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A novel process where a specimen is rotated during a slip casting under a high magnetic field has been proposed to fabricate highly textured ceramics. The usefulness of the newly proposed process has been confirmed in Si 3 N 4 ceramics processing. In the substance which the magnetic susceptibility in a, b axis is higher than that in c-axis, Χ c < Χ a , b , one directional crystal orientation can not be obtained in a slip casting under a high magnetic field because the free choice of crystal orientation exists in a, b axis. The one directional crystal orientation of Si 3 N 4 with Χ c < Χ a , b has successfully been demonstrated in the new processing. The novel concept will provide a wide application to control the crystal orientation in various substances with the magnetic anisotropy of Χ c < Χ a , b .

A Novel Process to Fabricate of Highly Textured Ceramics in a High Magnetic Field