1·Once soliton come, I will cast off towline immediately.
一旦乱流过来，我将立刻解掉拖缆。
2·The compress phenomenon of soliton pulse is also observed.
同时还观察到孤子脉冲压缩现象。
3·At last this paper outlook the future of soliton communication.
文章最后展望了孤子通信的未来。
4·The fundamental soliton can be compressed in dispersion-managed fibers.
在色散管理光纤中，基孤子脉冲司以被压缩。
5·The dispersive waves cause soliton transmission systems to lose energy.
这种辐射波会引起光孤子传输系统的附加损耗。
6·The perturbation systems of discrete soliton equations are investigated.
研究了离散孤立子方程的扰动系统。
7·This method should be helpful in solving difficult nonlinear soliton equations.
该方法为求解难度大的非线性孤子方程提供借鉴。
8·The formation of soliton is the chief problem of realizing soliton communication.
光孤子的产生是实现光孤子通信的首要问题。
9·This is perhaps one of the best choices for our national soliton research later source.
这不失为解决我国亟待解决的孤子研究光源国产化的一种可选方案。
10·Mathematically, dislocations are a type of topological defect, sometimes called a soliton.
数学上，位错属于一种拓扑缺陷，有时称为“孤立子”或“孤子”。
1·The numerical simulation also shows that fundamental soliton pulses with high repetition rate can be generated in this kind of fiber by modulation instability.
数值模拟显示，利用色散缓变光纤中的调制不稳定性可以产生高重复率的基本孤子脉冲串。
2·Optical soliton is the most ideal carriers of information for communication system in optical fibers because of its peculiar character.
光孤子以其独特优点成为光纤通信系统中最理想的信息载体。
3·Optical soliton transmission is one of the popular research briskest subjects in modern optical communication technology.
当前光通信技术研究中的一个热点课题是光孤子传输。
4·As one of the soliton equations, long wave equation takes on profound significance of theory and reality.
长水波方程作为一种孤子方程具有很强的理论和现实意义。
5·It shows that the stochastic dispersion variation connected with frequency affects the frequence and the position of the black soliton.
结果表明：只有与频率有关的随机色散变化对黑孤子的频率和位置产生影响。
1·The perturbation systems of discrete soliton equations are investigated.
研究了离散孤立子方程的扰动系统。
2·Its properties depending on the non-linear interaction potentials, there are the supersonic, sonic and subsonic soliton motion in the protein molecules.
它们的特性依赖于这个非线相互作用势，在此时存在超声速、声速和次声速的孤立子运动。
3·This paper presents a closed ideal solution to the nerve wave equation and also discusses its soliton solution.
本文给出了神经波方程的闭理想解法并且讨论了它的孤立子解。
4·The emphases especially put on the fiber soliton transmission and its potential application in communication.
介绍的重点放在光纤孤立子的传输以及在通信中的潜在应用。
5·The phenomena of two dimensional Langmuir soliton were numerically studied through plasma particle simulation method.
本文用等离子体粒子模拟的办法数值研究了二维朗缪尔孤立子现象。
1·An analytical solution is obtained for soliton pulse propagation in nonlinear media with gain saturation and gain dispersion in this paper.
本文获得了增益色散和增益饱和非线性介质中的光孤子脉冲的解析解。
2·An proposal for soliton adiabatic amplification is presented that uses a erbium-doped fiber amplifier constructed from dispersion decressing fiber.
文章研究在色散渐减光纤构成的掺铒光纤放大器中的光孤子绝热放大方法。
1·Once the soliton is established, the magnetic orientation oscillates at more than a billion times a second.
一旦建立了孤波，磁场方向的振动频率高达每秒十亿次以上。
2·It is found that the loss in the crystal can make a mismatched incident Gaussian beam evolve to a matched one, and then become to a steady-state bright soliton.
同时我们还发现，在一定条件下，晶体损耗能使振幅失配的高斯光束演化成匹配的高斯光束，并最终演化成稳定的明孤波。