mathematical physics

Based on symbolic computation , this dissertation investigates the theory with applicationof the soliton and integrable systems of nonlinear mathematical physics .

本文基于符号计算，研究了非线性数学物理中的孤子与可积系统理论。

The nonlinear mathematical physics equations have an important value of theoretic and practice in modern scientific research , and to obtain their exact solutions has been one of the most interests of mathematicians and physicists .

非线性数学物理方程在现代科学研究中具有重要的理论和实践价值，其精确解的求出已经成为数学物理工作者极为关注的对象之一。

The Exploration of Reform in course of Methods of Mathematical Physics

数理方程课程教学改革探索

Study on the Improvement Depth of Dynamic Consolidation by Methods of Mathematical Physics

数理方法对地基强夯加固深度的研究

A typical example of the exploration method in mathematical physics methods is showed .

给出了用探索性方法进行数学物理方法教学的一个案例。

It has very important values in mathematical physics and mathematical economy fields ;

它在数学物理，数理经济等领域有着重要的理论研究价值；

MATLAB Numerical Value Solution and Visualization to Equation of Mathematical Physics

数学物理方程的MATLAB数值解法与可视化

Initial Boundary Value Problems to Two Classes of Nonlinear Model Equations in Mathematical Physics

两类非线性数学物理模型方程的初边值问题

Mathematical Physics & Its Contents , Methods and Meaning

数学物理&内容、方法和意义

On the Solutions of a Class of Inverse Problems in Mathematical Physics

关于一类数学物理反问题的解

A Special Exact Solution of Nonlinear Equation of Mathematical Physics

非线性数理方程的一类特殊形式的精确解

It is very helpful for mathematical physics equations to study wave equation .

因而对波动方程的精确可控性研究也有非常重要的意义。

On the Method of the Calculus of Variations in Mathematical Physics

关于数学物理中的变分方法

Variation calculus has been widely used in mathematical physics .

变分法在数学物理问题中有着广泛的应用。

Methods of mathematical physics in competitive problems

竞赛题中的数学物理方法

The method can also be applied to solve more nonlinear mathematical physics equation or equations .

这种方法还能用来求解更多的非线性数学物理方程或方程组。

Applications of MATLAB in Methods of Mathematical Physics

MATLAB在《数学物理方法》中的应用

Methods of mathematical physics is a course which introduces the mathematics applied in physics .

《数学物理方法》虽然是数学课，但是它是介绍在物理中应用的数学。

Excel numerical solution of the typical mathematical physics equation

典型数学物理方程的Excel数值解法

The Galerkin solution is an important approach to the equation of mathematical physics .

运用Galerkin方法求解数学物理方程，可方便地进行理论分析。

The inverse problems of mathematical physics experience a rapid growth in the development of modern mathematics .

数学物理反问题是现代数学中的一个热点研究领域。

Equations of Mathematical Physics & Special Functions

数理方程与特殊函数

Variational principles play an important role in the formulation of many problems of mathematical physics .

变分原理现在许多数学物理的表述中起着重要作用。

This method can be used in mathematical physics of the original quantitative or qualitative analysis and discussion .

用此方法可以对原数学物理问题进行定性或定量的分析和讨论。

The Transformation Groups in Mathematical Physics

数学物理中的变换群理论

The Progressing Situation and Major Methods on the Inverse Problems of the Equations of Mathematical Physics

数理方程反问题的发展状况与主要研究方法

Inverse problem in mathematical physics (ⅰ)

数学物理方程的反问题（Ⅰ）

Inverse Problems of Mathematical Physics

数学物理反演问题

On a New Algorithm of Constructing Solitary Wave Solutions for Systems of Nonlinear Evolution Equations in mathematical Physics

关于构造数学物理中非线性发展方程组孤波解的一种新算法

Inverse problem of Mathematical Physics

有关数学物理方程的反问题