Introduction to Polyelectrolyte Adsorption (聚电解质吸附)

Polyelectrolyte Adsorption 聚电解质吸附 - Our implementations are validated against the analytical results for several cases and against published results on electrolyte and polyelectrolyte adsorption on charged interfaces. ^[1] We investigate the influence of the charge sequences of the free and bound species on the thermodynamics of polyelectrolyte adsorption. ^[2] The highest rate of polyelectrolyte adsorption was at pH 4. ^[3]
我们的实施已针对几种情况的分析结果以及已发表的关于带电界面上电解质和聚电解质吸附的结果进行了验证。 ^[1] 我们研究了自由和结合物质的电荷序列对聚电解质吸附热力学的影响。 ^[2] 聚电解质的最高吸附率在 pH 4 时。 ^[3]

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We investigate the influence of the charge sequences of the free and bound species on the thermodynamics of polyelectrolyte adsorption. 我们研究了自由和结合物质的电荷序列对聚电解质吸附热力学的影响。

The highest rate of polyelectrolyte adsorption was at pH 4. 聚电解质的最高吸附率在 pH 4 时。

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Polyelectrolyte Adsorption 聚电解质吸附

Polyelectrolyte Adsorption(聚电解质吸附)研究综述

We investigate the influence of the charge sequences of the free and bound species on the thermodynamics of polyelectrolyte adsorption.

我们研究了自由和结合物质的电荷序列对聚电解质吸附热力学的影响。

The highest rate of polyelectrolyte adsorption was at pH 4.

聚电解质的最高吸附率在 pH 4 时。