e-Journal of Surface Science and Nanotechnology
Online ISSN : 1348-0391
Conference -ISSS-8-
Mechanical Composition Control for Ti-Based Hydrogen Storage Alloys
Saule ZholdayakovaRyota GemmaHaru-Hisa UchidaMasashi SatoYoshihito Matsumura
Author information
JOURNALS FREE ACCESS

2018 Volume 16 Pages 298-301

Details
Abstract

Hydrogen absorbing alloys have attracted great attention because they are a safe and efficient media for transporting hydrogen energy. AB, AB2, AB5, and A2B-type hydrogen storage compounds and related substituted multi-component alloys have been proposed. In general, titanium-based alloys are among the most promising materials for hydrogen storage. Among the various available types of metal hydrides, AB2 type Ti-Cr-based alloys are the most promising candidates. In particular, there have been many methods for improving the hydrogen sorption properties. One of them is to prepare hydrogen absorbing alloys by mechanical alloying (MA). MA also enables synthesizing various non-equilibrium alloys and has been widely applied to modify properties of hydrogen storage alloys. Thus, MA is possibly the best way for mechanical composition control and mass production of various hydrogen storage alloys. [DOI: 10.1380/ejssnt.2018.298]

Fullsize Image
Information related to the author
Previous article Next article
feedback
Top