This review summarizes both the experimental and theoretical status of cluster radioactivity.
The contents are: a brief introduction, the experimental methods used and the results …

Using the different versions of phenomenological proximity potential as well as other
parametrizations within the proximity concept, we perform a detailed comparative study of …

Using the nuclear proximity approach and the two center nuclear shape parametrization, the
interaction potential between two deformed and pole-to-pole oriented nuclei forming a …

The concept of heavy particle radioactivity is studied using modified generalised liquid drop
model (MGLDM) in the superheavy element Z= 126. The eight different proximity functions …

Using the three versions of proximity potentials, namely proximity 1977, proximity 1988, and
proximity 2000, we present a pocket formula for fusion barrier heights and positions. This …

Half-life values of spontaneous nuclear decay processes are presented in the framework of
the Effective Liquid Drop Model (ELDM) using the combination of varying mass asymmetry …

All possible chances of heavy-cluster emissions are predicted for even-even isotopes of 120
290–304 using the modified generalized liquid drop model with a Q-value-dependent …

We have studied the possible isotopes of superheavy nuclei Z= 126 in the range 288≤ A≥
339 by studying through their α-decay properties. α-Decay half-life for the isotopes of Z= 126 …

Cluster decays of Ba 112− 120 nuclei are calculated within a preformed cluster model. The α-
nuclei He 4, Be 8, C 12, O 16, and Ne 20 are predicted as the possible decay modes, lying …

Within the Coulomb and proximity potential model (CPPM) the cluster decay process in 199–
226Fr, 206–232Ac, 209–237Th, 212–238Pa, 217–241U, 225–242Np, 225–244Pu, 231 …