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1993 IEEE International Frequency Control Symposium, 2002
The Institute of Crystallography of the Russian Academy of Science is conducting a program aimed at the search for, the growth, and the investigation of new materials for different electronic applications: resonators, filters, UHF acoustic high-temperature receivers, temperature sensors, pressure sensors, acceleration sensors, etc.
I.M. Silvestrova +3 more
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The Institute of Crystallography of the Russian Academy of Science is conducting a program aimed at the search for, the growth, and the investigation of new materials for different electronic applications: resonators, filters, UHF acoustic high-temperature receivers, temperature sensors, pressure sensors, acceleration sensors, etc.
I.M. Silvestrova +3 more
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Piezoelectric transducer materials
Proceedings of the IEEE, 1965Properties of piezoelectric crystals and ceramics are reviewed as they affect use of such materials in electroacoustic transducers. Extensive data on lead titanate-zirconate ceramics are presented to help in selection of the appropriate material for a variety of applications in the lower and medium frequency range, up to several megacycles per second ...
H. Jaffe, D.A. Berlincourt
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Piezoelectric Ceramic Materials
2016Chapter is devoted to the specific material symmetry of ferroelectric ceramics. Fundamental ferroelectric properties of ceramics like texture, electric poling, hysteresis loop and operational limits are briefly described. Material properties of PZT ceramics are discussed in more details including material data for some of the commercially available ...
Jiří Erhart +2 more
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Advanced Materials, 1992
The unique properties of piezopolymers endow them with particular advantages for use in electroacoustic devices such as the self‐supporting dome hydrophone shown in the Figure. Thin or especially thick films can be fabricated, and three‐dimensional forming of the materials can be accomplished by standard techniques.
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The unique properties of piezopolymers endow them with particular advantages for use in electroacoustic devices such as the self‐supporting dome hydrophone shown in the Figure. Thin or especially thick films can be fabricated, and three‐dimensional forming of the materials can be accomplished by standard techniques.
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Temperature Compensated Piezoelectric Materials
1979Abstract : From the electrostriction measurements on SBN crystals, it was found that the fourth order electrostrictive coupling terms are not adequate to fully describe the paraelectric phase above Curie temperature, and hence six rank coupling terms are needed; the electrostrictive coupling terms do not change markedly with cation substitution ...
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A more biofriendly piezoelectric material
ScienceA ferroelectric molecular crystal displays characteristics required for ...
Linping, Wang, Run-Wei, Li
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