The Effect of Polymer Architecture and Segment-Surface Interactions on the Dynamic Properties of Polymers Layers Absorbed from Aqueous Solution

研究表明，使用倏逝波诱导 荧光测量从水溶液中的吸附 将聚合物分子附着在固体表面上。 的影响 聚合物的结果将应用于聚合物的吸附 分子到胶体颗粒上， 他们的互动。 这项研究将特别侧重于 疏水改性聚合物吸附到疏水 表面，其结果应适用于广泛的 各种聚合物胶体系统。

The research suggests using Evanescent Wave Induced Fluorescence to measure the adsorption from aqueous solution of polymer molecules onto solid surfaces. The effect of polymer results will be applied to the adsorption of polymer molecules onto colloid particles for the purpose of regulating their interaction. The study will focus particularly on hydrophobically modified polymers adsorbing onto hydrophobic surfaces, and the results should be applicable to a wide variety of polymer colloid systems.