CAJ | 학술논문

机械合金化法是制备镁基储氢合金的较佳工艺.对近年来机械合金化法制备镁基储氢合金的研究开发,特别是在多元合金化、复合储氢合金等方面的发展进行了系统阐述.总结认为,机械合金化法可以显著改善镁基储氢舍金的动力学性能和电化学性能,提高储氢量.未来镁基储氢合金应向复合材料、新方法与机械合金化法相结合、材料的计算机设计等方面发展.
궤계합금화법시제비미기저경합금적교가공예.대근년래궤계합금화법제비미기저경합금적연구개발,특별시재다원합금화、복합저경합금등방면적발전진행료계통천술.총결인위,궤계합금화법가이현저개선미기저경사금적동역학성능화전화학성능,제고저경량.미래미기저경합금응향복합재료、신방법여궤계합금화법상결합、재료적계산궤설계등방면발전.
Mechanical alloying is a better technology used to synthesize Mg-based hydrogen storage alloys. In this paper, the research and development progress of Mg-based hydrogen storage alloys prepared by mechanical alloying in recent years are reviewed, especially from the aspects of multi-component alloying and composite hydrogen storage alloys. It is held in the summary that mechanical alloying could obviously improve the kinetics and electro-chemistry properties and increase the hydrogen storage capacity of Mg-based hydrogen storage alloys. Composite material, new method based on mechanical alloying and computer aided design are the development trends of Mg-based hydrogen storage alloys in the future.