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| Ïîèñê ïî óêàçàòåëÿì |
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| Charles S.Barrett — Structure of Metals |
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| Ïðåäìåòíûé óêàçàòåëü |
Focusing cameras 84 121
Foote 183
Form, planes of 8 18 19
Fourier analysis of structure 144 542—551
Fowler 242
Fracture 317—324
Fricke 374
FriedePs law 89
Fuller 412 449 498
Furth’s theory of 321
Gallium liquid 227
Gamma phases 213—216 265
Gas, structure of 1
Geisler 467—474
Gensamer 268 328 407 416 431
Germer 441 493—504
Glassy state 1 229
Glide plane symmetry 21
Glocker 268—282 424 426
Gnomonic projection 43 90
Goldschmidt 150 208 209
Goniometers, for crystal orientation 165 173
Goniometers, for crystal orientation for preferred orientation 163
Goss 409 416 424 432 451
Gough 310 378
Grain boundaries, effect of deformation 325
Grain size, after cold work 1 363—375
Grain size, after cold work, by spot size 82
Grain size, after cold work, determination of, by line broadening 142 363—372
Graphical methods, for powder patterns 127 134
Greenland 292 298
Greninger 167 477—491
Greninger chart 170
Griffith 332
Groth 145
Guinier 471
Guinier — Preston zones 470—474
Habit planes, austenite decomposition 484—491
Hanawalt 413 414
Hanawalt’s chemical analysis system 139—141 497
Hardness vs. grain size 326
Hardness vs. grain size of solid solutions 326 340
Hardness vs. grain size of superlattices 246
Hardness vs. grain size, vs. line widths 375 376
Harker 544 546
Haworth 221 365—370
Heindlhofer 323
Hemihedral symmetry 16
Hemimorphic crystals 16
Hendricks 358 496
Hermann — Mauguin notation, space-lat-tices 6 22
Hermann — Mauguin notation, space-lat-tices, symmetry elements 16 17
Heusler alloys 234 248
Hexagonal close-packed structure 197
Hexagonal crystals, axes of 4
Hexagonal crystals, axes of, indices of 9
Hexagonal crystals, axes of, interpretation of patterns from 131
Hexagonal crystals, axes of, stereographic projection of 37
Hexagonal crystals, axes of, unit cell of 7
Holohedral symmetry 16
Homopolar binding 196
Hot rolling textures 416
Howe 305
Huggins 550
Hull 139
Hull — Davey charts 128
Hume — Rothery 120 184 185 476
Hume — Rothery 8-N rule 199
Hume — Rothery structurally analogous phases 211—216 265
Imperfection in crystals 82 219—223
Imperfection in crystals, asterism from 358
Indices, determination of, metallograph-ically 41
Indices, determination of, metallograph-ically of directions 8
Indices, determination of, metallograph-ically of Laue spots 90
Indices, determination of, metallograph-ically of planes of form 8 18
Indices, determination of, metallograph-ically, law of rational 12
Indices, determination of, metallograph-ically, Miller 7
Indices, determination of, metallograph-ically, Miller — Bravais 9 10
Indices, in powder patterns 126
Indices, in powder patterns of reflected beams 75 84
Indices, in powder patterns, in rotating crystal patterns 100
Indices, in powder patterns, in Weissenberg patterns 111
Indices, in powder patterns, transformation of 11
Indices, in powder patterns, zone 8 13
Insulators, theories of 254—261
Intensities of reflections, absolute 83
Intensities of reflections, absolute for electron diffraction 508
Intensities of reflections, absolute formulas (x-rays) 79 541
Intensities of reflections, absolute, along Laue streaks 351
Intensities of reflections, absolute, Laue spots 81 93 538
Intensities of reflections, absolute, measurement of 65 83
Intensities of reflections, absolute, relation of, to crystal structure 78—80 524—551
Intermetallic compounds 204
Internal friction 341—344
Interplanar spacings 76 126
Interstitial compounds 216
Inversion, center of 14
Iodine structure 200
Ionic binding 196
Ionization spectrometer 83
Iron, line widths from 376
Iron, line widths from, microstructure from transformation 40
Iron, line widths from, preferred orientations in 386 391 394 402—410 417 424 431—433
James 527 533
Jay 234
Jeffries 424 461
Jette 121 124 138 188 203
Jetter 464—471
Jevons 447 450
Johansson 230 241
Johnson 53
Jones 265
K series 47 85
Kaiser 470
Kanter 345
Kauzmann 345
Kettman 134
Kies 379
Kikuchi 508
Knot theory of age hardening 461
Koeler 336—339
Kommers 378
Kurdumow — Sachs orientation relationship 481
Lark — Horowitz 498
Lattice complex 148
Lattice constants, precision determination 132—139
Lattice constants, precision determination, theoretical calculations 253
Lattices 2
Lattices, types of 5 6
Lattices, use of term 3
Laue 44
Laue equations 71—74
Laue equations, in rotating-crystal method 98
Laue method 80 88—96
Laue method, asterism 350—362
Laue method, shapes of spots 93
Layer lines 82 98 108
Lees 419 505
Leonhardt 94
Lester 267
Limiting sphere 106
Line broadening, from cold work 363—372
Line broadening, from cold work, from particle size 142 370—372 501 502
Lineage structure 221
Lineage structure, Upson 476 549
Liquid crystals 2
Liquid, structure of 1 224—229
Local-curvature theory 356 359—362
Lonsdale 149 532 544
Lorentz factor 535
| Lustman 431
Magnesium, directional properties in 449
Magnesium, directional properties in, preferred orientations in 410—414 433
Magnetic domains 263
Magnetism, changes during annealing 375
Magnetism, changes during annealing, theory of 261—265
Marsh 194
