To investigate 1-dimensionally disordered structures in close-packed crystals, the Monte Carlo computer simulation technique was applied. Calculations of diffraction intensity distributions along the 10.L reciprocal lattice row from 4H structure with 4 different kinds of stacking fault: growth, deformation, layer displacement and extrinsic fault were presented. In particular, using simple frequency function of fault to fault distances, both random and non-random distributions of SFs were considered. Distinctive features of the diffraction patterns corresponding to the chosen examples of transformations from the parent 4H structure into another small-period polytypes were discussed in detail.

Investigation of One-Dimensionally Disordered Structures of AIIBVI Crystals by Monte Carlo Technique - 4H Structure with Different Kinds of Stacking Faults. J.B.Gosk: Crystal Research and Technology, 2003, 38[2], 160-73