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.

Язык:

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

"Absorbing" interplanar spacings, determination 112—113
"Absorbing" line broadening 95—96, 188, 410—411
"Absorbing" peak displacement 93—94
"Absorbing" powder specimen      93 111 182
"Absorbing" powder specimen 93, 111, 182
"Absorbing" powder specimen, interplanar spacings, determination      112—113
"Absorbing" powder specimen, line broadening      95—96 188 410—411
"Absorbing" powder specimen, peak displacement      93—94
"Absorbing" powder specimen, recording speed      110
"Absorbing" powder specimen, resolving power      100—102 110
"Absorbing" powder specimen, size      93 102 112
"Absorbing" recording speed 110
"Absorbing" resolving power 100—102, 110
"Absorbing" size 93, 102, 112
"Age-hardening" alloys      596
"Age-hardening" alloys 596
"Kick-sorter"      202
"Kick-sorter" 202
"Mosaic" structure      33 129 398
"Mosaic" structure 33, 129, 398
"Spotty" rings      183 188 454—462
"Spotty" rings 183, 188, 454—462
"Spotty" rings, microbeam metal study      291—296
"Spotty" rings, microbeam metal study 291—296
"Transparent" powder specimen, centre of line      95
"Transparent" powder specimen, centre of line 95
"Transparent" powder specimen, line broadening      95 100—102 410
"Transparent" powder specimen, line broadening 95, 100—102, 410
"Transparent" powder specimen, resolving power      102 110
"Transparent" powder specimen, resolving power 102, 110
"Transparent" powder specimen, size      102
"Transparent" powder specimen, size 102
"Umbrella" effect      96—99 120 371—372
"Umbrella" effect 96—99, 120, 371—372
$\alpha$ doublet      394
$\alpha$ doublet 394
$\alpha$ doublet line breadth      150
$\alpha$ doublet line breadth 150
$\alpha$ doublet measurement      368
$\alpha$ doublet measurement 368
$\alpha$ doublet resolution      425 455 619
$\alpha$ doublet resolution 425, 455, 619
$\alpha$ doublet resolution in focusing systems      131 132 217 296
$\alpha$ doublet resolution in focusing systems 131, 132, 217, 296
$\alpha$ doublet wavelengths      654
$\alpha$ doublet wavelengths 654
$\alpha$ doublet, line breadth      150
$\alpha$ doublet, measurement      368
$\alpha$ doublet, resolution      425 455 619
$\alpha$ doublet, resolution in focusing systems      131 132 217 296
$\alpha$ doublet, wavelengths      654
$\beta$ filters      49 120 171 192 202 233 256 432 619 653—655
$\beta$ filters 49, 120, 171, 192, 202, 233, 256, 432, 619, 653—655
$\beta$ filters, furnace      253
$\beta$ filters, furnace 253
$\beta$ filters, mounting      64
$\beta$ filters, mounting 64
$\theta$ scales      74
$\theta$ scales 74
A.S.T.M. index      167 229 332—333 499 502—505 528
A.S.T.M. index 167, 229, 332—333, 499, 502—505, 528
A.S.T.M. index, limitations      333—335 507—509
A.S.T.M. index, limitations 333—335, 507—509
A.S.T.M. limitations      333—5 507—9
Aborn, R.H.      533
Aborn, R.H. 533
Abrahams, S.C.      219 276
Abrahams, S.C. 219, 276
Absent compound lattices      51 345 353
Absent compound lattices 51, 345, 353
Absent reflexions      360
Absent reflexions 360
Absent reflexions, compound lattices      51 345 353
Absent reflexions, translational symmetry      52 353
Absent translational symmetry      52 353
