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Research interests are the interaction of hydrogen with metals and alloys.
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The main results of research: Nonequilibrium processes of migration and release of hydrogen and its isotopes from the metals and alloys were studied using the samples of stainless steel, niobium and palladium exposed to radiation in the subthreshold region. A model was developed to describe the mechanism of radiation-stimulated release of hydrogen and its isotopes.
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- Formation of surface layers, including nanostructured layers, with specified properties in alloys with a shear-unstable matrix by nano- and microsecond ion and electron beams of low and moderate energy.
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- Mechanisms and technologies of the formation of submicrocrystalline and nanostructural bulk states in alloys based on titanium nickelide; regularities of martensite transformations and inelastic properties (shape memory effect and superelasticity) in the materials.
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