2) soliton transmission
孤子传输
1.
The soliton transmission was achieved after the chirp of the optical pulse was eliminated, and the highorder soliton with pulse width of 13 ps was observed.
２ｐｓ的超短光脉冲，并对消啁啾后的超短光脉冲进行了孤子传输实验。
2.
The results show that with the same initial condition,nonlinear optical pulse transmission in average normal fiber is superior to soliton transmission in short distance.
实验结果和数值分析表明，在相同的初始条件下，短距离传输时，采用平均色散为正常色散的光纤传输要优于孤子传输方式，长距离传输时，采用孤子传输要优于脉冲在平均色散为正常色散的非线性光纤中传输。
3) Optical soliton transmission
光孤子传输
1.
In the optical soliton transmission systems using common single module optical fibers, the amplified spontaneous emission (ASE) noise and the overflow of dispersion waves are the two main factors that can cause energy and timing jitter of soliton, thus leading to some errors in bit rate of system.
在使用普通单模光纤的光孤子传输系统中，放大器自发辐射（ＡＳＥ）噪声和色散波逸出是限制光孤子传输的两个主要因素，它们将引起孤子能量抖动和定时抖动，从而导致系统误码。
2.
【Abstract】 This paper intends to give a brief introduction of the main characters and key techniques of optical soliton transmission systems, and then proposes a practical design of this system.
阐述了光孤子传输系统主要特征及其关键技术，探讨了光孤子传输系统的构成及其实用方案，与传统的线性通信系统相比，被称为非线性通信系统的光孤子传统系统将逐步显示出优越的发展的前景。
4) soliton couple
孤子对传输
1.
Propagation characteristics of soliton couple in the nonlinear saturation medium are studied numerically.
用分步傅里叶变换法求解了孤子对在饱和非线性介质中传输NLS方程,得到了在此条件下孤子对传输的数值图形,与孤子对在Kerr类型的非线性介质中传输图形进行了比较,从而得到介质非线性饱和效应对孤子对传输特性的影响。
5) single soliton transmission
单孤子传输
6) electron transport ability
电子传输特性
1.
The electron transport ability of OPPV was improved due to introducing oxadiazole groups.
二唑基团的引入,改善了PPV衍生物的电子传输特性。
补充资料：特性阻抗(见传输线)
特性阻抗(见传输线)
characteristic impedance
texing zIJkong特性阻抗(eharaeteristie impedanee)传输线。见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条