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

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

Àííîòàöèÿ:

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.


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Èçäàíèå: 1st edition

Ãîä èçäàíèÿ: 1955

Êîëè÷åñòâî ñòðàíèö: 725

Äîáàâëåíà â êàòàëîã: 06.09.2009

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Specimen movement, low-temperature study, plate specimen      272
Specimen movement, low-temperature study, plate specimen 272      
Specimen movement, preferred-orientation study      306—310 319—320
Specimen movement, preferred-orientation study 306—310, 319—320      
Specimen movement, rotation head      117
Specimen movement, rotation head 117      
Specimen preparation      see also "Separation of constituents"
Specimen preparation see “Separation of constituents”      
Specimen preparation, Debye — Scherrer method      113—116
Specimen preparation, Debye — Scherrer method 113—116      
Specimen preparation, Debye-Scherrer method      113—16
Specimen preparation, diffractometers      220—222
Specimen preparation, diffractometers 220—222      
Specimen preparation, diffractometers, qualitative analysis      230
Specimen preparation, diffractometers, qualitative analysis 230      
Specimen preparation, flat-layer method      147—148 163
Specimen preparation, flat-layer method 147—148, 163      
Specimen preparation, for identification      327 341—343
Specimen preparation, for identification 327, 341—343      
Specimen preparation, metallurgical methods      575—578 582—583
Specimen preparation, metallurgical methods 575—578, 582—583      
Specimen preparation, mineralogical methods      523—527
Specimen preparation, mineralogical methods 523—527      
Specimen preparation, preferred-orientation studies      298—300
Specimen preparation, preferred-orientation studies 298—300      
Specimen preparation, small quantities      505—506
Specimen preparation, small quantities 505—506      
Specimen scattering      91
Specimen scattering 91      
Specimen scattering, Compton      433—436
Specimen scattering, Compton 433—436      
Specimen scattering, disorder      437
Specimen scattering, disorder 437      
Specimen scattering, fluorescent radiation      432
Specimen scattering, fluorescent radiation 432      
Specimen scattering, thermal      436—437
Specimen scattering, thermal 436—437      
Specimen see also “Block, Cylindrical, Fibre, Massive, Wire”      
Specimen, absorption factors      340 663—666
Specimen, absorption factors 340, 663—666      
Specimen, alignment      116—117
Specimen, alignment 116—117      
Specimen, back-reflexion      183—184
Specimen, back-reflexion 183—184      
Specimen, Debye — Scherrer      86 111—116 326—327
Specimen, Debye — Scherrer 86, 111—116, 326—327      
Specimen, Debye — Scherrer, effective diameter      112
Specimen, Debye — Scherrer, effective diameter 112      
Specimen, Debye — Scherrer, finite-height effect      371—372
Specimen, Debye-Scherrer      86 111—16 326—7
Specimen, Debye-Scherrer, effective diameter      112
Specimen, Debye-Scherrer, finite-height effect      371—2
Specimen, Debye-Scherrer, finite-height effect 371—372      
Specimen, flat-layer      147—148 173
Specimen, flat-layer 147—148, 173      
Specimen, flat-layer, line broadening      411
Specimen, flat-layer, line broadening 411      
Specimen, high-temperature      243—253 260—261
Specimen, high-temperature 243—253, 260—261      
Specimen, temperature control, high      251—254
Specimen, temperature control, high 251—254      
Specimen, temperature control, low      270—276
Specimen, temperature control, low 270—276      
Spectra line breadth      95—6 366 394 411 454—6 654
Spectral line breadth      95—96 366 394 411 454—456 654
Spectral line breadth 95—96, 366, 394, 411, 454—456, 654      
Spectrographic analysis, identification      329 341
Spectrographic analysis, identification 329, 341      
Spectrographic analysis, micro-analysis methods      296—297 530
Spectrographic analysis, micro-analysis methods 296—297, 530      
Spectrographs analysis, identification      329 341
Spectrographs analysis, micro-analysis methods      296—7 530
Spectrometers      Counter diffractometers
Spectrometers see also “Counter diffractometers”      
Spectrometers, counter      189—231 see
Spectrometers, counter 189—231      
Spectrometers, counter, double-crystal      238—240
Spectrometers, double-crystal      238—40
Spectrometers, double-crystal 238—240      
Speed of X-ray film      623—624 see
Speed of X-ray film see also “Sensitivity”, 623—624      
Speiser, R.      245 248 250 254 255 263
Speiser, R. 245, 248, 250, 254, 255, 263      
Spencer, R.C.      366 394
Spencer, R.C. 366, 394      
Sperry, P.R.      469
Sperry, P.R. 469      
Spherical projection      37—38
Spherical projection 37—38      
Spherical specimens, absorption factors      663—666
Spherical specimens, absorption factors 663—666      
Spherical symmetry, particle-size determination      449—450
