Analysis, Sources and Study of the Biological Consequences of Electromagnetic Pollution

The actions and health effects of electromagnetic fields in the radio frequency (RF) domains, referred to as frequencies HV transmission networks have been studied for several decades. Following appearance questions debates within population, potential radiofrequency transport on health, connection with development new wireless technologies, are generating a certain revival interest. Thus, increasing exposure concerns public led organizations undertake large-scale research programs respond expressed. These contributed significantly number studies pollution well their consequences living beings. objective our is focused analysis, sources, study biological pollution. To do this, we used physical laws theorems, particular Maxwell-Ampère, Maxwell-Gauss, Maxwell-Faraday, Ohm’s law, model interactions between matter. In this article chosen approach based electrical human tissue, taking into account one hand phenomena propagation an microwave plane wave range from 0 300GHz other hand, experimental values simulate relaxations α, β γ impedance tissue faced variation waves identify relating thereto. results obtained literature show linear dependence bio-impedance frequency, these observations suggest that can be physiologically stressed at high frequencies. This cause humans. 2D simulation proposed has developed verification consistency different mathematical models, by comparing fractal dimensions program those figures experimentally.