A thin mantle cloak is described for electromagnetic footprint reduction for arrays of thin cylinders. The cloaking is obtained by covering the conformal geometry with a metasurface having as a unit cell that is a width modulated microstrip line. Enfoldings at different angles have been considered and numerically studied both for single and multiple cylinders. Frequency scalability and polarization sensitivity of the geometry has also been considered. Experimental results obtained at K-band are in good agreement with numerical data and demonstrate the applicability of the proposed approach for wide-band ( 16%) cloaking applications. The performance of the proposed solution has been compared with available dat
"We propose a general procedure to design mantle cloaks able to reduce the scattering of an object f...
We present the design and realization of anisotropic mantle cloaks operating, at the same frequency,...
In this work we report some advances in the design of mantle cloaking devices to reduce the scatteri...
A thin mantle cloak is described for electromagnetic footprint reduction for arrays of thin cylinder...
Mantle cloaking of a metallic cylinder through a width modulated microstrip line metasurface is pres...
A printed meta-surface that can reduce the electromagnetic footprint of a metallic cylinder is inves...
The main purpose of this paper is to design, implement and measure a new sample of mantle cloak. A n...
In this contribution, we present our latest results concerning the design of microwave mantle cloaki...
The design and results of mantle cloaking for a metallic cylinder are investigated. First, a single ...
Electromagnetic footprint reduction for a metallic cylinder wrapped in a printed meta-surface is dis...
In this work, we present a procedure to design mantle cloaking devices made of multi-layered metasur...
In this paper, we present some recent theoretical, numerical, and experimental results related to th...
International audienceSummary form only given. In the last few years, the possibility to engineer th...
Electromagnetic footprint reduction for a metallic cylinder wrapped in a printed meta-surface is dis...
Summary form only given. In the last few years, the possibility to engineer the properties of artifi...
"We propose a general procedure to design mantle cloaks able to reduce the scattering of an object f...
We present the design and realization of anisotropic mantle cloaks operating, at the same frequency,...
In this work we report some advances in the design of mantle cloaking devices to reduce the scatteri...
A thin mantle cloak is described for electromagnetic footprint reduction for arrays of thin cylinder...
Mantle cloaking of a metallic cylinder through a width modulated microstrip line metasurface is pres...
A printed meta-surface that can reduce the electromagnetic footprint of a metallic cylinder is inves...
The main purpose of this paper is to design, implement and measure a new sample of mantle cloak. A n...
In this contribution, we present our latest results concerning the design of microwave mantle cloaki...
The design and results of mantle cloaking for a metallic cylinder are investigated. First, a single ...
Electromagnetic footprint reduction for a metallic cylinder wrapped in a printed meta-surface is dis...
In this work, we present a procedure to design mantle cloaking devices made of multi-layered metasur...
In this paper, we present some recent theoretical, numerical, and experimental results related to th...
International audienceSummary form only given. In the last few years, the possibility to engineer th...
Electromagnetic footprint reduction for a metallic cylinder wrapped in a printed meta-surface is dis...
Summary form only given. In the last few years, the possibility to engineer the properties of artifi...
"We propose a general procedure to design mantle cloaks able to reduce the scattering of an object f...
We present the design and realization of anisotropic mantle cloaks operating, at the same frequency,...
In this work we report some advances in the design of mantle cloaking devices to reduce the scatteri...