Using Kobayashi potential method, mathematical formulation and solution have been
provided for scattering from a perfect electromagnetic conducting (PEMC) strip buried under …

This article presents an effective-field reconstruction method for the near-field measurement
system. The spatial convolution and field similarity theory are used to form two observation …

This paper studies the analytical scattering of left and right handed Beltrami fields and also
TE and TM polarizations from a PEMC strip placed in unbounded chiral medium using …

Electromagnetic wave scattering from a Perfect Electric Conductor (PEC) strip located at the
interface of dielectric-Topological Insulator (TI) medium by using Kobayashi Potential (KP) …

Mathematical formulation for the far-zone field scattered by a cylindrical obstacle deeply
buried beneath a planar dielectric slab has been presented. Method known as Kobayashi …

In this paper the rigorous solution of transverse electric (TE) and transverse magnetic (TM)
plane wave scattering from a Perfect Electromagnetic Conductor (PEMC) strip located at the …

In this manuscript, scattering from a perfect electric conducting strip located at planar
interface of topological insulator (TI)–chiral medium is investigated using the Kobayashi …

A Kobayashi potential (KP) method is an accurate and fast technique for analyzing
electromagnetic (EM) scattering. In this article, the EM scattering from a slit in an impedance …

A method to study TE-polarized electromagnetic (EM) plane wave scattering from a perfect
electromagnetic conductor (PEMC) slit in an anisotropic plasma medium is explored in this …

The scattering of electromagnetic plane wave from a perfect electric conducting strip of finite
width is investigated in this study. The strip is placed at the planar interface of free space and …