Theoretical Examination of the Radiation Protecting Properties of CaTiO3 Material Sintered at Different Temperatures

This research is devoted to studying the radiation-protecting characteristics of calcium titanate (CaTiO3) perovskite-based ceramic material. The ceramics were made by solid-state reaction method (SSRM) and treated at temperatures 1300 °C, 1200 1100 °C. structural analyzed XRD FT-IR. results indicated a CaTiO3 phase formation with an orthorhombic structure. size crystallites was in range 27–36 nm found increase as increased. relative density showed from 93% 96% varied °C impact temperature on assessed using Monte Carlo simulation (MCS). There slight decrease γ-photons average track length raising temperature. At γ-photon energy 0.662 MeV, γ-photons’ lengths diminished 3.52 cm 3.38 illustrated affected linear attenuation coefficient (µ) where µ increased 0.28 0.30 cm−1 rising