1.
Spreading of Euler Formula on Indifferential Homogeneous Functions;
欧拉公式在不可微齐次函数中的推广
2.
There is a special class of functions which is particularly important in economics, namely the class of homogeneous functions.
有一种特殊类型的函数在经济学中特别重要，这就是齐次函数。
3.
The Normal form and Finite determinancy of Semiquasihomogeneous Function Germs
半拟齐次函数芽的正规型和有限决定性
4.
The traditional linear function should be displaced by nonlinear function because of the breakage of superposition principle.
由于叠加原理的破坏,主张将非线性生产函数替代传统线性齐次函数。
5.
Highly Nonlinear Cubic Homogenous Plateaued Functions
高非线性度三次齐次Plateaued函数
6.
AN ALGORITHM WITH QUADRATIC BEZIER FUNCTION FOR ONE DIMENSION OPTIMIZATION
利用二次贝齐尔函数的一维优化算法
7.
Homogeneitisation principle and Green s function in ordinary differential equations;
常微分方程中的齐次化原理与Green函数
8.
Strong Laws of Large Numbers for Functionals of Countable Nonhomogeneous Markov Chains
可列非齐次马氏链泛函的强大数定律
9.
The Growth of Solutions of Non-homogeneous Linear Differential Equations with Meromorphic Coefficients;
亚纯函数系数非齐次线性微分方程解的增长性
10.
The Solution of the Interlace Series Type Linear Even Differential Equation of Contain Negative One Number of Times Power Function;
负线性幂函数交错级数型线性齐次微分方程
11.
Solve the GP Equation by the Homogeneous Balance Method
利用齐次平衡法求GP方程的Jacobi椭圆函数解
12.
The Relationships between Solutions of a Class of Higher Order Non-homogeneous Differential Equations with Functions of Smaller Growth
一类高阶非齐次微分方程的解与小函数的关系
13.
The Relations between Solutions of a Class of Higher Order Homogeneous Differential Equations with Functions of Smaller Growth
一类高阶齐次微分方程的解与小函数的关系
14.
The Fix Point of the Derivatives of Solutions and Solutions of Higher Order Homogeneous Linear Differential Equations with Meromorphic Function Coefficents;
亚纯函数系数的高阶齐次线性微分方程解及其解的导数的不动点
15.
On the Properties of Solutions of a Class of HigherOrder Homogeneous Linear Differential Equationswith Meromorphic Function Coefficents;
一类亚纯函数系数的高阶齐次线性微分方程解的性质
16.
On the zero and hype-order of solutions of certain non-homogeneous differential equations with entire coefficients;
关于某类整函数系数高阶齐次线性微分方程解的级和零点
17.
If the function is linearly homogeneous it is possible to derive several propositions of interest.
若函数是线性齐次的，可以推导出一些令人感兴趣的命题。
18.
The form solution to the Mixed Problem of one dimension inhomogeneous diffusion equation was given through the method of undetermined function.
利用待定函数法给出了一维非齐次扩散方程混合问题的形式解。