Electromagnetics involves a variety of applications of electromagnetic wave propagation and other time-varying phenomena in the presence of electric and magnetic fields.
We discuss a phase field method for shape optimization in the context of electromagnetic wave propagation.
Current is the state variable in all-carbon spin logic, enabling exceptionally fast computation with switching delay determined by electromagnetic wave propagation.
Michael's current topics of research includes seismic and electromagnetic wave propagation in the Earth; well logging and rock physics; seismic imaging, geophysical inverse theory and large-scale simulation.
This paper presents a hybrid matrix method for simple and stable analysis of electromagnetic wave propagation in multilayered anisotropic materials.
Simulations and experimental characterization of electromagnetic wave propagation in a microstip line and a planar stub resonator are described.
The obtained results fairly agreed with the theoretical simulation of the electromagnetic wave propagation through photonic crystals.
The mathematics of electromagnetic wave propagation suggests that certain types of material should allow polarized waves to pass in one direction but not the other when bathed in a magnetic field.
The electromagnetic wave propagation speed in a CNT is, where LK=400 pH nm−1 is the kinetic inductance and CQ=0.4 aF nm−1 is the quantum capacitance48.
In this paper we introduce methods for electromagnetic wave propagation, based on splines and on T-splines.
In this work, smoothed meshfree methods are firstly applied to numerically analyze two-dimensional electromagnetic wave propagation models.
