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Investigate the Ability of the Eggshell to Attenuate the Gamma and Beta Rays as Compared with Composite FeSO_4.7H_2O

机译:与复合FeSO_4.7H_2O相比,研究蛋壳减弱γ和β射线的能力

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A hidden danger, no color and no taste for nuclear radiation that can have effects in human health While increasing the use of ionizing radiation The risk of health increases If is not used or contained correctly. And in order to avoid the risks of this radiation to the health of workers And clients With these radiations to look for a continuous and extensive search In all materials that can protect them from this radiation. These materials must be inherently harmless, with a low material cost. In this study, four samples were done with different mixing ratios for studying the attenuation coefficient of gamma rays and beta particles barriers made of polymer, epoxy, FeSO_4.7H_2O compounds in addition to Eggshells and in certain proportions and the use of these samples measure the attenuation coefficient of gamma rays and beta particles using radioactive sources. (Caesium-137 and Strontium-90). At the end of this research the ability of Eggshells to attenuate beta particles and excelled On FeSO_4.7H_2O compounds. The gamma attenuation coefficient is very close to FeSO_4.7H_2O compounds. These readings were taken at the Directorate of Treatment and Management of Iraqi Radioactive Waste based.
机译:潜在的隐患,无色无味,无味无味的核辐射会影响人体健康。在增加电离辐射的使用量的同时,如果未正确使用或控制不当,则会增加健康风险。并且为了避免这种辐射对工人和客户健康的风险,希望通过这些辐射在所有可以保护他们免受辐射影响的材料中进行持续而广泛的搜索。这些材料必须固有地无害且材料成本低。在这项研究中,以不同的混合比例对四个样品进行了研究,以研究由蛋壳以外的聚合物,环氧树脂,FeSO_4.7H_2O化合物和一定比例组成的γ射线和β颗粒屏障的衰减系数,并使用这些样品来测量使用放射源的γ射线和β粒子的衰减系数。 (铯137和锶90)。这项研究结束时,蛋壳具有减弱β粒子并在FeSO_4.7H_2O化合物上优异的能力。伽马衰减系数非常接近FeSO_4.7H_2O化合物。这些读数取自伊拉克放射性废物处理和管理总局。

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