Bijvoet J.M., Kolkmeyer N.H., Macgillavry C.H. — X-Ray Analysis of Crystals :: Электронная библиотека попечительского совета мехмата МГУ

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Bijvoet J.M., Kolkmeyer N.H., Macgillavry C.H. — X-Ray Analysis of Crystals

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Название: X-Ray Analysis of Crystals

Авторы: Bijvoet J.M., Kolkmeyer N.H., Macgillavry C.H.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1951

Количество страниц: 304

Добавлена в каталог: 09.08.2009

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

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Crystal structure of: rutile      see “titanium dioxide”
Crystal structure of: saccharose      193
Crystal structure of: silicates      CHap. 7 168—189
Crystal structure of: silk fibroin      217
Crystal structure of: silver aluminium alloy      153
Crystal structure of: silver iodide      136
Crystal structure of: silver mercury iodide      155
Crystal structure of: soap      205 206
Crystal structure of: sodium chloride      42 83 118 123
Crystal structure of: sodium cyanide      158
Crystal structure of: sodium nitrate      124 156
Crystal structure of: spinel      155 182
Crystal structure of: staurolite      186
Crystal structure of: sterol      101
Crystal structure of: stilbene      200
Crystal structure of: strontium carbonate      147
Crystal structure of: strychnine selenate      116
Crystal structure of: strychnine sulphate      116
Crystal structure of: sublimate      see “mercuric chloride”
Crystal structure of: sulphur      127 128
Crystal structure of: talc      180 181
Crystal structure of: tellurium      131
Crystal structure of: thallium halides      124
Crystal structure of: thallium sulphide      126
Crystal structure of: tin      136
Crystal structure of: titanium dioxide      163 166
Crystal structure of: tobacco mosaic virus      222
Crystal structure of: tremolite      172
Crystal structure of: tridymite      174
Crystal structure of: triple nitrites      124
Crystal structure of: urea      11 127
Crystal structure of: viruses      223
Crystal structure of: wurtzite      see “zinc sulphide”
Crystal structure of: zeolites      175
Crystal structure of: zinc selenide      136
Crystal structure of: zinc sulphide      125 127
Crystal structure of: zinc zincblende      see “zinc sulphide”
Crystal symmetry      see “symmetry”
Crystal systems      10 14 81 APp. II
Crystal theory, Born's      125 144
Crystallite shape      53 261
Crystallite size      51—52
Crystallographically indeterminate parameters      65 183
Cubic closest packing      128—129
Cubic lattice, body centred      63 64
Cubic lattice, face centred      64 65
Cyanite      183 186
Cyanuric acid      199
Cyanuric triazide      193
De Broglie wavelength of electronic rays      279—280
Debye — Scherrer — Hull method      see “powder method”
Deformation      54—58
Demonstration apparatus for electron diffraction diagrams      284
Denaturing      222
density      184
Density determination of      80
Determination of compounds by x-rays      46
Deuterium, scattering of neutrons by      290
diamond      77 135 143
Diamond bond      125 135
Diamond cleavage      137
Diamond structure      125 131
Dibenzyl      200
Dicarboxylic acids      206
Diffraction      see also “interference”
Diffraction angle      23—25 219 241 246
Diffraction by atom      69—70
Diffraction by crossgrating      19
Diffraction by crystal      3—4 19—23
Diffraction by gas      2
Diffraction by homogeneous density distribution      107 204
Diffraction by liquid      3
Diffraction by net-plane      18
Diffraction by row of atoms      17
Diffraction conditions, Bragg's      see “reflection C.”
Diffraction conditions, ineffectual      281
Diffraction conditions, von Laues      see “interference”
Diffraction intensities      4 CHap.
Diffraction of electronic rays      APp. VIII
Diffraction power of      70—73 104
Diffuse scattering      277
Dihalides      162—168
Dimensions of cell      see “cell D.”
Dimorphism of $CaCo_{3}$       147
Dimorphism of $HgI_{2}$       166—168
Diopside      169 172 183 186
Discontinuous intensity factors      60—69
Dislocations      146
Disorder      146ff 277
Disordered mixed phase      47—49 150—156 277
Distribution of elements      188
Double chains      172
Double refraction      96 140 182 199
Dynamic theory of crystal diffraction      77
Earth crust, composition of      187
Edingtonite      175
Effective number of electrons      104
Elastic constants      274
Elasticity of micas      180—181
Electric conduction by electrons      130 155
Electric conduction by ions      145 156
Electron density      104ff 196 197 201 221 APp. VII
Electron density in alums      109
Electron density in fatty acids      204
Electron density in geranylamine hydrochloride      117
Electron density in haemoglobin      221
Electron density in lithium cyanide      111
Electron density in micas      178
Electron density in phthalocyanin      112
Electron density in sodium chloride      105
Electron diffraction      5 APp.
Electron diffraction apparatus      219 280
Electron diffraction demonstration apparatus      284
Electron diffraction diagram of cadmium iodide      284
Electron diffraction diagram of fluorspar      286
Electron diffraction diagram of gold      279
Electron diffraction diagram of mica      281 282
Electron diffraction photomicrograph      222
Electron microscope      223 288
Electronic rays      5 APp.
Electronic rays wave character of      279
Electronic rays wavelength of      280
Electrons, effective number per atom      104
Electrons, number per atom      153
Electrostatic valencies      95 185—186
Enstatite      171
Ewald's construction      256 271
Exclusion method      see “trial and error”
Extinction, primary      77
Extinction, secondary      76
f-curves      71 72 221
Face centred lattice      64—65
Face centred lattice absence conditions      67
Fatty acids      137 143 201—204
Fatty acids electron density in      204
Feldspars      169 170 175 176 187
Feldspars Na-, Ca-, leucite      169
Ferrous oxide      150
Ferrous sulphide      150
Fibre cleavage      96 137 169 170 171 199 208—223
Fibre diagram      19 216—219 284
Fibre diagram period of      101 210 216
Fibre structures      18 96 101 130 171 192 208 214ff
Fibre texture      54 211 284
Fibroin, silk      217—219
Fibrous materials, synthetic      208—211 216
Fibrous proteins      217—219
Film thickness, correction for      241
Filter, absorbing      40
Fluoborates, rotation in alkali      159

