Development of a Numerical Model of 60 GHz Band Lens Antenna for the Study of Thermo-Physiological and Cellular Function Changes Induced by Millimeter-Wave Exposure

In order to study thermo-physiological reactions and changes in cellular functions induced by millimeter-wave exposure, a numerical model of a large-diameter dielectric lens antenna that constitutes a 60 GHz exposure system was developed and its exposure characteristics were evaluated through numerical analysis. It was confirmed that a higher exposure intensity can be achieved in a desired spot area on a phantom that simulates human skin compared to a conventional model.