Differential calculus

美 [ˌdɪfəˈrenʃl ˈkælkjələs]英 [ˌdɪfəˈrenʃl ˈkælkjələs]
  • 网络微分学
Differential calculusDifferential calculus

noun

U微分学
a type of mathematics that deals with quantities that change in time. It is used to calculate a quantity at a particular moment.

compare integral calculus
  1. In this paper , a primary proof about a stability criterion of a constant discrete linear system is given by means of differential calculus .

    本文用微分学方法给出了关于定常离散线性系统稳定性判据的一种初等证明。

  2. The curriculum reform of higher mathematics plays an important role in curriculum reforms in vocational colleges , in which the reform of the teaching of differential calculus is a key part .

    高等数学课程的改革在高职院校各专业课程改革中处于重要地位,而微分学改革是高职院校高等数学改革的关键一环。

  3. After studying differential calculus you will be able to solve these mathematical problems .

    学了微积分之后,你们就能够解这些数学题了。

  4. A method of dealing with differential calculus of one variable

    一元函数微分的一种处理方法

  5. Integral upper limit function is a basic concept in function differential calculus .

    积分上限函数是一元函数微分学的基本概念。

  6. The Application of Basic Theorems on Differential Calculus in Limit Finding

    微分学基本定理在极限计算中的应用

  7. Application of the Full Cover Theorem to the Differential Calculus

    完全覆盖定理在微分学中的应用

  8. Retrial of Utilizing Differential Calculus to Improve the Method of Exponential Analysis

    运用微积分改进指数分析法的再尝试

  9. A Usage of an Important Limit Formula of Differential Calculus

    一元微分学重要极限公式的一个使用方法

  10. Application of the Continuous Induction in the Differential Calculus

    连续归纳法在微分学中的应用

  11. A New Method of Evaluation of K_D According to the Principle of Differential Calculus

    用微分原理求KD的新方法

  12. In theory the paper discusses a usage of an important limit formula of differential calculus .

    本文从理论上讨论微分学第二重要极限公式的一个使用方法。

  13. Discuss of h Parameter from the Physical Meaning of Differential Calculus and Loop Equation

    由微分学和回路方程的物理意义讨论h参数

  14. Based on differential calculus of parameters ' the method of the establishing traffic kinematics model is proposed .

    提出了基于参数变换的运动学建模方法和步骤。

  15. The Limit and the Differential Calculus of the Sets

    集的极限与微分

  16. A Relational Chart for the Concepts of Differential Calculus of Functions of Several Variables

    多元函数微分学诸概念关系图

  17. You have a basic understanding of differential calculus and at least one year of algebraic topology ?

    你们都对微积分有基本认识并至少学过一年代数拓扑吧

  18. On the Differential Calculus of Liapunov Functions in the Qualitative Theory of Singular Points

    奇点定性理论中的V函数微分法

  19. The structure method of auxiliary function is very important in solving questions about middle value theorem in differential calculus .

    构造辅助函数法是解决有关微分中值问题的一种重要数学方法。

  20. The differential calculus of the pluralistic function is both the key and difficult point in higher mathematics .

    多元函数微分学是高等数学教学的重点和难点之一。

  21. The Impedance Control Method for Robots The Differential Calculus Methodology in the Proofs of Inequalities

    机器人的阻抗控制不等式证明的微分法

  22. Differential calculus , you say ?

    什么,你说是微积分?象棋?

  23. Construct Function by Mid-value Theorem of Differential Calculus

    由微分中值定理构造函数

  24. Moreover , the method of nasal lavage is practicable for population study . Algebraic Methods for Differential Calculus

    鼻灌洗方法简单易行。微分学中的代数方法

  25. Algebraic Methods for Differential Calculus

    微分学中的代数方法

  26. No amount of " nudging " towards faster differential calculus will help prevent dropped catches .

    无论朝着更快速的微分计算进行多少“轻推”,也没法帮助减少接不到球的次数。

  27. There are several methods to discuss the existence of real number 's radical of equations by using some theories in differential calculus .

    本文利用微积分中的罗尔定理、零值定理和函数的单调性、函数的极值(最值)给出了讨论方程实数根的存在性或唯一性的几种方法。

  28. Construction of the Regional Elements of Differential Calculus and Re-integration into a Single-integral Directly

    构建区域元素一元微分重积分直接化为单积分积分方程的数值解法

  29. A group of interesting identity is obtained by using the property of Hermit multinomial and the differential calculus method .

    运用埃尔米特多项式的性质和微积分方法,得到一组有趣的恒等式。

  30. This paper introduces the algebraic method for discussing the problems in differential calculus , and puts forwards many interesting propositions .

    文章用代数的方法讨论了微分学中的某些问题(如曲线、曲面的切空间、极值、凸函数理论等),得到了许多有趣的命题;