Two-dimensional leaky-wave antennas (2-D LWAs) are a class of versatile planar radiators whose illumination function, and hence radiated field, is mainly established by the excitation of cylindrical leaky waves by a simple feeder. In recent years a number of 2-D LWA designs based on the use of multiple feeders have been proposed, exhibiting various kinds of advanced radiative performance at microwaves, millimeter waves, and even sub-millimeter waves. A review of such designs is presented in this work, along with recent developments aimed at various sensing and communication applications.
Advanced Radiating Systems Based on Array-Fed 2-D Leaky-Wave Antennas for Sensing and Communication Applications / Madji, Mikhail; Negri, Edoardo; Fuscaldo, Walter; Comite, Davide; Burghignoli, Paolo; Galli, Alessandro. - (2023), pp. 363-367. (Intervento presentato al convegno IEEE International Workshop on Technologies for Defense and Security (TechDefense) 2023 tenutosi a Roma, Italia) [10.1109/techdefense59795.2023.10380949].
Advanced Radiating Systems Based on Array-Fed 2-D Leaky-Wave Antennas for Sensing and Communication Applications
Madji, Mikhail;Negri, Edoardo;Fuscaldo, Walter;Comite, Davide;Burghignoli, Paolo;Galli, Alessandro
2023
Abstract
Two-dimensional leaky-wave antennas (2-D LWAs) are a class of versatile planar radiators whose illumination function, and hence radiated field, is mainly established by the excitation of cylindrical leaky waves by a simple feeder. In recent years a number of 2-D LWA designs based on the use of multiple feeders have been proposed, exhibiting various kinds of advanced radiative performance at microwaves, millimeter waves, and even sub-millimeter waves. A review of such designs is presented in this work, along with recent developments aimed at various sensing and communication applications.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
