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| Johnson K., Lark-Horovitz V.A. — Methods of Experimental Physics Solid State Physics (Volume 6/PartA) |
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Íàçâàíèå: Methods of Experimental Physics Solid State Physics (Volume 6/PartA)
Àâòîðû: Johnson K., Lark-Horovitz V.A.
ßçûê: 
Ðóáðèêà: Ôèçèêà/
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k:
Ãîä èçäàíèÿ: 1964
Êîëè÷åñòâî ñòðàíèö: 466
Äîáàâëåíà â êàòàëîã: 23.03.2008
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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| Ïðåäìåòíûé óêàçàòåëü |
Chipman, D.R. 223
Chipman, J. 45 49(7)
Chiswik, H.H. 320
Chow, C.S. 391
Chow, Y.S. 121
Christian, J.W. 152(89) 175 242
Christian, R.H. 298 428 436
Christy, R.W. 152(113) 175 437
Cisney, E. 220
Clabaugh, W.S. 27 29
Clark, G.L. 36
Clark, J.C. 155(30) 173
Clark, R.H. 408
Clark, S.P., Jr. 422
Clark, S.R., Jr. 432
Cleaning etches 156—160
Cleaves, H.E. 27
Cleland, J.W. 361
Clifton, D.F. 218
Climb 329—330
Cluett, G.H. 27
Cochran, W. 218 231 236 243
Cochran, W.G. 5
Cochrane, W. 246 248 257 258 273 274
Cohen, E.R. 3 9 205 247 284
Cohen, K. 26
Cohen, M. 238
Cohen, M.U. 227
Cole, H. 243
Collins, S.C. 318
Color production in silicate glasses 141—142
Coltman, R.R. 318 359 362
Comer, J.J. 179
Comerford, M.F. 243
Composition areas of glass formation 140—143
Compressibility of iron 419
Compression of materials 298
Compton, A.H. 248
Compton, M.G. 335
Compton, W.D. 367
Concentrational sensitivity in impurity determination 29—30
Concentrational sensitivity, limit 30
Conductivity and mobility 17
Conservative freezing methods 53—55
Conservative motion of dislocations 329
Constant strain-rate apparatus 318
Constant stress apparatus 318—319
Conwell, E.M. 37
Cook, M. 320
Cooper, E.R. 261 264(49) 265
Corey, H.E. 163(128) 171(128) 176
Corliss, L.M. 281
Corruccini, R.J. 389
Cosslett, V.E. 177
Cottrell cloud 327
Cottrell, A.H. 309 314 317 319 323 327 340 346
Counter tube instruments 217—219
Courant, R. 435
Cowley, J.M. 218 257 261 264(53) 265 266(53) 267(53) 271(53)
Cox, E.G. 236
Coyle, R.A. 219
Craig, D.J. 113
Craig, L.C. 24
Cramer, H. 2 4
Crawford, A.E. 148 172
Crawford, J.H., Jr. 361
Critical resolved shear stress 316
Crittenden, E.C., Jr. 123 182
Crooks, H.H. 367
Cross, J.L. 437
Crucibles 89 92—95
Cruikshank, D.W.J. 232
Crystal and space lattices 189—191
Crystal axes of rotation 200—201
Crystal growth by addition of solute 104—108
Crystal growth by electrolysis 108
Crystal growth by inter diffusion 108
Crystal growth by secondary recrystallization 119
Crystal growth from a vapor phase reaction 113—116
Crystal growth from melt 86—98
Crystal growth from pure vapor 111—113
Crystal growth from solution 98—109
Crystal growth from solution by changing temperature 101—103
Crystal growth from solution by evaporation of solvent 103—104
Crystal growth from vapor phase 109—116
Crystal growth in a crucible 89—93
Crystal growth in a temperature gradient 119—121
Crystal growth in the solid phase 116—121
Crystal growth rates in solutions 99 100
Crystal growth rates, impurity content 95
Crystal growth rates, magnitudes 87
Crystal growth, control of crystallization 87
Crystal growth, dislocations 332—335
