Nanolayer Research: Methodology and Technology for Green Chemistry introduces the topic of nanolayer research and current methodology, from the basics, to specific applications for green science. Each chapter is written by a specialist in their specific research area, offering a deep coverage of the topic.
Nanofilms are explained, along with their rapidly emerging applications in electronic devices for smart grids, units for cells, electrodes for batteries, and sensing systems for environmental purposes in applicable subjects.
Readers will find this book useful not only as a textbook for basic knowledge, but also as a reference for practical research.
1. 2.1 Introduction - p. 35 2. 2.2 Gouy-Chapman-Stern Model for Electrical Double Layer - p. 37 3. 2.3 Electrical Double Layer Around a Planar Surface - p. 40 4. 2.4 Electrical Double Layer Around Spherical and Cylindrical Surfaces - p. 46 5. 2.5 Electrical Double Layer Across a Nanolayer of Porous Material - p. 51 6. 2.6 Electrical Double Layer Across a Nanolayer of Polyelectrolytes - p. 56 7. 2.7 Discrete Charge Effect - p. 61 8. 2.8 Modified Poisson-Boltzmann Equation - p. 69 9. 2.9 Conclusion - p. 74 10. Chapter 3: Scanning Probe Microscopy Techniques for Modern Nanomaterials - p. 76 11. Chapter 4: Surface-Enhanced Spectroscopy for Surface Characterization - p. 114 12. Chapter 5: Nanolayer Analysis by Neutron Reflectometry - p. 154 13. Chapter 6: Interfacial Molecular Structure and Dynamics at Solid Surface Studied by Sum Frequency Generation Spectroscopy - p. 202 14. Chapter 7: Nanolayer Analysis by X-Ray Absorption Fine Structure Spectroscopy - p. 241 15. Chapter 8: Nanolayer Analysis by Photoelectron Spectroscopy - p. 284 16. Chapter 9: Layer-by-Layer Nanolayers for Green Science - p. 333 17. Chapter 10: Graphene-Based Nanolayers Toward Energy Storage Device - p. 352 18. Index - p. 391
Nanolayer Research: Methodology and Technology for Green Chemistry introduces the topic of nanolayer research and current methodology, from the basics, to specific applications for green science. Each chapter is written by a specialist in their specific research area, offering a deep coverage of the topic.
Nanofilms are explained, along with their rapidly emerging applications in electronic devices for smart grids, units for cells, electrodes for batteries, and sensing systems for environmental purposes in applicable subjects.
Readers will find this book useful not only as a textbook for basic knowledge, but also as a reference for practical research.
1. 2.1 Introduction - p. 35 2. 2.2 Gouy-Chapman-Stern Model for Electrical Double Layer - p. 37 3. 2.3 Electrical Double Layer Around a Planar Surface - p. 40 4. 2.4 Electrical Double Layer Around Spherical and Cylindrical Surfaces - p. 46 5. 2.5 Electrical Double Layer Across a Nanolayer of Porous Material - p. 51 6. 2.6 Electrical Double Layer Across a Nanolayer of Polyelectrolytes - p. 56 7. 2.7 Discrete Charge Effect - p. 61 8. 2.8 Modified Poisson-Boltzmann Equation - p. 69 9. 2.9 Conclusion - p. 74 10. Chapter 3: Scanning Probe Microscopy Techniques for Modern Nanomaterials - p. 76 11. Chapter 4: Surface-Enhanced Spectroscopy for Surface Characterization - p. 114 12. Chapter 5: Nanolayer Analysis by Neutron Reflectometry - p. 154 13. Chapter 6: Interfacial Molecular Structure and Dynamics at Solid Surface Studied by Sum Frequency Generation Spectroscopy - p. 202 14. Chapter 7: Nanolayer Analysis by X-Ray Absorption Fine Structure Spectroscopy - p. 241 15. Chapter 8: Nanolayer Analysis by Photoelectron Spectroscopy - p. 284 16. Chapter 9: Layer-by-Layer Nanolayers for Green Science - p. 333 17. Chapter 10: Graphene-Based Nanolayers Toward Energy Storage Device - p. 352 18. Index - p. 391
