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首页> 外文期刊>IEEE Transactions on Nuclear Science >Operation characteristics of ionizing radiation detectors based on inorganic and plastic scintillators for nuclear physics and medical instrumentation
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Operation characteristics of ionizing radiation detectors based on inorganic and plastic scintillators for nuclear physics and medical instrumentation

机译:基于无机和塑料闪烁体的核物理和医疗仪器电离辐射探测器的工作特性

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摘要

Main operation characteristics of radiation detectors, using various scintillation substances, are calculated on the base of a realistic optical model of a scintillator. The calculation method takes account of a mirror-type maximum of the diffuse reflection indicatrix which is important for light collection in a scintillator. The comparison is carried out between various cases. Differing in the scintillator geometry, the type of reflecting surface, and the way of coupling the scintillator with the photoreceiver. Calculation results permit one to make a reasonable choice of scintillator sizes and reflector type for various specific applications. Some other possible applications of the calculation method are considered.
机译:使用各种闪烁物质的辐射探测器的主要操作特性是根据闪烁器的实际光学模型计算得出的。该计算方法考虑了漫反射指示器的镜面类型的最大值,这对于闪烁器中的光收集很重要。在各种情况之间进行比较。闪烁体的几何形状,反射表面的类型以及闪烁体与光接收器的耦合方式不同。计算结果使人们可以针对各种特定应用合理选择闪烁体尺寸和反射器类型。考虑了该计算方法的其他可能应用。

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