The main goals of this current work are to study the elastic and radiation shielding properties of seven different compositions of ZnO-TeO₂ transparent glass and characterize them using density, molar volume, X-ray diffraction (XRD), ultrasonic technique, and Monte Carlo simulation method. From the ultrasonic wave measurement result, the substitution of ZnO, which works as a network modifier into the TeO₂ glass systems, would break up the Te-O-Te bonds of TeO₄ into the form TeO₃ along with all the formation of NBO's which give the impact on the elastic moduli analysis. The radiation shielding features for the fabricated samples were studied using the MCNP-5 code. The difference between the MCNP and XCOM results was found to be less than 3%. The highest linear attenuation coefficient (LAC) for all ZT glasses achieved at 0.015 MeV and varied between 202.199 and 239.607 cm⁻¹ for glasses coded 0 ZT and 30ZT, respectively.

目前这项工作的主要目标是研究 ZnO-TeO ₂透明玻璃的七种不同成分的弹性和辐射屏蔽性能，并使用密度、摩尔体积、X 射线衍射 (XRD)、超声波技术和蒙特卡罗来表征它们模拟方法。从超声波测量结果来看，作为网络改性剂的 ZnO 替代到 TeO ₂玻璃体系中，会使 TeO ₄的 Te-O-Te 键断裂成 TeO ₃的形式以及对弹性模量分析产生影响的所有 NBO 的形成。使用 MCNP-5 代码研究了制造样品的辐射屏蔽特性。发现 MCNP 和 XCOM 结果之间的差异小于 3%。所有 ZT 玻璃的最高线性衰减系数 (LAC) 达到 0.015 MeV，编码为 0 ZT 和 30ZT 的玻璃的线性衰减系数 (LAC) 分别在 202.199 和 239.607 cm ^-1之间变化。