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 …

This study explores the effects of using industrial-grade raw materials on the hydrogen
storage properties of body-centered cubic (BCC) solid solution alloys. Industrial scrap …

The dynamics of H2O molecules confined in mesopores of about 3.4 nm in size, formed by
amorphous SiO2 pillars separating 2D mordenite nanolayers, was probed by 1H nuclear …

In this work, the anti-impurity gas poisoning ability and hydrogen storage properties of Ti–Cr
alloy by introducing zirconium as additive have been investigated. The results showed that …

The photocatalytic activity of layered perovskite-like oxides in water splitting reaction is
dependent on the hydration level and species located in the interlayer slab: simple or …

In this study, we evaluated the effects of a mechanical treatment by cold rolling (CR) and ball
milling (BM) on the first hydrogenation of Ti1V0. 9Cr1. 1 alloy. The as-cast alloy has a body …

A novel alloy LaTi2Ni5Al4 is investigated in this work. This quaternary composite belongs to
the new generation of AB3 intermetallics elaborated using the mechano‐milling method …

In order to optimize hydrogen storage properties of bcc Ti–V–Cr alloys it was found that
alloying with a few 4 at% of Zr 7 Ni 10 results in acceleration the hydrogen sorption kinetics …

The interest in developing experiments and processes in general through mathematical
modelling or simulation, has been growing considerably in recent decades; the previous …