HAZUKU Tatsuya | Tokyo University of Mercantile Marine

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概要

• 同名の論文著者
• Tokyo University of Mercantile Marineの論文著者

関連著者

• TAKAMASA Tomoji

  Tokyo University of Mercantile Marine

• HAZUKU Tatsuya

  Tokyo University of Mercantile Marine

• Hazuku Tatsuya

  Tokyo University Of Marine Science And Technology

• Takamasa Tomoji

  Tokyo University Of Marine Science And Technology

• Okamoto Koji

  University Of Tokyo

• MISHIMA Kaichiro

  Kyoto University

• Furuya M

  Central Research Institute Of Electric Power Industry

• Furuya Masahiro

  Central Research Institute Of Electric Power Industry (criepi)

• Tamura Naohisa

  Tokyo University Of Mercantile Marine

• Furuya Masahiro

  Central Research Institute Of Electric Power Industry

• Fukamachi Norihiro

  Faculty of Marine Technology Tokyo University of Marine Science and Technology

• FUKAMACHI Norihiro

  Tokyo University of Mercantile Marine

• Imai Yasuyuki

  University Of Tokyo

• 日引 俊

  School of Nuclear Engineering, Purdue University

• 日引 俊

  School Of Nuclear Engineering Purdue University

• ISHII Mamoru

  School of Nuclear Engineering, Purdue University

• Ishii M

  School Of Nuclear Engineering Purdue University

• Ishii Mamoru

  School Of Nuclear Engineering Purdue University

• Hibiki Takashi

  Research Reactor Institute Kyoto University

• MISHIMA Kaichiro

  Research Reactor Institute, Kyoto University

• MITSUTAKE Toru

  Toshiba Corporation

• MOROOKA Shinichi

  Toshiba Corporation

• Mitsutake Toru

  Toshiba

• OKAMOTO Koji

  Nuclear Engineering Research Laboratory University of Tokyo

• ZHANG Jian

  Kyoto University

• IMAI Yasuyuki

  Nuclear Engineering Research Laboratory, University of Tokyo

• Koga Tatsuya

  Tokyo University of Mercantile Marine

• Mishima Kaichiro

  Research Reactor Institute Kyoto University

• Morooka Shinichi

  Toshiba

• Okamoto Koji

  Nuclear Engineering Research Laboratory Faculty Of Engineering University Of Tokyo

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著作論文

• ICONE11-36391 INTERFACIAL AREA TRANSPORT OF BUBBLY FLOW AT LOW LIQUID REYNOLDS NUMBER UNDER MICROGRAVITY ENVIRONMENT
• ICONE11-36540 MEASUREMENT ON LIQUID FILM IN MICROCHANNELS USING LASER FOCUS DISPLACEMENT METER
• Reflooding Experiments on a Vertical Surface with Radiation-Induced Surface Activation
• Effect of Radiation Induced Surface Activation on Quenching Condition
• TED-AJ03-362 RADIATION INDUCED SURFACE ACTIVATION : WETTABILITY CAUSED BY SELF INDUCED ACTIVATION
• ICONE11-36523 SURFACE WETTABILITY AND LEIDENFROST CONDITION ON OXIDIZED METALS CAUSED BY RADIATION INDUCED SURFACE ACTIVATION

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