Human tissue models to evaluate their dielectric properties at 0.01-10 GHz from their solid and water content

In this work, we propose a heuristic methodology using this hydration model as a base to realize an automatic and non-invasive procedure to estimate an ad-hoc map of the complex dielectric permittivity of a generic human tissue in the frequency range of microwaves based on their solid and water content, particularly useful in medical applications where the exact knowledge of the patient's anatomy and related electromagnetic properties would be of great benefit for the success of the treatment.