1.
A new method of derivative of power-exponential function;
幂指函数求导的一种新方法——辅助函数法
2.
Solving Derivation Problem of Power Exponential Function of N Variables from the Point of View of the Function of Many Variables;
从多元函数的角度解决n元幂指函数的求导
3.
A Further Discussion on the Rules of Power Exponent Function;
关于幂指函数求导法则的进一步讨论
4.
Inprovement of the Method on Derivative Calculation of the Power-Exponential Function and Their Application;
幂指函数的导数计算方法的改进与应用
5.
Simple solution mothed of derivative and integral of power exponential function and its application;
幂指函数导数与积分的简捷求法及其应用
6.
The paper gives a derivation rule of the power exponential function and analyzes some common calculation methods.
证明了一条幂指函数的求导法则，并总结了幂指函数导数计算的常用方法。
7.
The Application of Infinitesimal Equivalence to Getting the Limit of Power-exponential Function;
等价无穷小在求幂指函数极限中的应用
8.
This article gives a further development of the power exponent function and some related examples.
对幂指函数的求导法则做了进一步推广，并给出了相应的求导举例。
9.
As For Two Important Functions Type Compounded Power-Exponent Of Further Study;
关于两个重要的幂指型复合函数探讨
10.
Unbiased Estimation and Application of Parameters of Power and Exponential Functions;
幂函数和指数函数回归模型参数的无偏估计及应用
11.
When one of the six parameters is not equal to zero, the wavelet are nonseparable.
当尺度函数的符号中含有因子（方程式略）的幂指数越高时，尺度函数越光滑。
12.
Generating Funtion and a New Calculating Formula of the Sum Power of Natural Numbers
幂和序列的生成函数与幂和新的计算公式
13.
Popular choices are the exponential and inverse power functions typically used in entropy models, and the gamma function often recommended in US planning practice.
大多数的选择是指数和熵模型中常用的反幂函数，在美国的计划编制中通常建议采用γ数。
14.
Two Sided Power Series and Singular Point of the K-analytic Function
K-解析函数的双边幂级数与孤立奇点
15.
Function representation of particle size distribution power-function
GB/T16742.1-1997颗粒粒度分布的函数表征幂函数
16.
Weighted Adaptive Histogram Equalization Based on Exponential Function
基于幂函数的加权自适应直方图均衡
17.
A Theta Function Identity and Powers of Dedekind s Eta-function;
Theta函数恒等式及η（τ）方幂
18.
Control high-intensity beam halo-chaos VIA POWER-FUNCTION FEEDBACK METHOD;
强流束晕-混沌的幂函数反馈控制法