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Dive into the research topics where Masayuki Tobita is active.

Publication


Featured researches published by Masayuki Tobita.


IEEE Transactions on Applied Superconductivity | 2006

Cryocooler-Cooled Split-Paired Magnet for Anisotropic Conductive Sheet Production

Tsukasa Kiyoshi; Shinji Matsumoto; Masatoshi Yoshikawa; Hideaki Konno; Naoyuki Shimoyama; Masayuki Tobita

A magnet that allows horizontal as well as vertical access to the magnet center is suitable for industrial applications. We designed and fabricated a split-paired magnet cooled with two G-M refrigerators. The magnet has a vertical room-temperature bore of 400 mm in diameter and a horizontal room-temperature gap of 73 mm. Its design value of field uniformity around the magnet center is 0.53% in a space 200 mm in diameter and 50 mm in height. The magnet successfully operated up to 3 T. It was applied to produce anisotropic conductive sheets. Anisotropic conductive materials that are composed of dispersed contacts in polymer film are indispensable for electrical connections in multimedia devices. The magnet was combined with a sheet-forming machine that could press a mold up to 5 tons and 473 K. By using the mold with finely arranged ferromagnetic pins, the production of anisotropic conductive sheets with highly dense contacts and high reliability was successfully achieved


Archive | 2001

Thermally conductive polymer composition and thermally conductive molded article

Masayuki Tobita; Natsuko Ishihara; Naoyuki Shimoyama; Shinya Tateda


Archive | 2003

Thermally conductive polymer molded article and method for producing the same

Masayuki Tobita; Naoyuki Shimoyama; Tsukasa Ishigaki; Toru Kimura


Archive | 2002

Thermally conductive molded article and method of making the same

Masayuki Tobita; Naoyuki Shimoyama; Shinya Tateda


Archive | 2002

Graphitized carbon fiber powder and thermally conductive composition

Masayuki Tobita; Naoyuki Shimoyama; Shinya Tateda


Archive | 2004

Thermally-conductive epoxy resin molded article and method of producing the same

Masayuki Tobita; Toru Kimura; Tsukasa Ishigaki; Naoyuki Shimoyama; Hisashi Aoki; Mitsukazu Ochi; Miyuki Harada


Archive | 2003

Thermally-conductive epoxy resin molded article and method of manufacturing the same

Masayuki Tobita; Tsukasa Ishigaki; Toru Kimura; Naoyuki Shimoyama; Hisashi Aoki; Mitsukazu Ochi


Archive | 2003

Heat conductive mold and manufacturing method thereof

Masayuki Tobita; Shinya Tateda; Tsunehisa Kimura; Masahumi Yamato


Archive | 2003

Thermally conductive formed article and method of manufacturing the same

Masayuki Tobita; Naoyuki Shimoyama; Shinya Tateda; Tsunehisa Kimura; Masafumi Yamato


Archive | 2002

Carbon fiber powder, a method of making the same, and thermally conductive composition

Masayuki Tobita; Naoyuki Shimoyama; Shinya Tateda

Collaboration


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Tsunehisa Kimura

Japan Society for the Promotion of Science

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Hideaki Konno

National Institute for Materials Science

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Masafumi Yamato

Tokyo Metropolitan University

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Tsukasa Kiyoshi

National Institute for Materials Science

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Eiji Homma

National Institute for Materials Science

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Hitoshi Wada

National Institute for Materials Science

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