1.
A Sufficient and Necessary Factor of the Sum Continuum of the Progression of Complex Function;
复变函数项级数的和连续的一个充要条件
2.
Complex Analytic Function Utilized in Sum Function Evaluation of Trigonometric Progression;
利用复变解析函数求三角级数的和函数
3.
Application of Z-Translation in Calculating Progressions and Plural Function Integral;
Z变换在级数和复变函数积分计算中的应用
4.
The Constant Theorem of Analytic Function in Complex Function;
关于复变函数中解析函数的常数定理
5.
Some Improvement About Item-by-item Differential Theorem for Function Series;
关于函数项级数逐项微分定理的改进
6.
NOTE ON THE THEOREMS OF TERM BY TERM INTEGRATION FOR FUNCTION SERIES;
关于函数项级数逐项积分定理的注记
7.
Functions of Complex Variables & Integral Transformatio
复变函数与积分变换
8.
The Uniform Convergence of Fuzzy-valued Sequence and a Series Whose Terms are Fuzzy-valued Function;
Fuzzy值向量函数列及函数项级数的一致收敛性
9.
Taking the displacement function of plates in the form of a biseries,all terms in series are given by products of functions of a beam.
板的位移函数取双重级数形式,级数的各项为梁函数的乘积。
10.
Convergence Uniform on the Fuzzy Interval Value Functions Series;
Fuzzy区间值函数项级数及其一致收敛性
11.
The Utilization of Generating Function for Definition of Progression General Term;
母函数在确定级数通项问题中的应用
12.
variable occurrence data item
可变重复次数数据项
13.
To Evaluate the Locus of Complex Numbers --A Probe into the Value Domain of Function of Complex Flexibility;
求复数的轨迹——复变函数值域初探
14.
The V_f(δ) of Fractal Interpolation Function and Series Expression;
分形插值函数的δ－变差及级数表示
15.
A periodic function, finite Fourier series, is used to activate the actuator for obtaining training samples.
用周期函数,有限项傅立叶级数,作为激励函数来获取训练样本。
16.
The adhibition of magnify on differentiation of consistent convergence about function term progression;
放大法在判别函数项级数(函数列)一致收敛时的应用
17.
Numerical computation of modified Bessel functions for integer orders and complex arguments
整数阶复宗量变形贝塞尔函数的计算
18.
J Sets of the Newton Transform for Solving Some Complex Exponential Equation and the Generalized M-J Sets;
复指数函数Newton变换J集与广义M-J集