Shift of illuminated domain boundaries in case of high-frequency irradiation of a metallic body coated with thin dielectric layer

Paper considers the effect of small shift of the shadow domain boundary in case of high-frequency irradiation of a metallic cylinder coated with a thin dielectric layer. This effect is compared with the one for a cylinder with the same boundaries, but without dielectric coating. The shift existence can be demonstrated by analyzing the convergence domain of the generalized Watson’s series, determined in terms of asymptotic solution to the problem of a circular metallic cylinder coated with a thin isotropic dielectric layer.

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