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0216U000608,
0113U000932
,
The control of adnesion forres in solids by combination of mechanical action and surface-activated environment.
Soshko Alexandr Ivanovich,
10-02-2016
Kherson national technical university
The obtained scientific results that are reflected in the theoretical conclusions and generalizations recommendations. On this basis, developed a theory of multistage conversion surface-active environment, on clean surfaces juvenile formed during the destruction, getting the last stage in the area of ??overcoming the adhesion forces between the atoms of the body, positive hydrogen (protons) and negative (ions) charged particles. These particles are electrically charged, hydrogen interacting with a solid cause to facilitate its deformation and destruction. The most important research results obtained in solving problems highlights of this extremely complex laws by its diversity and extreme conditions of the process, which is the process of cutting metal the continuous irrigation fluid from several tens of different components within their sladu. The scientific novelty of the project is based on the use of new methods of solving fundamental problems through the application of new original ideas and approaches in the construction of the modern theory of activation of the surfactant in the destruction of solids: - Development of new methods and techniques that will study the composition of the products of chemical reactions at each stage of the gradual activation of surface-active environment; involved in modern methods of chemical analysis, changes in the structure of solids and their defects, changes in other physical and chemical properties; - Proven experimentally and theoretically justified mechanism for converting multi inaktyvnoho environment in radically active; - Proven experimentally and theoretically grounded hydrogen diffusion in the active forms of the metal, deformable, and the possibility of managing this process; - A model of the interaction of H +, H and H atoms and the conduction electrons and metal cations; - Established depending on the mechanical properties of solids on a combination of mechanical factors, the composition and structure of solids at its destruction in the surface-active medium; - A new method mehanoplazmenoyi metal; - Results can also be used in other innovative set of technologies related to the need to intensify the deformation and fracture of solids, or vice versa - the need to improve long-term durability of metal structures exposed to different environments.
Сошко Віктор Олександрович
2020-04-02
Updated: 2025-12-07
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