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Modeling of Loose Contamination Scenarios to Predict the Amount of Contamination Removed

机译:松散污染情景模型预测污染物去除量

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摘要

The objective of this research is to evaluate the influence of the factors identified by the Johnson, Kendall and Robert’s theory that affect the strength of the detachment force necessary to remove a particle of contaminant from a surface, and the roughness of the surface in which the contaminant is present, on predicting the efficiency of removal of loose contamination. Two methods were used to reach this objective: the first method consisted of quantifying the contamination by weight and the second method of quantifying the contamination by counting alpha and gamma particles. As a result, it was determined that for particles of 5 μm, the interaction between contaminant-wipe and contaminant-surface were significant. However, for particles between 37-149 μm, the contaminant-surface interaction was the only significant interaction affecting the amount of contamination removed. The results obtained were already used at a contaminated site, confirming the prediction of contamination removed
机译:这项研究的目的是评估约翰逊,肯德尔和罗伯特(Johnson),肯德尔(Kendall)和罗伯特(Robert)理论所确定的因素的影响,这些因素影响从表面去除污染物颗粒所必需的分离力的强度,以及影响表面粗糙度的因素。在预测去除松散污染物的效率时会出现污染物。为了达到该目的,使用了两种方法:第一种方法包括按重量定量污染,第二种方法是通过对α和γ粒子计数来定量污染。结果,确定对于5μm的颗粒,污染物擦拭和污染物表面之间的相互作用是显着的。但是,对于介于37-149μm之间的颗粒,污染物-表面相互作用是影响去除污染物量的唯一重要相互作用。所获得的结果已在受污染的地点使用,证实了已去除污染物的预测

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  • 作者

    Calderin Morales Duriem;

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  • 年度 2010
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