²⁵Mg(p,g)²⁶Al_g

Laird et al. 2022 and Battino et al. 2024

A re-evaluation of the ²⁵Mg(p,g)²⁶Al_g reaction rate based on updated nuclear data, including experimental underground data from LUNA. The rates provided are a merge of the results of Laird et al. 2022 for temperatures 0.01 < T/GK < 0.7 and of Battino et al. 2024 for 0.7 < T/GK < 10. The rates of the reactions producing ²⁶Al in the ground state (²⁶Al_g) and the total rate are both provided.

Link to the papers: Laird et al. 2022, Battino et al. 2024

Download “Mg25pg_laird22_battino24” 25Mgpg_ground_Laird22_Battino24.txt – Downloaded 445 times – 2.74 KB Download “25Mgpg_total_Laird22_Battino24” 25Mgpg_total_Laird22_Battino24.txt – Downloaded 441 times – 2.70 KB

Zhang et al. 2023

Updated thermonuclear ²⁵Mg(p,γ)²⁶Al_g reaction rates implementing the results of a complete experimental investigation of the Ec.m.= 92, 130, and 189 keV resonances with the Jinping Underground Nuclear Astrophysics (JUNA) Experimental Facility. This reaction produces ²⁶Al in the ground state (²⁶Al_g). The authors also provided the total rate (available for download below), including the contribution of both channels producing the ground and isomer state of ²⁶Al.

Link to the paper.

Download “25Mgpg_groundstate_JUNA” 25Mgpg_groundstate_JUNA.txt – Downloaded 420 times – 2.25 KB Download “25Mgpg_totalrate_JUNA” 25Mgpg_total_JUNA.txt – Downloaded 845 times – 2.26 KB

Nuclear reaction rates in the MESA format:

Download “25Mgpg_groundstate_JUNA_MESA” rate_25Mgpg_ground_MESA.txt – Downloaded 440 times – 1.09 KB Download “25Mgpg_totalrate_JUNA_MESA” rate_25Mgpg_total_MESA.txt – Downloaded 831 times – 1.09 KB