Abstract
The influence of high-power ion beam (HPIB) irradiation of metal (copper) and alloys (iron-St20 and titanium-VT6) on the resistance to oxidation has been investigated. The HPIB irradiation with the subsequent oxidation in air has been found to result in the formation of complex oxides on the surface of an alloy. The formation of discontinuous oxide films related to the crater formation under irradiation is the feature of oxidation processes of the irradiated materials. Oxidation resistance has been found to rise in the alloys containing nonmetals as the dopant.
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