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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
contacts      154 156 158-163 165-168 171 173
Continuum elasticity      305 308 309 313
Continuum model      309 312 313
Cooper pair      160
Core electrons      12 254
Correlated electron systems      169
Coulomb barrier      170
Coulomb blockade      144 157-161 170 358 359
Coulomb charging      190
Coulomb charging energy      189
Covalent $sp^{2}$ bond      86
Crack      296 314 317 318
Critical curvature      311
Critical strain      310 311
Cross-links      390 393
Cross-section      295 296 304 305 323
Crossed junctions      165
Crossed nanotubes      161 164 165
Crossed-tube junctions      118
Crystal momentum      173
Current density      408
Current-voltage      131
Curvature-induced hybridization      185
Cvd growth      210
Dangling bond      84 87
dangling bonds      14
DC breakdown voltage      411
Debye temperature      286
Defect pair      128
Defect, pentagon-heptagon pair      117 127-132
defects      164 167 169 173 174
Density functional, local      121
Density functional, method      134 142
Density of rope states, electronic      140 141
Density of states      180 183 194 210
Density of states (DOS), electronic      222
Density of states, electron      264
Density of states, electronic      131 139 149 256 258 262 266 267
Density of states, joint      141
Density of states, local      135 137 138
Density of states, phonon      280 282 285
Department of energy, benchmark      416
Dephasing      154 168-171
Depolarization effect      223
Diameter distribution      8 230 266 269 270 273 276
Diameter, $d_{t}$      218
Diameter-selective formation      230
Diamond, $sp^{3}$ bond      13
Dielectric function      234 255 259 260 269 272 274
Dielectric tensor      255 259
Differential conductance      157 158 161
Diffusive      156
Dimensionality, one to three      272
Dirac Hamiltonian      146
Dirac points      139
Discrete energy levels      154 158
Dislocation      294 315-320 329
Dislocation failure      301 315 316 320 321
Dislocations      296 297 315-320
Disorder      156 169 172 174
Disorder potential      147
Dispersion relations      23
Dissipation of energy      297
Distortion      293 322 323
DNA      206
DNA stretching      207
Dope      234
Dope, $Br_{2}$      240
Dope, Br      234
Dope, Cs      234
Doping, $BC_{2}N$ tubes      103
Doping, alkali metals      429
Doping, BN tubes      103
Doping, carbon materials      415
Doping, external      16 346
Doping, functionalization of tubes      422
Doping, halogens      429
Doping, inorganic tubes      113
Doping, intercalated swnts      274
Doping, intercalation tubes      429
Doping, internal      16 340
Doping, interstitial      16
Doping, K      275 276
Doping, metallic tubes      144
Doping, morphology      26
Doping, nanotubes      252
Doping, polymers with nanotubes      423
Doping, ropes      140
Doping, semiconducting tubes      118 144 149
Doping, substitutional      16
DOS      180 184-186 188-190 193 194 211
Drude resistance      345 352 363
Drude — Lorentz model      275
Drude-like tail      259
Ductile behavior      320 322
Edison      21
Eels      254
Elastic bending modulus      300
Elastic compliance      295
Elastic deformation      195
Elastic deformations      301 308
Elastic moduli      295 328
Elastic properties      18
Elastic scattering      163
Elastic stiffness      295
Elastic strain      199
electric polarizability      123
Electrical etching      202 203 209
Electrical resistance      323
Electrical transport      153 155 166-168
Electro-mechanical      48 51
Electrochemical intercalation      413
Electromagnetic induction (EMI), shielding      422
Electromechanical effects      164 165
Electron energy loss (EELS), nanotube spectrum      273
Electron energy loss spectroscopy (EELS)      96 97 99 255 258 267 273 274 276 413
Electron energy loss spectroscopy (EELS), graphite      258 259
Electron energy loss spectroscopy (EELS), nanotubes      267
Electron energy loss spectroscopy (EELS), theoretical      267
Electron field emitters      404
Electron spectroscopies      252
Electron spin resonance      373
Electron spin resonance (ESR), $g$-factor      373
Electron spin resonance (ESR), $g$-shift      373
Electron spin resonance (ESR), signal      375
Electron spin resonance (ESR), technique      334
Electron tunneling      170 174
Electron, $\pi$-electrons      252 269
Electron-electron correlation      153 160
Electron-electron interactions      154 160 169 170 174
Electron-phonon coupling      163
Electron-phonon interactions      160 162
Electron-phonon scattering      171
Electronic band structure      178 180 184 185
Electronic delocalization      173 174
Electronic density of states      402
Electronic properties      2 3 117 118 123 127
Electronic properties, rope      118
Electronic properties, SWNTs      119
Electronic properties, theoretical      119
Electronic specific heat      283
Electronic structure      14 86 120 121 127-129 134 139 140 146 148 149 256 264 267
Electronic structure, $E_{pp}$      224
Electronic structure, carbon fibers      21
