Electromagnetic (EM) medical technologies are rapidly expanding worldwide for both
diagnostics and therapeutics. As these technologies are low-cost and minimally invasive …

The dielectric properties of biological tissues are fundamental pararmeters that are essential
for electromagnetic modeling of the human body. The primary database of dielectric …

Conventional optics in the radio frequency (rf) through far-infrared (FIR) regime cannot
resolve microscopic features since resolution in the far field is limited by wavelength. With …

Hermetic stainless-steel open-ended coaxial probes have been designed for precision
dielectric spectroscopy of biological tissue, such as breast tissue, over the 0.5-20-GHz …

In this article, a new microwave frequency-locked-loop (FLL)-based sensor is proposed for
complex permittivity measurement of liquid solutions. An interdigitated electrode split-ring …

The design of a new miniature broadband implantable antenna and a dual-band on-body
antenna are presented along with the transmission performance between the two. The …

Demographic shifts are part of the process of social and economic change that has been
taking place worldwide over the last century. Europe is the first large subcontinent to …

Our objective is to design triple-band implantable antennas with wide bandwidths and
appropriate sizes for biomedical applications. The targeted design frequencies are 400 …

The subject of this paper is the design and calibration of an open-ended coaxial probe for
the nondestructive measurement of the dielectric properties of concrete. Measurements are …

The study aim was to validate that dielectric permittivity measurement using the open-ended
coaxial probe can be reliably modeled using electromagnetic modeling and simulations …