Dielectric properties of biological tissues at microwave frequencies have been widely
investigated for medical diagnostic, monitoring, and therapeutic technologies. In order to …

Coaxial sensors are effective for measurement of dielectric properties of biological tissues.
Several measurement methods used to derive dielectric properties have been investigated …

The dielectric properties of biological tissues play a crucial role in shaping the development,
implementation, safety evaluation and viability of microwave-based medical technologies …

Nondestructive techniques to measure dielectric properties of aqueous samples have
become a crucial research topic for their impact on emerging biomedical applications …

The accurate knowledge of complex dielectric behavior of biological tissues at microwave
frequency is of great importance in the biomedical field for its diagnostic and therapeutic …

We aim to estimate the average dielectric properties of centimeter-scale volumes of
biological tissues. A variety of approaches to measurement of dielectric properties of …

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

Estimating the dielectric properties of biological tissues at microwave frequencies is of
interest for numerous applications. Conventional coaxial probe methods perform local …

The knowledge of dielectric properties of biological tissue is of fundamental importance for
the development of diagnostic or therapeutic applications of electromagnetic fields, as …

The dielectric properties of biological tissues represent a growing interest in terms of
characterization in medicine. However, the influence of burned tissues on the evolution of …