Speaker
Description
The increasing use of electromagnetic (EM) technologies requires to ensure regulatory compliance thorough assessments of human exposure. In military contexts, personnel frequently operate near EM sources, such as vehicular communication antennas, yet detailed exposure evaluations remain scarce. This study examines EM exposure from military vehicular antennas across a wide frequency range (HF, VHF, UHF), power levels, and operator positions. Computational models simulated realistic conditions, including personnel wearing protective equipment and adopting postures partially outside armored vehicles. The analysis revealed significant variability in exposure levels based on antenna type, frequency, power, and positioning. While all levels met ICNIRP Basic Restrictions (BR), some exceeded Reference Levels (RL). These results emphasize the need for improved rapid assessment methods or detailed case-by-case analyses to ensure personnel safety.
