Tóm tắt Luận án Tiến sĩ Vật lý: Nghiên cứu một số phản ứng quang hạt nhân tạo cặp đồng phân trên các bia 113In, 107Ag, 195Pt, 138Ce và 151,153Eu sử dụng máy gia tốc điện tử MT-25

This scholarly thesis investigates certain nuclear reactions generating isotope pairing in elements 113In, 107Ag, 195Pt, 138Ce, and 151,153Eu using the MT-25 electron accelerator. The study aims to develop experimental and theoretical methods for determining the isotope pairing ratio in a large energy range (8-30 MeV), contributing to a better understanding of isotope pairing formation as well as the relationship between nuclear structure and isotope pairing.

The intended audience for this document includes graduate students, researchers in nuclear physics, and scientists working on isotope production.

The study begins with an introduction to the significance of nuclear reactions, specifically those that produce isotope pairing, and discusses the potential implications of these findings. The author then proceeds to describe the experimental setup and methodology employed for the research, including the utilization of the MT-25 electron accelerator. Subsequent sections delve into the theoretical calculation of isotope pairing ratios based on the collected data. The analysis reveals valuable insights into the formation of isotope pairing states and their correlation with nuclear structure. The final section concludes with a discussion of the findings, highlighting the potential applications and future directions for research in this field.