1) Series of complex terms
复数项级数
2) the progression of complex function
复变函数项级数
1.
The definition of the consistent convergence of the degree is put forward, which weakens the conditions of the sum continuum of the progression of complex function, making the original sufficient factor a sufficient and necessary factor.
给出了次一致收敛的定义,减弱了复变函数项级数的和连续的条件,使原来的充分条件变成一个充要条件。
3) Series of Complex Fuzzy Number
复Fuzzy数项级数
4) numerical series
数项级数
1.
In this paper,Tests on convergence of non-negative functional generalized integral are obtained by the relation between the infinite integral and numerical series.
根据无穷积分与数项级数的关系,得出了关于无穷积分收敛性的几种新的判别法;从而由无穷积分与瑕积分的关系,也可用来判别瑕积分的收敛性问
2.
In this paper,we consider the methods for finding the sum of numerical series and obtain three different methods.
主要给出了数项级数求和的三类不同的方
3.
It is not general to discriminate the convergence and divergence of numerical series with function.
在数项级数敛散性的诸多判别法中,一般不用函数的方法;文中对此做了一些探讨,并且得出一些结果,同时给出了用函数讨论数项级数的方法。
5) number of term in series
级数项数
6) series whose terms are complex fuzzy-value function
复 F 值函数项级数
补充资料：常数项级数
一般的，如果给定一个数列,a1,a2,a3,a4,a5,a6...an...,
由这数列构成的表达式
a1+a2+a3+a4+...+an+....
叫做（常数项）无穷级数，简称（常数项）级数
记作σan=a1+a2+a3+...+an+...
其中第n项an叫做级数的一般项
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条