流体力学课程中英文简介(共76页).doc

精选优质文档-倾情为你奉上大学物理课程中英文简介College Physics课程代码：BCourse Code：B课程名称：大学物理Course Name：College Physics学 时：48Periods：48学 分：3Credits：3考核方式：考查Assessment：Inspection先修课程：高等数学Preparatory Courses：Advanced Mathematics物理学是研究物质的基本结构、基本运动形式、相互作用的自然科学。它的基本理论和研究方法渗透在自然科学的各个领域，是其他自然科学的基础。以物理学基础为内容的大学物理课，是应用数学专业学生一门重要的通识性必修基础课。本课程所教授的基本概念、基本理论和基本方法是学生科学素养的重要组成部分，在人才的科学素质培养中具有重要的地位，具有其他课程不能替代的重要作用。通过本课程的教学，使学生能够掌握力学、热学、电磁学、波动与光学、近代物理学等基本理论知识，为学生毕业后所从事专业技术、管理及科学研究工作打下一定的基础。Physics is a discipline of natural science which studies the basic structure, the basic movement form and the interaction of matters. Its elementary theories and research methods are the foundation of other natural sciences, which are widely used in all the domains of natural science.College Physics, which takes the foundation of basic physics as its main contents, is one of the compulsory basic courses for the students of mathematics and applied mathematics. The basic concepts, theories and essential methods of the course are an important part of students scientific accomplishment and play an important role in improving talented people's scientific quality, which cannot be substituted by other courses.This course enables students to grasp the elementary knowledge of mechanics, thermodynamics, electromagnetism, wave and optics and modern physics. It provides a basis for the work they will do after graduation in the fields of technology, management and scientific research.普通物理学及实验I课程中英文简介General Physics and Experiments I课程代码：A/ACourse Code：A/A课程名称：普通物理学及实验ICourse Name：General Physics and Experiment I学 时：64/48Periods：64/48学 分：4/3Credits：4/3考核方式：考试Assessment：Examination先修课程：高等数学Preparatory Courses：Advanced Mathematics物理学是研究物质的基本结构、基本运动形式、相互作用的自然科学。它的基本理论渗透在自然科学的各个领域，应用于生产技术的许多部门，是其他自然科学和工程技术的基础。以物理学基础为内容的普通物理学及实验课程，是安全与环境工程学院各专业学生一门重要的通识性必修基础课。本课程所教授的基本概念、基本理论和基本方法是构成学生科学素养的重要组成部分，在人才的科学素质培养中具有重要的地位，具有其他课程不能替代的重要作用。通过本课程的教学，使学生能够掌握力学、狭义相对论、振动和波动、热学等基本理论知识，训练学生掌握基本的物理实验技能。为学生的后续课程及毕业后所从事专业技术、管理及科学研究工作打下一定的基础。Physics is a discipline of natural science which studies the basic structure, the basic movement form and the interaction of matters. Its elementary theories are the foundation of other natural sciences and technology, which are widely used in all the domains of natural science, and are applied in many departments of production and technology.General Physics and Experiments I, which takes the foundation of basic physics as its main contents, is one of the compulsory basic courses of the students of safety and environment engineering college. The basic concepts, theories and essential methods of the course are an important part of students scientific accomplishment and play an important role in improving talented people's scientific quality, which cannot be substituted by other courses.This course enables students to grasp the elementary knowledge of mechanics, theory of relativity, thermodynamics, mechanical vibration and wave and so on, and to master basic physical experiment skills. It provides a basis for the courses students will take afterward, and for the work they will do after graduation in the fields of technology, management and scientific research.普通物理学及实验II课程中英文简介General Physics and Experiments II课程代码：ACourse Code：A课程名称：普通物理学及实验IICourse Name：General Physics and Experiments II学 时：48Periods：48学 分：3Credits：3考核方式：考试Assessment：Examination先修课程：高等数学Preparatory Courses：Advanced Mathematics物理学是研究物质的基本结构、基本运动形式、相互作用的自然科学。它的基本理论渗透在自然科学的各个领域，应用于生产技术的许多部门，是其他自然科学和工程技术的基础。以物理学基础为内容的普通物理学及实验课程，是安全与环境工程学院各专业学生一门重要的通识性必修基础课。本课程所教授的基本概念、基本理论和基本方法是构成学生科学素养的重要组成部分，在人才的科学素质培养中具有重要的地位，具有其他课程不能替代的重要作用。