Section 1: Fundamentals.- Chapter 1. Introduction 3D graphene.- Chapter 2. Synthesis of 3D graphene.- Chapter 3. Architectural and chemical aspects of 3D graphene for emerging applications.- Chapter 4.
Theoretical consideration in designing advanced 3D graphene.- Section 2: 3D Graphene for advanced sensors.- Chapter 5. 3D Graphene-based electrochemical sensors.- Chapter 6. 3D Graphene-based biosensors.- Chapter 7. 3D Graphene-based optical sensors.
- Chapter 8. 3D Graphene for self-powered sensors.- Chapter 9. 3D Graphene for flexible sensors.- Section 3: 3D Graphene in environmental applications. Chapter 10. 3D Graphene for toxic gas removal.- Chapter 11.
3D Graphene for removal of heavy metals.- Chapter 12. 3D Graphene for removal of organic pollutants.- Chapter 13. 3D Graphene for removal of inorganic pollutants.- Chapter 14. 3D Graphene for removal of pharmaceutical residues.- Section 4: 3D Graphene for energy applications.
Chapter 15. 3D Graphene for metal-ion batteries.- Chapter 16. 3D Graphene for metal-air batteries.- Chapter 17. 3D Graphene for supercapacitors.- Chapter 18. 3D Graphene for photovoltaics.
- Chapter 19. 3D Graphene for fuel cells.- Chapter 20. 3D Graphene as electrocatalysts for water-splitting.- Chapter 21. 3D Graphene as photocatalysts for water-splitting.- Section 5: 3D Graphene for flexible devices.-Chapter 22.
3D Graphene for flexible batteries.- Chapter 23. 3D Graphene for flexible supercapacitors.- Chapter 24. 3D Graphene for flexible solar cells.- Chapter 25. 3D Graphene for flexible electronics.- Section 6: Current challenges and future perspectives.
- Chapter 26. Toxicity, stability, recycling, and risk assessments.- Chapter 27. Challenges in 3D graphene of advanced applications.