With its remarkable energy density and eco-friendly combustion properties, hydrogen stands
as a beacon of hope in our quest to meet future energy needs while ushering in a cleaner …

Abstract AB 2-type (A= rare earth, B= transition metal) intermetallic compounds with C 15
structure can easily absorb large amount of hydrogen, showing their potential use as …

Thermal-mechanical processing of magnesium-based materials is an effective method to
tailor the hydrogen storage performance. In this study, Mg-Ni-Gd-Y-Zn-Cu alloys were …

Abstract Rare earth–Mg–Ni-based alloys are promising candidate for high-capacity
hydrogen storage materials, and Mg is the key elements to maintain its crystal structure …

A statistical theory of the MgCeCo 4–H 2 system has been developed for hydrogenation and
phase transitions under pressure. The free energy value is calculated. The equation of …

Abstract The Mg-Ni-based alloys have been extensively investigated as negative electrode
materials in Nickel-Metal Hydride (Ni-MH) batteries. In this work, two Mg-Ni-based samples …

The effect of heat treatment on phase occurrence, crystal structures and hydrogen sorption
properties of Y0. 5La0. 2Mg0. 3− x Ni2 compounds has been investigated. The targeted …

In this study, five RETMMg 15 (RE= Nd and/or Gd, TM= Ni and/or Cu) alloys have been
successfully synthesized by induction melting of pure elements and characterized by XRD …

Given the high demand for magnesium alloys across industries, it's crucial to enhance their
performance by develo** alloys with superior characteristics. The performance of …

In situ X-ray and neutron powder diffraction were carried out for the La4MgNi19 alloy
sample, which was obtained by annealing under controlled Mg-vapor pressure and …