1) integrabel part
可积部分
3) locally integral
局部可积
4) partial integration
分部积分
1.
By using differentiator series method,the formula of partial integration is obtained.
用微分算子级数法得到分部积分公式，使一类积分计算变得十分简单。
5) integration by parts
分部积分
1.
A generalization of formula of integration by parts and it s application;
分部积分公式的推广及其应用
2.
This paper,by using the formula of sum-subtraction transform,improves the formula of integration by parts to get the integration by parts to further establish under the condition that derivable function u(x),v(x) in the interval and the integral ?bau(x)dv(x) still exist.
本文利用和差变换公式,对分部积分公式进行了推广,得到函数u(x),v(x)在区间[a,b]上可导且b!au(x)dv(x)存在的条件下分部积分公式仍然成立,并结合数学分析教材中所给出的可积函数类,得到相应的两个推论。
6) subsection integral
分部积分
1.
The paper mainly discusses a simply way of the subsection integral and illustrates its application with some examples.
本文主要讨论了分部积分法的一种简便计算方法,并举例说明该方法的使用。
2.
This article intensifies and argues the median of the first median theory on integral calculus, and the second median theory on integral calculus by Abel transform and subsection integral as well.
文章对积分第一中值定理的中值进行加强且论证 ,并对积分第二中值定理分别用Abel变换和分部积分两种方法进行讨
补充资料：积积
1.长久累积。
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