The study of fusion reactions at extreme sub-barrier energies has seen an increased interest
in recent years, although difficult to measure due to their very small cross sections. Such …

Background: In heavy-ion induced reactions, the sub-barrier fusion cross sections are found
to be higher as compared to the predictions of the one-dimensional barrier penetration …

The fusion excitation function of Cl 35+ Te 130 system has been measured in a wide energy
range, ie, E cm= 94–121.6 MeV, from sub-barrier to above-barrier energies and compared …

By assuming one parameter of the Wong formula, the curvature of the potential barrier, as an
energy-dependent one, namely ħ ω→ ħ ω exp [λ E-VV], a modified-Wong formula has been …

For fusion reactions of astrophysical interest, the existence of a maximum of S-factor is
revealed within the extended quantum diffusion approach. The available experimental data …

Within the framework of the modified density-dependent Seyler–Blanchard approach in the
T 2 approximation, the polarization effects of hot nuclear matter (PEHNM) are investigated …

The hindrances in the n α-nucleus-induced fusion reactions at deep subbarrier energies are
investigated by using the coupled-channels model. Inspired by the microscopic Pauli …

Sub-barrier fusion of the two near-by systems 36 S+ 50 Ti, 51 V has been measured at the
Laboratori Nazionali di Legnaro (INFN). Motivation for the experiment came from the …

The fusion barriers and cross sections of 15 colliding systems with 320≤ Z 1 Z 2≤ 1512 are
investigated in detail to understand the influence of the universal function of proximity …

This article is a new edition of the review published six years ago by the same auhors [Eur.
Phys. J. A 54,(2017) 218]. It includes additionally the most recent and significant results …