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| Авторизация |
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| Dresselhaus M.S., Dresselhaus G., Avouris Ph. — Carbon nanotubes |
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| Предметный указатель |
Schottky, behavior 149
Schottky, diode 143
screening 159 165
SCROLL 17 18 338 339
Selection rule 223
Self-aligned 42
Self-alignment 40
Self-assemble 40
self-assembly 30
Self-organization 294 325
Self-orientation 41
Self-oriented 41 42
Semiconducting 179 180 182-186 188 191 193 194 199 210 211
Semiconducting behavior 177 194
Semiconducting nanotube 154
Semiconducting nanotubes 154 156 157
Semiconductor-semiconductor junctions 164 165
Sessile 297
Shape memory 312
Shear 297 299 304 315-317 319 325
Shear forces 187
Shell-filling 159
Si whiskers 22
SIC 302
Silicon pillars 43 45
Silicon tips 203 204
Single electron device 199
Single-electron 153 154 158
Single-electron tunneling 193 358
Sliding 197
SLIP 315-318
Sol-gel 35 37
Solid lubricant 111 112
Solution sample 231
Space group 16
Specific heat 280 283
Specific heat of mwnts 287
Specific heat, electronic 281
Specific heat, graphite 281 285
Specific heat, SWNTs 285
Spectroscopy 177 178 180 182 184-187 189 192 194 210
Spin 159 160 166 171
Spin states 156
Spin susceptibility 379
Spin, diffusion length 375
Spin, relaxation time, Elliott theory 373
Spin, susceptibility 377
Spin, susceptibility, Pauli 377
Spin-orbit scattering 171
Splitting of the dos peaks 225
Spray method 231
Stacking-faults 296
Staircase 193
Stick-slip 197
STM 178 180-182 184-187 189-192 194 210 211 269
STM image 123 126
STM spectroscopy 188
STM tip 187 383
STM voltage 190
Stokes 239
Stone — Wales 315-317 320 321
Stone — Wales defect 134 137 138 403 418
Stone — Wales defects 118
strain 168 195 295 296 302-304 306-308 310-318 320-328
Strain energy 122 195 196 302 309
Strained configurations 196 324
Strength, carbon fibers 19 22
Stress-induced fragmentation 303
Strong localization 172 359 360
Structural biology 206
Structural defects 186
STS 123 225 266 269
STS spectra 186
Subband 286
Subbands 153 156 158
Substrate 142 299 300 302 313 322 324 325
Substrate, attraction 142
Substrate, contact force 149
Superconductivity 154 157 159
Supercritical drying 37
Supercurrents 160
Surface area 36 37
Surface sensitive 252
SWNT diameter 218
SWNT films 408
Sword-in-sheath failure 19 20
Symmetry 5 124 131 148
Symmetry, axis 127
Symmetry, breaking 131
Symmetry, broken 139-141
Symmetry, group 6
Symmetry, mirror 140
Symmetry, rotation 6
Symmetry, rotational 131
Symmetry, Stone — Wales 137
Symmetry, symmetry vector 6
Symmetry, vector 7
Synthesis, arc method 8
Synthesis, chemical vapor phase deposition 8
Synthesis, laser vaporization method 7 8
Tangential mode 237
Tapping mode 199 200 207 209
Telecom 411
Temperature-programmed desorption (TPD), SWNTs 416
Tensile load 294 303 313 319
| Tensile modulus 299
Tensile strain 303 321
tensile strength 19 296 308 313 417 418
Tensile strengths 211
thermal conductivity 291
Thermal conductivity, carbon-based materials 288
Thermal conductivity, graphite 24
Thermal conductivity, MWNTs 289
Thermal conductivity, pitch fibers 19
Thermal conductivity, SWNTs 290
Thermal gravimetric analysis 428
Thermal vibrations 297 311
Thermopower 171
Three peaks 231
Three-terminal device 155
Threshold fields 406
Tight binding molecular dynamics 228
Tight-binding 183-186 188 189 194 211
Tight-binding model 131 256 269 272
Time reversal symmetry 225
Time-reversal invarience 169
Tip growth mode 34
Tip oscillations 298
Tip radius 205 381
Topological defects 118
Torsion 300 302 312 313
Transconductance 48
Transfer energy,  219 256 257 262 266 269 272
transistor 252
Translation vector 4 7
Translational vector, T 220
Transmission electron microscope (TEM) 2 4 7 23 86 96-98 106 107 111 335 338-342 370 372 381 388 391-393
transparencies 167
Transport experiments 123 275
Transport spectroscopy 158 159
Transport, nonlinear 131
Transport, properties 137
Transverse acoustic (TA) modes 229
Trap states 146
Tree ring morphology 18 21 23
Triangular lattice 15
Trigonal warping effect 224
Triode-type 409
Tube furnace 32
Tubule 301-303 308 310 313 315 318 319 328
Tunnel barrier 155 161 165 166 170
Tunneling conductance 154 161
Tunneling spectroscopy 182 183 186 193
Turbostratic 24
Turbostratic graphite 16 338
Turbostratic, nanotubes 16
Twist mode 284
Twisting 186 187 313 325 328
Twisting acoustic mode (TW) 229
Twisting angle 329
Twists 187
Two-terminal 155 156 173
Two-terminal resistance 155
Ultrasonic irradiation 327
Ultrasound 327
Umklapp peak 289
Umklapp scattering 288-290 292
Uniaxial tension 315
Unit vectors 218
Universal conductance 352
Universal conductance fluctuations (UCF) 333 352 365
Universial conductance fluctuations (UCF) 359
Vacuum microelectronic devices 404
Valence orbitals 12
van der Waals 294 300 301 312 313 322 323 325 326 328
Van der Waals force 16 389
Van der Waals interaction 257
Van der Waals spaces 413
Van Hove singularities 180 184 185 193 194 211 223 350 351 367 368
van Hove singularity 136 257 264 266 267 269 270 273 274 276
Voids 296
Wavelike distortion 300 301
Weak localization 167-169 171 172 333 351 352 363-366 372
Weak localization, logarithmic dependence 353
Weak localization, low-T conductance 354
Weak localization, magnetoresistance 363
Weak localization, WL theory (2D) 352
Whiskers, carbon 22
Whiskers, graphite 12 17 18 346
Whiskers, iron 22
Whiskers, nonmetals 22
WKB approximation 379
work function 406
X-ray absorption spectroscopy (XAS) 253 255
X-ray absorption spectroscopy (XAS), SWNTs 267
X-ray electron spectroscopy (XES) 262
X-ray emission spectroscopy (XES), graphite 258
XES 254
Yield strain 296
Yield stress 296
Young’s modulus 20 86 111 127 198 199 202 211 295-299 303-307 322 387 388 392 417
Young’s modulus, MWNTs 387
Yttrium 31
Zeeman energy 159
Zero gap semiconductor 16
Zero-bias anomaly 170
Zigzag 178 179 181 186 187 192
Zigzag nanotubes 4-6 218
Zone folding 23
Zone-boundary phonons 154 160 163
Zone-folding 291
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