Japanese Journal of Applied Physics · 2002 · 78 citations · 15 references
Natural SciencesMaterials EngineeringMaterials ScienceCeramic MaterialsCeramicsMagnetic MaterialsCastingCrystallization ProcessesFerromagnetismMagnetic CeramicsMicrostructure ControlSlip CastingCrystallographic OrientationCrystallographic Orientation AnalysisCrystallographic TextureCrystallographic Texture AnalysisGrain Texture DevelopmentTexture DevelopmentTexture EvolutionTextured Ceramics
Anisotropic susceptibility is very small in feeble magnetic ceramics such as titania; therefore, it had been very difficult to develop a textured microstructure using a magnetic field. However, we demonstrate in this paper, that textured titania can be prepared by slip casting in a high magnetic field and heating. After the suspension was compacted by slip casting in a high magnetic field, a green solid with a slight degree of crystallographic orientation was obtained. The degree of texture increased with increasing temperature, and crystallographic texture development accompanied grain growth in the specimens.
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