1.
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
2.
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
3.
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
4.
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
5.
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
6.
Extension and Application of Series of Function Term s Consistent Convergence;
函数项级数一致收敛定义的推广及其应用
7.
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
8.
Instructional Design and Practice on the Concept of Uniform Convergence of Series with Function Terms
函数项级数一致收敛概念的教学设计与实践
9.
Necessary and sufficient conditions on uniform convergence with functional series
关于函数项级数一致收敛判别法的充要条件
10.
Study on the fuzzy-valued function series based on the structural element lineargeneration
关于结构元线性生成的Fuzzy值函数项级数
11.
Proof of the Function Seies Convergence Uniform Theorem and Necessary and Sufficient Condition in General Integral Convergent;
函数项级数一致收敛定理的证明和广义积分收敛的充要条件
12.
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。
13.
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
14.
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。
15.
A Note on Term-by-term Differentiation Theorem of Function Series;
关于函数级数逐项微分定理的一个注记
16.
Information of IRT Multilevel Item;
项目反应理论框架下多级评分项目的信息函数
17.
Coefficients of some classes of star like and convex functions of order ρ
某些ρ级星形函数和凸形函数的系数
18.
generating function of binomial coefficients
二项式系数的生成函数