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| Shockley W. — Imperfections in Nearly Perfect Crystals: Symposium held at Pocono Manor |
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Название: Imperfections in Nearly Perfect Crystals: Symposium held at Pocono Manor
Автор: Shockley W.
Язык: 
Рубрика: Физика/
Статус предметного указателя: Готов указатель с номерами страниц
ed2k:
Издание: 1st edition
Год издания: 1950
Количество страниц: 490
Добавлена в каталог: 30.08.2009
Операции: Положить на полку |
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| Предметный указатель |
"Crowdion" 309
"Incipient" vacancies 57
"Island" model of grain boundary 452 469
"Island" model of grain boundary diffusion 465
"Noncrystallographic" deformation 444
"Particles" as imperfections 12
"Transient" imperfections 14 23
"Twins" in grain boundary diffusion 470
Absorption bands 37
Acceptor levels 39
Achter, M.R. 466 467 468 469 470 471
Acoustical waves 17
Activation energies, for foreign ions in sodium chloride 233
Activation energies, for grain boundary diffusion 467
Activation energies, for mechanical relaxation in alkali halides 237—238
Activation energy, for conduction in sodium chloride 242
Activation energy, for conduction in sodium chloride of grain boundary motion 472
Alexander, B.H. 73 321 322 324 325 343 344 346 374 375 454 471
Alexander, J. 6
Alkali halides 22—66
Alkali halides, irradiation 6
Alloys, microstructure of 378—381
Almin, K.E. 110 125
Alpha particle 58
Alpha ray excitation 31
Aluminum alloys, interface energy in 384—387
Aluminum faulting 112—113
Ammermann, E. 435
Andrade, E.N. da C. 132 133 135 145 175 194 411 435
Anelasticity in ionic crystals 234—238
Anisotropic elasticity 355 365 366
Annealing twins 114
Annihilation, of exciton 22
Annihilation, of holes 69
Ansel, G. 134 145
Apker, L. 28 29 70 246—260
Archer, R.S. 449
Asaro, F. 307 311 314
Associated pair of vacancies 35
Association of lattice defects 238-241
Atmospheres about dislocations 73
Aust, K.T. 339 340 341 342 343 344 363 368 371 472
Averbach, B.L. 152—172 436
Baedeker — Wilson model 5
Bailey, G.L.J. 324 325 326 327 328 330 343 344 382 383 401
Bakalar, I.D. 307 314
Bakarian, P.W. 132 145
Baluffi, R. 343 344 471
band theory 9—12
Bardeen, J. 19 20 24 25 35 38 40 64 69 72 261—288 310
Barrett, C.S. 58 97—128 130 131 134 137 143 144 145 146 147 148
Barrett, M.A.(Miss) 124
Bauer, G. 26
Beaujard, L. 138 145 404 407 414 422 435
Beck, P.A. 431 435 454 457 458 459 461 462 463 471
Becker, J. 450
Becker, J.A. 249
Becker, M. 69 187
Becker, R. 388
Bend gliding 116 118
Bent glide lamellae 115—116
Berg, W. 143 146
Berg, W.F. 6
Berger, W. 435
Berghezan, A. 410 426 435
Berglund, T. 435
Berman, F. 471
Berry, C.R. 31
Bethe, H. 5
Bicrystals 444—446
Bilby, B.A. 6 43 178 190
Birchenall, C.E. 307 314
Bircumshaw, L.L. 330 343
Blackman, M. 18
Blackman, Nelson W. 113 125
Bloch, F. 14
Bloembergen, N. 58
Boas, W. 124 125 130 132 138 145 211 368 376 444 449
