Course Code: 301001040 Course Name: C Programming Practices
Total Hours: 64 Credit: 4
Textbook/Teaching materials: C Program Design, Wang Shu, Sichuan University Press, February.2001；The C Programming Language, Second Edition, Brian W. Kernighan, Dennis M. Ritchie, Mechanical Industry Press, 2001; C Primer Plus, 4th Edition, Stephen Parata, The People's Posts and Telecommunications Press, 2002
Course Description: To study the course, students should have some basic of computer knowledge. The course is about the basic concepts of C language, data types, data operations, program structure, functions, arrays and the operations of pointer and file, etc. Deepen the mastery of basic knowledge through practical programming. Meanwhile, accumulating practical programming experience, and to master programming skills, familiarity with development tool, fully understanding the thinking of structural design. The study of C language is to master the important basic of computer knowledge, to provide the basis for follow-up courses, C++, Data Structure, Principles of Computer Systems, Computer Operating System.
Course Code: 301002030 Course Name: Programming in Windows
Total Hours: 60 Credit: 3
Textbook/Teaching materials: Visual C++ programming tutorial, Xiongxinbin, Tsinghua University Press, Jan.2001
Course Description：The course focuses on the general conception and characteristic of Windows operating system. The course required students grasp the programming mode in Windows operating system, how to design program using Win32 API or MFC.
Course Code: 301004020 Course Name: Semiconductor Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Semiconductor Materials, Yang Shuren, Wang Zongchang, Wang Jing, Science Press, First Edition, Mar. 2004.
Course Description: Semiconductor Materials, one of the important applications for inorganic materials, plays an important role in the people’s life and the national defense building. The course mainly focuses on the preparation, properties, structure and the applications of the element semiconductor materials (Si, Ge) and the compound semiconductor materials (III-V, II-VI, etc). The basic concept and theory of semiconductor physics, as well as the principle, properties and fabrication of semiconductor devices such as diode, junction and field effect transistors are also involved. In addition, the status and the development trend on semiconductor materials such as silicon crystals, III-V compound semiconductor materials and superlattice and quantum well materials are introduced in the course.
Course Code: 301013030 Course Name: Test and Research Methods of Materials
Total Hours: 48 Credit:3
Textbook/Teaching materials: Microstructure Analysis of Inorganic Materials , Zhouzhicao, Wengwenjian etal. Zhejiang University Press, Second edition, Oct.2000
Course Description: The course focuses on the contents and methods of testing technical principle, instrumental basi-constructions, determination phase-composition and texture parameters by using optical microscopes, scanning electron microscope, transmission electron microscope , X-ray diffraction analysis and others instruments. Students can research inorganic nonmetal material microstructure, handle raw material technical compounding, produce process and procedure condition on effects products microstructure. According to materials quality, technical performance, materials properties changes in using process and their inter-relationships, students should be determine new technical process and operating conditions.
Course Code: 301015020 Course Name: Materials Engineering and Equipment
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Teaching material:Foundation of Silicate Industry Equipment,Jintao Sun , Wuhan University of Technology Press.
Course Description: The industry furnace is the mostly equipment of inorganic nonmetallic materials industry. The designing and improving industry furnace relate to the theory of gas flow, fuel combustion and heat transfer. This course requires students to obtain primary ability of industry furnace designing and improving by the study of gas flow rule, heat transfer theory, fuel combustion process, fuel combustion mode and fuel combustion facility.
Course Code: 301096020 Course Name: Material Engineering Design
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Foundation of Silicate Industry Equipment,Jintao Sun , Wuhan University of Technology Press；Furnace Equipment for Ceramics Industry,Chenqun Liu , Wuhan University of Technology Press.
Course Description: The inorganic nonmetallic materials mostly include glasses and ceramics etc. The materials have widely used in the field of mechanism, chemical industry, building, optics, photoelectron, spaceflight, instrument, energy source and communication etc because of their numerous variety and function. The furnace is a key equipment of inorganic nonmetallic materials industry. The course enhances the synthesis ability to apply knowledge of heat transfer theory, refractory, heat insulation material and electric heat material etc by designing a rapidity heating-up electric resistance furnace. Moreover, the course requires students to grasp the fundamental structure of the furnace equipment and the technique of basic design.
Course Code: 301025040 Course Name: Fundamentals of Materials Science
Total Hours :64 Credit: 4
Textbook/Teaching materials: Fundamentals of Materials Science and Engineering，Fifth edition, William D. Callister, Jr. John Wiley & Sons, Inc.2004；Fundamentals of Materials Science, First edition, Xie Xiwen, Guo Meili, Beijing, Press of Chemical Industry, Sep.2005
Course Description：This course provides students with fundamentals in the important properties of the three primary types of materials--metals, ceramics, and polymers, and the relationships that exist between the structure, processing elements of these materials and their properties. Emphasis is placed on mechanical behavior including, techniques that are employed to improve the mechanical characteristics in terms of alteration of structural elements. Furthermore, individual chapters discuss the electrical properties. New and cutting-edge materials are also discussed. The content of text includes atomic structure and interatomic bonding, structures of metals, ceramics and polymers, imperfections in solids, diffusion, mechanical properties, deformation and strengthening mechanisms, phase diagrams, electrical properties.
Course Code: 301037020 Course Name: Technological Principle for Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Inorganic Matalloid Materials Technics
Course Description: This is a core course for the major of Inorganic Nonmetallic Materials, it is a typical course that integrates theory with practice. In order to adapt the current necessisty of professional education, this course is the results from the reformation of some traditional courses, which include Technology of Cement, Technology of Glass, Technology of Ceramic, and refractory materials.It is focused on the technological principle and common character for the production of inorganic nonmetallic materials. The main contens as follows: compositions, properties, and classification of raw materials; preparation and transport technologies and their equipments for raw materials; formation technologies and their equipments for Glass and Ceramic; melting mechanism and technology for Glass; drying mechanism and technology for production; firing mechanism and technology for Ceramic, and environment problems result from production process and their control methods. Moreover, this course discouse the individuality and characteristics of some relative productions
Course Code: 301040030 Course Name: Operating Systems Principles
Total Hours: 48 Credit: 3
Textbook/Teaching materials:Fundamentals to Operating System, 3rd Edition, Tu Qi, Tu Lide, Tsinghua Press, September.2009; Operating System: Design and Implementation, Andrew S. Tanenbaum, Prentice Hall, 1998; Modern Operating Systems (second edition), Andrew S. Tanenbaum, China Machine Press, 2002
Course Description: Operating system is the core of modern computer software system, the foundation and support of computer system. It manages and controls all the computer software and hardware resources. A course of operating system is the necessary knowledge for computer software developers to deeper the understanding and be in depth use of computers, the theoretical basis of system software development. The purpose of this course is to enable students to master the basic principles, basic design methods and implementation techniques of modern computer operating systems, to obtain the basic capacity of analyzing existing operating systems, designing and developing actual operating systems. The main content includes: the role and purpose of the operating system, storage management, file systems, security, protection, etc.
Course Code: 301044030 Course Name: Principle and Application of MCU
Total Hours: 60 Credit: 3
Textbook/Teaching materials:Principle and Interface technology of MCU, Lizhaoqing, Beijing University of Aeronautics and Astronautics Press, Third Edition, Oct.2005;Principle and Interface technology of MCU, Mashuhua,Wangfengwen,Zhangmeijin, Beijing University of Posts and Telecommunications Press, First Edition, Oct.2005.
Course Description：This course focuses on the basic principles of MCU, and with a typical MCU, namely MCS-51, detail of the internal structure of MCU, instruction set, memory configuration, interrupt system, timers, I/O interface and Bus, assembly language programming, C51 program design and so on. This course introduces and analyzes design methods of application system of MCU, the bus structure and electrical performance, analog and digital channels’ interface configuration and program design methods. This course requires students to have a deeper understanding of MCU’s architecture and structure, and basically have the ability of design and debug testing system with MCU, and flexibly use MCU system, peripheral expansion of memory, ADC, DAC, decoder, etc. and have the capabilities of software design and program.
Course Code: 301046020 Course Name: Electronic Materials and Elements
Teaching Hours: 32 Credits: 2
Textbook/Teaching materials: Functional Ceramics and their Applications， Quyuanfang，Chemical Industry Press, March 2003
Course Description: Electronic materials are an important part of the current materials science. There are many kinds of electronic materials with a wide scope of uses in a lot of fields. Electronic materials are the basis of electronic elements production and integrate circuits, and the guarantee for high performance and reliability of advanced electronic elements and systems. The variety, quantity and quality of one country’s electronic materials are the main indicators to weigh its science and technology, national economy and military defense.
Based on the features of the discipline, the Course introduces inorganic electronic materials and their elements, including the conspectus of electronic materials, the performance of electronic ceramics and the principle of preparation process. It focus on the introduction of several common electronic ceramic materials – structure ceramics, piezoelectric and ferroelectric ceramics, high frequency medium ceramics, microwave ceramics, superconductor ceramics, semiconductor ceramics, magnetic ceramics and etc. The assembly process of electronic ceramics is also given in the Course.
Course Code: 301054030 Course Name: Polymer Chemistry & Physics
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Teaching material:《Windows Tutorial of Polymer Science》, Dong Yanming, Science Press, 2008.
Course Description：The course focuses on the general reaction theoretics of polymer science, the basic methods skill of polymerization, including free radical polymerization, free radical copolymerization, stepwise polymerization, ionic polymerization, stereospecific polymerization, polymer chemical reactions, and polymer implementation methods. The course dissertates also the basic theoretics and research methods of polymer physics, including the different structures and molecular motions of polymer, the physical properties (such as mechanics, hydrodynamics, solution and chemical stabilities). Students can further understand and grasp the basic theory and method of the relational knowledge of the polymer science, and can also establish a firm foundation on the design, modification, processing and applications of the polymer. In addition, on teaching, the course emphasizes the application of theory to practice with the new theoretics and methods.
Course Code: 301055020 Course Name: Experiments of Polymer Chemistry & Physics
Total Hours : 24 Credit: 2
Textbook/Teaching materials: Experiments of Polymer Science, Han Zhewen, East China University of Science and Technology Press, Feb.2005.
Course Description：The course focuses on the general experiments of polymer science, the basic method and experimental skill of polymer chemistry and physics. Students can further understand and grasp the basic theory and method of polymer science via these polymer experiments, including preparation of polymer composites, characterization of polymer structures, measure of their properties and process technics of polymer materials. In addition, on teaching, the course emphasizes the application of theory to practice, how to measure and analysis of polymer materials, as well as the principles of preparation of polymer materials, in other words, the course has very strong practicability and operation. This course requires students to grasp primary experimental.
Course Code: 301072030 Course Name: Computer Graphics
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Computer Graphics, Sunjiaguang, Tsinghua University Press, Feb.2005
Course Description：The course focuses on the basic principle of computer graphics and its applications. This course required students to grasp the algorithm of graphics generation, graphics clipping , graphics presentation, graphics transformation, and extend to three dimension. In addition, students need to grasp the presentation of graphic in computer, the design of data structure of graphics and its programming.
Course Code: 301075020 Course Name: Building decorating materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Decorating materials, Zhang Yang, Building materials of China Press, 2006
Course Description：This course not only faces the students of the materials and construction specialty, enables them to understand the hot practical material area full of vitality from the aspects of the material type、the composition of construction、the variety of specifications、performance characteristics and production applications；it also faces the students of all other specialties who have a strong interest in beautifying their future home and have requirements for the high quality and taste living surrounding, enables them to gain the knowledge of the aspects of the variety、performance、application areas and practical effects of modern home decoration materials and identify and select architectural decoration materials correctly with the higher quality awareness and aesthetic taste of home decoration. The materials mentioned in the course covers all types of today’s decoration materials such as stone、ceramic、glass、wood、metal、plastic、paint、cement、plaster、fabric and so on; moreover, the new types of building decoration materials and their development trend are introduced.
Course Code: 301081020 Course Name: Rehabilitation, Cosmetology and BME
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Rehabilitation Medicine，Dengkun Nan，People's Health Publishing House，2005
Course Description:Rehabilitation, Cosmetology and BME is a selected course offered for students at Sichuan University by the Department of Biomedical Engineering, the College of Materials Science and Engineering. In the teaching process, we will use advanced multimedia teaching techniques, assembling the characters, pictures, and image data together to reveal the mysteries of life, to introduce the latest achievements and methods in Rehabilitation Medicine and Cosmetology, as well as to recognize the important role of Rehabilitation and Cosmetology in the modem health life. The course content is vivid, interesting and easy to understand. Furthermore, we also propose to arrange for students to visit rehabilitation center, artificial limb plants and some other rehabilitation agencies, so that the students can learn more universal knowledge in Rehabilitation Medicine and Medical Cosmetology in practice. The opening of this course has incalculable effect for students on the improvement of the all-sided quality, as well as on the enhancement of the awareness of health care, etc.
Course Code: 301082020 Course Name: Science English
Total Hours: 32 Credit: 2
Textbook/Teaching materials: New Science English, Sino-Britain Team for New Science English Project of Southeast University, Higher Education Press, May 1997.
Course Description: New Science English is a bridge between the general English reading and the more subject-specific reading. The reading texts in New Science English deal with new areas of science and technology such as space exploration, the latest development in traffic technology, which are mainly taken from up-to-date English magazines, journals and newspapers. The course aims to help the students to improve reading and analytical skills, enlarge scientific and technical vocabulary, broaden general scientific and technical outlook, become more aware of how to write formal letters and project description, and of how to use visual information and academic writing conventions, practice a variety of language structure and functional-focused writing and translation tasks, cover the study skills, language functions and the vocabulary that make up the basic Teaching Requirements for College English Specialized Reading Stage.
Course Code: 301084020 Course Name: Green Battery Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Green Battery Materials，Wu Yuping, Zhang Hanping, Wu Feng, Beijing: Press of Chemical Industry, May 2008,
Course Description：As an introductory course, this course provides students with fundamentals in the general theory, structure, performance and processing of several kind of green battery materials, including lithium ion battery, NiMH battery, fuel battery and solar battery. The course specifically focuses on the processing and application of lithium ion battery materials. The recent development of green battery materials and their performance will be introduced.
Course Code:301085030 Course Name:Object-Oriented Software Design
Total Hours:60 Credit:3
Textbook/Teaching materials: C++ How to Program, Second Edition, Qian Neng, Tsinghua Press, September.2005; C++ Primer, Third Edition, Stanley B.Lippman, Josee Lajoie, China Power Press, 2002
Course Description: The course based on C language program design, tells the improvements of C++ to C. By telling the class, objects and inheritance of C, it enables the students to build the idea of object-oriented software design; by telling the template technique, it enables the students to master the idea of generic program; by telling the name space and exception handling, it enables the students to improve writing abilities of large-scale and complex programs. To master the C++ programming language is the basic premise for the students to be engaged in software development, and the foundation of learning other object-oriented languages (such as Java). The course provides a powerful learning tool for learning data structures, databases, computer graphic and some other courses.
