课程代码:MS05208 课程名称:高分子材料学

选用教材：《高分子化学》潘祖仁，化学工业出版社、《高分子物理》何曼君，复旦大学出版社

授课学期：第三学期          适用专业：材料科学与工程

课程学分：2

授课教师：夏笑虹、张研、杨新国、钟文斌、王建锋、李伟

授课时间，地点: 【1-16周】星期四（1-4节）综419、星期五（5-8节）综420

中文课程描述：高分子材料学是涵盖高分子化学和高分子物理一门专业基础课，包括高分子聚合物的分子设计、合成改性方法、合成工艺和结构与性能之间的关系。本课程是材料科学与工程专业核心课课程之一。其任务是使学生掌握高分子化合物的设计和合成方法以及高分子材料结构与性能之间的内在联系以及高聚物分子运动规律。以此指导我们正确地了解聚合物的结构和物理性质的关系，并通过分子设计和采取合适的聚合方法，合理地控制加工成型条件，最终获得具有预定性能的高分子材料。通过高分子材料学课程的学习，使学生巩固和运用所学的有关基础理论、基本知识与有关公式，加深对基本内容的理解，培养分析与解决实际问题的能力。课程主要内容包括高分子的缩聚、自由基聚合、离子交换和配位聚合等合成方法以及高分子运动和高分子材料的高弹性、粘弹性、流变性、电性能、力学性能和溶液性质。

英文课程描述：

“Polymer Materials Science” is a professional basic course covering polymer chemistry and polymer physics, containing the molecular design, modification methods, synthetic process of polymers and relationship between structure and properties. This course is one of core courses for majors of Materials Science and Engineering. The task of this course is for students to master the design and synthesis methods of polymer compounds, relationship between polymer structure and properties and law of motion for polymer molecules. Hereby it guides the students to correctly understand relationship between polymer structure and physic properties, and ultimately obtain polymer materials with expected properties by molecular design, properly utilization of polymerization methods and rationally control of processing and forming conditions. Through the study of Polymer Materials Science, students can consolidate and apply basic theories, basic knowledge and related functions, enhance understanding of basic content, cultivate their ability to analyze and solve practical problems. The main contents of this course include synthetic methods of polymers, such as polycondensation, free radical polymerization, ion exchange and coordination polymerization, as well as the motion of polymers and high elasticity, viscoelasticity, rheological property, electrical property, mechanical property and solution property of polymers.

教学进程

备注 ：1、实验包含项目、案例、仿真、模拟、编程、写作等多种形式；考试(测验)包含用机试、考查、测试、期中考试等多种形式；项目实做包含课程设计、案例、实习、编程、写作等多种形式。

2、讨论、考试、实验、项目实做的单元格请加不同的底色。

 教学 16 周，授课 16 周完成；      授课 16 次，每次 90  分钟（连续）。