Gelcasting of Ferroelectric Ceramics: Doping Effect and Further Development

Guo, Dong; Cai, Kai

doi:10.5772/53995

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Electrical Characterization For Identifying the Doping Type1

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2012

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“…There are primarily two types of dopants for PZT, i.e. the donor type (soft type), and the acceptor type (hard type) (Jaffe et al, 1971). The former is mainly caused by substitution of higher valence ions for the A site Pb or B site Zr and Ti, and correspondingly higher piezoelectric coefficient (d 33 ), planar electromechanical coupling factor (K p ), relative permittivity (ε r ), loss tangent (tgδ), P r values and a lower mechanical quality factor (Q m ) value are obtained.…”

Section: Electrical Characterization For Identifying the Doping Typementioning

confidence: 99%

Advances in Ferroelectrics

Barranco¹

2012

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Her activities range from teaching, to advising undergraduate and graduate students and doing high quality research. She is one of the leaders in the development of ferroelectrics and antiferroelectric materials research in Cuba. She has authored several scientific papers in refereed journals and presented an important number of research works at national and international conferences. Her results have been recognized in Cuba and worldwide through several awards, such as TWOWS Award for Young Women Scientists in Physics/Mathematics (2010) and TWAS-ROLAC Award for Young Scientists in Physics (2011). She is the international coordinator of the Latin American Network of Ferroelectrics Materials.

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Section: Electrical Characterization For Identifying the Doping Typementioning

confidence: 99%

Advances in Ferroelectrics

Barranco¹

2012

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Gelcasting of Ferroelectric Ceramics: Doping Effect and Further Development

Cited by 1 publication

References 38 publications

Advances in Ferroelectrics

Advances in Ferroelectrics

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