Spherical symmetry, particle-size determination 449—451      
Spherical symmetry, theoretical scattering expressions      441—443
Spherical symmetry, theoretical scattering expressions 441—443      
Spherical symmetry, theoretical' scattering expressions      441—3
Spherical triangles      40
Spherical triangles 40      
Spiers, F.W.      145 160 161 166 170 403
Spiers, F.W. 145, 160, 161, 166, 170, 403      
Spiller, R.C.      325
Spiller, R.C. 325      
Spinel structures      501 559—561 564 566—568 570
Spinel structures 501, 559—561, 664, 566—568, 570      
Spiral      see "Helical"
Spiral see “Helical”      
Splettstosser, H.R.      631
Splettstosser, H.R. 631      
Sponsier, O.L.      533
Sponsler, O.L. 533      
Spot size, determination of crystal size      457—458
Spot size, determination of crystal size 457—458      
Spot size, relation to angular range of beam 280—281      
Spot size, relation to angular range of beam"      280—281
Spot size, relation to angular range of bearri      280—1
Spot size, relation to crystal size      281—283
Spot size, relation to crystal size 281—283      
Spurious counts      196 200
Spurious counts 196, 200      
Spurious counts, beaded counters      201
Spurious counts, beaded counters 201      
Stability of X-ray counted      199—200 206—207
Stability of X-ray counter      199—200 206—7
Stability of X-ray counter 199—200, 206—207      
Stabilization of tube output      208—210 619
Stabilization of tube output 208—210, 619      
Stacy, I.      516
Stacy, I. 516      
Staellberg-Stenhagen, S.      515
Stallberg-Stenhagen, S. 515      
Standard deviation      222 382
Standard deviation 222, 382      
Standard deviation, counting-rate meter      223
Standard deviation, counting-rate meter 223      
Standard deviation, difference of two counts      223
Standard deviation, difference of two counts 223      
Standard deviation, integral intensity      224
Standard deviation, integral intensity 224      
Standard deviation, monitoring system      223
Standard deviation, monitoring system 223      
Standard films, comparison in identification      328 503
Standard films, comparison in identification 328, 503      
Standard films, comparison with single-crystal photographs      526—528
Standard films, comparison with single-crystal photographs 526—528      
Standardizing of intensities, flat-layer methods      160—162
Standardizing of intensities, flat-layer methods 160—162      
Standardizing of intensities, low-temperature methods      172
Standardizing of intensities, low-temperature methods 172      
Standards, internal      see "Internal standards"
Standards, internal see “Internal standards”      
Stanghon, L.      114
Stanghon, L. 114      
Statistical accuracy      222
Statistical accuracy 222      
Statistical accuracy, counter      222
Statistical accuracy, counter 222      
Statistical accuracy, counting-rate meter      223
Statistical accuracy, counting-rate meter 223      
Statistical accuracy, integral intensity      224
Statistical accuracy, integral intensity 224      
Statistical accuracy, monitoring system      222—223
Statistical accuracy, monitoring system 222—223      
Staub, H.H.      204
Staub, H.H. 204      
Stauff, J.      515
Stauff, J. 515      
Steel, inclusions      569—570
Steel, inclusions 569—570      
Steel, isothermal transformations      263 342—343
Steel, isothermal transformations 263, 342—343      
Steepest-descents method of structure refinement      518
Steepest-descents method of structure refinement 518      
Steeple, H.      366—394 461 588 595 614
Steeple, H. 366—394, 461, 588, 595, 614      
Steinour, H.H.      572
Steinour, H.H. 572      
Stenhagen, E.      515
Stenhagen, E. 515      
Stephen, R.A.      142 291 458 459
Stephen, R.A. 142, 291, 458, 459      
Stereographic projection      37—40 462—464
Stereographic projection 37—40, 462—464      
Stereographic projection, calculations      40—41
Stereographic projection, calculations 40—41      
Stevens, G.W.W.      633
Stevens, G.W.W. 633      
Stever, H.G.      196 201
Stever, H.G. 196, 201      
Steward, E.G.      249 253 264 258 265—277
Steward, E.G. 249, 253, 254, 258, 265—277      
Stillman, R.C.      515
Stillman, R.C. 515      
Stokes, A.R.      263 409—429 615
Stokes, A.R. 263, 409—429, 615      
Stora, C.      411
Stora, C. 411      
Stott, V.H.      589
Stott, V.H. 569      
Strain measurement      187—188
Strain measurement 187—188      
Strain measurement, back-reflexion camera      601—602
Strain measurement, back-reflexion camera 601—602      
Strain measurement, calculation for cubic system      416
Strain measurement, calculation for cubic system 416      
Strain measurement, line broadening      415—416
Strain measurement, line broadening 415—416      
Strain measurement, stressed-specimen mounting      183
Strain measurement, stressed-specimen mounting 183      
Straumanis — Ievins film mounting      81 85—86 369—371
Straumanis — Ievins film mounting 81, 85—86, 369—371      
