分离变量

词组短语

variables separation

与分离变量相关的网络例句 [注：此内容来源于网络，仅供参考]

We introduce a automorphic systemLet G = gh, then (2.4) implies a polynomial which each term in the expression is a product of u-dependent function and x-dependent function.

在第二章中我们主要利用群分支法来求解非线性扩散方程(2.4)的分离变量解。

Differential Algebra related to the idea of AC = BD are presented firstly in chapter two.

最后提出了C-D分离变量的概念，予以形式分离变量法新诠释。

According to that the eigenstates of applied quantum systems, are with discrete or continuous spectrum construction, quantum information is divided into two types of discrete variables and continuous variables. They have different features and application potentials. Both of them are parallelly developing.

量子信息科学根据所利用的量子变量的本征态具有分离谱或是连续谱结构区分为分离变量与连续变量两大类，连续变量和分离变量量子信息有着不同的特点与应用前景，各具特色，目前正在平行发展。

If the initial value function of an initial value problem is in the form of separated variables, then its exact solution is also in the form of separated variables.

若给定分离变量形式的初值函数，则初值问题的精确解也是分离变量形式的。

Using the method of dividing variables , the solution of elastic dynamics can be changed into the eigen value problem of Hamilton s space differential operator matrix , and the total solution of dual variable s (modal strain and modal strain rate ) can be obtained by .

采用分离变量方法，将弹性动力学解转变为Hamilton空间算子矩阵的本征值问题，对偶变量的全解通过本征解来展开而获得。

In addition to, we emphatically introduce the multilinear separation of variables, and we expound the general solving process about it, else I solve the variable separation solution of the system about DS correlating the process.

另外还重点介绍了多线性分离变量法，对多线性分离变量法的一般求解过程作了阐述，还结合步骤具体求解了DS系统的分离变量解。

Selecting proper single valued variable separation functions in the 2+1 variable separation solutions,we construct many types of single valued coherent soliton structures such as dromion,dromion lattice,solitoff,2-solitoff,static and kinetic breather,instanton,compacton, peakon,and so on.The interactions among these coherent localized excitations including the collisions of compaction and compacton,peakon and peakon,line soliton and y-periodic soliton,dromion and dromion,dromion and solitoff,et al,are investigated analytically and graphically,and found that can be elastic and nonelastic respectively,which reveal various exotic and important nonlinear characters and interaction properties.

在2+1维分离变量解中选择适当的的单值分离变量函数，构造了2+1维非线性波动模型多种单值相干孤子结构如Dromion，Dromion格子，Solitoff，2-Solitoff，静止和运动呼吸子、瞬子、Compacton、Peakon等；考察了一些典型的非线性激发模式间如Compacton和Compacton，Peakon和Peakon，线孤子和y-周期孤子，Dromion和Dromion，Dromion和Solitoff之间等相互作用行为，发现其相互作用可以弹性的也可以是非弹性的，揭示了多样奇异而重要的非线性特性。

A practicable analytic solusion is obtained for any sector by means of Fourier series with singular items.

从位移场带奇性分离的Fourier级数表达式着手，得到扇形问题可实际操作的解析解，可以证明此级数解法与Wiliams分离变量法等价。

According to the simulation theory between Structural Mechanics and Optimal Control Theory, the symplectic elastics is built after the symplectic space with the duality variables is introduced into the elastics.

根据结构力学与最优控制理论的模拟理论，将由原变量和其对偶变量组成的辛空间引入到弹性力学，从而使分离变量及辛本征函数展开的直接解析解法得以实施，形成了弹性力学求解辛体系。

In the symplectic geometry space, which consist of the original variables, the displacement, electric potential, magnetic potential, and their duality variables, lengthways shearing stress, electric displacement and magnetic flux, the magnetoelectroelastic solids problems are led into symplectic solution system, so the effective methods of mathematical physics like the separation of variables and symplectic eigenfunction expansion can be employed to solve the problem.

在由原变量-位移、电势和磁势以及它们的对偶变量-纵向的剪应力、电位移和磁感应强度分量组成的辛几何空间，将电磁弹性固体问题导入辛求解体系，从而使有效的数学物理方法如分离变量法及辛本征向量展开法可以用于该问题的求解。

与分离变量相关的网络解释 [注：此内容来源于网络，仅供参考]

continuous variable：连续型变量

28、离散型变量(discrete variable)由分离的,不可分割的范畴组成. 在邻近范畴之间没有值存在. 29、连续型变量(continuous variable)在任何两个观测值之间都存在无限多个可能值. 连续型变量可以分割成无限多个组成部分.

equation of separated variables：变量分离方程

变量变换|change of variable | 变量分离方程|equation of separated variables | 变系数线性偏微分方程|linear partial differential equation with variable coefficients

separation of the zeros：零点分离

separation axiom 分离公理 | separation of the zeros 零点分离 | separation of variables 分离变量

separation of variables：分离变量

separation of the zeros 零点分离 | separation of variables 分离变量 | separation principle 分离原理

separation of variables：分离变量法

散射矩阵 scattering matrix | 分离变量法 separation of variables | 短路板 shorting plate

Method of Separation of Variables：分离变量法

分离变量法:the method ofseparation of variables | 分离变量法:Method of Separation of Variables | 组织行为变量:organizational behavior variables

separation principle：分离原理

separation of variables 分离变量 | separation principle 分离原理 | separation relation 分离关系

variables separation：分离变量

variable address 可变地址 | variables separation 分离变量 | variance 方差

variables separation：分离变量 本文来自:博研联盟论坛

variable address 可变地址 本文来自:博研联盟论坛 | variables separation 分离变量 本文来自:博研联盟论坛 | variance 方差 本文来自:博研联盟论坛

rotated separation：旋转分离

分离纯化:separation purity | 旋转分离:rotated separation | 分离变量:separation of variables