Rare decays ranging from the emission of heavy clusters having masses between AL 14
and 34 Refs. 1 and 2, up to the cold neutronless fission of many actinide nuclei which …

Ternary fragmentation by calculating the potential energy surfaces (PES) with the inclusion
of deformation and orientation degrees of freedom for the 4 He-and 10 Be-accompanied …

We show that the sharp maximum corresponding to Mo 107 in the fragment distribution of
the Cf 252 cold fission is actually a Sn-like radioactivity, similar to other decay processes in …

The dependence of the heavy-ion interaction on the orientation is investigated for the cold
fusion of two (spherical or deformed) nuclei leading to a superheavy element. In contrast to …

The recent advent of experimental techniques in which the dynamical characteristics of
fission fragments are determined more accurately prompted us to investigate the angular …

A coplanar three body cluster model (two deformed fragments and an α particle) similar to
the model used for the description of cold binary fission was employed for the description of …

Many fusion reactions such as 50 T i+ 249 C f, 51 V+ 249 B k, 54 C r+ 248 C m, 55 M n+ 243
A m, 58 F e+ 244 P u, 59 C o+ 237 N p, 64 N i+ 238 U failed to synthesis the superheavy …

Taking the interacting potential as the sum of Coulomb and proximity potential, 34 Si
accompanied cold ternary fission of 242 Cm has been studied with fragments in the …

We investigate the cold fission/fusion paths of superheavy nuclei within the two-center shell
model, in order to find the best projectile-target combinations of their production. The …

The quaternary, α-ternary, and binary fission of 249-262 No has been studied by
considering the role of deformation and angle of orientation. identified by investigating …