水素貯蔵合金としてのMg合金

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概要

• 論文の詳細を見る

• Since about 1970, metal hydrides have been prosperously invested for hydrogen storage materials as alternatives to the fossil fuels. The hydrides can contain a large amount of hydrogen in a solid state and supply it as a gas state. Many kinds of alloy systems have been researched and developed for hydrogen storage. Then we can classify them into the following three systems; 1) Titanium alloy system, 2) Magnesium alloy system and 3) rare metal (mainly Lanthanum) alloy systems. Among there systems, the magnesium alloy system, in comparison with the other two alloy systems, generally has some advantages such as light mass, lower cost and good quality of absorption and disadvantages, such as higher working temperature. The present review deals with issues on the behaviors and phenomena , such as diffusion, chemical reaction and rate of process, relating to the hydrogen in magnesium and its hydrides.

• 富山大学の論文

著者

• 峯岸 知也

  千葉工業大学

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• 水素貯蔵合金としてのMg合金
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