Relaxor Behaviour and Soft Mode in 0.85Ag^sub 0.9^Li^sub 0.1^NbO^sub 3^ - 0.15Bi^sub 0.5^K^sub 0.5^TiO^sub 3^ Ceramics

New leadless ferroelectric relaxor ... ceramics have been obtained. The ceramics exhibits a smeared frequency-dependent maximum of permittivity, which follows the Fogel-Vulcher law with the freezing temperature T... = 250 K. The Last mode in 0.85...-0.15... ceramics is the ferroelectric soft mode in...

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Published in:Ferroelectrics 2011-05, Vol.416 (1), p.72
Main Authors: Pozingis, J, Banys, J, MaCutkevic, J, Adomavicius, R, Krotkus, A, Lupascu, D C
Format: Article
Language:English
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Ceramics
Ferroelectrics
Freezing
Temperature
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container_start_page 72
container_title Ferroelectrics
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creator Pozingis, J
Banys, J
MaCutkevic, J
Adomavicius, R
Krotkus, A
Lupascu, D C
description New leadless ferroelectric relaxor ... ceramics have been obtained. The ceramics exhibits a smeared frequency-dependent maximum of permittivity, which follows the Fogel-Vulcher law with the freezing temperature T... = 250 K. The Last mode in 0.85...-0.15... ceramics is the ferroelectric soft mode inside polar nanoregions, with the critical temperature T... = 437 K. (ProQuest: ... denotes formulae/symbols omitted.)
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subjects Ceramics
Ferroelectrics
Freezing
Temperature
title Relaxor Behaviour and Soft Mode in 0.85Ag^sub 0.9^Li^sub 0.1^NbO^sub 3^ - 0.15Bi^sub 0.5^K^sub 0.5^TiO^sub 3^ Ceramics
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