Boehme, W. 319 320 321 324 325 343
Bolton, M.J. 332 333 336 337 339 343 344 371 456 471
Bordoni, P.G. 212
Born, M. 5
Bowles, J.S. 115 122 125
Bragg diffraction 63
Bragg, W.L. 101 105 124 136 167 353 371 425 431 435
Brattain, W.H. 60
Breakaway of dislocation from impurities 206
Breckenridge, R.G. 35 72 219—246
Brick, R.M. 136 137 145
Brindley, G.W. 153 166
Brooks, H. 22 369
Broser, I. 31
Brown, A.F. 51 141 146
Brown, R.H. 471
Buerger, M.J. 416 435
Buffington, F.S. 307 314
Burgers circuit 360
Burgers circuit, defined 79—80
Burgers vector 42
Burgers vector, conservation of 81—82
Burgers vector, defined 81
Burgers, J.M. 6 41 42 44 46 47 48 49 50 53 56 63 77 99 101 174 177 206 353 354 358 360 361 366 367 371 426 427 435 436 471
Burgers, W.G. 101 124 472 473
Burgess, H. 35
Burke, J.E. 104 125 137 145 454 461 462 463 471
Burstein, E. 6 66
Burton, M. 58
Burton, P.C. 29
Burton, W.K. 435
Butler, C.C. 321 343
Bystroem, A. 110 325
Cabrera, N. 435
Cahn, R.W. 139 140 142 143 144 145 147 406 411 412 413 435 446 449
Casler, R. 6 67
Castaing, R. 408 409 410 434 435
Castellan, G. 38
Cells in lattice 8
Cettrell locking of dislocations 176—179
Chalmers, B. 339 340 341 342 343 344 347 363 368 371 373 374 436 441—450 472
Chandrasekhar, S. 295 313
Chapman, J.C. 318 343
Characteristic temperature 18
Charged radiations 14 58—60
Chaudron, G. 447 450
Chemical diffusion 309—313
Chemical diffusion coefficients 269
Chemical potentials 265—288 290
Chemical properties of grain boundaries 447—448
Chen, N.K. 144 146
Chow, Y.S. 133 145
Clifton, D.F. 418 450
Clusters of vacancies 35—38
Cobalt faulting 114
Cobalt transformation 122
Cohen, M. 307 314
Coherence 394—395
Coherent domain 55
Coherent twin boundary tension in copper, value of 342
Cold work diffraction effects, dislocation interpretation 166
Cold work, and electrical resistivity 65
Cold work, and electrical resistivity in metals 152—172
Cole, K.S. 225 226 244
Cole, R.H. 225 226 244
Collins, G.B. 28
Collins, J.A. 116 125
Color centers 39
Composition of grain boundary 457
Compton, A.H. 57
Concentration gradients in alloys 370
Condensation of vacant lattice sites 41
| Condon, E.U. 30
Conwell, E. 64
Copper alloys, interface energy in 384 386—387
Copper-silicon alloys 106 112 126
Copper-silver alloys 111
Copper-zinc alloys 111
Correlation of diffusion jumps 270 281
Cottrell, A.H. 6 43 55 71 74 93 173 175 176 177 178 183 189 190 195 196 200 212 370 371 428 429 435
Couling, L. 471
creep 123 133
Crookes, H.N. 33 72 238 242 243 244
Cross slip 136
Crussard, C. 138 145 411 414 419 420 421 426 434 435
Crystal growth 39—40
Crystallographic slip 444
Curvature of grain boundary 454
Custers, J.F.H. 462 463 471
D'Heurle, F. 124
da Silva, L.C.C. 73 262 263 275 279 280 314
Damping force on dislocation 202 209 210
Damping of elastic vibrations, experimental 198 212 216
Damping, amplitude dependence 198 206 211
Damping, frequency dependence 199 208 212 216
Damping, frequency dependence, theory 197ff.
