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Enhanced radiation shielding and structural characteristics of Sb2O3-infused ceramic composites: Experimental and theoretical perspectives
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DOI：10.1016/j.radphyschem.2026.114222.png)
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Abstract
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• Adding Sb₂O₃ significantly enhanced the gamma-ray shielding performance of ceramics across the investigated energies. • Experimental LAC values showed excellent agreement with WinXCom calculations, confirming the reliability of the measurements. • Increasing Sb₂O₃ content increased the effective atomic number and density, resulting in improved photon attenuation. • Sb₂O₃-reinforced ceramics exhibited promising radiation shielding properties for nuclear, medical, and aerospace applications.
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