Diffusionless phase transitions and related structures in oxides
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Bibliographic Information
Diffusionless phase transitions and related structures in oxides
（Key engineering materials, v. 68）
Trans Tech Pub., c1992
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Includes bibliographhical refernces
Description and Table of Contents
Description
The relative importance of oxides in the field of materials science has been spectacularly increasing during the last twenty years. First the study of ferroelectrics kept the attention of scientists. Nevertheless this domain is far from being worked out and a lot of new results and of new fields of interest were recently discovered.
Table of Contents
- Phenomenological Approach to Structural Phase Transitions Transformation Twinning and Related Phenomena Ferroelectric Phase Transitions and Related Phenomena Ferroelastic Phase Transitions and Related Phenomena Rare Earth Oxides Ferroelectric Materials with 'Ferroelectric Diffuse Phase Transitions' Phase Transitions and Microstructures of: a) Zirconia Ceramics as: ZrO2-MxOy (M=Y, Sc, Mg, Al and Mullite) Systems
- b) Alumina and AlxMyOz Systems Tungsten Oxides, Tungsten Bronzes and Tungsten Bronze-Type Structures
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