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无限互溶的水——非电解质体系的盐效应
引用本文:卢雁,卢锦梭.无限互溶的水——非电解质体系的盐效应[J].河南师范大学学报(自然科学版),1989(4):40-44.
作者姓名:卢雁  卢锦梭
作者单位:河南师范大学化学系,河南师范大学化学系
基金项目:国家自然科学基金资助课题
摘    要:本文经过对Setschenow的盐效应公式1g(S°/S)=KC_s的分析及对文献数据的处理,计算得出:该公式亦适用于无限互溶的水——非电解质体系。并得出了一些体系的盐效应常数。对于用逸度概念表达的盐效应公式1g(f/f°)=k_sC_s与前者的异同本文进行了讨论,指出了后者在应用中所受到的限制及其原因。

关 键 词:盐效应  Setschenow常数  折点  共轭溶液  严格正规溶液

THE SALT EFFECT ON THE COMPLETELY MISCIBLE NONELECTROLYTE-WATER SYSTEM
Lu Yan Lu Jinsuo.THE SALT EFFECT ON THE COMPLETELY MISCIBLE NONELECTROLYTE-WATER SYSTEM[J].Journal of Henan Normal University(Natural Science),1989(4):40-44.
Authors:Lu Yan Lu Jinsuo
Institution:Lu Yan Lu Jinsuo
Abstract:The experiential equation of salt effect on the solubility of nonelectrolyte in water, lg(S/S) =KC_s which was suggested by Setschenow in 1889,has only been applied to the nonelectrolyte aqueous with low solubility for many years. But for the high solubility or completely miscible nonelectrolyte aqueouses, we use another equation, lg(f/f°) =k_sC_s, which is similar to Setschenow's equation in form, but different in meaning. In this paper,through proper inferences and recalculations on the basis of many literatures, it is indicated that Setschenow's experiential equation is applicable to the salt effect on nonelectrolyte-water systems which are completely miscible. In addition, we have analysed the similarities and differences between the two equations mentioned above and pointed out the restriction of the latter equation.
Keywords:salt effect  Setschenow constant  plait point  conjugate solution  strictly regular solution
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