By COMLINE International Corp.
Please notice it is a brief publication.
Advanced fabrics in Japan: resource ebook 1992 bargains the reader information of all of the advancements that have taken position over the past yr. The Source Book is split into chapters according to the divisions of reports in New fabrics in Japan – Metals & Alloys; Ceramics; Composites; digital & Optoelectronic fabrics; Magnetic fabrics; Plastics; fabrics & the surroundings; scientific fabrics and Textiles, each one brought through knowledgeable in those specific parts and discussing the results of the data to non–Japanese industry.
In addition, the Source Book contains a bankruptcy dedicated to business/market details – corporation mergers acquisitions etc., including an summary of the japanese method of complicated fabrics and highlighting all significant study tasks, examine programmes and so on
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Extra resources for Advanced Materials in Japan. Source Book 1992
Whiskers soaked in water for five days displayed a decomposition ratio of less than 4%, 1/20 of that displayed by the powder. When exposed to a temperature of 1000°C, oxidation of the whiskers was less than 3% compared with 40% for fibrous aluminium nitride. Seikei University group develops synthesis m e t h o d A new method for synthesizing ceramics, the "localized reaction method", has been announced by researchers at Seikei University. Using this method, the group has synthesized a ceramic wire 10-100 μηη in diameter and several centimetres in length.
An aluminium nitride film is formed by mixing the adduct vapour with hydrogen, causing the adduct to deposit itself onto an alumina substrate. The alumina substrate is heated from beneath, resulting in decomposition of the adduct and growth of the aluminium nitride film. So far, five types of film, each comprised of a different particle type, have been formed depending on the position of the substrate. Aluminium nitride has high electrical insulation, high heat and corrosion resistance, and high thermal conductivity.
Aluminium nitride has high electrical insulation, high heat and corrosion resistance, and high thermal conductivity. It has potential applications for producing aluminium alloys, cermet and integrated circuit substrates. Layered titanium dioxide/tin oxide thin films Taiyo Yuden Co Ltd, based in Tokyo, has announced that it has developed a method for producing alternate layers of titanium oxide and tin oxide on glass substrates. No details have been released other than the layers are typically 1-2 μηη thick, they are formed at a processing temperature of 500°C, and the titanium dioxide crystal is rutile.