The main aim and the novelty of the proposed research is to study Mobile phone EM
exposure thermal influence for the inhomogeneous woman models in case of different hand …

This paper presents the human EM exposure simulation study considering the presence of a
hand, holding the handset. The inhomogeneous child model was used to simulate thermal …

The purpose of the presented study is to investigate EM exposure on realistic
inhomogeneous human models to test mobile phones in terms of electromagnetic (EM) …

The purpose of this study is to carry out a dosimetric study by calculating the specific
absorption rate (SAR) and the temperature in the human head exposed to electromagnetic …

The purpose of the present research is to study mobile phone Dipole antennas' matching to
a free space with a variety of human hand (fingers) positions in case of different positions of …

The thermal effects of a cellular phone electromagnetic (EM) field on the human head were
studied by computer simulation. A structural heterogeneous realistic model of the human …

In this paper, investigate effect of microstrip antenna over human head and a comparative
study of the distance effects of human head from mobile phone on temperature distributions …

This aim of this paper is to investigate the specific absorption rate (SAR) distribution in a
human head by using the finite-difference time-domain (FDTD) calculations, due to …

The purpose of the presented research is to investigate the thermal effects caused by
electromagnetic field (EMF) exposure to humans at 2.4 GHz Wi-Fi frequency using …

Mobile phones' radiation influence on a homogenous human model located inside a car is
studied in this research. One of the novelty of proposed research is earth surface influence …