S. A. Turakulov

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ORCID

Inclusion identifies researchers whose recorded research contributions may inform their university’s understanding of its research community. It does not rank individual research quality or establish current employment.

Selected research works

Up to 100 highly cited works; DOI links open the original research. Counts reflect the collected record, not real-time citation totals.

1. Theoretical study of the α+d→Li6+γ astrophysical capture process in a three-body model

   2016 · 29 citations

2. Theoretical study of the α+d→Li6+γ astrophysical capture process in a three-body model. II. Reaction rates and primordial abundance

   2018 · 23 citations

3. Theoretical analysis of the astrophysical S-factor for the capture reaction α + d → 6Li + γ in the two-body model

   2015 · 17 citations

4. Analysis of the 3He(α,γ)7Be and 3H(α,γ)7Li astrophysical direct capture reactions in a modified potential-model approach

   2020 · 17 citations

5. Astrophysical He3(α,γ)Be7 and H3(α,γ)Li7 direct capture reactions in a potential-model approach

   2018 · 14 citations

6. Comparative study of the direct α+d→6Li+γ astrophysical capture reaction in few-body models

   2020 · 13 citations

7. Astrophysical S factor and rate of Be7(p,γ)B8 direct capture reaction in a potential model

   2021 · 11 citations

8. Detailed study of the astrophysical direct capture reaction Li6(p,γ)Be7 in a potential model approach

   2023 · 7 citations

9. 3He(α,γ)7Be and 3H(α,γ)7Li reaction rates and implication for Big Bang nucleosynthesis in the potential model

   2019 · 2 citations

10. Astrophysical \(S(0)\)-factors for the \(^{3}{\mathrm {He}}(\alpha ,\gamma )^{7}{\mathrm {Be}}\), \(^{3}{\mathrm {H}}(\alpha , \gamma )^{7}{\mathrm {Li}}\), and \(^{7}{\mathrm {Be}}(p, \gamma )^{8}{\mathrm {B}}\) Direct Capture Processes in a Potential Model

    2023 · 2 citations

11. Study of the direct 16O(p,γ)17F astrophysical capture reaction within a potential model approach

    2024 · 2 citations

12. Analysis of the 12C(3He, d)13N Proton Stripping Reaction to the Resonant State

    2023 · 1 citations

13. Теоретический анализ астрофизического S-фактора для реакции синтеза α+d→6Li+γ в двухчастичной модели

    2015 · 0 citations

14. Potential approach to astrophysical $^{3}{\rm He}(\alpha, \gamma)^{7}{\rm Be}$ and $^{3}{\rm H}(\alpha,\gamma)^{7}{\rm Li}$ direct capture reactions

    2017 · 0 citations

15. 三体模型におけるα+d→6Li+γ宇宙物理学的捕獲過程の理論研究

    2016 · 0 citations

16. Astrophysical S-Factor of the Direct $$\alpha (d,\gamma )^6$$Li Capture Reaction in a Three-Body Model

    2020 · 0 citations

17. Reaction rates of the alpha +d -> 6 Li + gamma direct capture process and primordial abundance of the 6 Li element within few-body models.

    2020 · 0 citations

18. 三体模型における直接[数式:原文を参照]Li捕獲反応の天体物理学的S因子【JST・京大機械翻訳】

    2020 · 0 citations

19. Neutron and proton mass difference taking into account isospin symmetry breakdown in nuclear matter

    2008 · 0 citations

20. "7BE (P, γ)8B ASTROFIZIK REAKSIYASINI POTENSIAL MODEL DOIRASIDA O'RGANISH"

    2022 · 0 citations

21. ASTROPHYSICAL S(0)-FACTORS FOR THE $^{3}{\rm He}(α, γ)^{7}{\rm Be}$, $^{3}{\rm H}(α, γ)^{7}{\rm Li}$ and $^{7}{\rm Be}(p, γ)^{8}{\rm B}$ DIRECT CAPTURE PROCESSES IN A POTENTIAL MODEL

    2022 · 0 citations

22. Analysis of the 12C(3He,d)13N proton stripping reaction to the resonant state

    2022 · 0 citations

23. Detailed study of the astrophysical direct capture reaction $^{6}{\rm Li}(p, γ)^{7}{\rm Be}$ in a potential model approach

    2023 · 0 citations

24. Reply to the "Comments to the paper "Detailed study of the astrophysical direct capture reaction $^{6}{\rm Li}(p, γ)^{7}{\rm Be}$ in ..." " by S.B. Dubovichenko, A.S. Tkachenko, R. Ya. Kezerashvili, arXiv:2401.04281 (2024)

    2024 · 0 citations

25. Theoretical analysis of the astrophysical S-factor for the alpha+d -->6Li + gamma capture reaction in the two body model

    2014 · 0 citations

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