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首页> 外文期刊>American Journal of Bioscience and Bioengineering >Modelling Dispersion Influences on Chromium Transport in Heterogeneous Silty and Fine sand Formation, Port Harcourt Industrial Lay-Out, Rivers State of Nigeria
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Modelling Dispersion Influences on Chromium Transport in Heterogeneous Silty and Fine sand Formation, Port Harcourt Industrial Lay-Out, Rivers State of Nigeria

机译:尼日利亚河州哈科特港工业布局,非均质粉质和细砂形成中色散对铬迁移的影响模拟

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This paper examined chromium transport through dispersion and storage coefficient influences. The study has monitored the deposition of chromium in silty and fine sand formation. The developed model expressed the behaviour of chromium in the study location, storage coefficient and dispersions of chromium were examined through the behaviour of chromium transport in silty and fine sand formation, the behaviour were expressed through graphical representation, the fluctuation on concentration reflect the influences from porosity variation thus dispersion and storage coefficient. This generated slight accumulation of chromium deposition in silty and fine sand formation, this condition was examined through the rate of chromium deposition; some fluctuations were experienced from the experimental values for model validation. The heterogeneous settings in the formation were also observed, the developed model was compared with other experimental values, and both parameters expressed favourable fits validating the model.
机译:本文研究了铬通过分散体和储藏系数影响的迁移。该研究监测了粉质和细砂形成中铬的沉积。建立的模型表达了铬在研究区的行为,通过粉质和细砂地层中铬的迁移行为,研究了铬的储藏系数和铬的分散性,通过图形表示表示了行为,浓度的波动反映了铬的影响。因此,孔隙率变化分散和储能系数。这在粉质和细砂形成中产生了少量的铬沉积,通过铬的沉积速率检查了这种情况。模型验证的实验值出现了一些波动。还观察到地层中的非均质设置,将开发的模型与其他实验值进行了比较,两个参数均表示验证模型的有利拟合。

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