The hydrogen storage capacity of a novel permeable material viz Yttrium (Y) decorated
zeolite templated carbon (ZTC) has been investigated using ab-initio DFT based …

Considering the importance of understanding the catalysis of metal oxides incorporated
hydrogen storage system MgH 2, in this study we tried to identify the chemical interaction …

In continuation with the results explored in our recent previous study (https://doi.
org/10.1016/j. apsusc. 2021.150062), the current work sheds more light regarding the active …

The current study highlights important information regarding how graphene oxide (GO)
additive interacts with magnesium hydride (MgH2) and transforms to reduced graphene …

This study explores how the chemical interaction between magnesium hydride (MgH 2) and
the additive CrO 3 influences the hydrogen/lithium storage characteristics of MgH 2. We …

The dependence on fossil fuels for energy has culminated in its gradual depletion and this
has generated the need to seek alternative source that will be environmentally friendly and …

Magnesium hydride (MgH2) is a promising hydrogen storage candidate due to its large
capacity; however, high dehydrogenation temperature and slow kinetic rates are the main …

As a product of in the preparation of Cu–Al clad composites, intermetallic Cu 9 Al 4 greatly
affects the mechanical properties of the composites due to its high hardness and poor …

Considering the importance of understanding the catalysis of metal oxides incorporated
hydrogen storage system MgH2, in this study we tried to identify the chemical interaction …

One of the problems hindering the commercial application of metallic Mg is its poor kinetics
performance of hydrogen absorption and desorption. At present, the mechanical activation …