Abstract
Measurements of the aftereffect of the magnetic permeability of a Fe-Ni-Mo-B amorphous alloy have been performed as a function of absolute temperature between 20 K and 300 K. The effect of a variation in the alloy's rate of quenching from the melt is investigated. Measurements of saturation magnetization, saturation magnetostriction, and permeability aftereffect, have been performed at T=77 K on various Fe-based amorphous alloys. All results are discussed in terms of the current theories for the permeability aftereffect in amorphous ferromagnets.
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