Influence of Ball-Milling on the Structure and Hydrogen Absorption-desorption Behavior of Zr-Cu-Al-Ni Metallic Glass Powders

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机构：
[1] Lu, Xiaoyang
[2] Du, Yulei
[3] Liao, Wenhe
来源：
Du, Yulei (yldu_njust@126.com) | 2017年 / Science Press卷 / 46期
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中国国家自然科学基金;
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摘要：
The influence of ball-milling on the structure and hydrogen absorption-desorption behavior of Zr50.7Cu28Al12.3Ni9 metallic glass powders produced by gas atomization were studied. The as-atomized metallic glass powders were ball-milled for 80 h. It is found that the powders remain amorphous state after the ball-milling process. The effects of ball-milling on the hydrogen absorption-desorption behavior of the metallic glass powders were measured with an automatic Sieverts apparatus. After the ball-milling, the hydrogen absorption behavior of the metallic glass powders is improved. In addition, the hydrogen absorption capacity of the ball-milled metallic glass powders increases to 2.66 wt% (H/M≈1.9) from 0.96 wt% (H/M≈0.7) of the as-atomized metallic glass powders. However, the hydrogen desorption behavior of the ball-milled metallic glass powders is still poor due to the formation of very stable hydride. Copyright © 2017, Northwest Institute for Nonferrous Metal Research. Published by Elsevier BV. All rights reserved.
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