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1·This paper is concerned with a functional equation.

讨论了一类迭代函数方程。

2·Many problems of dynamical systems can be reduced to an iterative functional equation.

动力系统的许多问题都可以化为迭代函数方程。

3·This thesis deals with the research of algorithm which is applied to finding roots of complex functional equation.

基于常用的求解复函数方程根的算法，进行研究探讨。

4·This paper is concerned with an analytic invariant curves on a planar mapping of the iterative functional equation.

研究了复合迭代函数方程所代表的一类不变曲线的解析解，通过构造辅助方程的幂级数解，从而获得原方程的解析解。

5·Functional network is new network model. It is similar to artificial neural network and is network expression of functional equation.

泛函网络是类似于人工神经网络的新型网络模型，是泛函方程的网络表达形式。

6·Thus, the explicit recursive expression of the original unsolvable functional equation and a control law with easy implementation are obtained.

从而获得了原不可解泛函方程的解析递推表达式和一个易于实施的控制律的解析解。

7·According to the fundamental equation of steady current field, the corresponding functional equation is obtained by use of the linear differential operator.

从稳定电流场基本方程出发，通过定义线性微分算子，推导出与之等价的泛函方程。

8·In chapter 2, three kinds of planar mappings are discussed. We reduce the existence of analytic invariant curves of iterative functional equation by means of majorant series.

本文的第二章讨论了三类平面映射的解析不变曲线，用优级数方法讨论了不变曲线迭代函数方程解析解的存在性。

9·Many mathematical models in physics, mechanics, biology and astronomy are given in such forms. Many problems of dynamical systems can be reduced to an iterative functional equation.

许多物理学、力学、生物学以及天文学问题的数学模型都是由连续的或离散的迭代过程描述的。

10·A functional equation can be calculated by dimension on the basis of the similar principles of crab claws, and the relation between the mechanism parameters is studied and calculated by tests.

根据相似原理，利用量纲法推导试验函数方程。通过试验对机构参数间关系进行研究并进行预测。