Knowledge of the microwave dielectric properties of human tissues is essential for the
understanding and development of medical microwave techniques. In particular, microwave …

This paper presents a review of the dielectric properties of normal and malignant breast
tissues for radio through microwave frequencies, as well as a brief summary of the …

Complex permittivities of in vitro diseased and undiseased human female breast tissues
have been measured at 3.2 GHz using a resonant cavity technique. Experimental data are …

A parametric model was developed to describe the variation of dielectric properties of
tissues as a function of frequency. The experimental spectrum from 10 Hz to 100 GHz was …

A resonant cavity perturbation technique has been developed which provides a quick,
simple and accurate method of measuring the microwave dielectric properties of small …

An ultrawideband microwave imaging approach to early breast cancer detection is based on
the hypothesis that there exists a significant dielectric-properties contrast between …

In this chapter, the anatomy of the breast is presented first. The anatomy of the breast is
described primarily from the perspective of microwave imaging, with a focus on the various …

Newly developed microwave apparatus was used to measure the complex permittivity of
some rabbit tissues and water over the temperature range 20-37 degrees C. Various liquid …

A novel probe technique for the determination of dielectric properties of semisolid materials
and living tissues in situ is described experimentally and theoretically. This method, based …

Three experimental techniques based on automatic swept-frequency network and
impedance analysers were used to measure the dielectric properties of tissue in the …