1.
Differention and integral of function--Application of the generalized real numbers
函数的微分与积分——广义实数应用
2.
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。
3.
the calculus of maxima and minima of definite integrals.
正定积分的极大与极小的微积分学。
4.
Differential Quadrature Method and Differential Quadrature Element Method--Theory and Application;
微分求积法和微分求积单元法——原理与应用
5.
Synthetically Apply "Gather Together Differential"and"Divide Part Integral" Method to Solve a Problem;
综合应用“凑微分”与“分部积分”法解题
6.
The Teaching of Calculus and the Improving of the Studying Spirit of Students;
《微积分学》教学与调动学生学习积极性
7.
a branch of mathematics involving calculus and the theory of limits; sequences and series and integration and differentiation.
包括微积分和极限定理的数学分支:序列级数微分,与积分。
8.
The operation that is the inverse of differentiation is called integration.
与微分相反的运算叫做积分。
9.
The Meaning of Progression Theory and Functional Analysis in the Calculus;
微积分中级数理论的意义与功能分析
10.
Development of Differential and Integral Calculus with Historical Evalua tion;
微分学与积分学的发展及其历史评价
11.
fluxional calculus
【数】流数术(微积分)
12.
The combined mathematics of differential calculus and integral calculus.
微积分微分学和积分学的结合
13.
the part of calculus that deals with integration and its application in the solution of differential equations and in determining areas or volumes etc..
微积分学中有关积分与它在微分方程和测定面积,体积等的应用的部分。
14.
" In mathematics, two theorems, one associated with differential calculus and one with integral calculus. "
数学中的两个定理。分别与微分学和积分学相关。
15.
Study on Development and Experiment of Multimedia Courseware in Calculus Teaching;
微积分多媒体课件的开发与试验研究
16.
Basic themes in the writing of "Calculus and mathematical models";
《微积分与数学模型》教材编写基本思想
17.
integral-derivative action controller
积分－微分作用控制器
18.
integral-derivative action control
积分－微分作用控制