INVESTIGATION OF DEUTRON ENERGY SPECTRA FROM THE (d, xd) REACTION ON natCu NUCLEUS AT A DEUTRON ENERGY OF 14.5 MeV

Abstract

The paper presents new experimental data on the double-differential and integral (d, xd) reaction cross sections from the interaction of deuterons of 14.5 MeV energy with copper. The experiment was performed at the isochronous cyclotron of the Institute of Nuclear Physics, Kazakhstan. The experimental data were analysed within the framework of the TALYS-1.9 calculation code. It is established that the obtained cross section is mainly formed by mechanisms of pre-equilibrium decay.