ENOEDA Mikio | Department of Nuclear Engineering, Faculty of Engineering, Kyushu University

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概要

• ENOEDA Mikioの詳細を見る
• 同名の論文著者
• Department of Nuclear Engineering, Faculty of Engineering, Kyushu Universityの論文著者

関連著者

• ENOEDA Mikio

  Department of Nuclear Engineering, Kyushu University

• ENOEDA Mikio

  Department of Nuclear Engineering, Faculty of Engineering, Kyushu University

• Nishikawa Masabumi

  Department Of Advanced Energy Engineering Science Interdisciplinary Graduate School Of Engineering S

• Nishikawa Masabumi

  Department Of Nuclear Engineering Kyushu University

• Matsui Tetsuya

  Department Of Nuclear Engineering Graduate School Of Engineering Nagoya University

• Enoeda M

  Japan Atomic Energy Res. Inst. Ibaraki Jpn

• Matsui Tetsuya

  Department Of Nuclear Engineering Kyushu University

• KOTOH Kenji

  Department of Nuclear Engineering, Kyushu University

• Kotoh K

  Kyushu Univ. Fukuoka

• Kotoh Kenji

  Department Of Applied Quantum And Nuclear Engineering Kyushu University

• HIGASHIJIMA Takeshi

  Department of Nuclear Engineering, Faculty of Engineering, Kyushu University

• Kumabe Isao

  Department Of Nuclear Engineering Faculty Of Engineering Kyushu University

• Munakata Kenzo

  Department Of Advanced Energy Engineering Science Interdisciplinary Graduate School Of Engineering S

• NISHKAWA Masabumi

  Department of Nuclear Engineering, Kyushu University

• Takeishi Toshiharu

  Department Of Advanced Energy Engineering Science Kyushu University

• Mitsuishi Nobuo

  Department Of Nuclear Engineering Kyushu University

• MUNAKATA Kenzo

  Department of Nuclear Engineering, Kyushu University

• TAKEISHI Toshiharu

  Department of Nuclear Engineering, Kyushu University

• MITSUISHI NOBUO

  Department of Chemical Engineering, Kyushu University

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著作論文

• MULTILAYER ADSORPTION CHARACTERISTICS OF HEAVY WATER ON ACTIVATED ALUMINA
• A MULTILAYER MODEL FOR ADSORPTION OF WATER ON ACTIVATED ALUMINA IN RELATION TO ADSORPTION POTENTIAL
• Catalytic oxidation of tritium in wet gas.
• Recovery of tritium in inert gas by precious metal catalyst supported by hydrophilic substrate.

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