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孤子

n.orphan
网络soliton; solitons; Singleton

孤子

英-汉网络释义

孤子

soliton

孤子（Soliton）又称孤立波，是一种特殊形式的超短脉冲，或者说是一种在传播过程中形状、幅度和速度都维持不变的脉冲状 …

solitons

(a) 物理学家讨论到孤子 ( solitons ) 时，建议粒子可能紧缩成结状，在长时间中维持这型态，因为三次元空间能容纳真正的结 …

orphan

Character - Chinese Character Dictionary... ... 公子[ son of a high official] 孤子[ orphan] 瓜子[ melon seeds] ...

Singleton

PERL 编程思想 ... 3.4.3 Flyweight (享元) 3.4.4 Singleton (孤子) 3.4.5 Façade (外观) ...

Hydrogen atom

hydrogen properties_翻译 ... 除氢： degassing hydrogen 孤子： Hydrogen atom 释氢： hydrogen release ...

Like Soliton

...可积的方程，这些方程具有孤子(Soliton)或类孤子(Like Soliton)解，他们都可以用反散射法求解。

例句：

As a microscopic model, study of solitons in the nonlinear atomic lattice model has proven to be a hot topic in this field till now.

作为微观体系模型的非线性原子晶格模型中孤子的研究一直是人们关注的热点。

Discussed in this articled are the outline of soliton theory , basic concept of soliton, characteristics and its move law in Part A.

主要介绍了孤子理论纲要，讨论了孤子基本概念、特征与运动规律。

Whether the input laser beam can evolve into stable spatial soliton or not depends on the material and optical parameters of both crystals .

一块晶体中的光束能否演化成稳定孤子，由两块晶体的参数和入射光束的初始条件共同决定。

By means of the split-step Fourier method, the propagation of solitons in a photonic crystal fiber (PCF) is numerically simulated.

利用快速分步傅里叶方法数值计算了孤子在光子晶体光纤中的传输。

It was found that the first order soliton 's band magnitude and pulse width were both essentially unchanged in the long propagation process .

结果表明，在长距离传输过程中基阶孤子的幅度和脉宽基本不变，是进行光孤子通信的理想载体。

The characteristic of the photovoltaic spatial solitons in two-photon photorefractive media is influenced by the temperature of the media .

具有双光子光折变效应的光折变介质温度的变化对光伏孤子性质具有影响。

One of the main topics of the soliton theory is to search for the soliton solutions of nonlinear evolution equations (NLEEs).

寻找非线性偏微分方程的孤子解是孤子理论中一个主要的研究方向。

Coupled dark -bright vector solitons are considered in a birefringent fiber , and their dynamics are studied by the variational approach .

针对双折射光纤中耦合的明、暗矢量孤子，利用变分法研究了它们的动力学特性。

These properties of the multi-soliton coherent interactions can be potentially applied in optical computation .

多束类行波空间孤子的相干相互作用具有光计算的潜在应用。

The former repulses all the way and the repulsive forces are weaker than those of bright solitons . They have no periodicity , either.

而后者从一开始就相互排斥，且这种排斥作用较亮孤子来说相当微弱，同样也不具有周期性。

Spatial optical solitons are one of the most ideal approach to realize all-optical circuits and all-optical devices .

空间光孤子是实现全光通信及全光器件的最理想途径之一。

Thirdly, our method is applied to investigate two physical problems about dark solitons propagation in the nonlinear optical fiber .

最后，应用这种系统的微扰方法处理一些非线性光纤中暗孤子的微扰问题。

of controlling the soliton mobility by varying the refractive-index modulation depth , i. e. , the effective discreteness of the lattice.

通过改变控制的折射率调制深度，即有效的离散的格子孤子的流动性。

Finally , by virtue of the Riemann-Jacobi inversion , the solution of the soliton equation is represented in the original variable explicitly .

最后，通过反演到原来的坐标，将孤子方程的解显式地表出。

The propagation of soliton -pair showed the interaction of two solitons with different initial conditions.

孤子对的传输与两个脉冲的初始相位和输入强度相关。

Such solitons can be made dynamically stable provided that the lattice is modulated deep enough .

研究发现当贝塞尔环形格子调制深度足够大，环形孤子就能够稳定存在。

Numerical Study of Picosecond Optical Soliton with Weak "Platform "

带弱 “平台 ”皮秒光孤子的数值研究

Multi-spatial solitons can form stable bound states when they propagate. Their spiraling is decided by the initial directions of incidence.

根据解析解发现，多孤子能形成稳定的束缚态向前传输，缠绕与否与初始入射方向有关；

Vector soliton bunches are obtained experimentally in nonlinear polarization rotation mode-locked fiber laser .

在非线性偏振旋转锁模光纤激光器中获得了矢量孤子簇。

孤子

孤子