Nuclear vertex constants for the virtual-disintegration reactions 7Li→α+t and 7Be→α+3He and for the direct-radiative-capture processes T(α,γ)7Li and 3He(α,γ)7 …
SB Igamov, TM Tursunmuratov… - Physics of Atomic …, 1997 - inis.iaea.org
SB Igamov, TM Tursunmuratov, R Yarmukhamedov
Physics of Atomic Nuclei, 1997•inis.iaea.org[en] The nuclear vertex constants for the virtual-disintegration processes 7 Li→ α+ t and 7
Be→ α+ 3 He are calculated in an α-cluster model that employs a potential involving
forbidden states. The results are compared with the values extracted from the measured and
calculated astrophysical S factors of the processes t (α, γ) 7 Li and 3 He (α, γ) 7 Be at
extremely low energies. Potentials of αt and α 3 He interaction that closely reproduce
nuclear vertex constants extracted from experimental data are found
Be→ α+ 3 He are calculated in an α-cluster model that employs a potential involving
forbidden states. The results are compared with the values extracted from the measured and
calculated astrophysical S factors of the processes t (α, γ) 7 Li and 3 He (α, γ) 7 Be at
extremely low energies. Potentials of αt and α 3 He interaction that closely reproduce
nuclear vertex constants extracted from experimental data are found
[en] The nuclear vertex constants for the virtual-disintegration processes 7 Li→ α+ t and 7 Be→ α+ 3 He are calculated in an α-cluster model that employs a potential involving forbidden states. The results are compared with the values extracted from the measured and calculated astrophysical S factors of the processes t (α, γ) 7 Li and 3 He (α, γ) 7 Be at extremely low energies. Potentials of αt and α 3 He interaction that closely reproduce nuclear vertex constants extracted from experimental data are found
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