高分子物理导论

影印版 · BOOK PROFILE

《高分子物理导论》

作者:(美国)保尔

NoPreviousknowledgeofpolymersisassumedinthisbookwhichprovidesageneralintroductiontothephysicsofsolidpolymers.Thebookcoversawiderangeoftopicswithinthefieldofpolymerphysics,beginningwithabriefhistorofhtedevelopmertofsyntheticpolymersandanoverviewo

ABOUT THE BOOK

内容简介

No Previous knowledge of polymers is assumed in this book which provides a general introduction to the physics of solid polymers. The book covers a wide range of topics within the field of polymer physics,beginning with a brief histor of hte developmert of synthetic polymers and an overview of the methods of polymerisation and processing .In the following chapter,David Bower describes important experimenttal techniques used in the study of polymers.The main part of the book,however,is deoted to the structure and properties of solid polymers,including blends,copolymers and liquid-crystal polymers, With an approach appropricate for advanced undergraduate and graduate students of physics,materials science and chemistry,the book includes many worked examples and problems with solutions It will provide a firm firm foundation for the study of the physics of solid polymers.作者简介: DAVID BOWER received his D.Phil.from the University of Oxford in 1964.In 1990 he became a reader in the Department of Physics at the Universiyt of Leeds,retiring from this position in 1995.He was a founder member of the management committee of the IRC in Polymer Science and Technology(Universities of Leeds,Durham and Bradford),and co-authored The Vibrational Spectrosopy of Polymers with W.F.Maddams(CUP,1989).His contribution to the primary literature has included work on polymers,solid-state physics and magnetism.

READING NOTES

《高分子物理导论》读书笔记与读后感

共 0 篇
相关文章正在整理中

本页已收录书籍信息与正版资源获取说明,读书笔记和读后感会持续更新。

PDF

PDF · E-BOOK · DOWNLOAD

《高分子物理导论》PDF、电子书与下载说明

本站专注于《高分子物理导论》的读书笔记和读后感,不提供未经授权的 PDF 或电子书文件下载。建议通过出版社官网、正规数字书店或所在地公共图书馆检索正版电子书;获取前请核对作者、出版社与版本信息。

  • 优先选择出版社或正规阅读平台
  • 通过公共图书馆查询纸书及数字馆藏
  • 谨慎识别来源不明的网盘和下载链接
获取更多资讯请关注《百智汇社》公众号,回复“bk185002”获取。微信扫码关注,获取更多阅读与书籍资讯
百智汇社公众号二维码