The existing metamaterial absorber cannot simultaneously achieve wide bandwidth, light
thickness, flexibility, and transparency in the radar frequency band. To address that problem …

The effects of surface electrical conductivity and cascading order of ITO surface modified
glass fiber woven fabrics (GFWF) on the electromagnetic (EM) behavior of hybrid type …

Deep neural networks (DNNs) are widely used in designing a metasurface; however, data
acquisition from simulations is expensive in terms of time and effort. Inspired by image …

Superoscillation is an extraordinary phenomenon capable of generating small-size focusing
spots, which can be used for super-resolution focusing and imaging. Herein, we elaborate …

Due to the special advantages of the reverberation chamber (RC), it has been recognized as
a standardized over-the-air (OTA) testing methodology by the cellular telecommunications …

In this paper, a polarization‐independent optical transparent absorber with a notch band has
been designed, fabricated, and experimented. The proposed structure is composed of three …

A multilayered composite structure with ultra-wideband and strong microwave absorbing
performance has been developed, which is prepared through vacuum bag molding process …

The effect of the thickness of thin protective In-Sn-O coatings, deposited on quartz glass by
magnetron sputtering at various partial pressures in an argon and oxygen atmosphere, on …

ITO sols were deposited on glass fiber woven fabrics by spray pyrolysis technique and
electrical conductivity of these layers was controlled to incorporate electromagnetic (EM) …

In this paper, we propose an ultra-wide-angle metamaterial absorber grounded in the
principle of monopole antenna and antenna reciprocity. According to the antenna reciprocity …