In this paper, periodic structures are investigated in antenna design for wireless
applications. These antennas were compared with CRLH miniaturization method. Three …

One of the main goals to design printed circuit antennas is reducing their size for compact
applications, while improving their electromagnetic properties. Using metamaterials with …

In this paper, a compact metamaterial quad-band antenna is presented. The antenna is
designed from a unit cell of asymmetric extended-composite right/left handed transmission …

In this letter, a compact design of electric meta‐atom has been proposed as a dual band
negative permittivity metamaterial. Compared with the earlier work, the proposed dual band …

In this article, compact antenna with high gain and circular polarization (CP) for WiMAX
applications is noticed. Using metamaterials with negative permittivity and permeability …

A consistent algorithm for extracting the polarisability matrix of bianisotropic meta‐atoms
directly from their reflection and transmission properties is introduced in this study …

A compact tri-band metamaterial antenna is presented. The antenna is based on dual
composite right/left handed transmission line (D-CRLH TL) which employs metamaterial …

In this article, an open-ended metamaterial antenna structure is designed for WLAN
application. The antenna comprises of an interdigital capacitor (IDC) and spiral inductor with …

In this paper, a compact electrically small wideband coplanar waveguide (CPW)-fed zeroth
order resonating (ZOR) antenna is proposed. The presented antenna is composed of unit …

In this article, a new miniaturised microstrip gap proximity-fed patch antenna, using high-
impedance wire (HIW), is proposed. To overcome the slot length problem in HIW structure …