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 …

In this study, the nano-mixture of LiBH 4+ MgH 2 is prepared by ball milling (BM) of 1 mol
MgH 2 with in-situ aerosol-spraying (AS) of 1 mol of LiBH 4 (called BMAS). It is shown, for …

Mg-based materials are promising candidates for high capacity hydrogen storage. However,
their poor hydrogenation/dehydrogenation kinetics and high desorption temperature are the …

A nano-LiBH 4​+​ nano-MgH 2 mixture which can reversibly release and absorb∼ 5.0 wt%
H 2 at 265° C is synthesized via a new processing method, termed as Ball Milling with …

Hydrogen sorption properties were investigated for selected mixtures of MgH2 and carbon
materials, including graphite, activated carbon, multi-walled carbon nanotubes (MWCNTs) …

This paper reports the catalytic effects of mischmetal (Mm) and mischmetal oxide (Mm-oxide)
on improving the dehydrogenation and rehydrogenation behaviour of magnesium hydride …

The dehydrogenation reaction pathway and rate-limiting step of a nano-LiBH 4+ nano-MgH
2 mixture with a 0.5: 1 molar ratio, which has been shown to have the ability to reversibly …

Hydrogen absorption in two LaNi5–H2 reactors is experimentally and theoretically
investigated. In the experimental program, two tanks are filled with LaNi5 alloy and …

In this study the effects of mechanical milling with 5 wt.% of additives (V, Nb, Ti and Graphite)
on the hydrogen desorption temperature of the magnesium hydride (MgH2) were studied …

The effects of heat transfer mechanisms on the charging process in metal hydride reactors
are studied under various charging pressures. Three different cylindrical reactors with the …