A. Sandulescu

Evidence for alpha clustering in heavy and superheavy nuclei

We analyze the

Towards a self-consistent microscopic α-decay theory

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Cold (neutronless)αternary fission of252Cf

decay between ground states along

Cold fission as emission of fragments

N\ensuremath{-}Z

Neutronless -accompanied ternary fission of

chains in deformed heavy and superheavy nuclei, by using the pairing approach. We show that the derivative of the preformation amplitude is practically a constant along any

Mass and charge yield calculations for cold fragmentation of actinide nuclei

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Double fine structure in binary cold fission

chain, while that of the outgoing wave function changes exponentially upon the Coulomb parameter. This leads to the breakdown of the continuity equation and therefore to wrong decay widths. The behavior cannot be explained within the standard shell model. We significantly correct this deficiency by considering an

Cold binary and ternary fragmentations in spontaneous fission of252Cf

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Structure of neutron-rich nuclei and neutron multiplicities in spontaneous fission

-cluster factor in the preformation amplitude, depending exponentially upon the Coulomb parameter. Thus, four-body correlations, connected with the radial shape of the preformation factor, are directly evidenced by the

The cold fission of

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