The emergence of the 5 G technology and universal smart electron devices urgently call for
the exploration of highly efficient microwave absorption materials. MoS 2 is a potential …

Cubic spinel ferrites have developed significant attention in materials science owing to their
distinctive characteristics and diverse applications. The present review emphasizes on the …

This study provides a comprehensive synthesis and meticulous examination of barium
hexaferrite (BHF), barium titanate (BT), and their respective nanocomposites, unveiling their …

Electromagnetic wave (EMW) absorbing coatings with deicing ability are highly attractive in
extremely low temperature service circumstances. Here, a flexible, hydrophobic, and …

W-type ferrites possessing low cost and high chemical stability, show high potential in
electromagnetic wave (EMW) absorption field. However, due to the low dielectric loss …

Abstract 4D printing allows the creation of 3D-printed structures with a variety of new
functionalities that respond to external stimuli, including electromagnetic properties, for …

The inherent high conductivity and limited loss mechanism of graphene result in an
impedance mismatch with free space impedance. Co 2 Y-type ferrite exhibits strong planar …

In the present work, the rapid and highly efficient catalyst has been designed for the
electrochemical sensing of the non-steroidal drug Mefenamic acid (MFA) for quality control …

The global focus on electromagnetic interference and pollution is undeniable. To counter
these challenges, high-performance microwave-absorbing materials (MAMs), typically …

Comprehensive Summary The utilization of rare earth (RE) elements is pivotal in wave
absorption. In particular cases, RE group elements manifesting unique 4f electron layer …