Author

Turakulov, S.A.

INSPIRE profile2257581 ORCID0000-0002-9067-7618

6 papers·139 citations in this corpus

	Paper	Category
May 13, 2025#122505.07551	Astrophysical $S$ factor and reaction rate of the direct $^{12} C (p, γ)^{13} N$ capture process within a potential model approach E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov	nucl-th	PRC	0
Jun 23, 2023#32306.12838	Detailed study of the astrophysical direct capture reaction $^{6} Li (p, γ)^{7} Be$ in a potential model approach E.M. Tursunov · S.A. Turakulov · K.I. Tursunmakhatov	nucl-th	PRC	7
May 25, 2021#32105.11091	Astrophysical S factor and rate of $^{7} Be (p, γ)^{8} B$ direct capture reaction in a potential model E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov · L.D. Blokhintsev	nucl-th	PRC	9
Aug 14, 2018#71808.04125	Theoretical study of the direct $α + d$ $\to$ $^{6}$ Li + $γ$ astrophysical capture process in a three-body model II. Reaction rates and primordial abundance E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov · I. Bray	nucl-th	PRC	23
Jul 20, 2017#21707.05948	Astrophysical $^{3} He (α, γ)^{7} Be$ and $^{3} H (α, γ)^{7} Li$ direct capture reactions in a potential model approach E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov	nucl-th	PRC	19
May 3, 2016#71605.00484	Theoretical study of the $α + d$ $\to$ $^{6}$ Li + $γ$ astrophysical capture process in a three-body model E.M. Tursunov (INP, Tashkent) · A.S. Kadyrov (Curtin University) · S.A. Turakulov (INP, Tashkent) · I. Bray (Curtin University)	nucl-th	PRC	29

Astrophysical $S$ factor and reaction rate of the direct $^{12} C (p, γ)^{13} N$ capture process within a potential model approach
E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov
May 13, 2025#12nucl-thPRC0 citations
Detailed study of the astrophysical direct capture reaction $^{6} Li (p, γ)^{7} Be$ in a potential model approach
E.M. Tursunov · S.A. Turakulov · K.I. Tursunmakhatov
Jun 23, 2023#3nucl-thPRC7 citations
Astrophysical S factor and rate of $^{7} Be (p, γ)^{8} B$ direct capture reaction in a potential model
E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov · L.D. Blokhintsev
May 25, 2021#3nucl-thPRC9 citations
Theoretical study of the direct $α + d$ $\to$ $^{6}$ Li + $γ$ astrophysical capture process in a three-body model II. Reaction rates and primordial abundance
E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov · I. Bray
Aug 14, 2018#7nucl-thPRC23 citations
Astrophysical $^{3} He (α, γ)^{7} Be$ and $^{3} H (α, γ)^{7} Li$ direct capture reactions in a potential model approach
E.M. Tursunov · S.A. Turakulov · A.S. Kadyrov
Jul 20, 2017#2nucl-thPRC19 citations
Theoretical study of the $α + d$ $\to$ $^{6}$ Li + $γ$ astrophysical capture process in a three-body model
E.M. Tursunov (INP, Tashkent) · A.S. Kadyrov (Curtin University) · S.A. Turakulov (INP, Tashkent) · I. Bray (Curtin University)
May 3, 2016#7nucl-thPRC29 citations

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Turakulov, S.A.

Astrophysical S factor and reaction rate of the direct 12C(p,γ)13N capture process within a potential model approach

Detailed study of the astrophysical direct capture reaction 6Li(p,γ)7Be in a potential model approach

Astrophysical S factor and rate of 7Be(p,γ)8B direct capture reaction in a potential model

Theoretical study of the direct α+d → 6Li + γ astrophysical capture process in a three-body model II. Reaction rates and primordial abundance

Astrophysical 3He(α,γ)7Be and 3H(α,γ)7Li direct capture reactions in a potential model approach

Theoretical study of the α+d → 6Li + γ astrophysical capture process in a three-body model

Astrophysical $S$ factor and reaction rate of the direct $^{12} C (p, γ)^{13} N$ capture process within a potential model approach

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

Astrophysical S factor and rate of $^{7} Be (p, γ)^{8} B$ direct capture reaction in a potential model

Theoretical study of the direct $α + d$ $\to$ $^{6}$ Li + $γ$ astrophysical capture process in a three-body model II. Reaction rates and primordial abundance

Astrophysical $^{3} He (α, γ)^{7} Be$ and $^{3} H (α, γ)^{7} Li$ direct capture reactions in a potential model approach

Theoretical study of the $α + d$ $\to$ $^{6}$ Li + $γ$ astrophysical capture process in a three-body model