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A Method of Minimizing Supercooling and Its Application in the Determination of Freezing Points from Dielectric Constant Measurements

T. M. Shaw

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Abstract

The determination of the freezing points of water in colloidal systems from dielectric constant measurements is shown to be unsatisfactory when supercooling occurs. A method is described for minimizing supercooling, which makes possible accurate determinations of the freezing point. Data showing the freezing points obtained for a Barnes soil at various moisture contents are included.

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The determination of the freezing points of water in colloidal systems from dielectric constant measurements is shown to be unsatisfactory when supercooling occurs. A method is described for minimizing supercooling, which makes possible accurate determinations of the freezing point. Data showing the freezing points obtained for a Barnes soil at various moisture contents are included.

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Available abstract

The determination of the freezing points of water in colloidal systems from dielectric constant measurements is shown to be unsatisfactory when supercooling occurs. A method is described for minimizing supercooling, which makes possible accurate determinations of the freezing point. Data showing the freezing points obtained for a Barnes soil at various moisture contents are included.

Key concepts: Supercooling, Freezing point, Dielectric, Constant (computer programming), Materials science, Thermodynamics, Point (geometry), Water content

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