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Carbon Nanotubes | |
Introduction | p. 1 |
Synthesis | p. 3 |
Multi-walled Nanotubes | p. 3 |
Aligned Nanotube Bundles and Micropatterning | p. 14 |
Single-walled Carbon Nanotubes | p. 22 |
Direct Spinning of Nanotube Yarns | p. 36 |
Selective Preparative Procedures for Semiconducting and Metallic SWNTs | p. 36 |
Junction Nanotubes | p. 38 |
Peapods and Double-walled Nanotubes | p. 42 |
Mechanism of Formation | p. 44 |
Purification of SWNTs | p. 50 |
Separation of Metallic and Semiconducting SWNTs | p. 54 |
Structure, Spectra and Characterization | p. 61 |
General Structural Features | p. 61 |
Raman and other Spectroscopies | p. 68 |
Pressure-induced Transformations | p. 81 |
Electronic Structure | p. 85 |
Chemically Modified Nanotubes | p. 91 |
Doping with Boron and Nitrogen | p. 91 |
Intercalation by Alkali Metals | p. 94 |
Metal Semiconductor Transitions Induced by Molecular Interaction | p. 96 |
Chirality Selection | p. 97 |
Opening and Filling of Nanotubes | p. 98 |
Decoration and Coating | p. 101 |
Reactivity, Solubilization and Functionalization | p. 103 |
Covalent Functionalization | p. 107 |
Non-covalent Functionalization | p. 120 |
Interaction with Biomolecules | p. 124 |
Endrohedral Filling | p. 128 |
Functionalization Using Fluorous Chemistry and Click Chemistry | p. 130 |
Electronic Properties | p. 131 |
Phase Transitions and Fluid Mechanics | p. 139 |
Carbon Nanotube Composites | p. 140 |
Applications, Potential and Otherwise | p. 151 |
Electronic Applications | p. 151 |
Field-effect Transistors and Related Devices | p. 155 |
Field Emission | p. 162 |
Energy Storage and Conversion: Supercapacitors, Solar Cells and Actuators | p. 167 |
Sensors and Probes | p. 171 |
Biological Aspects | p. 176 |
Mechanical Properties and Related Devices | p. 182 |
Lithium Batteries | p. 184 |
Gas Adsorption and Hydrogen Storage | p. 185 |
Other Useful Properties and Devices | p. 187 |
References | p. 189 |
Inorganic Nanotubes | p. 243 |
Introduction | p. 243 |
Synthetic Methods | p. 246 |
Specific Cases | p. 249 |
Nanotubes of Elemental Materials | p. 249 |
Metal Chalcogenide Nanotubes | p. 259 |
Pnictide Nanotubes | p. 270 |
Nanotubes of Carbides and other Materials | p. 275 |
Metal Oxide Nanotubes | p. 276 |
Complex Inorganic Nanostructures Based on Nanotubes | p. 300 |
Properties and Applications | p. 302 |
Mechanical Properties | p. 302 |
Electronic, Magnetic, Optical and Related Properties | p. 306 |
Tribological Properties | p. 310 |
Thermal Properties | p. 310 |
Solubilization and Functionalization | p. 311 |
Applications | p. 313 |
References | p. 323 |
Inorganic Nanowires | p. 343 |
Introduction | p. 343 |
Synthetic Strategies | p. 344 |
Vapour Phase Growth | p. 344 |
Vapour-Liquid-Solid Growth | p. 344 |
Oxide-assisted Growth | p. 347 |
Vapour-Solid Growth | p. 349 |
Carbo-thermal Reactions | p. 349 |
Solution-based Growth | p. 349 |
Anisotropic Structures | p. 349 |
Template-based Synthesis | p. 350 |
Solution-Liquid-Solid Process | p. 351 |
Solvothermal Synthesis | p. 352 |
Growth Control and Integration | p. 352 |
Elemental Nanowires | p. 353 |
Silicon | p. 353 |
Germanium | p. 361 |
Boron | p. 363 |
In, Sn, Pb, Sb and Bi | p. 365 |
Se and Te | p. 365 |
Gold | p. 368 |
Silver | p. 372 |
Iron and Cobalt | p. 376 |
Nickel and Copper | p. 378 |
Other Metals and Alloys | p. 381 |
Metal Oxide Nanowires | p. 385 |
MgO | p. 385 |
A12O3, Ga203 and ln203 | p. 389 |
SnO2 | p. 397 |
CeO2 | p. 400 |
SiO2 and Ge02 | p. 401 |
TiO2 | p. 405 |
CrO2, Mn02 and Mn304 | p. 409 |
CuxO | p. 411 |
ZnO | p. 412 |
Vanadium and Tungsten Oxides | p. 419 |
Other Binary Oxides | p. 421 |
Ternary and Quarternary Oxides | p. 423 |
Metal Nitride Nanowires | p. 424 |
Boron Nitride | p. 424 |
Aluminium Nitride | p. 428 |
Gallium Nitride | p. 429 |
Indium Nitride | p. 438 |
Si3N4 and Si2N2O | p. 441 |
Metal Carbide and Boride Nanowires | p. 443 |
Boron Carbide | p. 443 |
Silicon Carbide | p. 443 |
Borides | p. 445 |
Metal Chalcogenide Nanowires | p. 446 |
Cadmium Sulfide | p. 446 |
CdSe and CdTe | p. 449 |
PbS, PbSe and PbTe | p. 450 |
Bismuth Chalcogenides | p. 452 |
CuS and CuSe | p. 454 |
ZnS and ZnSe | p. 455 |
NbS2, NbSe2 and NbSe3 | p. 458 |
Other Chalcogenides | p. 459 |
GaAs, InP and other Semiconductor Nanowires | p. 460 |
Gallium Arsenide | p. 460 |
InP and GaP | p. 462 |
Miscellaneous Nanowires | p. 464 |
Coaxial Nanowires and Coating Nanowires | p. 466 |
Self Assembly and Functionalization | p. 467 |
Useful Properties and Potential Applications | p. 473 |
Optical Properties | p. 474 |
Electrical and Magnetic Properties | p. 479 |
Transistors and Devices | p. 482 |
Field Emission | p. 485 |
Energy Storage and Conversion | p. 485 |
Electromechanical Devices | p. 489 |
Mechanical Properties | p. 492 |
Biological Aspects | p. 493 |
References | p. 495 |
Subject Index | p. 531 |
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The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.