首页> 外文期刊>Journal of Colloid and Interface Science >CORRELATION BETWEEN OSCILLATION MODES AND PENETRATION RATE OF PROTONS IN THE THREE-PHASE LIQUID-MEMBRANE OSCILLATION SYSTEM
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CORRELATION BETWEEN OSCILLATION MODES AND PENETRATION RATE OF PROTONS IN THE THREE-PHASE LIQUID-MEMBRANE OSCILLATION SYSTEM

机译:三相液膜振荡系统中振荡模式与质子渗透率的相关性

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摘要

In the three-phase liquid-membrane system consisting of water-nitrobenzene-water, the decrease in pH of aqueous phases is found to be accompanied with the spontaneous electric oscillation of several modes. The increase rates of proton concentration in each aqueous phase are found to differ considerably in each modes of electric oscillation. Furthermore, the presence of an aqueous phase without surfactant is found to accelerate the proton penetration rate through nitrobenzene-water interface. The mechanisms for each mode of oscillation are discussed. (C) 1997 academic Press. [References: 7]
机译:在由水-硝基苯-水组成的三相液膜系统中,发现水相的pH降低伴随着多种模式的自发电振荡。发现在每个电振荡模式中,每个水相中质子浓度的增加速率有显着不同。此外,发现没有表面活性剂的水相的存在加速了质子通过硝基苯-水界面的渗透速率。讨论了每种振荡模式的机制。 (C)1997学术出版社。 [参考:7]

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