Screening of low-frequency electric fields by a set of screens: A thin unclosed ellipsoidal sheath plus a thin-walled penetrable cylinder

Apollonskii, S.M.; Erofeenko, V. T.; Шушкевич, Г. Ч.

doi:10.1134/1.1607488

Cited by 1 publication

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“…In [8,9], a transition layer with rather a complex material struc ture is considered as an infinitely thin semitransparent capacitive sheet with special matching boundary con ditions for electromagnetic fields on the sheet. In [10,11], models of bilateral boundary conditions for a layer in the presence of currents uniformly distributed over the layer are developed and, in [12], boundary condi tions are derived with allowance for eddy and potential double layer surface currents. In the present work, we introduce additional electrodynamic parametersthe surface capacitance and inductance of the contact layer-and generalize the bilateral boundary condi tions for the transition layer.…”

Section: Introductionmentioning

confidence: 99%

Modeling of the electrodynamic contact of two materials under the action of electromagnetic waves

Erofeenko

2012

J. Commun. Technol. Electron.

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A mathematical model of bilateral boundary conditions coupling monochromatic electromag netic fields on both sides of the transition layer between two materials is developed. The field induced double layer surface charges and currents and complex surface capacitances and inductances of the transition region are taken into account. An analytic solution to the boundary value problem of penetration of an arbitrarily polarized plane electromagnetic wave through a two layered screen with a transition plane region between the layers is obtained. The transmission and reflection coefficients for a plane wave are calculated.

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Section: Introductionmentioning

confidence: 99%