“…where ρ 0 and ρ c are the level densities of the initial and residual nuclei, respectively, Q c is the Q-value of the reaction and σ c (ǫ c ) is the absorption cross section for particles of type c incident on the residual nucleus at energy ǫ c . This implies an average relative energy for emission of particles of type c of 2T c + V c , where V c is the effective Coulomb barrier between the emitted particle c and the residual nucleus and the temperature T c is very close to the temperature T 0 obtained from the same two-body decay in the FBM [27]. Judging from the energy released by the two-body decay mode, we would thus have to conclude that the FBM/SMM emission is no more explosive than the CN one.…”