Magnesium-graphene nanocomposites made by high-pressure torsion show faster hydrogen storage kinetics because interfaces increase the frequency factor for diffusion and nucleation, while activation energy stays fixed at 145 kJ/mol.
Nanostructured Mg based hydrogen storage bulk materials prepared by high pressure torsion consolidation of arc plasma evaporated ultrafine powders
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Magnesium-graphene interphase boundaries created by high-pressure torsion enhance hydrogen storage kinetics:Mechanisms and significance of activation energy and frequency factor
Magnesium-graphene nanocomposites made by high-pressure torsion show faster hydrogen storage kinetics because interfaces increase the frequency factor for diffusion and nucleation, while activation energy stays fixed at 145 kJ/mol.