Olefin Coordination Polymerization Catalyst and Polyolefin

Author: Xiao Shijing Yu Fusheng
Publisher:
Publish Date: 2002-12-01
Features: Polyolefins are the largest-volume and most widely used polymer materials in synthetic resins, and catalysts are the core for their production. In the past two decades, Ziegler-Natta catalysts for olefin polymerization have experienced rapid development and have become a new discipline in polymer science. The significant breakthroughs in metallocene catalysts and post-transition metal catalysts have further expanded the research field of olefin polymerization and opened up new prospects for the industrial production of polyolefins. This book is an academic monograph systematically introducing the latest information on coordination polymerization catalysts for olefins and polyolefins. Currently, there is a lack of such rich and novel books in both domestic and international markets. The book covers the processes and mechanisms of catalyst synthesis, the role and mechanisms of electron donors, the relationship between catalysts and the structure and properties of polyolefins, the properties of active centers, and various characterization methods for polyolefins catalyzed by catalysts. The content involves fundamental theories and applied technologies in polymer chemistry, polymer physics, physical chemistry, catalytic theory, structural chemistry, and interdisciplinary fields. The main materials in the book are derived from the latest advancements in catalysts since the 1980s and the authors' practical experience, integrating theory, production, and application in a mutually related and orderly manner, and citing a large number of valuable references. This book is suitable for scientific and technical personnel engaged in polymer science research, as well as teachers, students, and postgraduate researchers in relevant universities and colleges, and scientific and technical personnel in related enterprises and production units.