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Demulsification of dilute O/W emulsion by DC electric field

机译:直流电场稀释O / W乳液的破乳

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摘要

In this article, the effect of demulsification of dilute O/W emulsion in DC electric field and its mechanism are investigated. The results show that the demulsification process of dilute O/W emulsion is divided into three stages: water layer formation, re-emulsification with transverse diffusion and uplift-stabilization of O/W emulsion. There is a critical current in the electro-demulsification of dilute O/W emulsion. Some evidences confirm that O/W emulsion system with surfactant produces a surface tension gradient in the height direction during the stratification process. The critical current together with the surface tension gradient causes different demulsification processes and current variation for different emulsions.
机译:在本文中,研究了DC电场中稀释O / W乳液的破乳的影响及其机制。 结果表明,稀释O / W乳液的破乳过程分为三个阶段:水层形成,用横向扩散重新乳化和O / W乳液的提升稳定。 稀释O / W乳液的电破坏存在临界电流。 一些证据证实,具有表面活性剂的O / W乳液系统在分层过程中在高度方向上产生表面张力梯度。 与表面张力梯度一起的临界电流导致不同的破乳过程和不同乳液的电流变化。

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