8 Electrochemistry in energy conversion and storage

Chapters in this book

1. Frontmatter I
2. Preface V
3. Preface to the 2nd edition VII
4. Contents IX
5. Part I: Basic concepts
6. 1 Basic concepts 1
7. 2 Selected electrochemical methods applied in analytical chemistry and material science 64
8. Part II: Electrochemistry in material science – selected topics
9. 3 Corrosion 91
10. 4 Electrocatalysis 118
11. 5 Electrodeposition 138
12. 6 Underpotential deposition (UPD) 157
13. 7 Electrochemical methods in the formation of nanostructures 164
14. 8 Electrochemistry in energy conversion and storage 175
15. 9 Interfacing applied electrochemistry and biology 202
16. Part III: Photoelectrochemistry in materials science – selected topics
17. Introduction 227
18. 10 Semiconductors electrochemistry and photoelectrochemistry: fundamentals 229
19. 11 Solar energy conversion in photoelectrochemical cells 264
20. 12 Semiconductor particles in photocatalysis 280
21. Part IV: Electrochemistry in environmental science – selected topics
22. 13 Sensing the environment 291
23. 14 Green fuel: hydrogen production 313
24. 15 Electrochemical and photocatalytic methods in pollutant removal 352
25. List of abbreviations 375
26. List of symbols 379
27. Index 385