International audienceNovel metamaterial based on wire medium embedded into magnetized ferrite, is studied. Waves in unbounded ferrites filled with wire media, surface wave at the interface of this metamaterial and the air as well waves in a ferrite slab adjacent to a wire medium are considered. Different geometries of wires arrangement and different magnetization directions are discussed. Effective permeability was introduced for the case where both plasma and magnetic properties take place. Dispertion diagrams and applicability of yhe Drude model for the description of the wire medium in a host matrix, possessing hith permittivity and permeability, are discussed
Surface waves are responsible for many phenomena occurring in metamaterials and have been studied e...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
A grounded wire-medium slab has recently been shown to support leaky modes with azimuthally independ...
International audienceNovel metamaterial based on wire medium embedded into magnetized ferrite, is s...
Novel metamaterial, based on wire medium embedded into magnetized ferrite, is studied. Waves in unbo...
The transverse electric surface waves have been investigated with a plasma medium sandwiched between...
Accepted 10/6/2013 Abstract: This work considers magnetostatic surface waves propagation in parallel...
Recently there has been growing interest in a new type of electromagnetic materials called lefthande...
In recent years, artificial materials (metamaterials) have been used to design materials which have ...
This paper deals with the analysis of surface waves supported by a metamaterial layer on a ground pl...
Theoretical and experimental results associated with the studies of different properties of surface-...
Abstract1 — This paper investigates the surface wave modes supported by a metamaterial substrate for...
A configuration of two strongly coupled homogeneous two-dimensional metamaterial lattices of resonan...
In recent years, the study of modal propagation in planar waveguides including one or more metamater...
This paper analyzes surface waves (SW) supported by a biaxial metamaterial layer placed between two ...
Surface waves are responsible for many phenomena occurring in metamaterials and have been studied e...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
A grounded wire-medium slab has recently been shown to support leaky modes with azimuthally independ...
International audienceNovel metamaterial based on wire medium embedded into magnetized ferrite, is s...
Novel metamaterial, based on wire medium embedded into magnetized ferrite, is studied. Waves in unbo...
The transverse electric surface waves have been investigated with a plasma medium sandwiched between...
Accepted 10/6/2013 Abstract: This work considers magnetostatic surface waves propagation in parallel...
Recently there has been growing interest in a new type of electromagnetic materials called lefthande...
In recent years, artificial materials (metamaterials) have been used to design materials which have ...
This paper deals with the analysis of surface waves supported by a metamaterial layer on a ground pl...
Theoretical and experimental results associated with the studies of different properties of surface-...
Abstract1 — This paper investigates the surface wave modes supported by a metamaterial substrate for...
A configuration of two strongly coupled homogeneous two-dimensional metamaterial lattices of resonan...
In recent years, the study of modal propagation in planar waveguides including one or more metamater...
This paper analyzes surface waves (SW) supported by a biaxial metamaterial layer placed between two ...
Surface waves are responsible for many phenomena occurring in metamaterials and have been studied e...
This work analyses original electromagnetic properties of a class of non-reciprocal components for n...
A grounded wire-medium slab has recently been shown to support leaky modes with azimuthally independ...