A Fishnet-Mushroom-like metamaterial electromagnetic behaviour is represented in S-parameters numerically and experimentally for X-band frequencies arena. The design has introduced a dielectric substrate as a host with metallic parts. The proposed design is predicted to provide the electromagnetic band gap characterization with desired reiterative characteristic parameters, negative permittivity, and negative permeability exhibiting a double negative left-handed region, which is identified with the X-band regime with good agreement between the simulated and the measured results
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
A Fishnet-Mushroom-like metamaterial electromagnetic behaviour is represented in S-parameters numeri...
recently, lots of research has been done for artificial material or metamaterials whose property doe...
We numerically and experimentally investigate a fishnet metamaterial operating at around 100 GHz. Qu...
In this paper, we numerically demonstrate a broadband 3D isotropic negative index metamate...
By optimizing the shape and scale of perforations as well as the depth of different layers, we obtai...
A new fishnet-based waveguide metamaterial structure for the microwave region is introduced and inve...
We numerically and experimentally investigate a fishnet metamaterial operating at around 100 GHz. Qu...
Metamaterials are artificial materials that exhibit properties, such as negative index of refraction...
A new design and analysis of a wide-band double-negative metamaterial, considering a frequency range...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar ...
A new design and analysis of a wide-band double-negative metamaterial, considering a frequency range...
A new design and analysis of a wide-band double-negative metamaterial, considering a frequency range...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
A Fishnet-Mushroom-like metamaterial electromagnetic behaviour is represented in S-parameters numeri...
recently, lots of research has been done for artificial material or metamaterials whose property doe...
We numerically and experimentally investigate a fishnet metamaterial operating at around 100 GHz. Qu...
In this paper, we numerically demonstrate a broadband 3D isotropic negative index metamate...
By optimizing the shape and scale of perforations as well as the depth of different layers, we obtai...
A new fishnet-based waveguide metamaterial structure for the microwave region is introduced and inve...
We numerically and experimentally investigate a fishnet metamaterial operating at around 100 GHz. Qu...
Metamaterials are artificial materials that exhibit properties, such as negative index of refraction...
A new design and analysis of a wide-band double-negative metamaterial, considering a frequency range...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar ...
A new design and analysis of a wide-band double-negative metamaterial, considering a frequency range...
A new design and analysis of a wide-band double-negative metamaterial, considering a frequency range...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...
In this work, we demonstrate theoretically and experimentally a left handed behaviour of a planar fi...