A dual‐band optically transparent antenna based on a slotted interconnected ring resonator
as an efficient radiating element is proposed. The compact radiating element and partial …

In this paper, two miniaturized flexible wearable antennas based on a planar dipole with a
reflector are proposed and investigated. To realize miniaturization, the concept of magneto …

This article presents the design of a polydimethylsiloxane based flexible antenna for body
worn applications. In order to reduce the specific absorption rate (SAR) metasurface (MS) …

The recently introduced polymeric nanocomposites substrate layer technology is used in the
design of a flexible antenna array for wearable applications. This new technology allows a …

Given the increased interest in wearable electromagnetic imaging systems, developing a
low-cost, lightweight, flexible, and conformal customized substrate to accommodate the …

In this paper, an investigation of the highpermittivity ceramic-polymer composite antenna is
performed using Barium Titanate, BaTiO3 nanocomposite ceramic powder mixed with …

This work deals with the development of novel composites from renewable resources
applicable for manufacturing flexible wearable antennas. Two types of fillers (rice husk ash …

The size and shape dependent tunable electromagnetic (EM) properties of magnetite–
Fe3O4 nanoparticles makes them an attractive material for various future electronics and …

An artificially two-dimensional metamaterial (ATDM) substrate is proposed as an artificial
metamaterial high-constitutive parameter substrate for miniaturizing of a circularly-polarized …

The effect of polymer matrix elasticity on the magnetocapacitance characteristics for
nanocompostie composed of Fe 3 O 4 nanoparticles and polydimethylsiloxane (PDMS) was …