In this study, Graphene oxide modified SnO (GOMS) was synthesized with a chemical method. The PVC composites containing 50 wt% of SnO and GOMS were prepared. X-ray attenuation parameters were investigated. Also, composites' tensile strength, Anti-bacterial, and structure morphology were compared. The results indicated that using GOMS maintained X-ray attenuation and enhanced other properties under study. The results of attenuation percent of SnO2 composite in 40, 80, and 120 kVp are 94.19%, 89.14%, and 77.13%. The results for the GOMS composite are 94.07%, 89.19%, and 77.19%, respectively. In addition, the composite attenuation percent was simulated with MCNPX code and compared with experimental results. This work also concentrated on developing environmental X-ray shielding composites due to the X-ray protection fabrics required in medical devices. According to the acceptable X-ray attenuation results and the unique mechanical properties, it can be further investigated as a product for radiation protection equipment in industrial R&D.

中文翻译：

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改性氧化锡对 X 射线衰减的影响：实验和理论研究

本研究采用化学方法合成了氧化石墨烯修饰的 SnO (GOMS)。制备了含有 50 wt% SnO 和 GOMS 的 PVC 复合材料。研究了X射线衰减参数。此外，还比较了复合材料的拉伸强度、抗菌性和结构形态。结果表明，使用 GOMS 可以保持 X 射线衰减并增强所研究的其他特性。SnO2复合材料在40、80和120 kVp下的衰减百分比结果分别为94.19%、89.14%和77.13%。GOMS 复合材料的结果分别为 94.07%、89.19% 和 77.19%。此外，利用MCNPX代码对复合衰减百分比进行了模拟，并与实验结果进行了比较。由于医疗设备所需的 X 射线防护织物，这项工作还集中于开发环境 X 射线屏蔽复合材料。根据可接受的X射线衰减结果和独特的机械性能，可以将其作为工业研发中的辐射防护设备产品进行进一步研究。