The carbon nanotubes (CNTs), the as-prepared FeB nanoparticles and the CNTs decorated
with FeB nanoparticles (denoted as FeB/CNTs) are introduced respectively into MgH 2 …

In the present study, the crystal structure, phonon dispersion curves, stability,
de/hydrogenation thermodynamic and kinetic properties of Perovskite MgCoH 3 hydride …

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

Titanium tetra hydride is considered for hydrogen storage purposes. Firstly, formation
energy, hydrogen desorption temperature and gravimetric hydrogen density of TiH 4 is …

In order to reduce the obstacle influence of coarse Mg 2 Ni phase on hydrogen absorption
kinetics in Mg–Ni alloys, aluminum was doped and Mg 77 Ni 23-x Al x (x= 0, 3, 6, 9) alloys …

Mg 2 Ni is considered as a promising material for both storage hydrogen and catalyze MgH
2 decomposition. Using Mg 2 Ni–Mg as a matrix material may achieve the combination of …

In this study, new, lightweight perovskite type hydrides; MgNiH 3 (GHD is calculated as~
3.51 wt%) and MgCuH 3 (GHD is calculated as~ 3.32 wt%) are investigated. Hydrogen …

In this work, in order to elucidate the effect of different alloying elements on the
microstructure, activation and the de-/hydrogenation kinetics performance, the Mg–20La, Mg …

The hydrogen (H 2) economy has long faced significant challenges in the areas of
production, storage, and application. Extensive research efforts have been directed towards …

In this study, we employ density functional theory to investigate KXH3 (X= Ca, Sc, Ti, & Ni)
hydride perovskites for H2 storage applications. Lattice parameters calculated using GGA …