Electromagnetic (EM) absorption is paving the way to overcome the challenges related to
conventional shielding strategy against EM pollution through sustainable energy dissipation …

Enriching the electromagnetic wave loss mechanism and improving the impedance
matching are the keys to improve the electromagnetic wave absorption performance of …

Expanded graphite (EG) is a modified conductive lamellar carbon that has been widely
studied in the field of electromagnetic wave absorption due to its low density, good electrical …

Comprehensive Summary Metal‐organic frameworks (MOFs) and their pyrolytic derivates,
displaying diverse chemical compositions and microstructures, provide the infinite potential …

Constructing multiple polarization losses and improving impedance matching in carbon
materials is essential for improving electromagnetic wave absorption performance of carbon …

Carbon-based electromagnetic wave absorbing materials (absorbers) adhered with metallic
sulfide nanoparticles of good electrical conductivity attract increasing researchers' attention …

Excessive artificial electromagnetic radiation poses significant health risks and disrupts
military equipment. To address this, high-performance microwave absorption materials are …

A novel dual-network coordination strategy was utilized to prepare carbon based magnetic
porous EMW absorption nanocomposites with controllable magnetic particles deposition on …

High-performance wave-absorbing materials are always pursuing the goals of thin,
lightweight, wide and strong absorption. Hitherto carbonaceous materials are still one kind …

Broadband microwave absorption materials have always been the goal of continuous
pursuit. Hierarchical interfacial structure and impedance matching design are one of the …