The hydrogen economy has been identified as an alternative to substitute the non-
sustainable fossil fuel based economy. Ongoing research is underway to develop …

Hydrogen has the characteristics of high combustion value, no pollution of combustion
products, and high element content, which is considered to be the most advantageous green …

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 …

Mg-based hydrolysis materials with high theoretical hydrogen production yield, abundant on
earth, hydrolysis products environmentally friendly characteristics are regarded as promising …

The hydrolysis of aluminum (Al) is a relatively simple method for on-demand hydrogen
generation for niche (low-power,< 1 kW) proton exchange membrane fuel cell applications …

Hydrogenated Mg3Mm (where Mm denotes La-rich and Ce-rich misch metal) has been
identified as an excellent hydrolysis material for the first time. Hydrolysis of the as …

Hydrogen production from the reaction of aluminum powder with liquid water is investigated
for nano-and micron-sized spherical aluminum powders over the 20–200° C temperature …

In this study we employed the ReaxFF reactive force field to examine the dynamics
associated with the dissociation of adsorbed water molecules on an aluminum nanocluster …

MgH 2 hydrolysis is an efficient and convenient method for hydrogen generation. By
introducing rare earth hydrides, the hydrolysis properties of hydrogenated Mg 3 La hydrides …

Abstract An Al-Ga-InSn 4-InBi quinary alloy was prepared by a simple smelting and casting
method. The phase components and microstructures of the quinary alloy were investigated …