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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Pairing correlations persist near scission in hot fission and explain odd-even staggering in charge yields, while shell corrections are suppressed with rising temperature.
citing papers explorer
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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.
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Survival of Pairing Correlations and Shell Effects at Scission in Finite-Temperature Nuclear Fission: Implications for Odd-Even Staggering
Pairing correlations persist near scission in hot fission and explain odd-even staggering in charge yields, while shell corrections are suppressed with rising temperature.