The aim of the present work was to prove the validity of the well know stochastic dosimetry method for a low frequency near-field source exposure scenario. The interest in this thematic has grown since it was found that domestic appliances could be relevant for children ELF-MF exposure levels. In details, it was conducted the assessment of children exposure variability caused by 10000 different positions of a hairdryer as near-field source, in order to test the goodness of the method.
Stochastic Dosimetry applied on a low frequency Near-Field Source Scenario
Marta Bonato;Emma Chiaramello;Serena Fiocchi;Silvia Gallucci;Gabriella Tognola;Marta Parazzini
2020
Abstract
The aim of the present work was to prove the validity of the well know stochastic dosimetry method for a low frequency near-field source exposure scenario. The interest in this thematic has grown since it was found that domestic appliances could be relevant for children ELF-MF exposure levels. In details, it was conducted the assessment of children exposure variability caused by 10000 different positions of a hairdryer as near-field source, in order to test the goodness of the method.File in questo prodotto:
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