Evaluation of the Exposition Human to Electromagnetics Field at 5G and 6G Frequencies

This chapter aims to study the problems related to human exposure to electromagnetic fields at the frequencies of the fifth and sixth generation of mobile networks, particularly in the millimeter frequency band (mmW). In our study, a cubic voxel of 2 mm has been illuminated by a perfect plane wave and it has been analyzed under Altair FEKO with the MLFMM method. The ElectroMagnetic Field EMF, the power density, the simulation time, and the memory occupation were studied at said frequencies for, first, a homogeneous voxel and a heterogeneous voxel composed of a layer of skin, fat, muscle, and bone. The results obtained show, first, that the frequency of the reflected EMF fields is double that of the incident EMF fields, and on the other hand, that the calculation time and the occupation of the memory increase according to the frequency and the phantom type.