1.
Study on Some Properties and Applications of Compound Functions Defined by Integration of Variable Upper Limit
关于积分上限函数所确定的复合函数若干性质与应用的探讨
2.
An assumption of the modification of upper limit function of integral and its property
关于积分上限函数及其性质的修改设想
3.
Thoughts on StudentsAbility in Mastering Integrals for Bounded Functions LI Jian hua;
对学生积分上限函数Φ(x)学习能力的思考
4.
What is discussed in this paper is on the applications of the integral upper limit function in proving the equality, proving the inequality, calculating the repeated integral, the theorem of integratl mean value, prove the theorem of differention mean value.
给出了积分上限函数在证明等式和不等式、算累次积分、明微分中值定理和积分中值定理中的应用.
5.
Conditions of Term by Term Integration Sequence of Integrable functions on Finite Interval;
有限区间上广义可积函数列逐项积分的条件
6.
The Equivalence in Definition of the Integral of Bounded Function in Finite Set Measure;
测度有限集上有界函数L积分定义的等价性
7.
the integral of a function over a definite interval.
在有限间隔内的函数积分。
8.
the branch of mathematics that is concerned with limits and with the differentiation and integration of functions.
讨论函数的极限,微分与积分的数学分支。
9.
Difference of Integrations of Broad Meaning between One Function and Plural Function;
一元函数与多元函数在广义积分上的差异
10.
On Henstock Integral of Fuzzy-Number-Valued Function in the Plane;
平面上模糊数值函数的Henstock积分
11.
Relationship between Generalized Partially Bent Functions and Generalized Bent Functions over Finite Fields
有限域上广义部分Bent函数与广义Bent函数的关系
12.
A Necessary and Sufficient Condition for Riemannian Integrability of the Limit Funtion of a Sequence of Riemann Integrable Functions
黎曼可积函数序列的极限函数为黎曼可积的充要条件——黎曼积分号下取极限的充要条件
13.
A Sufficient Convertible Condition of Function Limit & Integral;
函数极限与积分可交换的一个充分条件
14.
HENSTOCK INTEGRAL AND ITS CLASS OF INTEGRABLE FUNCTION;
HENSTOCK积分及其可积函数类
15.
This course consists of several major parts, such as Functions, Limits and Continuity, The Derivative, Integration and Ordinary Differential Equation.
课程内容包括函数、限与连续、元函数微分学、元函数积分学和常微分方程等几大板块。
16.
"In mathematics, a function that results when a given function is multiplied by a so-called kernel function, and the product is integrated Between suitable limits. "
数学用语,已知函数乘以所谓核函数时所产生的函数,而这个产物在适当的极限之间积分化
17.
A Condition of Term by Term Integration Sequence of Integrable Functions on Infinite Interval;
无穷区间上可积函数列逐项积分的条件
18.
This course consists of several major parts, such as Functions, Limits and Continuity, The Derivative and Integration.
课程内容包括函数、限与连续、元函数微分学、元函数积分学等几大板块。