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Dynamic pyroelectric response of polyvinylidene fluoride at low temperatures

D.K. Das-Gupta, J. S. Duffy

Open publisher page 11 citations

Abstract

The nature of dynamic pyroelectric responses, superimposed on the time-dependent discharge current of weakly poled polyvinylidene fluoride has been studied in the temperature range −55 to −10 °C. The results show that the observed pyroelectricity is of dipolar origin, occurring in the amorphous phase of the polymer.

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What this paper is about

The nature of dynamic pyroelectric responses, superimposed on the time-dependent discharge current of weakly poled polyvinylidene fluoride has been studied in the temperature range −55 to −10 °C. The results show that the observed pyroelectricity is of dipolar origin, occurring in the amorphous phase of the polymer.

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Available abstract

The nature of dynamic pyroelectric responses, superimposed on the time-dependent discharge current of weakly poled polyvinylidene fluoride has been studied in the temperature range −55 to −10 °C. The results show that the observed pyroelectricity is of dipolar origin, occurring in the amorphous phase of the polymer.

Key concepts: Polyvinylidene fluoride, Pyroelectricity, Materials science, Amorphous solid, Dipole, Electret, Polymer, Fluoride

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