Shchekoldin Vladimir Valer'evich (Postgraduate, Dimitrovgrad Engineering and Technological Institute of the National Research Nuclear University MEPhI)
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* Problem - The process of nuclear transmutation describes the phenomenon in which the formation of a chemical element occurs from an isotope or other element of the periodic table. Transmutation is a process where the nucleus loses or additionally acquires neutrons or protons. Consequently, one element or isotope is transformed into another, as the number of proton or neutron particles included in the nucleus has changed. The article discusses the results of modern research in the field of nuclear transmutation.
* Model-The study was conducted on an extensive methodological basis, where a number of methods are used: analysis, synthesis, generalization, as well as analogy. These methods accurately and in detail allow you to analyze the object of research within the framework of the studied problem.
* Conclusions-the scientific search takes place completely independently and different physical processes are accompanied by an unknown effect. As we can see from the course of the experiments shown above, transmutation is a process where the chemical elements are subject to general laws.
* The scope of the study/the possibility of subsequent use of the results of scientific work (if applicable) - Differences in the essence of the experimental methods, not always the final formulation of the research process, the variety of forms of interpretation, cannot negate the fact that the results obtained are close.
* Practical significance (if applicable) – the results of the study can be applied in the practical activities of scientists and researchers in the field of nuclear transmutation.
* Originality/value – the results of the research can be the basis for further analysis of scientific experiments and for conducting qualitatively new experiments in the field of nuclear transmutation
Keywords:nuclear transmutation, scientific experiments
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Citation link:
Shchekoldin V. V. Modern concept of algorithms for verification of the adequacy of mathematical models for calculation of nuclear isonuclide transmutation based on data of a natural experiment // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2021. -№07. -С. 138-146 DOI 10.37882/2223-2966.2021.07.40 |
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