1.
The Theory of Differential Inequalities and Its Application to Singularly Perturbed Nonlinear Boundary Value Problems;
微分不等式理论及其在奇摄动非线性边值问题中的应用
2.
The initial boundary value problems for the reaction diffusion equations are considered. And the asymptotic behavior of solution for the problem is obtained by using the theory of differential inequality.
研究了一类反应扩散方程初始边值问题。利用微分不等式理论得到了问题解的渐近性态。
3.
Several Methods Using Differential Calculus Theory to Prove Inequality;
利用微分学理论证明不等式的几种方法
4.
The Application of Granwall s Inequality in Stability Theory of Ordinary Differential Equations;
Granwall不等式在常微分方程定性理论中的应用
5.
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
6.
On Poincaré Inequality for Differential Forms
关于微分形式的Poincaré不等式
7.
The Differential Inequality for Second Order Differential Equations which Doesn t Satisfy Nagumo s Condition;
不具备Nagumo条件的二阶微分方程的微分不等式
8.
Some Inequalities Related to Differential Equation;
一个Pachpatte积分微分不等式的推广
9.
The cut-off negative pressure method for soling filtration problems based on the theory of variational inequalities
用变分不等式理论求解渗流问题的截止负压法
10.
Several Theoretical Problems of Variational Inequalities and Optimization Problems with Equilibrium Constraints;
变分不等式与平衡约束优化的几个理论问题
11.
The Application of Gronwall Equality and the Special Solution to diffenential Equation;
Gronwall不等式的应用及微分方程的奇解
12.
Impulsive Differential Inequalities and Impulsive Integral Inequalities with Piecewise Constant Arguments
具分段常数变元的脉冲微分不等式与脉冲积分不等式
13.
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
14.
Gronwall Integral Inequalities in Matrixes of Function and its Applications;
Gronwall型积分不等式在函数矩阵微分方程中的应用
15.
Uniqueness Theory on Entire Functions and Their Linear Differential Polynomials;
整函数与其微分多项式的唯一性理论
16.
What is discussed in this paper is on the applications of the integral upper limit function in proving the equality, proving the inequality, calculating the repeated integral, the theorem of integratl mean value, prove the theorem of differention mean value.
给出了积分上限函数在证明等式和不等式、算累次积分、明微分中值定理和积分中值定理中的应用.
17.
Proof of Some Important Inequalities by Using Wei-Wei Dual Inequality;
利用微微对偶不等式证明几个重要不等式
18.
The Self-Adjoint Boundary Conditions and Inequalities among Eigenvalues of Differential Operators;
微分算子自共轭边界条件与特征值不等式