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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >Radiological design study of First Optics Enclosure against secondary gas bremsstrahlung for the Canadian Light Source
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Radiological design study of First Optics Enclosure against secondary gas bremsstrahlung for the Canadian Light Source

机译:用于加拿大光源的针对次要气体First致辐射的第一光学外壳的放射学设计研究

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摘要

The design study of the First Optics Enclosure (FOE) against radiation due to secondary gas bremsstrahlung is performed for the beamlines at the Canadian Light Source. The back wall, side walls and roof of the FOE are made of lead. Placed in the FOE are a thin copper metal as a source of secondary gas bremsstrahlung and a tungsten beam shutter/stop. The energy deposition in the water phantom which surrounds the FOE is estimated by the Monte Carlo simulation. The thickness of lead shielding walls of the FOE is studied.
机译:针对加拿大光源的光束线,对第一光学外壳(FOE)进行了针对二次气体against致辐射的辐射的设计研究。 FOE的后壁,侧壁和屋顶均由铅制成。在FOE中放置的是薄铜金属,作为二次气体致辐射的源头和钨束快门/挡块。围绕FOE的水体模型中的能量沉积是通过蒙特卡洛模拟估算的。研究了FOE的铅屏蔽墙的厚度。

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