Hydrogen energy is a very attractive option in dealing with the existing energy crisis. For the
development of a hydrogen energy economy, hydrogen storage technology must be …

Hydrides have been used since a long time for solid-state hydrogen storage and
electrochemical nickel-metal hydride batteries. Besides these applications, growing …

Vanadium-based alloys are considered to be one of the most promising hydrogen storage
materials due to their high hydrogen storage capacity under ambient conditions. However …

The Mg-based alloy with in-situ formed Ti 0.35 V 0.35 Nb 0.2 Cr 0.1 medium-entropy alloy
(MEA) nanoparticles was first prepared by a facile mechanochemistry method to resolve its …

Hydrogen refueling stations typically rely on compressors to increase the pressure of
hydrogen received from long-tube trailers, enabling efficient refill of hydrogen storage tanks …

Abstract Body-centered cubic (BCC)-type alloys possess a high theoretical hydrogen
storage capacity, yet their high cost, limited effective hydrogen storage capacity, and poor …

Abstract The V 48 Fe 12 Ti 15+ x Cr 25-x (x= 0, 5, 10, 15) alloys have been investigated
comprehensively for their microstructures and hydrogen absorption/desorption properties …

In this study, we investigated the microstructures, hydrogen absorption kinetics, and oxide
layers of TiFe and Ti 1.2 Fe hydrogen storage alloys. Whereas the TiFe alloy has a single …

Silicon material electrodes as proton carriers for high-capacity proton battery have only been
proposed for such a short period of time that their physicochemical properties and …

In this paper, we report the first hydrogenation (activation) of a 1.2 Ti-0.8 Fe alloy
synthesized by induction melting (9 kg ingot). The alloy presented a three-phase structure …