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- Finally, using the theory of differential inequality, the uniformly valid asymptotic expansions of solution for the original problem are obtained. 最后，利用微分不等式理论，得到了原问题解的一致有效的渐近展开式。
- A class of functional boundary value problems for the discontinuous nonlinear ordinary differential equations are considered. The asymptotic solution for the problem is obtained using the theory of differential inequality. 研究了一类间断非线性常微分方程泛函边值问题。利用微分不等式理论得到了问题的渐近解。
- The singularly perturbed functional boundary value problems for the discontinuous nonlinear ordinary differential equations are considered. The asymptotic solution to the problem is obtained using the theory of differential inequality. 研究了间断非线性常微分方程奇摄动泛函边值问题。利用微分不等式理论得到了问题的渐近解。
- 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. 摘要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。
- By introducing proper stretchy variable and constructing boundary layer function, it concludes N-order approximate solution, and using theory of differential inequality, uniformly validity of asymptotic expansion is proved. 通过引进适当的伸长变量，构造边界层函数，得到了解的N阶近似值，并利用微分不等式理论证明了解的渐近展开式的一致有效性。
- By virtue of the Vector Lyapunov functions, the general concept of differential inequality and some other means, the author explores a series of the stability of nonlinear composite systems. 且利用矢量李亚普诺夫函数、分不等式的一般概念以及其他手段,研究一系列非线性复合系统的稳定性。
- The differential inequality theory and diagonalization method ,as two effective tools in solving singular perturbation problems ,have developed rapidly in the recent several decades . 微分不等式与对角化方法作为两种解决奇异摄动问题的有效手段，近几十年来，得到快速发展。
- A DIFFERENTIAL INEQUALITY AND ITS APPLICATION 一个微分不等式及其应用
- The Application of Differential Inequality 微分不等式的应用
- GENERALIZATION OF A DIFFERENTIAL INEQUALITY 一个微分不等式的推广
- Using Differential Inequality to Study Cole Problem 用微分不等式解决cole问题
- The differential inequality theory 微分不等式理论
- differential inequality with damping 阻尼微分不等式
- differential inequality with delay 时滞微分不等式
- Halanay delay differential inequality Halanay时滞不等式
- singular impulsive differential inequality 奇异脉冲时滞微分不等式
- extended Halanay's delay differential inequality Halanay时延微分不等式
- Then we discuss nonexistence of weak solutions for some partial differential inequalities on H-type groups. 然后，我们讨论了H型群上一些偏微分不等式弱解的不存在性。
- The existence and asymptotic behavior of solution for the initial boundary value problems are studied by using the theory of differential inequalities. 在适当的条件下，利用微分不等式理论，讨论了一个初始边值问题解的存在性和渐近性态。
- And then, by using the theory of differential inequalities the asymptotic behavior of solutions for the initial boundary value problems was studied. 然后，利用微分不等式理论，研究了初始边值问题解的渐近性态。
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