differential equations的例句大全

Models are described by differential, algebraic, and discrete equations.

系统的模型由微分方程 、 代数方程和离散的数学公式描述.

Two nonlinear differential equations are solved analytically all results can be expressed by algeroidal functions.

求解了完整的二阶非线性微分方程,所得结果可以用代数函数来表示.

The analog computers were designed to solve differential equations.

模拟计算机是被设计解决微分方程的.

An analog computer used to solve differential equations.

用来解微分方程的一种模拟计算机.

Singularly perturbed differential equations ( SPDEs ) appear in several branches of applied mathematics.

奇异摄动微分方程存在于各种应用数学分支中.

Having obtained the initial conditions, we goon to solve the network differential equations.

在获得初始条件后, 我们接下来就要解决这些网络微分子方程了.

College: Differential and Integral Calculus , Differential Equations, Linear Algebra, Probability and Statistics, Discrete Math.

大学: 微积分, 微分公式, 线性代数, 概率和统计, 离散数学.

A method for salving linear equations an ordering principle of Generalized Solutions of quasi-linear partial differential equations and Its Applications

一阶拟线性方程广义解的顺序原理及其应用

Then Galerkin's method is used to discrete the dynamics equations into ordinary differential equations.

采用伽辽金法离散,将动力学模型转化为常微分方程组.

This paper summarizes briefly the bilinear operator, its property, and some bilinear forms of nonlinear equations. Then we discuss the ways to transform some nonlinear partial differential equations into bilinear forms.

简要地总结了双线性算子及其主要性质和一些非线性方程的双线性形式，并对部分非线性偏微分方程如何变换成双线性形式进行了探讨；

If the complete integral of the partial differential equation can be obtained, the solution of the Whittaker equations are obtained by solving the algebraic equations.

如能求得它的完全积分，那么Whittaker方程的解可由解代数方程来得到。

Wang and Shi [ 75] compared the eigenvalues of the periodic and antiperiodic boundary value problems of second-order difference equations. They obtained beautiful inequalities among the eigenvalues, which are similar to those for second-order ordinary differential equations.

王怡和史玉明比较了二阶差分方程的周期和反周期边值问题的特征值，得到了与连续情况类似的比较不等式[75]。

From fluid equations, the differential equations governing the low frequency electrostatic perturbations are deduced.

从流体方程组出发, 导出了描述低频静电扰动的微分方程组.

We study the solution of linear constant coefficient differential-algebraic equations ( DAEs) and delay differential-algebraic equations ( DDAEs) by using boundary value methods ( BVMs).

本文主要研究了用边值方法求解线性常系数微分代数方程及延迟微分代数方程。

As everyone knows, the structure of exact solutions of partial differential equations is an important part of differential equations research.

众所周知，偏微分方程精确解的构造是微分方程研究的重要组成部分。

The well-posedness of time-delayed forward-backward stochastic differential equations is studied.

研究了带时 滞 正倒向随机微分方程的适定性问题.

In this paper, we study the global asymptotic behavior of the solutions of impulsive differential equations.

本文研究一般脉冲微分方程解的全局渐近性态.

Numerical example demonstrates that there is no order reduction when multistep block methods is employed to index-2 differential-algebraic equations.

数值算例表明在求解指标-2的做分-代数方程不会出现精度降低现象。

A comparison theorem is proved for the solutions of a backward forward differential equations.

证明了一类正倒向随机微分方程解的比较定理.

Partial differential equations and boundary conditions of variable length underwater towed heave compensation system are established.

建立变缆长的水下拖曳升沉补偿系统水动力学偏微分方程组和边界条件.