This paper investigates the induced electric field distributions in a realistic human head model due to 16 coil configurations. We used the scalar potential finite element method differentiating the brain structures. We found that, despite the presence of a depth-focality tradeoff, some coils are able to reach subcortical white matter tracts at effective electric field level.
Modelling of Deep Trascranial Magnetic Stimulation: Electric Field Distributions Induced in a Realistic Human Model by Different Coil Designs
Parazzini M;Fiocchi S;Liorni I;Ravazzani P
2014
Abstract
This paper investigates the induced electric field distributions in a realistic human head model due to 16 coil configurations. We used the scalar potential finite element method differentiating the brain structures. We found that, despite the presence of a depth-focality tradeoff, some coils are able to reach subcortical white matter tracts at effective electric field level.File in questo prodotto:
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