Abstract
FeSiB alloys with small additions of Cu and Nb show a nanostructure after a certain heat treatment. Due to the nanostructure, excellent soft magnetic properties appear together with nearly vanishing magnetostriction. The most wellknown (standard) alloy is Fe 73.5Cu 1Nb 3Si 13.5B 9. We focus here on alloys containing 2 and 5 at% Nb and compare results concerning the different crystalline compounds found after certain heat treatments and also the onset of crystallization with the standard alloy (3 at% Nb). The variation of the Nb content influences the onset temperatures of nano- and microcrystallization. Also the crystallization products vary depending on the content of Nb.
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