Field induced evolution of heterophase structure in PLZT relaxor ceramics

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Ural State Univ, Ekaterinburg, Russia [1 ]
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Ferroelectrics | / 1-4卷 / 159-171期
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[50]   MECHANISM OF APPLIED-FIELD-INDUCED REMANENT BIREFRINGENCE IN TRANSPARENT FERROELECTRIC PLZT CERAMICS. [J].
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