Redox Switchable Coordination Catalysis: An Advanced Tool for Catalyst Control and Tailored Polyolefin Synthesis
Abstract
The growing demand for polyolefins with tailored physical and mechanical properties has guaranteed that the development of innovative polymerization catalysts will persist at the frontier of scientific research. Though earlyolefin polymerization catalysts were ill-defined, heterogeneous mixtures containing multiple dissimilar active sites, the introduction of well-defined, homogeneous, single-site catalysts has since revolutionized the field of polyolefinresearch.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 18, 2017
- Accession Number
- AD1051107
Entities
People
- Brian K Long
Organizations
- University of Tennessee system