A mechanochemical synthesis process has been used to synthesise alane (AlH3)
nanoparticles. The alane is synthesised via a chemical reaction between lithium alanate …

Aluminium hydride (AlH 3) is a promising hydrogen storage material because it possesses a
high theoretical hydrogen capacity of 10.01 wt%. However, the stability and decomposition …

We have investigated the high-pressure behavior of Fe3O4 by in situ X-ray diffraction
measurements from 11 to 103 GPa. Up to 70 GPa, the previous observed high-pressure …

The developed statistical theory of thermal phase transformations in magnesium alanate,
which are realized with increasing temperature, made it possible to explain and justify the …

We investigate the properties of native point defects in AlH3 using density functional theory
(DFT). The results indicate that mass transport in AlH3 is mediated by positively charged …

The phase transition, thermoelastic, lattice dynamic, and thermodynamic properties of the
cubic metallic phase AlH 3 were obtained within the density-function perturbation theory …

Pressure-induced structure transitions and electronic structures in α-AlH 3 are investigated
using the first-principles plane wave pseudopotential method within the generalized …

Aluminium, aluminium hydride (alane), and magnesium hydride nanoparticles have been
mechanochemically synthesised in order to study their hydrogen sorption properties in …

The alanates (complex aluminohydrides) have relatively high gravimetric hydrogen
densities and are among the most promising solid-state hydrogen-storage materials. In this …