A new model is proposed for the mechanism of cluster formation and then penetration of the
confining nuclear interaction barrier in radioactive nuclei. The cluster formation is treated as …

The new insights into a) the rapidly varying structures of neutron-rich nuclei up to spins as
high as 20+ and 19−, b) the spontaneous fission process itself, and c) modes of cluster …

Background: The cluster radioactivity from the neutron-deficient trans-tin region of the
nuclear landscape has given immediate attention in the nuclear structure studies. Recent …

Spontaneous emission of some C, O, F, Ne, Mg, and Si isotopes, from heavy parent nuclei,
have been experimentally observed since 1984, confirming earlier predictions. Experimental …

The recently discovered cluster radioactivities, intermediate decays between alpha decay
and fission, ie spontaneous emission of carbon, oxygen, neon, magnesium and silicon, are …

The author discusses new natural radioactivities with emission of 14 C, 24 Ne and 28 Mg
(cluster radioactivity) in the framework of an open quantum nuclear dynamics (fragmentation …

This handbook is a comprehensive, systematic source of modern nuclear physics. It aims to
summarize experimental and theoretical discoveries and an understanding of unstable …

Various types of nuclear proximity potentials are employed to study the cluster decay of
radioactive nuclei, particularly those decaying to a doubly closed shell 208 Pb-daughter …

The role of deformations and orientations of nuclei is studied for the first time in cluster
decays of various radioactive nuclei, particularly those decaying to doubly closed shell …

We show that Be stars belong to a high velocity tail of a single B-type star rotational velocity
distribution in the MS. This implies that: 1) the number fraction N (Be)/N (Be+ B) is …