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Thermal conductivity, thermal effusivity, and specific heat capacity near the lower critical point of the binary liquid mixture <i>n</i>-butoxyethanol–water
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Citations
18
References
2004
Year
Materials ScienceEngineeringLower Critical PointCritical Mixing PointBinary Liquid MixturesApplied PhysicsExperimental ThermodynamicsSpecific Heat CapacityThermophysical PropertyThermodynamicsChemistryHeat TransferMultiphase FlowThermal ConductionThermal EngineeringThermal ConductivityThermoanalytical Method
Experimental investigations on binary liquid mixtures near the critical mixing point are presently leading to a controversy about the anomaly in the thermal conductivity. A photopyroelectric technique is used to determine the thermal conductivity and the effusivity of the binary liquid mixture n-butoxyethanol-water at its critical concentration near the critical mixing point. It is proven that, contrary to previous reports, there is no critical enhancement in the thermal conductivity. The specific heat capacity is calculated from these results and compared with the results from measurements performed by adiabatic scanning calorimetry.
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