Regulating the composition and microstructure of nanomaterials is a major challenge in the
development of high-performance materials for electromagnetic wave (EMW) absorption …

The superior electromagnetic wave absorption materials have the characteristics of thin
matching thickness, low density, wide absorption bandwidth and strong absorption intensity …

Electromagnetic properties and electrochemical properties of MXene hybrid materials have
been one of the research hotspots. The development of high-performance MXene …

This report proposes a preparation route for the molten salt (MS)-assisted synthesis of cotton-
like C/transition metal sulfide (TMD) composites. By using the mussel-inspired method …

The controllable self-assembly of Metal Organic Frameworks (MOFs) crystals plays a vital
role in modulating the performance for microwave absorbers. However, most current …

As a common and high microwave absorbing material, the application fields of carbonyl iron
particle (CIP) are limited because of its poor corrosion resistance when working in harsh …

Here, composites filled with carbon nanospheres of different morphologies exhibit the same
electromagnetic wave (EMW) absorption and loss mechanisms when they possess the …

Simultaneously achieving excellent shielding effectiveness (SE) and high absorption rate of
flexible electromagnetic interference (EMI) shielding materials has become a growing …

Hierarchical engineering of magnetic-dielectric composite microspheres has attracted
increasing attention owing to its potential to enhance electromagnetic wave absorption …

Hexagonal boron nitride (h-BN) has the advantages of outstanding insulation, high thermal
conductivity and excellent chemical stability, which promote the wide application of h-BN in …