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Information × Registration Number 0222U002402, 0116U008487 , R & D reports Title Investigation of the nuclear interaction in various nuclear processes by the means of the diffraction theory and the theory of bremsstrahlung popup.stage_title Head Maidaniuk Serhii P, Registration Date 13-02-2022 Organization Institute of Nuclear Research of the National Academy of Sciences of Ukraine popup.description2 Composition of the report: 74 p. - consists of an introduction, 4 chapters, reference lists used in each section, the main conclusions; 27 figures; 11 tables; 143 references. The object of research is the fission of deuterons by diffraction scattering on nuclei, reactions with hypernuclei, weakening of weak interaction in nuclei, chronometer nuclei that decay due to alpha and beta decays; collision of heavy ions with high centrality. The most interesting of the results of the work are: 1. The electrical form factor of the 12C nucleus in the region of moments up to 3.5 Fm-1 is well described, the zero point of the form factor and its other characteristics are reproduced. 2. The possibility to use bremsstrahlung analysis in study of hypernuclei in reactions has been studied; improved own model of bremsstrahlung in the interaction of alpha particles with hypernuclei (currently there are no alternative approaches); found that the hyperon in the hypernucleus due to its own magnetic moment (which differs from the magnetic moment of the neutron and proton) creates additional radiation of the magnetic type (it enhances the total radiation of photons); the strongest role of the hyperon for light nuclei was found (calculations were obtained for light, medium and heavy hypernuclei,,, and in comparison with normal nuclei 9B, 9Be, 107Te, 109Te and 210Po). 3. It is obtained that for a correct description of the probabilities of beta decay with universal renormalization of weak forces obtained from a special procedure of systematics of experimental data for nuclei from region A = 90 - 128, in calculations it is almost always necessary to take into account the 10th class diagrams. 4. The most probable segment of localization and lifetime of quark-gluon plasma for ultrarelativistic ion-ion collisions are analyzed within the framework of the MPP model. Product Description popup.authors popup.nrat_date 2022-03-09 Close