6.1 形变类型 6.2 橡胶弹性的热力学分析 Thermodynamical analysis of rubber elasticity 6.3 橡胶弹性的统计理论 6.5 橡胶弹性的影响因素

8.1 The tensile stress-strain curves 应力-应变曲线 8.2 The yielding of polymer 聚合物的屈服

《高分子物理》课程教学资源（教学大纲）

A family of microscopy forms where a sharp probe is scanned across a surface and some tip/sample interactions are monitored Scanning tunneling Microscopy(STM) Atomic Force Microscopy(AFM)

Structure and Function of Polymer -Morphology observation with SPM Seiko Instruments Inc Observation in the heating process with the air Surface and Interface Information Observation in the inert gas Difficult sample for TEM(Rubber/Rubber blend) Structure

5.1 Molecular motions of polymers 5.3 Glass transition of polymers 5.2 Viscous flow of polymers

6.1 Polymer Melts and Glasses 6.2 Crystalline States of Polymers 6.3 Oriented States of Polymers 6.2.1 Chain Conformations in Crystals 6.2.2 Basic Morphology of Polymer Crystals 6.2.3 Polymer Crystallization ModelsǃThermodynamicsǃKinetics 6.4 Liquid Crystalline Polymers

7.1 Basic physical quantities 7.2 Mechanics properties of rubber elasticity Griffith Theory 7.3 Fracture Mechanics of Brittle Materials Stress, strain, modulus Theory of rubber elasticity 7.4 Fracture properties of polymer in glassy and crystalline state

一、合成纤维的特点 1. 密度低 2. 机械性能

第一章 高分子链的结构 第二章 聚合物的晶态结构 第三章 高分子溶液 第四章 聚合物分子量及分子量分布 第五章 聚合物的转变与松弛 第六章 聚合物的高弹态－橡胶弹性 第七章 聚合物的粘弹性 第八章 固体聚合物的力学性质