A survey of the phenomenon of polytypism in crystals

Solid State Ionics

Volumn 48, Issue 1-2, 1991, Pages 3-70

  Trigunayat, G C ^a  

^a UNIVERSITY OF DELHI   (India)

Author keywords

[No Author keywords available]

Indexed keywords

CRYSTALS - STRUCTURE; PHYSICAL CHEMISTRY - REVIEWS;

POLYTYPE GROWTH; POLYTYPISM; STACKING FAULTS;

CRYSTALS;

EID: 0026244265     PISSN: 01672738     EISSN: None     Source Type: Journal    
DOI: 10.1016/0167-2738(91)90200-U     Document Type: Review

References (288)

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14. A new method of symbolic description of polytypic structures of MX2-type compounds –xyznotation, description of stacking faults –t–o–fnotation *
15. New ZnS polytypes
16. Polytypism in tin disulphide
17. Growth spirals and complex polytypism in micas. I. Polytypic structure generation
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19. About the origin of mica polytypes
20. The structure of the fourteen-layer polytype of barium chromium trioxide, BaCrO3
21. Polytypism in alloys
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24. Interferometric and X-ray investigation of polytypism in cadmium iodide crystals in relation to crystal growth
25. Study of Structural Defects in Melt-Grown Cadmium Iodide Crystals
26. A Combined optical and X-ray diffraction study of polytypism in cleaved CdI2crystals
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31. The study of polytypism in silicon carbide by x-ray diffraction topography
32. Synchrotron radiation – its application to high-speed, high-resolution X-ray diffraction topography
33. Structural studies of silicates by solid-state high-resolution silicon-29 NMR
34. Thermal Stability of the Basic Structures of SiC
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36. Melt growth of highly pure CdBr2crystals and study of their polytypism
37. Common polytypes of PbI2at low and high temperatures and the 2H–12Rtransformation
38. Solvent effect on the polytype structure of CdI2 crystals
39. Effect of an External Magnetic Field on Polytypism of CdI2 Crystals Grown from Solutions
40. Effect of an External Electric Field on Polytypic Growth of CdI2 Crystals from Solutions
41. Polytypism of Cadmium Iodide and its Relationship to Screw Dislocations: I. Cadmium Iodide Polytypes1
42. Effect of growth conditions on the structure of CdI2 crystals grown from solution
43. The Growth of Crystals and the Equilibrium Structure of their Surfaces
44. The mechanism of polytype formation in vapour-phase grown ZnS crystals
45. CXXXVIII. Application of dislocation theory to the polytypism of silicon carbide
46. Influence of stacking faults on the growth of polytype structures
47. Polytypism in SiC crystals
48. Tilt boundaries in single crystals of cadmium iodide. I. Formation of arcs on X-ray photographs
49. Tilt boundaries in single crystals of cadmium iodide. II. Formation of closed rings on X-ray photographs
50. X-ray diffraction study of one-dimensional disorder in cadmium iodide crystals
51. Phenomenological Discussion of Magnetic Ordering in the Heavy Rare-Earth Metals
52. The application of the ANNNI model to polytypic behaviour
53. Monte Carlo simulation of polytypes
54. The theory of lock-on transitions in modulated structures
55. A theory of the origin of silicon carbide polytypes
56. The origin of stacking modulations
57. Theory of polytypism and the FCC/HCP transition
58. Long-period stacking variants and their electron-concentration dependence in the Mg-base Friauf–Laves phases
59. Crystal Structure and Pair Potentials: A Molecular-Dynamics Study
60. Polymorphic transitions in single crystals: A new molecular dynamics method
61. A molecular dynamics method for simulations in the canonical ensemble
62. A unified formulation of the constant temperature molecular dynamics methods
63. On the phase transformation in cadmium iodide polytypic crystals
64. Curious phase transformations in polytypic crystals of cadmium iodide
65. On the polytypic transformation of disordered cadmium iodide crystals
66. Further studies on the phase transformation in cadmium iodide polytypic crystals
67. Transformation characteristics of 6H-based cadmium iodide polytypes
