上海交通大学：材料科学与工程学院《高分子物理与化学》研究生课程教学大纲.pdf_大学文库

上海交通大学研究生院研究生课程教学大纲（Syllabus）*学时*学分课程代码MT26012180205322000M01CreditsCourse CodeTeaching Hours（中文）高分子物理和化学*课程名称Course Name(English）PolymerPhysicsandChemistry*授课语言中文InstructionLanguage*开课院系材料科学与工程学院School*授课对象硕士和博士（写清楚硕士、博士或者硕博都有）Students先修课程材料科学基础或高分子材料基础Prerequisite姓名Name职称Title单位Department联系方式E-mail授课教师smzhu@sjtu.eduInstructors教授朱申敏材料学院.cn本课程结合高分子材料的前沿应用和发展，通过高分子物理和化学的基础理论的讲授，讲授高分子的研究方法，通过高分子的分子运动，揭示结构与性能的相互关系。高分子物理重点阐述聚合物的结构与力学、热学、溶液、老化等性能之间的关系，包括高分子的链结构、聚集态结构、聚合物的形态结构，高分子溶液、高分子的松驰与转变、高分子的力学性能、高分子的电学性能以及其它基本性质及测试方法。*课程简介（中从分子运动和热转变出发，系统地讲授高分子的结构与性能的关系，为复合材料的文）Course设计、加工、应用、分析提供理论基础。高分子化学重点介绍高分子化合物合成的Description基本理论及聚合控制反应速率和分子量的方法，高分子化学反应的特征以及聚合方法的选择。通过本课程的学习，使学生对异彩纷呈的高分子材料领域有一个相对完整的了解，培养学生设计和合成基本聚合物的能力，能够较快地了解高分子材料的些新的研究领域，培养学生综合分析问题、解决相关聚合物问题的能力。This course deals with thebasic theories and research methods of polymer physics andchemistry,including twoparts:polymerphysics and polymer chemistry.Polymerphysicsfocuses on the relationship between structure and properties of polymers, such asmechanics, heat, solution, aging and other properties.It includes the chain structure, theaggregation structure, the morphology of the polymer, the relaxation and transformationofpolymer solution,themechanical and electrical properties ofpolymerandotherbasicproperties and testing methods. On the basis of molecular motion and thermal*课程简介transformation,therelationshipbetween structureand properties is systematicallytaught,(English)whichprovidesatheoreticalbasisforthedesign,processing,application and analysis ofCoursecompositematerials.Polymerchemistry introduces thebasic theoryof polymer synthesisDescriptionand the method of polymerization control of reaction rate and molecular weight, thecharacteristics of polymer reaction and the selection of polymerization methods. Throughthe study of this course,students have a relatively complete understanding of the diversefields of polymer materials, cultivate the students'ability to design and synthesize basicpolymers.Theycanquicklyunderstand somenewresearchfieldsofpolymermaterials andcultivatestudents'abilityto analyzequestionsand solverelated polymerproblems

上海交通大学研究生院研究生课程教学大纲（Syllabus）课程代码 Course Code MT26012180205 000M01 *学时 Teaching Hours 32 *学分 Credits 2 *课程名称 Course Name （中文）高分子物理和化学（English）Polymer Physics and Chemistry *授课语言 Instruction Language 中文 *开课院系 School 材料科学与工程学院 *授课对象 Students 硕士和博士（写清楚硕士、博士或者硕博都有）先修课程 Prerequisite 材料科学基础或高分子材料基础授课教师 Instructors 姓名 Name 职称 Title 单位 Department 联系方式 E-mail 朱申敏教授材料学院 smzhu@sjtu.edu .cn *课程简介（中文）Course Description 本课程结合高分子材料的前沿应用和发展，通过高分子物理和化学的基础理论的讲授，讲授高分子的研究方法，通过高分子的分子运动，揭示结构与性能的相互关系。高分子物理重点阐述聚合物的结构与力学、热学、溶液、老化等性能之间的关系，包括高分子的链结构、聚集态结构、聚合物的形态结构，高分子溶液、高分子的松驰与转变、高分子的力学性能、高分子的电学性能以及其它基本性质及测试方法。从分子运动和热转变出发，系统地讲授高分子的结构与性能的关系，为复合材料的设计、加工、应用、分析提供理论基础。高分子化学重点介绍高分子化合物合成的基本理论及聚合控制反应速率和分子量的方法，高分子化学反应的特征以及聚合方法的选择。通过本课程的学习，使学生对异彩纷呈的高分子材料领域有一个相对完整的了解，培养学生设计和合成基本聚合物的能力，能够较快地了解高分子材料的一些新的研究领域，培养学生综合分析问题、解决相关聚合物问题的能力。 *课程简介（English） Course Description This course deals with the basic theories and research methods of polymer physics and chemistry, including two parts: polymer physics and polymer chemistry. Polymer physics focuses on the relationship between structure and properties of polymers, such as mechanics, heat, solution, aging and other properties. It includes the chain structure, the aggregation structure, the morphology of the polymer, the relaxation and transformation of polymer solution, the mechanical and electrical properties of polymer and other basic properties and testing methods. On the basis of molecular motion and thermal transformation, the relationship between structure and properties is systematically taught, which provides a theoretical basis for the design, processing, application and analysis of composite materials. Polymer chemistry introduces the basic theory of polymer synthesis and the method of polymerization control of reaction rate and molecular weight, the characteristics of polymer reaction and the selection of polymerization methods. Through the study of this course, students have a relatively complete understanding of the diverse fields of polymer materials, cultivate the students' ability to design and synthesize basic polymers. They can quickly understand some new research fields of polymer materials and cultivate students' ability to analyze questions and solve related polymer problems