Peiser H.S, (ed.), Rooksby H.P. (ed.), Wilson A.J.C. (ed.) — X-Ray Diffraction by Polycrystalline Materials. Physics in Industry :: Электронная библиотека попечительского совета мехмата МГУ

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Peiser H.S, (ed.), Rooksby H.P. (ed.), Wilson A.J.C. (ed.) — X-Ray Diffraction by Polycrystalline Materials. Physics in Industry

$Peiser H.S, (ed.), Rooksby H.P. (ed.), Wilson A.J.C. (ed.) — X-Ray Diffraction by Polycrystalline Materials. Physics in Industry$

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Название: X-Ray Diffraction by Polycrystalline Materials. Physics in Industry

Авторы: Peiser H.S, (ed.), Rooksby H.P. (ed.), Wilson A.J.C. (ed.)

Аннотация:

For anyone WI10 has been concerned with X-ray analysis since its early days, it. is fascinating to see how the subject continues to grow and ramify. The present book is a striking illustration of this development. Although it deals with only one branch of crystal analysis, the study of polycrysta]line materials, it has been found desirable tQ invite some thirty experts to make their contributions in order that each aspect of the subject might be covered in an authoritative way. That it has been possible to weld contributions from so many authors into a coherent scheme is both a tribute to the editors and an excellent exalllple of that happy collaboration that has existed froITi the very beginning amongst X-ray crystallographers and continues so manifstly at the present time.

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Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1955

Количество страниц: 725

Добавлена в каталог: 06.09.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Krutter, H. 444
Krypton, counter-chamber use      192 198—199
Krypton, counter-chamber use 192, 198—199
Kubo, T.      248 254
Kubo, T. 248, 254
Kuczynski, G.C.      475
Kuczynski, G.C. 475
Kuentzel, L.E.      333 504
Kuentzel, L.E. 333, 504
Kuepferle, G.      139 141
Kulp, J.L.      531
Kulp, J.L. 531
Kummer, E.      225 230
Kummer, E. 225, 230
Kupferle, G. 139, 141
kX units      367 652—654
kX units 367, 652—654
Lagsdin, J.B.      59
Lagsdin, J.B. 59
Lanczos, C.      444
Lanczos, C. 444
Lander, J.J.      253
Lander, J.J. 253
Lang, A.R.      202 204 211 223 240 421 430 522
Lang, A.R. 202, 204, 211, 223, 240, 421, 430, 522
Larsen, E.S.      529
Larsen, E.S. 529
Lattice concept      27—30
Lattice concept 27—30
Lattice concept, crystal faces (hkl)      33—34
Lattice concept, crystal faces (hkl) 33—34
Lattice concept, direction $\langle hkl\rangle$       464
Lattice concept, direction <hkl>      464
Lattice concept, direction <hkl> 464
Lattice concept, form {hkl}      34
Lattice concept, form {hkl} 34
Lattice concept, planes (hkl)      42—43
Lattice concept, planes (hkl) 42—3
Lattice concept, zone axis [hkl]      29 35—36
Lattice concept, zone axis [hkl] 29, 35—36
Lattice parameters      344—365 see
Lattice parameters see also “Errors in lattice-parameter determination”, 344—365
Lattice parameters, accurate determination      177 186—187 297 366—394 601—602
Lattice parameters, accurate determination 177, 186—187, 297, 366—394, 601—602
Lattice parameters, accurate determination, early methods      81—82
Lattice parameters, accurate determination, early methods 81—82
Lattice parameters, accurate determination, single crystal      375
Lattice parameters, accurate determination, single crystal 375
Lattice parameters, check on alloy homogeneity      576—8
Lattice parameters, check on alloy homogeneity 576—578
Lattice parameters, cheek on alloy homogeneity      576—578
Lattice parameters, equations      42—43
Lattice parameters, equations 42—43