Course Code:301094030 Course Name:Embedded System
Total Hours:48 Credit:3
Textbook/Teaching materials: arm architecture and programming, Du Chunlei, Tsinghua Press, Beijing, 2002; Embedded System Design, Frank Vahid, Tony Givargis, Beijing University of Aeronautics and Astronautics Press, September.2004
Course Description: With the object of the current widely used ARM embedded micro-controller, the course introduces the basic principles and applications of embedded systems. By learning this course, the students would be able to master the system architecture, instruction set, programming methods, system expansion method, application and development technique of ARM. Embedded System integrates the knowledge of many important computer professional courses, such as C Language Programming, Principles of Computer Composition, Operating System, Compiler Theory, etc. The knowledge of this course lays a solid foundation for students of learning computer control technology and being engaged in the research and development of embedded systems in future.
Course Code: 301096020 Course Name: Design Generality
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Furnace Equipment for Glasses Industry,Chengxu Sun,Wuhan University of Technology Press；Furnace Equipment for Ceramics Industry,Chenqun Liu , Wuhan University of Technology Press.
Course Description: The inorganic nonmetallic materials mostly include glasses and ceramics etc. The materials have widely used in the field of mechanism, chemical industry, building, optics, photoelectron, spaceflight, instrument, energy source and communication etc because of their numerous variety and function. The furnace is a key equipment of inorganic nonmetallic materials industry. The course focuses on the type of glasses furnace, ceramics furnace, electric resistance furnace and waste heat recovery equipment, the fundamental structure of the equipment and the technique of basic design. Moreover, the course introduces on the types and choosing principle of refractory, heat insulation material and electric heat material.
Course Code: 301099020 Course Name: Physiology
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Physiology，Tai Yao，People's Health Publishing House，2004
Course Description:Physiology is one of the most important basic courses in the medical curriculum system, which is the science of studying the activity patterns of normal human life. It regards the normal life activities as research object; the purpose is to reveal the regular pattern of the normal life activities; it offers the scientific rationale to prevent and treat the disease, improve human health and prolong human longevity.
The purpose of teaching is to enable students to master the basic theory and knowledge of the law of the normal life activities, which is the necessary foundation for the follow-up courses. The teaching content is focused on the basic theory and skills training for students. The teaching methods give the priority to the lectures combined with other teaching methods. The course has a greater impact on the ways of thinking and the scientific attitude of students and so on.
Course Code: 301102020 Course Name: Evaluation of Biomedical Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Biological Properties and Biocompatibility Evaluation of Biomaterials, Wan Changxiu, Sichuan University Press, Mar. 2008.
Course Description：Based on the biocompatibility knowledge of the material, the methods and principle of international standard (ISO 10993 series) and Chinese standard (GB/T 16886 series), the course in the round dissertates the basic theory and methods of the physical, chemical and biological evaluation, including the principle and choice of the evaluation methods, the quantitative and qualitative analysis of the different biomaterials and medical instruments, and the various evaluation experiments of the biological toxicology. The course introduces also the new technologies and methods of the biomaterial evaluation, establish a good foundation on the student practice of the research, production and management of the biomaterial in the biomedical engineering field.
Course Code: 301105030 Course Name: Modeling & Simulation of Biological System
Total Hours: 48 Credit: 3
Textbook/Teaching materials:Modeling & Simulation of Biological System，Bai Jing，Tsinghua University Press，1994
Course Description:This course covers a broad array of techniques for computer simulation of biological systems. It mainly covers the development and methods of model research，the general methods for mathematical modeling, the application of model research in the biological field, and the general biological model and mathematical model of physiological systems and computer simulation methods and tools. Require students to master the basic concepts of the model, the general approach of building mathematical and biological system models，to understand the regulation, feedback and control mechanisms of physiological systems, qualitative and quantitative models establishment, the methods of system identification and model verification, and from the view of information theory, cybernetics and systems theory to understand the physiological systems and the applications of the complexity theory model in the biological systems.
Course Code: 301107030 Course Name: Biomedical Sensors and Detecting Techniques
Total Hours : 48 Credit:3
Textbook/Teaching materials:Biomedical Sensors and Detecting Techniques,Yangyuxing, Chemical Industry Press, First edition, Sep.2005;Biomedical Transducers—Principles and Application,R.S.C Kebode, Xuximing, Shanghai Science and Technology Press, First edition, Jun.1984.
Course Description：This course is a Professional Basic Course of Biomedical Engineering. It focuses on Characteristics, classification and requirements of Biomedical Sensors, and analyses the formation of interference and deviations, and the solutions with the characteristics of the sensors. This course introduces resistive sensors, capacitive sensors, inductive sensors, piezoelectric sensors, photoelectric sensors, thermal sensors, chemical sensors, biosensors and their detecting techniques, emphasizes on cultivating students’ understanding and application ability to the basic knowledge of biomedical sensors and detecting techniques. It requires students to understand and grasp the transducer principle, composition, the main technical indicators and application of the biomedical sensors. Mastering the principles and detecting techniques of the resistive, capacitive, inductive, thermal, photoelectric biomedical sensors; Understanding the principles and application of piezoelectric, chemical and biological sensors; And be able to correctly choose sensors to compose of a complete test system.
Course Code: 301108030 Course Name: Biomedical Electronic Product Design
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Biomedical Electronic Product Design，Wang Daohui Editor，Handouts designed by the lecture，sichuan university，January，2009.
Course Description:The course is an important engineering practice courses. At present，in electronic technology field, there is lack of engineering practice courses which guide students in hardware and software design. As a results, although students have obtained a large number of basic theory and professional knowledge, they do not have the capability and skills to research、develope, design, manufacture, maintain and operate electronic products. This course is intented to improve students’ capacities of developing, research, design, manufacture, maintenance, repair electronic equipments and facilities on the basis on preliminary theoretical knowledge and professional technical knowledge. This course includes:
1. Design Capacity Training (pre-demonstration design; preliminary design, general design; hardware detailed design; production, debugging, software detailed design)
2. Product Conversion Capacity Training
3. Understanding of the Production
4. The Part of the Training of Hardware Production and Debug Capability
5. The Part of the Training of Application of Online Simulation&Development Tools
6. The Part of the Training of Development Capability Using ASIC
Course Code: 301109040 Course Name: Foundation of Biomedical Engineering
Total Hours: 64 Credit: 4
Textbook/Teaching materials:Foundation of Biomedical Engineering，Zheng Changqiong，Pei Jueming，etc. Handouts designed by the lecturer of sichuan university.
Course Description:Biomedical Engineering is a emerging interdisciplinary , which blends traditional engineering principles and techniques with biological sciences and medicine field to improve healthcare diagnosis and treatment. As an independent discipline, its history is less than 50 years, but it plays an important role in the protection of human health, and the prevention, diagnosis, treatment, rehabilitation of disease, etc., which has become an important pillar of the national socio-economic development, and an important part of life science. In this course, different fields in biomedical engineering are introduced, including biomechanics, biomaterials, artificial organs, biomedical electronics, medical apparatus, medical imaging, medical image processing,etc. The course focuses on the basic principles, methods and applications, and the status and developing trend of biomedical engineering.
Course Code: 301112010 Course Name: Introduction to Biomedical Engineering
Total Hours: 16 Credit: 1
Textbook/Teaching materials: Handouts designed by the lecturer
Course Description:Over the past fifty years, biomedical engineering a diverse, seemingly all-encompassing field that includes such areas as biomaterials, bioinformatics, , biomechanics,bioinstrumentation, biosensors, biosignal processing, medical imaging, rehabilitation engineering, tissue engineering, etc. This course is a introduction and a overview of the field of biomedical engineering, which describes a brief history, main contents，knowledge structure, training objectives and requirements of biomedical engineering, and occupational direction and the space for further development, etc.
Course Code: 301113020 Course Name: Biomedical Statistics
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Biomedical Statistics，Xu XiongXiong，Higher Education Press
Course Description:This course introduces statistical concepts and analytical methods as applied to data encountered in biomedical technology and biomedical sciences. It includes the basic concepts of experimental design, quantitative analysis of data, and statistical inferences. Topics covered include probability distributions; parameters and their sample estimates; descriptive statistics for central tendency and dispersion; hypothesis testing and confidence intervals for means, variances, and proportions; analysis of variance; the chi-square testing; linear correlation and regression model; categorical data analysis and nonparametric methods. The course provides students a foundation to evaluate information critically to support research objectives and product claims and a better understanding of statistical design of experimental trials for biomedical products/devices.
Course Code: 301114010 Course Name: Innovation Experiments of Biomedical Image Processing
Total Hours: 24 Credit: 1
Textbook/Teaching materials:
Course Description:Innovation experiments is a member of particular courses which encourage students to independently research and study their own experiments. Its main purpose is to train students to take the initiative to identify problems and apply the knowledge acquired to independently solve problems. This course not only requires students to use many knowledge of medical image processing and programming skills, but also a number of extra-curricular knowledge. These innovative experiments are to mainly serve in the field of image processing and programming required. The content can be extracted from the "973", "863", Natural Science Foundation and other projects, but alao freedly proposed on the basis of the discussing of students and instructor. In this experimental course, students cen freely team up.
Course Code:301115020 Course Name:Biomedical Instrumentations and Application
Total Hours:32 Credit:2
Textbook/Teaching materials:Biomedical Measurement and Instrumentation,Wangbaohua,Fudan University Press, First edition, Jun.2003
Course Description: This course is a Professional Basic Course of Biomedical Engineering. emphasizes on cultivating students’ understanding and application ability to the basic knowledge of Biomedical Electronics and Biomedical Instrumentations. The main content of the course: Bio-electrical measurement and instrumentation, physiological parameter measurement and instrumentation, biochemical parameter measurement and instrumentation, ultrasound diagnostic instrumentation, monitoring system, implantable measurement and instrumentation, optical measurement and instrumentation, and other modern biomedical detecting techniques. Before learning this course, it should arrange the leading courses: Circuit analysis, analog circuits and digital circuits.
Course Code: 301118030 Course Name: Data Structure and Algorithm Analysis
Total Hours: 60 Credit: 3
Textbook/Teaching materials: Data Structure, Yanweimin, Tsinghua University Press, Mar.2007
Course Description：Data structure is an important theory for computer programming. The course focuses on logic and storage structure of data which concern with specific application problem. Students also need to grasp algorithm of operating data and analyze time and space complexity of algorithm.
Course Code:301121010 Course Name:Ceramic Appreciation and Ceramic Technics
Teaching Hours:20 Credits:1
Textbook/Teaching materials: Ancient Ceramics Appreciation，Yangjingrong，Guangxi Normal University Press, Jan. 2000;
Course Description:This Course is optional in respect of culture quality. When selected, it will help students improve their comprehensive qualities and understand the development history of Chinese ceramics, the achievements of ancient ceramics and the development of modern functional ceramics. The Course can also help students widen their visions, enrich their knowledge and improve their employment competition, which benefits the cultivation of composite talents.
The Course introduces the origination and development of ceramics, the achievements and history of
China
ancient ceramics, the classification of ceramics, the preparation technics (molding, drying and cremation of pottery) and the decoration of daily-used ceramics. It stresses the well-known ancient kilns and famous ceramic pieces of different times and briefs the development and main uses of modern functional ceramics.
Students can choose to experience ceramic techincs in order to know the preparation process of ceramics.
Course Code: 301122030 Course Name: Selected Topics on Ceramics and Glasses
Teaching Hours: 48 Credits: 3
Textbook/Teaching materials: Modern functional Ceramics，Xuzheng，Nihongwei，National Defense Industry Press, 1988;Glass Technology Northwest Institute of Light Industry，China Light Industry Press, 1995
Course Description:As traditional inorganic materials, ceramics and glasses are widely used in the fields of chemistry, food, pharmacy, architectures, national defense and scientific research. With the development of science and technology, more and more requirements are put forwarded in respect of the performance, quality and variety of ceramics and glasses, which results in developing ceramic and glass materials into new inorganic nonmetal materials with a series of special functions.
The Course gives a complete introduction of structure, performance, use and preparation process of various old and new glasses and ceramics. Some old and new types of glasses, such as flask glass, vessel glass, flat glass, vacuum glass, quartz glass, optics glass, crystallite glass, apparatus glass and special glass, are briefed.
The Course also introduces different kinds of daily-used ceramics and decorating technics, some structural ceramics and such new types of functional ceramics as transparent ceramics, optics ceramics, intelligent ceramics, superconductor ceramics, nanometer ceramics, biologic ceramics and functional ceramic films.
Course Code：301124020 Course Name：Special cements
Total Hours：32 Credit：2
Textbook/Teaching materials: Special cements, Li Bogang, A teaching materials of Sichuan University, 2004
Course Description：No matter how we have seen from the scale and scope of the cement application or the relevance level between cement and the modern civilization, it can be said that cement has constructed today’s world. This course touches on all aspects of cement: the type of cement covers common cements、special cements（special purpose cements、the cements with special performance）and the concrete which is the cements’ main application form, the course focus on special cements and special concrete；not only contains the existing types which have been put into practical application, it also touches on the most advanced high-tech cements being studied；not only introduces the type of cement、mineral composition、the hydration reaction、performance characteristics and production applications, it also touches on the development status and trend of cement. The purpose is to enable students to full understand cement as the most important building material in today’s world, and to make them have a clear understand of the relationship between the mineral composition of cement and its performance.
Course Code:301125040 Course Name:Principle and Application of Microcomputer
Total Hours:64 Credit:4
Textbook/Teaching materials:Principle and Application of Micro Computer Systems(Forth Edition),Zhoumingde, Tsinghua University Press,2002;Organization and Structure of Computer(Third Edition),Wangaiying, Tsinghua University Press, 1999;Computer System A programmer’s Perspective，Randal E.Bryant,David O’Hallaron,Gongyili,China Electric Power Press,May.2004.
Course Description: Principle and Application of Microcomputer is the base of series of computer courses, and it can help students better learn and master the computer development languages (such as C, C++, etc.), and improve the level of computer applications, and lay the foundation for learning other courses, such as Operating system, Database technology, and Network technology, etc. The main content: the composition of PC, basis of computer system, hardware and software of computer, structure of computer;IA-32 microprocessor; 8086 instruction; assembler design; processor bus timing and system bus; main memory; I/O; interruption; serial communication.
