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首页> 外文期刊>Asian Journal of Chemistry: An International Quarterly Research Journal of Chemistry >Interaction of gamma ray photons with some biological samples
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Interaction of gamma ray photons with some biological samples

机译:伽马射线光子与一些生物样品的相互作用

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摘要

Gamma ray interaction with some biological samples such as bone, chlorophyll, cholesterol, flesh, glucose, haemoglobin, muscle and uric acid has been investigated at some incident photon energies, which are available from commonly used gamma ray sources such as Am241, Bal33, Hg203, Na22, Cs137, Mn54, Zrr65 and Co60. In this energy range (59.54 - 1332 keV), Compton scattering is a dominant photon interaction process. The gamma ray photon interaction with biological samples has been visua!i7ed mainly in terms of mass attenuation coefficients and energy absorption buildup factory. From the present investigations, it has been concluded that while exposing large dimensional biological sample to the lower energy incident photons, care must be taken for buildup of the photons.
机译:在某些入射光子能量下,已研究了伽马射线与某些生物样品(例如骨骼,叶绿素,胆固醇,果肉,葡萄糖,血红蛋白,肌肉和尿酸)的相互作用,这些能量可从常用的伽马射线源(例如Am241,Bal33,Hg203)获得,Na22,Cs137,Mn54,Zrr65和Co60。在此能量范围(59.54-1332 keV)中,康普顿散射是主要的光子相互作用过程。伽马射线光子与生物样品的相互作用已经主要从质量衰减系数和能量吸收积累工厂方面进行了研究。从目前的研究得出的结论是,在将大尺寸的生物样本暴露于较低能量的入射光子时,必须注意光子的积累。

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