通过本课程的教学，使学生能够掌握电磁学、波动光学及近代物理等基本理论知识，训练学生掌握基本的物理实验技能。为学生的后续课程及毕业后所从事专业技术、管理及科学研究工作打下一定的基础。Physics is a discipline of natural science which studies the basic structure, the basic movement form and the interaction of matters. Its elementary theories are the foundation of other natural sciences and technology, which are widely used in all the domains of natural science, and are applied in many departments of production and technology.General Physics and Experiments , which takes the foundation of basic physics as its main contents, is one of the compulsory basic courses of the students of safety and environment engineering college. The basic concepts, theories and essential methods of the course are an important part of students scientific accomplishment and play an important role in improving talented people's scientific quality, which cannot be substituted by other courses.This course enables students to grasp the elementary knowledge of electromagnetism, optics and modern physics and so on, and master basic physical experiment skills. It provides a basis for the courses students will take afterward, and for the work they will do after graduation in the fields of technology, management and scientific research.普通化学及实验课程中英文简介General Chemistry and Experiment课程代码：ACourse Code：A课程名称：普通化学及实验Course Name：General Chemistry and Experiment学 时：80Periods：80学 分：5Credits：5考核方式：考试Assessment：Examination先修课程：Preparatory Courses：普通化学及实验系统介绍了化学热力学、化学动力学、原子结构以及元素周期表、酸碱理论和电化学知识，使学生在中学化学的基础上对化学理论有了进一步的认识。通过本课程的学习使学生从理论上系统的了解化学反应的基本规律；从宏观上掌握影响化学反应能否发生的内因和外因，以及化学反应快慢的影响因素；掌握四大化学平衡理论以及影响化学平衡的各种因素。通过对本课程的学习，为学生继续学习安全工程及工业工程的其它学科打下了必要的基础。General Chemistry and Experiment includes chemical thermodynamics, chemical kinetics, atomic structure and periodic table of elements, acid-base theory and electro chemistry. Students knowledge on basic chemistry theory and chemistry principles will be broad. On the completion of this course, students will know systemically the basic principles of chemical reactions and the internal and external effect factors on chemical reactions, and understand the effect factors on chemical reaction rate. Students will also grasp the theories on chemistry equilibrium and the effect factors on the shifting of chemical equilibrium. This course also prepares students for their further study of other courses related to safety engineering and industry engineering.有机化学及实验课程中英文简介Organic Chemistry and Experiment课程代码：ACourse Code：A课程名称：有机化学及实验Course Name：Organic Chemistry and Experiment学 时：48Periods：48学 分：3Credits：3考核方式：考试Assessment：Examination先修课程：无机化学及实验Preparatory Courses：Inorganic Chemistry and Experiment有机化学及实验系统的讲解包括烷烃、烯烃和炔烃、芳香烃、卤代烃、醇酚醚、醛和酮以及羧酸及其衍生物等有机化合物的结构、命名、及化学性质，并介绍了有机化合物的结构鉴定及光谱学知识。通过对本课程的学习，使学生全面了解各类有机化合物的命名和结构特点，以及相关的化学反应类型，掌握亲电加成反应、亲核加成反应、亲核取代以及消除反应反应机理，并通过这些反应机理来预测和解释具体的有机化学反应。通过本课程的学习为学生继续学习环境工程的其它知识打下了基础。Organic Chemistry and Experiment includes the structure, nomenclature and chemical properties of alkanes, alkenes and alkynes, arenes, alkyl halides, alcohol and phenol and ethers, aldehydes and ketones, carboxylic acids and their derivatives. And the knowledge of structure identification and spectra are also introduced systematically. On the completion of this course, students will be able to: 1) understand the nomenclature of organic chemicals, their structure characteristics and their reactions; 2) grasp systematically the mechanism of electrophilic additions, nucleophilic additions, nucleophilic substitutions and eliminations; 3) apply the organic reaction mechanisms to explain different kinds of organic reactions. This course also prepares students for further study related to environment engineering.