A microscopic HFB-FBD framework extracts fusion parameters self-consistently from potential energy surfaces for cold fusion reactions, reproducing the experimental evaporation-residue cross section for 48Ca+208Pb and showing an exponential drop in compound-nucleus formation probability with Z.
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Langevin and Metropolis random walk models agree on fission mass distributions for lighter actinides in the overdamped limit but produce different symmetric components for heavier actinides.
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New perspective on cold fusion reactions: A microscopic description
A microscopic HFB-FBD framework extracts fusion parameters self-consistently from potential energy surfaces for cold fusion reactions, reproducing the experimental evaporation-residue cross section for 48Ca+208Pb and showing an exponential drop in compound-nucleus formation probability with Z.
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Comparative Study of Langevin and Random Walk Models for Nuclear Fission in the Overdamped Regime
Langevin and Metropolis random walk models agree on fission mass distributions for lighter actinides in the overdamped limit but produce different symmetric components for heavier actinides.