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About the Authors | p. xiii |
Acknowledgements | p. xv |
Abbreviations | p. xvii |
List of Symbols | p. xix |
Introduction and Scope | p. 1 |
The History of Nanomaterials | p. 1 |
The Importance of TiO2 and Titanate Nanomaterials | p. 2 |
Classification of the Structure of Nanomaterials | p. 6 |
Synthesis of Important Elongated Nanomaterials | p. 8 |
Metal Oxide Nanotubes | p. 8 |
Metal Chalcogenide Nanotubes | p. 12 |
Mixed Oxides. Silicates and Other Compounds as Nanotubes | p. 14 |
Techniques and Instruments Used to Study Nanomaterials | p. 16 |
References | p. 17 |
Synthesis Techniques and the Mechanism of Growth | p. 20 |
Templete Methods | p. 20 |
Alkaline Hydrothermal Synthesis of Elongated Titanates | p. 25 |
Alkaline Hydrothermal Synthesis of Titanate Nanotubes and Nanofibres | p. 25 |
Mechanism of Nanostructure Growth | p. 27 |
Methods to Control the Morphology of Nanostructures | p. 35 |
Electrochemical (Anodic) Oxidation | p. 37 |
Principles and Examples | p. 37 |
Mechanism of Nanotube Growth | p. 40 |
Methods to Control the Morphology of Nanotubes | p. 42 |
Conclusions | p. 45 |
Referencess | p. 45 |
Structural and Physical Properties of Elongated TiO2 and Titanate Nanostructures | p. 50 |
Crystallography | p. 50 |
Crystallography of Titanate Nanotubes | p. 50 |
Crystallography of Titanate Nanofibres, Nanorods and Nanosheets | p. 56 |
Crystallography of Anodized and Template-Assisted TiO2 | p. 56 |
Conclusions | p. 57 |
Adsorption, Surface Area and Porosity | p. 58 |
Surface Area of Nanotubes | p. 58 |
Pore Volume of Nanotubes | p. 61 |
Effect of Ionic Charge on Adsorption from Aqueous Solutions | p. 64 |
Electronic Structure of Titanate Nanotubes | p. 66 |
Spectroscopy of Titanate Nanotubes: UV/VIS, PI, ESR, XPS, NMR, Raman and FTIR | p. 69 |
Electrical, Proton and Thermal Conductivities of Titanate Nanotubes | p. 77 |
Physical Properties of TiO2 Nanotube Arrays | p. 79 |
References | p. 81 |
Chemical Properties, Transformation and Functionalization of Elongated Titanium Oxide Nanostructures | p. 85 |
Thermodynamic Equilibrium between the Nanotube and its Environment | p. 85 |
Ion-Exchange Properties of Nanostructured Titanates | p. 89 |
Kinetic Characteristics of Ion-Exchange | p. 89 |
Decoration of Nanotubes using the Ion-Exchange Method | p. 94 |
Decoration of Substrates with Nanotubes | p. 97 |
Surface Chemistry and Functionalization of Nanostructured Titanates | p. 100 |
Stability of Nanotubes and Phase Transformations | p. 102 |
Thermal Stability | p. 102 |
Acidic Environments | p. 105 |
Mechanical Treatment | p. 105 |
References | p. 106 |
Potential Applications | p. 109 |
Energy Conversion and Storage | p. 109 |
Solar Cells | p. 109 |
Lithium Batteries | p. 114 |
Fuel Cells and Batteries | p. 117 |
Hydrogen Storage and Sensing | p. 119 |
Catalysis, Electrocatalysis and Photocatalysis | p. 121 |
Reaction Catalysis | p. 121 |
Supercapacitors and General Electrochemistry | p. 127 |
Photocatalysis in Elongated Titanates and TiO2 | p. 128 |
Magnetic Materials | p. 137 |
Drug Delivery and Bio-Applications | p. 138 |
Composites, Surface Finishing and Tribological Coatings | p. 140 |
Other Applications | p. 141 |
References | p. 142 |
Subject Index | p. 150 |
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