Course Code: 301128010 Course Name: Introduction to Materials
Total Hours: 16 Credit: 1
Textbook/Teaching materials:
Course Description:The course is intended mainly to recognize and understand the materials for new learners. First, it discouses the fundamental conceptions, classification, properties, and connotation of Material Science and Engineering. Then it talks about its impotant position and roles during human history and social development. After that, it introduces the contents and charicteristics of Inorganic Nonmetalic Materials. Especially, it introduces some important materials, such as Structure Ceramic, Function Ceramic, Advance Glass, Nano-marerials Biomaterials, Composite Materials, Artificial Crystal, and Natural Mineral Materials.Finally, it discusses the developmental tendency, market perspective, and employment status. It aims at culturing the intersting of students on this field.
Course Code: 301141010 Course Name: Novel Artificial Organs
Total Hours: 16 Credit: 1
Textbook/Teaching materials:Biomedical Engineering，Changqiong Zheng,Juemin Pei Sichuan University Self-compiled Handouts
Course Description:Novel Artificial Organs is a selected course for the education of cultural quality offered for students at Sichuan University by the Department of Biomedical Engineering, the College of Materials Science and Engineering. In the teaching process, we will use advanced multimedia teaching techniques, assembling the characters, pictures, and image data together to reveal the mysteries of life, to introduce the latest achievements and methods in Artificial Organs, as well as to recognize the important role of Artificial Organs in the modem health life. The course content is vivid, interesting and easy to understand. In addition, we also proposed to arrange for students to use their own professional advantage, access and collect the information, introduce the universal knowledge of artificial organs related to their own disciplines. The opening of this course has incalculable effect for students on the improvement of the all-sided quality, as well as on the enhancement of the awareness of health care, etc.
Course Code: 301142030 Course Name: Advanced inorganic materials
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Zheng CQ, Ran JG Advanced inorganic materials, Science Press, 2003
Course Description：This course mainly faces the students of the material specialty to introduce the development overview of new inorganic materials、the new technologies and methods of material preparation（including the sol-gel technology、plasma technology、chemical vapor deposition and physical vapor deposition、laser technology、rapid sintering、self-propagating high-temperature synthesis、isostatic pressing, etc.）、low-dimensional materials（including nano-powders、whiskers、optical fiber、carbon fiber、diamond and diamond-like carbon films, etc.）、new type of functional materials（amorphous materials、functionally gradient materials、nano-materials、high-temperature superconducting materials、smart materials, etc.）and advanced composite materials. It enables the students to have a basic knowledge and understanding of the frontier areas of inorganic materials from the two aspects of the new materials and the new technologies of material preparation and advance with the times, widens their professional horizons and enhances their innovation awareness and capacity.
Course Code: 301145040 Course Name: Medical Imaging：Principles and Systems
Total Hours: 64 Credit: 4
Textbook/Teaching materials: Medical Imaging Systems，Gao Shangkai，Beijing Institute of Technology Press; Medical Imaging Physics,Zhang Zhebao,People’s Medical Publishing House;Medical Imaging Principles,Li Yueqing,Higher Education Press.
Course Description:Medical imaging technology is an important research direction in the field of medical imaging research.This course introduces the physical principles of imaging methods in medicine. Medical imaging systems to be analyzed include the most important imaging modalities in radiology: conventional X-ray, X-ray computed tomography (X-CT), magnetic resonance imaging (MRI), nuclear medicine (PET and SPECT), and ultrasound（US）. Each of these modalities will be introduced from basic physical principles to the process of image formation. It provides an understanding of applied physics and its principles in order to allow for the design, transmittal and interpretation of electronic imaging signals and systems. The course includes four laboratories that will involve X-ray 、CT 、MRI and US. Four course projects will also be assigned so that students write program to simulate real medical imaging by applying the knowledge learned in the class，but also explore real world applications with reasonable amount self-learning.
Course Code: 301146040 Course Name: Medical Image Processing
Total Hours: 64 Credit: 4
Textbook/Teaching materials:Digital Image Processing，Yuan Qiuqi，Publiction House of Electronic Industry，2001
Course Description:The objective of the course is to provide fundamental knowledge in theory and practical training of medical image processing in terms of related problems and methods. Prerequisites are basic knowledge in signal processing and mathematics.A student should learn to understand the complexity of formation, analysis and interpretation of medical images. During the course students should try to apply fundamental image processing operations to sample medical images to derive meaningful information，etc.Topics covered include the following:
- Physiological and psychological basics of human vision of images，
- Techniques of image formation, Medical image file formats, Sampling，Image Enhancement,
- Introduction into basic image operations, filtering, (spatial domain, frequency domain), morphological operators
- Pattern recognition, segmentation, derivation of features,
- Classification of image regions
- Registration of images for medical use, problems and image fusion techniques.
Course Code: 301158010 Course Name: Innovative Experiment of Biomedical instruments
Total Hours:24 Credit:1
Textbook/Teaching materials: INTRODUCTION TO BIOMEDICAL ENGINEERING（Second Edition）Copyright 2005,ElsevierInc.
Course Description: This course sets up for the third and fourth grades of Biomedical Engineering. There are two ways to determine experiment content. Mode 1: Teachers’ research projects, on a basis of understanding the background and key technology, students complete some research assignments under the guidance of teachers. Mode 2: Through the literature review, students determine the research direction and content; then, write and complete the implementation plan with experimental conditions. Through learning this course, so that students can combine with theoretical knowledge and practical application; master the common design and calculation tools; learn the retrieval and integration of literature; experience the scientific process.
Course Code:301161010 Course Name:Rehabilitation and Health
Total Hours:16 Credit:1
Textbook/Teaching materials:Rehabilitation Medicine，Dengkun Nan，People's Health Publishing House，2005
Course Description:Rehabilitation and Health is a selected course for the education of cultural quality offered for students at Sichuan University by the Department of Biomedical Engineering, the College of Materials Science and Engineering. In the teaching process, we will use advanced multimedia teaching techniques, assembling the characters, pictures, and image data together to reveal the mysteries of life, to introduce the latest achievements and methods in Rehabilitation Medicine, as well as to recognize the important role of Rehabilitation in the modem health life. The course content is vivid, interesting and easy to understand. Furthermore, we also propose to arrange for students to visit rehabilitation center, artificial limb plants and some other rehabilitation agencies, so that the students can learn more universal knowledge in Rehabilitation Medicine in practice. The opening of this course has incalculable effect for students on the improvement of the all-sided quality, as well as on the enhancement of the awareness of health care, etc.
Course Code: 30136430 Course Name: Material Corrosion and Protection
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Material Corrosion and Protection，Sun Qiuxia，Metallurgy Industry Press, March 2001
Course Description：Materials Corrosion and Protection is an inter-disciplinary and comprehensive course which is based on physical chemistry involving materials science, electrochemistry, chemistry, metal science, surface science, inorganic materials, polymer materials, biological sciences, engineering mechanics, solid-state physics and other disciplines. This course mainly teaches the fundamental knowledge of materials corrosion and protection, including the principle of electrochemical corrosion, metal localized corrosion and passivation phenomena, metal corrosion and failure modes in a varied conditions, non-metallic materials corrosion, corrosion control methods and protection technology, erosion economy. It reflects the new progress of study in erosion theory and corrosion-resistant materials in recent years. This course will not only help students master the material corrosion and protection, corrosion economy and management expertise, and related new technology, but also bring students into contact with the frontier fields of modern corrosion resistant materials preparation research and develop their practical ability and creative thinking.
Course Code: 301045030 Course Name:Electrochemistry
Total Hours:48 Credit:3
Textbook/Teaching materials:Applied Electrochemistry，Yang qiqin etc., Zhongsan University Press，2001.
Course Description:The course focuses on the fundamentals of Electrochemistry and its application. Part I contains physicochemical property, electrochemical thermodynamics, Kinetics on Electrode Process in electrolyte solution and the related measurement methods. The application part includes battery, energy, metal corrosion and protection, surface treatment, electrodeposition, electrochemical preparation of the electroactive polymers, inorganic and organic compounds and Electrochemistry applications in environment, biology and medicine etc. This course also gives a lot of details in how to prepare them in the laboratory or industry bases. The new advances in the above fields are introduced according to the course time. This course requires students to grasp primary theory and methods, and to makes some common-used materials by themselves.
Course Code: 301003040 Course Name: X-ray Diffraction Technology
Total Hours: 64 Credit: 4
Textbook/Teaching materials:X-ray Diffraction Technology，JinYong、Sun XiaoSong、XueQI，National Defense Industry Press，July:2008
Course Description: X-ray diffraction technique is based on the interaction between the incident X-ray and the target material, especially the phenomena of diffraction. It is one of the most important methods for physics analysis in the research of materials science. The Principles and Techniques of X-ray Diffraction is a required course for the undergraduates majoring in Material Physics or Material chemistry. Also it is the selective course for those in Physics, Chenistry，Chemistry engineering and Bio-materials. Therefore, the methods of X-ray diffraction include the phase analysis, the determination of lattice parameters, the determination of internal stress, and the Rietveld refinements etc. By learning the course, the students ought to know the principle of X-ray diffraction, its application, the fundamental professional terms and the analytical method in order to gain accurate material structure information.
Course Code: 301005030 Course Name: Semiconductor Materials and Devices
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Semiconductor Materials(Second edition). Yang Shuren，etc. Scientific Press, Jan,2008；Introduction of Semiconductor Device Physics(Second edition). Zeng Shurong，Beijing University Press, Jan,2007.
Course Description: This course introduces the preparation and physical properties of semiconductor materials and relates the principle and characteristics of various discrete-semiconductor devices. Main topics of this course include: (1) physical properties and preparation technology of element semiconductor; (2) physical properties and preparation technology of compound semiconductor, such as Ⅲ-Ⅴ,Ⅱ-Ⅵ,oxide;(3) PN junction, MS junction, MIS junction;(4) operation principle and characteristics of bipolar transistor;(5) operation principle and characteristics of compound semiconductor field effect transistor; (6) operation principle and characteristics of other typical discrete-semiconductor device.The course objective is for the students to know the physical properties and main preparation technologies. The students can master the operation principle and characteristics of bipolar transistor, compound semiconductor field effect transistor.
Course Code: 301006030 Course Name: Semiconductor Physics
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Semiconductor physics. Liu Enke, Zu Binsheng, Electronics Industry Press (Seventh edition), May,2008.Semiconductor Physics and Devices. Donald A. Neamen，Electronics Industry Press, Feb,2005.
Course Description:This course introduces the basic characteristics, basic theory, experiment methods and semiconductor physics basics of semiconductor materials. Main topics of this course include: (1) lattice structure and electronic state; (2) impurity and the flaw energy level; (3) current carrier statistical distribution; (4) the problem of scattering and the electric conductance; (5) non- balance carrier production, compound and law of motion;(6)semiconductor device physics basics, including PN junction, MIS junction; (7) thermoelectric effect, magnetoelectric effect, photoelectric effect of semiconductor.
The course objective is for the students to have ability to analysize the effect of energy band structure, impurity, flaw, and external field to semiconductor electronic characteristics. The students can master the theory and experiment methods to measure and compute basic parameters of semiconductor materials, such as carrier concentration, mobility, minority Carrier. The students can understand the energy band ，transportation law of PN junction, MIS junction.
Course Code: 301155030 Course Name: Basics of Computational Materials Science
Total Hours: 58 Credit: 3
Textbook/Teaching materials: Methods of Mathematical Physics, Huang Dakui and Shu Mozeng,
China
Higher Education Press.
Course Description: This course mainly includes: physical quantities characterize planar field complex function of the calculus; from the typical physical problems in ordinary differential, partial differential equations, integral equations solution of the problem of reconciliation of the nature of the research and related mathematical theory. Aim of the course in addition to specialized courses to provide the necessary follow-up study of mathematical foundations and tools to consolidate and deepen the university mathematics curriculum in the mathematical knowledge acquired, but also includes the students to apply mathematical tools to solve practical problems to carry out initial training.
Course Code: 301022030 Course Name: Introduction of Materials Science
Total Hours: 48 Credit: 3
Textbook/Teaching materials:Basic of Materials Science, Xie Xiwen, Guo Mieli, Beijing University of Aeronautics and Astronautics Press
Course Description：This course systematically describes the basic theory of materials science and knowledge, that is, the material structure, the organization and its performance, behavioral relationship between the materials involved in metals, ceramics, polymers and composite materials on the performance of powerful, electricity, magnetism, heat and light by comparing a variety of different materials and characteristics common to reveal the basic principles of materials design.
Course Code: 301011030 Course Name:Thin films physics and technology
Total Hours:54 Credit:3
Textbook/Teaching materials: Thin films physics and technology, Yang Bangchao, Wang Wensheng, Electronic Science and Technology University Press, 1994.
Course Description: This course introduces the basic technologies of thin films preparation and the fundamental knowledge of thin films physics. Main topics of this course include: (1) the common physical methods of thin films preparation such as vacuum evaporation, sputtering, ion evaporation; (2) the common chemical methods of thin films preparation such as various chemical vapor deposition methods and the liquids methods; (3) the growth kinetics of thin films including the forming process of thin films and the relative principles; (4) the special structure, defects and the electronic, mechanical, magnetic properties of thin films. The emphasis is to introduce the preparation technologies and principles.
The objective of the course is help students to know the growth kinetics of thin films, to grasp the various thin films preparation technologies and principles, and to understand the advantage and disadvantage of these methods. The final objective is to help students achieve the films fabrication in the future possible work.
Course Code: 301026020 Course Name: Development of Materials Science
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Development of New Materials, teaching materials written by Zhao Beijun and Zhu Shifu, 2008.
Course Description:The course introduces the remarkable advances and new technology of modern materials science and focuses on the recent developments in novel optoelectronic crystal materials, photonic crystals, solar cell, optoelectronics display materials, and nanomaterials and devices. It is one of the specialized optional courses in the form of lectures for students of materials science. This course makes students to have knowledge on frontiers of materials science research, such as the R&D of new materials and the new preparation technology of materials, in order to broaden their horizons and enlarge their scope of knowledge.
