For collisions between deformed and oriented nuclei, the fragmentation theory is extended
for the generalized nuclear proximity potential, with deformations included up to the …

We extend a recent study that explained the steep falloff in the fusion cross section at
energies far below the Coulomb barrier for the symmetric dinuclear system Ni 64+ Ni 64 to …

Based on fragmentation theory extended to include the orientation degrees of freedom and
higher multipole deformations up to hexadecapole deformations, the compactness of Ca 48 …

Using the capture cross-section data from Ca 48+ U 238, Ca 48+ Pu 244, and Ca 48+ Cm
248 reactions in the superheavy mass region, and fusion-evaporation cross sections from Ni …

The proximity potential is obtained in the form of the generalized “pocket formula” for a
collision between any two symmetric or asymmetric mass, deformed and noncoplanar …

First, the nuclear proximity potential, obtained by using the semiclassical extended Thomas
Fermi (ETF) approach in Skyrme energy density formalism (SEDF), is shown to give more …

The effect of deformation and orientation on barrier height and barrier position is studied
using different types of proximity potentials for some 52 colliding nuclei with mass …

Various versions of proximity potentials, with different isospin dependence, are used within
the Wong model for fitting the fusion-evaporation cross sections from 58 Ni+ 58 Ni, 64 Ni+ 64 …

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 …

The current heaviest superheavy nuclei (SHN) are experimentally synthesized by using 48
Ca to bombard actinide nuclei via fusion reactions. Actinide nuclei often have considerable …