Absent translational symmetry 52, 353
Absolute intensity      see "Intensity absolute"
Absorbing screens      219 226—227
Absorbing screens 219, 226—227
Absorption back-reflexion camera      182 184—185
Absorption beam, absorption Accuracy of film measurement      74 502
Absorption block specimen      159—160
Absorption block specimen 159—160
Absorption capillary glass      284
Absorption capillary glass 284
Absorption centre of symmetry detection      48
Absorption centre of symmetry detection 48
Absorption coefficients      660—662 see "Mass
Absorption coefficients see also “Linear absorption coefficient, Mass absorption coefficient”, 660—662
Absorption coefficients, block specimen      159—160
Absorption coefficients, capillary glass      284
Absorption coefficients, extinction effects      399
Absorption coefficients, gas in counting chamber      192
Absorption coefficients, line distortion      228
Absorption coefficients, mean of mixtures      161
Absorption coefficients, powder      402
Absorption edges      49 328 639 655
Absorption edges 49, 328, 639, 655
Absorption edges, centre of symmetry detection      48
Absorption edges, film emulsion      623—624
Absorption extinction effects      399
Absorption extinction effects 399
Absorption factor      388 398 401—402 404 663—666
Absorption factor 388, 398, 401—402, 404, 663—666
Absorption film emulsion      623—624
Absorption film emulsion 623—624
Absorption gas in counting chamber      192
Absorption gas in counting chamber 192
Absorption line distortion      228
Absorption line distortion 228
Absorption mean of mixtures      161
Absorption mean of mixtures 161
Absorption of incident beam      see "Incident beam absorption"
Absorption of incident beam see “Incident beam, absorption”
Absorption powder      402 Linear Mass
Absorption powder 402
Accuracy back-reflexion camera 182, 184—185
Accuracy of film measurement      74 502
Accuracy of film measurement 74, 502
Accuracy of film measurement, back-reflexion camera      182 184—185
Accuracy of lattice-spacing determinations      251
Accuracy of lattice-spacing determinations 251
Accuracy of lattice-spacing determinations, back-reflexion methods      186
Accuracy of lattice-spacing determinations, Debye — Scherrer methods      367 370 381—382
Accuracy of lattice-spacing determinations, flat-layer methods      147
Accuracy of lattice-spacing determinations, focusing methods      124
Accuracy, back-reflexion methods      186
Accuracy, back-reflexion methods 186
Accuracy, Debye — Scherrer methods 367, 370, 381—382
Accuracy, Debye-Scherrer methods      367 370 381—382
Accuracy, flat-layer methods      147
Accuracy, flat-layer methods 147
Accuracy, focusing methods      124
Accuracy, focusing methods 124
Adam, J.      75 176—188 617 619
Adam, J. 75, 176—188, 617, 619
Age-hardening alloys      596
Air scattering      103—107 109 132 232—233 279 420 430
Air scattering 103—107, 109, 132, 232—233, 279, 420, 430
Akabori, H.      248 254
Akabori, H. 248, 254
Alberman, K.B.      616
Alberman, K.B. 616
Alcock, T.C.      57 253 505
Alcock, T.C. 57, 253, 505
Alcohol cooling      274
Alcohol cooling 274
Alexander, L.      155 225 228 229 230
Alexander, L. 155, 225, 228, 229, 230
Alexander, P.      534 553

