Cellulose Science and Technology: Recent Findings and Emerging Applications presents the latest research in cellulose materials, including properties, synthesis, characterization, and applications. The book begins with an overview of developments in cellulose science, exploring biosynthesis, advanced modification techniques, and the challenges of molecular simulation in cellulose interactions. Further sections highlight recent discoveries regarding cellulose properties, such as aggregation-induced emissions, photoluminescence properties, and cellulose nanocrystals.
Final chapters discuss applications in energy harvesting, wastewater treatment, and biomedical fields, making it a valuable resource for researchers and professionals in sustainable materials.
1. 1 Introduction - p. 129 2. 2 Cellulosic fibers - p. 132 3. 3 Green solvents for cellulose dissolution - p. 137 4. 4 Finishing cellulosic based textile using supercritical carbon dioxide - p. 159 5. 5 Nanomaterials used in functional finishing of cellulosic fibers - p. 163 6. 6 Physical and surface modification of cellulose fibers - p. 174 7. 7 Functionalization of cotton fabric using enzymes technology - p. 180 8. 8 Future trends - p. 189 9. 9 Summary - p. 189 10. Chapter 8. Photoluminescent properties of cellulose-based materials: from cellulose nanocrystals to derivatives - p. 213 11. Chapter 9. Structural color of cellulose-based materials - p. 229 12. Chapter 10. Cellulose-based materials for energy conversion - p. 257 13. Chapter 11. Cellulose-based biofuels - p. 279 14. Chapter 12. Progress in application of cellulose-based materials for pollution absorption and wastewater treatment 1 - p. 299 15. 1 Introduction - p. 299 16. 2 Overview of cellulose-based materials - p. 300 17. 3 Research progress on cellulose-based materials for the adsorption of oil contamination and organic pollutants in water - p. 314 18. 4 Summary and conclusion - p. 353 19. Chapter 13. Progress in application of cellulose-based materials for pollution absorption and wastewater treatment 2 - p. 365 20. 1 Introduction - p. 365 21. 2 Progress in the research of adsorption of dye pollutants by cellulose materials - p. 366 22. 3 Research progress on the treatment of metal ion contamination using cellulose-based materials - p. 387 23. 4 Progress in application of cellulose-based materials for complex pollutants and other pollutants - p. 411 24. 5 Summary and conclusion - p. 414 25. Chapter 14. Progress in the pharmaceutical and drug delivery application of cellulose-based material - p. 427 26. Chapter 15. Cellulose-based materials for smart active packaging - p. 451 27. Chapter 16. Cellulose fiber reinforced cement concrete: advances in hydration mechanism and microstructural & pore-structure development toward engineering performance and crack mitigation in infrastructure - p. 469 28. Chapter 17. Electrical, dielectric, and optoelectronic properties and applications of cellulose-based devices - p. 507 29. Chapter highlights - p. 507 30. 1 Introduction - p. 507 31. 2 Utilizing nanocellulose as components in devices - p. 510 32. 3 Solid state electronics - p. 516 33. 4 Optoelectronic devices - p. 526 34. 5 Flexible/wearable electronics - p. 537 35. 6 Summary and outlooks - p. 542 36. Author information - p. 544 37. Chapter 18. Cellulose science roadmap and perspective horizons - p. 551 38. Index - p. 561
Cellulose Science and Technology: Recent Findings and Emerging Applications presents the latest research in cellulose materials, including properties, synthesis, characterization, and applications. The book begins with an overview of developments in cellulose science, exploring biosynthesis, advanced modification techniques, and the challenges of molecular simulation in cellulose interactions. Further sections highlight recent discoveries regarding cellulose properties, such as aggregation-induced emissions, photoluminescence properties, and cellulose nanocrystals.
Final chapters discuss applications in energy harvesting, wastewater treatment, and biomedical fields, making it a valuable resource for researchers and professionals in sustainable materials.
1. 1 Introduction - p. 129 2. 2 Cellulosic fibers - p. 132 3. 3 Green solvents for cellulose dissolution - p. 137 4. 4 Finishing cellulosic based textile using supercritical carbon dioxide - p. 159 5. 5 Nanomaterials used in functional finishing of cellulosic fibers - p. 163 6. 6 Physical and surface modification of cellulose fibers - p. 174 7. 7 Functionalization of cotton fabric using enzymes technology - p. 180 8. 8 Future trends - p. 189 9. 9 Summary - p. 189 10. Chapter 8. Photoluminescent properties of cellulose-based materials: from cellulose nanocrystals to derivatives - p. 213 11. Chapter 9. Structural color of cellulose-based materials - p. 229 12. Chapter 10. Cellulose-based materials for energy conversion - p. 257 13. Chapter 11. Cellulose-based biofuels - p. 279 14. Chapter 12. Progress in application of cellulose-based materials for pollution absorption and wastewater treatment 1 - p. 299 15. 1 Introduction - p. 299 16. 2 Overview of cellulose-based materials - p. 300 17. 3 Research progress on cellulose-based materials for the adsorption of oil contamination and organic pollutants in water - p. 314 18. 4 Summary and conclusion - p. 353 19. Chapter 13. Progress in application of cellulose-based materials for pollution absorption and wastewater treatment 2 - p. 365 20. 1 Introduction - p. 365 21. 2 Progress in the research of adsorption of dye pollutants by cellulose materials - p. 366 22. 3 Research progress on the treatment of metal ion contamination using cellulose-based materials - p. 387 23. 4 Progress in application of cellulose-based materials for complex pollutants and other pollutants - p. 411 24. 5 Summary and conclusion - p. 414 25. Chapter 14. Progress in the pharmaceutical and drug delivery application of cellulose-based material - p. 427 26. Chapter 15. Cellulose-based materials for smart active packaging - p. 451 27. Chapter 16. Cellulose fiber reinforced cement concrete: advances in hydration mechanism and microstructural & pore-structure development toward engineering performance and crack mitigation in infrastructure - p. 469 28. Chapter 17. Electrical, dielectric, and optoelectronic properties and applications of cellulose-based devices - p. 507 29. Chapter highlights - p. 507 30. 1 Introduction - p. 507 31. 2 Utilizing nanocellulose as components in devices - p. 510 32. 3 Solid state electronics - p. 516 33. 4 Optoelectronic devices - p. 526 34. 5 Flexible/wearable electronics - p. 537 35. 6 Summary and outlooks - p. 542 36. Author information - p. 544 37. Chapter 18. Cellulose science roadmap and perspective horizons - p. 551 38. Index - p. 561
