1.
The Counterexample’s Application in Teaching Differential of Multi-function
反例在多元函数微分学教学中的应用
2.
This course consists of several major parts, such as Vectors and Analytic Geometry, Derivatives, Integration and Series.
课程内容包括空间解析几何与向量代数、多元函数微分学、多元函数积分学和无穷级数等几大板块。
3.
The study on Teaching Process of compound Function of maml variales Differentiation;
多元复合函数微分法教学过程的研究
4.
Some Key Problems to be Dealt with in Teaching the Differential Calculus of the Pluralistic Function;
多元函数微分教学中应处理好的几个关键问题
5.
Appling Calculus to Solve Maximum and minimum of the Polybasic Funtion;
微积分学在多元函数最值问题中的应用
6.
An Extending of Cauchy s Mean-Value Theorem on Functions of Several Variables;
Cauchy微分中值定理在多元函数中的推广
7.
This course consists of several major parts, such as Functions, Limits and Continuity, The Derivative, Integration and Ordinary Differential Equation.
课程内容包括函数、限与连续、元函数微分学、元函数积分学和常微分方程等几大板块。
8.
This course consists of several major parts, such as Functions, Limits and Continuity, The Derivative and Integration.
课程内容包括函数、限与连续、元函数微分学、元函数积分学等几大板块。
9.
Derivative Properties of Bernstein Polynomials for Discontinuous Functions with Two Variables
二元不连续函数的伯恩斯坦多项式的微分性质
10.
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
11.
A Sufficiency Improvement Differentials about the Function of Many Variables;
关于多元函数可微的充分条件的一点改进
12.
Higher Order Differentiations and Taylor s Formulae of Functions of Several Variables;
关于多元函数的高阶微分和Taylor公式的探讨
13.
Difference of Integrations of Broad Meaning between One Function and Plural Function;
一元函数与多元函数在广义积分上的差异
14.
Normal Function Concerning Differential in Meromorphic Functions and Shared Values;
涉及亚纯函数微分多项式和分担值的正规函数
15.
On Research of characteristic Functions of differential polynomial of Meromorphic functions;
关于亚纯函数的微分多项式的特征函数的研究
16.
Mathematical Experiment and Reflections on Extreme Value of Multi-variables;
多元函数极值判定的数学实验及反思
17.
The branch of mathematics that deals with limits and the differentiation and integration of functions of one or more variables.
微积分学数学的一个分支，处理单变量或多变量函数的极限、微分以及积分问题
18.
Bivariate Spline Method for Numerical Solution of Partial Differential Equations;
二元样条函数方法求偏微分方程数值解