Hydrogen is becoming increasingly important to achieve the valid defossilization goals.
However, due to its physical properties, especially the storage of hydrogen is challenging …

Magnesium hydride (MgH 2) possesses a high hydrogen storage capacity of 7.6 wt%, but
suffers from severely high operating temperature and slow kinetics. In this work, a bimetallic …

Hydrogen can serve as a clean storage medium for large-scale renewable energy due to its
characteristics of cleanness, high gravimetric energy density, abundant resources, and …

Abstract The Li-Mg-BH composite (2LiBH4+ MgH2) has a high capacity of 11.4 wt% as a
hydrogen storage material. However, the slow kinetics and poor cycling stability severely …

To achieve large-scale hydrogen storage for growing high energy density and long-life
demands in end application, the 2LiBH4-MgH2 (LMBH) reactive hydride system attracts …

Solid-state hydrogen storage is regarded as the key technology to develop commercial
application of hydrogen energy, and Mg added with high efficiency catalysts is a promising …

Abstract The Li-Mg-BH composite (2LiBH 4+ MgH 2) is acknowledged as a promising
material for hydrogen storage due to its large hydrogen capacity (11.4 wt.%). However, the …

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 …

The hydrogen storage properties of the Mg 90 Ni 5 Y 5 alloy were studied, which was
prepared by vacuum electromagnetic induction melting and ball milling. The microstructure …

This study emphasizes the catalytic function of TiF 3 on hydrogen storage properties and the
reaction mechanism of the MgH 2-Na 3 AlH 6-LiBH 4 produced by employing the ball-milling …