A new Green's function formulation is developed systematically for modeling general
homogeneous (dielectric or magnetic) objects in a layered medium. The dyadic form of the …

A novel hybrid method is developed for the flexible and accurate electromagnetic simulation
of penetrable objects in a layered medium (LM). In this method, the original complex …

We consider method-of-moments solutions of the recently developed potential integral
equations (PIEs) for low-frequency electromagnetic problems involving perfectly conducting …

We study Calderón preconditioners for analyzing electromagnetic scattering by penetrable
objects in a layered medium. To account for the scattering effects of the multilayered …

Electromagnetic simulation plays an essential role in formation conductivity determination by
electromagnetic well-logging tools, especially when the nonvertical borehole and invasion …

The equivalent surface impedance (ESI)-based mixed potential integral equation (MPIE) is
proposed in this paper for parameter extraction of 3-D interconnects. Boundary integral …

Electromagnetic telemetry (EMT) systems are utilized for measurement while drilling to
transmit data from borehole to the ground surface during drilling or vice versa. To help …

A Calderón preconditioner is developed for the analysis of electromagnetic scattering of
perfect electrically conducting (PEC) objects embedded in a layered medium. The electric …

Real conductors of interconnect structures are lossy and their skin depth becomes large at
low frequencies. The traditional one-region formation with the approximation of perfectly …

We comprehensively study the characteristic-mode analysis (CMA) of arbitrarily shaped 3-D
conducting objects embedded in a lossless planarly layered medium. The electric field …