Hydrogen can play an important role in the development of a sustainable energy system.
However, storing hydrogen in a safe, efficient and economical manner remains a huge …

Abstract LaNi 4.5 X 0.5 (X= Fe, Co, Al, Ni) alloys are prepared and doped into MgH 2 by ball
milling to enhance the hydrogen storage performance, respectively. Both hydrogenation & …

Magnesium hydride (MgH 2) is a promising hydrogen storage material with high weight and
volume hydrogen capacity. However, higher operating temperature and reversible hydrogen …

One of the ideal energy carriers for the future is hydrogen. It has a high energy density and is
a source of clean energy. A crucial step in the development of the hydrogen economy is the …

Graphene has been identified as a promising catalyst for improving the dehydrogenation
performance of MgH 2, however, an in-depth understanding of the mechanism is still …

Due to the growing demand for energy and the threat of environmental problems, advanced
energy storage and conversion technologies have attracted considerable attention as …

Magnesium hydride (MgH 2) stands out as a promising hydrogen storage material due to its
high capacity, but faces challenges such as high desorption temperatures. This study …

Solid-state hydrogen storage is a promising roadmap for the safe and efficient utilization of
hydrogen energy due to its moderate operating environment and high hydrogen storage …

In this study, we have investigated density functional theory calculations on the hydrogen
adsorption capacity of pristine graphene nanosheets (GN s), vacancy-bent graphene …

Magnesium‐based hydrogen storage material (MgH2) has attracted much attention due to
its high hydrogen storage density (7.6 wt%). However, the high hydrogen dissociation …