Abstract
Temperature dependences of magnetization for the Fe 80Si 6B 14-based metallic glasses produced from chemically pure and industrial raw components have been studied in the temperature range 300–850 K using Faraday technique. The Curie temperature increases for Ni dopant and drastically suppresses for Mo dopant. At the same time no distinct correlation was found between T c and technological parameters (ribbons’ thickness, purity of the starting materials). The crystallization of the studied ribbons was found to be two-staged and resulted in the essential rise of magnetization. It should be noted that Ni and Mo dopants do not change the general features of crystallization process.
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