Hydrogen storage technology is the major pillar for the fast growing hydrogen based energy
infrastructure apart from production and delivery. Numerous attempts have been made by …

Laves phases form the largest group of intermetallic phases. Although they are well known
since long, there are still unsolved problems concerning the stability of the respective crystal …

C14 Laves phase alloys play a significant role in improving the performance of nickel/metal
hydride batteries, which currently dominate the 1.2 V consumer-type rechargeable battery …

Hydrogen storage properties of the Ti1. 1CrMn AB2-type Laves phase alloys, for both low (−
30° C) and high (80° C) temperature applications, are improved by substituting Zr at Ti site …

The C14/C15 phase abundance is an important parameter in the design of a suitable AB2-
based metal hydride electrode for use in nickel metal hydride batteries. In order to separate …

The phase abundances of 16 alloys with various contents of Sn, Co, Al, and Fe additives
were studied by X-ray diffraction analysis. Due to relative small percentages, the relative …

This study presents the effect of stoichiometry and annealing condition on Ti–Cr AB 2-type
hydrogen storage alloys. Prior to annealing the majority phase of the as-cast alloys was the …

An efficient and safe hydrogen storage method is one of the important links for the large-
scale development of hydrogen in the future. Because of its low price and simple design, Ti …

The solidification microstructures of three nine-element Zr-Ni–based AB 2 type C14/C15
Laves hydrogen storage alloys are determined. The selected compositions represent a class …

A systematic study of four important non-Laves phase alloys, Zr8Ni21, Zr7Ni10, Zr9Ni11,
and ZrNi, commonly seen in the Zr-based AB2 metal hydride alloys was presented. In order …