Lattice parameters, film calibration      83—84 184—185
Lattice parameters, film calibration 83—84, 184—185
Lattice parameters, flat-layer method      147 161—163 155—159
Lattice parameters, flat-layer method 147, 161—163, 166—169
Lattice parameters, focusing methods      125
Lattice parameters, focusing methods 125
Lattice parameters, identification      336—337
Lattice parameters, identification 336—337
Lattice parameters, phase-boundary determination      579—582
Lattice parameters, phase-boundary determination 579—582
Lattice parameters, variation with coarse-grained specimen      454—456
Lattice parameters, variation with coarse-grained specimen 454—456
Lattice parameters, variation with crystal size in graphite      615—616
Lattice parameters, variation with crystal size in graphite 615—616
Lattice strain      415—416 601—602
Lattice strain 415—416, 601—602
Lattice strain, elastic anisotropy      426 607—609
Lattice strain, elastic anisotropy 416, 607—609
Lattice strain, plastic anisotropy      608—610
Lattice strain, plastic anisotropy 609—610
Lattice strain, relation with stress      416 602—605
Lattice strain, relation with stress 416, 602—605
Lattice types      356
Lattice types 356
Lattice types, body-centred      30 345
Lattice types, body-centred 30, 345
Lattice types, Bravais      29—30
Lattice types, Bravais 29, 30
Lattice types, determination from photographs      51
Lattice types, determination from photographs 51
Lattice types, face-centred      30 345
Lattice types, face-centred 30, 345
Lattice types, imperfect      33
Lattice types, imperfect 33
Lattice types, reciprocal      46—47 518—519
Lattice types, reciprocal 46—47, 618—619
Laue groups      48
Laue groups 48
Laue integral breadth      413 421
Laue integral breadth 413, 421
Laue photographs      47—49 191 295 466—447
Laue photographs 47—49, 191, 296, 456—457
Laue photographs, stereographic projection, relation      463
Laue photographs, stereographic projection, relation 463
Laval, J.      128
Laval, J. 128
Laws, Bragg'a      45—46
Laws, Bragg's      46—6
Laws, Bragg's 45—46
Laws, Friedel's      48
Laws, Friedel's 48
Laws, rational indices      33—34
Laws, rational indices 33—34
Laws, reciprocity      625
Laws, reciprocity 625
Laws, Weiss' zone      35
Laws, Weiss' zone 35
Layer line      51
Layer line 51
Layer line, fibre photographs      358—361
Layer line, fibre photographs 368—361
Layer structures, line broadening by random stacking      417 437
Layer structures, line broadening by random stacking 417, 437
Layer structures, line broadening by random staoking      417 437
Layer structures, preferred orientation of powder      343 466 525
Layer structures, preferred orientation of powder 343, 466, 525
le Galley, D.P.      214
le Galley, D.P. 214
Le Mieux, A.F.      209
Le Mieux, A.F. 209
Lea, F.M.      571 572
Lea, F.M. 571, 572
Leak in gas tube      57—58
Leak in gas tube 57—58
Leak in vacuum camera      256
Leak in vacuum camera 256
Least-squares method of accurate spacing determination, cubic system      376—377
Least-squares method of accurate spacing determination, cubic system 376—377
Least-squares method of accurate spacing determination, non-cubic systems      377—378
Least-squares method of accurate spacing determination, non-cubic systems 377—378
Least-squares method of structure refinement      517—518
Least-squares method of structure refinement 517—518
Leeds, R.E.      283
Leeds, R.E. 283
Lees, C.S.      75 209 619
Lees, C.S. 75, 209, 619
Lehmann, H.      561
Lehmann, H. 561
Lely, J.A.      287
Lely, J.A. 287
Lennox, D.H.      230
Lennox, D.H. 230
Leonard, B.R., jun.      235 451
Leonard, B.R., jun. 235, 451
Leroux, J.      230
Leroux, J. 230
Levin, I.      114

