Nowadays, multi-element alloys are preferred over binary alloys for application point of view.
The hydrogenation properties strongly depend on the thermodynamic, structural and …

It is known that the hydrogen has a very high mass energy density, in fact, that it is a lightest
gas; therefore, its storage is a great problem. The aim of the hydrogen storage technologies …

A series of five LaNi 4.6 Zn 0.4− x Sn x alloys (x= 0–0.4) has been investigated in view of
their electrochemical hydrogen capacity and exchange current density of H 2 O/H 2 system …

Electron momentum densities of intermetallic compounds LaNi 5 and LaNi 4.5 Co 0.5 using
inelastic scattering of 662 keV γ-rays are presented. To check the usefulness of different …

This study deals with an experimental investigation of structural and magnetic properties of
LaNi 5 and MmNi 4.7 Al 0.3 (Mm consists of 66.6 wt% Ce and 33.3 wt% La) hydrogen …

In this work, LaNi 5 and LaNi 3.94 Al 1.06 alloys were prepared by vacuum induction melting
method. Then, samples were hydrogenated under 50 bar hydrogen gas pressure. The …

Electronic structure and momentum densities of LaNi4. 5Co0. 5 using various
approximations of density functional theory and hybrid models are presented. The role of …

A comprehensive study of structural, morphological, hydrogen absorption and magnetic
properties of MmNi 4.22 Co 0.48 Mn 0.15 Al 0.15 alloy as a promising hydrogen storage …