Научные статьиM.H.Sayidova, S.U.Pulatova2025
Structure and Magnetodielectric Properties of Composite Ceramics Based on Lead Ferroniobate
A.A. Fedii · D.A. Kalganov · E.M. Filonenko · F.A. Yaroshenko
Научные статьи · 2021
Аннотация
In this research, the structural, electrodynamic, and magnetodielectric properties of composite ceramic materials based on lead ferroniobate Pb(FeosNbo.5)03 have been studied. The experimentally obtained temperature and frequency dependences of the dielectric constant indicate the presence of a low-temperature polar state, large values of the dielectric constant in the microwave range, and high electrical conductivity of the materials studied.
Доказательный фрагмент
«In this research, the structural, electrodynamic, and magnetodielectric properties of composite ceramic materials based on lead ferroniobate Pb(FeosNbo.5)03 have been studied.»
Образец извлечения
Демо-превьюIn this research, the structural, electrodynamic, and magnetodielectric properties of composite ceramic materials based on lead ferroniobate Pb(FeosNbo.5)03 have been studied. Полный текст публикации CiteX не хранит — доступ к первоисточнику открывается по DOI согласно лицензии издателя и выбранному плану.
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Общество и инновацииKhosiyat MAMATKULOVA2024
Академические исследования в современной наукеKhudaiberdiyeva Arafat Israilovna, Ph.D Professor hudayberdiyevaarofat@gmail.com +12026
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