Publication | Closed Access
Prediction of Excess Volumes and Excess Surface Tensions from Experimental Refractive Indices
91
Citations
13
References
2000
Year
Optical MaterialsEngineeringLiquid-liquid FlowFluid MechanicsMechanical EngineeringOptic DesignOptical TestingExcess Surface TensionsMixture RulesExcess VolumesGradient Index MaterialsSurface ReflectanceMolecular ThermodynamicsOptical PropertiesMechanicsMaterials SciencePhysicsBinary Liquid MixturesSurface TensionOptical TolerancingInterface PropertyPhotoelasticityInterfacial PhenomenonSurface ScienceApplied PhysicsExperimental Refractive IndicesInterfacial PhenomenaInterfacial StudyAbstract Refractive IndicesWater Surface Reflectance
Abstract Refractive indices for the binary liquid mixtures: {hexane or heptane + ethanol}, {o-xylene + benzene} and {cyclohexane + benzene, toluene or hexane} were measured at 298.15 K. Excess refractive indices were calculated and fitted to a Redlich-Kister function. Using some mixture rules (Lorentz-Lorenz, Dale -Gladstone, Eykman, Oster, Arago-Biot and Newton), predictions for vE have been made and compared with experimental data taken from the literature. Furthermore the Sugden equation has been used in two different ways for predicting excess surface tensions: the first one starting from densities and the other one from refractive indices. Results are plotted together with the literature data.
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