数学基础

词组短语

foundations of mathematics

与数学基础相关的网络例句 [注：此内容来源于网络，仅供参考]

On putting forward a research method of the history of mathematical economics by synthesizing the intrinsic and extrinsic historical factors, the author examines some problems in the early development of mathematical economics in the light of arithmetization of analysis.

提出研究数理经济学史内、外史结合的一种方法，并用该方法以 1 9世纪分析算术化为背景，考察了数理经济学早期发展的若干问题，指出数学基础问题是 1 870年前在经济学中应用数学方法的主要障碍，以分析算术化为代表的数学基础重建则是此后数理经济学迅猛兴起的重要条件。

By putting forward a research method on the history of mathematical economics through the synthesis of the intrinsic and extrinsic historical factors , the author examines some issues in the early devel-opment of mathematical economics in the light of arithmetization of analysis.

提出研究数理经济学史的内、外史相结合的方法，并以十九世纪分析算术化为背景，用该方法探讨了数理经济学早期发展的若干问题，指出数学基础尚未完善的问题是1870年前在经济研究中应用数学方法的主要障碍，而以分析算术化为代表的数学基础重建则是此后数理经济学迅猛兴起的重要原因。

Constructionalism Study Theory offers theoretical fundaments for the math education revolution, because that the modern math building itself is built on the basis of modern math fundaments of which the convergence axiomatic system is the representative.

建构主义学习理论为数学教育改革提供了理论基础，因为现代数学的大厦，本身就是在以集合论公理体系为代表的现代数学基础上建构起来的。

Departing from basic concepts of cardinal numbers and their numbering orders, the paper differentiated and analyzed some concepts easy to be confused related to binary system, pointing out that the introduced concepts of ordinals played an important role in the development of modern mathematics.

本文从数及其记数法的基本概念出发，辨析了与二进位制相关的几个容易混淆的概念，指出序数概念的引入在近代数学中有重要意义，作为邵雍数学学派的数学基础，先天易是数学史上第一个专门定义的序数体系，该序数体系在数学史上率先采用了二进位制记数法

Departing from basic concepts of cardinal numbers and their numbering orders, the paper differentiated and analyzed some concepts easy to be confused related to binary system, pointing out that the introduced concepts of ordinals played an important role in the development of modern mathematics. As the foundation of SHAO Yong's mathematics, the primordial Yi , in the history of mathematics, exhibits the first specially defined ordinal system, in which the binary numbering method was used at the first time.

本文从自然数及其记数法的基本概念出发，辨析了与二进位制相关的几个容易混淆的概念，指出序数概念的引入在近代数学发展中有重要意义，作为邵雍数学学派的数学基础，先天易是数学史上第一个专门定义的序数体系，该序数体系在数学史上率先采用了二进位制记数法。

Departing from basic concepts of cardinal numbers and their numbering orders, the paper differentiated and analyzed some concepts easy to be confused related to binary system, pointing out that the introduced concepts of ordinals played an important role in the development of modern mathematics. As the foundation of SHAO Yongs mathematics, the primordial Yi, in the history of mathematics, exhibits the first specially defined ordinal system, in which the binary numbering method was used at the first time.

本文从自然数及其记数法的基本概念出发，辨析了与二进位制相关的几个容易混淆的概念，指出序数概念的引入在近代数学发展中有重要意义，作为邵雍数学学派的数学基础，先天易是数学史上第一个专门定义的序数体系，该序数体系在数学史上率先采用了二进位制记数法。

O9Z6J?Kd Abstract: Departing from basic concepts of cardinal numbers and their numbering orders, the paper differentiated and analyzed some concepts easy to be confused related to binary system, pointing out that the introduced concepts of ordinals played an important role in the development of modern mathematics.

本文从自然数及其记数法的基本概念出发，辨析了与二进位制相关的几个容易混淆的概念，指出序数概念的引入在近代数学发展中有重要意义，作为邵雍数学学派的数学基础，先天易是数学史上第一个专门定义的序数体系，该序数体系在数学史上率先采用了二进位制记数法。

The higher mathematics curriculum is a college engineering course undergraduate course each specialized student's compulsory important basic theory class, through this curriculum study, causes the student to obtain: Circular function calculus study, the space analytic geometry and the vector algebra, the function of many variables calculus study, the infinite series, aspect and so on ordinary differential equation basic concepts, the elementary theory and the fundamental operation skill, and further obtain mathematics knowledge for the study successor curriculum to lay the essential mathematics foundation,During instruction knowledge, must train the student through each teaching link to have the abstract thinking ability, logic reasoning ability, spatial imagination ability gradually and studies independently ability, but also must pay attention specially trains the student to have the quite skilled operational capability and the synthesis utilization studies the knowledge to analyze the question and to solve the question ability.

