Covalent Organic Frameworks Chemistry, Materials and Applications

Systematically and comprehensively describes the design principles, synthetic strategies and diverse applications of covalent organic frameworks.

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

Donglin Jiang is the Chemistry Professor of National University of Singapore. Having obtained his Ph.D degree from The University of Tokyo, he spent his career working on dendritic macromolecules (-2005), covalent organic frameworks (2005-). Professor Jiang has authored over 100 scientific publications on covalent organic frameworks, has been awarded world highly cited researchers (2018-2020) by Clarivate Analytics and has received many scientific awards.