Isomer ratios of products from photonuclear reactions on silver and indium nuclei at γ ray energies above 35 MeV

Abstract

The paper reports the results of measuring and calculating isomer ratios of products from photonuclear reactions with multiple emission of particles occurring on silver and indium nuclei at γ ray energies higher than energies of the giant dipole resonance. The technique of measuring the induced activity of irradiated samples by a semiconductor spectrometer with detector of highly pure germanium was used to obtain the isomer ratios. The TALYS code was employed to analyze agreement of the theoretical calculations and the experimental data.