This paper presents the implementation of Luneburg lens antenna based on a 2-D parallel-
plate structure for broadband multibeam radiation at millimeter-wave frequencies. In …

In this article, a compact planar heart‐shaped antenna based on countersink and partial
ground plane techniques is proposed to operate as a multiband device for modern wireless …

This letter studies the behavior of heterogeneous dielectric substrates created by including
micro-sized cubes of different electromagnetic (EM) properties to an otherwise homogenous …

The cavity perturbation method is a standard technique for material parameter estimation. It
typically assumes that the sample consisting of the material under test (MUT) is small. This …

This article presents a cost-effective millimeter-wave (W-band) cavity-backed slot antenna-in-
package (AiP) built using commercially available integrated passive device (IPD), printed …

A novel wideband three‐layer chessboard‐like structure is proposed to reduce the radar
cross section (RCS) of the radar target. This configuration is composed of two artificial …

Nanoporous gold can be exploited as plasmonic material for enhanced spectroscopy both in
the visible and in the near-infrared spectral regions. In particular, the peculiar morphology of …

A novel double‐layer chessboard‐like configuration is proposed to reduce radar cross‐
section (RCS) in microwave and mm‐Wave bands. This structure is composed of two …

Aspergillus Niger is an airborne fungal pathogen which commonly affects the vegetation.
More importantly, the toxins carried by its micrometer-sized spores can be easily inhaled …

Multi-layered dielectric structures are widely seen in modern semiconductor industry. Their
applications cover multi-scaled areas such as in chips, packagings and printed circuit …