Abstract This paper gives a theoretical model which allows to predict changes of the blockade of the porous bed during the flow of non-Newtonian emulsions. It takes into account much more process and material parameters than the formulas published in the literature till now: like size of dispersed phase droplets, emulsion concentration and rheological parameters of heterogeneous, non-Newtonian liquid. Using the model it is also possible to predict changes of bed permeability, its blockade, as a result of oil droplets capture. Model calculations were verified with experimental data and satisfactory correctness was obtained. The work contributes to the development of the description of the transport of multiphase substances, with complex rheological properties, through porous structures. The results of the research may find practical application during the development of methods of intensifying oil production, as well as the assessment of the penetration of complex pharmaceuticals in dermal structures.

中文翻译：

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高浓度乳液在多孔介质中流动的建模和实验数据

摘要 本文给出了一个理论模型，该模型可以预测在非牛顿乳液流动过程中多孔床堵塞的变化。它考虑了比迄今为止文献中公开的公式更多的工艺和材料参数：如分散相液滴的大小、乳液浓度和非均相非牛顿液体的流变参数。使用该模型，还可以预测由于油滴捕获而导致的床渗透率变化及其阻塞。模型计算得到了实验数据的验证，得到了令人满意的正确性。这项工作有助于描述具有复杂流变特性的多相物质通过多孔结构的传输。