Course Code: 301031030 Course Name: Physical Chemistry
Total Hours: 48 Credit:3
Textbook/Teaching materials: Principal Physical Chemistry Fuyupu, Wangxinping, Dalian University of Technology press, 2007, 3; Physical Chemistry，Yuanyongming, Heyu’e, Xueying, Sichuan University Press, 1997
Course Description：This course focuses on the general laws and theories of chemical thermodynamics, thermodynamics of phase equilibrium, phase equilibrium diagram, and chemical equilibrium. Learning this course, students will have the ability to analyze and resolve the energy effect, the direction and limitation of various processes (physical process, chemical process) which existed in macro-system, and grasp the regular of phase transition of a multiphase equilibrium system. The laws and theories included in this course are instructive to the scientific research and practical industrial production. This course is suitable for students whose majors are chemical engineering, chemistry, biomedical engineering, and materials science and engineering.
Course Code: 301093030 Course Name: Sol-Gel Chemistry
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Colloidal Chemistry Fengxusheng, Liuhongguo, Haojingcheng, Chemical Industry Press, 2005, 3; Colloidal and Surface Chemistry Shenzhong, Zhaozhenguo, Wangguoting, Chemical Industry Press, 2009,8
Course Description：Colloidal chemistry is a branch of physical chemistry. Recently, it has been widely developed and applied in materials science, biology, medicine, and environmental science. This course mainly focuses on the general concepts and theories of colloidal chemistry. And considering the characteristic of colloidal chemistry, the application of colloidal chemistry in the field of functional nano-materials is also included in this course.
Course Code:301033050 Course Name:Specialized Experiments of Materials Physics
Total Hours:80 Credit:5
Textbook/Teaching materials: Specialized Experiments of Materials Science (self-compiled handouts) Editor: Department of Materials Science
Course Description: Specialized Experiments of Materials Physics is a compulsory course for materials physics students. Through experiments, students further deepen their understanding of the basic thoughtway, analytical means and experimental skills to materials science and materials physics and chemistry, and thus obtain the comprehensive skills and experimental quality, and enhance the analysis of problems and problem-solving skills, and cultivate the innovative spirit and the scientific style of solemnness-earnest and be practical and realistic, and mast the self-learning methods and make full use of modern science and technology to get more knowledge. Finally, lay a good foundation for future work and learning.
Course Code: 301043030 Course Name: Magnetic Materials and Devices
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Magnetic Materials, Tian Minbo, Tsinghua University Press, Apr. 2001
Course Description:The course is one of the specialized optional courses for students of materials science (materials physics and materials chemistry). The course introduces the fundamental concepts and principle and experimental methods of magnetic materials and devices. This course covers the following topics: Magnetostatics, Origin of magnetism in materials, Properties, preparation and application of hard and soft magnetic materials, Magnetic recording, and Novel magnetic functional materials. The relationship between microstructure and properties of magnetic materials is discussed. This course will make students to have knowledge on frontiers of magnetic materials research, such as the R&D of new materials and new devices and especially their applications in high technology, and to lay solid foundation for their future work in related fields.
Course Code: 301047030 Course Name: Electronic Packaging Materials
Total Hours: 54 Credit: 3
Textbook/Teaching materials:Microelectronic Device Package- Packaging Materials and Packaging Technology, Zhou Liangzhi, Chemical Industry Press, Aug.2006;Electronic Encapsulation Engineering ,Tian Minbo, TSINGHUA UNIVERSITY PRESS ,Oct.2005
Course Description: This course introduces the technologies and applications of electronic packaging materials. Main topics of this course include: (1)The history, present and future of electronic package;(2)Processing methods of electronic packaging;(3)Conventional and advanced packaging technologies；(4)Electronic packaging materials and their properties：including organic substrate materials, ceramic substrate materials, lead frame materials, metal welding materials, sealing materials and adhesive materials;(5)Specific considerations of electronic packaging, including electrical, thermal, and mechanical properties;(6)Reliability of electronic packaging. The objectives of this course are to introduce the technologies and applications of electronic packaging to the students.
The course objective is for the students to know electronic packaging technologies and application，and to understand packaging materials, specific considerations, and to know conventional and advanced packaging technologies, processing methods, future trend of electronic packaging.
Course Code: 301059030 Course Name: Functional Composite Materials
Total Hours: 54 Credit: 3
Textbook/Teaching materials:Functional Composite Materials and Their Applications, Liu Xiongya, Chemical Industry Press, Jan. 2007
Course Description：Composite materials (or composites for short) are engineered materials made from two or more constituent materials with significantly different mechanical or physical or chemical properties which remain separate and distinct on a macroscopic level (in some cases, also on a microscopic level) within the finished structure. There are two categories of constituent materials: matrix and reinforcement. At least one portion of each type is required. The matrix material surrounds and supports the reinforcement materials by maintaining their relative positions. The reinforcements impart their special mechanical and physical/chemical properties to enhance the matrix properties. A synergism produces material properties unavailable from the individual constituent materials, while the wide variety of matrix and strengthening materials allows the designer of the product or structure to choose an optimum combination in order to fulfill various application requirements. Functional composite materials, aiming at non-loading applications, have excellent physical, chemical, biological, or mutual conversion functionalities, and, thus, belong to functional materials. With the rapid development of materials science, material compositeness is one of the inevitable trends in materials development. Because functional composite materials have advantages of big freedom in design and have extremely wide application areas, they have very broad development prospects. Nowadays, functional composite materials have become one of the indispensable advanced materials in aerospace, transportation, architectural engineering, electric equipment, chemical engineering, sports, medicine, national defense and war industry, etc. Moreover, funtional composite materials themselves are developing from simple function to multiple functions, structure-property integration, alertness, and intelligence, and have made great progress. This course will systematically describe the basic principles, functionalities and properties, consitutent materials, preparation techniques, and relative applications of various functional composite materials.
Course Code: 301137040 Course Name: Preparing Science and Technology of Modern Materials
Total Hours: 72 Credit: 4
Textbook/Teaching materials: Preparing Science and Technology of Modern Materials, Higher Education Press ,S.F. Zhu, B.J. Zhao,2006.02
Course Description:Materials science is a basic subject which focuses on the relationship and law of the constitutions, structures, defects and properties of materials. Materials preparation technology is an applied discipline which investigates new technology and new techniques of materials preparation to realize the designing ideas of new materials, and to put them into use. The two aspects combine with each other and promote each other so as to form a Science and Technology of Modern Materials Preparation course.
The leading part of this course is the synthesized crystal materials, and the preparation science and technology of film, ceramics and composite materials are also involved. The main contents include crystal structure, nucleation theory, crystal growth kinetics, phase equilibrium diagram as well as the materials science and materials engineering new technologies of single crystal, film, ceramics and composite. This course not only helps students master the basic theory of preparation, preparation methods and related new technology of single crystal, thin film, special ceramics and composite materials which provides them with the necessary theoretical and technical support for the follow-up study of different courses of materials science, but also introduces the frontier fields of modern materials preparation science and technology to them and cultivates their innovative ideas and innovative thinking.
Course Code:301060030 Course Name:Solid Chemistry
Total Hours:48 Credit:3
Textbook/Teaching materials: Solid State Chemistry, Donald Sadoway (Translated by Jianguo Zhu etc); Introduction to Solid Chemistry, Mianzeng Su, Beijing University Press (1986)；Solid State Chemistry，West, A.R., J.Wiley, 1984.
Course Description: The course focuses on the study on chemical reaction, synthetic methods, crystal growth, chemical composition and crystal structure, defects in solids and its impact on the physical and chemical properties, the basic processes of solid material preparation (including the design ideas, recipes, preparation, testing and use), and exploring the possibility of practical application of solid material. This course combines the whole idea of solid materials preparation; it is a typical Materials Technology course. The birth of solid materials and the basic preparation steps the following recycling are introduced. In addition, this lesson will be mixed with the related real-life content so that the students are aware that the use of the material is not strange and mysterious, in fact, it is in real life.
Course Code: 301070030 Course Name: Principle of Integrated Circuit Technology
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Silicon-based IC Process, Xudong Guan, Beijing University Press (2003).
Course Description: This course mainly introduces the whole preparation process from a single crystal silicon to completed integrated circuits, including the single crystal silicon crystal structure, oxidation, diffusion, ion implantation, physical vapor deposition, chemical vapor deposition, epitaxy, lithography and etching, metallization and multi-layer interconnect, CMOS integrated circuits, bipolar integrated circuits and BiCMOS integrated circuits crafts. Also a brief description of new techniques, new technology and IC technology trends are concerned.
Course Code: 301080030 Course Name: Crystal Physics
Total Hours: 54 Credit: 3
Textbook/Teaching materials:Crystal Physics, Xiao Dingquan and Wang Min, Sichuan University Press, Second edition, 1991; Crystal Physics, Jiang Minhua, Shandong University Press, 1980;Morden Piezo-electrics, Zhang Fuxue, Science of China Press, First edition 2002
Course Description： The teaching aim of this subject is to discuss and summarize the physical properties of crystal in a unified treatment and to illustrate, by some typical example, the principles and methods underlying to a uniform description of these properties. Besides this, the subject includes the separate discussion of the individual physical properties of crystals, such as Elastic deformation effect, Electric polarization, Piezo-electric effect, Reciprocal (or converse) piezo-electric effect, Pyroelectricity effect, etc. Students completing this subject will be able to: explain the fundamentals of those effects referred to and enhance their ability to design a solution to a particular problem based on their knowledge of the physical principles underpinning the anisotropy materials.
Crystal physics is based on physics, crystallography and mathematics. Therefore this course is suitable for advanced undergraduates or initial postgraduates who are already acquainted with the elements of solid state physics, of crystallography and of vector calculations.
Course Code:301144030 Course Name:Information Materials
Total Hours:48 Credit:3
Textbook/Teaching materials: Teaching material:Information Materials, Leizhi、Li wei、Zhang Jing-quan、wu lili, National Defense Industry Press, Jul.2009.
Course Description：The course focuses on the Main function of information materials, Structural characteristics of information materials，Preparation and Apply. It present Fully the History of information materials and Information material on a significant contribution to the national economy. Systematic introduction of information materials in information acquisition, information processing, information storage and information display principles, methods, and specific applications. The course introduced at this stage the use of information materials and the direction of future development. Through this course of study, so that students understand the basic principles of modern information materials, preparation methods, understanding of information materials in the role of modern information technology. Have some key information materials, the physical and chemical characteristics and preparation methods, in order to engage in IT industry, new energy industry, semiconductor lighting industry, new type of display industry, lay the foundation for new materials industries and stimulate research interest.
Course Code: 301065030 Course Name: Optoelectronic Materials and devices
Total Hours: 54 Credit: 3
Textbook/Teaching materials:Introduction to Optoelectronic technology, Yang Xiaoli, Beijing University of posts and telecommunication Press, 2005.
Course Description: This course introduces the fundamental knowledge of optoelectronics, optoelectronic materials, and basic technologies of optoelectronics. Main topics of this course include: (1) the basic concept of radiation, the principles and characteristics of laser, transmission characteristics of light in the medium, and light detection theory and method; (2) light-emitting devices and optoelectronic devices; (3) loaded with the optical signals on the optical modulation, nonlinear optical phenomena, information optics and optical communications. The emphasis is to introduce the optoelectronics materials and devices.
The objective of the course is help students to know the fundamental knowledge of optoelectronics, to grasp the basic concept of optoelectronics, and to understand the methods and applications of optoelectronic devices. The final objective is to help students fabricate and design the optoelectronic materials and devices in the future work.
Course Code: 301140030 Course Name: New energy materials and technology
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Technology of new energy resources, Zhai Xiujing, Chemical Industry Press, 2005.
Course Description: This course introduces the new energy materials and their applications. Main topics of this course include: (1) Solar energy; (2) Hydrogen energy; (3) Nuclear energy; (4) Biomass energy; (5) Chemical supply, such as Ni-H battery, Lithium-ion battery, Fuel cell; (6) other energy resources include wind energy, Ocean energy, Geothermal energy, methanehydrate, and so on. The emphasis is to introduce the solar energy, hydrogen energy, fuel cell, and biomass energy.
The objective of the course is help students to know the fundamental knowledge of new energy resources, and to understand the technology of new energy resources. The final goal is to help students fabricate and design the new energy materials and devices in the future work.
Course Code: 301086030 Course Name: Sensing materials and sensors
Total Hours: 54 Credit:3
Textbook/Teaching materials:Sensing materials and sensors, Chen ai, Chemical Industry Press, Mar.2004; Principles and applications of sensors, Yu Youwen, Changjian, Chengjihong, Xian Electric Science and technology University Press, Second edition, Sep.2006; Principles and applications of sensors, Wanghuaxiang, Zhangshuying, TianjinUniversity press, First edition.
Course Description：This subject integrates the principles of physics and electrical engineering to introduce students to sensor technology. Students completing this subject will be able to: explain the fundamentals of the operation of sensors and transducers for the measurement of temperature, pressure, light, stress, composition, fatigue and the chemical environment; and design a solution to a particular sensing problem based on their knowledge of the physical principles underpinning the operation of each type of sensor. In addition, students will enhance their ability to: participate effectively in a laboratory environment and be able to work on a project as part of a team; and plan effective work schedules and manage their time to meet the deadlines for submission of assessable work and preparation for tests and the examination. Topics to be covered include the basic principles of the quantum theory of atoms, molecules and solids and the application of these principles to a wide range of materials which are of key importance in modern electronics and technology. In addition to the fundamental concepts, topics to be covered include an introduction to various types of sensors and the basic physical phenomena underpinning their operation.
Course Code: 301135030 Course Name: Display Materials and Technology
Total Hours: 54 Credit:3
Textbook/Teaching materials:Modern Display Materials and Technology,Wang Xiufeng, Cheng Bing ,Chemical Industry Press, Oct 2007; LCD and Flat Panel Display Technology, Gao Hongjin, Dong Youmei, Beijing University of Posts and Telecommunications Press, Jun,2007
Course Description: Display Materials and Technology course base on the theory and development of display technology and introduces the latest research results of display materials and display technologies, the main contents include: ①Current main display products and technologies, including electronic ink displays, laser displays, electroluminescence displays, organic electroluminescence displays, semiconductor LED displays, field emission displays, field plasma displays, fluorescent tube displays, as well as liquid crystal displays and plasma displays; ②Display materials and their preparation methods; ③Performance requirements and technology principles of displays; ④Structure characteristics, drive circuits, application and prospects of displays;
The objective of this course is for students to grasp properties of luminescent materials and coloring materials, to know display technologies and products, to have further knowledge on display materials and technology developments.
Course Code: 301136040 Course Name: Modern analytical technology of materials
Total Hours: 68 Credit: 4
Textbook/Teaching materials: Teaching material:Analyse technology of modern materials, Chief editor: Li bing , National defense industry Press, Sep.2008, The first editon.
