微分学

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。

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

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。

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 .

我正专攻微分学和积分学

I 'm specializing in differential and integral calculus .

由微分学和回路方程的物理意义讨论h参数

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

Roll定理是微分学中的一个重要定理，它是微分学中许多定理与公式的基础。

Being the basis of many theorems and formulas in differential calculus , the theorem of Rolle is a very important theorem .

Lagrange中值定理和介值定理是微分学中的重要定理，通过一个结论与多次应用Lagrange中值定理和介值定理证明该结论的方法具有实际应用价值。

Lagrange Middle Value Theorem and Intermediate Value Theorem are important theorems in calculus . This article will give an conclusion and Lagrange Middle Value Theorem was used for times for proof .

微分学基本定理在极限计算中的应用

The Application of Basic Theorems on Differential Calculus in Limit Finding

多边形面积最值的微分学证明

The Calculus - based Proof of the Maximum Area of a Polygon

完全覆盖定理在微分学中的应用

Application of the Full Cover Theorem to the Differential Calculus

一元微分学重要极限公式的一个使用方法

A Usage of an Important Limit Formula of Differential Calculus

积分上限函数是一元函数微分学的基本概念。

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

连续归纳法在微分学中的应用

Application of the Continuous Induction in the Differential Calculus

科技成果转化知识管理绩效的模糊积分评价微分学与积分学的发展及其历史评价

Knowledge Management Performance Appraisal of Science and Technology Achievement Transformation Based on Fuzzy Integral

多元函数微分学诸概念关系图

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

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。

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

微分学中的代数方法

Algebraic Methods for Differential Calculus

企业家与微分学企业家成长与创业环境呈正相关性。

There is a positive correlation between the growth of enterpriser and the environment of establishing business .

鼻灌洗方法简单易行。微分学中的代数方法

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

多元函数微分学是高等数学教学的重点和难点之一。

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

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；

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

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。

This course consists of several major parts , such as Functions , Limits and Continuity , The Derivative and Integration .

从几何直观出发，运用启发式教学法，立足于整体角度，对微分学的基础内容&微分中值定理及其相关内容的教学进行了改革探索。

Some teaching methods about differential mean-value theorems in the base of geometrical meaning and global point of view are studied in this paper .

导数的概念是微分学一个重要的概念之一，它在数学及其它学科有着广泛的应用。

The concept of derivative which has widely been applied in mathematics and the other related disciplines , is a very important concept among differential calculus .

最后还通过几个实例，给出了一个化有字母限的积分问题为微分学问题的有效方法。

In the end , with some examples , a useful method for solving the integral ( involving the letter limit ) problem has been illustrated .

本文用有限覆盖定理及完全覆盖定理给出微分学若干重要定理的新证明。

In this paper , We give a new proof of some important theorems of the differential calculus by means of the finite covering theorem and the full covering theorem .

一般地，用微分学的方法可以证明许多超越不等式，这些超越不等式在数学中有许多重要的应用。应用它们来证明一些初等不等式，更显示出导数之重要性。

Generally , many super inequalities playing an important role in mathematics can be proved through the differential method , the application of which on proving elementary inequality and shows the importance of the derivative .

因此，本文从微观角度，利用微分学原理对土壤压实以后土壤呼吸的变化做了更进一步的阐述，建立了数学理论模型。

This thesis , from the microcosmic perspective , makes further and detailed expatiation of the change of soil respiration after the soil compaction on the basis of differential calculus , and established the mathematical model .

另以这些模型为基础，借助微分学原理，采用经典理论力学方法推导不同程度齿槽骨吸收时上颌中切牙、上颌侧切牙、及上颌切牙段的抗力中心位置。

Then on the basis of these 3-D models the center of resistance of the central incisor the lateral incisor and the maxillary incisors with various alveolar bone heights were determined with differential and integral calculus .

扫描隧道显微术中的微分谱学及其应用

Differential spectroscopy and its application of scanning tunneling microscopy

微全分析系统中的微分离学及其在生命科学中的应用

Micro Separation Techniques of μ - TAS and Its Application in Life Sciences