In this paper the numerical validation of an innovative printed reflectarray is presented. The reflecting structure uses a novel kind of enhanced bandwidth re-radiating element, suitable to be optimized by an evolutionary optimization tool. In order to validate the basic concepts and the design procedure of this planar reflector, its analysis with a full-wave software has been performed: the good agreement between the numerical results obtained with the two approaches proves the feasibility of the proposed configuration.
Validation of concentric square rings backscattering for reflectarray applications
MUSSETTA, MARCO;
2011-01-01
Abstract
In this paper the numerical validation of an innovative printed reflectarray is presented. The reflecting structure uses a novel kind of enhanced bandwidth re-radiating element, suitable to be optimized by an evolutionary optimization tool. In order to validate the basic concepts and the design procedure of this planar reflector, its analysis with a full-wave software has been performed: the good agreement between the numerical results obtained with the two approaches proves the feasibility of the proposed configuration.File in questo prodotto:
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