Course Description：The design, preparation and characterization of materials contribute to the investigation of materials. And for the investigation of materials, the physical and chemical analysis of the material plays a relevant role; however, the practical effect of the preparation has to be checked through the physical and chemical analysis of the materials. So it is argued that the development of the materials science have been deeply depended on the physical and chemical analysis of the materials. This course covers the general theory of the physical and chemical analysis of the materials, which focuses on the components, structure of materials and characterization of micro-morphology. Based on the three main principles, this course will explore the general theory by utilized the precision instrument. The course mainly includes atomic spectrometry technology, molecular atomic spectrometry technology, scattering spectrometry, mass spectrometry technology which are the advanced technology of measuring the components and structure of materials. Furthermore, the course also investigates the micro-morphology of materials by electron microscopic technology and atomic microscopic technology. Finally, the modern analytical technology of deep-level transient spectroscopy is introduced for the physical and chemical analysis of semiconductor materials.
Course Code: 301053030 Course Name: Basic Polymer Materials Bases
Total Hours: 54 Credit: 3
Textbook/Teaching materials: Basic of Polymer Materials, Zhang liucheng ,Zai xiongwei , Chemical Industry Press, Jane.2007
Course Description：The course introduces students to understand the basic concept of polymer materials, synthesis method and characteristics of many important polymers . The emphasis of study is the relation between physical properties and microstructure, morphomogy and crystallite of polymer materials.
Course Code: 301054030 Course Name: Polymer Chemistry and Physics
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Outline of Polymer Materials, Wu qiye, Mechanical Industry Press, Oct.2004
Course Description：The course introduces students to learn the basic concept and foundamental theorems of polymer science(polymer physics and polymer chemical), synthesis method and characteristics of many important polymers . The course requires students to grasp the relationship between physical properties and microstructure, morphomogy and crystallite of polymer materials.
Course Code: 301076030 Course Name: Structural Chemistry
Total Hours: 58 Credit: 3
Textbook/Teaching materials: Foundmentals of Structural Chemistry, Zhou gongdu,, Duan liangyun Peking University Press, Jan. 2008
Course Description：Guided by the elementary theory of quantum mechanics, Structural Chemistry studies the structures of atom, molecules and crystals at atomic and molecular levels, and furthermore explores the relationship between properties and structures, finally help students to understand the properties of a compound are determined by its molecular structure, and reflect the way in which atoms are bonded to one another in the molecules of the compound.
Course Code: 301149020 Course Name: Stock Physics
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Stock Physics, Shangqiang Peng, Self-compiled handouts.
Course Description: It is a public optional course of undergraduate students of the university. The course is a typical inter-disciplines cultural quality course, mainly introduces the concept of joint-stock system, related security knowledge, principles of physics which can be used to analyze and judge the securities laws. It can help students learn how to use the relevant principles of physics to explain and analyze the development and trend of the Securities and thus form a relatively stable investment activity. This course mainly relates to investment philosophy, investment methods, how to watch the stock market, an how to master the but-time and buy-price. In addition, abroad securities, international exchange and other major financial markets are concerned. Teaching methods include classroom-teaching and internet teaching such as OICQ group, blog etc.
Course Code: 301089030 Course Name: Nanomaterial and Nanotechnology
Total Hours: 54 Credit: 3
Textbook/Teaching materials: An Introduction to Micro- and Nano-Science and Technology, Jiabaoxian、Liwenzhuo, Chemical Industry Press, Aug.2007
Course Description：Nanotechnology isn’t just one science. It touches on a variety of sciences such as physics, chemistry, material sciences, mechanical engineering and biology. This course focuses on nanomaterials and microscopy which include Scanning Tunneling Microscope (STM) and Atomic Force Microscope (AFM) used in nanotechnology. The main contents of nanomaterials are composed of the basic structural elements for nanomaterials, the physical & chemical properties and synthetic methods for any dimensional nanomaterials and the concepts and applications for nanostructures. The main objectives of this course are to comprehend the basic concepts & contents of nanotechnology, to discover what nanotechnologists are making happen today and to get a look at the groundwork for tomorrow’s nano-applications.
Course Code: 301156020 Course Name: The Applications of Computer to Material Science
Total Hours : 44 Credit: 2
Textbook/Teaching materials:The Applications of Computer to Material Science and Engineering, Yangmingbo、Huhongjun、Tangliwen, Chemical Industry Press, Feb.2008
Course Description：The computer as a modern tool has been applied comprehensively to material science & engineering and it has also advanced considerably the development of material science. This course makes a comprehensive introduction to a variety of applications of computer to material science. Based on the inevitable theoretical models and analyses, many practical applications are illustrated and the capabilities of students to solve practical problems and make creative ideas are also cultivated by some experimental times of manipulating computer. Moreover, this course includes the newest applications of computer to material science at home and abroad and their trend of future development. This course requires students to grasp the mathematical models & analytic methods in material science, to learn how to operate several data-handling & professional softwares, to understand other applications of computer to material design, processing and measuring.
Course Code: 301048030 Course Name: Electronic Ceramics
Total Hours: 54 Credit: 3
Textbook/Teaching materials:Electronic Ceramic Materials, Jianguo Zhu, Sichuan University(Lectures), Sept.,2009
Course Description：Electronic ceramics are ceramics which were used in electronic technology. Usually,electronic ceramics could be divided by two kinds of electronic structure ceramics and electronic functional ceramics. Utilization of ceramics in microelectronics; thick film and thin film resistors, capacitors, and substrates; design and processing of electronic ceramics and packaging; magnetic ceramics; ferroelectric ceramics and electro-optic devices; optical wave guide applications and designs. This course will systematically describe the basic principles, functionalities and properties, consitutent materials, preparation techniques, and relative applications of various electronic ceramics.
Course Code: 301061040 Course Name: Solid Sate Physics
Total Hours: 64 Credit: 4
Textbook/Teaching materials:Solid State Physics, Jianguo Zhu, et.al., Science Press, Sept. 2005
Course Description：Solid state physics is one of the most fast development section of physcs in 20th centry. Solid materials are formed from densely-packed atoms, with intense interaction forces between them. These interactions are responsible for the mechanical (e.g. hardness and elasticity), thermal, electrical, magnetic and optical properties of solids. Depending on the material involved and the conditions in which it was formed, the atoms may be arranged in a regular, geometric pattern (crystalline solids, which include metals and ordinary water ice) or irregularly (an amorphous solid such as common window glass).
The bulk of solid-state physics theory and research is focused on crystals, largely because the periodicity of atoms in a crystal — its defining characteristic — facilitates mathematical modeling, and also because crystalline materials often have electrical, magnetic, optical, or mechanical properties that can be exploited for engineering purposes.
The forces between the atoms in a crystal can take a variety of forms. For example, in a crystal of sodium chloride (common salt), the crystal is made up of ionic sodium and chlorine, and held together with ionic bonds. In others, the atoms share electrons and form covalent bonds. In metals, electrons are shared amongst the whole crystal in metallic bonding. Finally, the noble gases do not undergo any of these types of bonding. In solid form, the noble gases are held together with van der Waals forces resulting from the polarisation of the electronic charge cloud on each atom. The differences between the types of solid result from the differences between their bonding.
Course Code: 301009020 Course Name: Surface Engineering Technology
Total Hours: 32 Credit: 2
Textbook/Teaching materials:
Course Description:Science of surface engineering, playing an important role in mechanical manufacturing, metallurgy, electronic technology, vehicle and watercraft making, power sources, aviation and spaceflight, and ornament production, is one of the rapidly developing subjects in materials science and engineering. Surface engineering technology involves surface modification, surface process, new material synthesis on surface, and 3-D molding on surface. In this course, relative physical and chemical theories mentioned in surface engineering are introduced, followed by several kinds of surface engineering techniques and their working principles. This course requires the student to realize the meaning of surface engineering technology and the pretreatment methods, to understand relative physical and chemical theories, to grasp some of the surface engineering techniques, including surface quenching of materials, atoms diffusion under heat, spaying under heat, eletroplating, vapor deposition, as well as their working principles.
Course Code: 301139020 Course Name: New energy materials (bilingual course)
Total Hours: 32 Credit: 2
Textbook/Teaching materials:
Course Description:Instant energy, including solar energy, biomass energy, nuclear energy, wind energy, terrestrial heat and ocean energy, and secondary energy, such as hydrogen energy, are regarded as new kinds of energy, in which hydrogen, solar and nuclear energy are promisingly wide-used ones in 21st century. There are mainly four parts in this course, including materials in new type secondary batteries, fuel cells, solar cells and nuclear reactors, separately. And the working principles of main materials in the above are introduced. The course requires the students to realize the main sorts of materials in new type of secondary batteries, fuel cells, solar cells and nuclear reactors, to understand the physical/chemical characteristics of rare earth elements and the working principles of solar cells and nuclear reactors, and to grasp the main materials and their working principles in Ni/MH batteries, Li-ion cells, PEM fuel cells, melting carbonate fuel cells and solid oxide fuel cells, respectively.
Course Code: 301014030 Course Name: Analysis and Testing Technique for Materials
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Zhou Yu, Wu Gaohui， Analysis Methods in Materials Science ¾ X-rays diffraction and Electron microscopy in Materials Science, Harbin institute technology press, Second, 2007
Course Description:Analysis methods in materials science is a required course for the students of metal materials engineering department and the necessary and basic skill in scientific research on crystal structure and microstructure of materials The course is mainly composed of three parts: X rays diffraction analysis, electron microscope analysis and the advanced analysis means. The basic principle and analysis methods of X rays diffraction, crystal structure, transmission electronic microscope, scanning electron microscope, energy spectrometer, atomic force microscope and so on are covered in this course. The students are required to master the basic principle and analysis methods of materials crystal structure and microstructure.
Course Code: 301017020 Course Name: Computer Application in Material Engineering
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Visual FoxPro and Its Application System Development，Shi Jimin，et al.，Beijing：Tsinghua University Press，Apr. 2007
Course Description：This course, integrating characteristics of materials science, introduces the basic application of computers in materials engineering, and consists of computer design in the application of new materials, materials research in the computer simulation, materials, process optimization and automatic control, the computer in the material detection applications, materials research data and image processing, Internet applications in materials research. Through this course, students can get familiar with the field of computer applications in materials, and initially develop abilities of using related software to analyze materials and dealing with experimental results, and grasp skills of exploitation and application of database system for management of materials.
Course Code: 301018010 Course Name: Introduction of Materials Development
Total Hours: 28 Credit: 1
Textbook/Teaching materials: Self-compiled handout
Course Description：Through this course, students can learn about developments and present status of materials research, professional knowledge and trends of materials structure, performance and evaluation, and new materials, theories and methods. The teaching content consists of the development, application and research of materials, and overview on metal, ceramics, polymer materials, composites and approaching materials etc.
Course Code: 301021020 Course Name: Structure and Properties of Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Structure and Properties of Materials，Liu Rongsheng
Course Description:This course for students of non-material specialities, using multi-media teaching methods, and strive to use plain language reveal the relationship of material microstructure and properties to enhance the students understanding of the physical world. This is beneficial in the liberal arts students to establish a scientific way of thinking and understand materials and their research methods. Regarding engineering nonmetallic material specialities students, this course may guide the student to enter the metallic material domain, expands the student in the material aspect of knowledge. This course explains the main knowledge in the field of metal materials, as well as the most important applications so that the students have the thorough knowledge in the metal materials.
Course Code: 301023050 Course Name: Fundamentals of Materials Science（Ⅰ）
Total Hours: 80 Credit: 5
Textbook/Teaching materials: Fundamentals of Materials Science，Yan Qun，Feng Qingfen，Beijing：National Defense Industry Press，Jun. 2009；Fundamentals of Materials Science，Yan Qun，Feng Qingfen，College of Materials Science and Engineering，May 2003；Fundamentals of Materials Science（3rd. edition），Liu Zhien，Xian：Northwestern Polytechnical University Press，Sep. 2007；Fundamentals of Materials Science（2nd. edition），Hu Genxiang，Cai Xun，Shanghai：Shanghai Jiaotong University Press，July 2006；Fundamentals of Materials Science（2nd. edition），Shi Deke，Beijing：Machinery Industry Press，Jun. 2003 ；Fundamentals of Materials Science，Pan Jinsheng，Tong Jianmin，Tian Minbo，Beijing：Tsinghua University Press，Jun. 1998
Course Description：This course is the professional core course for undergraduate students major in materials. Through lectures, experiments, class discussions, extra-curricular practices and other educational links, it systematically introduces materials structure, crystal defects, crystallization and solidification, phase structure and phase diagram, proliferation of material, plastic deformation and recrystalization etc.; focuses on the common laws of materials, which consists of material composition, organizational structure, processing technology and the relationship between performance and changes in the law; guides the materials designs and applications. This course especially focuses on the training of problem-oriented abilities, so that students can master the basic theories of materials science and skills in experimental observation of organizational structures of materials, and lays the theoretical foundation for students of following-up study and engaging in materials research or technical work.
Course Code: 301027010 Course Name: Lectures of Material Science Development
Total Hours:16 Credit: 1
Textbook/Teaching materials:
Course Description:From the beginning of the basics of materials, the course introduces the classification of engineering materials, the concept and the main purpose of metal materials. Through the course, students understand the meaning and classification of new materials, and also have initial understanding the concept, features and cutting-edge developments in an initial understanding variety of new materials(high-performance structural materials, advanced composite materials, electronic information materials, new energy materials, nanomaterials, advanced ceramic materials, eco-materials, new functional materials, bio-medical materials, smart materials, new building materials, chemicals and new materials); The course also focus on teaching materials science principles, process lines and process, key technology and difficulties, powder materials, testing and characterization, quality control technology, production control technology and two-phase flow transport technologies of the nanometal Preparation of powder material by hydrogen plasma technology, with a view to students have a certain understanding of the preparation and application of advanced materials
Course Code：301029030 Course Name: Mechanical Properties of Materials
Total Hours: 48 Credit: 3
Textbook/Teaching materials:Mechanical Properties of engineering Materials，Sudelin，Machine Industry Press, July, 2003.Mechanical Properties Test of Metal Materials，Daiyakang，Machine Industry Press, January, 1991.
Course Description:The course of material mechanical properties is an important professional basic course of metal materials engineering professional. It main in research the mechanical behavior, the corresponding engineering indicators and test technologies of materials under loads, or loads and environmental factors (temperature, time, medium, loading conditions). To enable students to lay the necessary related knowledge and base quality of mechanical properties of materials for the in-depth studying of the follow-up professional courses as well as for professional and technical work. The course begins from the service conditions and failure phenomena of materials, analyzes the change of mechanical state in the service process. Let students understand the micro-mechanism of variety failure phenomenon of materials, grasp the criterion of mechanical properties of the measure of material failure resistance, have a clear indicator of the physical concepts related projects, engineering significance, test methods, testing techniques and the inter-relationship among the indicators; The course also analyses the mechanism of the internal factors and external conditions on the mechanical properties of materials, to provide the basis for the proper selection and rational use of materials.
