Moving across the stray magnetic field generated by a medical magnetic resonance imaging system may induce electric stimulation near or even beyond the threshold of physiological significance and adequate risk-reducing procedures for the involved personnel may be re quired. With this in mind, a set of different scanners has been analysed. Results suggest that a 1.5 T magnet may be expected in general to comply with the requirements of the currently in force European Electromagnetic Fields Directive for ensuring the health and safety of workers.
Gurrera, D., Gallias, K., Spanò, M., Abbate, B., D'Alia, F., Iacoviello, G., et al. (2018). Moving inside a MRI room: A risk assessment analysis. In atticon11531 V-C-45.
Moving inside a MRI room: A risk assessment analysis
Gurrera, D.;Gallias, K.;Spanò, M.;Abbate, B.;
2018-09-01
Abstract
Moving across the stray magnetic field generated by a medical magnetic resonance imaging system may induce electric stimulation near or even beyond the threshold of physiological significance and adequate risk-reducing procedures for the involved personnel may be re quired. With this in mind, a set of different scanners has been analysed. Results suggest that a 1.5 T magnet may be expected in general to comply with the requirements of the currently in force European Electromagnetic Fields Directive for ensuring the health and safety of workers.
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