Honda Giken Kogyo Kabushiki Kaisha

Other

Hideyuki Fujishiro

Tatsuya Suzuki

Masao Ichikawa

Akimasa Daimaru

Tohru Ohta

Hirotaka Koshitani

Koji Kotani

Minoru Torii

Kenji Dosaka

Takeyoshi Nakamura

Kazuo Ando

Tsugio Ohba

Hisayoshi Harada

Takeshi Yanobe

Ryuichi Kubota

Teruo Hoshino

This invention provides a plasma reactor for modifying gas by plasma, including a first planar electrode and a second planar electrode, the two electrodes facing opposite each other approximately in parallel; a dielectric body inserted between the first and the second electrodes; and a complex barrier discharge-generating way for providing a predetermined electric potential difference between the first and the second electrodes; wherein the first and the second electrodes are provided so as to apply complex plasma discharge to the gas to be treated fed between the electrodes, to thereby modify the gas. According to the invention, gas modification efficiency can be remarkably improved.

Plasma reactor and gas modification method

A shaped-article for use in producing a fiber-reinforced composite member is formed of short fibers and deformed fibers. The deformed fibers have a plurality of needle-like portions extending from a nucleus portion. The short fibers are orientated at random by dispersing the deformed fibers. The fiber shaped-article is formed by pouring a slurry of the short fibers and deformed fibers dispensed in a liquid into a mold, compressing the slurry and removing the liquid.

Shaped-articles made of fibers for use in producing fiber-reinforced

In a process for molding a fiber molding for a fiber-reinforced composite material with short fibers oriented in one direction, a slurry molding material having short fibers dispersed in a liquid is used, and pressing forces are applied to the molding material from two directions substantially perpendicular to each other within a mold, while removing the liquid.

Process for producing fiber molding for fiber-reinforced composite

A silicon carbide-reinforced light alloy composite material comprises a matrix of a light weight alloy and a reinforcing material consisting of at least one of a silicon carbide whisker and a silicon carbide grain. In the composite material, the content of SiO.sub.2 contained in the reinforcing material, is set in the range of 0.05 to 5.0% by weight.

Silicon carbide-reinforced light alloy composite material

Growing community of inventors

Saitama, Japan

Hideyuki Fujishiro