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Physical analysis of the shielding capacity for a lightweight apron designed for shielding low intensity scattering X-rays

机译:轻型围裙的物理性能分析该围裙设计用于屏蔽低强度散射X射线

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摘要

The purpose of this paper is to develop a lightweight apron that will be used for shielding low intensity radiation in medical imaging radiography room and to apply it to a custom-made effective shielding. The quality of existing aprons made for protecting our bodies from direct radiation are improved so that they are suitable for scattered X-rays. Textiles that prevent bodies from radiation are made by combining barium sulfate and liquid silicon. These materials have the function of shielding radiation in a manner like lead. Three kinds of textiles are produced. The thicknesses of each textile are 0.15 mm, 0.21 mm, and 0.29 mm and the corresponding lead equivalents are 0.039 mmPb, 0.095 mmPb, 0.22 mmPb for each. The rate of shielding space scattering rays are 80% from the distance of 0.5 m, 86% from 1.0 m, and 97% from 1.5 m. If we intend to approach with the purpose of shielding scattering X-rays and low intensity radiations, it is possible to reduce the weight of the apron to be 1/5 compared to that of the existing lead aprons whose weight is typically more than 4 kg. We confirm, therefore, that it is possible to produce lightweight aprons that are used for the purpose of shielding low dose radiations.
机译:本文的目的是开发一种轻质的围裙,该围裙将用于屏蔽医学成像射线照相室中的低强度辐射,并将其应用于定制的有效屏蔽。用于保护人体免受直接辐射的现有围裙的质量得到了改善,因此它们适用于散射X射线。硫酸钡和液态硅的结合可以防止人体辐射。这些材料具有像铅一样的屏蔽辐射的功能。生产三种纺织品。每种织物的厚度分别为0.15mm,0.21mm和0.29mm,相应的铅当量分别为0.039mmPb,0.095mmPb,0.22mmPb。距离0.5 scatteringm的空间散射光线的屏蔽率分别为80%,1.0 m的86%和1.5 m的97%。如果我们打算以屏蔽散射X射线和低强度辐射为目的进行处理,则与现有的重量通常大于4kg的铅围裙相比,可以将围裙的重量减少到1/5。 。因此,我们确认可以生产用于屏蔽低剂量辐射的轻质围裙。

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