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Microwave Absorption
In article number 2107265, Xuefeng Zhang, and co‐workers synthesize core@shell structural high‐entropy‐alloy@graphite (HEA@C) nanocapsules through an in‐situ arc‐discharged plasma approach. By changing the combinations of various transition elements of HEA cores, the optimized impedance matching, and improved interfacial polarization can be constructed, achieving significant microwave...
Designing heterogeneous interfaces and components at the nanoscale is proven effective for optimizing electromagnetic wave absorption and shielding properties, which can achieve desirable dielectric polarization and ferromagnetic resonances. However, it remains a challenge for the precise control of components and microstructures via an efficient synthesis approach. Here, the arc‐discharged plasma...
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