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用熔体快淬法制备Fe7305Cu1Nb3Si1305B9（断面18μm×5mm）及Al9.45Ni3.5Cu104Ce0.6（断面16μm×0．5mm）非晶合金带。因Fe基和AI基合金加热时都极易氧化，主要在9×10-5Pa真空及氢气流中加热1．8ks等温退火，研究品化到最大粒经100nm时的结晶成长过程。结果表明：Al基和Fe基?
The Fe7305Cu1Nb3Si1305B9 (18μm × 5mm) and Al9.45Ni3.5Cu104Ce0.6 (16μm × 0.5mm) amorphous alloy ribbons were prepared by melt quenching method. Due to Fe-based and AI-based alloys are easily oxidized when heated, mainly in a vacuum of 9 × 10-5Pa and hydrogen flow heated 1.8ks isothermal annealing to study the crystallization to the maximum grain size of 100nm by the growth process. The results show that: Al-based and Fe-based?