point adjusted by structural parameters of TIR-PCF with sixfold rotation symmetry is studied numerically with a multipole method. 摘要用多极方法数值研究构成六重对称全内反射型光子晶体光纤各种结构参数对基模零色散点的调节。
- Generation of Supercontinuum from Dispersion Shifted Fiber by Using 10 GHz Actively Mode-locked Fiber Laser 利用10GHz主动锁模光纤激光器在DSF中产生超连续谱
- Also, the calculation formula for the FWM power in DRA with nonuniform zero dispersion wavelengths is derived based on the method of sum of subsections. 基于分段求和法，导出了不同零色散波长光纤组成的前向泵浦DRA中FWM功率的计算公式。
- The numerical results show that the red-shifted wavelength is strongly dependent on the ISRS whether in the abnormal, normal or zero dispersion wavelength ranges of the PCFs. 分析结果表明,无论在光子晶体光纤的反常色散区、正常色散区还是在光纤的零色散点,脉冲内拉曼散射效应对长波波段的光谱展宽都具有重要的作用。
- Efforts are also made to study the possibility of shifting the zero dispersion wavelength of photonic crystal fibers and designing photonic crystal fibers with ultra-fla. 探讨了利用无量纲色散方法控制光子晶体光纤零色散点和设计平坦色散光子晶体光纤的可能性。
- dispersion shifted fiber 色散位移光纤
- dispersion shifted fiber (DSF) 色散位移光纤（DSF）
- At last, the purified products will be identified with experiments of shift fiber dissolution and Edman sequencing and will be measured specific activity. 最后利用转移纤溶法和N-末端氨基酸序列分析对纯化产品进行鉴定，并测其活性。
- chromatic dispersion zero dispersion 零色散
- material zero dispersion wavelength 材料零色散波长
