The proposed paper deals with simulation and analysis of the radiofrequency field (2.4 GHz) inside the human tissue using a multi-layered skin and pacemaker model. The research was carried out using electromagnetic modelling based on the Finite Integration method. The simulations were performed in terms of computing electric field distributions calculated for four different hypodermis layer thickness. The focus was on near-field exposure modelled by dipole antenna. The results have shown that higher hypodermis layer causes higher absorption of electromagnetic field which leads to lower values of electric field strength on the pacemaker casing.
Evaluation of Radiofrequency Field (2.4 GHz) Effects to Multilayer Structure of Human Skin and Pacemaker
Lo Sciuto Grazia;
2016-01-01
Abstract
The proposed paper deals with simulation and analysis of the radiofrequency field (2.4 GHz) inside the human tissue using a multi-layered skin and pacemaker model. The research was carried out using electromagnetic modelling based on the Finite Integration method. The simulations were performed in terms of computing electric field distributions calculated for four different hypodermis layer thickness. The focus was on near-field exposure modelled by dipole antenna. The results have shown that higher hypodermis layer causes higher absorption of electromagnetic field which leads to lower values of electric field strength on the pacemaker casing.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
