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光孤子通信 optical soliton communication英语短句 例句大全

时间:2021-02-10 13:07:25

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光孤子通信 optical soliton communication英语短句 例句大全

光孤子通信,optical soliton communication

1)optical soliton communication光孤子通信

1.Based on these properties,the advantages and disadvantages betweenoptical soliton communication and general optical fiber communication are compared.首先介绍了光孤子的概念、历史的研究,然后讨论了单模光纤中光孤子形成的物理机制,比较了光孤子通信和光纤通信的优缺点,最后探讨了孤子间相互作用对光孤子通信系统的影响。

2.Beginning with the basic concepts of optical communications,several aspects closely related to the physics ofoptical soliton communications are introduced.文章从光纤通信的基本概念出发,介绍了新一代光纤通信系统———光孤子通信系统研究中与物理学有密切关系的一些方面,并结合作者近年来的探索性工作,较深入地讨论了这一首例非线性通信系统的关键问题,提出了孤子信道的RLL(runlengthlimited)编码和孤子-混沌通信的概念,并重点介绍了光孤子-呼吸子通信的基本思想和主要结果。

3.This article presents an introduction to the generation of optical soliton,and the basic principle and key technologies ofoptical soliton communication.介绍了光孤子的产生、光孤子通信的基本原理及其关键技术,展望了光孤子通信的前景。

英文短句/例句

1.Research on Dispersion Management in High Speed Soliton Communication System;高速光孤子通信系统中的色散管理研究

2.Study of the Propagation Property of Optical Solitons in Ultrahigh-speed Communication;超高速通信中光孤子传输特性的研究

3.Interaction the String of Dark Solitons in Optical-fiber Communication Systems;通信光纤系统中暗孤子串的相互作用

4.Propagating Distance and Bandwidth of Double Solitons in Nonlinear Optical Fiber Communications非线性光纤通信的双孤子传播距离和带宽

5.Gordon-Haus Timing-jitter in Optical Bright Soliton-like Communication Systems;光学类明孤子通信系统中的Gordon-Haus定时抖动

6.Studies on New Types of Optical Solitary Waves and Propagation Control of Optical Pulses in Optical Fiber Communication Systems;新型光孤子及其光脉冲在光纤通信系统中的传输控制特性研究

7.The Influence of Optical Waveguide Fiber Loss on Soliton Transmission in OWCS Using the Chromatic Dispersion;光纤损耗对色散管理光通信系统中孤子传输的影响

8.The Theory of Soliton Perturbations of Nonlinear Schr(?)dinger Equation and It s Application in Optical Fibre Communication;非线性薛定谔方程孤子微扰理论及其在光纤通信中的应用

9.Study of electrical soliton as transmission pulse for UWB communication电孤子信号用于超宽带通信发射脉冲的研究

10.On the Self-Similarities and Communication Limits of Optical Solitons Propagating in Fibers;光纤孤子传播的自相似性和通讯限制的研究

11.Research on Single-Photon Acquisition Probability in Satellite-Ground Quantum Optical Communication星地量子光通信单光子捕获概率研究

12.Transmission of Solitons in Gaussion-apodized Fiber Bragg Gratings;光孤子在高斯变迹光纤光栅中的演化

13.Research Single-Photon Acquisition Technique in Free-Space Quantum Communication空间量子通信中单光子捕获技术研究

14.Orbital angular momentum of single photons for optical communication in a slant path atmospheric turbulence斜程湍流大气光通信信道的单光子轨道角动量

15.Study on the Self-deflection and Temperature Dependence of Photorefractive Spatial Solitons and Solitonic Observation;光折变空间孤子自偏转与温度特性及孤子观测

16.A Study of Partially Coherent Solitons in Photorefractive Media光折变介质中部分相干光孤子的研究

17.The Evolution and Self-defltion of Photovoltaic Spatial Solitons in Two-photon Photovoltaic Photorefractive Media双光子光折变光伏明孤子的演化和自偏转

18.The Research of Femtosecond Pulse Laser in the Optical Fiber Communication and in the Quantum Communication;用于光纤通信及量子通信的飞秒脉冲激光器系统研究

相关短句/例句

optical soliton communications光孤子通信

3)soliton communication光孤子通信

1.Finally,the development trends of optical fiber communication on three aspects:large capacity,long distance transmission technology,soliton communication technology and all-optical network are discussed.简要介绍了我国光纤通信的现状,总结了目前正在使用的波分复用技术和光纤接入技术的基本原理和发展状况,最后从超大容量、超长距离传输技术,光孤子通信技术和全光网络3个方面论述了光纤通信技术的发展趋势。

2.This paper introduces the basic principle, the key technology, the current research and the prospect of nonlinearsoliton communication technology.非线性光孤子通信是一种全新的、大容量、超长距离通信技术,它是线性光纤通信技术的发展,是21世纪最有发展前景的通信方式。

4)optic soliton communication光孤子通信

1.Study defect in the fiber of nanometer photon crystals withoptic soliton communication;纳米光子晶体光纤中的缺陷态与光孤子通信研究

5)Solitions and light solition communication in fiber孤子与光孤子通信

6)soliton communication system光孤子通信系统

1.Based on the fact that there are unnegligible stochastic effects in the compensation of gain for the loss in thesoliton communication system, the influence is studied of stochastic gain on the soliton transmitting system.基于分布放大光孤子通信系统中增益补偿损耗过程中存在不可忽略的随机效应,研究了随机增益对光孤子通信系统的影响。

延伸阅读

红外线通信(见光通信)红外线通信(见光通信)infrared communicationhongwaixian tongxin红外线通信(in fraredco~爪cation)见光通信。

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