A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is presented. The radome performance parameters are evaluated accurately by a 3D ray-tracing procedure in conjunction with the aperture integration method. This design is demonstrated to be a better choice when multiple performance parameters need to be satisfied simultaneously
This report deals with the EM performance enhancement of both A-sandwich and C-sandwich radome wall ...
This SpringerBrief details various techniques employed for enhancing the transmission efficiency of ...
An efficient nature inspired algorithm based on particle swarm optimization (PSO) is presented in th...
A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is ...
A monolithic half-wave hybrid variable thickness radome (hy-\ud VTR) is proposed here for airborne a...
Electromagnetic design and performance studies for a monolithic hybrid variable thickness radome (hy...
The application of symmetric wire grid structures for the broadbanding of C-sandwich radome panel, w...
A graded dielectric inhomogeneous nosecone radome design with superior electromagnetic (EM) performa...
High flying unmanned air vehicles (UAV) require the transmission of large data volumes via multiband...
In airborne radome applications, monolithic half-wave wall configuration is generally used to provid...
A novel thin radome made by metamaterial is presented, with the properties like the sandwich where t...
A multi-parameter performance optimization is carried out for the constant thickness radome (CTR) de...
As the antenna systems developed, the requirement of the operating performance of those systems are ...
Airborne Early Warning (AEW) systems are deployed for getting surveillance information on airborne e...
Sandwich radomes are structures providing communication- and radar antennas with protection from the...
This report deals with the EM performance enhancement of both A-sandwich and C-sandwich radome wall ...
This SpringerBrief details various techniques employed for enhancing the transmission efficiency of ...
An efficient nature inspired algorithm based on particle swarm optimization (PSO) is presented in th...
A novel A-sandwich hybrid variable thickness radome design, based on optimised power reflection, is ...
A monolithic half-wave hybrid variable thickness radome (hy-\ud VTR) is proposed here for airborne a...
Electromagnetic design and performance studies for a monolithic hybrid variable thickness radome (hy...
The application of symmetric wire grid structures for the broadbanding of C-sandwich radome panel, w...
A graded dielectric inhomogeneous nosecone radome design with superior electromagnetic (EM) performa...
High flying unmanned air vehicles (UAV) require the transmission of large data volumes via multiband...
In airborne radome applications, monolithic half-wave wall configuration is generally used to provid...
A novel thin radome made by metamaterial is presented, with the properties like the sandwich where t...
A multi-parameter performance optimization is carried out for the constant thickness radome (CTR) de...
As the antenna systems developed, the requirement of the operating performance of those systems are ...
Airborne Early Warning (AEW) systems are deployed for getting surveillance information on airborne e...
Sandwich radomes are structures providing communication- and radar antennas with protection from the...
This report deals with the EM performance enhancement of both A-sandwich and C-sandwich radome wall ...
This SpringerBrief details various techniques employed for enhancing the transmission efficiency of ...
An efficient nature inspired algorithm based on particle swarm optimization (PSO) is presented in th...