Crystal growth, floating zone technique 96
Crystal growth, miscellaneous techniques 108—109
Crystal growth, single crystals by primary grain growth 118
Crystal growth, thermal gradients 87—89
Crystal growth, Verneuil method 96
Crystal growth, without a crucible 96—98
Crystal habit 100
Crystal imperfections, detection by X-rays 241—244
Crystal orientation by optical methods 160—163
Crystal pulling 93—96
Crystal reflection planes 201—202
Crystal structure determination 187—282
Crystal structure determination, moving-film methods 208—214
Crystal structure determination, standard photographic methods for single crystals 206—208
Crystal symmetry 200—202
Crystal symmetry, effect on diffracted rays 202—203
Crystal systems 15 201
Crystal, center of inversion 200
Crystal, definition 189
Crystal, diffracted intensity formula 199
Crystal, lattices 201
Crystal, periodicity of scattering power 194
Crystal, unit cell of 190
Cunningham, J. 244
Cunningham, W.K. 109
Cusano, D.A. 133
Cutting methods 148 152
Cyclotron irradiation 359
Czerny, M. 122
Czochralski, J. 54 87 94 117
Czyzak, S.J. 113
da Silva, L.C.C. 372
Daeey, G.C. 44 61 65(4)
Dalaunay, B. 226
Dames, W. 261(37) 262
Daniels, F.W. 309
Daniels, W.B. 437
Danielson, G.C. 400
Danielson, W.E. 223
Darbyshire, J.A. 261 264(49) 265
Darkin, L.S. 42
Darling, H.E. 417
Darwin, C.G. 258
Dash, W.C. 112 165(132) 170(132) 172 176 349 350 352 357
Data, rejection of 7
Dauphinee, T.M. 392 393
Davenport, E.S. 152(115) 175
Davey, W.P. 226
Davidenkov, N.N. 311
Davis, E.A. 312
Davis, H.E. 317
Davis, M. 25 98
Davisson, C. 152(102) 158(102) 175 261(28) 262 263(28)
De Boer, J. 429
de Broglie wavelength 246—247
De Jong — Bouman method 212—213
de Jong, W.F. 212
| de Lange, J.J. 212
de Laszlo, H. 264
de Nobel, D. 152(116) 175
de Wolff, P.M. 223
deBoer, J.H. 25 116
Debye — Scherrer method 214—216
Debye, P. 214 244
DeCarlo, V.J. 152(46) 173
Decker, B.F. 241
Dejaee, J. 243 353
Dekeyser, W. 334 335 343 344 346(34) 349
Deming, W.E. 5
Dempster, A.J. 33
Densities of single crystals 291
Density of solids 283—291
Density of solids, flotation method 287—288
Density of solids, gradient method 288—289
Density of solids, high precision determination with cubic crystals 284
Density of solids, hydrostatic weighing 289—291
Density of solids, liquids for flotation method 287
Density of solids, mixing method 288
Density of solids, pressure method 288
Density of solids, temperature method 288
Density of solids, X-ray method of determination 284—286
Density weighing 281—291
Density, water 286
Derge, G. 25
Derick, L. 83
Desch, C.H. 152(79) 174
Despujols, J. 223
Determination of crystal structures 228—237
Detling, K.D. 108
Detweiler, D.P. 70
Di Carlo, G. 26
Diamagnetism 18
Dieckamp, H. 296
Diehl, J. 180 317
Dielectric measurements at high pressures 424—425
Diffraction of fast electrons 249—261
Diffraction of radiation, general experimental arrangements 187—188
Diffraction of short-wavelength radiation by matter 187—203
Diffraction of slow electrons 261—264
Diffusion 364—373
Diffusion controlled freezing-in 45—46 66—70
Diffusion equation 72—73
Diffusion from a solid-solid interface 7S—79 83—84
Diffusion from a vapor-solid interface 77—78 81—83
