Electromechanical characteristics electroelastic cylindrical receiving transducer, disposed in the annular layer
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Abstract
In this work the angle and amplitude-frequency characteristics of electromechanical characteristics of the receiving transducer with fully electroelasticelektrodirovannoy surface, which is placed in a closed circular layer. Calculated and analyzed the distribution of normal, radial and total cumulative displacement of surface points, the impedance of the voltage generated by the load of the electrodes. Showing of the influence of the choice of materials and the size of the wave layer on the size and location of the resonance frequency of the system. Identified and analyzed the features and differences of the proposed "through" approach in comparison with traditional methods.
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References
Grinchenko V.T , Ulitko A.F, Shulga N. A. (1989), [Mechanics of connected fields in structural elements]. K. Naukova Dumka, Vol.5: Electrodynamics. P.280. (Rus)
Grinchenko V. T., Vovk I.V. (1986), [Waves cattering of sound by elastic shells]. Acad. SciencesoftheUkrainian SSR, Institute of Fluid Mechanics. K.: Science. Dumka, P. 240. (Rus)
Korzhyk А.V. (2001), [Study of the formation of the directional characteristics of the receiving plane of discrete antenna array sconsisting of cylindrical electroelastic converter]. Proceeding soft he International Conference "Dynamical Systems. Modeling andstability. " P.53. (Rus)
Korzhyk А.V. (1991), [Method of "pass-through" of the problem an ditsapplication to the determination of the voltage at the antenna array at oblique incidence of a plane wave]. Shipbuilding. Industry, Ser. Acoustics. Issue 9. Pp.27-29. (Rus)
Korzhyk А.V. (2010), [The application of "cross-cuttingchallenges" tothestudyof amplitude-frequency dependence of the acoustic field receiving a cylindrical piezoelectrict ransducer with a split electrode]. Electronicsand Communications. Issue.№ 3. Pp. 160-166. (Rus)
Fillipova N.U., Popsyi E.V., KorzhykА.V. (2012), [Regularities of the formation of acoustic fields receiving a cylindrical piezoelectrict ransducer disposed in the annularl ayer]. Electronicsand Communication. No. 6. (Rus)
Fillipova N.U., KorzhykА.V. (2012), [On the diffraction of sound waves on Electroelastic cylinder located in a closed circular layer]. Information processing system. Issue. № 6. Pp.45-50. (Rus)
