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Hydrophilicity of Nonanoic Acid and Its ConjugateBase at the Air/Water Interface

机译:壬酸及其共轭物的亲水性基地在空气/水接口

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摘要

A general adsorption model based on partial dissociation was developed for carboxylic acids. The model was applied to the adsorption of nonanoic acid at the air/water interface. Two cases were selected for experimental verification: acid-only and acid with a constant Na+OH concentration. The model was applied simultaneously at both conditions, and the hydrophilicity of the ionic states was quantified by the adsorption constants, KA and KAH. It was found that the adsorption constant for the acidic group is significantly higher than that for the carboxylate group, KAH/KA ∼ 272. The model lays important groundwork for modeling and predicting carboxylic/carboxylate adsorption.
机译:建立了基于部分解离的羧酸通用吸附模型。该模型应用于壬酸在空气/水界面的吸附。选择了两种情况进行实验验证:纯酸和恒定Na + OH 浓度的酸。在两个条件下同时应用该模型,并通过吸附常数KA和KAH定量离子态的亲水性。发现酸性基团的吸附常数明显高于羧酸基团的吸附常数,KAH / KA〜272。该模型为建模和预测羧酸/羧酸盐的吸附奠定了重要的基础。

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