常系数线性微分方程

词组短语

linear differential equation with constant coefficients

与常系数线性微分方程相关的网络例句 [注：此内容来源于网络，仅供参考]

From equations eliminated some unknown function and its derivative, are contained only one unknown function with constant coefficient of linear differential equations.

从方程组中消去一些未知函数及其各阶导数，得到只含有一个未知函数的高阶常系数线性微分方程 9。

The main contents of this course include: the elementary solution of first order differential equations, the theory of existence, uniqueness and continuity dependency of initial value problem of first order differential equations, the structure theory of higher order linear differential equation and the solution of constant coefficient equations, the structure theory of system of linear equations, basic solution matrix and the solution of system of constant coefficient equations.

本课程内容有：一阶微分方程初等解法，一阶微分方程初值问题的存在性、唯一性、连续依赖性理论，高阶线性微分方程解的结构理论和常系数方程解法，线性方程组的结构理论、基解矩阵和常系数方程组的解法。

In this paper we contribute the general integral formula of second order linear differential equation with constant coefficients by means of decreasing order So we can integrate directly to solve this kind differential equation .

本文通过降阶法给出了求二阶常系数线性微分方程通解的方法，并根据特征根的不同情形给出了具体的通解公式，即可通过积分直接求微分方程的通解。

In this paper,using inverse differential operator and its linear property,we present the particular solution of n-th order general inhomogeneous linear ordinary differential equation with constant coefficient.

利用逆微分算子及其线性性质，给出了求n阶常系数线性一般非齐次项微分方程特解公式。

First of all,we have given some of the basic concepts of differential equations, described the constant coefficient linear ordinary differential equation solution, for a class of second-order variable coefficient linear ordinary differential equation initial value problem, an approximate solution, the method is first unknown function of a definition for N sub-interval, and then in between each district within a constant coefficient ordinary differential equations similar to the replacement, the solution has been the problem as similar to the original analytical solution, and then gives a detailed second-order change order coefficient of linear homogeneous ordinary differential equation solution examples, the examples of the approximate method proposed in this paper is valid.

首先给出了微分方程的一些基本概念，讲述了常系数线性常微分方程的解法，针对一类二阶变系数线性常微分方程初值问题，提出了一个近似解法，本方法是先对未知函数的一个定义区间作N等分，然后在每一个小区间内用一个常系数常微分方程近似替换，所得到的解作为原问题的近似解析解，随后详细给出了一个求二阶变系数齐次线性常微分方程的解的实例，该实例说明本文提出的近似方法是有效的。

In this paper, we present five sorts of methods for finding the particular solutions of the n-th-order inhomogeneous linear differential equation with constant coefficients.

本文给出了五种求n阶常系数线性非齐次微分方程待解的方法。这些方法只需计算特征函数A及其各阶导数在某点的值，方法简单，两种递推公式适合计算饥计算，本文还简化了文［1］中递推公式的证明

In order to obtain more general solution of second order linear differential equation with constant coefficients, which is important in theory and practice, on the basis of knowing a special of the second order linear differential equation with constant coefficients and by using the method of variation of constant, the second order linear differential equation with constant coefficients is transferred to the reduced differential equation and a general formula of the second order linear differential equation with constant coefficients is derived.

为了更多地得到理论上和应用上占有重要地位的二阶常系数线性非齐次微分方程的通解，这里使用常数变易法，在先求得二阶常系数线性齐次微分方程一个特解的情况下，将二阶常系数线性非齐次微分方程转化为可降阶的微分方程，从而给出了一种运算量较小的二阶常系数线性非齐次微分方程通解的一般公式，并且将通解公式进行了推广，实例证明该方法是可行的。

Content: By learning this course, students should grasp the elementary solution of first order differential equation, the structure theory of linear differential equation or system of linear differential equations and the solution of constant coefficient differential equation or system of constant coefficient differential equations.

主要内容：通过对本课程学习，使学生掌握一阶微分方程的初等解法、线性微分方程的结构理论和常系数方程的解法，对微分方程初值问题的一些基础理论有一定的了解，对

In this paper is presented an easy operator method for the special solution of the system of non-homogeneous linear differential equations with constant coefficient.

提出求非齐次常系数线性微分方程特解的一种简捷方法──算子解法，并且总结出运用此解法常用的7个计算公式

The author originally propsed a discrete dynamic model of pressure fluctuations for the deep slugging fluidized bed.

本文首次提出了深层节涌流化床离散化的压力波动动力学模型，由离散单元的瞬时均匀性条件，使得离散模型方程为一二阶常系数线性微分方程组

与常系数线性微分方程相关的网络解释 [注：此内容来源于网络，仅供参考]

Linear constant coefficient：线性常系数

First order recursive difference equation 一阶递归差分方程 | Linear constant coefficient 线性常系数 | Differential equation 微分方程

system of linera differential equations with constant coefficient：常系数线性微分方程组

勒让德方程 Legendre equation | 微分方程组 system of differential equations | 常系数线性微分方程组 system of linera differential equations with constant coefficient

second order homogeneous linear differential equation with variable coefficient：二阶变系数齐次线性微分方程

二阶常系数齐次线性微分方程 second order homogeneour linear differe... | 二阶变系数齐次线性微分方程 second order homogeneous linear differential equation with variable coefficient | 特征方程 characteris...

linear constant-coefficient difference equation：线性常系数差分方程

144 Linear constant-coefficient differential equation 线性常系数微分方程 | 145 Linear constant-coefficient difference equation 线性常系数差分方程 | 147 Linear feedback system 线性反馈系统

linear differential equation with constant coefficients：常系数线性微分方程

linear differential equation 线性微分方程 | linear differential equation with constant coefficients 常系数线性微分方程 | linear dimension 线性维数

linear partial differential equation with constant coefficients：常系数线性偏微分方程

常微分方程数值解|numerical solution of ordinary differential equations | 常系数线性偏微分方程|linear partial differential equation with constant coefficients | 常项|constant

Linear Dimension：线性维数

linear differential equation with constant coefficients 常系数线性微分方程 | linear dimension 线性维数 | linear eigenvalue problem 线性特盏问题

left-sided signal：左边信号

142 Left-half plane 左半平面 | 143 Left-sided signal 左边信号 | 144 Linear constant-coefficient differential equation 线性常系数微分方程