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• W2092321065 abstract "The activated 76.5 wt%Mg–23.5 wt%Ni (Mg–Ni) has a lower hydriding rate, compared with Mg–23.5 wt%Ni heat-treated after melt spinning, due to the nonhomogeneous distribution of Ni particles in the mixture and the larger sizes of the particles. Among 76.5 wt%Mg–23.5 wt%Ni (Mg–Ni), 71.5 wt%Mg–23.5 wt%Ni–5 wt%Fe2O3 (Mg–Ni–O), and 71.5 wt%Mg–23.5 wt%Ni–5 wt% Fe2O3(spray conversion) (Mg–Ni–Osc) samples, Mg–Ni–Osc has the highest hydriding and dehydriding rates. The reactive mechanical grinding of Mg with Ni, purchased Fe2O3 or Fe2O3(spray conversion) is considered to facilitate nucleation and shorten diffusion distances of hydrogen atoms. After hydriding–dehydriding cycling, all the samples contain Mg2Ni phase. The samples with Fe2O3 and Fe2O3(spray conversion) as starting materials contain Mg(OH)2 phase after hydriding–dehydriding cycling as well as after reactive mechanical grinding." @default.
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• W2092321065 date "2010-09-01" @default.
• W2092321065 modified "2023-10-07" @default.
• W2092321065 title "Amelioration of the hydriding and dehydriding kinetics of Mg by reactive mechanical grinding with Ni and Fe2O3 purchased and prepared by spray conversion" @default.
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• W2092321065 doi "https://doi.org/10.1016/j.jiec.2010.07.021" @default.
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