无机及分析化学课程中英文简介Inorganic and Analysis Chemistry课程代码：ACourse Code：A课程名称：无机及分析化学Course Name：Inorganic and analysis Chemistry学 时：80Periods：80学 分：5Credits：5考核方式：考试Assessment：Examination先修课程：Preparatory Courses：无机及分析化学系统介绍了化学热力学、化学动力学、原子结构以及元素周期表、电化学知识和各种元素化学的知识，使学生在中学化学的基础上对化学理论有了进一步的认识，并对无机化学反应类型及原理加深了认识。通过本课程的学习，使学生从理论上系统的了解化学反应的基本规律；从宏观上掌握影响化学反应能否发生的内因和外因，以及化学反应快慢的影响因素；掌握了四大化学平衡理论以及影响化学平衡的各种因素，并将理论知识与元素化学知识结合起来。通过对本课程的学习，为学生继续学习环境工程的其它学科打下了必要的基础。Inorganic and analysis includes chemical thermodynamics, chemical kinetics, atomic structure and periodic table of elements, electro chemistry and elemental chemistry. Students knowledge about inorganic chemical reaction types, chemistry theory and chemical principles will be broad. On the completion of this course, students will know systemically the basic principles of chemical reactions and the internal and external effect factors on chemical reactions, and understand the effect factors on chemical reaction rate. Students should also grasp the theories on chemistry equilibrium and the effect factors on the shifting of chemical equilibrium. This course also prepares students for their further study of other courses related to environment engineering.安全人机工程学课程中英文简介Safety Ergonomic课程代码：ACourse Code：A课程名称：安全人机工程学Course Name：Safety Ergonomic学 时：32Periods：32学 分：2Credits：2考核方式：考试Assessment：Examination先修课程：Preparatory Courses：安全人机工程学课程紧密结合生产、生活、生存领域等常见的“人、机、人机结合面”进行讲解。从劳动生理、劳动心理、生物力学等诸方面研究机械化、自动化、电子化多学科生产工艺带来高生产效率的同时对人带来伤亡危害等不利因素的作用、机理和人的阈限，以及预防与消除的方法与措施。从而为确保劳动者能在安全、健康、舒适、愉快的环境中从事生产和科学实验活动提供科学的依据。主要内容包括人的生理特点和心理特点、人体测量学、生物力学、人机系统的安全性设计（显示器、控制器、作业空间与环境设计）。通过该课程的学习，使学生掌握人机匹配、人机循环系统思想，掌握安全设备、作业环境设计中人机适宜的基本方法，并能将这些观点和方法应用于安全工程的规划、设计、审查、评比、安全运行管理、事故分析与处理，并为安全科学研究奠定基础。The course is a specialized basic curriculum of safety engineering. It closely integrates with the common “people, machines, people machine” in field of production, life, survival and other areas. From labor physiology, labor psychology, biomechanics and other aspects it studies the high production efficiency brought about by mechanization, automation, electronic and multi-disciplinary production technology. At the same time it researches the actions, the mechanism and the personal threshold which gives someone unfavorable factors like casualties and hazards, and the methods and measures of prevention and elimination. Thus it ensures that workers provide a scientific basis to engage in production and scientific experiments activities in the safe, healthy, comfortable, delighted environment. The main contents include the physiological and psychological characteristics of people, anthropometry, biomechanics, human-machine system security design (monitor, controller, working space and environmental design). Through the learning of this course students will be able to: 1) master the man-machine matching, man-machine-environment system idea; 2) get hold of the basic method of suitable man-machine system in safe equipment and the design of operating environment; 3) use these ideas and methods to apply in safety engineering about planning, design, review, evaluation, security running management, accident analysis and treatment; 4) lay a foundation in security scientific research.安全系统工程学课程中英文简介System Safety Engineering课程代码：ACourse Code：A课程名称：安全系统工程学Course Name：System Safety Engineering学 时：32Periods：32学 分：2Credits：2考核方式：考试Assessment：Examination先修课程：Preparatory Courses：概率论与数理统计Theory of Probability and Mathematical Statistics安全系统工程学是以系统工程的理论和方法解决安全领域问题的学科，其核心内容是以预测和防止工业事故为目的，以识别、分析评价和控制安全风险为重点，开发、研究出来的安全理论和方法体系。其主要研究内容有系统安全分析、系统安全评价等。系统安全分析方法包括安全检查表、预先危险性分析、事故树、事件树、故障模型、可靠性研究。