Fluorite (fluorspar) structure      95 163 166
Focus, shape of      41
Fourier analysis      192 198 CHap. APp. II
Fourier analysis amplitude      104
Fourier analysis and reciprocal net      269
Fourier analysis history of      120
Fourier analysis phases of components      107
Fourier computation methods      118
Fourier space      269
Fourier synthesis, examples of one dimensional      105 109 173 178 221
Fourier synthesis, examples of three and two dimensional      111
Gallium      189
Garnet      169 177 183
Gas adsorption      287
Gas diffraction      3
Geometrical spreading factors      74—75
Geranylamine hydrochloride      117 196 215
Glancing angle      21
Glass      47
Glide plane      11 232
Glide plane absence rules      69
Glide reflection line      8
Gliding      138—140 146
Globular proteins      219—222
Glucosamine hydrochloric and hydrobromic acids      114
Glucose      213
Glycine      192 195—196 200 219
Glycols      128
Gnomonic projection      249
Gold sol      53
Gold, electron diffraction diagram of      279
Gold, mixed crystals with Ag and Cu      150—151
Gold, particle size      53
graphite      130 143 194
Graphite atomic distances in      196
Graphite cleavage of      137
Graphite electron distribution in      198
Graphite lubricant      201
Graphite particle shape in      53
Graphite plasticity of      139
Graphite potassium      194
Graphite, structure of      130
Graphite, swelling of      194
Graphitic acid      194
Groups, plane      8—10
Groups, space      11—14 APp. II
Gutta percha      196 215
Haemoglobin      220
Hair      217
Haloes in reciprocal lattice      260
Halogens      131 140
Hardness      128 140
Hauy's law      5
Heteropolar bond      123
Hexabromocyclohexane      99
Hexagonal closest stacking      128
Hexamethylbenzene      97 101
Hexamethylenetetramine      198
Hexaminecobaltchloride      124
High voltage in x-ray tubes      39
Homopolar bond      126
Honeycomb structure      124 176
Hull      28 243
Hume — Rothery compounds      152
Hume — Rothery rule      131
Hydrides      137
Hydrocarbons      see also “paraffins” 128
Hydrogen bond      128 192 199 200
Hydrogen bridge      200
Hydrogen scattering of neutrons by      289
Ideal crystal      76—77 145
Identification by X-rays      202
Identity operation      7
Identity period      22 236
Identity period abnormal      270—272
Identity period determination of      33
Index field      253
Indexing      22 80
Indexing derivation of      28 80
Indexing of Laue photograph      249
Indexing of powder photograph      28 241
Indexing of rotation photograph      30 244
Indexing of Weissenberg photograph      246
Indices Laue      22 249 252
Indices Miller      22 249 252
Indices, Bragg      22
Intensity      4 23 27 CHap. 80—83
Intensity absolute      74—75
Intensity factors, continuous      69 260
Intensity factors, discontinuous      60 239 245
Intensity formulae      66 74—77 239
Intensity spectral distribution in x-ray beam      40
Interatomic distances      42 131—137 196
Interference conditions      16
Interference conditions Bragg      21—22
Interference conditions Laue      17—21 236
Interference lines, diffuse      52 276
Interference lines, sharp      52 274
Interionic distances      131
Intermetallic compounds      126 136 150
Intermetallic compounds Hume — Rothery type      152
Intermolecular distances      3 136 196 199
International Tables      74 83 242
Interstitial structures      137 149
Intramolecular distances      3 136 196
Inversion axis      12 226
Iodine, structure of      11 127
Ion tubes      38—42
Ionic conductivity      145 155
Ionic radii, ratio of and coordination number      162ff 189
Ionic radius      131ff 184
Ionic structures      95 118 123 136 154 162 196
Ionization chamber      26
Iron      188
Iron $Fe_{3}0_{4}$ — $\gamma Fe_{2}0_{3}$       149
Iron carbide      149
Iron oxide      150
Iron sulphide      150 167
Isodimorphism      147
Isomorphism      114 146—148 176
Isomorphous substitution      109 112 114 146—148 176 179—180
Isomorphous substitution Si $\rightarrow$ Al and Na $\rightarrow$ Ca      176—177
Isoprene      196 209 215
k-level      39
K-radiation      39
K-radiation $\alpha-\beta$       40
K-radiation $\alpha_{1}-\alpha_{2}$       40
K-series      39—40
Kaolin      169 181
Keratin      217 221
Kikuchi lines      286
Kinematic theory of crystal diffraction      77
KX unit      45
L-levels      39
Laminar cleavage      see “sheet C.”
Latitude of layer line      see “layer line”
Lattice molecular      128 149 CHap.
Lattice primitive g      13
Lattice reciprocal      248 APp. 269
Lattice structure      46
Lattice translation      4 8 10 13 16
Lattice two dimensional      8
Lattice two dimensional of soap bubbles      146
Lattice, absence rules      67ff
Lattice, body centred      13 129
Lattice, Bravais      13 14
Lattice, face centred      13 129
Lattice, ionic      119ff
Laue class      37 99
Laue diagram      20 36 37

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