Active aluminum composites are considered to be ideal materials that can be applied to
mobile hydrogen sources in light of their high hydrogen generation efficiency, simple …

Liquid metals are arousing increasing interests among many challenging biomedical and
healthcare areas, owing to their exceptional merits such as outstanding fluidic behavior …

Hydrogen evolution reaction (HER), serving as the cathodic reaction of magnesium
(Mg)/seawater battery, could not only produce clean hydrogen directly from seawater but …

In light of high energy density, hydrogen has been recognized as a promising clean energy
carrier to defuse the coming energy crises. Among the many technological strategies ever …

We report the use of a gallium (Ga)-rich aluminum (Al) composite to enhance the formation
of Al nanoparticles and to facilitate its ability to split water to generate hydrogen at ambient …

As an emerging functional material, the liquid metal has demonstrated its encouraging
potential in several areas with practical trials, while its global uniformity including high …

Low melting point metals (LMPMs) represent a class of emerging multi-functional metal
materials with melting points below 300° C. As a novel branch of LMPM materials, the LMPM …

This comprehensive review paper compares the different methods developed
experimentally to produce hydrogen by reacting aluminum and water. The alumina oxide …

Eutectic gallium indium (EGaIn) has drawn considerable research interest in potential liquid
catalysis. Herein, we report that EGaIn liquid metal acts as a catalyst for the growth of a …

Reduction and oxidation of aluminium offers an affordable solution for long term energy
storage. Aluminium can be produced by reduction of alumina in smelter plants based on an …