Validation of a thin wire moment method code against a triangular patch code for antennas in multi-layered media

A thin wire moment method code for the analysis of antennas embedded between a printed dielectric substrate and a superstrate radome is validated against a separate triangular patch code. This code-on-code validation approach has been adapted due to the shortage of published results for spiral anten...

Full description

Saved in:
Bibliographic Details
Published inIEE Validation of Computational Electromagnetics Seminar pp. 61 - 64
Main Authors Khamas, S.K, Al-Khateeb, K.A.S, Starke, P.L, Cook, G.G
Format Conference Proceeding
LanguageEnglish
Published Stevenage IEE 2004
Subjects
Antenna theory
Electrical engineering computing
Formal methods
Other numerical methods
Single antennas
radomes
program verification
spiral antennas
multi-layered media
printed dielectric substrate
microstrip antennas
computational electromagnetics
antenna analysis
superstrate radome
wire antennas
antenna theory
thin wire moment method code
method of moments
multilayers
multi-layered dielectric
code-on-code validation
triangular patch code
Online AccessGet full text

Cover

More Information
Summary:A thin wire moment method code for the analysis of antennas embedded between a printed dielectric substrate and a superstrate radome is validated against a separate triangular patch code. This code-on-code validation approach has been adapted due to the shortage of published results for spiral antennas in multi-layered dielectric geometries.
ISBN:086341396X
9780863413964
DOI:10.1049/ic:20040113