1.
The Application of the Invariance of Total Differential Forms in the Differential Calculus for Function of Several Variables;
一阶全微分形式不变性在多元微分学中的应用
2.
On the invariability in perfect differentials in the derivation of variable function;
全微分形式不变性在多元函数求导中的作用
3.
Local and Globle Two-Weight Integral Inequalities for Differential Forms;
微分形式的局部和全局双权积分不等式
4.
alternating differential of differential form
微分形式的交错微分
5.
On Poincaré Inequality for Differential Forms
关于微分形式的Poincaré不等式
6.
The Inequality Forms of the Mean Value Theorem of Differential and Its Application
微分中值定理的不等式形式及其应用
7.
Very general systems of differential equations can be reduced to the normal form.
形式很普通的微分方程组可以化为正规的形式。
8.
The Application of the Invariance of First Order Differential Forms in the Differential Calculus for Function of One Variable;
一阶微分的形式不变性在一元微分学中的应用
9.
Fractal Aesthetics--The New Aesthetics Surpassing Traditional Beauty in Form
分形美学——超越传统形式美的全新美学
10.
WT_2-class Differential Forms Holder Continuous
WT_2类微分形式的Holder连续性
11.
Research of Chinese Intellectuals' Political Participation
中国知识分子政治参与形式变化探微
12.
Formula of Seeking Solution for Some Kinds of Differential Equation;
几类有关全微分方程问题的求解公式
13.
Full Implicit Euler Methods for Linear Stochastic Differential Equation
线性随机微分方程的全隐式Euler方法
14.
FULL IMPLICIT EULER METHOD FOR STOCHASTIC DELAY DIFFERENTIAL EQUATIONS
随机延迟微分方程的全隐式Euler方法
15.
Normalty Concerning Differential Polynomial in Holomorphic Functions
涉及微分多项式的全纯函数的正规性
16.
Fully Distributed Clustering Algorithm Based on Fractal Dimension
基于分形维度的完全分布式聚类算法
17.
Ray equation is derived from Fermat's principle in variation form.
本文由费马原理的变分形式,导出光线微分方程。
18.
In the equation E (k) is the complete elliptical integral of the second kind.
式中，E（k）为第二类完全椭圆形积分。