This paper represents a wide incident angle-polarization insensitive, stable in results, and
compact-sized metamaterial absorber that can be used for Doppler navigation aids and …

In this paper, an ultra-wide-angle and broadband metamaterial absorber with a monopole
top loading structure (MA-MTLS) was proposed. The resistive films printed on the dielectric …

In this paper, we present an unprecedented metamaterial absorber design exhibiting
exceptional characteristics in electromagnetic wave absorption. The proposed bent Y …

In this research article, we present a versatile broadband absorber employing vanadium
dioxide, designed for effective absorption at terahertz frequencies. The absorber is …

In the microwave frequency domain, this paper introduces a simple design aimed at
designing a multi-band polarization-insensitive MA. Polarization-insensitive MA are currently …

A multiband antenna is a good choice to keep the device as compact as possible. This study
introduces a tripleband antenna that is well-suited for 5G New Radio applications, satellite …

A Unique circular split shape with a subwavelength-sized, high effective medium ratio
(EMR= λ/L) of 14.29 metamaterial (MTM) absorber is proposed that achieves double …

This work aims to provide a maze-shaped split ring metamaterial absorber (MMA) with a
high absorption rate. The unit cell's resonator's well-engineered split cut assists in obtaining …

In this paper, a quadrilateral-shaped structure for X and Ku band applications has been
constructed using a combination of two circular and four quadrilateral rotational split ring …