Uchida Haru-hisa | Dept. Human Development Faculty Of Humanity And Culture Tokai University

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概要

• 同名の論文著者
• Dept. Human Development Faculty Of Humanity And Culture Tokai Universityの論文著者

関連著者

• Uchida Haru-hisa

  Dept. Human Development Faculty Of Humanity And Culture Tokai University

• UCHIDA Haru-Hisa

  Dept. of Human Development, Tokai University

• Nishi Yoshitake

  Dept. Of Materials Science Tokai Univ.

• Nishi Yoshitake

  Dept. Of Materials Science Tokai University

• Ozu Yuka

  Dept. Of Human Development Tokai University

• Ozu Yuka

  Dept. Of Materials Science Tokai University

• Uchida H

  Department Of Human Development Tokai University

• Uchida Hirohisa

  Department Of Applied Physics Tokai University

• Uchida Hirohisa

  Department Of Applied Physics Faculty Of Engineering Tokai University

• Uchida Hirohisa

  Department Of Chemical Engineering Tokyo University Of Agriculture And Technology (tuat)

• Genma Ryota

  Dept. Of Human Development Tokai University

• Uchida Haru-hisa

  Dept. Of Human Development Tokai University

• Nishi Y

  Tokai Univ. Hiratsuka Jpn

• TSUBUTEISHI Shingo

  Dept. of Materials Science, Tokai University

• Tsubuteishi Shingo

  Dept. Of Materials Science Tokai University

• Moriai Kumi

  Dept. Human Development Faculty Of Humanity And Culture Tokai University

• Ohta Kazuki

  Dept. Of Human Development Tokai University

• UCHIDA Hirohisa

  TOKAI University

• KUJI Toshirou

  Corporate R&D Center, Mitsui Mining & Smelting Co., Ltd.

• Uchida Hirohisa

  Dept. Of Applied Physics Tokai University

• Kondo Hiromi

  Dept. Of Human Development Tokai University

• Kuji Toshirou

  Corporate R&d Center Mitsui Mining And Smelting Co. Ltd.

• Kuji Toshirou

  Corporate R&d Center Mitsui Mining & Smelting Co. Ltd.

• Takada Shinji

  Dept. Of Human Development Tokai University

• IZAWA Chika

  Dept. of Materials Science, Tokai University

• OKUHIRA Hidekazu

  Hitachi Science Systems, Ltd.

• IZAWA Chika

  Tokai University

• OCHI Masafumi

  Iwasaki Electric co

• Izawa Chika

  Dept. Of Materials Science Tokai University

• Okuhira H

  Hitachi Sci. Systems Ltd. Tokyo

• Uchida H

  Tokai Univ. Kanagawa Jpn

• GENMA Ryota

  Dept. of Human Development, Tokai University

• OHGA Shigeru

  Yamaichi New Technology

• OHGA Makoto

  Yamaichi New Technology

• Genma R

  Dept. Of Materials Science Tokai University

• Genma Ryota

  Dept. Of Materials Science Tokai University

• TAMURA Hiromi

  Dept. of Human Development, Tokai University

• SUZUKI Kaoru

  Dept. of Human Development, Tokai University

• YOSHIZAWA Asako

  Dept. of Human Development, Tokai University

• IIDA Kouichirou

  Dept. of Human Development, Tokai University

• KUBO Sakie

  Dept. of Human Development, Tokai University

• Okuhira Hidekazu

  Hitachi Science Systems Ltd.

• Tamura Hiromi

  Dept. Of Human Development Tokai University

• Nishi Y

  Department Of Materials Science Tokai University

• Ishikawa Takehiro

  Dept. Of Human Development Tokai University

• Kubo Sakie

  Dept. Of Human Development Tokai University

• OKADA Maoki

  Dept. of Human Development, Tokai University

• Okada Maoki

  Dept. Of Human Development Tokai University

• ICHIKAWA Syunji

  Dept. of Applied Physics, Tokai University

• Yoshizawa Asako

  Dept. Of Human Development Tokai University

• Sakuraba Shinya

  Dept. Of Human Development Tokai University

• Iida Kouichirou

  Dept. Of Human Development Tokai University

• Ichikawa Syunji

  Dept. Of Applied Physics Tokai University

• Suzuki Kaoru

  Dept. Of Human Development Tokai University

• OKUHIRA Hidekazu

  Hitach Science Systems

• WADA Kazuya

  Dept. of Human Development, Tokai University

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著作論文

• アルカリ処理したLaNi_5のTOF-SIMSによる表面分析
• 水素吸蔵合金の微粉化挙動に関する評価法
• LaNi_5水素吸蔵材料の水素吸収特性に及ぼす電子線照射の影響
• 水素吸蔵合金の水素吸収特性におけるアルカリ処理の影響
• Possibility of photo-catalytic application of paint waste from aluminum can recycling
• LaNi_5水素吸蔵合金の水素吸収特性に及ぼす水処理の影響
• アルカリ処理によるCO_2含有H_2に対する希土類系水素吸蔵合金のH_2吸収特性の改善
• LaNi_5の水素吸収特性に及ぼすLiOH処理の影響と反応機構のSEM観察による考察
• アルカリ系水素吸蔵材料の作製と反応性
• Alkaline hydrogen storage alloy prepared by mechanical alloying
• 廃食用油のリサイクルモデルの検討
• 超臨界水を用いた水素生成技術に関する研究
• Surface pretreatment by alkaline hydroxides for practical use of LaNi_5 as hydrogen storage ecomaterials
• 水蒸気被毒したLaNi_5の水素吸収特性に及ぼすアルカリ処理の影響
• 牛乳パックリサイクルの環境負荷評価
• 廃プラスチックリサイクル環境影響分析

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