differential form

The equivalence between differential form and integral form is proved .

证明了微分形式与积分形式的等价关系。

The Use of the Invariance of the One Order Differential Form in Classroom Instruction

一阶微分形式不变性在课堂教学中的妙用

Capital is the differential form which has metaphor meaning .

资本是具有隐喻性的区分形式。

Applications of Differential Form Theory and Exterior Differential to the Electrodynamics

微分形式论与外微分应用于电动力学的探讨

Differential Form and Conservative Force Field in Classical Mechanics

微分形式与经典力学中的保守力场

Differential form and its integral on R ~ 3

R~3上微分形式及其积分

The integral factor of the differential form

微分形式Pdx＋Qdy＋Rdz的积分因子

Application of Differential Form and Complex Formulation for Poynting Vector

能流密度的微分矢量式及其应用

The Visual Description of Relativistic Mass According to the Differential Form of Newton 's Second Law

根据牛顿第二定律的微分形式形象地描述相对论质量

The uses of exterior differential form on thermodynamics

外微分形式在热力学上的应用

The research emphasizes particularly on that the relation between differential form and integral form is uncovered .

研究侧重于揭示微分形式与积分形式的相互联系和对应关系。

The Differential Form of Associated Laguerre 's Polynomial

缔合拉盖尔多项式的微分形式

The equivalence between differential form and integral form of a systematic methodology for theory of engineering elasticity is proved .

证明了工程弹性力学求解体系微分形式与积分形式的等价关系。

Consequent differential form and integral form of gravitational potential are deduced from the two laws of gravitational field .

根据引力场的两个定理，导出了引力势的微分和积分形式。

Firstly , the discrete equations in differential form , which is used to solve elasto-plastic problems , is derived using variational principle .

首先，利用变分原理推导了微分形式求解弹塑性问题的离散方程。

A bilinear differential form of the sh-gordon equation

SH&GORDON方程的双线性微分形式

A systematic methodology for theory of elasticity is presented which founds on the equivalence and relation between differential form and integral form .

以微分形式与积分形式的等价和联系为基础，研究弹性力学的求解体系。

Differential form was introduced into hydrostatics with geometrical viewpoint , the first mensural form of energetics was found .

用几何的观点，把微分形式引进流体静力学，从而得到了热力学第一定律的一次形式。

It constructs a train new relativistic dynamical functions , relativistic variational principles of differential form and integral form of variable mass system in m-order Velocity space .

在m次速度空间中，给出变质量系统的相对论性万有微分变分原理和积分变分原理的各种形式；

Two-weighted Hardy-littlewood Inequality for Differential Form

加双权的Hardy-littlewood型不等式

In this paper , the constitutive equation for general nonlinear viscoelastic material in differential form was deduced from the Volterra-Frechet one in integral form for an one-dimensional case .

本文从Volterra-Fréchet一维积分型本构方程出发，推导得出了一般非线性粘弹性材料的微分型本构方程。

Based on one exterior differential form on ambient space , the singularity problem is systemically studied and an unified geometric framework for analyzing singularities of parallel robots is developed .

采用1次外微分式等微分几何工具系统研究了并联机器人的奇异性问题，提出一种奇异性研究的统一的几何框架。

Work to establish variational principles is theorized and standardized . 2 . A uniform description of differential form of a systematic methodology for theory of engineering elasticity is given .

使得建立变分原理的工作定理化、规范化2.给出了工程弹性力学求解体系微分形式的统一描述。

In this article , the author defines an inner product of differential form in Finsler manifold , which helps him lead to δ - operator and Laplace operator .

该文对Finsler流形上的微分式定义了整体内积，进而引入δ算子和Laplace算子。

An incremental formula is derived from integral form of endochronic plastic constitutive equation , which greatly reduces the error caused by the one which was directly obtained from differential form of the constitutive equation .

从积分型内时本构方程导出了增量公式，它有效地减小了从微分型内时本构方程直接得到的增量公式所带来的误差。

They have their own merit : differential form is directly educed from ideal model , so it can directly model and qualitatively explain viscoelasticity of medium and the parameters of the model have clear conception .

微分型是根据理想模型导出的，模型能直观地模拟和定性地解释介质的流变性质，模型中各流变常数的物理概念清楚。

But Riemann is actually the first person advance this problem . His ideas of n-dimensions manifold advance quadratic differential form change problem of curved space in detail . This is the source toward tensor analysis .

而第一个真正提出这个问题的是黎曼，他的n维流形的构想，具体地提出了弯曲空间中二次微分形式的变换问题，这是通向张量分析的起点。

In this paper we derived some formulas for the calculation in measuring on the large range of the earth surface from the first fundamental differential form of sur - face , and given the calculating examples in applying the formulas .

本文应用曲面的第一微分基本形式推导出一组地表面大范围测算公式，并给出应用这些公式的算例。

Based on the theory that gravitational field is vector field , this paper expounds the properties of gravitational field . The relevant differential form and integral form are obtained with the help of Gauss theorem and Loop theorem describing the gravitational field .

从引力场是矢量场出发，讨论了引力场的性质，引入了描述引力场的高斯定理和环路定理，得出了相应的微分和积分形式。

The concept of integral with differential form has been established in R3 by the method of differential integral in manifolds . Therefor the representation of the relationship between the formulas of Green , Stokes and Gauss is much clear .

通过借鉴流形上微积分的处理手法，在R3中建立微分形式的积分的概念，使得Green公式、Stokes公式和Gauss公式内在联系的表述更加清晰。