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Information × Registration Number 0209U006034, 0106U003138 , R & D reports Title Atomic nuclei structure and physics of processes induced by strong, electromagnetic and weak interactions popup.stage_title Head Zalubovsky Illya Ivanovich, Registration Date 19-01-2009 Organization Kharkov national university named after V.N. Karazin popup.description2 The goal is to find and investigate the fundamental patterns in processes induced by strong, weak and electromagnetic interactions. The results obtained with the improved experimental setup to search for rare events of double two-neutrino К- capture in 78Kr are represented. A large copper proportional chamber has been filled first with enriched 78Kr (99,8%) and then with rectified from radioactive 85Kr natural krypton. From the comparative analysis of experimental data the new half-time decay of 78Kr in 2К(2?) - capture was estimated: Т1/2?5,1?1021 years (90% confidence interval). The experimental sensitivity was achieved its lowest theoretical limit. At present this is the optimal result. New experimental data on both elastic and inelastic 7Li + 10,11B scattering as well as 7Li(10B, 9Bе)8Bе and 10B(7Li, 9Bе)8Bе transfer reactions at near-barrier energy are presented. Systematic theoretical analysis of obtained data on the framework of optical- and coupled reactions channel models has been carried.Some significant properties of the structure of p-shell nuclei are extracted. General approach in classical linear electrodynamics and supersymmetric electrodynamics are suggested. It takes into account every possible surroundings, nonlocal effects. It can describe both Lagrangian and non-Lagrangian theories. The supersymmetric generalization of constitutive equations in superfield mode is proposed. Product Description popup.authors popup.nrat_date 2020-04-02 Close