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The paper presents a new form of complex analysis of nuclear reactions brought to a state of resonance. This state of nuclear reactions is investigated according to the model of physics of resonant nuclear reactions. The study examines each channel of the nuclear reaction, calculates the nuclear effective cross-section of each of the channels before and after reduction. During the analysis, attention is drawn to the theoretical study of the energy characteristics of the products of each of the reaction channels, with a percentage ratio. The temperature gradients of the nuclei and targets formed at different stages of the reaction are determined. As a result, a complete model has been formed to create a complete description of the nuclear reaction being produced and analyzed, which makes it possible to theoretically predict the outcome of any nuclear reaction. The analysis concludes with the final result in the form of all parameters of the nuclear reaction products at all stages.

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A New Approach to the Analysis of Nuclear Reactions Under the Influence of High-Energy Particles on a Stationary Target Nucleus in the Physics of Resonant Nuclear Reactions

  • 会议论文

  • 发表日期：

    2025年

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  • Ibratjon Aliyev,
  • G’olibjon Qo’ldashov,
  • Sultonali Abdurakhmonov,
  • Inomjon Bilolov,
  • Sharobiddin Isroilov

摘要

The paper presents a new form of complex analysis of nuclear reactions brought to a state of resonance. This state of nuclear reactions is investigated according to the model of physics of resonant nuclear reactions. The study examines each channel of the nuclear reaction, calculates the nuclear effective cross-section of each of the channels before and after reduction. During the analysis, attention is drawn to the theoretical study of the energy characteristics of the products of each of the reaction channels, with a percentage ratio. The temperature gradients of the nuclei and targets formed at different stages of the reaction are determined. As a result, a complete model has been formed to create a complete description of the nuclear reaction being produced and analyzed, which makes it possible to theoretically predict the outcome of any nuclear reaction. The analysis concludes with the final result in the form of all parameters of the nuclear reaction products at all stages.