Kyocera Corporation

Tetsuya Tojo

Hiroshi Makino

Takashige Yagi

Seiichirou Itou

Yoshitada Konishi

Takahito Hirata

Takeshi Oyamada

Naoki Horinouchi

There is provided an electronic component mounting substrate which excels in resistance to migration, and is thus capable of maintaining high thermal conductivity and insulation performance for a long period of time. An electronic component mounting substrate includes: a metallic substrate formed of aluminum or an aluminum-based alloy; an alumite layer disposed on the metallic substrate, having a network of crevices at an upper surface thereof; and a ceramic layer disposed on the alumite layer, part of the ceramic layer extending into the crevices.

Electronic component mounting substrate and light emission device using same

The plasma generator has the dielectric having the inner circumferential surface, and a pair of electrodes which are arranged separated from each other in the direction along the inner circumferential surface and are isolated from each other by the dielectric and which are capable of generating plasma on the inner circumferential surface by application of voltage. In the inner circumferential surface, at the positions between the pair of electrodes in a plan view, recessed portions causing electric field concentration are formed.

Plasma generator and plasma generating device

Provided is an ion wind generator capable of suitably generating an ion wind along the surface of a dielectric. An ion wind generator has: a dielectric having a first primary surface and a second primary surface at the rear thereof; an inner side electrode arranged in the dielectric; a first electrode arranged on the first primary surface side with respect to the inner side electrode; and a second electrode arranged on the second primary surface side with respect to the inner side electrode. The inner side electrode has a first downstream area located in a first direction (the positive side of x-axis direction) along the first primary surface with respect to the first electrode, and a second downstream area located in a second direction (the positive side of x-axis direction) along the second primary surface with respect to the second electrode.

Ion wind generator and ion wind generating device

Growing community of inventors

Kyoto, Japan

Tetsuya Tojo