Diffusion from liquid-solid interface 75—77 80—81
Diffusion from liquid-solid interface, application to semiconductor 80
Diffusion into a slab 74—75
Diffusion of impurities 72—85
Diffusion without a phase boundary 79 84
Diffusion, autoradiographic and surface counting methods 371
Diffusion, p-n junction method 371—372
Diffusion, radiation assay techniques 369—371
Diffusion, sectioning method 366—368
Diffusion, specimens, preparation 364—366
Diffusional impurity control methods, variations 85
Diffusivity 386
Digital methods in Fourier analysis 235—236
Dilatometric measurements 418—420
Dirge, G. 152(99) 175
Dislocation line 323
Dislocation loop, square 327—329
Dislocations 321—357
Dislocations, based on growth phenomena 341—343
Dislocations, basic properties 327—329
Dislocations, decoration methods 348—352
Dislocations, edge 323—325
Dislocations, etchants suitable for revealing 344—346
Dislocations, experimental methods of detecting 341—356
Dislocations, intuitive definitions 323—324
Dislocations, methods on etch phenomena 343—347
Dislocations, mobility 324—325
Dislocations, motion of 329—330
Dislocations, multiplication of 330—332
Dislocations, optical and electron-optical methods 347—348
Dislocations, origin of 356—357
Dislocations, prismatic 328—329
Dislocations, screw 323
Dislocations, X-ray methods 352—355
Dispersion of data 3
Displacement energy 361—362
Distillation, use in purification 22
Distribution coefficient 42—50 70
Ditchburn, R.W. 125
Ditrick, N.H. 65
Ditzenberger, J.A. 82 83
Dixon, R.H. 408
Doan, G.E. 49
Dobson, G.M.B. 224
Dolan, T.J. 321
Dolan, W.W. 185 186
Domagala, R.F. 309
Domenicali, C.A. 399
Donahue, J. 236
Donnay, G. 238
Donnay, J.D.H. 238
Dorn, J.E. 312 314
Dorsey, N.E. 286
Dorsi, D. 70
Double crystal spectrometer 354
Double-doping see “Simultaneous segregation of two impurities”
Douglas, T.B. 382
Dowd, J.J. 45 71(15)
Dowling, P.N. 217
Drechsler, M. 348
Dreyer, K.L. 117
Drickamer, H.G. 431 432
Drop method calorimeter 381 383
Drucker, O. 283
Dry stripping negative replica method see “Plastic replica technique”
Dulkina, P.Y. 70
Dumbleton, M.J. 321
DuMond, J.W.M. 9 205 223 247 284
Dunlap, W.C., Jr. 61 64 81 84 116 133 371 372(31)
Dunn, C.G. 119 164(139) 176 239 309
Dushman, S. 125
Dwyer, P.S. 12
Dyke, W.P. 185 186
Dynamic method in anelasticity 304—307
Dynamic test for elastic constants 298—303
Dynamical theory of diffraction 258—261
Eastabrook, J.N. 227 242
Ebert, H. 131 132 298 419 429
Edelman, S. 298
Edge dislocation 323—325
Edgerton, H.E. 311
Edwards, C.A. 118
Edwards, E.H. 321
Edwards, O.S. 206 243
effective mass 17
Eggen, D.T. 362
Eggleton, A.E.J. 157(121) 175
Ehrenberg, W. 261(38) 262
Ehrhardt, C. 261
Eigler, J.H. 153(23) 173
Eisenhart, C. 6 8(9) 14
Eitel, W. 140
Elam, C.F. 118 152(70) 174 314
Elastic coefficients 294
Elastic constants, determination from measurement of diffuse X-ray reflections 302—303
Elastic constants, dynamic test methods 298—303
Elastic constants, pulse ultrasonic method of determination 301—302
Elastic constants, static test methods 296—298
Elastic constants, under pressure 420—421
Elastic moduli 294
Elastic properties of solids 291—321
Elder, M.J. 83
Eldin, A.S. 318
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