68. X-ray diffraction study of the structural change from 2Hto 4Hin CdI2crystals
69. X-ray diffraction study on the polytypic structural transformations induced by annealing in cadmium iodide single crystals
70. Structural thermal transformation of polytypes of CdI2
71. Five new polytypes and polytypic change in PbI2
72. Phase transformations in PbI2crystals with temperature
73. Low temperature X-ray diffraction study of CdI2 crystals
74. Structural phase transition in the layer semiconductor PbI2 induced by laser irradiation
75. Investigation of first-order transition in the layer semiconductor PbI2 by the exciton spectroscopic method
76. LXXXIII. Crystal dislocations.—Elementary concepts and definitions
77. X-Ray Diffraction from One-Dimensionally Disordered 2H Crystal Undergoing Solid State Transformation to the 6H Structure. I. The Layer Displacement Mechanism
78. X-Ray Diffraction from One-Dimensionally Disordered 2H Crystals Undergoing Solid State Transformation to the 6H Structure. II. The Deformation Mechanism
79. X-Ray Diffraction from One-Dimensionally Disordered 2H Crystals Undergoing Solid State Transformation to the 6H Structure. III. Comparison with Experimental Observations on Sic
80. Imperfections in the Structure of Cobalt. II. Mathematical Treatment of Proposed Structure
81. Eindimensionale Fehlordnung in Kristallen und ihr Einfluss auf die Röntgeninterferenzen. I. Berechnung des Fehlordnungsgrades aus den Röntgenintensitäten
82. The diffraction of X-rays by close-packed crystals containing both `growth stacking faults' and `deformation or transformation stacking faults'
83. A note on deformation stacking faults in hexagonal close-packed lattices
84. Diffraction by face-centered cubic crystals containing extrinsic stacking faults
85. A simplified formula for the calculation of the X-ray intensity diffracted by a monodimensionally disordered structure
86. The calculation of the intensity of X-rays diffracted by monodimensionally disordered structures
87. Diffraction by a one-dimensionally disordered crystal. I. The intensity equation
88. Diffraction by a one-dimensionally disordered crystal. II. Close-packed structures
89. X-Ray Diffraction by Hexagonal Close-Packed Crystals Containing Extrinsic Stacking Faults
90. Diffraction by H.C.P. Crystals with Extrinsic Faults — The Solution by Difference Equations
91. Double fault in hexagonal close-packed crystals
92. Intensities of X-ray scattering from a one-dimensionally disordered crystal having the multilayer averaged structure
93. Intensities of X-ray scattering from a one-dimensionally disordered crystal having the multilayer averaged structure. Reduction of the number of parameters denoting the degree of disorder
94. On the diffraction of X-rays by face-centred cubic crystals containing extrinsic stacking faults
95. Disorder in cobalt single crystals
96. X-ray diffraction from double hexagonal close-packed crystals with stacking faults
97. X-ray diffraction from close-packed structures with stacking faults. I.hcccrystals
98. X-ray diffraction from close-packed structures with stacking faults. II.hhccrystals
99. X-ray diffraction from close-packed structures with stacking faults. III.hhcccrystals
100. X-ray diffraction from a 6Hstructure containing intrinsic faults
101. Measurement of intensity of directionally diffuse streaks on a four-circle diffractometer: divergence correction factors for bisecting setting
102. The mechanism of the 2H→4H solid-state transformation in cadmium iodide crystals
103. Influence of Oxygen on Growth of 2H-Sic Whiskers
104. Dependence of the structure on the growth conditions of ZnS and Zn1−xCdxS single crystals grown by iodine transport
105. Effect of purification on the polytypism in solution-grown cadmium iodide crystals
106. Phase transitions in melt-grown PbI2crystals
107. Arcing phenomenon in single crystals of cadmium bromide
108. Polytypism of Pb-doped Single Crystals of Cadmium Iodide
109. Effect of tin-doping on polytypism of melt-grown crystals of cadmium iodide
110. Resolution of ambiguities in Zhdanov notation: actual examples of homometric structures
111. Homometric structures inMX2-type compounds
112. Homometric polytypes in cadmium iodide
113. Ambiguities in the X-ray analysis of crystal structures