This study systematically explores the temporal variations in radiation dose incurred by reproductive organs during simulated scopy procedures. Focusing on a simulated scenario of repairing a fictitious right hip fracture, the investigation utilizes the Alderson Rando phantom and Thermoluminescent Dosimeters (TLDs) to meticulously examine the dynamics of radiation exposure. The study employs TLD-100 dosimeters placed in specific regions of the phantom, mimicking the right and left ovaries and uteri. The scopy simulation is conducted to replicate a procedure, with the X-ray tube's exposure duration ranging from 0.5 to 8 min. The dosimeters are then analyzed to determine the radiation doses incurred during different time intervals.

中文翻译：

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髋部骨折修复期间模拟镜检中子宫和卵巢辐射暴露的时间评估：一项模型研究

本研究系统地探讨了模拟镜检过程中生殖器官所产生的辐射剂量的时间变化。该研究重点关注修复虚构右髋部骨折的模拟场景，利用 Alderson Rando 体模和热释光剂量计 (TLD) 仔细检查辐射暴露的动态。该研究将 TLD-100 剂量计放置在模型的特定区域，模拟左右卵巢和子宫。进行观察模拟以复制一个过程，X 射线管的曝光时间范围为 0.5 至 8 分钟。然后分析剂量计以确定不同时间间隔内发生的辐射剂量。