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Dresselhaus M.S., Dresselhaus G., Avouris Ph. — Carbon nanotubes
Dresselhaus M.S., Dresselhaus G., Avouris Ph. — Carbon nanotubes



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Название: Carbon nanotubes

Авторы: Dresselhaus M.S., Dresselhaus G., Avouris Ph.

Аннотация:

This book gives a comprehensive review of the present status of research in this fast moving field by researchers actively contributing to the advances. After a short introduction and a brief review of the relation between carbon nanotubes, graphite and other forms of carbon, the synthesis techniques and growth mechanisms for carbon nanotubes are described. This is followed by reviews on nanotube electronic structure, electrical, optical, and mechanical properties, nanotube imaging and spectroscopy, and nanotube applications.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 453

Добавлена в каталог: 07.04.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Intermolecular adhesion      207
Interstitial channels      429
Intramolecular junctions      164 165
Ion bombardment      173
IPES      254
Iron      33 34 39-41 44
Iron chloride      44
Iron oxide      40 204
Iron pentacarbonyl      39
Josephson supercurrents      159
Junction, metal-metal      118 127 130-132 143 148
Junction, metal-semiconductor      118 127-130 132 148
Junction, semiconductor-semiconductor      143
Junctions      117 118 120 127-129 148
Junctions, conductance      143
Junctions, crossed      143 144
Junctions, crossed-tube      141
Junctions, metal-metal      127 149
Junctions, metal-semiconductor      149
Junctions, semiconductor-metal      128
K point      179 180
Keating force model      305
Kink      161 162 164 186
Kinked nanotube      132 134 138
Kinked nanotube, I-V      132
Kinked nanotube, junctions      148
Kinks      297 300 301 303 308
Kondo      171
Kramers — Kronig analysis      255 259
Laminated structure      297
Landauer formalism      130
laser ablation      30 31 33 34 40
Laser vaporization method      230
Lateral resolution      208
Lateral stresses      196
Lattice constant      15
LDOS      182 188 189
Ligand-receptor      210
Light emission      379
Lindhardt formula      269
Linear dispersion      220
Lip-lip interaction      98
Lipid bilayers      209
Lithium battery      413
Local stress      319
localization      154 166 167 172
Localization length      172
Localization temperature      172
Loop test      297
Lorenz limit      311
Loss function      255 259 260 267 273 274
Luttinger liquid      153 154 160 162 166 170 171 262 342 366 369 372 375
Luttinger parameter $g$      160 161
Magnetic field      159 167-172
Magnetic moments      171
Magneto-resistance      154 167
Magneto-transport      172
Magnetoresistance      351 352 362 363 365 366
Manipulation      177 178 196 197 200 294 297 324-326 328
Materials properties      386
Matrix-embedded carbon nanotube      303
MD simulations      308 309 311 319 321
Mean free path      134 144 148 149 163 168 172
Mechanical deformation      29 48 49 131 294 325
Mechanical properties      127 385 387
Mechanical properties, disorder effect      388
Mechanical stress      131
Mechanical stress, axial      392
Mechanical stress, compressive      20
Mechanical stress, MWNTs      386
Mechanics      294 308 325 326
Mesopore volume      35 37
Mesoscopic      153 154 156
Metal hydrides      415
Metal-metal junctions      164 165
Metal-nanotube contacts      167
Metal-semiconductor junctions      164 165
Metal-support interactions      36 38 39 43
Metallic      179 181 183-186 188-191 193 194 211
Metallic band structure      190
Metallic behavior      177 194 210
Metallic nanotubes      154-158 163
Metallic ropes      161
Metallic window      236
Metallic wires      340
methane      35-38 40 44 45
Methane CVD      35-38 43-45
Micro-cracks      301
Microelectrodes      412
Micromanipulators      202
Modulus, carbon fibers      19
Molecular mechanics      323 324 329
Molecular probes      425
Momentum conservation      174
Momentum relaxation      169
Monoatomic chains      314
Multi-wall nanotubes      168 170
Multi-walled carbon nanotubes      243
Multiwall carbon nanotubes      3 8
Multiwalled tubes      300 304
Nanocomposite      429
Nanofibers      20
Nanofibers, vapor grown      23
Nanoribbons      301
Nanorods      302
Nanorope      306
Nanoswitch      131
Nanotube devices      177 178
Nanotube hollows      428
Nanotube indices, (n,m)      218
Nanotube rings      325 328
Nanotube ropes      167 171 173
Nanotube tip      73
Nanotube, chiral angle      6
Nanotube, chirality      6
Nanotube, curvature      12 14
Nanotube, diameter      6
Nanotube, production      334-336 339 390
Nanotube, purification      334-337 376-379
Nanotube, zigzag      104 108
Nanotube-nanotube interactions      322
Nanotube-substrate interactions      322
Nanotubes, excited states      267
Nanotubes, intercalated SWNTs      274
Nanotubes, metallic      14
Nanotubes, semiconducting      14
Nanotubes, unoccupied states      267
Negative MR      168
Nernstian behavior      412
Nickel      31 33 34 40
Nitrogen      136
Nuclear magnetic resonance (NMR), proton      417
Nucleation      55 296 303 315-317 320 321 328 329
Nyquist noise      365
One-dimensional band structure      177 178 188
One-dimensionality      2-4
Onion morphology      18 83 95 97 113 335 337 344
Optical      105
