In this work, the electromagnetic field induced inside biological tissues by planewave exposure is numerically investigated. The results obtained on an anthropomorphic human body model were compared with those from a multilayer planar slab. The analysis focused on two anatomical districts, i.e., the wrist and the abdomen, whose corresponding multilayer slabs were built, and showed that, even with an accurately selected tissues sequence, the approximation of a simplified multilayer geometry was not able to fully reproduce the E-field distribution inside an extended anatomical region
International audienceThe objective of this paper is to propose a simplified model of a human body t...
In this work, we studied the effect of electromagnetic radiation produced from mobile phone at 900 M...
Abstract: In this paper a method for automatic 3D model building is presented. These models are suit...
Abstract Due to the very specific electromagnetic properties of biological tissues, electromagnetic...
The paper presents a numerical modeling of electromagnetic wave interaction with planar layered stru...
The success application of electromagnetic based medical equipment is determined by mechanism and pr...
Abstract This paper presents studying for analytic and numerical methods which are used for evaluati...
The main objective of this study is to learn about the theory of electromagnetic field and to create...
This paper uses CST-2014 software package and Matlab 2018b to provide the data required to analyze t...
For investigations of electromagnetic field distributions in biological structures by Finite Element...
The objective of this paper is to propose a simplified model of a human body to be used in electroma...
Interaction of Electromagnetic radiation with the human body is a complex function of numerous param...
IEEE C95.1 (radio frequency) and C95.6 (low frequency) standards for human protection from electroma...
Interactions of electromagnetic field (EMF) with environment and with tissue of human beings are sti...
The design of modern devices for extracorporeal magnetotherapy should be preceded by physical and ma...
International audienceThe objective of this paper is to propose a simplified model of a human body t...
In this work, we studied the effect of electromagnetic radiation produced from mobile phone at 900 M...
Abstract: In this paper a method for automatic 3D model building is presented. These models are suit...
Abstract Due to the very specific electromagnetic properties of biological tissues, electromagnetic...
The paper presents a numerical modeling of electromagnetic wave interaction with planar layered stru...
The success application of electromagnetic based medical equipment is determined by mechanism and pr...
Abstract This paper presents studying for analytic and numerical methods which are used for evaluati...
The main objective of this study is to learn about the theory of electromagnetic field and to create...
This paper uses CST-2014 software package and Matlab 2018b to provide the data required to analyze t...
For investigations of electromagnetic field distributions in biological structures by Finite Element...
The objective of this paper is to propose a simplified model of a human body to be used in electroma...
Interaction of Electromagnetic radiation with the human body is a complex function of numerous param...
IEEE C95.1 (radio frequency) and C95.6 (low frequency) standards for human protection from electroma...
Interactions of electromagnetic field (EMF) with environment and with tissue of human beings are sti...
The design of modern devices for extracorporeal magnetotherapy should be preceded by physical and ma...
International audienceThe objective of this paper is to propose a simplified model of a human body t...
In this work, we studied the effect of electromagnetic radiation produced from mobile phone at 900 M...
Abstract: In this paper a method for automatic 3D model building is presented. These models are suit...