A multilayer metamaterial absorber (MMA) with optically transparent and broadband
microwave absorption characteristics based on Indium Tin Oxide (ITO) and polymethyl …

Manipulation of the electromagnetic signature in multiple wavebands is necessary and
effective in civil and industrial applications. However, the integration of multispectral …

Integrating broadband absorption, dynamic tunability, and high optical transparency into a
single microwave absorber remains a crucial challenge. Here, an ultra‐broadband, tunable …

Metasurface absorbers (meta‐absorbers) are highly compelling in modern optoelectronic
devices. However, owing to the limitations of the sandwiched design framework …

Stealth performance plays an increasingly important role in the evaluation of aircraft
performance, while achieving excellent stealth performance in multiple frequency bands …

In this article, an ultrawideband radar scattering cross-sectional (RCS) reduction
metasurface is proposed combining with absorption and phase cancellation mechanisms. A …

In this paper, a conformal optical transparent metamaterial absorber (COTMA) is proposed
based on the circuit analog optimization method (CAOM), which can effectively enhance the …

Optically transparent metamaterial absorbers have unexceptionally encountered a great
challenge in further improving optical transparency ranging from visible (Vis) to near …

Present study reports a novel visible-light transparent, microwave broadband absorbing
metamaterial. The designed structure is implemented using three different sizes of indium tin …

To accelerate the design of metamaterial microwave absorbers (MMAs), in this work, we
developed a deep neural network model to predict the spectrum based on the known …