Chengdu 610064
China
Sichuan University - Department of Advanced Energy Materials
Pd3P nanoparticles, Graphene, hydrogen spillover effect, physical and chemical adsorption, hydrogen storage reversibility.
hydrogen storage, vanadium-based alloys, poisoning resistance, cycling stability
Metal hydride nickel battery, High rate discharge ability, Low-temperature electrochemical performance, hydrogen storage alloy, N-doped porous carbon
V-Ti-Cr-Fe-Al alloy, Hydrogen storage property, Cyclic durability, Ferrovanadium intermediate alloy, Elastic properties, Hysteresis
ZrCo,surface modification,anti-oxygen poisoning properties,amorphous oxide layer
Mg-based hydrogen storage, microwave electric field, defect/dopant engineering, DFT study, AIMD
Hydrolysis, Mg-Ca hydrides, Hydrogen generation, LiH, Polyethylene glycol
palladium * alkaline hydrogen oxidation * subsurface defender * mechanism
Ti-Zr-Cr-Mn alloys, V substitution, hydrogen storage performance, kinetics, cycling durability