Tilting structures in spinels

The possible distortions in the spinel structure resulting from rotation of the tetrahedra and octahedra have been investigated by a group‐theoretical method. The possibility of the existence of 28 phases of rotation of the tetrahedra and five phases of rotation of the octahedra has been shown. In a...

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Published in:Acta crystallographica. Section A, Foundations of crystallography Vol. 68; no. 5; pp. 595 - 606
Main Authors: Talanov, V. M., Shirokov, V. B.
Format: Journal Article
Language:English
Published: 5 Abbey Square, Chester, Cheshire CH1 2HU, England International Union of Crystallography 01-09-2012
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Abstract The possible distortions in the spinel structure resulting from rotation of the tetrahedra and octahedra have been investigated by a group‐theoretical method. The possibility of the existence of 28 phases of rotation of the tetrahedra and five phases of rotation of the octahedra has been shown. In all these phases the polyhedra are equivalent, but their orientation can be different. Among the phases of the tetrahedra rotation there is one phase of pure rotation, i.e. not accompanied by additional (not rotation) distortions of the structure. Of the five phases of the rotation of the octahedra three phases can be obtained only by pure rotation of the octahedra.
AbstractList The possible distortions in the spinel structure resulting from rotation of the tetrahedra and octahedra have been investigated by a group-theoretical method. The possibility of the existence of 28 phases of rotation of the tetrahedra and five phases of rotation of the octahedra has been shown. In all these phases the polyhedra are equivalent, but their orientation can be different. Among the phases of the tetrahedra rotation there is one phase of pure rotation, i.e. not accompanied by additional (not rotation) distortions of the structure. Of the five phases of the rotation of the octahedra three phases can be obtained only by pure rotation of the octahedra. [PUBLICATION ABSTRACT]
The possible distortions in the spinel structure resulting from rotation of the tetrahedra and octahedra have been investigated by a group-theoretical method. The possibility of the existence of 28 phases of rotation of the tetrahedra and five phases of rotation of the octahedra has been shown. In all these phases the polyhedra are equivalent, but their orientation can be different. Among the phases of the tetrahedra rotation there is one phase of pure rotation, i.e. not accompanied by additional (not rotation) distortions of the structure. Of the five phases of the rotation of the octahedra three phases can be obtained only by pure rotation of the octahedra.
Author Shirokov, V. B.
Talanov, V. M.
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Snippet The possible distortions in the spinel structure resulting from rotation of the tetrahedra and octahedra have been investigated by a group‐theoretical method....
The possible distortions in the spinel structure resulting from rotation of the tetrahedra and octahedra have been investigated by a group-theoretical method....
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SubjectTerms Crystal structure
Crystallography
Distortion
Equivalence
Minerals
Orientation
phase transitions
Phases
Polyhedra
Polyhedrons
Spinel
Tetrahedra
Three phase
tilting structures
Title Tilting structures in spinels
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