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Fehlordnung bei Verbindungen MX3 mit Schichtenstruktur II. Analyse der Fehlordnung im Wismuttriiodid
Published/Copyright:
August 25, 2010
Abstract
The structure of a crystal of bismut triiodide having stacking faults was analyzed including an evaluation of the intensities along the streaks of diffuse scattering, using the formulae derived earlier. The crystal has the rhombohedral “BiI3 type” stacking sequence with about 95% probability; stacking faults involving a 60° rotation of the BiI3 layers occur with about 2% probability. The average structure, which was refined with the intensities of 107 sharp reflexions (R = 0.069), only gives exact information for the z coordinate of the iodine atoms; other coordinates were obtained from the analysis of the diffuse streaks.
Published Online: 2010-8-25
Published in Print: 1986-10-2
© 2015 Oldenbourg Wissenschaftsverlag GmbH, Rosenheimer Str. 145, 81671 München
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Articles in the same Issue
- Enstatite, Mg2Si206: A neutron diffraction refinement of the crystal structure and a rigid-body analysis of the thermal vibration
- Crystal structure of 5-benzene sulphonamido 3-phenyl 1,2,4-triazole
- A study of decomposition methods for refinement of H+-ZSM5 zeolite with powder diffraction data
- Polytypes and polytypism
- Copper(II) silicates and germanates with chain structures I. CaCuGe2O6, a strongly deformed pyroxene*
- Copper(II) silicates and germanates with chain structures II. Crystal chemistry *
- Fehlordnung bei Verbindungen MX3 mit Schichtenstruktur I. Berechnung des Intensitätsverlaufs auf den Streifen der diffusen Röntgenstreuung
- Fehlordnung bei Verbindungen MX3 mit Schichtenstruktur II. Analyse der Fehlordnung im Wismuttriiodid
- Effect of inaccessible volumes accompanied by symmetry elements on cumulative distribution functions
- Groups of simple and multiple antisymmetry of layers
- Electron diffraction intensity calculation and image simulation considering absorption for germanium and gold
- Structures of two modifications of Ca3GeO5
- Transverse quadratic electrostrictive effect in alkali halides with the NaCl structure*
