26Alg(n,a)23Na Battino et al. 2023 This 26Al(n,a)23Na nuclear reaction rate has been obtained by combining experimental results and theoretical predictions of the respective ground state reaction cross-sections. Its evaluation is primarily based on the recent high-precision measurement at the nTOF-CERN facility and is supplemented by theoretical calculations and a previous experiment (Trautvetter et al. 1986)… Continue reading 26Alg(n,a)23Na
Month: January 2023
26Alg(n,p)26Mg
26Alg(n,p)26Mg Battino et al. 2023 This 26Al(n,p)26Mg nuclear reaction rate has been obtained by combining experimental results and theoretical predictions of the respective ground state reaction cross-sections. Its evaluation is primarily based on the recent high-precision measurement at the nTOF-CERN facility and is supplemented by theoretical calculations and a previous experiment (Trautvetter et al. 1986)… Continue reading 26Alg(n,p)26Mg
27Al(p,a)24Mg
27Al(p,a)24Mg La Cognata et al. 2022 A new rate of the 27Al(p,a)24Mg reaction. Strengths of the levels in the reaction were first determined via the indirect trojan horse method, and then used to calculate the reaction rate with RatesMC. Link to the paper