[1] 崔彬. 化学驱中油水界面Marangoni 对流实验研究[D].
廊坊：中国科学院渗流流体力学研究所，2012.
[2] 夏惠芬，王德民，王刚，等. 化学驱中黏弹性驱替液的
微观力对残余油的作用[J]. 中国石油大学学报：自然
科学版，2009，33（4）：150 155，160.
Xia Huifen，Wang Demin，Wang Gang，et al. Effect of
micro forces caused by driving fluid with viscoelasticity
on residual oil in chemical flooding[J]. Journal of China
University of Petroleum，2009，33（4）：150 155，160.
[3] 裴海华，张贵才，葛际江，等. 稠油碱驱中液滴流提高
采收率机理[J]. 石油学报，2012，33（4）：663 669.
Pei Haihua，Zhang Guicai，Ge Jijiang，et al. Mechanism
of droplet flow in alkaline flooding for enhancing
heavy-oil recovery[J]. Acta Petrolei Sinica，2012，33（4）：
663 669.
[4] 孙盈盈，岳湘安，张立娟，等. 乳化作用对水驱后残
余油膜效果的实验与评价[J]. 新疆石油地质，2014，
35（1）：73 76.
Sun Yingying，Yue Xiang′an，Zhang Lijuan，et al. Effect
of emulation on displacement of residual oil film following
waterflooding：experiment and evaluation[J]. Xinjiang
Petroleum Geology，2014，35（1）：73 76.
[5] 何江川，王元基，廖广志，等. 油田开发战略性接替技
术[M]. 北京：石油工业出版社，2013.
[6] Lyford P A，Pratt H R C，Shallcross D C，et al. The
marangoni effect and enhanced oil recovery Part 1. Porous
media studies[J]. The Canadian Journal of Chemical Engineering，
1998，76（2）：167 174.
[7] Lyford P A，Shallcross D C，Pratt H R C，et al. The
marangoni effect and enhanced oil recovery Part 2. Interfacial
tension and drop instability[J]. The Canadian Journal
of Chemical Engineering，1998，76（2）：175 182.
[8] Marangoni C. Sull′espansione delle goccie di un liquido
galleggiante sulla superficie di altro Liquido[J]. Fusi，
Pavia.，1865.
[9] Lam Andrew C，Schechter Robert S，Wade William H
U. Mobilization of residual oil under equilibrium and
nonequilibrium conditions[C]. SPE 10198，1983.
[10] Pratt H R C. Marangoni flooding with water drives：a novel
method for EOR[C]. SPE 22982，1991.
[11] Alfredo Arriola，Paul Willhite G，Green Don W. Trapping
of oil drops in a noncircular pore throat and mobilization
upon contact with a surfactant[C]. SPE 9404，1983.
[12] Fletcher A，Davis J. How EOR can be transformed by nanotechnology[
C]. SPE 129531，2010.
[13] Tong Zhengshin，Yang Chengzhi，Wu Guoqing，et
al. A study of microscopic flooding mechanism of
surfactant/alkali/polymer[C]. SPE 39662，1998.
[14] 崔彬，刘卫东，孙灵辉，等. 原油与化学驱油体系界
面Marangoni 对流实验研究[J]. 日用化学工业，2011，
41（5）：318 321.
Cui Bin，Liu Weidong，Sun Linghui，et al. Study of
Marangoni convection experiment between crude oil and
chemical flooding systems[J]. China Surfactant Detergent
& Cosmetics，2011，41（5）：318 321.
[15] 刘卫东，刘吉，孙灵辉，等. 流体边界层对低渗透油藏
渗流特征的影响[J]. 科技导报，2011，29（22）：42 44.
Liu Weidong，Liu Ji，Sun Linghui，et al. Influence of fluid
boundary layer on fluid flow in low permeability oilfields[
J]. Science & Technology Review，2011，29（22）：
42 44.
[16] Nakache E，Dupeyrat M，Vignes-Adler M. The contribution
of chemistry to new Marangoni mass-transfer instabilities
at the oil/water interface[J]. Faraday Discussions
of the Chemical Society，1984，77：189 196.
[17] Sternling C V，Scriven L E. Interfacial turbulence：hydrodynamic
instability and the Marangoni effect[J]. AIChE
Journal，1959，5（4）：514 523.
[18] Clarence A Miller，P Neogi. Interfacial phenomena：equilibrium
and dynamic effects[M]. CRC Press，2007.