Hydrogen storage in the solid state represents one of the most attractive and challenging
ways to supply hydrogen to a proton exchange membrane (PEM) fuel cell. Although in the …

To enhance the dehydrogenation/rehydrogenation kinetic behavior of the LiBH4–MgH2
composite system, TiF4 is used as an additive. The effect of this additive on the hydride …

Designing safe, compact and high capacity hydrogen storage systems is the key step
towards introducing a pollutant free hydrogen technology into a broad field of applications …

Abstract The Li–Mg–N–H system has been widely considered as one of the most promising
candidates for on-board hydrogen storage due to its high reversible hydrogen capacity …

In order to understand the role of AlCl 3 addition on the Li–N–H system, we have
systematically investigated the hydrogen sorption kinetics and the reactions between LiNH 2 …

We report for the first time the formation of a metal amide–hydride solid solution. The
dissolution of KH into KNH2 leads to an anionic substitution, which decreases the interaction …

New insights into the reaction pathways of different potassium/magnesium amide–hydride
based systems are discussed. In situ SR-PXD experiments were for the first time performed …

We focus on the chemical transformations involved in the 2NaNH 2+ MgH 2 system
subjected to thermal and mechanical inputs. Transformations occurring on the powder …

In situ two-dimensional synchrotron X-ray powder diffraction investigation combined with
Rietveld method data analysis were performed in order to yield a complete and quantitative …

The ternary system 2LiNH 2+ LiH+ KBH 4, according to thermodynamic calculations has
been indicated as an interesting candidate for solid state hydrogen storage for on-board …