Analysis of the properties of physical fields generated by systems of piezoceramic cylindrical transducers located near the acoustic screen in the form of a hollow elastic cylindrical body
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Abstract
The thesis deals with the analysis of numeral results of physical characteristics of connected fields which appear in pies ceramic cylindrical transformations of round and arch cylindrical lattices with resilient acoustic cylindrical screen in their inner laprobe together with interaction of flat acoustic waves depending on parameters of transducers, lattices and waves. Conformity to natural laws of this interaction on acoustic, mechanic and electric fields of lattices and transformations were determined
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How to Cite
Kandrachuk, I. V. (2012). Analysis of the properties of physical fields generated by systems of piezoceramic cylindrical transducers located near the acoustic screen in the form of a hollow elastic cylindrical body. Electronics and Communications, 17(3), 49–55. https://doi.org/10.20535/2312-1807.2012.17.3.219594
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Section
Acoustical devices and systems
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References
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Лейко А.Г., Ткаченко В.П., Шамарин Ю.Е. Подводные акустические антенны. – К.: Аванпостприм, 2000. – 320 с.
Кандрачук И.В. Физические закономерности взаимодействия плоской акустической волны с криволинейными решетками, образованными из цилиндрических преобразователей и податливого экрана // Электроника и связь. – 2007. – №5. – С. 77–83.
