Hydrogen storage technology is the major pillar for the fast growing hydrogen based energy
infrastructure apart from production and delivery. Numerous attempts have been made by …

Abstract The V–Ti–Cr–Fe quaternary alloy is a promising hydrogen storage material for
excellent performances, but it is difficult to take reliable multi-factor synergistic effects into …

Vanadium-based body-centered-cubic (BCC) alloys are ideal hydrogen storage media
because of their high reversible hydrogen capacities at moderate conditions. However, the …

V-based BCC solid-solution alloys have been considered as promising hydrogen storage
materials due to their high hydrogen storage capacity; however, the low effective hydrogen …

Recently, high-entropy alloys (HEAs) designed by the concepts of unique entropy-stabilized
mechanisms, started to attract widespread interests for their hydrogen storage properties …

Though ammonia borane (AB) is considered as one of the potential hydrogen storage
materials, the effective and economical utilization of AB hydrolysis for efficient hydrogen …

The compositions of TiMn (100-x, Ti/Mn= 5/8) V x (x= 25, 30, 35, 40, 45 and 50) alloys have
been investigated comprehensively for their microstructure and hydrogen …

The effects of Pd coating with different deposition concentration (PdCl 2 0.2 g L− 1, 0.6 g L−
1, 1.0 g L− 1) on the surface morphology, microstructure and hydrogen storage …

Abstract Zr substituted Ti 2 CrV alloy with Ti 0.43 Zr 0.07 Cr 0.25 V 0.25 composition was
synthesized by arc melting method and its crystal structure, microstructure and hydrogen …

The hydrogen storage of (TiZr 0.1) x Cr 1.7-y Fe y Mn 0.3 (1.05< x< 1.2, 0.2< y< 0.6) alloys,
prepared by Ar plasma arc melting, were investigated by X-ray diffraction, pressure …