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Information × Registration Number 0217U002178, 0115U005231 , R & D reports Title Modelling of the behavior of zirconium alloys under irradiation fluxes popup.stage_title Head Trocenko Oleg Gennadiyovych, Registration Date 25-01-2017 Organization Institute of electrophysics and radiation technologies NASU popup.description2 In line with Lifshitz - Rosenzweig received the most compact universal expressions for the components of tensor Green's function hexagonal elastic medium. On this basis, the expressions for the energy of elastic interaction TD with real dislocation loops in hexagonal crystals. A similar expression obtained in other methods known in the literature Eliot, Krenera. Their numerical comparison of the example zirconium showed complete coincidence. This provides a powerful tool for research in the field of radiation material respect by the real crystals. Presented scientific results obtained from the study due partial melting alloy 6111 with the formation and development of fibrous structures during superplastic deformation of his designs. Found that in its view fibrous structure divided into cylindrical, cone and ribbon and transverse dimensions of fibers of different morphology significantly different. It was also established that the concentration of magnesium in solid solution based on aluminum bases near the fiber increased as compared to its average concentration in the alloy.  For example, splitting the nucleus of helium-3 in the proposed approach made the calculation and comparison of the observed experimental data. There conduct energy dependence of the asymmetry to the process at an angle of departure neutrons. Explicit formulation of relativistic theory takes questions the role of relativistic corrections, and does not make any restrictions on its use in any form of energy ranges and for different kinematic conditions. Product Description popup.authors Кунецов Пилип Едуардович Мила Діана Євгеніївна Троценко Олег Геннадійович popup.nrat_date 2020-04-02 Close