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Information × Registration Number 0305U003276, 0103U004197 , R & D reports Title Refraction effects in elastic and quazi-elastic nuclear collisions. Accumulation and transformation of energy of excitation in scintillation crystals popup.stage_title Аналіз диференціальних перерізів непружного розсіяння іонів та квазіпружних реакцій перезарядки легких ядер поблизу критичної енергії ядерної райдуги з залученням полюсів Редже. Передача акумульованої енергії на центри рекомбінації Head Kuznichenko A.V., Registration Date 04-03-2005 Organization Kharkov national university named after V.N. Karazin popup.description2 The collateral analysis of differential sections of an elastic and inelastic scsttering of light ions 4He by 24Mg is carried out at a series of energies from 50 up to 119 MeV on the basis of generalization of S-matrix model with poles Regge. It is shown, that the offered S-matrix model in view of isolated poles Редже well features all plurality of surveyed sections elastic and inelastic 4He+24Mg scattering. Parameters of a S-matrix, including standings of the isolated poles of a S-matrix, were defined from the analysis of differential crosses of a shape-elastic scattering. The exposition of crosses of an inelastic scattering was carried out on the basis of macroscopic collective model in view of a payment of Coulomb excitation of nucleus and served as the critical paste for assay values of cross sections of a elastic scattering, allowing in some cases to improve them. It is shown, that at energies 81 Мев and is lower for the analysis of sections there is expedient an insert in model of the separate poles Редже located near to the relevant real of a torque axis. Their account or significally improves the coordination of the designed and measured sections, or generally is necessary for deriving clever exposition of the composite рефракционных effects such as Eyri-structures and the abnormal dispersion back. Examinations of a photoluminescence, a photo and термостимульованого a current, light scattering of scintillation crystals GSO:Ce in the interval temperatures 90-400 K. It has established, that are lead: 1) heat treatment of crystals in the reduction medium will cause occurrence of flaws which appear in a role of electron traps; 2) intensity of light scattering it is nonmonotone depends on temperature. This dependence in particular is manifested at temperatures close 200 and 300 To. Product Description popup.authors popup.nrat_date 2020-04-02 Close