Wilson A.J.C. — X-ray optics;: The diffraction of X-rays by finite and imperfect crystals :: Электронная библиотека попечительского совета мехмата МГУ

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Wilson A.J.C. — X-ray optics;: The diffraction of X-rays by finite and imperfect crystals

$Wilson A.J.C. — X-ray optics;: The diffraction of X-rays by finite and imperfect crystals$

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Название: X-ray optics;: The diffraction of X-rays by finite and imperfect crystals

Автор: Wilson A.J.C.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 1962

Количество страниц: 147

Добавлена в каталог: 06.09.2009

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

Предметный указатель

$Al_{2}Cu$       112 118
$AuCu_{3}$       68—69 75 92—95 96 107—110 111
$CdMg_{3}$       95 109 110
$Cu_{4}FeNi_{3}$       113—115 117
'Spike' of high intensity      32 83
Absences      57
Absorption coefficient      27
Acoustic frequencies      112 134
Age-hardening      125 126
Alexander      25 26
Angle of reflexion correction for aberrations      25—28
Angle of reflexion for cubic crystal      17
Angle of reflexion for hexagonal crystal      83
Angle of reflexion general expression      17
Angles of reciprocal unit cell      14
Angles of unit cell      1
Anisotropy of elastic constants      120 133
Anisotropy of thermal motion      132 139
Anti-phase domains      5 68—69 74—75 93—95 96
Apparent particle size $AuCu_{3}$       92 94
Apparent particle size definition of      4 23
Apparent particle size graphite      88—92
Apparent particle size mistakes      72 91—92 107
Apparent particle size small crystals      40—45 89
Apparent particle size table      44 92
Apparent particle size variance      24
Apparent strain      4 122
Asymptotic line profile      48—50 63 92
Averbach      120 121 125 127
Axes of crystal      1
Axes of reciprocal unit cell      14
Bagchi      110
Bent lamella      120 127
Bernal      19 25
Bertaut      54
Bessel functions      117 123
Blachman      125
Blackman      141
Boas      125
Born      130 141
Boumann      54
Boyko      25
Bradley      113 125
Bragg      1 55 69 74 93 95 116 125
Bragg angle      3 16 37
Bragg's law derivation of      2—3 6 12
Bragg's law relation to reciprocal lattice      11 12—14
brass      127
Breadth of reflexion      see also “Half-width Half-breadth Line Variance” 35
Brindley      95 120 125
Buerger      17 25
Bunn      19 25 27
Cadmium iodide      57
Calvet      125
Cameras, x-ray      18—21
Carbon      86—92 95 96 133
Centre of gravity      see “Centroid”
Centroid      22 23 26 27 72—73 123
Centrosymmetry about reciprocal-lattice points      35 118—119
Centrosymmetry of crystal structure      56
Characteristic temperature      137
Chrysotile      126
Clay minerals      95 96
Close packing      57 142
Cobalt      57—58 75 79—86 95
Coke      see “Carbon”
Cold-worked metals      119—128
Complex conjugate      98
Complex quantities      97
Complex quantities use in calculation of scattering      102—132
Constantan      127
Counter diffractometer      21 26 27 120
Crystal cube      41—42 43—44 47 52 53
Crystal definition of      1
Crystal distorted      4 112—128
Crystal needle      32
Crystal octahedron      36 44 52 53
Crystal parallelepiped      31—32 52 105
Crystal plate      32
Crystal small      3—4 29—54 105
Crystal sphere      32—34 41 52 53
Crystal tetrahedron      44 52 53
Crystal-reflected radiation      24 83
Crystallite-size measurement      25 26
Crystallites as explanation of cold-work      119
Cube-shaped crystal      41—42 43—44 47 52 53
Cylindrical lattice      120 125 126 127
Daniel      113 116 117 125
de Wolff      54
Debye      141
Debye theory of heat capacity      133—135 137 141
Debye theory of thermal X-ray scattering      133—137 139 141
Debye — Scherrer lines      see “Line profiles” 54
Deformation faults      75 95 96 127
Dehlinger      125
Delf      22
Diffraction by crystal      2 6—12 102—105
Diffraction by crystal with mistakes      5 55—96
Diffraction by dislocations      120 125 127
Diffraction by distorted crystal      4 112—128 138
Diffraction by elastic waves      135—141
Diffraction by line gratings      75
Diffraction by line of scattering centres      7—10 13 29 39 70
Diffraction by plane of scattering centres      10—11 31
Diffraction by random layers      86—92 96
Diffraction by screw dislocation      120 125 127
Diffraction by small crystal      3 29—54 105
Diffraction complex expressions for      102—107
Diffraction optical analogue      116 125
Diffuse scattering      18 95 110 131—141
Dislocations      120 125 127
dispersion      26
Distorted crystals      4 112—128
Divergence, effect on integral breadth      54
DOI      95
domains      5
Domains anti-phase      68—69 74 75 93—95 96
Duralumin      112 117—119
Eastabrook      25 110 120 121 124 125
Edmunds      109 110
Edwards      82 95
Elastic constants      120 122 129 132—133
Elastic distortion      119—124
Elastic waves      112 133—136
Electron microscopy      95
Energy of elastic vibrations      135
Energy of quantum oscillator      134
Ewald      26 32 36
Extinction      22 117 127
Faxen      141
Fluorite structure of $Al_{2}Cu$       118
Fock      125
Fourier integral, Fourier transform analysis of diffraction      110 125
Fourier integral, Fourier transform correction of line profiles      24 27
Fourier integral, Fourier transform definition of      101
Fourier integral, Fourier transform of strain distribution      121
Fourier integral, Fourier transform of thermal amplitudes      132 138
Fourier integral, Fourier transform programs for      25 27
Frank      125
Franklin      95
Frequency spectrum      134—137
Geometrical aberrations      25—27
Gevers      95
Ghost      42 71 103
Gjonnes      125
graphite      see “Carbon”
Growth faults      see “Mistakes” 95
Guinier      110 117 125 126
Half-width      22 23 89 91 92
Hargreaves      113 126

