作者: HuaQing Wang , Michel Lacroix , Nicolas Masséi , Jean-Paul Dupont
DOI: 10.1016/S1251-8050(00)01388-4
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摘要: Abstract We present a chromatographic short-pulse technique for studying suspended particle transport and deposition kinetics in porous medium. A mathematical method is proposed to determine hydrodispersive characteristics rates from the breakthrough curves. The results of data interpretation demonstrate that all parameters obtained (fraction particles recovered, rate, effective porosity dispersivity) vary with flow rate. relationships between these Darcy’s velocity can be given by power laws.