Straumanis, M.E.      81 85 115 250 369 870 371 373
Straumanis, M.E. 81, 85, 115, 250, 369, 370, 371, 373      
Straumanis-Ievin film mounting      81 85—6 369—71
Strawbridge, D.J.      265 274 275
Strawbridge, D.J. 265, 274, 275      
Street, A.      533 550
Street, A. 533, 550      
Stress analysis      475—480 601—610
Stress analysis 475—480, 601—610      
Stress analysis, back-reflexion precision camera      180—181
Stress analysis, back-reflexion precision camera 180—181      
Stress analysis, lattice-strain relation      602—605
Stress analysis, lattice-strain relation 602—605      
Stress analysis, lattice-strain relation, cubic system      416
Stress analysis, lattice-strain relation, cubic system 416      
Strong, J.      197
Strong, J. 197      
Strongest-line groups      333 503—504
Strongest-line groups 333, 503—504      
Structural dimensions      see "Lattice parameters"
Structural dimensions see “Lattice parameters”      
Structure amplitude      52—53 160 395 639
Structure amplitude 52—53, 160, 395, 639      
Structure amplitude, calculation of intensity in mixed specimen      338
Structure amplitude, calculation of intensity in mixed specimen 338      
Structure amplitude, derivation from intensities      403
Structure amplitude, derivation from intensities 403      
Structure amplitude, focusing camera, measurement      125
Structure amplitude, focusing camera, measurement 125      
Structure factors      see "Structure amplitude"
Structure factors see “Structure amplitude”      
Structure-analysis methods      54—55 406—408 516—520
Structure-analysis methods 54—55, 406—408, 516—520      
Structure-analysis methods, alloys      592—600
Structure-analysis methods, alloys 592—600      
Structure-analysis methods, organic compounds      516—518
Structure-analysis methods, organic compounds 516—518      
Structure-analysis methods, organic fibres      534—557
Structure-analysis methods, organic fibres 534—557      
Structure-analysis methods, salloys      592—600
Structure-analysis methods, sorganic compounds      516—18
Stuart, A.      325 358
Stuart, A. 325, 358      
Subjective errors in lattice-spacing determination, back-reflexion camera      387—388
Subjective errors in lattice-spacing determination, back-reflexion camera 387—388      
Subjective errors in lattice-spacing determination, cylindrical focusing camera      382—383
Subjective errors in lattice-spacing determination, cylindrical focusing camera 382—383      
Subjective errors in lattice-spacing determination, Debye — Scherrer camera      327—328 381
Subjective errors in lattice-spacing determination, Debye — Scherrer camera 327—328, 381      
Subjective errors in lattice-spacing determination, Debye-Scherrer camera      327—8 381
Substitution methods, camera      169—170
Substitution methods, camera 169—170      
Substitution methods, measurement of intensities      161—162 403—404
Substitution methods, measurement of intensities 161—162, 403—404      
Substitution methods, mechanical specimen interchange      170
Substitution methods, mechanical specimen interchange 170      
Sully, A.H.      584
Sully, A.H. 584      
Sundius, H.H.      572
Sundius, H.H. 572      
Superlattices      see "Superstructures"
Superlattices see “Superstructures”      
Superstructures      334 593
Superstructures 334, 593      
Superstructures, copper-gold alloy      437 594—595
Superstructures, copper-gold alloy 437, 594—595      
Superstructures, effect of irradiation      617—618
Superstructures, effect of irradiation 617—618      
Superstructures, interstitial structures      597—598
Superstructures, interstitial structures 597—598      
Surface films, preferred orientation      299—300
Surface films, preferred orientation 299—300      
Surface films, thickness measurement      143
Surface films, thickness measurement 143      
Surface-refiexion study of preferred orientation, counter-diffractometer methods      319—20
Surface-refiexion study of preferred orientation, counter-diffractometer methods 319—320      
Surface-refiexion study of preferred orientation, discussion of methods      320—2
Surface-refiexion study of preferred orientation, discussion of methods 320—322      
Surface-refiexion study of preferred orientation, stationary-film arrangements      303—5
Surface-refiexion study of preferred orientation, stationary-film arrangements 303—305      
Surface-reflexion cameras      402
Surface-reflexion cameras 402      
Surface-reflexion cameras, flat-layer      145—175
Surface-reflexion cameras, flat-layer 145—175      
Surface-reflexion cameras, focusing      123—125 131—132
Surface-reflexion cameras, focusing 123—125, 131—132      
Surface-reflexion monochromators      123 125—128
Surface-reflexion monochromators 123, 125—128      
Surface-reflexion study of preferred orientation, counter-diffractometer methods      319—320
Surface-reflexion study of preferred orientation, discussion of methods      320—322
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