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0221U102234,
0118U000221
,
Influence of ions irradiation on the structure, absorption capacity and corrosion properties of nanoscale metals compositions
Sydorenko Serhii I, Доктор фізико-математичних наук
29-01-2021
Public organization organization of veterans and graduates of the Institute of Energy Conservation and Energy Management of the National Technical University of Ukraine "Kyiv Polytechnic Institute named after Igor Sikorsky"
For the first time in world practice, a fundamentally new conceptual approach to the construction of defect-gradient thickness distributions of metal nanolayer film compositions due to low-energy ion bombardment, influence of nanoscale factor, "control" of mechanical stress distributions, etc. is proposed. receptions. The derivatives of this conceptual approach are the following main provisions: corrosion resistance, etc.). 2. The presence of a defect concentration gradient over the thickness of the film material is an additional driving force of diffusion mass transfer in volume (the phenomenon - by the mechanism of "defect-gradient-induced diffusion"). 3. Critical values of ion energy are established, at which the dominant diffusion mechanism changes during ion bombardment of nanosized compositions - from the mechanism of defect-gradient-induced diffusion to the radiation-stimulated mechanism. 4. Variation of defect-gradient distributions, distributions of special structural-phase states and mechanical stresses by thickness provides new properties. The work corresponds to the world level. The results are of practical value for increasing the corrosion resistance of nanowick functional-gradient film materials in many interdisciplinary fields - medical materials science, theoretical and biomedical engineering, production of computer base, applied physics and solid state chemistry micro-, opto-, cryo-, magneto- and nanoelectronics), etc.
Vasyliev Mykhailo O
Vladymyrsyi Ihor A
Orlov Andrii K.
Sydorenko Serhii I
2021-01-29
Updated: 2025-12-18
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