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The atomic structure of Zr 48 Cu 45 Al 7 bulk metallic glass is investigated by Monte Carlo simulation upon synchrotron radiation data. Strong bonding and dense cluster packing caused by the minor addition of Al are two key local structural features that may retard the rearrangement of atoms and clusters during quench, facilitating glass formation. Based on this work, we present...
The crystallization of the Zr 62 Al 8 Ni 13 Cu 17 bulk amorphous alloy upon isothermal annealing was significantly retarded under high magnetic fields. The intensity of the magnetic field and permeability difference between the amorphous phase and the precipitates are proposed as the key factors involved in stabilizing the amorphous phase under high magnetic fields.
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