1.
Differential Method Application in Solving Summation of Special Constant Series;
微分法在一类特殊常数项级数求和中的应用
2.
(math) a progression in which each term is multiplied by a constant in order to obtain the next term.
（数学）下一项数等于前一项数乘以一常量的级数。
3.
(math) a progression in which a constant is added to each term in order to obtain the next term.
（数学）下一项数等于前一项数加一常量的级数。
4.
Several Issues of the Relationship between Multinomial Series and Abnormal Calculus;
数项级数与反常积分关系的几个问题
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.
stepwise complex formation constant
逐级配合物生成常数
8.
This procedure allows us to keep track of the magnitudes of the terms that occur.
这种做法使我们可以时常注意所出现各项的数量级。
9.
The null subset corresponds to the term 1.
空集则对应于常数项1。
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.
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 Relation Between the Rate of Series Convergence & the Appreciation Convergence of Positive Term Series;
级数的收敛速度与正项级数判敛法的关系
14.
We may cut off the series after two or three terms.
我们可删去两项或三项之后的级数。
15.
the sum of terms containing successively higher integral powers of a variable.
以一个变数的整数次连续增级为项的项式之和。
16.
Relationship between the maximum term and its exponential index of Dirichlet series;
Dirichlet级数的最大项与最大项指数指标的关系
17.
Study on Harmonic Series and Euler Constant by Mathmatica;
利用Mathematica研究调和级数与欧拉常数
18.
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