Infrared band occupies a very important position in the electromagnetic wave band.
Traditional infrared devices use the inherent properties of natural materials to achieve the …

In this paper, a dual-band terahertz absorber based on metamaterial structure is designed,
fabricated, and measured. The metal periodic array is located on the upper surface of a …

In this paper, a band-notched absorber with high notch-band-edge selectivity is proposed
and investigated. It is formed by introducing a narrower and full reflectance band into a wider …

Metamaterial absorbers with multiple frequency bands can be designed by stacking sub-
resonators vertically or arranging them co-planarly. However, to increase the number of …

In this paper, we have designed and experimentally demonstrated a broadband absorber in
the mid-infrared region based on the impedance matching method. The absorber is made of …

A lithography-free, self-assembly fabrication route exploiting black silicon (B-Si)
microstructures to design a perfect absorber based on densely and disordered packed gold …

A novel design of electromagnetic wave absorber is presented with the characteristics of
broad bandwidth, low profile, and polarization independence to a normal incident …

The versatility of mid-infrared metamaterial absorbers along with the ease of fabrication has
been widely used in thermal imaging, molecule sensing, and many other applications …

A dual-band metamaterial absorber based on local surface plasmon resonance is designed,
which is composed of a periodic arrangement of stacked nanodisk structures. The structure …

A novel type of nano-tapered Ag/PAA (Porous Anodic Alumina) hybrid structure was
conveniently fabricated by a multistep anodizing and etching pore-widening method and …