完整版部分基础课中英文描述文档格式.docx

1、该课程主要包括函数、极限、连续、导数、微分、中值定理、导数的应用、微分学在经济学中的应用、不定积分、定积分及在经济学中的应用、无穷级数、多元函数微积分（偏导、全微分、复合函数与隐函数的微分法、极值应用、二重积分、多元函数极值）、微分方程（一、二阶微分方程及高阶线性微积分方程等），差分方程简介，及在几何、经济等方面的应用。通过本课程的学习，使学生获得必要的微积分知识，学习从数量的角度观察问题，分析问题，培养抽象思维和逻辑推理能力。Course Name：Advanced Mathematics Course Description：This subject introduces mainly f

2、unction, limit, sequence, derivative, differential, theorem of mean, application of derivate, application of differential in the economics, indefinite integration, definite integration and its application in Economics, infinite series, multi-variables function calculus（partial derivative, total diff

3、erential, composite function and differential method of implicit function, application of extreme, double integral, extreme value of multi-variable function）, differential equation（first and second order differential equation and higher order linear equation）, brief introduction to difference equati

4、on and its application in geometry and economy. By learning this subject, students could understand essential knowledge of Calculus, observe and analyze questions from quantity. 大学物理课程简介：本课程主要包括热学与力学两个部分，热学研究的是自然界中物质与冷热有关的性质及这些性质变化的规律。力学主要是以牛顿定律为基础展开的。阐述了守恒定律，对其中势能的概念作了清晰的解说。其所学具体内内容涉及：运动学、动力学、刚体的定轴

5、转动、狭义相对论、气体运动论、热力学基础、静电场、静场中的导体和电介质、稳恒磁场与电磁相互作用、磁介质、电磁感应、麦克斯韦方程组、机械振动、机械波。College Physics The course includes two parts, thermal and mechanical, thermal studies the nature of the material and the hot and cold about the nature and the changing nature of these laws. Mechanics based on Newtons laws are

6、 mainly carried out. Expound the law of conservation, the concept of potential energy which made a clear explanation. The specific content involves: kinematics, dynamics, the fixed axis rotation of rigid body, the special theory of relativity, thermodynamics, kinetic theory of gases, electrostatic f

7、ield, electrostatic field in conductor and dielectric, magnetic field and the electromagnetic interaction, magnetic media, electromagnetic induction, Maxwell equations, mechanical vibration, mechanical wave.物理实验 所学课程涉及实验的基本程序，测量与不确定度的基本概念，不确定度的评估，有效数字与数据处理。开设 20 多个实验，内容涉及力学、热学、声学、电磁学、光学、虚拟仪器、设计与 综合等

8、各个方面。本课程结合现有的条件,用高科技的手段来设计、研制出适合学生的设计性、研究性物理实验的内容及装置。在教学实践的基础上总结、整理教材,从而拓展学生的思路和研究方向。Physics Experiment This course involves the basic experimental procedures, the basic concepts of measurement uncertainty, uncertainty assessment and digital data processing. The creation of more than 20 experiments,

9、 cover all aspects of the mechanical, thermal, acoustic, electromagnetic, optical, virtual instrument design and integration. This course combined with the existing conditions, using high-tech means to design and develop the content and device physics experiments which are suitable for students. Sum

10、mary and finish materials based on the teaching practice, which expand the students ideas and research directions.线性代数 线性代数是一门重要的基础理论课程，通过本课程的学习，使学生获得应用科学中常用的矩阵方法、线性方程组、二次型理论及有关的基础知识，并且有熟练的矩阵运算能力和矩阵方法解决一些实际问题的能力，从而为提高学生的数学素质。Linear Algebra Linear algebra is an important foundation for the theory cou

11、rses, through this course of study, students can commonly used in applied science-matrix method, linear equations, quadratic form theory and the basic knowledge and skilled operation of matrix capacity and matrix methods to solve some practical problems, such as powers, roots, ratios, and proportion

12、s, so as to improve the quality of students in mathematics.概率论与数理统计 该课程的主要内容包括，随机事件与概率、随机变量及其分布、多维随机变量及其分布、随机变量的数字特征、极限理论初步、数理统计基本概念、参数估计；通过本课程的学习，使学生在运用概率统计的思想和方法解决实际问题的能力方面得到系统的培养和训练，通过各个教学环节，逐步培养学生掌握概率论与数理统计的基本知识、基本理论和基本运算技能；培养学生的概括问题的能力、逻辑推理能力，提高学生建立数学模型的抽象思维能力.Probability and Mathematics Statis

13、tics The main content of the course, random events and probability, random variables and their distribution, multi-dimensional random variables and their distribution, the numerical characteristics of random variables, the initial limit theory, basic concepts of mathematical statistics, parameter es

14、timation; Through this course, make students to get the systemic development and training in the use of probabilistic ideas and methods to solve practical problems of capacity, through the various aspects of teaching, and gradually students master the theory of probability and mathematical statistic

15、s, basic knowledge, basic theory and basic computing skills; cultivate students the ability to general problem, logical reasoning ability, improve their mathematical model of abstract thinking ability.测量学 测量学课程是土木、地理、城规、资环、地信等专业的一门主干专业课程。其主要任务是：使学生了解工程制图、识图及常见土建工程建设的基本知识，初步掌握工程制图的基本原理和方法，具有初步的识图能力；了解工业民用建筑、道路、桥涵、水利设施等常见工程的建设程序及有关的基本知识; 对于工程测量的外业，内业都有一定程度的认识，熟悉一些传统仪器和高端仪器的操作，不仅可以从外界获取数据，也可以从事内业分析和处理。Surveying Surveying course is a main course of civil engineering, geography, urban planning, res