Add to ORKGThe distinctive features and properties of metamaterials containing the constitutive particles composed of tightly coupled pairs of the dogbone shaped conductors and planar spirals are discussed. The results of the full-wave simulations and measurements of the scattering characteristics of such arrays will be presented to illustrate the main concepts of such artificial media. © 2009 IEEE
We studied the electromagnetic behavior of cut-wire pair structure, which is considered as a magneti...
Metamaterials, consisting of subwavelength resonant structures, can be artificially engineered to yi...
Metamaterials have attracted considerable recent attention because they promise to open up new vista...
The distinctive features and properties of metamaterials containing the constitutive particles compo...
The properties and characteristics of a recently proposed anisotropic metamaterial based upon layere...
The metamaterials composed of planar arrays of tightly coupled dogbone-shaped conductors have recent...
The results of full-wave simulations of resonance responses of metamaterial structures incorporating...
Metamaterials is a new field of interdisciplinary research, which deals with artificial material com...
The development of a new class of artificial materials, called metamaterials, can be harnessed to pr...
The physics and applications of a broad class of artificial electromagnetic materials composed of la...
In this paper we analyze the propagation through a metamaterial in planar technology recently propos...
Metamaterials are composite materials whose material properties (acoustic, electrical, magnetic, or ...
Electromagnetic metamaterials are artificial materials with tailorable electromagnetic properties. A...
Electromagnetic waves interact with the atoms and molecules that compose naturally occurring materia...
Diatomic metamaterials, whose properties can be easily tailored, are studied with the aid of split r...
We studied the electromagnetic behavior of cut-wire pair structure, which is considered as a magneti...
Metamaterials, consisting of subwavelength resonant structures, can be artificially engineered to yi...
Metamaterials have attracted considerable recent attention because they promise to open up new vista...
The distinctive features and properties of metamaterials containing the constitutive particles compo...
The properties and characteristics of a recently proposed anisotropic metamaterial based upon layere...
The metamaterials composed of planar arrays of tightly coupled dogbone-shaped conductors have recent...
The results of full-wave simulations of resonance responses of metamaterial structures incorporating...
Metamaterials is a new field of interdisciplinary research, which deals with artificial material com...
The development of a new class of artificial materials, called metamaterials, can be harnessed to pr...
The physics and applications of a broad class of artificial electromagnetic materials composed of la...
In this paper we analyze the propagation through a metamaterial in planar technology recently propos...
Metamaterials are composite materials whose material properties (acoustic, electrical, magnetic, or ...
Electromagnetic metamaterials are artificial materials with tailorable electromagnetic properties. A...
Electromagnetic waves interact with the atoms and molecules that compose naturally occurring materia...
Diatomic metamaterials, whose properties can be easily tailored, are studied with the aid of split r...
We studied the electromagnetic behavior of cut-wire pair structure, which is considered as a magneti...
Metamaterials, consisting of subwavelength resonant structures, can be artificially engineered to yi...
Metamaterials have attracted considerable recent attention because they promise to open up new vista...