Abstract
Clustering structures of the various resonance states of the compound nucleus 476184*, formed in 238 U +238 U reaction, are studied within the standard relativistic mean field (RMF) and non-relativistic Skyrme Hartree–Fock formalisms. The formations of various possible clusters and superheavy nuclei as daughter products are discussed. Both the formalisms support clustering phenomenon, the RMF presenting a somewhat more realistic picture. Also, before the asymptotic fissioning state, a kind of triple fission, with the cluster appearing in the neck region of two equal fragments, is obtained as one of the possibilities in RMF formalism.
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