The synthesis of superheavy elements based on fusion reactions and multinucleon transfer
reactions is sensitive to the reaction energies, where the Coulomb barrier plays a crucial …

are extracted from the quarter-point recipe from a series of experimental elastic scattering
angle distributions. The nuclei with different binding energies are systematically studied as …

We have studied fusion barrier characteristics of actinide compound nuclei with atomic
number range 89≤ Z≤ 103 for all projectile target combinations. After the calculation of …

The influence of saturation property of cold nuclear matter on the parameterization process
of fusion barriers are systematically studied using the double-folding procedure …

The barrier characteristics, barrier height and position, are systematically studied using Prox.
2010 potential for wide range of fusion systems with mass numbers from 6 to 238. We …

In the frame of a new introduced energy scaling method, the Coulomb barrier heights
calculated by using thirteen different forms of the pocket formulas are systematically …

Barrier characteristics, barrier height and position, were studied on spherical-deformed
fusion reactions using the proximity potential. Spherical-prolate (β 21= 0.0, β 22= 0.340) and …

In this article we propose a pocket formula for fusion barriers calculated by three versions of
the proximity formalism, namely AW 95, Bass 80 and Prox. 2010 potentials, for fusion …

For the first time the influence of the surface energy coefficient γ γ and temperature T on the
parameterization of the fusion barriers is systematically analyzed within the framework of the …

In the present work, we modify the original version of this formalism (Prox. 77) using a new
analytical form of the universal function which is formulated based on the double-folding …