We investigate thermal effects in the human head exposed to the electromagnetic (EM)
radiation of a mobile antenna at 0.9 GHz frequency. Computer simulation of EM and thermal …

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 …

The computer program for electromagnetic (EM) and thermal analysis of the problems
involving RF radiation and RF power absorption in complex environments including the …

To simulate the temperature elevation in biological tissues exposed to the electromagnetic
waves, the thermal aspect must be taken into account by solving the bioheat equation. In this …

Temperature rises in the human head for portable telephones were computed with an
anatomically based head model at 900 MHz and 1.5 GHz. The specific absorption rate …

Presents computer simulations of electromagnetic (EM) absorption and the associated
thermal effects in a realistic 3-D human head model under radio frequency (RF) radiation …

The bioeffects of the electromagnetic fields of microwave on the human body are a matter of
concern. In this paper, the influence of 915MHz microwave radiation on the temperature …

In the modern environment, electromagnetic waves from various types of transmission
antennas, such as those in cell phones are propagating around the human body. The …

A numerical modeling of human body is established by dividing it into various layers for
calculating the electric field strength distributions inside and outside the man model, which is …

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 …