Iman FarhatIn this paper, we propose a method for retrieving the dispersion law of a material under test from multi-length TDR measurements in reflection mode, repeated at several frequencies. By replacing the multi-frequency measurements with measurements using multi-length TDR probe, it is possible to retrieve the complex equivalent permittivity of the material in a frequency band of interest. The proposed procedure does not require a priori knowledge of the type of dispersion law of the material, which instead can possibly be inferred from the measured data. The algorithm is validated using numerically simulated data obtained with the commercial code CST Microstudio®.
Latest News
Development and classification of anatomically realistic breast tumour models for microwave imaging: a preliminary study.
Ana Catarina Pelicano.Radar-based Microwave Imaging (MWI) is an emerging modality for breast cancer diagnosis. Realistic numerical and physical models of…
Read moreAdvances in air-operated breast and axillary microwave imaging systems.
Daniela M. Godinho, João M. Felício, Carlos A. Fernandes and Raquel C. Conceição. Medical Microwave Imaging (MWI) has been studied…
Read moreMake electromagnetic hyperthermic therapies more effective and bring these technologies closer to the patient bedside.
I want to join this action!