Using Multiparametric Control System to Choose Electromagnetic Radiation Protection Measures

摘要

To provide electromagnetic safety in various spheres of industrial and domestic power supply while considering ambiguity of the electromagnetic field frequency ranges and their spatial distribution nature, we suggest using a multiparametric system of electromagnetic environment control that allows to choose and rationalize the time- and space-based protective measures on the basis of the electromagnetic hazard level estimation, and allows to perform an automatized selection of protective shielding using the specialized program package. We use a principally new approach that takes into account the possibility of simultaneous activity and amplification of multiple electromagnetic radiation sources. The article presents new results of experimental studies of the electromagnetic field generated by the experimental microwave installation. It provides the electromagnetic radiation computer models in the form of electric field distribution images at the frequency of 30 kHz and energy flux density distribution images at the frequency of 2450 MHz, and the hazard level maps based on the allowed stay time criterion. The efficiency estimation of the chosen protective shielding system was also performed.