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Kh S. Shaaban et al.
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Kh S. Shaaban et al.
Summary: This study examines the feasibility of using ZnO-doped lithium iron borosilicate glasses as radiation shielding attenuators. The glasses exhibit improved properties after the incorporation of ZnO, including increased density and better radiation shielding specifications. The optical characterizations of the glasses also show changes, with an increase in the optical energy range and a decrease in the energy bandgap.
APPLIED PHYSICS A-MATERIALS SCIENCE & PROCESSING
(2022)
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Saud A. Algarni et al.
Summary: Glass samples with different concentrations were fabricated and their structural, optical, and radiation shielding characteristics were evaluated. The results showed that as the concentration of Y2O3 increased, the optical properties and refractive index of the samples increased, while the Urbach's energy decreased. It was also found that G5 had stronger photon shielding capability compared to the other glasses.
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Ateyyah M. Al-Baradi et al.
Summary: The method of melting-quenching was used to manufacture glasses for this study, aiming to understand the structural, thermal, and crystallization features of the glasses. Various analytical methods, including X-ray diffraction and Fourier transform infrared, were utilized to examine the glasses' characteristics. The research found that the thermal stability of the glasses improved with an increase in Y2O3 concentration, and the modifier Y2O3 has a significant effect on the glass system.
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Kh. S. Shaaban et al.
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E. A. Abdel Wahab et al.
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Kh S. Shaaban et al.
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Kh S. Shaaban et al.
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Kh S. Shaaban et al.
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Kh S. Shaaban et al.
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A. F. Abd El-Rehim et al.
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