Inspection of Radiation Shielding Proficiency and Effect of Gamma-Ray on ESR and Thermal Characteristics of Copper Oxide Modified Borate Bioglasses

Abstract Samples of copper-modified bioactive borate glasses were synthesized and their radiation shielding properties including gamma-ray neutron investigated. Further, the glasses’ mass attenuation coefficients measured with a NaI(Tl) detector while parameters estimated using Phy-X/PSD program. Free-radical densities via electron spin resonance to estimate absorbed doses during accidental irradiation. The extensive reduction dose detection threshold (2 Gy) required estimation signal non-irradiated sample. In addition, effects applied microwave power on samples studied. Finally, thermal annealing emerging peaks, which due irradiation signal-to-noise ratio energy dependence, was studied stabilities such peaks. This modified material is recommended detect monitor gamma-radiation because its good dosimetric properties. regarding presence two groups, triangular tetrahedrally coordinated, in definite typical wavenumbers, FTIR spectra displayed simplified vibrations that close those many bioglasses. paper provides complementary results for author's previous research examining this glass low photon measurements luminescence characteristics.