Course Code: 301034030 Course Name: Principle of Phase transformation in Materials
Total Hours: 48 Credit: 3
Textbook/Teaching materials:Xu Zhou, Zhao Liancheng，principle of solid phase transformation in metals, Science press, 2004.3
Course Description:Principle of Phase transformation in Materials is a required course for the students of metal materials engineering department. The foundation of solid phase transformation of metals, mechanism of phase transformation of metals during heating and cooling, microstructure and related mechanical properties are introduced. The main contents cover basic concept of solid phase transformation of metals, austenite transformation during heating, pearlite phase transformation, martensite transformation and bainite phase transformation during cooling, tempering of as quenched steel and ageing transformation are covered. The microstructure feature and concepts of kinetics and thermodynamics of solid phase transformation also introduced. The students are required to master the mechanism of solid phase transformation of metals, the microstructure and mechanical properties after phase transformation. And students are also required to learn well the application of phase transformation.
Course Code: 301035020 Course Name: Material Selection and Application
Total Hours : 32 Credit: 2
Textbook/Teaching materials: The performance and selection of engineering materials, Kainan Si. Pidi Si King National Defense Industry Press, 1998; Selection and Application of Engineering Materials, F.A.A.kinaScience Press, 1990
Course Description：This course is mainly taught in the category of engineering materials, the performance of engineering materials, engineering materials, the performance of specific materials, design, and engineering materials, the design of a comprehensive material selection and application.
Course Code: 301039020 Course Name: Material Quality Control
Total Hours: 32 Credit: 2
Textbook/Teaching materials:
Course Description:This course introduces the main defects of metals during crystallization, hot rolling process and welding. The normal defects during crystallization are void, loosen, gas and non-metallic inclusions in steels. Their characteristics, testing, affected factors and preventing/eliminating ways can be presented. The relation between the defects and the properties of steels is also involved. It analyzes how the various melting methods affect it. The good furnace slag and refining could be important to improve the metallurgical quality. The defects will be generated during welding process due to fast heating and cooling, such as welding hot-cracks and cooling cracks. The appearances of the defects are characterized in this part. In the last part, the common defects are replicate, cracks and over-heat during the forging and hot rolling. The raw materials, heating parameters and process technics will affect the defects.
Course Code: 301160010 Course Name: Theory and method of creating and inventing
Total Hours: 17 Credit: 1
Textbook/Teaching materials: Theory and method of creating and inventing on material, Tumingjing, Sichuan University Press, Jan.2007
Course Description:In this course, the laws and methods of creating and inventing are summarized, and a variety of creative thinking, innovation approaches principles and invention methods are introduced, combined with scientific and technological research practice. The process and ideas of invention, creating and inventing law are described and analyzed in this course. Furthermore, a variety of creative thinking, such as divergent thinking, questioning mind, reverse thinking, divergent thinking, convergent thinking, image thinking, intuitive thinking , inspiration thinking, imagination thinking, etc, are explained based on relevant cases. In addition, this course focuses on about inheritance and innovation, migration and innovation, cross-breakthroughs and innovation, combined innovative method, science in the "little man zone" and "no man's land "Innovation and other principles of several innovative approaches，combined with scientific and technological research practice. It is hoped that it can inspire students to think creatively by studying this course, and offer help for their future learning and research work.
Course Code: 301042020 Course Name: Magnetic Material Science
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Magnetic Material, Tian Minbo, Tsing University Press,April.2001,Magnetic Physics, Wan Defu, Ma Delong, University of Electronic Science and Technology Publishing House, 1994
Course Description: This course is mainly related to the theory of magnetic material, high permeability material, high-coercivity material, the various effects of magnetic materials, magnetic recording materials, magneto-optical recording material, bonded magnets, superconducting magnetic and compelling new magnetic materials, and so on. The course is trying to explore the nature of magnetic materials in the magnetic electronic structure and crystal structure of two levels, meanwhile it also involves the preparation process, performance and testing of magnetic materials. The application of magnetic materials in high technology is specially emphasized.
Course Code: 301049020 Course Name: Electronic Information Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Electronic Information Materials，edited by myself；Electronic Materials，Jia Dechang，Harbin Institute of Technology Press，First edition，Dec. 2000
Course Description: Electronic information materials is foundation of Electronic information industry and a symbol of science，technology，economic level and military affairs force. The course focuses on resistance materials, capacitor materials, superconducting materials, semiconducting materials, photoelectron materials and recording materials and introduces conception, development, sorts, properties preparation and application of these materials. By studying, the students can know sorts, properties preparation and application of these materials and master conception.
Course Code: 301050020 Course Name: Powder Metallurgy Materials
Total Hours : 32 Credit: 2
Textbook/Teaching materials: Powder metallurgy，Wang Panxin，Beijing：Metallurgy Industry Press，May 1997；Principles of Powder Metallurgy（2nd. edition），Huang Peiyun，Beijing：Metallurgy Industry Press，Nov. 1997
Course Description：This course is elective course for undergraduate students major in materials. Through lectures, experiments, classroom discussions and extra-curricular practices and other educational links, it introduces the characteristics and applications of powder metallurgy materials, and the basic principles of powder metallurgy and basic concepts, having a better understanding on the process of powder metallurgy materials and products. It includes powder preparation, powder performances and their determination, forming, sintering, powder metallurgy materials and equipments introduction etc.
Course Code: 301051010 Course Name: Introduction to Corrosion and Protection
Total Hours: 18 Credit: 1
Textbook/Teaching materials: Introduction to Corrosion and Protection of materials, Heyedong, China Machine Press, First edition, Apr.2005; Stealthily Destroy --Corrosion of Metals, Caochunan, Tsinghua University Press , First edition, Jun.2000
Course Description：Aimed to provide a basic introduction of corrosion and its protection, this course is mainly about the dangerous of corrosion, principles and impact factors of corrosion and its basic protection. Introduction of thermal oxidation principle and its protection, environment impacts on corrosion, introduction of localized corrosion, electrochemistry protection, covering protection and inhibitors are covered in this course. Recommend as elective course for students with basic engineering knowledge.
Course Code: 301052020 Course Name: Composite Materials
Total Hours: 32 Credit:2
Textbook/Teaching materials:Composite Materials，Fengxiaoming，Zhangchongcai，Chongqing University of China Press, Spt.2007;Composite Materials，Wurenjie, Tianjin University of China Press, Dec.2000;
Course Description:The course focuses on the general theory and the classification of composite Materials, the main complex theory and the common preparation method and practical application of various types of composite materials. Based on the definition of basic concepts of composite materials and explaination of the major complex theory, this course focuses on the preparation methods and applications of all kind of reforcement, emphasizes the basic characteristics of metal matrix composites, polymer matrix composites, ceramic matrix composite materials, functional composite materials, nano-composite materials and graded composite materials. In addition, on teaching, the course introduces commonly preparation principles, techniques and applications of various composite materials. This course requires students to master the basic concepts of composite materials and the typical preparation methods and principles of various types of composite materials, to understand the basic characteristics of various types of composite materials and applications, to get the preliminary capability of the design and preparation on composite materials.
Course Code: 301057030 Course Name: Fundamentals of Engineering Materials
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Metal Material Science, Wuchengjian, China Metallurgical Industry press, Second edition, Aug.2009; Metal Material Science, Daiqixun, China Chemical Industry press, First edition, Aug.2005
Course Description：This is one of the compulsory courses for students major in Metallic Materials Engineering. The course covers the principles of alloying materials, such as alloy steel and alloy aluminum, copper, magnesium and titanium, as well as the influences of using alloying elements to the usability of those materials. This course also includes how alloying elements interact with iron, aluminum, copper, magnesium titanium and carbon, and the effects upon the phase transaction, strengthening and toughening of those materials. Meanwhile, the requirements of applying each kind of materials and the component-organization-performance relationship of common metals are also covered in this course. Basic understandings of physical metallurgy, principles of heating processing, mechanical properties of materials and machinery are prerequired.
Course Code: 301058020 Course Name: The Functional Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials:The Functional Materials，Yinjinghua、Wangyazhen、Jugang, Harbin Institute of Technology Press, Second edition, Mar.2004;New Functional Materials, Gongchangsheng、Zhangkeli, Chemical Industry Press, Jan. 2001
Course Description: The course focuses on the general theory, the basic materials, the application fields and the new research achievements of the typical metallic, inorganic and metalloid and high polymeric functional material. The course introduces a lot of functional materials, such as the shape memory alloys, the hydrogen storage alloys, the amorphous alloys, the superconducting materials, the conductive ceramics, the gas sensing ceramics, the humidity-sensitive ceramic, the bioceramic, the piezoelectric materials, the electric&light materials, the acousto-optic materials and the biomedical polymers. In addition, on teaching, the course emphasizes the application of theory to practice. This course hopes students to understand the functional materials, and to widen the students’ horizons.
Course Code: 301063030 Course Name: Solid State Physics (II)
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Physics of Solid State，Zhu Jianguo etc.，Science Press，Jan. 2007,A Simple Tutorial of Quantum Mechanics，Zeng Jinyan，Science Press，2008
Course Description: This course systematically introduces the basic concepts of solid-state physics, the basic theory and physical model and describes the structure, the law of combination, the state of motion and the energy of atoms in solids. The equations of motion, energy band structure of electronics in solids, the conductive mechanism of metal conductors, the basic principle of semiconductors and the basic law of superconductors are also involved.
Course Code: 301068020 Course Name: Mechanical Failure Analysis
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Mechanical Failure Analysis, Liuruitang, Harbin Institute of Technology Press, First edition,Sep.2003;Failure Analysis of Engineering Materials, Charlie R.Brooks、Ashok Choudhury, China Machine Press, First edition, May.2003
Course description: A highly comprehensive course with great practicability, which involved materials, engineering, mechanics, corrosion, machinofacture and some related subjects. Covering the principles, mechanisms, disciplines and some cases of the mechanical failure and failure analyze, such as failure modes, reasons, crack and fracture analysis and basic steps to complete a failure analysis. There are many cases studies provide a good opportunity for students to improve their analysis skills and apply what they learned in class into practice so as to help them to master the basic method of mechanical failure analysis.
Course Code: 30102520 Course Name: Computer Manipulation of Data and Image
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Computer Manipulation of Data and Image，Tsinghua University of China Press，Liu Rongsheng，Sep.2005
Course Description:Using mathematical statistic's method to process experimental data, is commonly used in scientific research. This course introduces some of the important statistical concepts and methods, and implement the "Do not seek systematic, just for practicality," the basic ideas, focusing on applied a strong statistical inference methods and regression methods. The second part “statistical software SPSS10.0 for Windows” realizes the statistical methods chosen by the first part by computer. "Microcal Origin6.1" is the engineering and technical personnel in foreign countries and students of science and technology widely used in data analysis and graphing software, this course introduces the basic use of the software. Computer image processing section focuses on the computer image processing hardware, systems, technology-based, image management and browsing interception techniques and image editing and processing technology and so on. This course has involved with six major mainstream softwares related with the experimental data and image processing. Fully understand these software will greatly enhance the level and efficiency of student research.
Course Code: 301074020 Course Name: Heating furnace and experimental Parameter
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Modern heat treatment furnace, Wu guangying, China Machine Press, April.1991; Heat treatment progress, Wu guangzhi, National Defense Industry Press, April.1998
Course Description: The main content of the course is divided into two parts: based on the literature and data about heat-treatment at home and abroad in recent years, part I systematically introduces the modern heat-treatment furnace design idea and the research advance, including the kind of the material which is used for construction of the furnace, the basic structure of the heat treatment furnace, the heat transfer calculation, and so on. Meanwhile some typical types of heating equipment, such as the cycle-type resistance furnace, the controlled atmosphere furnace and the vacuum furnace have also been mentioned. Part II focuses on the working principle and the use of the temperature measuring and controlling instruments for the heat-treatment furnace. The working principle, the use and error analysis for thermocouple, resistance thermometer, DC potentiometer as well as moving-coil instrument has been described in detail.
Course Code: 301078010 Course Name: A Brief Introduction to Metallic Materials
Total Hours: 16 Credit:1
Textbook/Teaching materials: A Brief Introduction to Metallic Materials，Chen Yungui, Teachers handout；Metallurgy and Metallic Cultural Relics in Ancient China，Lu Dimin, Wang Daye，Shannxi Science and Technology Press，Oct:1998；Advanced Materials: Stepping Stones to Human Civilization，Zuo Tieyong, Zhong Jiaxiang，Chemical Industry Press，Sept:2002；Advanced Materials and Contemporary Civilization，Zhao Jianxi，Hubei Education Press，Jan:2000
Course Description: The course is a brief introduction to metallic mateials and engineering. It briefly introduces the metals concise history, the metallic structure materials (steel, iron, aluminum, magnesium, copper, zinc and titanium etc), the metallic function materials (permanent magnet material, soft magnetic material, magnetic information material, magnetocaloric material, shape memory alloy, high damping alloy, superconducting material and hydrogen storage material etc), the metal process techniques (metallurgical process, mechanical manufacturing, foundry, plastic forming, welding & joining, heat-treatment and powder metallurgy etc ) and the metal analysis and measurement techniques (mechanical performance testing, optical microscopy, X-ray diffraction, scanning electron microscopy, transmission electron microscope, thermal analysis and composition analysis etc). The course lays stress on the concept, features and applications of those mentioned above. Moreover, the knowledge architecture, educational objective, learning method, occupational direction and future development in the speciality of Metallic Materials Science and Engineering are also involved in the course.
Course Code: 301079020 Course Name: The Corrosion and Protection of Metals
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Introduction to Corrosion and Protection of Materials, Heyedong, China Machine Press, First edition, Apr.2005;The Corrosion and Protection of Materials, Sunqiuxia, China Metallurgical Industry Press , First edition, Jan.2003
Course Description：The course covers the discipline and mechanisms of corrosion, method of corrosion analysis and corrosion prevention principle and technologies, including thermal oxidation principle and its protection, principle of electrochemistry corrosion, localized corrosion and its impact factors, metal corrosion in natural environment, inoxidability of materials, electrochemical protection, covering protection, inhibitor and its application. Understanding of physical chemistry, electrochemistry and material science are necessarily to this course, knowledge of metallurgy, mechanical engineering, biology and solid physics can be very helpful.
