This letter presents the design of a wearable dual-band patch antenna for operating in the
GSM-900 and 1800 bands. The proposed polygon patch antenna comprises a circular slot …

For the wireless power transfer (WPT) system in implantable medical devices (IMDs), human
tissue is positioned between the transmitting and receiving coils which are different from …

This study theoretically investigates wave propagation properties at the interface of air–skin–
fat tissues for a microwave frequency of 6.8 GHz. For this proposes, propagation of the …

The work presented is an assay done on the effects of wearable antenna when placed in
proximity to the human body. Cloth fabric is used as a substrate to design a planar antenna …

This study presents a theoretical analysis method to calculate electromagnetic (EM) wave
power absorption spectrum of materials by using attenuation coefficients. The heating effect …

Interaction between mobile antenna and human head has claimed to introduce serious
health hazards, like brain tumor, nerve damage and memory loss. The antenna radiations …

In this paper a Microstrip Dipole Patch antenna above an EBG substrate was investigated at
the 1-5GHz frequency range for potential application as a handset antenna of 4G wireless …

In this paper, the design of a wearable antenna that uses activated carbon cluster coating as
the conducting material is presented. The key aim of the work presented here is to prove the …

Pico-cells and indoor base stations in various frequency bands are required as part of the
construction of the fifth-generation (5G) network. Electromagnetic fields (EMF) are emitted by …

One of the cancer treatment methods is hyperthermia. In this study, by using cross section
computer tomography (CSCT) of chest wall which the patient has been treated with …