一、共聚合反应的特征 二、二元共聚物的组成 三、竞聚率的测定与影响因素 五、单体和自由基的活性 六、q-e概念

《高分子物理》课程教学资源（各章作业习题，无参考答案）

2.1概述 2.2功能度 2.3平均聚合度与反应程度、功能基摩尔比的关系

《高分子物理》课程教学大纲 Polymer Physics

Applications of AFM Biology and Biomaterials Applications of Atomic Force Microscopy for Contact Lens Manufacturing Applications for the Biological Sciences Direct Measurement of single Immunocomplex Formation by Atomic Force Microscopy

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

《高分子化学》课程教学资源（PPT课件）第九章 聚合物的化学反应

8.1 引言 8.2 阳离子聚合 8.5 开环聚合 8.5 离子共聚 8.3 阴离子聚合

7.1 引言 7.2 聚合物的立体异构现象 7.5 α-烯烃的配位阴离子聚合 7.5 Ziegler-Natta引发剂 7.3 配位聚合的基本概念 7.6 二烯烃的配位阴离子聚合 7.7 茂金属引发剂