Pyroelectric properties of PZT-type ferroelectric ceramics in the morphotropic phase-transition region

The temperature changes in the pyroelectric coefficient of the PZT-type materials synthesized in the morphotropic phase-transition region have been dynamically investigated under different polarization conditions. The temperature ranges of thermodynamic instability of the domain and phase structures...

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Published in:Bulletin of the Russian Academy of Sciences. Physics 2007-05, Vol.71 (5), p.686-687
Main Authors: Zakharov, Yu. N., Borodin, A. V., Borodin, V. Z.
Format: Article
Language:English
Subjects:
Ferroelectric materials
Lead zirconate titanates
Phase transitions
Polarization
Thermal stability
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creator Zakharov, Yu. N.
Borodin, A. V.
Borodin, V. Z.
description The temperature changes in the pyroelectric coefficient of the PZT-type materials synthesized in the morphotropic phase-transition region have been dynamically investigated under different polarization conditions. The temperature ranges of thermodynamic instability of the domain and phase structures after the “high-voltage” polarization have been revealed. The samples undergoing a phase transition into the ferroelectric state in an electric field exhibit enhanced thermal stability of domain structures.
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subjects Ferroelectric materials
Lead zirconate titanates
Phase transitions
Polarization
Thermal stability
title Pyroelectric properties of PZT-type ferroelectric ceramics in the morphotropic phase-transition region
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