Operator Protection from Gamma Rays Using Ordinary Glass and Glass Doped with Nanoparticles

Radiation-shielding glass is utilized in a few applications such as nuclear medicine, (PET) scans, x-rays, or treatment use. Nuclear reactors additionally require shielding from radiation types gamma, and neutron emissions. the exploration industry fields, for example, cyclotron support testing of non-destructive materials, improvement airport x-ray machines. Notwithstanding, radiation-shielding utilizes space innovation to protect both astronauts tools cosmic rays. Nanoparticles have been involved recently those applications. Several simulations using MCNP 6 used this study compare variety conventional nanoparticle-doped glass, including silicate (containing BiO PbO), BZBB5, containing nanoparticles, Na2Si3O7/Ag, Al2H2Na2O13Si4/HgO, lead borate ZrO2 detect properties operators at different gamma energies. We investigated percentage transmitted photons, linear attenuation coefficient, half-value layer, mean free path selected glass. were not significantly between simulated results theoretical data available commercially. Based on results, parameters depend material due their densities atomic number. It has found that 70 Bismuth(III) oxide:30 Silica best shield rays, low HVL, MFP, which its high density