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Full Description
A comprehensive introduction to a groundbreaking polymer class
Covalent Organic Frameworks (COFs) are materials that form two- or three-dimensional porous crystalline structures held together by strong covalent bonds. First described only in 2005, COFs have subsequently exploded as a field of study, with recent progress enormously enhancing scientific and industrial capacity for designing these organic materials by means of one-pot direct polymerization. The flexibility and predictability of these structures is part of what has given them applications in semiconductor construction, catalysis, energy storage, and more.
Covalent Organic Frameworks: Chemistry, Materials, and Applications (2V set) provides a unique, comprehensive introduction to COFs and their chemistry, materials, and applications. It outlines the fundamentals of COF design, synthesis, and applications, offering a broad overview of both the origins of this thriving field and its many more recent developments. It equips readers with the tools to tailor COF design and production to a limitless range of potential scientific and industrial needs.
Covalent Organic Frameworks readers will also find:
Detailed treatment of design, synthesis, and computational approaches for a variety of specific COFs
Unique comprehensive approach covers all possible reader needs in two accessible volumes
Discussion of connections between COF polymer chemistry and other fields including organic chemistry, computational chemistry, photochemistry, and more
Covalent Organic Frameworks is a useful reference for organic chemists, materials scientists, polymer chemists, structural chemists, and more.
Contents
Volume 1: Chemistry
1. Historic Perspective
2. Design Principles
3. General Concepts of Dimensionality Design
4. Synthetic Strategies and Linkages
5. Skeleton and Pore Diversity
6. Skeleton and Pore Control
7. Approaches to Single Crystals
8. Interfacial Polymerization and Thin Films
9. Synthesis on Substrates
10. Computational Design and Approaches
Volume 2: Materials, Functions and Applications
11. Semiconductors
12. Light-Emitting and Sensings
13. Smart Materials
14. Adsorption and Separation
15. Catalysis
16. Energy Conversions
17. Energy Storage
18. Bio-related Materials
19. Proton Transport
20. Metal Ion Transport
