Multi-functional microwave metamaterials offer a great solution for active components and
modules that are potentially applicable in stealth, energy, and wireless communication …

Metamaterials with precisely chosen negative permittivity and permeability are preferable to
cloak the target without scattering. In this work, a metasurface is designed by using …

The ultrathin graphene metasurface is proposed as a mantle cloak to achieve wideband
tunable scattering reduction around the spherical (three-dimensional) objects. The cloaking …

In this paper, we utilized the method of mantle cloaking to decouple/isolate two densely
packed interleaved patch array antennas operating at the same frequency but with …

The metasurface of graphene nanodisks with atomic thicknesses is considered as a
cloaking shell around a cylindrical dielectric object. The synthesis of this cloaking layer is …

Optical cloaking for cylindrical structures with arbitrary cross‐section by using scattering
cancellation method is presented. Nano‐strips of silver in a dielectric host are used as a …

Mantle cloaking of a dielectric cylinder under oblique incidence with TMz polarization is
investigated. A closed form expression according to the angle of impinging wave for the …

Metasurfaces having ultrathin and planar structure with sub‐wavelength unit cell, have
recently gained significant potential for use thanks to their control capabilities over the …

In recent years, invisibility has become a research area of increasing interest due to the
advances in material engineering. It may be possible to achieve invisibility through cloaking …

In this paper, the experimental verification on the performance of a dual-polarized
microwave network based invisibility cloak is demonstrated. A microstrip slotted square …