Exact analysis of the propagation of acoustic waves in multilayered anisotropic piezoelectric plates

Exact analysis of the propagation of acoustic waves in multilayered piezoelectric plates is performed using the transfer matrix method. A general technique for analyzing layered piezoelectric resonators under thickness and lateral field excitation is presented and is applied to the study of zinc oxi...

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Published inIEEE transactions on ultrasonics, ferroelectrics, and frequency control Vol. 41; no. 3; pp. 375 - 390
Main Authors Stewart, J.T., Yong, Y.-K.
Format Journal Article
LanguageEnglish
Published New York, NY IEEE 01.05.1994
Institute of Electrical and Electronics Engineers
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Abstract Exact analysis of the propagation of acoustic waves in multilayered piezoelectric plates is performed using the transfer matrix method. A general technique for analyzing layered piezoelectric resonators under thickness and lateral field excitation is presented and is applied to the study of zinc oxide on silicon thin film resonators. Both one and two-dimensional analysis with general material anisotropy is performed, and a simplified method for incorporating thin conducting electrodes on the plate's free surfaces is presented. The general methodology described is summarized into efficient algorithms to aid in the implementation of the procedures and some computational aspects are discussed. Results are presented for cutoff behavior as well as general dispersion characteristics for two and three layered plates.< >
AbstractList Exact analysis of the propagation of acoustic waves in multilayered piezoelectric plates is performed using the transfer matrix method. A general technique for analyzing layered piezoelectric resonators under thickness and lateral field excitation is presented and is applied to the study of zinc oxide on silicon thin film resonators. Both one and two-dimensional analysis with general material anisotropy is performed, and a simplified method for incorporating thin conducting electrodes on the plate's free surfaces is presented. The general methodology described is summarized into efficient algorithms to aid in the implementation of the procedures and some computational aspects are discussed. Results are presented for cutoff behavior as well as general dispersion characteristics for two and three layered plates.< >
Exact analysis of the propagation of acoustic waves in multilayered piezoelectric plates is performed using the transfer matrix method. A general technique for analyzing layered piezoelectric resonators under thickness and lateral field excitation is presented and is applied to the study of zinc oxide on silicon thin film resonators. Both one and two-dimensional analysis with general material anisotropy is performed, and a simplified method for incorporating thin conducting electrodes on the plate's free surfaces is presented. The general methodology described is summarized into efficient algorithms to aid in the implementation of the procedures and some computational aspects are discussed. Results are presented for cutoff behavior as well as general dispersion characteristics for two and three layered plates
Author Stewart, J.T.
Yong, Y.-K.
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Cites_doi 10.1109/FREQ.1983.200658
10.1109/58.63103
10.2307/2001916
10.1121/1.401915
10.1109/TMTT.1974.1128155
10.1121/1.400988
10.1109/FREQ.2003.1275190
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Issue 3
Keywords Acoustic wave device
Wave propagation
Numerical solution
Transfer matrix method
Piezoelectricity
Layered materials
Plates
Language English
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stewart (ref6) 1993
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SubjectTerms Acoustic propagation
Acoustic wave devices, piezoelectric and piezoresistive devices
Acoustic waves
Acoustics
Anisotropic magnetoresistance
Applied sciences
Conducting materials
Electrodes
Electronics
Exact sciences and technology
Fundamental areas of phenomenology (including applications)
Performance analysis
Physics
Piezoelectric films
Semiconductor electronics. Microelectronics. Optoelectronics. Solid state devices
Semiconductor thin films
Silicon
Ultrasonics, quantum acoustics, and physical effects of sound
Zinc oxide
Title Exact analysis of the propagation of acoustic waves in multilayered anisotropic piezoelectric plates
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