Spiral nanostructures, mainly in the 2D form, have been observed in polymer self-assembly,
while well-defined 3D spirals are rarely reported. Here we report that a binary system …

Dyadic Green's function for a multilayered spherical structure with alternating graphene-
dielectric shells is extracted in this paper. To this end, the unknown expansion coefficients of …

A unified method of moments model is developed for the analysis of arbitrarily shaped
antennas that are radiating next to a multilayered dielectric sphere. The curvilinear Rao …

As the existence of rapidly varied geometric feature and during the NC manufacturing
process of this kind of parts, the actual moving speed of the workbench of the NC machine …

A conformal spiral wire has been used to feed a dielectric resonator antenna to obtain a
circular polarization. The parameters of the spiral have been optimized numerically so that …

We propose a new 3-D conformal spiral antenna that is based on the standard equiangular
spiral geometry for automotive applications. The impact of its integration when it is placed …

Metal coating with functional pattern on engineering plastics surface plays an important role
in industry applications; it can be obtained by adding or removing certain area of metal …

Ultra-high frequency (UHF) detection method can effectively detect the signals of partial
discharge (PD) in electrical equipment. Hence the authors designed a sensor of …

Rigorous mathematical method of moments (MoM) for analyzing spherical microstrip
aperture-coupled antennas is presented in this paper by using dyadic Green's functions …

An efficient algorithm is introduced to enhance the convergence of dyadic Green's functions
(DGF) in a layered spherical media where asymptotic expressions have been developed …