Alexander, P. 534, 553
Alfven, H.      211
Alfven, H. 211
Aliphatic compounds, identification      508—509 514—516
Aliphatic compounds, identification 508—509, 514—516
Allison, S.K.      96 220 395 434
Allison, S.K. 96, 220, 395, 434
Allotropes      263—264 see
Allotropes see also “Polymorphism”, 263—264
Allotropes, uranium      613—614
Allotropes, uranium 613—614
Alloy systems aluminium-cobalt      408
Alloy systems aluminium-cobalt 408
Alloy systems aluminium-iron      594
Alloy systems aluminium-iron 594
Alloy systems aluminium-transition metals      591—2
Alloy systems aluminium-transition metals 591—592
Alloy systems aluminium-zinc      264 583—4
Alloy systems aluminium-zinc 264, 583—584
Alloy systems arsenic-copper      583
Alloy systems arsenic-copper 583
Alloy systems arsenic-silver      583
Alloy systems arsenic-silver 583
Alloy systems carbon-iron      598
Alloy systems carbon-iron 598
Alloy systems copper-gold      437 594 617—18
Alloy systems copper-gold 437, 594, 617—618
Alloy systems copper-platinum      595
Alloy systems copper-platinum 595
Alloy systems iron-nickel      583—4
Alloy systems iron-nickel 583—584
Alloy systems iron-nitrogen      599
Alloy systems iron-nitrogen 599
Alloy systems silver-zinc      407
Alloy systems silver-zinc 407
Alloy systems, aluminium-cobalt      408
Alloy systems, aluminium-iron      594
Alloy systems, aluminium-transition metals      591—592
Alloy systems, aluminium-zinc      264 583—584
Alloy systems, arsenic-copper      583
Alloy systems, arsenic-silver      583
Alloy systems, carbon-iron      598
Alloy systems, copper-gold      437 594 617—618
Alloy systems, copper-platinum      595
Alloy systems, iron-nickel      583—584
Alloy systems, iron-nitrogen      599
Alloy systems, silver-zinc      407
Alloys, contamination      577
Alloys, contamination 577
Alloys, ingot preparation      575—577
Alloys, ingot preparation 575—577
Alloys, neutron bombardment      617—618
Alloys, neutron bombardment 617—618
Alloys, phase-boundary determination      82 578—582
Alloys, phase-boundary determination 82, 578—582
Alloys, relation of $\sigma$ phase to $\beta$ uranium      592—593 614
Alloys, relation of $\sigma$ phase to $\beta$ uranium 592—593, 614
Alloys, structure examination      80 587 592—600
Alloys, structure examination 80, 587, 592—600
Alumina      528 568 571
Alumina 528, 568, 571
Alumina catalyst 500, 510
Alumina monochromator use 140—141
Alumina, catalyst      500 510
Alumina, monochromator use      140—141
Aluminium      187
Aluminium 187
Aluminium absolute intensities, low temperatures 172
Aluminium alloys cobalt      408
Aluminium alloys cobalt 408
Aluminium alloys iron      594
Aluminium alloys iron 594
Aluminium alloys transition metals      591—2
Aluminium alloys transition metals 591—592
Aluminium alloys zinc      264 583—4
Aluminium alloys zinc 264, 583—584
Aluminium alloys, cobalt      408
Aluminium alloys, iron      594
Aluminium alloys, transition metals      591—592
Aluminium alloys, zinc      264 583—584
Aluminium, absolute intensities      161 403
Aluminium, absolute intensities 161, 403
Aluminium, absolute intensities, low temperatures      172
Aluminium, absorption filter      432
Aluminium, absorption filter 432
Aluminium, cathode of gas tube      58
Aluminium, cathode of gas tube 58
Aluminium, counter window      192
Aluminium, counter window 192
Aluminium, expansion      263 370
Aluminium, expansion 263, 370
Aluminium, film calibration      370
Aluminium, film calibration 370
Aluminium, lattice parameters, accurate      370 374 377
Aluminium, lattice parameters, accurate 370, 374, 377
Aluminium, low temperatures      172
Aluminium, monochromator      137 139
Aluminium, monochromator 137, 139
Aluminium, radiation      240—241
Aluminium, radiation 240—241
Aluminium, X-ray tube window      62 79
Aluminium, X-ray tube window 62, 79
Aluminosilicate refractories      567—568
Aluminosilicate refractories 567—568
Alymina catalyst      500 510
Alymina monochromator use      140—1
Ambrose, E.J.      534 555 556
Ambrose, E.J. 534, 555, 556
American limitations of index      333—5 507—9
American Society for Testing Materials      167 229 332—333 499 502—505 528
American Society for Testing Materials 167, 229, 332—333, 499, 502—505, 528
American Society for Testing Materials, limitations of index      333—335 507—509
American Society for Testing Materials, limitations of index 333—335, 507—509
Amorphous solids, scattering      335—336 443—446 481 526
Amorphous solids, scattering 335—336, 443—446, 481, 526
Amorphous solids, symmetry      440
Amorphous solids, symmetry 440
Amplification, gas counting chamber      193 201—4
Amplification, gas counting chamber 193, 201—204
Amplification, gas, counting chamber      193 201—204
Amplitude of diffracted beam      52—54 395—403 see
Amplitude of diffracted beam see also “Intensity”, 52—54, 395—403
Anderegg, J.W.      235 451
Anderegg, J.W. 235, 451
Anderson, H.C.      507
Anderson, H.C. 507
Anderson, J.S.      616
Anderson, J.S. 616
Andress, R.K.      533
Andress, R.K. 533
Andrews, K.W.      380 454—461 566 567
Andrews, K.W. 380, 454—461, 566, 567
Angstroem units (A)      28 367 652—654
Angstroem units (A), scales      74—75
Angstrom scales      74—5
Angstrom scales 74—75
Angstrom units (A)      28 367 652—4
Angstrom units (A) 28, 367, 652—654
Angular dispersion of reflexions, axial orientation      482—5 545
Angular dispersion of reflexions, axial orientation 482—485, 545
Angular flat-layer method      146—7 150—1 167 173
Angular focusing      124
Angular high-temperature      257
Angular low-angle      232
Angular orientation of camera collimator with target ( $\gamma$ )      61 88 118 279
Angular orientation of camera collimator with target ( $\gamma$ ) 61, 88, 118, 279
Angular orientation of camera collimator with target ( $\gamma$ ), relation to recording speed      111
Angular orientation of camera collimator with target ( $\gamma$ ), relation to recording speed 111
Angular range of incident beam      see "Incident beam angular
Angular range of incident beam see “Incident beam, angular range”

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