r23.09.1-evol
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Version solving the chemical evolution, including rotational mixing. Physics described in Mombarg, Rieutord & Espinosa Lara (2023)
Astronomy & Astrophysics, Volume 677, L5.
Furthermore, the increase in N14 in the core due to hydrogen burning via the CNO cycle is taken into account by assuming the creation of N14 from C12 is dominated by the reaction of O16 to F17. The reaction rate of this reaction is taken from Angulo et al. (1999, Nuclear Physics A, Volume 656, Issue 1).