Abstract
A coupled model of particle emission and fission which considers coupled single-particle motion and collective deformed motion inside the excited nucleus near the deformed ground state is described in a stochastic framework. The influence of nuclear collective deformed fluctuation on the double differential cross-section and spectrum of emitted particles is studied in detail in the early time regime prior to fission events especially for middle-heavy nuclei with very high fission barrier by solving a coupled master equation and Fokker-Planck equation.
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