Dielectric phantom materials for broadband biomedical applications

In this contribution, we present broadband microwave measurements on developed biomedical phantom materials. Therefore, we illustrate the reproducible mixing process of the realized phantom materials that are generated in different shapes with a potting compound and barium titanate. Moreover, three microwave measurement systems, including a coaxial probe, a microwave tomography system, and a radar ellipsometry system, characterize the dielectric behavior of the samples in different frequency bands.