heat capacity      133—135 137 141
Hendricks      74 76 77 95 106
Higgs      25 27
Hinde      109 110
hkl direction defined      12
Hosemann      110
Indices of reflexion defined      12
Integral breadth cobalt      81 83—86
Integral breadth correction of      24—25 84—86
Integral breadth defined      23
Integral breadth distorted crystals      122
Integral breadth divergent X-rays      54
Integral breadth graphite      87 91
Integral breadth in reciprocal space      34
Integral breadth mistakes      70—72
Integral breadth small crystals      41
Integrated intensity      22 34 127 131
Intensity in reciprocal space distorted crystals      115—116 117—119
Intensity in reciprocal space mistakes      60—68 77—90 102—110
Intensity in reciprocal space small crystals      29—36 107
Intensity in reciprocal space thermal motion      135—141
Intensity total      22 34 127 131
Interlayer spacing, variable      58 105—107
Internal strain      4 112 119—128
International Tables for X-ray Crystallography      17 26 55 56 137
Isotropy      120 132 134 136 139
Jacquet      125
Jagodzinski      74—75 126
Jahn      141
James      1 18
Jefferson      95
Jones, F.W.      24 26 38 92 95 96 107
Jones, R.C.      75
Kakinoki      75
Kitajgorodskij      54
Klug      26
Kochendorfer      26 126
Kolpinsky      125
Komura      75
Kunze      126
Ladell      26 27
Lamp black      see “Carbon”
Landau      75
Lang      26
Lattice distortion      112—128
Lattice-parameter measurement      25 27
Lattice-parameter variation      4 112—128
Lattice-parameter variation in $Cu_{4}FeNi_{3}$       113—115
Lattice-parameter variation sinusoidal      113—115 126 135
Laue photograph      18
Laves      95—96
Layer lines      18—20
Layer structures      57—68 76—92 105—107 133
Lifschitz (Lifsic)      75 126
Line breadth estimates of      3—5 90
Line breadth measures of      see also “Half-width Integral Variance” 23—25 28
Line gratings, diffraction by      75
Line profile      20—23
Line profile affected by photometry      84—86
Line profile asymmetry      21 91 118
Line profile asymptotic values      48—50 63 92
Line profile complex expression for      107
Line profile correction of      24—25 26 54
Line profile displacement of      25 72 106
Line profile distorted crystal      122 123—124
Line profile layer structure      63 77 81 90—92
Line profile position      21
Line profile relation to reciprocal space      20 37—38 70 90
Line profile screw dislocation      123
Line profile small crystals      37—54 123—124
Line profile strain      122 123—124
Lipson      82 86 95 96 109 110 116 117 120 125 126
Lonsdale      141
Lorentz factor      26 27
MacGillavry      74 109 110
MACK      26
Mauguin      36
Megaw      123 126
Mering      75 95
MICA      57
Miller indices      14
mistakes      5 55—96
Mistakes in $AuCu_{3}$       68—69 92—95 107—109
Mistakes in $CdMg_{3}$       95 109
Mistakes in cadmium iodide      57
Mistakes in cobalt      57—58 79 86
Mistakes in graphite      57 86—92 95
Mistakes in layer structures      57—68 86—92 95—96 105—107
Mistakes in silicates      57—58
Mistakes in three dimensions      92—95 102—105 107—110
Mistakes optical analogue      116
Montmorillonite      106
Murdock      38 54
Neethling      25 26
Nieuwenkamp      96
Normal coordinates      133
octahedron      36 44 52 53
Ogawa      95 96
Optical analogue      116
Optical frequencies      134
Order in alloys      see also “Mistakes” 69 75 110
Order of reflexion      3 14 123
Oscillation photographs      18—20 37
Parallelepiped, diffraction by      31—32 45 52 105
Parallelepiped, unit cell      1
Parity      83 94 108
Parrish      26
Particle-size measurement      see “Apparent particle size” 25 26
Pascoe      120 127
Paterson      25 26 75
Patterson      31 36 38 54
Peak, displacement of      25 68 91 106
Peiser      19 25 26
Photometry      21 84
Pike      26 27
Polarization factor      26
Powder patterns by counter diffractometer      21
Powder patterns by powder camera      20—21
Powder patterns of crystals with mistakes      67—68 70—75 77 83—86
Powder patterns of distorted crystals      119—124
Powder patterns of small crystals      37—54
Powder photographs      20—21 107
Preston      117 126
Quantum theory      134 141
Rachinger      128
Raman      141
Reciprocal lattice axes and angles      11 14
Reciprocal lattice construction of      6—12
Reciprocal lattice properties of      12—17
Reciprocal lattice relation to Bragg's law      12—14
Reciprocal space $AuCu_{3}$       108—110
Reciprocal space $Cu_{4}FeNi_{3}$       115 117
Reciprocal space cobalt      81—82
Reciprocal space distorted crystals      115 119
Reciprocal space duralumin      118—119
Reciprocal space graphite      87—92
Reciprocal space layer structures      63—64 67—68 81—92 106—107 133
Reciprocal space mistakes      63—64 67—68 77—78 81—92 102—110
Reciprocal space small crystals      29—36 133
Reciprocal space thermal scattering      131—141
Relaxation method      25
Roberts      136
Rollett      25 27
Rooksby      26
Rotation photographs      18—20 37 77
Rozencvejg      126
Satellite lines, spots      113 115—119 138
Scattering factor, atomic      55
Scherrer      27
Scherrer constant, table of      44 52 53

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