Abstract
AbstractThe current induced inside the human body by the mutual interaction between the human body and the ac electric field has been analyzed by the surface charge method and the finite element method. However, in these methods, it is not possible to analyze the current induced inside the human model of a three‐dimensional shape consisting of biological tissues with different conductivities. The authors propose a method for analysis of the current density in the human body of a three‐dimensional shape by taking into account the conductivity of the biological issues via the scalar potential method of the integral equation. The results of the analysis of the induced current density in the model by the present method have been verified from the experimental results of the metallic human model.
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