1966
DOI: 10.1021/j100876a035
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The Surface Tension of Binary Liquid Mixtures1

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Cited by 115 publications
(84 citation statements)
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“…464). The difference, Aa, between the surface tension on the solution and that of pure water is independent of temperature and may be fit by m Aa = (39) 1 + 0.034 m which is of the general form suggested by Eberhart (1966). The data for the density of the solution (Mellor, 1964, p. 520) may be fit by assuming a constant partial molal volume of 51.2cm 2mo1-1 for NH4NO3(aq).…”
Section: Dependence Of Dissociation Constant and Deliquescence Point mentioning
confidence: 99%
“…464). The difference, Aa, between the surface tension on the solution and that of pure water is independent of temperature and may be fit by m Aa = (39) 1 + 0.034 m which is of the general form suggested by Eberhart (1966). The data for the density of the solution (Mellor, 1964, p. 520) may be fit by assuming a constant partial molal volume of 51.2cm 2mo1-1 for NH4NO3(aq).…”
Section: Dependence Of Dissociation Constant and Deliquescence Point mentioning
confidence: 99%
“…Hildebrand and Scott extended this model for mixtures with dissimilar molecules. Eberhart (1966) employed a statistical thermodynamic approach and developed a one-parameter equation for binary liquid mixtures with good accuracy (Tahery et al, 2005). A two-parameter equation was developed based on Wilson theory (Fu et al, 1986).…”
Section: Surface Thermodynamic Theorymentioning
confidence: 99%
“…The simplest relationship between surface tension and surface mole fraction has been proposed by Eberhart [29] as following…”
Section: Semi-empirical/empirical Modelsmentioning
confidence: 99%