Electronic structure, graphene      16
Electronic structure, SWNT      118 119
Electronic structure, symmetry gap      120 131 141
Electronic structure, turbostratic graphite      16
Electrons, $\pi$-electrons      262
Electrostatic deflection      300
Electrostatic energy      158
Elliott relation      374
Emission site density      408
Emission tips      405
End caps      188
End electronic states      183
End of nanotubes      198
End states      188
ends      204
Ends of nanotubes      186 188 193 203 208-211
Energy capacity      413
Energy contour plot      220
Energy dispersion relations, phonon      228
Energy dispersion, graphite      218 257
energy gaps      179 180 183 184 188 193
Energy loss spectrum      233
Energy storage      411
ethylene      33 35 40 42
Euler’s rule      188
Fabry — Perot interferometer      167
Facets      19 21 110 111
Failure      294 301-304 313 329
FeCo      38
Fermi level      25
Fermi level singularity      170
Fermi liquid      343 366 370 372
Fermi liquids      170
Fermi wavelength      191
Fermi — Dirac distribution      170
Ferrocene      39
Field emission      333 334 379-383 405
Field emission, current      382
Field emission, guns      379
Field emission, individual nanotubes      380
Field emission, induced luminescence      384
Field enhancement factor      405 406
Field-effect transistor      199
Field-effect transistors      153 154 156 157
Filled nanotubes      428
Filling nanotubes      428
Filling nanotubes, liquid metals      341
Finite size      177 178 187 195 201
Finite size effects      189 194
Flat panel display      409
Flat-panel screen      252
Flexural rigidity      310 313 326
Force constants      14
Force spectroscopy      207 208 210
Force titrations      208 209
Forward scattering      171
Four-terminal resistance      173 174
Fourier transform infrared (FTIR)      416
Fowler — Nordheim behavior      407
Fowler — Nordheim equation      379 405
Fowler — Nordheim model      380 382
Fowler — Nordheim plot      406
Fracture      294 297 314 315 318 319 324 329 418
Friction signal      207
fuel cells      411
Fullerene-like caps      3 5 7
Fullerenes      293 294 308
Fullerenes, discovery      3 14
Fullerenes, isolated pentagon rule      3 7
Functionalization      429
Functionalized tips      207
Furnace temperature      230
Gas discharge tube (GDT), nanotube-based      411
Gas discharge tube (GDT), nonlinear shunt      411
Gas discharge tube (GDT), protectors      411
GaSe nanotubes      104
Gate      154-159 165
Gate voltage      123
Gaussian potential      145
Glide      315-320
Grain boundaries      296
Graphene      4 6 12 178 179 190 280
graphite      85 88 96 99 101 103 255-259 264 266 269 270 276 281 288
Graphite intercalation compound (GIC)      274 275
Graphite, $sp^{2}$ bond      17 101
Graphite, arcing      96
Graphite, crystalline 3d      12
Graphite, honeycomb lattice      12
Graphite, kish      17
Graphite, resistivity      347
Graphite, single-crystal      347
Graphitic      31 33 36 39
Greatest common divisor, $d_{R}$      6 221
Growth      55
Growth methods      29 30 34 46 51
Growth, catalytic growth      68
Growth, close-ended mechanism      58
Growth, lip-lip interaction model      64
Growth, open-ended mechanism      59
Growth, root growth      75
Growth, ropes growth      74
Hairpins      207
Helicity      120 127 135 177-180 182 183 185 187 194 210 270 315 317 329
Heterojunction      164 319
Heterojunctions, semiconductor      127 129
Hexagons/unit cell N      220
High-resolution      201-203 205 208 211
Highly ordered pyrolytic graphite (HOPG)      22
Highly oriented pyrolytic graphite      22
Highly oriented pyrolytic graphite (HOPG)      17
History, carbon fibers      3
History, carbon nanotubes      2-4
History, fullerenes      8
History, nanotubes      23
Hollow core      19 20 26 340
HOMO-LUMO gap      192
Honeycomb lattice      4-6 181
Honeycomb lattice, unit vectors      4 5
Hookean      300
HOPG      15 17
Hybridization effect      246
Hydrocarbons      33 37 39
Hydrogen storage      404 415 416
Hydrophobic      328
Hydrophobic functional groups      209
Hydrophobic functionality      209
Hydroxyl groups      208
Iijima      24
Impurities      134 375 378
Impurities, boron      135 136 138
Impurities, magnetic      379
Impurities, substitutional      134
In-plane stiffness      310
In-plane stretching      306 310
Indium-tin-oxide (ITO) stripes      409
Inelastic collisions      169
Inelastic relaxation      293 294
Infrared spectra      21
Innermost nanotube      245
Inorganic fullerene      84 85 109 113
Inorganic nanotube      84 85
Inter-layer interaction      243
Inter-tube transport      154 173 174
Intercalated nanotubes      274
Intercalation      113 413
Intercalation, bundles of SWNTs      275
Intercalation, graphite      260
Intercalation, K      274
Intercalation, Li      93
Intercalation, Na      100
Intercalation, nanotubes      251
Intercalation, SWNTs      260 274 275
Interface bonding      420
Interlayer, force      25
Interlayer, separation      15 16
Interlayer, spacing in MWNTs      338
1 2 3 4
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