The objective of this paper is to carry out analysis and design for X/Ka dual-band, frequency
selective surface (FSS)-backed reflectarrays. In this design, a novel ring structure has been …

This paper presents two kinds of novel elements to design single-layer dual-band
reflectarray, with identical polarization in two closely separated bands. Several degrees of …

A 1.3 m piecewise reflectarray demonstrator has been designed, manufactured and tested,
that radiates a contoured beam coverage over North America. A very good agreement is …

A new approach to analyse reflectarray cells is presented, which allows mutual coupling
effects to be realistically accounted for by simulating each radiating cell with its actual …

This paper describes the design and analysis of a Microstrip Reflectarray Antenna (MRA)
with Minkowski shape radiating element at frequency of 11 GHz. This structure has been …

An array of microstrip patches loaded with slots is used to realise a passive reflectarray
antenna in Ku band. The progressive phase distribution on the reflector surface is achieved …

A reflective, binary phase reflectarray is demonstrated in the infrared, at a wavelength of
10.6 μm. The unique aspect of this work, at this frequency band, is that the specific desired …

Infinite reflectarrays in the X-band frequency range has been designed, and various slot
configurations have been proposed to optimize the design of reconfigurable reflectarray …

A variety of cell elements are presented in this paper for the construction of frequency
selective surface (FSS) backed reflectarrays. Among the cell elements are the conventional …

A scale changing approach is proposed for the electromagnetic modeling of phase-shifter
elements used in reconfigurable microelectromechanical system (MEMS)-controlled …