PUBLICACIÓN

Scattering by Arbitrary Cross-Section Cylinders Based on the T-Matrix Approach and Cylindrical to Plane Waves Transformation

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Rubio J., Mosig J.R., Gomez-Alcala R., De Aza M.A.G.

2022 IEEE TRANSACTIONS ON ANTENNAS AND PROPAGATION

Condensed Matter Physics (Q1), Electrical and Electronic Engineering (Q1)

JCR: 5.7

SJR: 2.317

CITAS

1

DOI

10.1109/tap.2022.3161528

EID

2-s2.0-85127516569

ISSN

0018-926X

EISSN

1558-2221

AUTORES DE LA UEX

Jesús Rubio Ruiz
Rafael Gómez Alcalá

OTRAS PUBLICACIONES DE INTERÉS

Simultaneous Use Of Addition Theorems For Cylindrical And Spherical Waves For The Fast Full-Wave Analysis Of Siw-Based Antenna Arrays
Domain Decomposition Of Reflector And Lens Antennas Via Spherical Ports
Expedited Amplitude And Phase Tolerance Analysis Of Reflector Antenna Systems With Vector Spherical Waves
Domain Decomposition Of Reflector And Lens Antennas Via Spherical Ports
Expedited Amplitude And Phase Tolerance Analysis Of Reflector Antenna Systems With Vector Spherical Waves
Scan-Angle-Independent Fem Analysis Of Infinite Arrays Based On Spherical Harmonic Lattice Sums And The Generalized Scattering Matrix Of An Isolated Antenna
Expedited Amplitude And Phase Tolerance Analysis Of Reflector Antenna Systems With Vector Spherical Waves
Scan-Angle-Independent Fem Analysis Of Infinite Arrays Based On Spherical Harmonic Lattice Sums And The Generalized Scattering Matrix Of An Isolated Antenna
A Novel Design Of A Siw-Fed Antenna Array Using An Accelerated Full-Wave Methodology
Scan-Angle-Independent Fem Analysis Of Infinite Arrays Based On Spherical Harmonic Lattice Sums And The Generalized Scattering Matrix Of An Isolated Antenna
A Novel Design Of A Siw-Fed Antenna Array Using An Accelerated Full-Wave Methodology
Scattering By Arbitrary Cross-Section Cylinders Based On The T-Matrix Approach And Cylindrical To Plane Waves Transformation
A Novel Design Of A Siw-Fed Antenna Array Using An Accelerated Full-Wave Methodology
Scattering By Arbitrary Cross-Section Cylinders Based On The T-Matrix Approach And Cylindrical To Plane Waves Transformation
Mutual Coupling Of Antennas With Overlapping Minimum Spheres Based On The Transformation Between Spherical And Plane Vector Waves
Scattering By Arbitrary Cross-Section Cylinders Based On The T-Matrix Approach And Cylindrical To Plane Waves Transformation
Mutual Coupling Of Antennas With Overlapping Minimum Spheres Based On The Transformation Between Spherical And Plane Vector Waves
Multistep Transitions From Microstrip And Gcpw Lines To Siw In 5g 26 Ghz Band
Mutual Coupling Of Antennas With Overlapping Minimum Spheres Based On The Transformation Between Spherical And Plane Vector Waves
Multistep Transitions From Microstrip And Gcpw Lines To Siw In 5g 26 Ghz Band
Direct Fem-Domain Decomposition Using Convex-To-Concave Spherical Ports For Space Applications
Multistep Transitions From Microstrip And Gcpw Lines To Siw In 5g 26 Ghz Band
Direct Fem-Domain Decomposition Using Convex-To-Concave Spherical Ports For Space Applications
Simultaneous Use Of Addition Theorems For Cylindrical And Spherical Waves For The Fast Full-Wave Analysis Of Siw-Based Antenna Arrays
Direct Fem-Domain Decomposition Using Convex-To-Concave Spherical Ports For Space Applications
Simultaneous Use Of Addition Theorems For Cylindrical And Spherical Waves For The Fast Full-Wave Analysis Of Siw-Based Antenna Arrays
Domain Decomposition Of Reflector And Lens Antennas Via Spherical Ports
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