The focused character and the limited-diffraction properties of Bessel beams make them
attractive in various modern applications, such as wireless power transfer, medical imaging …

The quantitative inspection of unknown targets or bodies by means of microwave
tomography requires a proper modeling of the field scattered by the structures under test …

In this letter, the scattering of a nondiffractive Bessel beam (BB) incident field by a perfect
electric conducting circular cylinder is investigated and compared with the standard …

Vortex electromagnetic (EM) wave carrying orbital angular momentum (OAM), whose unique
wavefront distribution exhibits angular diversity characteristics, which provides a richer …

In a virtual experiment (VE), the data available to solve an inverse scattering problem are
linearly combined in order to make the inversion task simpler. This goal is achieved by …

This letter deals with the problem of evaluating the effect of a cylindrical metallic cavity on
the radiation of a planar longitudinally polarized Bessel beam launcher, as it could arise in …

The rotating phase of orbital angular momentum (OAM) waves can bring new degrees of
freedom in the wireless communication and microwave imaging realms, and more generally …

Microwave imaging of targets enclosed in circular metallic cylinders represents an
interesting scenario, whose applications range from biomedical diagnostics to …

This contribution deals with the evaluation of effects of a cylindrical metallic cavity on the
radiation of a planar longitudinally-polarized Bessel beam launcher, and it is related to …

Vortex electromagnetic wave carries the Orbital Angular Momentum (OAM), and thus has a
spiral wavefront structure, which contains the azimuthal information of the target in the echo …