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primary topic: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints

Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints
type: Manuscript
type: Article
abstract: This work presents an innovative methodology for synthesizing the reflectarray surface current that is able to meet (at the same time) radiation and user‐defined geometrical constraints. Towards this end, by suitably formulating the reflectarray design as an inverse source (IS) problem, the non‐radiating current components flowing on the reflective surface are profitably determined in order to cancel the overall current in correspondence to selected sub‐regions (i.e., "forbidden‐regions") of the antenna surface without modifying the desired radiation features. Representative numerical results are shown to validate the effectiveness of the developed synthesis method.
date: 2019
status: published
author list: authors
type: EPrint
type: MonographEPrint
is part of: repository
has document: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
has document: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Other)
subject: A WC Next Generation Wireless Communications
subject: M AT Analytic Techniques

Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
type: Document
has file: Exploiting_Non‐Radiating_Currents_to_Design_Reflectarrays_with-Arbitrary_Geometrical_Constraints.v2.pdf
has part: Exploiting_Non‐Radiating_Currents_to_Design_Reflectarrays_with-Arbitrary_Geometrical_Constraints.v2.pdf

ELEDIA Research Center - University of Trento
type: Organization

Andrea MASSA
type: Person
given name: Andrea
family name: MASSA

Giacomo OLIVERI
type: Person
given name: Giacomo
family name: OLIVERI

Marco SALUCCI
type: Person
given name: Marco
family name: SALUCCI

Nicola ANSELMI
type: Person
given name: Nicola
family name: ANSELMI

Angelo GELMINI
type: Person
given name: Angelo
family name: GELMINI

Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Other)
type: Document
is version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
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Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Other)
type: Document
is version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
is volatile version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
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Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Other)
type: Document
is version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
is volatile version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
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Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Other)
type: Document
is version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
is volatile version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
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Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Other)
type: Document
is version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
is volatile version of: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints (Text)
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has part: indexcodes.txt

HTML Summary of #788 Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints
format: text/html
primary topic: Exploiting Non‐Radiating Currents to Design Reflectarrays with Arbitrary Geometrical Constraints

A WC Next Generation Wireless Communications
type: Concept

M AT Analytic Techniques
type: Concept