This article demonstrated a fully printed CPW‐fed antenna based on silver‐nanoparticles for
ISM that is flexible, wearable, and reversibly deformable. The proposed antenna consists of …

A low‐cost inkjet printing method for antenna fabrication on a polyethylene terephthalate
(PET) substrate is presented in this paper. An office inkjet printer is used to have desired …

This article presents a novel flexible wideband ink-printed dipole array antenna for emerging
medical sensing and human body wearable electronics applications. The antenna operates …

In this paper, we propose a novel printed antenna for 1.8 GHz band applications. The
proposed antenna is made of silver nanoparticle-based radiating element and 0.04-mm thin …

In this paper, we propose a high gain antenna operating over dual band of 900 MHz and 2.4
GHz. The proposed antenna is designed by finite element method (FEM) based Ansys high …

Flexible inkjet-printed antenna is presented. The proposed antenna is designed on a
synthetic paper substrate with an area of 35× 40 mm 2 to provide frequency bands for many …

This letter presents the proof-of-concept of the fabrication and performance analysis of a
flexible and stretchable wearable antenna on a three-dimensional (3-D) printed substrate. It …

A novel compact wearable antenna printed on paper is presented. The antenna comprises a
nonresonant coplanar monopole antenna placed on a miniaturized artificial magnetic …

Flexible antennas based on the printed flexible electronic technology are of great interest for
important applications in wireless communication systems due to their distinctive features …

This study investigates an inkjet-printed millimetre-wave antenna on Polyethylene
Terephthalate (PET) substrate. The 60 GHz CPW-fed monopole antenna was printed with a …