After a brief overview of the concept of electromagnetic chirality, this paper deals with a numerical simulation of isotropic composites with metallic chiral inclusions: computations of permittivity, permeability and chirality parameter as functions of frequency are presented. The theoretical results are, step by step, compared with measurements of chiral composites at microwave frequencies. The application of such media in Radar Cross-Section (RCS) management and control is discussed. The introduction of chiral inclusions seems to make impedance matching possible and may lead to attractive shields with lower reflectivity and larger bandwidth. However the optimization of material characteristics necessary to get a specific absorber remains ...
Recently, advances in material technology permit the realization of chiral materials for employment ...
Recently, advances in material technology permit the realization of chiral materials for employment ...
A broadening application range has increased demand for advanced RF control. Recent research has ide...
After a brief overview of the concept of electromagnetic chirality, this paper deals with a numerica...
Abstract—In this paper, the applications of chiral layers and metamaterials as radar absorbing mater...
This presentation treats the microwave modelling of chiral materials, using the measured results of ...
Microwave absorption by a lossy dielectric material containing thin metal wires is considered. The w...
This paper presents a novel elastomeric composite that exhibits a deformation-induced change in chir...
In the last years, the Research Groups on Computational Electromagnetics (GrECo), from the Universi...
Rapporteurs : D. LIPPENS et A. de LustracMetamaterials based on ferromagnetic and electronic element...
The application of chiral composites in the reduction of the radar cross section is now well establi...
Chiral materials have potential applications in the design of radomes, microstrip substrates, phase ...
Abstract—This paper presents an experimental procedure for retrieving the effective constitutive par...
Recently, advances in material technology permit the realization of chiral materials for employment ...
Chiral coatings have been advocated in the past for management and reduction of radar cross section ...
Recently, advances in material technology permit the realization of chiral materials for employment ...
Recently, advances in material technology permit the realization of chiral materials for employment ...
A broadening application range has increased demand for advanced RF control. Recent research has ide...
After a brief overview of the concept of electromagnetic chirality, this paper deals with a numerica...
Abstract—In this paper, the applications of chiral layers and metamaterials as radar absorbing mater...
This presentation treats the microwave modelling of chiral materials, using the measured results of ...
Microwave absorption by a lossy dielectric material containing thin metal wires is considered. The w...
This paper presents a novel elastomeric composite that exhibits a deformation-induced change in chir...
In the last years, the Research Groups on Computational Electromagnetics (GrECo), from the Universi...
Rapporteurs : D. LIPPENS et A. de LustracMetamaterials based on ferromagnetic and electronic element...
The application of chiral composites in the reduction of the radar cross section is now well establi...
Chiral materials have potential applications in the design of radomes, microstrip substrates, phase ...
Abstract—This paper presents an experimental procedure for retrieving the effective constitutive par...
Recently, advances in material technology permit the realization of chiral materials for employment ...
Chiral coatings have been advocated in the past for management and reduction of radar cross section ...
Recently, advances in material technology permit the realization of chiral materials for employment ...
Recently, advances in material technology permit the realization of chiral materials for employment ...
A broadening application range has increased demand for advanced RF control. Recent research has ide...