安全评价包括道化学方法、英国帝国化学MOND方法、我国的安全评价方法等。通过该课程的学习，学生能够识别工业生产中各行业的危险有害因素，并能够对其进行分析和评价，及提出有效的控制措施，从而为今后从事安全技术和管理工作提供思想和方法。System Safety Engineering is a required and basic subject for the undergraduates who pursue in safety engineering. System engineering theories and methods are used to solve the problems in the field of safety discipline. The core contents of the course are safety theories and methods system emphasizing on identifying, analyzing and controlling industry risks for the sake of forecasting and preventing accidents. Primary contents of this course include: system safety analysis and safety assessment methods. System safety analysis methods involve safety Inspectionlist, preliminary hazard analysis, fault tree, events tree, failure mode analysis, reliability research, safety assessment methods consist of DOW chemical, ICI MOND and other safety assessment methods in our country. On the completion of this course, students will be able to identify the assessment hazards and risks in all sorts of industries, and they can bring forward effective measures to control risks. In a word, this course introduces ideas and methods for students who engage in safety technical work and management in the future. 电工及电子技术课程中英文简介Electrical and Electronic Technology课程代码：ACourse Code： A课程名称：电工及电子技术Course Name：Electrical and Electronic Technology学 时：64Periods：64学 分：4Credits：4考核方式：考试Assessment：Examination先修课程：高等数学Preparatory Courses：Higher Mathematics大学物理University Physics本课程是高等学校本科非电类专业的一门技术基础课。课程内容包括电工技术和电子技术两大部分。电工技术有直流电路、交流电路、三相交流电路、异步电动机、继电-接触器控制等，电子技术部分有半导体二极管和整流、滤波及稳压电路、多极电压放大器、差动放大电路等。通过学习，要求学生懂得基本电路元件的性质、电路的基本定律和基本分析方法，理解异步电动机和常用低压电器的基本工作原理、外部特性、使用方法及继电-接触器控制电路，懂得基本电子元件的性能和电子电路基本环节的工作原理及其应用，并且受到必要的实验技能的训练。本课程既为在校期间后续课程所需要的电工知识和技能作相应的准备，也为毕业后在工作岗位上同电气技术人员协作时提供“共同语言”，也为进一步自学和钻研电工及电子技术奠定初步基础。This course is a professional basic course in the non-electrical field for undergraduate students. The course contents include two parts: the electrical technology and the electronic technology. The contents of the part of electrical technology include: DC circuit, AC circuit, three-phase AC circuit, asynchronous motor, relay-contactor control. On the completion of this course, students will be able to: 1) know the properties of basic circuit elements; basic principles and analysis methods of circuits; 2) understand the capabilities of basic circuit elements and the working principles and the applications of the fundamental aspects of circuits; 3) be well trained in experimental skills. The electrical knowledge in this course will help students to learn well the follow-up courses, and will help students to cooperate well with other electricians in the future, and will be the foundations for further research.电工学课程中英文简介Electrical Engineering 课程代码：ACourse Code：A课程名称：电工及电子技术Course Name：Electrical Engineering I学 时：48Periods：48学 分：3Credits：3考核方式：考试Assessment：Examination先修课程：高等数学Preparatory Courses：Higher Mathematics大学物理University Physics电工学是一门研究电磁现象和其自然规律在工程上应用的科学。电工学课程是一门主要供高等学校本科非电类专业学生学习、掌握电工技术的技术基础课程。包括电路理论、电机等几部分内容。通过本课程的学习，要求学生掌握基本电路元件的性质、电路的基本定律和基本分析方法，理解常用的电机和低压电器的基本工作原理、外部特性、使用方法及最新发展，并且受到必要的实验技能的训练。本课程既为在校期间后续课程所需要的电工知识和技能作相应的准备，也为毕业后在工作岗位上同电气技术人员协作时提供“共同语言”，也为进一步自学和钻研电工技术和电子技术奠定初步基础。Electrical Engineering is to research the engineering applications of the natural laws of electromagnetic phenomena. Electrical Engineering I is a professional basic course in the non-electrical field for undergraduate students. The contents of this course include circuit theory, motor, and so on. On the completion of this course, students will be able to: 1) know the properties of basic circuit elements, ba