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The Development of Improving on the Characteristics of Magnesium Hydrogen Storage Alloys by Means of Elements Substitution Yuan Huatang, Feng Yan, Song Henan, Wang Yijing Abstract The advantage of magnesium-based hydrogen storage alloys is
that they have high hydrogen storage density, low cost and abundant resources. But since
these are some drawbacks for use in the aspects of dynamics, thermodynamics and
anti-corrupt, it is necessary to improve their propesties. In this paper, the developments
of improving on the propesties of Magnesium-based hydrogen storage alloys by means of
elements substitution have been reviewed briefly.
元素取代法改善镁基储氢合金性能的研究进展 袁华堂 冯 艳 宋赫男 王一菁 摘要 镁基储氢合金的优点是储氢能力高、价格底、储量丰富。但是由于其在动力学和热力学以及抗腐蚀性方面存在不足，所以需要对其进行性能的改善。本文全面介绍了元素取代法对改善镁基合金性能的研究进展。关键词 镁基合金 储氢 元素取代 袁华堂 男，56岁，教授，从事材料化学研究。 |