TAÏBI-BENZIADAA, Laldja; HILAL, Hikmat S.; VON DER MÜHLL, Régnault

doi:10.1016/j.solidstatesciences.2006.01.017

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TAÏBI-BENZIADAA, Laldja
Institute of Chemistry

HILAL, Hikmat S.
Department of Chemistry

VON DER MÜHLL, Régnault
Institut de Chimie de la Matière Condensée de Bordeaux [ICMCB]

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Solid State Sciences. 2006, vol. vol. 8, n° 8, p. p. 922-926

Elsevier

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Cold-pressed pellets were prepared from a powder mixture of BaTiO3 with 5 mol% of (CaF2 + LiF). The pellets were then air-fired at different temperatures (800, 930, 1000 or 1100 °C) for different times (2, 4 or 8 h). Dielectric measurements were conducted at temperatures in the range 100–450 K with a wide frequency range, 100 Hz–40 MHz. Permittivity, , showed a diffuse ferroelectric–paraelectric phase transition at lower temperatures (263 KTC368 K), where TC is the Curie temperature. In agreement with a non-relaxor ferroelectric behavior, the ferroelectric Curie temperature was frequency-independent. Dielectric dispersion was significant beyond 10 MHz. Ceramics sintered between 930 and 1100 °C are promising candidates for future fabrication of class II capacitors.< Leer menos

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Dielectric properties

Ceramics

Sintering

Low temperature

Permittivity

BaTiO3

Chemical elements

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Low temperature sintering and dielectric properties of (Ba,Ca)(Ti,Li)(O,F)3 ceramics with high permittivity

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