Amorphous powder of the multicomponent alloy ZrMn0.6V0.1Co0.2Ni1.2 was prep
ared by ball milling of the intermetallic compound. The amorphous phase was
formed after milling for 80 h. Hydrogenation of the amorphous powder was c
onducted and a comparison was made with that of the crystalline alloy. The
absorption rate increased as the temperature increased, but the rate was sl
ower than that of the crystalline phase. There was no plateau region in the
pressure-composition-temperature curve. the maximum hydrogenation capacity
was less, and a large amount of hydrogen was trapped at lower pressures. (
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