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Information × Registration Number 0217U003163, 0113U000073 , R & D reports Title Interaction of neutrons, tritons and alpha particles with nuclei of deuterium, lithium-6, beryllium in the material popup.stage_title Head Kolomiets Nikolai Fedorovich, Registration Date 20-01-2017 Organization Institute for Nuclear Research of National Academy of Sciences of Ukraine popup.description2 Research report: 42 P., 12 Fig., 3 Tables., 11 Sources. The object of research – nuclear interaction of neutrons, tritons and alpha particles from deuterium, lithium, beryllium in a substance. The objective of phase 2 - development of methodological foundations to the Assembly of the experimental setup for correlation check of coincidence of the neutron with the alpha particles in a DT-reaction with the information output from detectors measuring centre EGP-10K and modeling techniques by the method of accompanying charged particles in the output channel of a nuclear reaction. The relevance and importance of the work lies in the fact that its results can be used to create a fundamentally new power plants. Research method - theoretical calculations and experimental studies. Preparations for creation of the technical documentation developed by the basic oscillator circuit. Conducted testing of the working chamber, a diagnostic system of the extracted beam of accelerated ions of hydrogen isotopes (protons and deuterons) with energies (3.5 to 4.5) MeV, detectouse registration system for experiments with fast neutrons at the tandem-generator EGP-10K. Trained hardware spectrometry of fast neutrons by time-of-flight pulsed beam of the accelerator. The study of the energy spectra and the selection criteria model for the calculation of inelastic scattering cross sections of fast neutrons on odd nuclei sample of the isotope of copper. The results of the calculations found that the high quality of the description of the energy spectra due to the accurate calculations of all elements of the energy matrix. It is shown that the found structure of the wave functions allows to reliably choose a model of the nucleus and the method of calculating the cross sections of inelastic scattering of nucleons is odd nuclei. The research results can be used by scientists and engineers who are engaged in the development of new alternative energy sources. Forecast assumptions about the object of study – the results of theoretical and experimental research can be the fundamental basis for the creation of a new method to extract nuclear energy with the prospect of a radically new power plants. Scope - Nuclear physics and energy. Product Description popup.authors Веремійченко Георгій Микитович Дряпаченко Ігор Павлович Коваленко Олександр Васильович Корж Іван Олександрович Правдивий Микола Маркович Яковенко Таміла Іванівна popup.nrat_date 2020-04-02 Close