Optical absorption      231
Optical absorption spectroscopy      269 270
Optical density      236
Optical device      108
Optical measurements      85
Optical phonons      154 160 163
Optical properties      105 111
Optical transitions      108
Optical tuning      104 108
Organic amines      209
Organic light emitting diodes (OLED)      423
Over-voltage protection      411
Oxide spinels      38
p-type      156 165
pair      79
Particle-in-a-box      158
Peach — Koehler force      316
Penetration depth      174
Pentagon-heptagon      7
Pentagon-heptagon defect      161
Pentagon-heptagon pair      315 316
Pentagons and heptagons      96
Perturbations      145
Perturbations, asymmetric      141
Perturbations, external      117 144
Perturbations, long range      139 145 149
Pes      257 258 262 264 266
Phase coherence length      159
phase diagram      13 14 24 84 87 88 100
Phase lag      209
Phase lag signal      207
Phase shifts      135-138
phase velocity      229
Phonon dispersion of MWNTs      284
Phonon dispersion relations      228
Phonon dispersion, SWNTs      284
Phonon modes, acoustic      280 282
Phonon modes, twist mode      282
Phonon scattering      162
Phonon scattering length      291
Phonon states      109
Phonon thermal conductivity      288
Phonon velocity      282
Phonon, dispersion      109
Phonon, K point      230
Phonon, twist mode      291
Phonon, zone-boundary      110
Phonons      163 298
Phonons, heat capacity      125
Phonons, subbands      281
Phonons, twistons      125
Phonons, zone-folding      281
Photo thermal deflection spectrum      232
Photo-thermal deflection spectrum (PDS)      232
Photoelectron spectroscopy (PES)      253
photoemission      170
Photoemission spectroscopy (PES), angle resolved (ARPES)      256
Photoemission spectroscopy (PES), angle resolved inverse (ARIPES)      256
Photoemission spectroscopy (PES), data      262
Photoemission spectroscopy (PES), fullerenes      266
Photoemission spectroscopy (PES), graphite      256
Photoemission spectroscopy (PES), nanotubes      262
Photoemission spectrum, graphite      256
Photoemission spectrum, MWNTs      256
Plasma assisted cvd      40
Plasma breakdown      411
Plasmon      233 255 259 267 269 270 273 274
Plasmon excitation spectrum      267
Plasmon, $\pi$+$\sigma$      262
Plasmon, $\pi$+$\sigma$ plasmon      260
Plasmon, $\pi$+$\sigma$-plasmon      267 270 273 276
Plasmon, $\pi$-plasmon      259 262 267 269 270 272 273 274 275 276
Plasmon, energy      260
Plasmon, free electron      261
Plasmon, MWNT      273
Plastic yield      296
Point defects      296
Poisson ratio      300 306
Polarizability, static      123 126
Polarizability, tensor      124
Polarizability, unscreened      124
Polyacrylonitrile      22
Polyacrylonitrile (PAN), fiber      22
Polyhedra      84
Polyhedron      31
Polymer composite      420
Porous silicon      40-43
Potassium      274 276
Potential fluctuations      156
Potential well      167
Power-law      154 160 161 165
PPV      422
Precursor      39 44
Proteins      204 206 210
proximity effect      159 160
Pseudo-spin      146
Pseudogap      325
Pseudopotential      121 134
Purification      231
Quantum conductance      130 350-353 357 360 361
Quantum confinement      14
Quantum confinement, Coulomb blockade      123
Quantum dots      144 147 158 165 166 193 194 200
quantum size effect      86 105 107
Quantum size effects      190 191
Quantum wire, metallic tubes      123
radiaL      195
Radial breathing mode      21
Radial breathing mode (RBM)      217 229 231 233 236-238 240 242-247
Radial breathing mode (RBM), frequency      230 245
Radial breathing mode (RBM), raman intensity      236
Radial breathing mode (RBM), raman spectra      243
Radial breathing mode (RBM), spectra      236
Radial confinement      178
Radial deformations      308 324
Radiation dose      390
Radius of curvature      323
Raman intensity, $\bar{I}^{S}_{1540}(d_{0})$      239
Raman peak, D-band      230
Raman spectra      109
Raman spectra, G-band      236
Rectifying behavior      164 165
Rehybridization      301
Rehybridization $\sigma$-$\pi$      122
Relaxation      294 315 317-319 329
Resilience      293 300 301 328
Resolution      177 178 181 201-211
Resonance Raman      110
Resonance Raman effect      235
Resonant inelastic x-ray scattering (RIXS), SWNTs      264 265
Resonant tunneling      154 158 190 191
Rhombohedral phase      15
Ribbons      300 325
Rings      154 165 168 169 171 172
Ripples      300 312
RIXS      254
Rolling      197
ROPE      15 266 269 270 276 416 421
Rope, (10,10) nanotubes      139
Rope, diameter      389
Rope, lattice      274
Rope, MWNT      343 354
Rope, SWNT      354 386 389 393 404 417 420
Ropes      7 8
Sample preparation      231
Saturation current      163
Scanning probe      91 101 195
Scanning probe microscope tip      425
Scanning probe microscopy      177 178 210
Scanning probe, microscopy      112
Scanning probe, tips      86
Scanning probe-microscopy      195
Scanning tunneling microscope      93
Scanning tunneling microscopy      177 178 180 194
Scanning tunneling microscopy (STM)      4
Scanning tunneling spectroscopy      225
Scanning tunneling spectroscopy (STS)      350
Scattering      154 167
Scattering mechanism      154 160 163
Schottky barrier      164 165
Schottky, barrier      148
Schottky, barriers      127 144
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