Abstract
We present the results of Mn–Zn ferrite treatment by a low-energy electron beam in the forevacuum pressure range. We have studied secondary recrystallization in Mn–Zn ferrite under the effect of a low-energy electron beam. It has been shown that the treatment by a low-energy electron beam results in a larger grain size and a denser near-surface layer. Additionally, this type of treatment decreases concentration of oxygen and zinc in the near-surface layer and causes partial deferritization.
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