A novel design of nearly perfect metamaterial absorber is proposed and analyzed for
terahertz sensing applications. The full vectorial finite element method is used to simulate …

Future Internet of Things (IoT) devices are expected to be fully ubiquitous. To achieve this
vision, a new generation of IoT devices needs to be developed, which can operate …

In the past few decades, metamaterial absorbers (MA) have become an important area of
research due to their potential application as ultrathin perfect absorbers. There are various …

This paper reports a central spiral split-rectangular-shaped metamaterial absorber
surrounded by a polarization-insensitive ring resonator for s-band applications. The rated …

This paper provides a metamaterial for microwave absorbers relying on asymmetric square
split rings with a partial E shape in the centre-based resonator. The wideband frequency …

Simple and easy to fabricate sensors with high sensitivity, high quality-factor (χ), large figure
of merit (FOM), and narrow bandwidth are highly desirable for immediate point of care …

A perfect ultra-narrow band infrared metamaterial absorber based on the all-metal-grating
structure is proposed. The absorber presents a perfect absorption efficiency of over 98 …

We propose the design of a multiband absorber based on multi-layered square split ring
(MSSR) structure. The multi-layered metamaterial structure is designed to be used in the …

High Q-factor elements have been noticed for detecting biological particles with more
accuracy, and in this current research, we have noticed a High Q-Factor absorber for bio …

In this study, an ultra-compact metamaterial absorber (MMA) has been proposed for
microwave applications comprising two modified square-shaped resonators printed on a …