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

The effective clinical management of cancer is entirely dependent on the detection at a
suitable early time as well as on the proper diagnosis. The main aim of this review is to …

High-resolution millimeter-wave imaging (HR-MMWI), with its high discrimination contrast
and sufficient penetration depth, can potentially provide affordable tissue diagnostic …

This work introduces, for the first time, a millimeter-wave imaging system with a “synthetic”
ultrawide imaging bandwidth of 98 GHz to provide the ultra-high resolutions required for …

Objective: This paper aims to characterize Non-Melanoma malignancies and their
corresponding benign conditions in ex-vivo/in-vivo tissue environments to study the …

The open-ended coaxial probe (OECP) method is frequently used for the microwave
dielectric property (DP) characterization of high permittivity and conductivity materials due to …

This work introduces new, stable, and broadband skin-equivalent semisolid phantoms for
mimicking interactions of millimeter waves with the human skin and skin tumors. Realistic …

There has recently been considerable interest in detecting and managing different types of
cancer by using nonionizing electromagnetic waves. These methods rely on the inherent …

In recent decades, medical research has been primarily focused on the inherited aspect of
cancers, despite the reality that only 5–10% of tumours discovered are derived from genetic …

This article presents an efficient and low-cost near-field probe, designed for early-stage skin
cancer detection. Thanks to a tapered section, the device can achieve a sharp concentration …