The broadband metamaterial perfect absorbers over various incident angles are highly
significant in long-wave infrared (LWIR) detection. Previous research on LWIR metamaterial …

Metamaterial absorbers (MA) in terahertz (THz) based bands are receiving much attention
for its potential applications. However, the limited bandwidth greatly reduces the further …

In many potential applications, there is a high demand for long wavelength infrared (LWIR)
absorbers characterized by a compact configuration, broad operational bandwidth, high …

Perfect absorbers (PAs) are devices that can efficiently absorb electromagnetic waves. Great
attention has been attracted since metamaterial PAs (MPAs) were first proposed in 2008. In …

In this paper, we proposed a multilayer terahertz absorber composed of hybrid graphene
and vanadium dioxide (VO2). Based on electrical controlling of graphene and thermal tuning …

Mid-infrared metamaterial absorbers have many applications in the field of infrared
detection, infrared thermal energy utilization, radiation refrigeration, invisible camouflage …

Multi-resonance light coupling management is a promising way to expand the operating
spectral ranges of optoelectronic devices. The classical strategies are either lack of …

To satisfy the requirements of infrared wide spectrum absorption, a metal–insulator-metal
(MIM) metamaterial absorber is proposed and designed. Different from the ordinary MIM …

The ultra-thin absorber in the long-wave infrared band plays an important role in imaging,
sensor, and energy collection. Various perfect absorbers in the long wave infrared band …

In this paper, we proposed a triple layer structure consisting of the bottom silver layer, thin
silicon oxide space layer, and ultrathin semiconductor silicon film with nano hole array …