This report deals with the EM performance enhancement of both A-sandwich and C-sandwich radome wall structures using wire grids. The configurations considered are: (a) wire grid fixed on the outer surface of each skin layer (b) wire grid fixed on the outer surface of each skin layer and embedded in the mid-plane of the core and (c) wire grid embedded in each skin-core interface. The EM performance parameters of the wall configurations are evaluated based on equivalent transmission line method. A comparative study of wire compensated radome walls with the corresponding conventional wall configurations is also presented in this report
In this paper, two different types of Frequency Selective Surfaces (FSS) panel radomes are presented...
Sandwich radomes are structures providing communication- and radar antennas with protection from the...
The paper presents results of characterization of dielectric properties of several commercial radome...
The application of symmetric wire grid structures for the broadbanding of C-sandwich radome panel, w...
This SpringerBrief details various techniques employed for enhancing the transmission efficiency of ...
Enhancement of the electromagnetic (EM) performance characteristics of A-sandwich radome wall over X...
This study focuses on the design of a flat multilayer radome wall structure with passbands having od...
Abstract—In this paper, electromagnetic optimal design is carried out for dual-band radome wall with...
A monolithic half-wave radome panel, centrally loaded with aperture-type single square loop frequenc...
A graded dielectric inhomogeneous nosecone radome design with superior electromagnetic (EM) performa...
In airborne radome applications, monolithic half-wave wall configuration is generally used to provid...
This study focuses on electromagnetic and thermo- mechanical optimal design for high-temperature bro...
A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is ...
This paper provides a method for both electromagnetic and thermomechanical design of a broadband hig...
High flying unmanned air vehicles (UAV) require the transmission of large data volumes via multiband...
In this paper, two different types of Frequency Selective Surfaces (FSS) panel radomes are presented...
Sandwich radomes are structures providing communication- and radar antennas with protection from the...
The paper presents results of characterization of dielectric properties of several commercial radome...
The application of symmetric wire grid structures for the broadbanding of C-sandwich radome panel, w...
This SpringerBrief details various techniques employed for enhancing the transmission efficiency of ...
Enhancement of the electromagnetic (EM) performance characteristics of A-sandwich radome wall over X...
This study focuses on the design of a flat multilayer radome wall structure with passbands having od...
Abstract—In this paper, electromagnetic optimal design is carried out for dual-band radome wall with...
A monolithic half-wave radome panel, centrally loaded with aperture-type single square loop frequenc...
A graded dielectric inhomogeneous nosecone radome design with superior electromagnetic (EM) performa...
In airborne radome applications, monolithic half-wave wall configuration is generally used to provid...
This study focuses on electromagnetic and thermo- mechanical optimal design for high-temperature bro...
A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is ...
This paper provides a method for both electromagnetic and thermomechanical design of a broadband hig...
High flying unmanned air vehicles (UAV) require the transmission of large data volumes via multiband...
In this paper, two different types of Frequency Selective Surfaces (FSS) panel radomes are presented...
Sandwich radomes are structures providing communication- and radar antennas with protection from the...
The paper presents results of characterization of dielectric properties of several commercial radome...