Chloride is a crucial anion required for multiple functions in the human body including
maintaining acid-base balance, fluid balance, electrical neutrality and supporting muscles …

The emergence of metamaterials has presented an unprecedented platform to control the
fundamental properties of light at the nanoscale. Conventional metamaterials, however …

This paper introduces a novel, cost-effective solution designed to achieve large absorption
bandwidth within the THz spectrum employing a miniaturized, single-layer metamaterial …

In this paper, a broadband, polarization-independent metamaterial absorber for millimeter
waves is proposed. Operating across the frequency range of 22.7 GHz to 37.2 GHz, our …

Metamaterials, characterized by their unique artificial periodic structures, exhibit
extraordinary abilities in controlling electromagnetic waves not found in natural materials …

Now a days, plenty of nanostructured absorbers have been designing and investigating by
employing various novel materials. In this paper, we employ a single-layer and ultrathin …

This paper introduces an ultrathin metamaterial absorber based on MXene, consisting of a
subwavelength-sized periodic square-ring-shaped nano-cylinder operating in the visible …

This study investigated Ca x Co (0.90-x) Al. 01 Fe 2 O 4 nanoparticle synthesized using the
sol–gel synthesis method to achieve a flexible substrate with a high dielectric constant …

This paper investigates the potential of a transition metal nitride, Vanadium Nitride (VN), in
designing a nanostructured absorber for infrared wavelengths. A simple and plain nano …

Metamaterial absorbers have garnered significant interest due to their unique
electromagnetic properties, which facilitate the efficient absorption of electromagnetic …