Phenolic Resins: Synthesis, Modifications, Properties, and Applications brings together cutting-edge research to explore the versatile nature of phenolic resin materials. This comprehensive resource delves into the synthesis, processing, and characterization of phenolic resins, shedding light on their potential for advanced applications. The book also emphasizes greener and sustainable approaches, such as using biomass and waste, while analyzing lifecycle impacts. Perfect for researchers and professionals, it bridges the gap between academic advancements and industrial applications, offering innovative solutions for engineering, materials science, and polymer chemistry.
The book provides detailed insights into alternative resins to replace traditional phenol formaldehyde, along with in-depth chapters on degradation studies and lifecycle analyses. It is an invaluable resource for those in polymer science, civil and plastics engineering, and automotive and aerospace industries. By merging theoretical knowledge with practical applications, the text ensures readers are well-equipped to innovate and optimize phenolic resin technologies. From composites to nanocomposites, this guide is essential for researchers, R&D professionals, and advanced students aiming to explore the forefront of phenolic resin advancements.
1. 1 Introduction - p. 111 2. 2 Phenolic resins’ (PRs) history - p. 112 3. 3 PRs: Basics and properties - p. 116 4. 4 Graphitization of PRs - p. 119 5. 5 Factors influencing graphitic structure graphitization of PRs - p. 148 6. 6 Applications of graphitized PR - p. 160 7. 7 Challenges and future perspectives - p. 172 8. 8 Conclusion and implications of graphitization on PR - p. 175 9. Chapter 7. Mesoporous phenolic resin - p. 187 10. Chapter 8. Phenolic resin molding methods - p. 209 11. Chapter 9. Activated carbon from phenolic resin - p. 239 12. Chapter 10. Toughening of phenolic resins - p. 263 13. Chapter 11. Boron-modified phenolic resins and properties - p. 289 14. Chapter 12. Cardanol-modified phenolic resin - p. 315 15. Chapter 13. Elastomer-modified phenolic resin: Preparation and applications - p. 347 16. Chapter 14. Curing characteristics of phenolic resins - p. 371 17. Chapter 15. Structural characterization of phenolic resins - p. 393 18. Chapter 16. Morphology of Phenolic Resins - p. 415 19. Chapter 17. Fracture toughness of phenolic resins - p. 435 20. Chapter 18. Thermodynamics characteristics of phenolic resins - p. 449 21. Chapter 19. Mechanical properties of phenolic resins - p. 469 22. Chapter 20. Adhesive property of phenolic resins - p. 491 23. Chapter 21. Industrial applications of phenolic resins - p. 503 24. Chapter 22. Phenolic Resin for High-Performance Supercapacitor Application - p. 521 25. Chapter 23. Versatile applications of phenolic resins - p. 535 26. Chapter 24. Derivation of biophenolic resin - p. 549 27. Chapter 25. Life cycle analysis of phenolic resins - p. 569 28. Chapter 26. Synthesis, performance, and applications of biobased phenol formaldehyde resins - p. 587 29. Index - p. 613
Phenolic Resins: Synthesis, Modifications, Properties, and Applications brings together cutting-edge research to explore the versatile nature of phenolic resin materials. This comprehensive resource delves into the synthesis, processing, and characterization of phenolic resins, shedding light on their potential for advanced applications. The book also emphasizes greener and sustainable approaches, such as using biomass and waste, while analyzing lifecycle impacts. Perfect for researchers and professionals, it bridges the gap between academic advancements and industrial applications, offering innovative solutions for engineering, materials science, and polymer chemistry.
The book provides detailed insights into alternative resins to replace traditional phenol formaldehyde, along with in-depth chapters on degradation studies and lifecycle analyses. It is an invaluable resource for those in polymer science, civil and plastics engineering, and automotive and aerospace industries. By merging theoretical knowledge with practical applications, the text ensures readers are well-equipped to innovate and optimize phenolic resin technologies. From composites to nanocomposites, this guide is essential for researchers, R&D professionals, and advanced students aiming to explore the forefront of phenolic resin advancements.
1. 1 Introduction - p. 111 2. 2 Phenolic resins’ (PRs) history - p. 112 3. 3 PRs: Basics and properties - p. 116 4. 4 Graphitization of PRs - p. 119 5. 5 Factors influencing graphitic structure graphitization of PRs - p. 148 6. 6 Applications of graphitized PR - p. 160 7. 7 Challenges and future perspectives - p. 172 8. 8 Conclusion and implications of graphitization on PR - p. 175 9. Chapter 7. Mesoporous phenolic resin - p. 187 10. Chapter 8. Phenolic resin molding methods - p. 209 11. Chapter 9. Activated carbon from phenolic resin - p. 239 12. Chapter 10. Toughening of phenolic resins - p. 263 13. Chapter 11. Boron-modified phenolic resins and properties - p. 289 14. Chapter 12. Cardanol-modified phenolic resin - p. 315 15. Chapter 13. Elastomer-modified phenolic resin: Preparation and applications - p. 347 16. Chapter 14. Curing characteristics of phenolic resins - p. 371 17. Chapter 15. Structural characterization of phenolic resins - p. 393 18. Chapter 16. Morphology of Phenolic Resins - p. 415 19. Chapter 17. Fracture toughness of phenolic resins - p. 435 20. Chapter 18. Thermodynamics characteristics of phenolic resins - p. 449 21. Chapter 19. Mechanical properties of phenolic resins - p. 469 22. Chapter 20. Adhesive property of phenolic resins - p. 491 23. Chapter 21. Industrial applications of phenolic resins - p. 503 24. Chapter 22. Phenolic Resin for High-Performance Supercapacitor Application - p. 521 25. Chapter 23. Versatile applications of phenolic resins - p. 535 26. Chapter 24. Derivation of biophenolic resin - p. 549 27. Chapter 25. Life cycle analysis of phenolic resins - p. 569 28. Chapter 26. Synthesis, performance, and applications of biobased phenol formaldehyde resins - p. 587 29. Index - p. 613
