Publication | Open Access
Evidencing Molecular Associations in Binary Liquid Mixtures<i>via</i>Photothermal Measurements of Thermophysical Parameters
26
Citations
7
References
2006
Year
EngineeringDifferential Scanning CalorimetryChemistryOpaque SampleOptical PropertiesThermal AnalysisAnalytical ChemistryThermodynamicsMolecular KineticsChromatographyThermoanalytical MethodMaterials SciencePhysicsBinary Liquid MixturesPhysical ChemistryQuantum ChemistryMolecular AssociationsThermophysical ParametersNatural SciencesSpectroscopyApplied PhysicsTemperature MeasurementLiquid MixturesThermal SensorThermophysical Property
Abstract The back photopyroelectric (PPE) configuration, with opaque sample and thermally thick sample and sensor, was applied in order to obtain room temperature values of the thermal diffusivity of some liquid mixtures. The methodology is based on a sample's thickness scan, and not on a frequency scan as is usually the case. The possibility of precisely controlling the sample's thickness variation leads to very accurate and reproducible values for the thermal diffusivity. The method is proposed as an alternative for evidencing molecular associations in binary liquid mixtures.
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