Course Code: 301088020 Course Name: Nano-sized Materials & Technology
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Nano-sized Materials，China Machine Press, 2004, Ding Bingjun
Course Description: The course focuses on concepts of nano-sized materials, basic nano effects, basic structure and preparations of nano-sized materials. Moreover, pays more attentions on the mechanical properties, electric performance features, magnetic properties, optical properties and thermal properties of nano-sized materials based on the progresses of investigations and some related basic theories, also on the application prospects in the national economy. By the end of this session, students should have a better thorough understanding of nano-sized materials, nano effects, the preparations and synthetic methods, and the influences of nanometer size on properties and performances of materials. Student can gain a systematic theoretical basis for the subsequent nano-related job after passing through the course.
Course Code: 301090020 Course Name: Nanometer Material and New Material
Total Hours: 32 Credit:：2
Textbook/Teaching materials: Advanced New Material, Zeng Guangting, Liu Ying, Industry Press of China, Apr, 2006; Metallic Function Materials, Wang Zhengpin, Zhang Lu, Chemical Industry Press of China, Mar, 2004; New Material-Key of Human Civilization, Zuo Tieyong, Zhong Jiaxiang, Chemical Industry Press of China, Sep, 2002.
Course Description:New materials are important and basic materials for information, biological, energy and other high-tech industries and national defense, which have special electrical, magnetic, sound, light, heat, mechanical and biological properties. They also have great influence on traditional industries reforming. This course concentrates on introducing scientific knowledge of new materials, such as nano-materials, superconducting materials, shape memory alloys, functionally gradient materials, amorphous alloys, information materials, new energy materials and optical materials, etc. The course will present development of the new materials; clarify important concepts related to them; analyze their functional features and basic principles; provide typical preparation technologies and introduce practical application of these new materials. This course aims at promoting students with good understand of research fronts in new materials, enhancing their mastery of related knowledge and inspiring their creativity. It can provide students with initial abilities of applying theory in practice, and establish foundation for their learning and scientific research in future.
Course Code: 301069020 Course Name: Basic materials and new materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials:
Course Description：Materials, energy, information is the objective world, the three elements constitute the three pillars of modern civilization. Since ancient times, materials with the development of human society and people's daily lives are woven together. Material development and progress continuously improve and enhance the quality of human life, from the process of development of human society can be seen, historians have long been characteristics of the materials used by humans to divide the stage of historical development. Courses through the presentation of the material that people live in the world, showing the traditional metal materials, inorganic non-metallic materials and polymer materials, the development process, revealing a variety of new materials in the development of new energy, the rapid development of the information age, as well as intelligent materials and micro-oriented areas such as high-tech applications.
Course Code: 301066020 Course Name: Welding Metallurgy
Total Hours : 34 Credit: 2
Textbook/Teaching materials: Composing
Course Description：This course is an important foundation for engineering majors courses. Course content includes: the formation of welded joints, welded joints of the characteristics of regions, the nature and characteristics of fusion zone, weld metal pearlite-type organization and performance of Austenitic weld metal structures and properties, weld heat-affected zone, welded joints of hydrogen and its impact, the shortcomings of the welded joints and welding metallographic analysis. Student to learn this lesson, master the basic principles of welding metallurgy, welding materials, welding and welding technology. Can a correct analysis of the welding material, formulate a reasonable welding process, select the appropriate materials, and can carry out welding materials design. Welding Metallurgy important element to be discussed the following four parts; weld metal melting and solidification; welding heat affected; welding area of performance; metal welding basics.
Course Code: 301030020 Course Name: Material heat treatment
Total Hours: 34 Credit: 2
Textbook/Teaching materials: Metal Heat Treatment technology
Course Description：This course is a metal material engineering a professional compulsory subject. As a means of strengthening material, through the study and grasp of the basic principles of heat treatment process, master of metal and alloy heat treatment process on the organization and performance of law; familiar with the main heat treatment process specifications, to understand the direction of development of this discipline and the latest results, For the analysis, development of heat treatment process and to explore lay the foundation for the development of new technology. Completion of this course, should meet the following requirements: to master the basic process of steel heat treatment: annealing, normalizing, quenching, tempering, induction heat treatment, chemical heat treatment principle and technology. Familiar with the increased mechanical parts, tools, product quality and life expectancy should be taken.
Course Code: 301020030 Course Name: Fundament of Material Processing
Total Hours: 48 Credit: 3
Textbook/Teaching materials: Material Forming Technology and Equipment
Course Description：Fundament of Material Processing program is oriented toward the 21st century by the Ministry dealing with engineering undergraduate classes, nearly Materials demands for reform of professional training model and materials, professional basis set series of subjects. The course is a materials engineering and materials engineering students near the compulsory course a technical basis, which is the study of metal material and non-metallic materials, spare parts and their rough machining principles, processes and characteristics of a technology foundation courses, including casting , welding, pressure plastic processing, powder forming, plastics, rubber, ceramics and related materials, mold design, processing and manufacturing expertise. After this course requires students to learn according to the product shape, structure, size and the production of actual choices made by rational forming process.
Course Code: 301077020 Course Name: Metallographic technique
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Composing
Course Description：This course is a students grasp the material microstructure testing a key Specialized. Courses are a combination of theoretical and experimental courses. Focuses on classroom teaching materials, some of the basic principles of analytical methods and the use of equipment, structure, operation and maintenance; and then the students to experiment hands grasp the basic skills materials, organizational analysis, so experimental courses in this program plays an important role. Materials analysis of metallic materials is necessary for undergraduates to be a skill. The students through this program so that students of some of the Pre-basic course have a deeper understanding. Combination of materials, research methods, comprehensive utilization of all kinds of knowledge, the other failed parts, special treatment of the organizations in-depth analysis, so that students master basic skills test.
Course Code:301143020 Course Name：New Nonferrous Metals
Total Hours:32 Credit：2
Textbook/Teaching materials: Nonferrous Metals and Heat-treatment，Zhang Baochang，Press of Northwestern Polytechnical University，1993.10；Introduction of Nonferrous Metals Engineering, Li Wenxian, Metallurgical Industry Press, 2007.6 ；Nonferrous Metals Science, Tan Shusong, Metallurgical Industry Press, 1993.10
Course Description:Based on the microstructure of traditional non-ferrous metals such as Cu, Al, Mg, Ti, Ni, W, Mo and the alloys, composition, casting properties, mechanical properties and anti-corrosion properties of these metals and alloys are introduced. Furthermore, the theory and process of heat-treatment of non-ferrous metals and the alloys are analyzed, thus the research, application and development of these new alloys are involved, combined with the progress of new science and technology. For instance, the research and progress of copper alloys with high strength and high conductivity, application of shape memory alloys, Al-Li alloys with high strength, Al based composites, property of titanium alloys are discussed in detail.
Course Code: 301032020 Course Name: Physical Properties of Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials:Physical Properties of Materials, Tian Shi, Press of Beihang University, 2004.11；Physical Properties of Materials, Chen shuchuan, Press of Shanghai Jiaotong University, 1999.6；Physical Properties of Metal Materials, Song Xuemeng, Press of Mechanical Industry, 1991.7；Physical Properties of Metal Materials, Xu Jingjuan, Press of Shanghai Science and Technology, 1988.3
Course Description：On the basis of microstructure and crystal dislocations of metal materials, combined with solid physics theory, physical properties of materials, especially for metal materials, including electrical property, thermo properties, magnetic properties and thermo properties are explicated in detail. Furthermore, the effects of crystal structure, mechanical process and heat-treatment on the physical properties are analyzed. Relative measurement methods of the physical properties and applications in material investigation are also introduced. This course aims to make students master the mechanism of physical properties of metal materials and to understand the relationships between properties and microstructure, compositions of metal materials.
Course Code:301148020 Course Name: Test and Research Methods For Biomedical Materials
Total Hours:32 Credit:2
Textbook/Teaching materials: Mechanical Properties of engineering Materials，Sudelin，Machine Industry Press, July, 2003；Mechanical Properties Test of Metal Materials，Daiyakang，Machine Industry Press, January, 1991.
Course Description:The research of this course is the mechanical behavior and testing methods and technology of materials in outer loads, or loads and environmental factors (temperature, medium, loading rate) combined effect. The aim of learning the course is to enable students to understand the micro-mechanism of failure phenomena of various materials from the material service conditions and failure phenomena, and propose mechanical properties indicators for measuring the failure resistance, grasp the physical concept, engineering significance test methods and test techniques, have clear understanding of the relationship between indicators, analysis of the mechanisms of internal factors and external conditions on the materials mechanical properties. Much of this course applies to different materials, have the scope of universal significance in the "great material" subject, such as the stress-strain state and its influencing factors, strength, plasticity, toughness, fatigue and so on.
Course Code: 301150020 Course Name: Ancient Bronze Vessels Art and Fabrication of China
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Chinese Bronze Appreciation, Shanghai Ancient Books Publishing House, Ma Chengyuan，
Course Description:Ancient Chinese bronzes embody the aesthetic imagination of our ancestor’s excellent ability and great skill of artistic creation, the ancestors left us a highly valued cultural and artistic heritage and precious relics of information. This course explains the occurrence, development and research of ancient Chinese bronzes. Students are required to understand the type of ancient Chinese bronzes, art elements and preparation methods. From the shape, decoration and inscriptions, students will know how to appreciate the artistic charm of ancient Chinese bronzes, to understand the relationship between bronze material composition and performance and the main production method of bronzes. The understanding of how our ancestors to grasp the complex bronze production process will help students to enhance their sense of national pride, then enrich their historical and cultural heritage, and cultivate their noble sentiments.
Course Code: 301010010 Course Name: Preparation and characterization of glasses
Total Hours: 16 Credit:1
Textbook/Teaching materials: guide for experiments of inorganic materials, Gou Li, Yao Yadong
Course Description:Glasses are by far the most important group of inorganic materials.This course focuses on technologies to prepare glasses including melting and solidification. The process depends to a large extent on the viscous flow characteristics of the glass and its dependence on temperature. Based on these basic technologies, the students can develop special glasses.
Course Code:301073020 Course Name: Application of Computer in Materials Engineering
Total Hours:32 Credit:2
Textbook/Teaching materials: Application of Computer in Material Science ，XinhuaXu,China Machine Press,2007
Course Description:This course focuses on the basic applications and development trends of computers in material engineering, including the applications of computer in the design of new materials, computer simulation in material research, optimization and automatic control of material process, computer applications in material testing, data and image processing in material research, the applications of Internet in the material research, etc. Focusing on the use of artificial neural network (ANN) and image processing techniques in materials engineering .This course enables the students to have basic abilities to carry out the initial material analysis and process experimental results, have basic abilities to develop appropriate material analysis software and manage material using database systems.
Course Code: 301046020 Course Name: Electronic Materials and Elements
Teaching Hours: 32 Credits: 2
Textbook/Teaching materials: Functional Ceramics and their Applications， Quyuanfang，Chemical Industry Press, March 2003
Course Description: Electronic materials are an important part of the current materials science. There are many kinds of electronic materials with a wide scope of uses in a lot of fields. Electronic materials are the basis of electronic elements production and integrate circuits, and the guarantee for high performance and reliability of advanced electronic elements and systems. The variety, quantity and quality of one country’s electronic materials are the main indicators to weigh its science and technology, national economy and military defense.
Based on the features of the discipline, the Course introduces inorganic electronic materials and their elements, including the conspectus of electronic materials, the performance of electronic ceramics and the principle of preparation process. It focus on the introduction of several common electronic ceramic materials – structure ceramics, piezoelectric and ferroelectric ceramics, high frequency medium ceramics, microwave ceramics, superconductor ceramics, semiconductor ceramics, magnetic ceramics and etc. The assembly process of electronic ceramics is also given in the Course.
Course Code: 301041020 Course Name: Magnetic Materials
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Magnetic Materials, Minbo Tianl. Tsinghua University Press, 2001
Course Description: The course of Magnetic Materials starts from the essence of the magnetism, and let us know the structure, the preparation, the properties and the applications of magnetic materials. The chapters in the course include: Basic Theory of Magnetism, High Permeability Materials, High Coercive Force Materials, Physic Effect of Magnetic Materials, Magnetic Record and Materials, Magneto-Optical Materials, Bonded Magnet, Superconductor Magnet and Materials, Other Noticeable Magnetic Materials. The course is one of the elective courses of the material-relevant specialties. The course will help the students lay a good foundation for the deep study and research of all kinds of magnetic science and materials.
Course Code: 301012010 Course Name: Preparation and characterization of films
Total Hours: 16 Credit:1
Textbook/Teaching materials: guide for experiments of inorganic materials, Gou Li, Yao Yadong
Course Description:This course focuses on thin film technologies for materials including sputtering, RF plasma enhanced CVD, microwave plasma CVD. Also introduces film characterization, such as four probe method for resistivity detection, contact angle detection. Based on these basic technologies, the students can develop new films for device applications.
Course Code:301098020 Course Name:Production practice
Total Hours:32 Credit:2
Textbook/Teaching materials: Guide Book on Production Practice of Biomedical Engineering（self-complied teaching materials）
Course Description：As a compulsory practice teaching course designed for biomedical engineering students, the course is the important practice teaching link in the undergraduate teaching, and it is an important way of enhancing theoretical knowledge and the ability of linking theory with practice, culturing practical ability and innovation ability, and achieving the aim of personnel training. It can make students know the society, contact the production, know the practical application, and broaden the horizons. Though internship, students can combine the basic knowledge and specialized knowledge with the practical application, and then further understand what they learn from the textbook; know biomaterials, artificial organs, medical instrumentation; know medical image processing and the production, processing and application of medical devices ; know the production and management model of companies and enterprises; know the application field of biomedical engineering; and know the technology, methods, products, application and development of biomedical engineering.
Course Code: 301095010 Course Name: Cognition practice
Total Hours: 16 Credit: 1
Textbook/Teaching materials: Guide Book on Cognition Practice of Biomedical Engineering（self-complied teaching materials）
Course Description：Through internship, students can know practical application field of biomedical engineering; have a general idea about the technology, methods, products and development of biomedical engineering; have a general idea about the particularity of the production and application of medical products, devices and system; have a general idea about basic knowledge and concepts related to biomedical engineering, such as biomedical materials, artificial organs, detection of biomedical information, biomedical imaging and image processing, and diagnosis and treatment machines, tissue engineering and so on. Internship can also culture perceptual knowledge toward the major, and let students know generally the major and appreciate it.
Course Code: 301092020 Course Name: Refractories
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Refractory Technology, Wang Weibang, Metallurgical Industry Press, May 1994.
