Add to ORKGThe sensitivity of planar waveguide sensor containing dielectric, superconductor, and left-handed materials has been theoretically investigated. The proposed waveguide sensor in this study consists of a metamaterial film bounded by a dielectric cover and a superconductor substrate. The variation of the sensor sensitivity are found to be strongly depended on the metamaterial film, the film thickness and the temperature of the superconductor
In this paper, the reflection properties and sensitivity of a D-shape optical fiber sensor containin...
Abstract Sensitivities of three-layer and four-layer planar waveguide sensors having metamaterial as...
Recently, there has been great interest in new type of electromagnetic materials called lefthanded m...
A four-layer slab waveguide structure with a lossy left-handed material (LHM) core layer is investig...
A slab waveguide structure consisting of five layers is studied for optical sensing applications. Th...
A three-layer slab waveguide with air core layer and anisotropic left-handed material claddings is i...
An alternative design of left-handed (LH) metamaterial (MTM) for waveguide configurations is present...
The wave propagation characteristics along the single interface of superconductor and left-handed ma...
In this work, the propagation of TE polarized wave in a multilayer one dimensional photonic crystal ...
An optical slab waveguide sensor is proposed. The structure of the proposed sensor consists of three...
In this paper, a four-layer slab waveguide sensor is proposed. The waveguide has the conventional st...
A new paradigm has emerged exhibiting reverse electromagnetic properties. Novel composite and micro-...
The paper proposes the possibility of metamaterial structure using for the transmission properties o...
In the present paper, an analytical theory will be investigated for studying three-layer slab wavegu...
A three-layer slab waveguide with air as a substrate, lossless dielectric as a guiding film, and ani...
In this paper, the reflection properties and sensitivity of a D-shape optical fiber sensor containin...
Abstract Sensitivities of three-layer and four-layer planar waveguide sensors having metamaterial as...
Recently, there has been great interest in new type of electromagnetic materials called lefthanded m...
A four-layer slab waveguide structure with a lossy left-handed material (LHM) core layer is investig...
A slab waveguide structure consisting of five layers is studied for optical sensing applications. Th...
A three-layer slab waveguide with air core layer and anisotropic left-handed material claddings is i...
An alternative design of left-handed (LH) metamaterial (MTM) for waveguide configurations is present...
The wave propagation characteristics along the single interface of superconductor and left-handed ma...
In this work, the propagation of TE polarized wave in a multilayer one dimensional photonic crystal ...
An optical slab waveguide sensor is proposed. The structure of the proposed sensor consists of three...
In this paper, a four-layer slab waveguide sensor is proposed. The waveguide has the conventional st...
A new paradigm has emerged exhibiting reverse electromagnetic properties. Novel composite and micro-...
The paper proposes the possibility of metamaterial structure using for the transmission properties o...
In the present paper, an analytical theory will be investigated for studying three-layer slab wavegu...
A three-layer slab waveguide with air as a substrate, lossless dielectric as a guiding film, and ani...
In this paper, the reflection properties and sensitivity of a D-shape optical fiber sensor containin...
Abstract Sensitivities of three-layer and four-layer planar waveguide sensors having metamaterial as...
Recently, there has been great interest in new type of electromagnetic materials called lefthanded m...