Storing hydrogen in materials is based on the observation that metals can reversibly absorb
hydrogen. However, the practical application of such a finding is found to be rather …

MgH 2 has attracted substantial consideration mainly due to its sufficient content and high
gravimetric density etc. However, its high thermodynamic stability and poor dynamics hinder …

Efficient hydrogen storage plays a key role in realizing the incoming hydrogen economy.
However, it still remains a great challenge to develop hydrogen storage media with high …

The vacancy defect exhibits a remarkable improvement in the dehydriding property of MgH
2@ Ni-CNTs. However, the corresponding mechanism is still not fully understood. Herein …

Metal atoms often locate in energetically favorite close-packed planes, leading to a relatively
high penetration barrier for other atoms. Naturally, the penetration would be much easier …

MgH 2, as one of the most potential hydrogen storage materials, has received considerable
attention. However, its development has been plagued by its slow hydriding kinetics …

The hydrogen sorption kinetics of MgH 2‒VO 2 (B) composites synthesised by mechanical
milling have been studied. The microstructural properties of composites were characterized …

Magnesium-based hydrides are ideal for hydrogen storage, but sluggish dehydrogenation
kinetic and relative high operation temperature hindered their practical applications …

Magnesium hydroxide nanoplates ca. 50 nm in thickness can be prepared over minute
timescales via hydrothermal synthesis in a multimode cavity (MMC) microwave reactor. This …

Abstract MgH 2, MgH 2–TiH 2 nanocomposites and their deuterated analogues have been
obtained by reactive ball milling and their kinetic and cycling hydrogenation properties have …