Speaker
Abdelelah Alzahed
Description
This study conducts a simulation-based analysis of temperature rise (TR) in a limb tissue model exposed to 6 GHz EM fields using the Sim4Life FDTD solver. A half-wavelength dipole antenna is utilized to generate and measure the electromagnetic field distribution within a three-layer tissue model consisting of skin, subcutaneous adipose tissue (SAT), and muscle. The study is carried out in two phases. In the first phase, detailed EM simulations are performed to compute the TR on the tissue model's surface for each input voltage of the antenna source. The second phase examines the corresponding SAR and APD for each input voltage.
