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Auto-Emulsification of Water at the Crude Oil/Water Interface: A Mechanism Driven by Osmotic Gradient

机译：原油/水界面水的自动乳化：由渗透梯度驱动的机制

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J. Duboué; M. Bourrel; E. Santanach Carreras; A. Klimenko; N. Agenet; N. Passade-Boupat; F. Lequeux;
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1. Auto-Emulsification of Water at the Crude Oil/Water Interface: A Mechanism Driven by Osmotic Gradient [J] . Duboue J., Bourrel M., Carreras E. Santanach, Energy & fuels . 2019,第AUGa期

机译：原油/水界面的水自动乳化：一种由渗透梯度驱动的机理
2. Investigating the Impact of Crude Oil Solubility on Water-in-Oil Emulsion Stability and Its Relation to Molecular Composition of Crude Oil at the Oil-Water Interface [J] . Cherney Daniel P., Wu Chunping, Thorman Rachel M., Energy & fuels . 2015,第mayajuna期

机译：研究原油溶解度对油包水乳液稳定性的影响及其与油-水界面处原油分子组成的关系
3. Microscopic scale interactions of water ions at crude oil/water interface and their impact on oil mobilization in advanced water flooding [J] . Ayirala Subhash C., Al-Saleh Salah H., Al-Yousef Ali A. Journal of Petroleum Science & Engineering . 2018,第期

机译：水离子在原油/水界面下的微观刻度相互作用及其对高水水洪水的影响
4. Fundamental Investigation of Auto-Emulsification of Water in Crude Oil:AnInterfacial Phenomenon and its Pertinence for Low Salinity EOR [C] . Duboue Jennifer, Bourrel Maurice, Dusautoir Theo SPE Improved Oil Recovery Conference . 2020

机译：原油中水自动乳化的根本调查：渗透现象及其对低盐度EOR的诱因
5. Elucidation of Water Transport Mechanisms Across Salt-Rejecting Membranes Driven by Soil Water Potential Energy [D] . Henry, Coleman J. 2020

机译：阐明土壤水势能驱动的含盐灭绝膜的水运输机制
6. Lignosulfonates in Crude Oil Processing: Interactionswith Asphaltenes at the Oil/Water Interface and Screening of PotentialApplications [O] . Sébastien Simon, *, Marzieh Saadat, 2020

机译：原油加工木质素磺酸盐：相互作用在油/水界面下用沥青质和筛选潜力应用程序
7. Addendum: Taylor, S.E., et al. Metal Ion Interactions with Crude Oil Components: Specificity of Ca2+ Binding to Naphthenic Acid at an Oil/Water Interface. Colloids Interfaces 2018, 2, 40. [O] . Spencer Taylor, Hiu Chu, Ugochukwu Isiocha 2018

机译：附录：泰勒，S.E.等人。金属离子相互作用与原油组分：Ca2 +在油/水界面上与环烷酸结合的特异性。胶体界面2018,2,40。

Auto-Emulsification of Water at the Crude Oil/Water Interface: A Mechanism Driven by Osmotic Gradient

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