Tianjin
China
Hebei University of Technology
Hydrogen storage alloy, C14 Laves-phase, Elemental substitution, kinetics, Cycling performance
Hydrogen storage alloy, C14 Laves-phase, elemental substitution, Kinetics, Cycling performance
Femtosecond laser surface processing, surface modification, Titanium dioxide, Molecular dynamics simulation
Hydrogen storage, Magnesium-based composites, Liquid phase synthesis, Kinetic properties, Nickel catalyst
Hydrogen storage materials, Mg-based materials, Hydride pellets, Volume expansion, Heat transfer characteristics