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arXiv 0910.2143cond-mat.soft
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气泡组件的渗透性:从非常干燥到潮湿极限

Permeability of a bubble assembly: From the very dry to the wet limit

Florence Rouyer, Olivier Pitois, Elise Lorenceau, Nicolas Louvet

摘要:

我们测量的流动和非流动界面的肥皂溶液特性的单分散气泡的流化床的渗透性。这些实验数据扩展了以前发表的泡沫在干限下的渗透率曲线。在湿限,这些数据加入硬球悬浮液的渗透率曲线在孔隙率等于0.4和0.6的情况下,移动和非移动接口分别。我们表明,由Kozeny和Carman提出的渗透率模型,最初验证的填充床的球(孔隙率约为0.4)可以成功地应用于从0.001至0.85的单分散和可变形的实体与非移动界面的系统的液体分数没有可调参数。

英文摘要:

We measure the permeability of a fluidized bed of monodispersed bubbles with soap solution characteristic of mobile and non-mobile interfaces. These experimental data extend the permeability curves previously published for foam in the dry limit. In the wet limit, these data join the permeability curves of a hard sphere suspension at porosity equal to 0.4 and 0.6 in the cases of mobile and non-mobile interfaces respectively. We show that the model of permeability proposed by Kozeny and Carman and originally validated for packed beds of spheres (with porosity around 0.4) can be successfully applied with no adjustable parameters to liquid fractions from 0.001 up to 0.85 for systems made of monodisperse and deformable entities with non-mobile interfaces.

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