Scattering of electromagnetic radiation by a charged homogeneous spherical particle/body
is treated. Theoretical solution represents a generalization of the Mie's scattering theory for …

The thin dielectric sheet (TDS) approximation-based theory of characteristic modes (TCM) is
formulated for lossless thin dielectric-coated conducting bodies. The proposed formulations …

An efficient uncertainty RCS computation technology is proposed to analyze the EM
scattering from 3-D medium-coated targets with varying geometrical shapes. First, the …

The thin dielectric sheet (TDS) surface integral equation (SIE) combined with the asymptotic
waveform evaluation (AWE) technique is proposed to efficiently analyze wideband …

A time-domain thin dielectric sheet (TD-TDS) integral equation method is presented to
analyze the transient scattering of thin graphene films with the electrostatic bias. In this …

Scattering from composite planar thin dielectric-conductor objects is calculated by the hybrid
volume-surface integral equation (VSIE) approach. To highly efficient model such objects …

An efficient electromagnetic (EM) optimization technique for radar cross section (RCS)
reduction is proposed to achieve stealth. At first, two optimization models, namely coarse …

In this letter, an efficient numerical approach for the electromagnetic scattering analysis of
the conductor coated by multilayer thin materials for closed bodies is proposed. Only the …

Using magnetic field data to characterize the state of radio frequency (RF) printed circuit
board (PCB) has been widely used in circuit state detection and fault identification. However …

We report the continuous effects in modeling sharp coated cones as calibration targets by
surface integration solutions. The Coiflet based method of moment (MoM) is employed in …