Polymer Science Experiment

Author: Zhang Xingying
Publisher:
Publish Date: 2004-03-01
Features: This book is primarily divided into three parts: Part "Introduction to Polymer Synthesis and Characterization Techniques" provides a concise overview of polymer mechanisms, polymerization methods, the fundamental approach to studying polymer structure and properties, the selection and determination of experimental plans, and advanced characterization techniques; the second part "Experiments" includes basic experiments, comprehensive experiments, and designed experiments. The basic experiments in polymer chemistry cover both classical and recently emerging polymerization mechanisms such as active radical polymerization, active cationic polymerization, and gene transfer polymerization, as well as polymerization methods including bulk polymerization, solution polymerization, emulsion polymerization, solution polycondensation, and melt polycondensation. The polymers involved range from general-purpose polymers to functional polymers. In polymer physics, the focus is on the structural, solution, and thermal properties of polymer materials, as well as the determination and characterization of molecular weight and its distribution. The comprehensive experiments encompass polymer chemistry, polymer physics, and polymer instrumental analysis, covering a broad range of polymer science experiments. The designed experiments aim to enhance students' ability to integrate theoretical knowledge with practical skills, strengthen their capacity for independent experimental design, implementation, observation, and summarization. The third part "Appendix" provides fundamental data related to polymer science experiments. This book is a valuable reference for individuals engaged in teaching, research, design, production, and application in polymer materials and related fields.