This work presents the design and fabrication of a metamaterial-based stimulated dual band
antenna on FR4 material (dielectric constant 4.3) to operate in Industrial, Scientific and …

In this paper a novel high efficiency microstrip patch antenna is presented for terahertz
applications. The proposed antenna is low-cost because its substrate is FR-4 and has a high …

A three-dimensional (3-D)-printed dual-fed dual-frequency dielectric antenna is investigated
for vehicular communications. It combines a dielectric resonator (DR) antenna (DRA) and a …

In this paper, a defected ground-structured antenna with a stub-slot configuration is
proposed for future 5G wireless applications. A simple stub-slot configuration is used in the …

Based on the Lorentz model of dispersive metamaterials (Lorentz-dispersive metamaterials,
in short), a method of generating single-mode dual-band operation of microwave patch …

This paper presents the implementation of a triple band microstrip patch antenna based on
modified split ring resonator (SRR) and modified complementary split ring resonator (CSRR) …

Three miniaturization techniques were combined in this work to achieve compact size while
maintaining optimal performances of a dual-band star shape slotted Microstrip Patch …

A single-layer, dual-band, shared-aperture array with a broad fan beam in the lower band
centered at 5 GHz and a narrow pencil beam in the adjacent upper band centered at 5.8 …

In the modern era of wireless Internet of Things designing a planar antenna at relatively low
frequency (P-band) with positive gain and high efficiency is exacting task. In this letter, a …

This study aims to optimize rectangular Microstrip Patch Antennas (MPAs) in terms of
bandwidth, return loss, input impedance, voltage standing wave ratio (VSWR), impedance …