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In this research to estimated total and partial interaction, and radiation shielding properties of HEA alloys of FeMnCoCr, FeMnCoCrNi6 and FeMnCoCrNi14. Radiation shielding effectiveness of HEA alloys were estimated by determine mm, Zeff and Nel at photon energies ranging 10–3 – 105 MeV using WinXCom computer software program. EBF were simulated by G–P fitting theory at energies ranging 15 keV – 15 MeV up to deep penetration 40 mfp. The results indicated that, FeMnCoCrNi14 alloy was found excellent radiation shielding. This study indicated that FeMnCoCrNi14 can be developed for radiation shielding materials.
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