Ashok kumar Mondal

collaborators

2 papers

nucl-ex2024

Study of $^{113}$ In( $α, α$ ) elastic scattering to determine $α$ -optical potential relevant for astrophysical $γ$ -process

Dipali Basak, Tanmoy Bar, Lalit Kumar Sahoo +10

The $α$ -optical potential is one of the key input parameters used to measure the reaction rate of the ( $γ, α$ )-process using the Hauser-Feshbach(HF) statistical model and the princi…

nucl-th2023

Re-evaluation of the $^{22}$ Ne( $p$ , $γ$ ) $^{23}$ Na reaction rate: $R -$ matrix analysis of the non-resonant capture and effect of the 8945 keV ( $7/2^{-}$ ) resonance strength

Sk Mustak Ali, Rajkumar Santra, Sathi Sharma +1

The $^{22}$ Ne( $p, γ$ ) $^{23}$ Na capture reaction is a key member of the Ne-Na cycle of hydrogen burning. The rate of this reaction is critical in classical novae nucleosynthesis and…

Study of 113In(α,α) elastic scattering to determine α-optical potential relevant for astrophysical γ-process

Re-evaluation of the 22Ne(p,γ)23Na reaction rate: R−matrix analysis of the non-resonant capture and effect of the 8945 keV (7/2−) resonance strength

Study of $^{113}$ In( $α, α$ ) elastic scattering to determine $α$ -optical potential relevant for astrophysical $γ$ -process

Re-evaluation of the $^{22}$ Ne( $p$ , $γ$ ) $^{23}$ Na reaction rate: $R -$ matrix analysis of the non-resonant capture and effect of the 8945 keV ( $7/2^{-}$ ) resonance strength