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Radiation damage and light transmission studies on air core light guides

机译:空心光导的辐射损伤和光传输研究

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This report summarizes the radiation damage and the light transmission efficiency studies done on air core light guides with three different types of reflective material: two types of aluminized Mylar and a highly reflective plastic film from 3M called Radiant Mirror Film. The variations in light transmission efficiencies of these reflective materials have been studied with respect to the wavelengths of the incident light. The light transmission with one type of aluminized Mylar, which shows better reflectivity in UV range, deteriorated 14% after 10 Mrad of /spl gamma/-ray irradiation from a 9.5 kCurie /sup 137/Cs source. Light guides with the other type of aluminized Mylar and Radiant Mirror Film do not seem to be affected from radiation, and they show superior light transmission efficiency in the visible region.
机译:本报告总结了在空气芯光导上使用三种不同类型的反射材料进行的辐射损伤和光传输效率研究:两种类型的镀铝聚酯薄膜和3M的高反射性塑料膜,称为Radiant Mirror Film。已经针对入射光的波长研究了这些反射材料的光透射效率的变化。从9.5 kCurie / sup 137 / Cs光源照射10 Mrad / spl伽马射线/射线后,一种镀铝聚酯薄膜的光透射率在UV范围内显示出更好的反射率,降低了14%。带有其他类型的镀铝聚酯薄膜和辐射镜膜的光导似乎不受辐射的影响,它们在可见光区域显示出卓越的光传输效率。

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