Perfect metamaterial absorber (MA)-based sensor applications are presented and investigated tigated in the microwave frequency range. It is also experimentally analyzed and tested to verify the behavior of the MA. Suggested perfect MA -based sensor has a simple configuration which introduces flexibility to sense the dielectric properties of a material and the pressure of the medium. The investigated applications include pressure and density sensing. Besides, numerical simulations verify that the suggested sensor achieves good sensing capabilities for both applications. The proposed perfect MA -based sensor variations enable many potential applications in medical or food technologies
A simple design of metamaterial absorber (MA) was proposed based on a periodic array of metal patch...
Future Internet of Things (IoT) devices are expected to be fully ubiquitous. To achieve this vision,...
Perfect absorption can be achieved by using the extraordinary properties of metamaterials. The imped...
In this paper, several important applications of a metamaterial absorber (MA) based sensors such as ...
Operation frequencies of traditional metamaterial absorbers are fixed meaning that it is not possibl...
Tunable and multi-band metamaterial (MTM) based perfect microwave absorber (MA) is designed, impleme...
This paper presents the design, fabrication, characterization and experimental verification of a per...
In this article, a novel shaped metamaterial sensor is presented for the recognition of various oils...
We present the design, characterization, theoretical and experimental verification of a tunable perf...
An electromagnetic (EM) energy harvesting application based on metamaterials is introduced. This app...
A multi-band perfect metamaterial absorber (MA) based on a cylindrical waveguide with polarization i...
A multi-band perfect metamaterial absorber (MA) based on a cylindrical waveguide with polarization i...
We present the design, characterization, theoretical and experimental verification of a tunable perf...
This paper presents and evaluates a new terahertz metamaterial absorber (MMA) for sensing applicatio...
This paper intends to demonstrate the feasibility of a miniaturized multi-purpose metamaterial senso...
A simple design of metamaterial absorber (MA) was proposed based on a periodic array of metal patch...
Future Internet of Things (IoT) devices are expected to be fully ubiquitous. To achieve this vision,...
Perfect absorption can be achieved by using the extraordinary properties of metamaterials. The imped...
In this paper, several important applications of a metamaterial absorber (MA) based sensors such as ...
Operation frequencies of traditional metamaterial absorbers are fixed meaning that it is not possibl...
Tunable and multi-band metamaterial (MTM) based perfect microwave absorber (MA) is designed, impleme...
This paper presents the design, fabrication, characterization and experimental verification of a per...
In this article, a novel shaped metamaterial sensor is presented for the recognition of various oils...
We present the design, characterization, theoretical and experimental verification of a tunable perf...
An electromagnetic (EM) energy harvesting application based on metamaterials is introduced. This app...
A multi-band perfect metamaterial absorber (MA) based on a cylindrical waveguide with polarization i...
A multi-band perfect metamaterial absorber (MA) based on a cylindrical waveguide with polarization i...
We present the design, characterization, theoretical and experimental verification of a tunable perf...
This paper presents and evaluates a new terahertz metamaterial absorber (MMA) for sensing applicatio...
This paper intends to demonstrate the feasibility of a miniaturized multi-purpose metamaterial senso...
A simple design of metamaterial absorber (MA) was proposed based on a periodic array of metal patch...
Future Internet of Things (IoT) devices are expected to be fully ubiquitous. To achieve this vision,...
Perfect absorption can be achieved by using the extraordinary properties of metamaterials. The imped...