ВДОСКОНАЛЕННЯ ОСНОВ ІМПУЛЬСНОГО ПЕРЕТВОРЕННЯ ЄМНІСНИМ МЕТОДОМ ЕЛЕКТРИЧНОЇ ЕНЕРГІЇ У ВИСОКОЧАСТОТНУ МЕХАНІЧНУ

Closed solutions of electrostatic and electrodynamics problems are formed in metals for a piecewise-homogeneous medium, where half-space is filled with metal of finite values having electrical conductivity and magnetic permeability being implemented within the framework of a mathematical model for c...

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Bibliographic Details
Date:2019
Main Authors: Петрищев, О.М., Ноздрачова, К.Л., Сучков, Г.М., Мигущенко, Р.П., Кропачек, О.Ю., Плєснецов, С.Ю.
Format: Article
Language:English
Published: Інститут електродинаміки НАН України, Київ 2019
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Online Access:https://techned.org.ua/index.php/techned/article/view/569
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Journal Title:Technical Electrodynamics

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Technical Electrodynamics
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Summary:Closed solutions of electrostatic and electrodynamics problems are formed in metals for a piecewise-homogeneous medium, where half-space is filled with metal of finite values having electrical conductivity and magnetic permeability being implemented within the framework of a mathematical model for capacitive type sensor when converting electrical energy into high-frequency mechanical (ultrasonic). It is shown that a disk transducer of a capacitive type excites forces acting normally on the surface of an electrically conductive product. A quantitative assessment of Coulomb forces for the surface density is carried out. The main factors determining a disk converter sensitivity of capacitive type are stated. Capacitive transducers should be used for measuring, control and diagnostic equipment. References 10, figures 3.