増田 正孝 MASUDA Masataka

ID:1000040165725

九州大学大学院工学研究院 (2002年 CiNii収録論文より)

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Articles:  1-3 of 3

  • Effect of Contact Angle on droplet Evaporation : Control of contact Angle by Photo-induced Hydrophilicity  [in Japanese]

    TAKATA Yasuyuki , HIDAKA Sumitomo , YAMAMOTO Hiroshi , NAKAMURA Tadamichi , MASUDA Masataka , ITO Takehiro

    Titanium Dioxide, TiO_2, is one of the photocatalysts that has a very unique characteristic. The surface coated with TiO_2 exhibits extremely high affinity for water by exposing the surface to ultravi …

    Transactions of the Japan Society of Mechanical Engineers. Series B. 68(671), 1911-1918, 2002-07-25

    References (13) Cited by (2)

  • B115 Effect of Contact Angle on Wetting Limit Temperature for Water Drop  [in Japanese]

    TAKATA Yasuyuki , HIDAKA Sumitomo , YAMAMOTO Hiroshi , NAKAMURA Tadamichi , MASUDA Masataka , ITO Takehiro

    Experimental study has been performed on evaporation of water droplet on a TiO_2-coated copper surface. The surface exhibits extremely high affinity for water by exposing the surface to ultraviolet ra …

    Proceedings of thermal engineering conference 2001(0), 85-86, 2001

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  • Contact Angle and Boiling Heat Transfer of TiO_2-sputtered Surface  [in Japanese]

    Takata Y. , Hidaka S. , Cao J. M. , Masuda M. , Ito T. , Watanabe T. , Shimohigoshi M.

    We have developed a superhydrophilic metallic surface by sputtering process. By exposing the surface to ultraviolet ray, the contact angle decreases to zero under UV illumination. We applied this surf …

    The proceedings of the JSME annual meeting 2000.4(0), 477-478, 2000

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