袗胁褌芯褉写褘遥 卸邪褉懈褟谢邪薪褘屑写邪褉褘
Dubovichenko, S.
袘邪褉谢褘覜 卸邪褉懈褟谢邪薪褘屑写邪褉
19
袘械谢褋械薪写褨谢褨泻 卸褘谢写邪褉褘
5
袞邪褉懈褟谢邪薪褘屑 褌爷褉谢械褉褨
1
2025 (2)
2024 (1)
2023 (4)
- The reaction rate of radiative n 8Li capture in the range from 0.01 to 10 T 9
- Influence of resonances on the 11B(n, 纬)12B reaction rate. Capture to the excited states of 12B
- Radiative 9Be(n,纬0+1+2+3+4+5)10Be reaction rate in the potential cluster model* * Supported by the Ministry of Science and Higher Education of the Republic of Kazakhstan (AP09259021)
- Estimation of radiative capture13B(n, 未30+1)14B reaction rate in the modified potential cluster model
2022 (6)
- Reaction rate of radiative n6Li capture in the temperature range from 0.01 to 10 T9
- Influence of Resonances on the 11B (n, 纬1)12B Reaction Rate
- Reaction rate of radiative p12N capture
- Li 6 (p,纬) Be 7 reaction rate in the light of the new data of the Laboratory for Underground Nuclear Astrophysics
- Radiative p 11C Capture Reaction Rate
- Reaction Rate of p 6Li Capture
2021 (6)
- Reaction Rate of Radiative 褉 13N Capture
- Cluster model calculations of the 11C(p,纬)12N reaction rate and comparative overview
- 12B(n,纬)13B reaction as an alternative path to astrophysical synthesis of 13C isotope
- Rate of Radiative n 12C Decay at Temperatures from 0.01 T 9 to 10 T 9
- Comparative role of the 7Li(n, 纬) reaction in Big Bang nucleosynthesis
- Reaction rate of the 7Li(p,纬)8Be radiative capture at low energies