Chemistry Reference
In-Depth Information
6 References
Alpers W, Hühnerfuss H (1989) The damping of ocean waves by surface films: A
new look at an old problem. J Geophys Res 94: 6251-6266
Cini R, Lombardini PP, Manfredi C, Cini E (1987) Ripples damping due to mo-
nomolecular films. J Colloid Interface Sci 119: 74-80
Dysthe K, Rabin Y (1986) Damping of short waves by insoluble surface films. In
ONRL Workshop Proceedings - Role of surfactant films on the interfacial
properties of the sea surface, ed. Herr FL and Williams J, U.S.Office of Naval
Research, Arlington, Va, pp 187-213
Ermakov SA, Kijashko SV, Konnov IR (1995) Laboratory study of the damping
of gravity-capillary waves on the water surface, covered with insoluble
monomolecular films. Preprint N382, Institute of Applied Physics, Russian
Academy of Sciences, Nizhny Novgorod
Ermakov SA, Kijashko SV, Konnov IR (1996) On a possibility of determination
of surfactant films on a basis of measurements of damping of standing grav-
ity-capillary waves. Izv Akad Nauk Fiz Atmos Okeana 32: 544-547
Henderson DM (1998) Effects of surfactants on Faraday-wave dynamics. J Fluid
Mech 365: 89-107
Hocking LM (1987) The damping of capillary-gravity waves at rigid boundary. J
Fluid Mech 179: 253-266
Hühnerfuss H (1986) The molecular structure of the system water/monomole-
cular surface film and its influence on water wave damping. Habilitation the-
sis, University of Hamburg, Hamburg 1986, 245 pp
Hühnerfuss H, Lange P, Walter W (1984) Wave damping by monomolecular sur-
face films and their chemical structure. Part II: Variation of the hydrophylic
part of the film molecules including natural substances. J Mar Res 42: 737-
759
Garrett WD, Zisman WA. (1970) Damping of capillary waves on water by mono-
molecular films of polyorganosyloxanes. J Phys Chem 74: 1796-1805
Miles JW (1991) The capillary boundary layer for standing waves. J Fluid Mech
222: 197-205
Levich VG (1962) Physicochemical Hydrodynamics. Prentice-Hall, Elmsford
Park, N.J.
Lucassen-Reynders EN, Lucassen J (1969) Properties of capillary waves. Advan
Colloid Interface Sci 2: 347-395
Noskov BA, Grigoriev DO (1996) Kinetic Study of Sodium Decyl Sulfate Solu-
tions by the Capillary Wave Method. Langmuir 12: 3399-3403
Noskov BA, Alexandrov DA, Gumennik EV, Krotov VV, Miller R (1998) Dy-
namic surface elasticity of solutions of dodecylsulphate Na in the frequency
range 0.8Hz-5Hz. Colloid Z 60: 227-234
Pogorzelski St, Linde B, Sliwinski A (1984) Capillary wave attenuation on a water
surface coated with monolayers of oil-derivative substances. Acoustics Letters
8: 5-9
Scott JC, Thomas NH (1999) Sea surface slicks - surface chemistry and hydrody-
namics in radar remote sensing, in:
Wind-over-wave couplings. Perspectives
