Program of neutron cross section simulation for transactinium nuclei in the region of unresolved resonances

The problem of neutron cross section simulation for transactinium nuclei in the region of unresolved resonances is discussed. A model developed on the basis of the conclusions of the R-matrix theory of nuclear reactions in the Reich-Moore approximation is used in the calculations. The total cross section, fission cross section and elastic scattering cross section are determined in terms of the elements of the S collision matrix. On the basis of the Monte Carlo method the algorithm for using the distribution function of cross section probability density and comparing with the experimental data is developed. A set of the MNCARL programs for calculating transmissions, cross section self-indications, their momenta and average resonance parameters is developed