Levin, I. 114
Levinson, D.W.      384
Levinson, D.W. 384
Liebson, S.H.      195
Liebson, S.H. 195
Lihl, F.      456 602
Lihl, F. 456, 602
Lind, D.A.      126 129 138
Lind, D.A. 126, 129, 138
Lindemann glass, specimen mounting      115—116 277
Lindemann glass, specimen mounting 115—116, 277
Lindemann glass, X-ray tube windows      63 80
Lindemann glass, X-ray tube windows 63, 80
Lindemann, F.A.      125
Lindemann, F.A. 125
Lindemann, R.      214
Lindemann, R. 214
Lindh, A.E.      242
Lindh, A.E. 242
Line      see also "Breadth" "Broadening" "Centre" "Diffraction "Geometric "Intensity" "Overlapping" "Peak "Penetration "Profile" "Resolution"
Line focus      61 216—217 279
Line focus 61, 216—217, 279
Line focus, low-angle camera collimation      232—234
Line focus, low-angle camera collimation 232—234
Line focus, monochromator production      123—131 132—135
Line focus, monochromator production 123—131, 132—135
Line, number expected      352 518—519
Line, number expected see also “Breadth, Broadening, Centre, Diffraction broadening, Geometric breadth, Intensity, Overlapping, Peak position, Penetration of specimen by beam, Profile, Resolution”, 352, 518—519
Linear absorption coefficient      339 386 388 392 398 401—402
Linear absorption coefficient 339, 386, 388, 392, 398, 401—402
Lipscomb, W.N.      408
Lipscomb, W.N. 408
Lipson's method for indexing ortho-rhombic powder photographs      360—3
Lipson's method for indexing ortho-rhombic powder photographs, table of $sin^2\theta$       642—3
Lipson's method for indexing orthorhombic powder photographs      350—353
Lipson's method for indexing orthorhombic powder photographs 360—363
Lipson's method for indexing orthorhombic powder photographs, table of $sin^2\theta$ 642—643
Lipson's method for indexing orthorhombic powder photographs, table of $\sin^2\theta$       642—643
Lipson, H.      45 50 51 61 80 81 86 114 115 121 139 140 141 233 302 321 348 350 351 352 353 359 363 366—94 416 417 426 437 454 461 531 588 593 594 595 596 597 598 615 636 639 644 655
Lipson, H. 45, 50, 51, 61, 80, 81, 86, 114, 115, 121, 139, 140, 141, 233, 302, 321, 348, 350, 351, 352, 353, 359, 363, 366—394, 416, 417, 426, 437, 454, 461, 531, 588, 593, 594, 595, 596, 597, 598, 615, 636, 639, 644, 655
Liquefied gases      266
Liquefied gases 266
Liquid air      265
Liquid air 265
Liquid air, cooling arrangements for specimens      171—172 266 270—271
Liquid air, cooling arrangements for specimens 171—172, 266, 270—271
Liquid cooling of specimen      268—269 273—274
Liquid cooling of specimen 268—269, 273—274
Liquid scattering      443—446
Liquid scattering 443—446
Liquid scattering, expressions      441—443
Liquid scattering, expressions 441—443
Lithium fluoride, isotope study      618
Lithium fluoride, isotope study 618
Lithium fluoride, monochromator use      122 130 137—138 140—141 143
Lithium fluoride, monochromator use 122, 130, 137—138, 140—141, 143
Lithium, low-temperature studies      272
Lithium, low-temperature studies 272
Liu, Y.H.      186 460 584
Liu, Y.H. 186, 460, 584
Lloyd, E.H.      180 181
Lloyd, E.H. 180, 181
Logarithmic-spiral monochromator      134—135
Logarithmic-spiral monochromator 134—136
Lomer, T.R.      518
Lomer, T.R. 518
London, H.      618
London, H. 618
Long wavelengths, low-angle methods      240—241
Long wavelengths, low-angle methods 240—241
Long, A.      138
Long, A. 138
Long-chain organic compounds, fibre study      534—542
Long-chain organic compounds, fibre study 534—542
Long-chain organic compounds, identification      335 508—509 515
Long-chain organic compounds, identification 336, 508—509, 515
Long-chain organic compounds, preferred orientation      335 481—496
Long-chain organic compounds, preferred orientation 335, 481—496
Long-chain organic compounds, synthesis      542—544
Long-chain organic compounds, synthesis 542—544
Long-range order      27 593—594
Long-range order 27, 593—594
Longenecker, H.E.      515
Longenecker, H.E. 515
Lonsdale, K.      32 33 40 48 53 116 227 265 268 297 437 528 639 653
Lonsdale, K. 32, 33, 40, 48, 53, 116, 227, 265, 268, 297, 437, 528, 639, 653
Low-angle cameras      232—241
Low-angle cameras 232—241
Low-angle scattering, crystalline media      232—241 280
Low-angle scattering, crystalline media 232—241, 280
Low-angle scattering, non-crystalline media      446—453
Low-angle scattering, non-crystalline media 446—453
Low-temperature cameras      see "Cameras low-temperature"
Low-temperature Lump specimen      Block specimen
Lump specimen      see "Block specimen"
Lump specimen see “Block specimen”
Lund, L.H.      453
Lund, L.H. 453
Lutton, E.S.      515
Lutton, E.S. 515
MacArthur, I.      71 72 235 284 287 550 553 555
MacArthur, I. 71, 72, 235, 284, 287, 550, 553, 555
MacDonald, R.A.      616
MacDonald, R.A. 616
MacEwan, D.M.C.      59 561 562
MacEwan, D.M.C. 59, 561, 562
MacGregor, J.M.      536 537
MacGregor, J.M. 536, 537
Machlett      62 181
Machlett 62, 181
Mackay, A.L.      310
Mackay, A.L. 310
MacKenzie, J.K.      474
Mackenzie, J.K. 474
MacQueen, J.M.      516
MacQueen, J.M. 516
Magnesia      558—560 568
Magnesia 558—560, 568
Magnesite      558
Magnesite 568
Magnesite, bricks      559—560 563 566
Magnesite, bricks 559—560, 563, 566
Magnesite, rock      562
Magnesite, rock 562
Malkin, T.      515
Malkin, T. 515
Manganese radiation      328 569
Manganese radiation 328, 569
Mark, H.      268 284 290 302 310 533 546 550 556
Mark, H. 268, 284, 290, 302, 310, 533, 546, 550, 556
Markley, K.S.      515
Markley, K.S. 515
Marshall, F.H.      205
Marshall, F.H. 205
Martensite      252 598
Martensite 252, 598
Martin, A.J.P.      194
Martin, A.J.P. 194
Martin, E.J.      570
Martin, E.J. 570
Marwick, T.C. 550
Marwiek, T.C.      550
Mass absorption coefficients      660—662 see
Mass absorption coefficients see also “Absorption coefficients”, 660—662
Massive specimens, back-reflexion cameras      176 181 188
Massive specimens, back-reflexion cameras 176, 181, 188
Massive specimens, glancing-angle cameras      163 173—175
Massive specimens, glancing-angle cameras 163, 173—175
Massive specimens, preferred orientation      300 303—306
Massive specimens, preferred orientation 300, 303—305

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