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Change of Microstructure and Hydrogen Absorption Properties by Initial Activation in Mg/Cu Super-Laminates as Hydrogen Storage Materials

机译：Mg / Cu超层压板初始活化改变微观结构和氢吸收性能作为储氢材料

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Koji Tanaka; Nobuhiko Takeichi; Hideaki Tanaka; Nobuhiro Kuriyama; Tamotsu Thomas Ueda; Makoto Tsukahara; Hiroshi Miyamura; Shiomi Kikuchi;
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年度 2008
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1. The effect of initial structures of Mg/Cu super-laminates on hydrogen absorption/desorption properties [J] . Koji Tanaka, Hiroyuki T. Takeshita, Kosuke Kurumatani Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2013,第Suppla1期

机译：Mg / Cu超级叠层初始结构对氢吸收/解吸性能的影响
2. Elucidation of Microstructure Formation Mechanism through Competitive Reactions during Initial Hydrogenation in Mg/Cu Super-Laminate Composites [J] . Tanaka Koji, Kondo Ryota, Takeshita Hiroyuki T. Materials transactions . 2019,第5期

机译：Mg / Cu超层压复合材料初始氢化期间通过竞争反应阐明微观结构的阐释
3. Competitive Reactions and Formation Mechanism of Microstructures in Mg/Cu Super-Laminate Composites during Initial Hydrogenation [J] . Koji Tanaka, Ryota Kondo, Hiroyuki T. Takeshita Materials science forum . 2018,第3期

机译：Mg / Cu超叠层复合材料初次加氢过程中的竞争反应及微观结构形成机理
4. The Effect of Initial Activation on Microstructures of Mg/Cu Super-laminates and Hydrogen Absorption Properties [C] . Koji Tanaka, Nobuhiko Takeichi, Hideaki Tanaka, MRS fall meeting . 2008

机译：初始活化对Mg / Cu超层压板微观结构和吸氢性能的影响
5. Numerical simulation of hydrogen absorption/desorption processes in cylindrical metal-hydrogen reactors for hydrogen storage [D] . Han, Fei 2014

机译：圆柱型金属氢反应器中氢吸收/解吸过程的数值模拟
6. Enhancing Hydrogen Storage Properties of MgH2 by Transition Metals and Carbon Materials: A Brief Review [O] . Ze Sun, Xiong Lu, Farai Michael Nyahuma, 2020

机译：通过过渡金属和碳材料增强MGH2的储氢性能：简要介绍
7. High glass forming ability correlated with microstructure andudhydrogen storage properties of a Mg-Cu-Ag-Y glass [O] . Révész Ádám, Kis-Tóth Á., Varga Lajos Károly, 2014

机译：高玻璃成型能力与微观结构和 ud相关Mg-Cu-Ag-Y玻璃的储氢性能

Change of Microstructure and Hydrogen Absorption Properties by Initial Activation in Mg/Cu Super-Laminates as Hydrogen Storage Materials

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