1.
The Analytic Behaviour of Intermediat Point ξ in the Mean Value Theorem for Differentials;
微分中值定理中“中值点”ξ的分析性质
2.
The mid-value theorems is the basic theorems in the calculus.
微分中值定理是微分学中的基本定理。
3.
Limit Character on Differential Intremediate Value Formula for Complex Anslysis;
复分析微分中值公式的中值极限性质
4.
Discussion on Differential Mean Value Theorem "mean value point";
关于微分中值定理“中值点”的讨论
5.
Analytic Properties of the Intermediate Point in the Mean Value Theorem for Differential of Two-Variable Functions
二元函数微分中值定理中值点的分析性质
6.
The Position of the Midpoint of the Power Function x~α in the Differentiation Median Formula;
幂函数x~α在微分中值公式中的中值点的位置
7.
Sub-differential of Convex Functions and the Converse of the Mean Value Theorem
凸函数的次微分与微分中值定理的逆定理
8.
Analysis Technique of the Existence of Mid-Value in the Differential;
微分中值点存在性命题证明技巧分析
9.
Analytical Proof of the Lagrange Intermediate Value Theorem of Calculus;
Lagrange微分中值定理的分析证明法
10.
Shallowly Discusses in the Differential Theorem of Mean Proof the Auxiliary Function;
浅谈微分中值定理证明中的辅助函数
11.
About the Gradual Approximation of the Middle Point of the Differential Median Theorem;
关于微分中值定理“中间点”的渐近性
12.
An Extension of Differential Mid- Value Theory in Concave (Convex) Functions;
微分中值定理在凹(凸)函数中的推广
13.
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
14.
The construction of additive functions to testify differential mean value theorem
微分中值定理证明中辅助函数的构造
15.
The constant K-value method of constructing auxiliary functions in differential mean value problems;
微分中值问题中构造辅助函数的常数K值法
16.
New Development on the Asymptotic Behavior of the Intermediate Point in the Mean Value Theorem for Differentials
微分中值定理中值点渐进性研究的新进展
17.
On further probing and proving the differential mean-value theorem;
对微分中值定理的进一步探讨及证明
18.
Differential mean value theorem in curved banach space and application;
双参数曲Banach空间微分中值定理及应用