The presence of surface-active material may modify appreciably the flow patterns in two-phase flows. A frequently employed model for the surface adsorption process is used to derive similarity conditions for such flows. The limitations of this model are discussed in relation to the formation of surface films on open channel flow of water containing dilute surfactant.
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References
1.
MersonR. L.QuinnJ. A.A.I.Ch.E. J.196511, 391.
2.
KenningD. B. R.CooperM. G.J. Fluid Mech.196624, 293.
3.
RobertsD. Ph.D. thesis, Imperial College, London University, 1961.
4.
FrumkinA.LevichV.Zh. fiz. Khim.194721, 1183; see also Levich, V. Physico-chemical hydrodynamics 1952 (translated 1962) (Prentice-Hall, New Jersey).
5.
BoussinesqJ.Ann. Chem. Phys.191329, 364.
6.
BondW. N.NewtonD. A.Phil. Mag.19285, 794.
7.
HarperJ. F.MooreD. W.PearsonJ. R. A.J. Fluid Mech.196727, 361.
8.
KenningD. B. R.CooperM. G.‘Flow patterns near nuclei and the initiation of boiling during forced convection heat transfer’, Paper 11, Symp. Boiling Heat Transfer in Steam-generating Units and Heat Exchangers, Proc. Instn mech. Engrs1965–66180 (Pt 3C), 112.
9.
ScrivenL. E.Chem. Engng Sci.196012, 98.
10.
ArisR.Vectors, tensors and basic equations of fluid mechanics1962 (Prentice-Hall, London).
11.
SlatteryJ. C.Chem. Engng Sci.196419, 379.
12.
GriffithR. M.Chem. Engng Sci.196217, 1057.
13.
RuckensteinE.Chem. Engng Sci.196419, 131.
14.
LangmuirI.J. Am. chem. Soc.1917, 1848.
15.
AdamN. K.The physics and chemistry of surfaces1941 (Oxford University Press).
16.
GibbsJ. W.Scientific papers1878 (ed. Bumstead, 1906) (Longmans, New York). See also reference (17).
17.
DaviesJ. T.RidealE. K.Interfacial phenomena1961 (Academic Press, New York).