Course Description：The course of Refractories is a professional elective course for the undergraduate student majored in inorganic nonmetallic materials engineering. This course mainly introduces the composition, structure, property; application, technology and synthesis methods of refractories. The course illustrates the basic characteristics, technology mechanics, techniques and main application of refractories from its composition, structure, property; and preparation technology. It also introduces the latest characteristics of synthesis and preparation of refractories and the trend of development on two dimensions of research and application. Refractory Technology published by the Press of Metallurgical Industry is used to be the textbook. This course will be taught mainly by classroom teaching, including referring the latest literature, group discussion and special reports as well. This course also can be the elective course for the student majored in chemical engineering, metallurgical engineering and so on.
Course Code: 301091020 Course Name: Preparation and Characterization of Nanometer Powder
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Inorganic Nanometer Materials, Liu Jiping, Liao Liling, Science Press, Mar. 2004; Preparation and Application on Ultra-Micropowder, Wang Shimin, Xu Zhuxun, Fu Jing, Chemical Industry Press, Aug. 2005.
Course Description：The course of Preparation and Characterization of Nanometer Powder is a required course for the undergraduate students majored in inorganic nonmetallic materials engineering. This course mainly introduces the new preparation methods and characterization of nanometer materials. It illustrates the latest preparation methods, technology mechanics, structure of equipment and technical characteristics from the preparation mechanics of nanometer materials. It illustrates the usage, analytical method and the range of application of some main characterization techniques from its mechanics. It also introduces the new achievements and the trend of development of preparation and characterization of nanometer materials on two dimensions of research and application. This course will be taught mainly by classroom multimedia teaching, including special reports, group discussion and literature review as well.
Course Code: 301110020 Course Name: Advance of Biomedical Engineering
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Basics of Biomedical Engineering
Course Description: Based on the reading the newest references of biomedical engineering, the students can grasp the general experimental skill, the choice of task and the research methods of the every correlative field, so that the students will finish the study tasks of biomedical engineering in future. During this course, students can analyze the obtained information, pose and resolve some encountered problems of biomedical engineering, including the novel biomaterials and medical equipments, the newest medical images. These will help enhance the creative ability of the students.
Course Code: 301100020 Course Name: Biomedical Materials & Artificial Organs
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Zheng Changqiong, Biomedical Materials & Artificial Organs（self-complied teaching materials）, 2005; Yang Zibing, Contemporary Medical New Theory and Technology Series — Biomedical Engineering, Heilongjiang Science and Technology Press, First Edition, Jun, 2000; Yu Yaoting, New Materials Series in 21th Century — Biomedical Materials, Tianjin University Press, Second Edition, Dec 2000
Course Description：As a significant specialized course of biomedical engineering (Major in biomedical Materials & artificial organs), the interdisciplinary course involves chemistry, material science, biochemistry, cell biology, medicine etc. Taking artificial organs as the mainline, the course offers a detailed introduction to various organs’ special requirements for materials, artificial organ design, principle, structure, performance, preparation, clinical application, research status, and development direction. Based on the knowledge of artificial organs, the course focuses more on its latest development, making students grasp and familiarize the basic knowledge and cognize this subject from a broad view.
Course Code: 301101040 Course Name: Basics of Material Science
Total Hours: 64 Credit: 4
Textbook/Teaching materials: Eessentials of materials science and engineering, Donald R Askeland, Pradeep P Phule, 2005, Qinghua University Press；Fundamentals of materials science and engineering, William D. Callister, 2004, chemical industry Press
Course Description:This course focuses on essentials of materials science. It reviews basic bonding relations, structure, and defects in crystals, microstructural control in metals and ceramics; discusses physical properties of materials as affected by structure; control of properties by techniques involving structure property relations; basic photoelectrical and magnetic properties, emphasizing in mechanical property. Metals, ceramics, glasses, polymers and composites are also introduced. These key ideas are essential to preparation, selection and application of biomaterials. This course is taught in English and Chinese in order to enlarge student’s English vocabulary on materials.
Course Code: 301110010 Course Name: Creative experimental of Biomedical Engineering
Total Hours: 24 Credit: 1
Textbook/Teaching materials: Basics of Biomaterials Science
Course Description: This course includes two parts, and students can choose and finish either part. One part is scientific research projects from the teachers. Based on the knowing the research background and the key techniques of the projects, the students can finish the part research task with his teacher's guidance. Another part is the research projects chosen by the students. The part needs the students to collect the references, put the research problems, and write the research project with the experimental conditions, finally finish them with the teacher’s guidance. During this course, students can grasp the basic operation of the general equipments, learn the collection and integration of the correlative references, and know the general process of the scientific research. These experiments can help the student to achieve the further combination of practice and theory.
Course Code: 301122030 Course Name: Selected Topics on Ceramics and Glasses
Teaching Hours: 48 Credits: 3
Textbook/Teaching materials:Modern functional Ceramics， Xuzheng，Nihongwei，National Defense Industry Press, 1988;Glass Technology， Northwest Institute of Light Industry，China Light Industry Press, 1995;
Course Description:As traditional inorganic materials, ceramics and glasses are widely used in the fields of chemistry, food, pharmacy, architectures, national defense and scientific research. With the development of science and technology, more and more requirements are put forwarded in respect of the performance, quality and variety of ceramics and glasses, which results in developing ceramic and glass materials into new inorganic nonmetal materials with a series of special functions.
The Course gives a complete introduction of structure, performance, use and preparation process of various old and new glasses and ceramics. Some old and new types of glasses, such as flask glass, vessel glass, flat glass, vacuum glass, quartz glass, optics glass, crystallite glass, apparatus glass and special glass, are briefed.
The Course also introduces different kinds of daily-used ceramics and decorating technics, some structural ceramics and such new types of functional ceramics as transparent ceramics, optics ceramics, intelligent ceramics, superconductor ceramics, nanometer ceramics, biologic ceramics and functional ceramic films.
Course Code:301117020 Course Name: Specialized basic experiments of biomedical engineering
Total Hours:32 Credit: 2
Textbook/Teaching materials: Guide Book on Biomedical Engineering Experiments（self-complied teaching materials）
Course Description：As a compulsory practice teaching course designed for biomedical engineering students, the course is the important practice teaching link in the undergraduate teaching. The goal of this course is to equip students with the ability to learn and grasp the basic experimental methods, use what they learn to observe, analyze and solve issues, and improve their experimental operational skills. The course consists of two parts, biomaterials and biomedical images. The experiments of biomaterials include the preparation and performance test of organic and inorganic biomaterials, as well as the material performance evaluation, covering the main aspects of biomedical material research; the experiments of images involve image enhancement, image segmentation, image coding and image measurement etc, all being basic methods of using image tools to do research. Students will do the corresponding experiments according to their majors.
Course Code: 301121010 Course Name: Ceramic Appreciation and Ceramic Technics
Teaching Hours: 20 Credits: 1
Textbook/Teaching materials: Ancient Ceramics Appreciation， Yangjingrong，Guangxi Normal University Press, Jan. 2000
Course Description:This Course is optional in respect of culture quality. When selected, it will help students improve their comprehensive qualities and understand the development history of Chinese ceramics, the achievements of ancient ceramics and the development of modern functional ceramics. The Course can also help students widen their visions, enrich their knowledge and improve their employment competition, which benefits the cultivation of composite talents.
The Course introduces the origination and development of ceramics, the achievements and history of
China
ancient ceramics, the classification of ceramics, the preparation technics (molding, drying and cremation of pottery) and the decoration of daily-used ceramics. It stresses the well-known ancient kilns and famous ceramic pieces of different times and briefs the development and main uses of modern functional ceramics.
Students can choose to experience ceramic techincs in order to know the preparation process of ceramics.
Course Code: 301111020 Course Name: Research Training of Biomedical Engineering
Total Hours: 32 Credit: 2
Textbook/Teaching materials: INTRODUCTION TO BIOMEDICAL ENGINEERING（Second Edition）Copyright 2005,ElsevierInc.
Course Description: this course is designed to enable students to grasp initially research methods of biomedical engineering, and apply the basic theories, professional knowledge and basic skills through reading related papers, and improve their ability of analyzing and solving practical problems, then can write out one or two academic papers with a certain levels, and further develop their capacity for independent innovation. Main training covers a variety of biological materials design, synthesis, analysis and produce, a variety of the latest medical image acquisition and processing, and software development, a variety of new medical equipments improvements, research and development.
Course Code: 301129020 Course Name: Specialty Experiments
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Professional Courses and Professional Experimental Guide Books for Inorganic Non-metallic Materials, Gou Li, Yao Yadong, Sichuan University, Jun.2005.
Course Description：The point of specialty experiments is synthetical experiments and branches of knowledge will be integrated into this practice after the students learning the core professional courses. It’s very important for the students to master the professional qualities and train the abilities of parsing and solving problems. This course is a required course for the undergraduate student majored in inorganic nonmetallic materials engineering in order to train their experimental skills. It includes the specialty experiments and course experiments. According to the experimental teaching arrangement, teacher gives a lecture then the students do the experiments by themselves. The basic requirements include: the student should prepare the related experimental contents, know well the basic theory, and master the experimental methods, check the basic theory and qualification by the experiments. The students should obtain favorable experimental results and explain well the results and problems by their reasonable designs, carefully observations and rigorous analyses.
Course Code: 301127020 Course Name: Physical properties of Materials
Total Hours: 32 Credit:2
Textbook/Teaching materials:Zhenduo Guan, Physical properties of inorganic Materials, 1992,Qinghua University press；Chengjun Qiu, Physical properties of Materials, 2003, Harbin Institute of technology press；Shuchuan Chen, Physical properties of Materials, 1999, Shanghai Jiaotong University press
Course Description:Property of materials is one of key factors of materials science and engineering. It is a determinant of application of materials. This course focuses on basic physical properties of materials, such as mechanical, thermal, electrical, magnetic and optical properties. It reviews basic principles and mechanisms of different properties, discusses physical properties of materials as affected by structure; control of properties by techniques involving structure property relations; microstructural control in inorganic materials. These properties are essential to preparation and application of inorganic materials. This course requires students to grasp important principles and mechanisms of different properties as well research methods of properties.
Course Code:30104335 Course Name:Physical Chemistry of Inorganic Materials/ Fundamentals of inorganic materials science
Total Hours: 64 Credit: 4
Textbook/Teaching materials: Fundamentals of inorganic materials science, Qunxiong Pan, et al. Chemical Industry Press, 2007；Fundamentals of inorganic materials science, Xiaolan Song, et al. Chemical Industry Press, 2006
Course Description: This course is one of the quality courses of Sichuan province and gets the first prize of “the Teaching Excellence Awards of Sichuan University”. This course is also the written examination subject of the “Graduate Entrance Examination of Sichuan University” for material specialty (inorganic materials). The course starts from the basic common rules of inorganic materials science and engineering, and clarifies the common disciplinarian among composition, structure and properties of inorganic materials basing on fundamentals and method of material science. The main content of the course including following chapter: Crystal Structure, Crystal Defect, Solid Solution, Glass and Melts, Surface and Interface of Solid, Principles of Colloid Chemistry, Phase Equilibrium, Diffusion, Phase Transition, Solid Reaction and Sinter. The course is a basic theory course and a required main course in the teaching plan for the major of inorganic nonmetallic materials and of biomedical engineering (biomaterial specialty)
Course Code: 301123010 Course Name: Preparation and characterization of ceramics
Total Hours: 16 Credit:1
Textbook/Teaching materials: guide for experiments of inorganic materials, Gou Li, Yao Yadong
Course Description:Advanced ceramics play an important role in our daily life and national defense. This course focuses on ceramic technologies including milling, forming, sintering. Also introduces characterization of ceramics, such as porosity, density, hardness, etc. . Based on these basic technologies, the students can develop advanced ceramics for device applications.
Course Code: 301157030 Course Name: Digital Signal Processing
Total Hours: 64 Credit:4
Textbook/Teaching materials: Digital Signal Processing，Peiqing Cheng, Tsinghua University Press
Course Description:This course is a foundation course for the study of professional knowledge .Introducing the characteristics of digital signal processing, the characteristics of digital signal processing as compared with traditional analog signal processing technology, the applications of digital signal processing, the theory of digital signal processing, the development overview and development trends of digital signal processing, etc. Also having some introduction of Discrete Fourier Transform, Fast Fourier Transform Algorithm, methods of digital filter design , design of FIR filter ,design of IIR filter and digital signal processing systems.
Course Code: 301153020 Course Name: Specialized English for biomedical engineering
Total Hours: 32 Credit: 2
Textbook/Teaching materials: Specialized English for biomedical engineering（Taking the original English books）
Course Description：Taking the original English books, the course contains introduction to biomedical engineering, biofunctionality and biocompatibility of biomaterial, digital image processing. Emphasis will be placed on the extension of the specialized English vocabulary and the improvement of reading comprehension, translation and writing skilles of the specialized English. The goal of this course is to equip students with the ability to search specialized literature dealing with biomedical engineering very rapidly, to read and translate the literature freely. This is an useful course for student to lay an English foundation for further study.
Course Code:301154020 Course Name:SPECIALTY ENGLISH
Total Hours:32 Credit:2
Textbook/Teaching materials: W. D. Kingery, Introduction to ceramics John Wiley & Sons, 1976
Course Description:This course focuses on essentials of solid. It reviews basic bonding relations, structure, and defects in crystals, microstructural control in ceramics; ceramics processes are also introduced, including powder preparation, drying, forming and sintering. The students can develop skills in reading and writing in specialty English, especially in abstract writing, and enlarge their vocabulary about inorganic materials.
Course Code: 301129020 Course Name: Course-attached Experiments
Total Hours : 48 Credit: 3
Textbook/Teaching materials: Professional Courses and Professional Experimental Guide Books for Inorganic Non-metallic Materials ,Gou Li, Yao Yadong, Sichuan University, Jun.2005.
Course Description：The basic professional qualities of the undergraduate student majored in inorganic nonmetallic materials engineering have been cultivated by course-attached experiments and the experiments provide the basis for the students understanding theoretic knowledge. The courses about the structure, composition, property; technology and testing methods of inorganic nonmetallic materials are professional required courses according to the knowledge hierarchy and skills required of inorganic nonmetallic material engineering and each course includes the course-attached experiments. It’s very important for the students to master the professional qualities and train the abilities of parsing and solving problems by integrating knowledge into the practices. This course is a required course in order to train the students’ experimental skills. Teacher gives a lecture in the lab then the students do the experiments by themselves. The basic requirements include: the student should know well the basic theory and experimental methods, check the basic theory and qualification by the experiments and explain well the results and problems.