Martensite 478
Martensite, Greninger — Troiano theory of 483
Martensite, habit planes 483—485
Martensite, orientations 480—484
Martensitic transformation, in  —brass 309
Mathewson 308—313 323 388
McKeehan 126 264 314
Mehl 202 239 407 464—492
Mercury 227
Merica 461
Mesomorphic state 2
Metallic binding 196 251
Meteorites, structure of 464
Mica, structure of 2
Microcreep 348
Microstructure, during age hardening 461—470
Microstructure, during age hardening vs. strength 328
Microstructure, during age hardening, in steel 475—491
MoCandless 491
Molecular binding 196
Moller 270—282
Monochromator 118 125
Mosaic blocks 219—223
Mosaic blocks, effect of, on dislocations 337 338
Mosaic blocks, on intensities 372
Mosaic blocks, on line widths 363—371
Moseley’s law 48
Mott 468 470
Multiplicity factor 536
Nabarro 468 470
Nelson 501
Neuberger 552
Neumann bands 308
Nickel arsenide structure 210 216
Nishiyami 482
Nishiyami orientation relationship 482
Nitride needles (plates) 42
Nix 231 436
Norbury 215
Normalizing, random texture from 433
Northcott 437
Norton 283—285 417
Omega  coordinate 106 112
Optical synthesis of series 549
Order in superlattices 230—250
Order in superlattices, long range 235
Order of reflections 71 75
Order of reflections, in Laue spots 81
Order of reflections, ir reciprocal lattices 102
Order-disorder transformations 230—250
Orientation of crystals, determination, stereographic 38 40 41
Orientation of crystals, determination, stereographic of precipitate 466—474
Orientation of crystals, determination, stereographic, preferred 87 381—442
Orientation of crystals, determination, stereographic, representation of 34
Orthohexagonal axes 11
Orthorhombic crystals, diffraction lines from 131
Orthorhombic crystals, diffraction lines from, example of structure determination 151
Oscillating crystal method 109
Overgrowths 491
Parameters (atom positions) 149
Parametric method 182 187
Particle-size determination 142 370 502
Patterson  series 544
Patterson — Harker series 546
Pauling 151 527
Pauli’s exclusion principle 255
Pearlite 477
Pearlite, orientations in 484
Penfield protractors 28 33
Periodic table 198 219
Permalloy, line widths from 365 368
Pfeil 305
Phase changes, stereographic analysis of, in iron 40 (see also “Transformations”)
Phase diagrams, determination of 178—195
Phase rule 180
Phases, determination of, in alloys 178—195
Phases, determination of, in alloys, identification of, by x-rays 86
Phases, determination of, in alloys, in Fe — C alloys 475—480
Phases, determination of, in alloys, intermediate, structure of 208—219
Phases, determination of, in alloys, theories of 265
Phillips 447 458
Physical constants, table of 556
Piezoelectric crystals 16
Pinacoids 19
Planck constant 50
Plane of symmetry 14
Planes, indices of 7
Planes, indices of, intersection of 38
Planes, indices of, spacing of 12
Planes, indices of, traces on two surfaces 37—42
Plastic deformation, grain distortion from 362
Plastic deformation, grain distortion from, mechanism of 288—330
Plastic deformation, grain distortion from, theories of 332—348
Point groups 13
Point groups, table 17
Points, coordinates of 18 24
Pole figures, cold rolling 398—416
Pole figures, cold rolling, compression textures 386 392 393
Pole figures, cold rolling, deep-drawn pail 418
Pole figures, cold rolling, plotting of 158—162
Poles of planes 25 33 37—42
Polished metal 1
Polished surfaces, electron diffraction studies of 503—505
POST 403 410
Powder cameras, errors in 132—137
Powder method 80 83 115—143
Powder method for binary diagrams 179—185
Powder method for ternary diagrams 185—195
Powder method, absorption errors 135—137
Powder method, choice of camera dimensions 119
Powder method, choice of radiation 85 125 138
Powder method, interpretation of films 125—143 151
Powder method, specimens 118 121 122 184
Precipitation, during age hardening 461—474
Precipitation, during age hardening of planes, analysis of 37—42
Precision lattice constants 86 132—139
Preferred orientations 87 381—442
Preferred orientations from cold drawing 417
Preferred orientations from cold rolling 395—415
Preferred orientations from compression 385—395
Preferred orientations from deep drawing 417
Preferred orientations from hot rolling 416
Preferred orientations from riiachining and polishing 418
Preferred orientations from torsion 417
Preferred orientations from wire drawing 381—395
Preferred orientations in deposited films 439—442
Preferred orientations in rolled sheet recrystallized 424—434
Preferred orientations in wires, recrystallized 420—424
Preferred orientations, after compression and recrystallization 422 42
Preferred orientations, analysis of 154—163
Preferred orientations, causing asterism 351—354
Preferred orientations, directional properties from 443—452
Preferred orientations, effect of, on properties 381 443—453
Preferred orientations, electron diffraction evidence of 502 503
Preferred orientations, in castings 435—437
Preferred orientations, recrystallization, theories 420 428
Preferred orientations, S from cross rolling 415
Preston 357 471
Primitive space-lattices 6
Primitive translations 2
Principal stresses 269
Principal stresses, measurement of 270—287
Prisms (crystal forms) 19
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