Daniels, F.W. 332 333 336 337 339 343 344 371 437 456 471
Darken, L.S. 262 263 264 268 271 272
Darwin, C.G. 410 433 434 435
Davey, W.P. 448 450
Davis, M. 173 174 184 186 189 191 193 194
Davis, R.E. 60
Dawson, M.H. 343 344 471
de Boer, J.H. 6
de Groot, S.R. 291 313
Dean, G.R. 448 450
Debye, P. 18 103 111 220 222 225 244
Defect pair formation in sodium chloride 239
Defects and pairs in sodium chloride containing foreign ions 234
Deformation bands 117—118 142—144
Degenerate gas 9
Dehlinger, U. 6 7 116 125
Demer, L.J. 471
Density of solids during cold work, changes in 55
Dewhirst, D.W. 149
Dexter, D. 71
Dezincification of brass 279
Dickey, Jean 21 249 251
Dielectric loss 35 72
Dielectric loss of sodium bromide 228
Dielectric loss of thallium bromide 227
Dielectric loss of thallium chloride 227
Dielectric properties of sodium chloride 225
Dielectric relaxation data for ionic crystals 229
Dielectric relaxation effects 219—230
Dielectric relaxation, for foreign ion-vacancy pair complexes 232
Dielectric relaxation, for foreign ion-vacancy pairs 231—232
Dielectric relaxation, for Frenkel defects 221
Dielectric relaxation, for Schottky defects 220
Dienes, G.J. 35 244 310 313
Diffraction of waves in crystals 16
Diffusion 32 33 50 261—288
Diffusion along grain boundaries 464—471
Diffusion coefficients 71 262—314
Diffusion coefficients, chemical 264 272
Diffusion coefficients, chemical, radioactive 263—287
Diffusion coefficients, vacancies 270—287
Diffusion couples 261—279
Diffusion equations 266
Diffusion in Kirkendall effect 262
Diffusion processes in F-center production 256
Dihedral angle 381
Dihedral angle, measurements of 327
Dirac, P.A.M. 4
Direct ionization of F-centers in KI 250—252
Dislocation interpretation of cold work diffraction effects 166
Dislocation lengths, distribution of 204
Dislocation lines, intersection of 88—91
Dislocation lines, length of 48
Dislocation model in grain boundary diffusion 465
Dislocation models of grain boundaries 352—376 455 469
Dislocation ring 41—42
Dislocation rings 174
Dislocation rings, interaction of dislocation rings 53
Dislocations 6—75 394
Dislocations as traps for electrons and holes 68
Dislocations as vacancy source 264—280
Dislocations, generation of 277 279
Dislocations, motion of when pinned 200 213 214
Dislocations, motion of, slipping ami diffusive 83—84
Dislocations, playing the role of sources and sinks 72
Disorder, degree of 102
Displacement by charged radiation 59
Distortion of lattice 64
Divalent ions and-vacancies 36
Donator levels 39
Drath, G. 330 343
Drude — Sommerfeld model 5
DuBridge, L.A. 246
Dunn, C.G. 86 148 317—361 362 363 364 368 371 376 377 380 437 440 454 455 456 470 471 473 474
Durand, M.A. 244
Edge dislocation 7 43 45
Edwards, C.A. 195 442 449
Edwards, O.S. 114 124
Einstein, A. 238 313 369
Elam, C.F. 130 136 137 145
Elastic anisotropy 112—127
Elastic constants, experimental 200
Elastic constants, theory 204 208 209
Elastic vibration, modes of 15
Electrical resistivity 63
Electrochemical effects of grain boundaries 448
Electrodeposited copper, faults in 99
Electrolytic conductivity 7 32 62
Electrolytic conductivity and plastic flow 53
Electrolytic conductivity of salts 5
Electrolytic current in the alkali halides 71
Electron microscope studies of slip 140—142
Electron-hole capture 65
Electron-hole collisions 21
Electronic energy levels 9—12
Electrons and holes, self-trapped 23
Energy bands, shift of 64
Energy distribution, of exciton-induced external photoelectrons 259—260
Energy distribution, photoelectrons due to direct ionization 252—253
Energy of activation for diffusion 290
Energy of cohesion of the positive-ion vacancy 71
Enthalpy of activation for diffusion 290
Entropy of activation for diffusion 298
Equicohesive temperature 446
Equilibrated small drops 323
Equilibrium surface tensions of solid metals, summary of 324
Eshelby, J.D. 52 202 204 210 212 215 365 366 371
Estermann, I. 6 69
Etch pits, on subgrain boundaries 408
Etching of grain boundaries 421
Etzel, H.W. 32 71 229 238 239 240 241 243 244
Evans, L.W. 39
Ewald, P.P. 410 435
Excess electrons and holes 10 13 20
Exciton-induced ionization of F-centers 255—256
excitons 25—70
Exhaustion creep 174
Exhaustion hardening 182
Eyring, H. 19
F-bands 6—69
F-centers, production of by excitons 254—255
F-centers, spatial distribution of, destruction of excitons at free surfaces 256—259
Fan, H.Y. 69
Fano, U. 29 70 258
Faraday, M. 318 343
Farnell, G.C. 29
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