Ibiden Company Limited

Ibiden Corporation

Yoshimi Matsuno

Ryo Enomoto

Masato Yokoi

Masanori Tamaki

Fiber reinforced silicon carbide ceramics and method of producing the

Superconductive ceramic wire and method for producing the same

Calcium phosphate series compound ceramics are provided in which heat-resistant inorganic short fibers such as flawless SiC or Si.sub.3 N.sub.4 are three-dimensionally dispersed in a matrix composed of calcium phosphate series compound and entangled with each other to form a high strength shaped body as well as a method of producing the same. Also, a high density silicon carbide ceramic is provided in which biological glass is impregnated and filled in a porous shaped body. These composite ceramics have high strength and high toughness and are suitable as a heat-resistant structural material or a material for bio hard texture.

Fiber reinforced ceramics of calcium phosphate series compounds

A superconductive ceramic wire or film comprises 100 parts by weight of superconductive oxide crystal composed of a rare earth element, an alkaline earth metal, copper, and oxygen, and 0.2-5.0 parts by weight of copper oxide, thereof.

Superconductive ceramic molded product and a production process thereof

Fiber reinforced ceramics of calcium phosphate series compounds and

In the production of SiC whisker for composite materials such as FRP, FRM, FRC and the like by vapor phase synthesis between silicon sulfide and carbon compound, SiC whisker suitable for the continuation and mass production is produced in industrial scale by using metallic Si as a starting material through a stage of contacting the metallic silicon with hydrogen sulfide gas to produce silicon sulfide gas, and a stage of contacting the silicon sulfide gas with carbon compound and, if necessary, a formed nucleus to deposit and grow whisker.

Method and apparatus for the production of SiC whisker

Growing community of inventors

Ogaki, Japan

Yoshimi Matsuno