POLYIMIDES, POLYQUINOLINES AND POLYQUINOXALINES: Tg-STRUCTURE RELATIONSHIPS

Chung-Ju Lee
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引用次数: 32

Abstract

Abstract Since polyimides were invented more than 30 years ago, several books dealing with the subject have been published [33, 34, 40u, 48b, 55, 64]. While some of these books [33–35] have very thorough and systematic coverage of the chemistry and general physical, mechanical, and electrical properties of polyimides, most of the literature [40, 48b, 64] is made up of collections of results derived from application-related research on various polyimides. None of the earlier treatises is totally devoted to an understanding of the underlying principles involved in just a single, important property such as the glass transition temperatures of polyimides.
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聚酰亚胺、多喹啉和多喹啉:tg结构关系
自从聚酰亚胺在30多年前被发明以来,已经出版了几本有关该主题的书籍[33,34,40u, 48b, 55,64]。虽然其中一些书籍[33-35]对聚酰亚胺的化学和一般物理、机械和电学性质进行了非常全面和系统的介绍,但大多数文献[40,48b, 64]是由各种聚酰亚胺的应用相关研究结果的集合组成的。没有一篇早期的论文是完全致力于理解涉及到的基本原理,只是一个单一的,重要的性质,如聚酰亚胺的玻璃化转变温度。
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