Measured capture excitation functions for 348 heavy-ion fusion reactions. The columns from left to right: Ecm (MeV), sigma (mb), error (mb). A portion of experimental data are taken from NRV .
Measured evaporation residue cross sections in fusion reactions synthesizing super-heavy nuclei with charge number Z ≥ 110. A portion of experimental data are taken from NRV & Measured possible optimal incident energies Eopt of 23 hot fusion.
Measured (total) evaporation residue excitation functions for 40 heavy-ion fusion reactions. The columns from left to right: Ecm (MeV), sigma (mb/ub/nb/pb), +error, -error. A portion of experimental data are taken from NRV .
Extracted barrier information from 443 measured excitation functions
Capture barrier heights (in MeV) with time dependent Hartree-Fock calculations using parameter set SLy6.
Online calculation of the evaporation-residue cross sections for heavy-ion fusion reactions, by using a phenomenological formula for descrbing the average production probability of superheavy nuclei.
Online calculation of the capture cross sections for heavy-ion fusion reactions. The positive-Q neutron transfer effect is taken into account in this version. In addition, the uncertainties of model predictions and available experimental data are also presented.
A HTML code to calculate the capture cross sections for heavy-ion fusion reactions from light to super-heavy systems.
Universal Wong formula to calculate the capture cross sections from light to super-heavy systems
Modifications in version 2.0: Considering the influence of deep inelastic scattering on capture radius
and Considering the constraint of the distribution width for light fusion reactions, etc
A Fortran code to calculate the barrier distribution based on the measured fusion excitation function
by using the point-difference approximation.
A Fortran code to calculate the evaporation residue cross sections in heavy-ion fusion-fission reactions. In the calculations of the survival probability of the compound nuclei, the competitaions among neutrons, protons, gamma rays, alpha particles and fission are considered.
A HTML code to compare the Coulomb barrier heights for heavy-ion fusion reactions.