This paper attempts to correlate the maximum temperature increase in the head and brain
with the peak specific absorption rate (SAR) value due to handset antennas. The rationale …

The temperature increases in a human head due to electromagnetic (EM) wave exposure
from a dipole antenna are investigated in the frequency range of 900 MHz to 2.45 GHz. The …

Methods In this study, we measured the emitted dose from a radiofrequency device, such as
switching high voltage at different frequencies using a scintillation detector. The switching …

This paper investigates the correlation between maximum temperature increases and peak
spatial-average specific absorption rates (SARs), calculated by different average schemes …

Helical antenna and planar inverted-F antenna (PIFA) are two commonly used handset
antennas. This paper presents a comprehensive study on the performance of a dual band …

The aim of this study is to investigate the electromagnetic shielding effectiveness (EMSE) of
thin and lightweight knitted fabrics that are suitable for casual wear like t-shirts. For the …

This paper investigates the correlation between the peak specific absorption rate (SAR) and
the maximum temperature increase in head models of adults and children due to a dipole …

A study of the interaction between mobile phone antennas and a human head in the
presence of different types of metallic objects, attached and pierced to the compressed ear …

In this paper, Specific Absorption Rates (SAR) inside the human head and hand have been
analyzed for a handheld mobile phone operated at GSM 900 band. Both the head and hand …

Specific absorption rate (SAR) is used as the measure of rate at which radio frequency (RF)
energy is absorbed by an object when exposed to an electromagnetic field. The word “SAR” …