Applications of Metal-Organic Framework Composites: Exploring the Versatility of MOFs systematically describes the state-of-the-art knowledge and fundamentals of metal-organic frameworks' synthesis, structure, and functionalization. The book discusses the unique mechanical, optical, magnetic, ferroelectric, and electronic behaviors of metal-organic frameworks, covering various emerging applications across different fields, including environmental pollutant removal, biomedical applications, water desalination, packaging, supercapacitor and energy storage, EMI shielding, catalysis, gas separation, chemical sensing, fire retardancy, water splitting, antibacterial applications, and battery technology.
All applications have been efficiently discussed in specific chapters, and in each case, the processing of metal-organic frameworks composites has also been addressed. The book enables readers to keep up with the latest advancements in the field and provides an overview of the current state-of-the-art research.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Metal-organic framework composites - p. 61 3. Chapter 3. Metal-organic framework composites for supercapacitors - p. 97 4. Chapter 4. Metal-organic framework composites for carbon capture - p. 135 5. Chapter 5. Metal-organic framework composites in fuel cells - p. 179 6. Chapter 6. Metal-organic framework composites for solar cells - p. 211 7. Chapter 7. Metal-organic framework composites for electromagnetic interference shielding - p. 251 8. Chapter 8. Metal-organic framework composites for water splitting - p. 277 9. Chapter 9. Metal-organic framework composites for food applications - p. 311 10. Chapter 10. Metal-organic framework composites for adsorption of volatile organic compounds - p. 337 11. Chapter 11. Metal-organic framework composites for antibacterial applications - p. 373 12. Chapter 12. Metal-organic framework composites for biomedical applications - p. 411 13. Chapter 13. Metal-organic framework composites for catalysis - p. 439 14. Chapter 14. Metal-organic framework composites as electrocatalyst for carbon dioxide conversion - p. 539 15. Chapter 15. Metal-organic framework composites for catalytic desulfurization and denitrogenation of fuels - p. 567 16. Chapter 16. Metal-organic framework composites for environmental remediation - p. 609 17. Chapter 17. Metal-organic framework composites for sensing applications - p. 657 18. Chapter 18. Metal-organic framework composites for enhancing fire safety of polymers - p. 707 19. Chapter 19. Metal-organic framework composites as sensors for gases and volatile compounds - p. 745 20. Chapter 20. Metal-organic framework composites for immobilized enzyme applications - p. 773 21. Chapter 21. Metal-organic framework composites: industrial applications - p. 803 22. Chapter 22. Perspectives and challenges of application of metal-organic framework composites - p. 915 23. Index - p. 931
Applications of Metal-Organic Framework Composites: Exploring the Versatility of MOFs systematically describes the state-of-the-art knowledge and fundamentals of metal-organic frameworks' synthesis, structure, and functionalization. The book discusses the unique mechanical, optical, magnetic, ferroelectric, and electronic behaviors of metal-organic frameworks, covering various emerging applications across different fields, including environmental pollutant removal, biomedical applications, water desalination, packaging, supercapacitor and energy storage, EMI shielding, catalysis, gas separation, chemical sensing, fire retardancy, water splitting, antibacterial applications, and battery technology.
All applications have been efficiently discussed in specific chapters, and in each case, the processing of metal-organic frameworks composites has also been addressed. The book enables readers to keep up with the latest advancements in the field and provides an overview of the current state-of-the-art research.
1. Chapter 1. Introduction - p. 1 2. Chapter 2. Metal-organic framework composites - p. 61 3. Chapter 3. Metal-organic framework composites for supercapacitors - p. 97 4. Chapter 4. Metal-organic framework composites for carbon capture - p. 135 5. Chapter 5. Metal-organic framework composites in fuel cells - p. 179 6. Chapter 6. Metal-organic framework composites for solar cells - p. 211 7. Chapter 7. Metal-organic framework composites for electromagnetic interference shielding - p. 251 8. Chapter 8. Metal-organic framework composites for water splitting - p. 277 9. Chapter 9. Metal-organic framework composites for food applications - p. 311 10. Chapter 10. Metal-organic framework composites for adsorption of volatile organic compounds - p. 337 11. Chapter 11. Metal-organic framework composites for antibacterial applications - p. 373 12. Chapter 12. Metal-organic framework composites for biomedical applications - p. 411 13. Chapter 13. Metal-organic framework composites for catalysis - p. 439 14. Chapter 14. Metal-organic framework composites as electrocatalyst for carbon dioxide conversion - p. 539 15. Chapter 15. Metal-organic framework composites for catalytic desulfurization and denitrogenation of fuels - p. 567 16. Chapter 16. Metal-organic framework composites for environmental remediation - p. 609 17. Chapter 17. Metal-organic framework composites for sensing applications - p. 657 18. Chapter 18. Metal-organic framework composites for enhancing fire safety of polymers - p. 707 19. Chapter 19. Metal-organic framework composites as sensors for gases and volatile compounds - p. 745 20. Chapter 20. Metal-organic framework composites for immobilized enzyme applications - p. 773 21. Chapter 21. Metal-organic framework composites: industrial applications - p. 803 22. Chapter 22. Perspectives and challenges of application of metal-organic framework composites - p. 915 23. Index - p. 931
