Chinese translation for "一阶微分方程"

differential equation of first order
first order differential equation
first-order differential equation

Related Translations:

微分方程:  differential eguationdifferential equationsdifferentiating equationdifferentsialnye uravneiyadiffuse equation

波动微分方程:  wave differential equation

高斯微分方程:  gauss differential equationhypergeometric equation

微分方程模型:  differential equation model

微分方程组:  simultaneous differential equations

线性微分方程:  lde linear differential equationlinear differeantial equationlinear differential equation

滞后微分方程:  differential equation with lag

应用微分方程:  l ii iii mth applied differential equations

微分方程杂志:  journal of differential equations

拟微分方程:  quasi differential equation

Example Sentences:

	1.	Application of first order differential equations in geometry 一阶微分方程在几何中的应用研究
	2.	First order differential equation 一阶微分方程
	3.	The numerical values of the one order differential equations are obtained by runge - kutta method with variable step 软件采用了变步长的经典龙格?库塔方法求解一阶微分方程组的数值解。
	4.	Setting out from various solution methods for a one - order differential equation , some techniques of solution differential equation are given , and from here what should be noticed are explains 本文从一个一阶微分方程的多种解法出发，展示解微分方程的某些技巧，并由此说明几点应注意的问题。
	5.	Where m 0 and f ( t , u ) may be singular at u = 0 . ( 2 ) the present paper deals with positive solutions for first - order periodic boundary value problem . where 0 and f ( t , u ) may appear singularity at u = 0 (二)研究奇异一阶微分方程周期边值问题正解的存在性其中允许f ( t ， u )在u = 0处具有奇性且是一个不于零的常数。
	6.	Ordinary differential equation , first order differential equations , 2nd order differential equations , power series solution of differential equation , laplace transform , fourier series and transform , matrix , eigen value problem , partial differential equation 常微分方程式、一阶微分方程式、二阶微分方程式、微分方程式级数解、拉氏转换、复利叶级数与转换、矩阵、本徵值问题、偏微分程式。
	7.	This article gives a new definition of complex integrating factor about first order ordinary differential equation and a new existence theorem of a type of integral factor and calculation formual , and the resuct in this paper amplifies the conclusions in the relevant reference 摘要本文推广了一阶微分方程复合型积分因子的概点，给出了复合型积分因子的存在定理和计算公式，所得结果涵盖并推广了相关文献的结论。
	8.	When impact applies on a discrete system in which one of constraints is a constant with coulomb friction , the phenomenon of slip - stick at the point can cause the change of friction and the integration for frictional force during infinitesimal impulsive interval becomes impossible according to traditional impulsive dynamics of discrete systems . by introducing a new dimensional time parameter , first - order momentum - impulse differential equations are obtained and the discussion over infinitesimal impulsive interval is transformed into a piece - wise study on the finite region of impulse 在引入新的无量纲的时间参数后，通过建立相应的动量-冲量的一阶微分方程，在趋近于零的冲击区间的讨论变为在有限区间中来分段研究含滑动-黏滞的冲击过程，得到了受到多点打击的离散系统考虑库仑摩擦时的动力学的求解方法，即根据冲击前的初始状态无需回到繁琐的微分方程的求解便可以得到冲击后系统的动力学响应。
	9.	Theoreme 3 . 4 let p be a regular cone in e and a : be an increasing operator such that then a has a maximal fixed point u * and a minimal fixed point it , in [ u0 , u0 ] i moreover theoreme 3 . 5 h c lc [ r + , e ] is relatively compact if and only if 10 the function in h is equicontinuous in [ 0 , 6 ] for any b > 0 , 20 h ( t ) = is relatively compact in e for any t r + , 30 when is uniform for any x ? h theoreme 3 . 7 h c fc ' [ r + , e ] is relatively compact is and only if 10 the function in h is equicontinuous in [ a 川e d人qn v ， q都有。丘口川三（三…三un ）三…三u小） s （ v ” k1 … 1 ） 、什i … ） ； （门） n （八wc人第三节，作为预备知识首先讨论了空间lc r ， e中的锥与bclllch空间e中的锥的关系，然后给出了无穷区间上两类抽象连续由数族相对紧的充要条件，并用它lfl考察了一阶微分方程的终值问题和fredholm型积分方程解的存在性
	10.	A important result is the one - orde r expression of ar ( p ) yt = dyt - 1 + e , from paralleling a high - order differential equation transformation into a one - order differential equation system , the one - order expression exposes that the ar ( p ) is only a certain more - multivariable power series process and , if a process is described as an ar ( p ) , the sufficient and necessary condition is the spectrum norm a of the coefficient matrix d less than one . simplification of ar ( p ) not only brings about orthogonal f ( h ) but also provides global foretelling formula 作者用高阶微分方程化一阶微分方程组的方法，获得多元弱平稳序列p阶自回归模型的一步滑动平均表达式，证明了ar ( p )的是一个更高维的幂级数的线性过程，从而，说明了ar ( p )关于序列依概率成立的充要条件是：该模型更高维的幂级数的线性过程的表达式中系数矩阵d的谱范数1 。

Similar Words：

"一阶特征" Chinese translation, "一阶条" Chinese translation, "一阶条件" Chinese translation, "一阶通路" Chinese translation, "一阶统计矩" Chinese translation, "一阶微分环节" Chinese translation, "一阶微分灵敏度" Chinese translation, "一阶谓词" Chinese translation, "一阶谓词逻辑" Chinese translation, "一阶谓词演算" Chinese translation