Al–Ga based alloys are important on-line hydrogen supply materials under harsh working
conditions. Up to now, the activation mechanism is still unclear, especially the reason why In …

Abstract Bulk Al-Ga-In-Sn alloys are potential on-demand hydrogen generation materials,
and Ga, In, and Sn with fascinating liquid characteristics manifest extraordinary activation …

The main problem for the application of hydrogen generated via hydrolysis of metal alloys is
the low hydrogen generation rate (HGR). In this paper, active Al alloys were prepared using …

In the present dissertation, series of Al–Mg-Ga-In-Sn alloys were prepared by using arc
melting and melt-spinning techniques. Their microstructures were characterized by X-ray …

The development of hydrogen energy will help to reduce the use of nonrenewable energy
sources and achieve global carbon neutrality. The aluminum-water reaction is an important …

Al-based alloy ingots are a highly promising material for on-demand hydrogen supply.
However, the use of Sn in them restricts the recovery and reuse of alloying elements, and …

A series of Al‐Ga‐In‐Sn‐NaCl composites were prepared by mechanical ball milling. NaCl
contributes to the particle breakage and particle refinement during the ball milling process …

A novel way of constant hydrogen generation via Al and liquid metal eutectic GaInSn (eGIS)
was proposed. The cylindrical Al with a blind hole served as a container of liquid metal to …

The production of hydrogen through the aluminum‐water reaction has received increasing
attention in recent years. In this study, a series of Al‐Ga‐In‐Sn‐KCl composites were …

This work deals with the development of quantitative correlations of hydrogen evolution
performance with solidification microstructural and thermal parameters in Al–1Sn, Al–2Sn, Al …