This paper describes the development of a double-sided band-pass frequency selective
surface based on Matryoshka geometry, preserving features such as miniaturization …

An artificial magnetic conductor (AMC)-based patch antenna with a low profile is developed
for wireless devices in IoT-based healthcare systems. The proposed antenna comprises two …

The paper presents boresight gain enhancement of a microstrip fed X-band triangular slot
antenna using rhombic loop (RL) based frequency selective surfaces (FSSs). Two single …

The relevance of angular stability (AS) and polarization independence (PI) is investigated by
rotating the frequency selective reflectors (FSRs) kept behind a 10 GHz triangular slot …

Dual rhombic loop (DRL) based low‐cost X‐band frequency selective surfaces (FSSs) with
stopband characteristics are presented in this study. Orthogonally oriented arrays of rhombic …

In this paper, a low profile UHF-RFID reader antenna with high front-to-back ratio is
presented. The antenna consists of a probe-fed U-slot rectangular patch antenna loaded …

In this paper, an AMC reflector is proposed to stabilize the gain of a wideband bowtie
antenna. This reflector is composed of a 7*7 array of periodic octagonal patches, loaded on …

A novel artificial magnetic conductor (AMC) structure as a reflector is presented to enhance
the gain of a fractal ultrawideband (UWB) multi-input multi-output (MIMO) antenna. Unit cell …