Similarly charged colloidal particles cannot agglomerate into larger particles.
带相同电荷的胶粒不能聚集成较大的颗粒。
Similarly charged colloidal particles cannot come close enough together to agglomerate into larger particles.
带相同电荷的胶粒不能紧密靠近，它们不能聚集成较大的颗粒。
When this membrane has been applied to the filtration process, because of the electrical effects, it can rejects the charged colloidal particles.
当导电徽滤膜应用于过滤时，由于电的作用，可以截留带电胶体微粒。
In chapter one we briefly introduce the soft matter, including the properties of the colloids, the progress, theories, some results of experiments and simulations on charged colloidal particles.
第一章简要介绍了软物质的基本情况，胶体的性质，带电胶体的基本研究情况、部分理论、实验和模拟结果以及本文的研究方法。
In chapter one we briefly introduce the soft matter, including the properties of the colloids, the progress, theories, some results of experiments and simulations on charged colloidal particles.
第一章简要介绍了软物质的基本情况，胶体的性质，带电胶体的基本研究情况、部分理论、实验和模拟结果以及本文的研究方法。
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