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Osmotic stress tensor in charge stabilized colloidal crystals

机译:电荷稳定胶体晶体中的渗透应力张量

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摘要

Osmotic stress tensor is introduced to describe the osmotic pressure in colloidal crystals within the framework of the theory of the Poisson-Boltzmann equation. The osmotic stress tensor is related to the fundamental stress tensor, which is associated with the Poisson-Boltzmann equation. It is shown that the osmotic stress tensor can be determined for colloidal crystals with arbitrary structures, as well as for media that are described by cell models. The general results are exemplified by spherical and cylindrical cell models.
机译:在泊松-玻尔兹曼方程理论的框架内,引入渗透应力张量来描述胶体晶体中的渗透压。渗透应力张量与基本应力张量有关,后者与Poisson-Boltzmann方程相关。结果表明,可以确定具有任意结构的胶体晶体以及由细胞模型描述的介质的渗透应力张量。总体结果由球形和圆柱形单元模型举例说明。

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