A design technique for modulated surface reactances for 1-D leaky-wave antenna
applications based on complete aperture field synthesis is presented. For a given visible …

This paper presents two methods for the efficient evaluation of the power balance in circular
metasurface (MTS) antennas implementing arbitrary modulated surface impedances on a …

Planar metasurfaces for efficient unidirectional conversion of a plane wave into a surface
wave are presented. They are designed as a reciprocal device of a decoupler or leaky-wave …

Most of the implementations of modulated metasurface (MTS) antennas consist of planar
circular apertures made of sub‐wavelength patches (or slots) printed (or etched) on a …

This article presents a 2-D-beam-steering antenna for Satcom applications based on a
simplified Risley scanner, which consists of a leaky wave feed (LWF) and a single deflector …

This contribution presents a new Risley scanner architecture for beam-steering antennas.
Classical Risley scanners are based on a feed (source) illuminating a system of two prisms …

Complete 1-D aperture fields are synthesized to design planar modulated reactance
surfaces for endfire radiation characteristics. The evanescent part of the aperture fields is …

This paper presents two different design methodologies to cope with the somehow
unexplored design of dual-band modulated metasurface (MTS) antennas with circular …

This paper presents two different research lines that have contributed to extend the range of
applicability of modulated metasurface (MTS) antennas. First, we describe the realization of …

This paper presents two methods for the efficient evaluation of the power balance in circular
metasurface (MTS) antennas implementing arbitrary modulated surface impedances on a …