Doping of Metal Oxides: From Fundamentals to Applications covers the concepts, synthesis, characterization, and applications of doped metal oxides. The book begins with an introduction to the fundamentals of doping, including electronic structure, band gap engineering, and types of dopant agents, before exploring the various synthesis methods and characterization techniques. The book also explores the challenges and limitations in doping metal oxides, and offers insights into emerging trends and prospects.
The book adopts a systematic and logical approach focused on providing an in-depth understanding of the concept of doping, synthesis and characterization techniques, and applications of doped metal oxides, making it an essential resource for anyone seeking to gain deeper knowledge of this exciting field.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. i 4. Table of Contents - p. iii 5. List of titles published in the series - p. ii 6. Copyright - p. iv 7. Contributors - p. xiii 8. About the series editor - p. xix 9. About the editors - p. xxi 10. Preface to the series - p. xxv 11. Preface to the volume - p. xxvii 12. 1. Fundamentals of metal oxide: Doping mechanism and strategies - p. 1 13. 2. Defect chemistry of doped metal oxides: Understanding the structure and property relationships - p. 27 14. 3. Synthesis methods for doped metal oxides - p. 51 15. 4. Doped metal oxides: Structural and morphological properties - p. 89 16. 5. Doped metal oxides: Electrical and electronic properties - p. 117 17. 6. Doped metal oxides: Optical and luminescent properties - p. 143 18. 7. Electrochemical properties of doped metal oxides - p. 169 19. 8. Doped metal oxides: Prediction of properties by machine learning - p. 195 20. 9. Rare earth doped metal oxide in heterogeneous catalysis - p. 221 21. 10. Doped metal oxide for batteries and supercapacitors - p. 251 22. 11. Doped metal oxide for electrochemical and fuel cell applications - p. 277 23. 12. Metal oxide doping for solar cell applications - p. 311 24. 13. Metal oxide doping for photodetectors and display device applications - p. 337 25. 14. Doped metal oxides for LED and laser technologies - p. 365 26. 15. Metal oxide doping for sensor applications - p. 397 27. 16. Metal oxide doping for electro- and photocatalysis - p. 435 28. 17. Doped metal oxide for environmental remediation - p. 457 29. 18. Metal oxide doping: A pathway toward enhanced biomedical functionality - p. 475 30. 19. Doped metal oxide for dielectric applications - p. 529 31. 20. Chemical, optical, and biosensing applications of multifunctional doped metal oxides - p. 563 32. 21. Doped metal oxide: Photoelectrochemical water splitting for renewable hydrogen production - p. 593 33. 22. Doped metal oxides: Emerging trends, future prospects, and challenges - p. 621 34. Index - p. 659
Doping of Metal Oxides: From Fundamentals to Applications covers the concepts, synthesis, characterization, and applications of doped metal oxides. The book begins with an introduction to the fundamentals of doping, including electronic structure, band gap engineering, and types of dopant agents, before exploring the various synthesis methods and characterization techniques. The book also explores the challenges and limitations in doping metal oxides, and offers insights into emerging trends and prospects.
The book adopts a systematic and logical approach focused on providing an in-depth understanding of the concept of doping, synthesis and characterization techniques, and applications of doped metal oxides, making it an essential resource for anyone seeking to gain deeper knowledge of this exciting field.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. i 4. Table of Contents - p. iii 5. List of titles published in the series - p. ii 6. Copyright - p. iv 7. Contributors - p. xiii 8. About the series editor - p. xix 9. About the editors - p. xxi 10. Preface to the series - p. xxv 11. Preface to the volume - p. xxvii 12. 1. Fundamentals of metal oxide: Doping mechanism and strategies - p. 1 13. 2. Defect chemistry of doped metal oxides: Understanding the structure and property relationships - p. 27 14. 3. Synthesis methods for doped metal oxides - p. 51 15. 4. Doped metal oxides: Structural and morphological properties - p. 89 16. 5. Doped metal oxides: Electrical and electronic properties - p. 117 17. 6. Doped metal oxides: Optical and luminescent properties - p. 143 18. 7. Electrochemical properties of doped metal oxides - p. 169 19. 8. Doped metal oxides: Prediction of properties by machine learning - p. 195 20. 9. Rare earth doped metal oxide in heterogeneous catalysis - p. 221 21. 10. Doped metal oxide for batteries and supercapacitors - p. 251 22. 11. Doped metal oxide for electrochemical and fuel cell applications - p. 277 23. 12. Metal oxide doping for solar cell applications - p. 311 24. 13. Metal oxide doping for photodetectors and display device applications - p. 337 25. 14. Doped metal oxides for LED and laser technologies - p. 365 26. 15. Metal oxide doping for sensor applications - p. 397 27. 16. Metal oxide doping for electro- and photocatalysis - p. 435 28. 17. Doped metal oxide for environmental remediation - p. 457 29. 18. Metal oxide doping: A pathway toward enhanced biomedical functionality - p. 475 30. 19. Doped metal oxide for dielectric applications - p. 529 31. 20. Chemical, optical, and biosensing applications of multifunctional doped metal oxides - p. 563 32. 21. Doped metal oxide: Photoelectrochemical water splitting for renewable hydrogen production - p. 593 33. 22. Doped metal oxides: Emerging trends, future prospects, and challenges - p. 621 34. Index - p. 659
