Network Generator

Reaction

Obey following rules to construct a reaction:

• OOOOO stands for any non-baryonic particle (i.e. gamma, neutrino, electron,...)
• Reactions with identical particles should be coded with the appropriate stoechiometric coefficient
• As a rule, the most massive particle in the entrance channel is given first; in the exit channel, the most massive particle is given last
• A few nuclei have separate entries for the ground and isomeric levels: these are 26Al, 85Kr, 93Tc, 95Tc, 99Tc, 115In, 176Lu and 180Ta, since it may be that these nuclei are not thermalized at temperatures of astrophysical interest

Besides the usual entry (with no further qualifier) denoting the thermalized nucleus, two supplementary entries are available in the menu for Al, Kr, Tc, In, Lu and Ta: (g) corresponding to the ground state, and (m) to the isomeric state.