This study focused on the evaluation of the electric field induced in the brain grey matter of a 5 years child when exposed to uniform magnetic field at 50 Hz with uncertain orientation. An innovative approach that combines Principal Component Analysis and Kriging model in order to build space-dependent surrogate models was applied and validated. Preliminary results showed the feasibility of the approach.
INNOVATIVE 3D STOCHASTIC MODELLING OF ELECTRIC FIELDS IN CHILDREN BRAIN EXPOSED TO 50 HZ MAGNETIC FIELDS
Marta Bonato;Emma Chiaramello;Serena Fiocchi;Marta Parazzini;Gabriella Tognola;
2018
Abstract
This study focused on the evaluation of the electric field induced in the brain grey matter of a 5 years child when exposed to uniform magnetic field at 50 Hz with uncertain orientation. An innovative approach that combines Principal Component Analysis and Kriging model in order to build space-dependent surrogate models was applied and validated. Preliminary results showed the feasibility of the approach.File in questo prodotto:
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