Все науки. №11, 2023. Международный научный журнал

УДК 539.17.013

ABSTRACT

The paper considers the mathematical analysis of a nuclear reaction with bombarding elementary particles with high and low kinetic energies in the classical form and in the resonant state of a nuclear reaction. At the beginning, the general equation of the nuclear reaction is given, after which an energy analysis is carried out, followed by an analysis of the effectiveness of the reaction under study. The next stage of reaction analysis is the process of determining the effectiveness of the delivered nuclear reaction with the calculation of the nuclear effective cross section, the percentage of current entering the nuclear reaction, as well as the resulting product currents. Theoretical research, in particular, was limited to modeling a charged particle accelerator with high monochromaticity, which made it possible to analyze resonant nuclear reactions. In conclusion, the main conclusions are listed, reflecting the results of a mathematical study of a resonant nuclear reaction.

KEYWORDS

Resonant nuclear reactions, exa-energetic nuclear reactions, endo-energetic nuclear reactions, Coulomb barrier, nuclear effective cross section.

INTRODUCTION

As is known, nuclear reactions formed under the influence of bombardment of charged particles with various kinetic energies have been theoretically and experimentally studied in nuclear physics and elementary particle physics [1—6, 8—9]. But in these studies, the processes themselves are studied separately. In these works, the process of bombarding target nuclei with low-energy and high—energy charged particles on various types of accelerators – from linear accelerators and cyclotrons to synchrophasotrons – has been studied. In the research works carried out, the main attention is focused on the experimental aspect of the study, and the theoretical analysis has not been carried out sufficiently. Therefore, conducting research on nuclear reactions of bombardment of charged particles with different kinetic energies with the conclusion of their effectiveness is