In this work we introduce a novel near-field focusing plate able to provide sub-wavelength focusing in both directions, parallel to the plate, as well as for both polarizations of the illuminating plane wave at microwave frequencies. Two similar designs are proposed: the first one is made of a thick metallic plate, whereas the second one is made of a thin copper plate fabricated on top of a Rogers 5880 dielectric substrate. The focusing behavior of these structures is analyzed with Ansys HFSS and CST Microwave Studio full-wave simulators. © 2011 IEEE
A compact quarter-wave plate (QWP) based on a doubly periodic subwavelength hole array lying over a ...
It is shown that a system of two coupled planar material sheets possessing surface mode (polariton) ...
We propose an idea of using a convergent dipole wave at the aperture, radiated from a dipole at dis...
The widespread use of the electromagnetic near field, in applications ranging from high resolution i...
Binary Fresnel zone plates (ZP) are one of the most frequently used focusing elements of inplane opt...
We have proposed a metamaterial lens that enables sub-wavelength focusing, which is shorter than an ...
With the rapid development of microelectronic industry of data processing, data storage/reading, and...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
Diffraction restricts the ability of most electromagnetic devices to image or selectively target obj...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
Diffraction restricts the ability of most electromagnetic devices to image or selectively target obj...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
We present the design and experimental demonstration of an efficient holographic metasurface apertur...
A compact quarter-wave plate (QWP) based on a doubly periodic subwavelength hole array lying over a ...
A compact quarter-wave plate (QWP) based on a doubly periodic subwavelength hole array lying over a ...
It is shown that a system of two coupled planar material sheets possessing surface mode (polariton) ...
We propose an idea of using a convergent dipole wave at the aperture, radiated from a dipole at dis...
The widespread use of the electromagnetic near field, in applications ranging from high resolution i...
Binary Fresnel zone plates (ZP) are one of the most frequently used focusing elements of inplane opt...
We have proposed a metamaterial lens that enables sub-wavelength focusing, which is shorter than an ...
With the rapid development of microelectronic industry of data processing, data storage/reading, and...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
Diffraction restricts the ability of most electromagnetic devices to image or selectively target obj...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
Diffraction restricts the ability of most electromagnetic devices to image or selectively target obj...
International audienceThis work aims at showing the feasibility of performing 2D near-field focusing...
We present the design and experimental demonstration of an efficient holographic metasurface apertur...
A compact quarter-wave plate (QWP) based on a doubly periodic subwavelength hole array lying over a ...
A compact quarter-wave plate (QWP) based on a doubly periodic subwavelength hole array lying over a ...
It is shown that a system of two coupled planar material sheets possessing surface mode (polariton) ...
We propose an idea of using a convergent dipole wave at the aperture, radiated from a dipole at dis...