This paper presents the development of an innovative, tunable star-shaped microwave
sensor operating at two distinct frequency bands C and X band, optimized for high-sensitivity …

State-of-the art research on conventional microwave substrates reveals limitations of
restricted flexibility, poor adaptability to irregular surfaces, and reduced effectiveness in …

This article proposed a new triple-band transmission block metamaterial (MTM) for 5G mm-
wave applications. The peak transmission-blocking attributes are achieved at 27.09 GHz …

This study introduces a Metamaterial'MM'sensor designed and evaluated to detect pure and
adulterated fuels and oils. The reflection coefficient was measured using advanced design …

A novel metamaterial sensor with ultrahigh Q-factor of 665.85 and 1883.3 at 5.46 GHz and
11.3 GHz is presented in this paper, which consists of a metal pattern with cross structure …

This study evaluates the metamaterial absorbance and sensing applications of a novel
wheel‐shaped resonator with triangular spokes. Electromagnetic simulation software, CST …

In this paper, a simple and efficient approach is presented to classify different power
materials based on a one port microwave sensor in X-band. This classification focuses on …

This article introduces a new dual-band metamaterial absorber (MTMA) for EMI sheilding
and energy harvesting applications. A FR-4 substrate material with a thickness of 1.6 mm is …

This article introduces a microwave multiband metamaterial absorber (MA) with high
potential for bio-plastic sensing applications. The innovative design is realized through a …

Metamaterials are frequently employed as sensors in a wide range of applications because
of their special qualities that are not present in nature. This study focus on the design …