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Information × Registration Number 0222U002362, 0116U006401 , R & D reports Title Investigation of dynamics and time characteristics of the nuclei and elementary particles interactions in wide energy range popup.stage_title Head Davydovskyi Volodymyr V., Доктор фізико-математичних наук Registration Date 11-02-2022 Organization Institute of Nuclear Research of the National Academy of Sciences of Ukraine popup.description2 Content of the report: 286 pages - consists of an introduction, 20 chapters, lists of sources used in each section, the main conclusions; 99 drawings; 16 tables; 62 references to the authors' publications. The most interesting of the results of this work are the following: 1) The theory of diffraction break-up of deuterons on nuclei of different atomic weights is constructed, which numerically accurately takes into account both Coulomb and nuclear interactions; 2) The theory of bremsstrahlung is constructed, which accompanies the scattering of pi-mesons on nuclei, protons on nuclei, K-mesons on nuclei, protons and neutrons on nuclei in the medium of compact stars. 3) Based on the dynamic collective model, the beta decays of 229U-> 229Pa, 133I-> 133Xe, 127Te-> 127I, 127Te-> 127I, 127Xe-> 127I, 131I-> 131Xe, 133I-> 133Xe and 129Cs-> 129Xe are described. taking into account quasiparticle and multiphonon (up to ten phonons) states of the main band of the pair-pair skeleton; 4) Photogeneration in the strange sector, including neutral and charged kaons at energies up to 3 GeV, was studied using hydrogen and deuterium targets in the BGO-OD experiment on an ELSA accelerator. The differential cross section of the reaction γp → K + Σ0 at small angles was measured in the BGOOD experiment. The observed failure of the spectrum in a narrow energy range and a strong dependence on the polar angle K + in the center of mass of the reaction is observed at an energy of the center of mass of 1900 MeV. This behavior may indicate the effects of scattering near the thresholds in the energy field, where there are numerous predictions of hadron-bound states.  Product Description popup.authors popup.nrat_date 2022-03-09 Close