This paper focuses on parameter uncertainty quantification (UQ) in specific absorption rate
(SAR) calculation using a computer-aided design mobile phone model. The uncertainty in …

An international interlaboratory comparison for numerical calculations of head phantom SAR
involving three mobile phones with computer-aided design-based models has been …

With the rapid development of the mobile communication technology, the design of mobile
phones has become more complex, and research on the electromagnetic radiation from …

Specific absorption rate (SAR) calculation using a computer-aided design (CAD)-based
mobile phone model is still a challenging task. Seven international laboratories participated …

International measurement standards have been elaborated to assess the specific
absorption rate (SAR) compliance of mobile phones. The procedure to evaluate SAR pre …

Intercomparison of the results obtained by the testing laboratories is a modern means
allowing convincing their customers that they have organizational conditions, technical and …

The influence of the hand on the SAR (Specific Absorption Rate) assessments of mobile
phones is investigated. A possible increase of the SAR value in the presence of the hand …

In this paper, the internal homogenization method is introduced to determine the effective
physical properties (permittivity and conductivity) of biological tissues. This method is …

IEC/IEEE 62704-3: 2017 describes the standardized procedure for the calculation of the
specific absorption rate (SAR) of mobile phones using the finite difference time domain …

Although electromagnetic simulation tools are routinely employed for numerical dosimetry,
the uncertainty in the calculation is rarely stated. The uncertainty quantification in specific …