1.
The calculation of Euler Poisson calculus and Fresnel calculus;
关于Euler-Poisson积分和Fresnel积分的计算
2.
The Quantum Induction of Fresnel Formlla;
Fresnel公式的量子力学推导
3.
The clinical application of the Fresnei press-on prism to children ocular torticollis
应用Fresnel压贴三棱镜治疗儿童眼性斜颈
4.
Popularization of Subsection Integral Method--Derivation and Integral,Subsection Integral Method;
分部积分法的推广——导积分部积分法
5.
integrator circuit
积分器电路，积分电路
6.
Comparison Between Riemann Integral and Lebesgue Integral;
Riemann积分与Lebesgue积分之比较
7.
Absolutely Henstock Integral and Mcshane Integral;
绝对Henstock积分与Mcshane积分
8.
Numerical integration of ordinary integrals and line integrals.
一般的积分以及线积分的数值积分。
9.
Investigation of Optimization Methods and Fabrication of Tilted Multi-focus Fresnel Binary Optical Elements;
倾斜多焦点Fresnel二元光学元件的优化方法和制作研究
10.
The seeond integral is easier to approximate than the first one.
第二个积分比第一个积
11.
HENSTOCK INTEGRAL AND ITS CLASS OF INTEGRABLE FUNCTION;
HENSTOCK积分及其可积函数类
12.
convolution of probability distribution
概率分布的卷积;概率分布的褶积;概率分布卷积
13.
The process of solving either a definite or an indefinite integral is called integration.
求定积分或不定积分的过程称为积分法
14.
A Discussion of the Application of Intearal Transform;
积分变换法解微积分方程、方程组及求实积分
15.
fluxional calculus
【数】流数术(微积分)
16.
integral approximation
积分逼近[近似]法
17.
The integration by parts is one of the most important integral method.
分部积分法是一种很重要的积分方法.
18.
The combined mathematics of differential calculus and integral calculus.
微积分微分学和积分学的结合