研究低密度聚乙烯中添加羧甲基纤维素粉对x射线屏蔽辐射的影响

Raed M.Shaban, H. J. Shaymaa, W. A. Radhi, Ziyad T. Almalki, A. MuzahimM.
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引用次数: 0

摘要

为了提取羧甲基纤维素(CMC)在低密度聚乙烯中添加对x射线辐射衰减的影响,利用x射线单元对负载聚合物材料在电压范围(21kv)下的x射线衰减进行了测量。通过对数吸收与样品厚度X(cm)之间的图形表示产率的线性方程,计算上述电压范围内的线性衰减系数(µl)。也可以通过对数吸收与样品等效厚度X m (gm/ cm2)的图形关系来计算质量衰减系数(µm),图形关系的斜率表示衰减系数或质量衰减系数的线性关系。计算结果表明
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study the Effect of adding Carboxy Methyl Cellulose Powder to Low Density Polyethylene on Shielding Radiation for the X-ray
Carboxy methyl cellulose  Low Density Polyethylene  Shielding radiation The attenuation measurements of x-ray of voltage range (21kv) for hosted polymer material were done using x-ray unit, in order to extract the effect of adding carboxy methyl cellulose material (CMC) to low density polyethylene on x-ray radiation attenuation . The linear attenuation coefficient (µ l ) was calculated for the voltage range mentioned above , through linear equations of the yield of graphic representation between the logarithmic absorption and the sample thickness X(cm). The mass attenuation coefficient (µ m ) could also be calculated through the graphic relation between the logarithmic absorption and the equivalent thickness of the sample X m (gm/cm 2 ) such that slope of the graphic relation represents linear the attenuation coefficient or mass attenuation coefficient. The calculated results indicated that the efficiency of
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