Hydrogen storage in magnesium-based composites has been an outstanding research area
including a remarkable improvement of the H-sorption properties of this system in the last 5 …

Hydrogen is often considered as a technology for the future owing to the limitations of
current hydrogen storage materials in powering fuel cell vehicles. However, with the first …

In the present study, the catalytic effect of Ni and ZrO 2 nanoparticles on the hydrogen
absorption and desorption properties of MgH 2 has been investigated. The MgH 2 …

Carbon materials have excellent catalytic effects on the hydrogen storage performance of
MgH 2. Here, carbon-supported Ni 3 S 2 (denoted as Ni 3 S 2@ C) was synthesized by a …

The positive effect of heterogeneous catalysis on hydrogen storage performance of
magnesium hydride (MgH 2) has been recognized by a large number of researchers. In the …

Reduced graphene-oxide-supported nickel (Ni@ rGO) nanocomposite catalysts were
synthesized, and incorporated into magnesium (Mg) hydrogen storage materials with the …

A ball milling technique was used to prepare a 4MgH2‐LiAlH4 doped TiO2 sample. The
hydrogen storage behaviour of the system 4MgH2‐LiAlH4‐TiO2 and the role played by TiO2 …

Mg-based materials are very promising candidates for hydrogen storage. In this paper, the
graphene supported Ni was introduced to the Mg 90 Al 10 system by hydrogenation …

Nano-rare earth hydrides generated in situ were believed to catalyze the reversible reaction
of magnesium-based alloys and hydrogen. In this paper, La in La 2 Mg 16 Ni 2 was partially …

Abstract The as-milled (20 h) and cast Mg 90 Al 10 alloys were prepared by mechanical
milling and vacuum induction melting, respectively. The differences in the phase …