Investigation of gamma and neutron attenuation properties of different amorphous structures with bioactive properties by Monte Carlo method
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Abstract (EN)
In this thesis, gamma and neutron attenuation properties of bioactive amorphous materials with different chemical components will be examined. Gamma attenuation parameters; Linear attenuation coefficient (LAC), Mass attenuation coefficient (MAC), Half value layer (HVL), Tenth value layer (TVL), Mean free path (mfp) and Effective atomic number (Zeff) and Neutron attenuation parameter ΣR and Gamma transmission factors will be examined with MCNP4C Monte Carlo code. Studies with glass materials show that bioactive amorphous glass systems can be used to attenuation and eliminate the harmful effects of radiation.
Author
Hasipcan Aydın
Institution
How to Cite
Hasipcan Aydın (Master Thesis). Investigation of gamma and neutron attenuation properties of different amorphous structures with bioactive properties by Monte Carlo method, 2019, İstanbul University.
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