Transport Properties of K(NO3)1-x(ClO3)x Thick Films

A. Britwum | M. K. Donkor | F. K. Ampong | F. Boakye | R. K. Nkum

Abstract: The effect of substituting chlorate ions for nitrate ions on the transport properties of K (NO3) 1-x (ClO3) x has been investigated. The electrical resistivity, dielectric constant, loss tangent and thermal conductivity of K (NO3) 1-x (ClO3) x have been studied. The electrical resistivity-temperature curve for the x = 0.1 sample shows an anomaly on heating and on cooling which indicates a first-order phase transition. Anomalies in the dielectric constant-temperature curves, also on heating and on cooling, confirm the first-order phase transition. The introduction of chlorate ions lead to scattering which increases the phononphonon interaction. This results in the decrease in thermal conductivity.

Keywords: resistivity, dielectric constant, dielectric loss, thermal conductivity

Edition: Volume 8 Issue 11, November 2019,

Pages: 748 - 751

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Transport Properties of K(NO3)1-x(ClO3)x Thick Films

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