The aim of this paper is to investigate the effects of the distances between the human head
and internal cellular device antenna on the specific absorption rate (SAR). This paper also …

The electromagnetic interface between the antenna and the human head is reduced with
ferrite materials and metamaterials. The reduction of Specific Absorption Rate (SAR) with …

In this paper, reducing Specific Absorption Rate (SAR) with ferrite sheet attachment is
investigated. The finite-difference time-domain method with Lossy-Drude model is adopted …

Every mobile phone emits radio frequency electromagnetic energy. The amount of this
energy absorbed by the human head is measured by the specific absorption rate (SAR) …

The reduction of Specific Absorption Rate (SAR) with metamaterial is performed by the finite-
difference time-domain method (FDTD) with Lossy-Drude model by CST Microwave Studio …

In this study, a double-negative triangular metamaterial (TMM) structure, which exhibits a
resounding electric response at microwave frequency, was developed by etching two …

In this paper, a new low-Specific Absorption Rate (SAR) antenna is proposed for the sake of
safe communication in all situations. The proposed antenna involves a Microstrip patch …

The microwave imaging system is one of the most attractive techniques for detecting a
tumour embedded in the breast tissue using an electromagnetic signal. The effect of a radio …

In this paper, reduction of peak specific absorption rate (SAR) for handsets with monopole
type antenna through R-cards is investigated. While the numerical analysis was performed …

Preliminary communication The aim of this investigation is to analyse the effects of hand on
electromagnetic (EM) absorption and antenna performances. The EM absorption is …