A metamaterial paradigm for achieving an efficient, electrically small antenna is introduced.
Spherical shells of homogenous, isotropic negative permittivity (ENG) material are designed …

Frequency-selective surfaces (FSSs) on thin substrates using screen printing technology are
popular due to their flexible nature, low profile, easy installation, and low-cost mass …

A metamaterial surface, composed of a periodic arrangement of Hilbert Curve inclusions
above a conducting ground plane, is analyzed numerically and is shown to possess the …

A completely passive radio frequency tag is proposed, utilizing the scattering from
electrically small but resonant inclusions. When placing these space-filling curve inclusions …

Electromagnetic waves generated due to partial discharge (PD) can be captured by ultra-
high-frequency (UHF) antennas. The size and frequency band of an UHF antenna for PD …

In this work, an extremely compact planar meander line dipole is designed and implemented
for use as an intraocular element in a retinal prosthesis. This planar meander dipole …

Partial discharge (PD) online monitoring is an effective tool of inspecting insulation defects
and identifying potential faults in power transformers. Ultra-high-frequency (UHF) …

We propose a topology optimization strategy for the systematic design of a three-
dimensional (3D), conductor-based sub-wavelength antenna. The post-processed finite …

A low-profile, electrically small antenna with omnidirectional vertically polarized radiation
similar to a short monopole antenna is presented. The antenna features less than λ/40 …

Convoluting the elements of frequency selective surfaces produces resonating structures
with very small unit cell dimensions. This feature is attractive when the FSS is to be used at …