高等数学课程是高等学校工科本科各专业学生的一门必修的重要基础理论课，通过本课程的学习，使学生获得：一元函数微积分学，空间解析几何与向量代数，多元函数微积分学，无穷级数，常微分方程等方面的基本概念、基本理论和基本运算技能，为学习后继课程和进一步获得数学知识奠定必要的数学基础，在传授知识的同时，要通过各个教学环节逐步培养学生具有抽象思维能力、逻辑推理能力、空间想象能力和自学能力，还要特别注意培养学生具有比较熟练的运算能力和综合运用所学知识去分析问题和解决问题的能力。主要是其中的一些专有名词查不到，比如一元函数等

So I expect to find a way through my survey and research to cultivate the students' ability of mathematization from solving the real problems ,to cultivate their ability of organizing their Math knowledge and complete their constructs of Math knowledge ,and establish a Math basis of the students' life development . This paper consists of three parts : Part One : The concept of Mathematization .

对此，我期望通过调查和研究的方式探索出一条小学生利用解决实际问题培养"数学化"能力的途径，培养学生对掌握的相关数学知识进行数学化组织，建构完善的数学认知结构，为学生的终身可持续发展奠定良好的数学基础。

For studying of several problems in mathematical physics, the mathematical foundation of quantizing theory is an important subject, and nonlinear Schrodinger equation is a fundamental model in quantum mathematics mechanics.

在现代数学物理的若干问题研究中，量子化理论的数学基础是一个重要课题，非线性Schrdinger方程是量子力学中的基础数学模型。

与数学基础相关的网络解释 [注：此内容来源于网络，仅供参考]

Advanced Mathematics：高等数学

高等数学(advanced mathematics)是高等学校的一门基础理论课,许多数学分支都是在它的基础上发展起来的,许多专业课也都是以它为基础的. 学好这门课程,对以后学习其他数学分支及专业课程都会起到重要作用. 高等数学与初等数学有很大的差别,

mathematical cartography：数学制图学

mathematical base of map 地图的数学基础 | mathematical cartography 数学制图学 | mathematical climate 数理气候

foundations of geometry：几何学的基础

数学基础 foundation of mathematics | 几何学的基础 foundations of geometry | 四色问题 four color problem

foundations of mathematics：数学基础

Found-Object Sculpture 俯拾之物雕刻206 | Foundations of Mathematics 数学基础850 | Four Cardinal Principles 四项基本原则860

Remarks on the Foundations of Mathematics：数学基础评论

Religious Ethnology 宗教民族学1235 | Remarks on the Foundations of Mathematics 数学基础评论851 | Renaissancism 复兴主义208

Foundations of Computational Mathematics：计算数学基础

Finite Fields and Their Applications 有限域及其应用 | Foundations of Computational Mathematics 计算数学基础 | Fuzzy Sets and Systems 模糊集与模糊系统

Mathematical Logic：数学逻辑

为了弄清数学的基础,数学逻辑(mathematical logic)和集合理论被开发出来,此外还有正在发展中的范畴理论(category theory). 在数学基础方面一直存在着危机,这可以从一些争论中看出来,包括康托理论争议(controversy over Cantor's theory)和布饶儿-希尔伯特争议(Brouwer-Hilbert controversy)等.

Mathematical Logic and Foundations：数理逻辑与数学基础

Mathematical Analysis 数学分析 110.34 | Mathematical Logic and Foundations 数理逻辑与数学基础 110.14 | Mathematical Statistics 数理统计学 110.67

Brims：英格兰布里斯托尔(HP)数学科学基础研究学会

Banach Center - 波兰华沙巴拿赫国际数学中心. | BRIMS - 英格兰布里斯托尔(HP)数学科学基础研究学会. | Centre for Experimental and Constructive Mathematics - 加拿大实验和建设数学研究中心

Mathematical Preliminaries：(数学基础)

1 1 Introduction(概述) | Mathematical Preliminaries (数学基础) | Stress and Equilibrium(应力与平衡)