Abstract
ABSTRACTThis work presents unique microstructure and thermal properties of the Fe55Ni20Cu5P10Si5B5 alloy produced by novel modification of the melt-spinning method, where two precursor alloys are simultaneously ejected i.e. Fe40Ni40P10Si5B5 and Fe70Cu10P10Si5B5, forming a composite ribbon. The investigation of melting the precursors by differential scanning calorimetry confirms the liquid miscibility of the Fe70Cu10P10Si5B5 alloy. The two-component melt-spun composite obtained from the two alloys is compared to the alloys produced from a homogeneous liquid. The electron microscopy, X-ray diffraction and differential scanning calorimetry show different microstructure of the composite in comparison with the traditionally melt-spun alloys and our results reveal that the composite alloy inherits the thermal properties of the precursors.This paper is part of a Thematic Issue on The Crystallographic Aspects of Metallic Alloys.
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