Randomized trial demonstrates improved low-frequency electromagnetic wave absorption using novel composites, indicating potential applications in material science.
/C, and Fe/C), defect-rich carbon, and oxygen vacancies. Multi-scale interfacial polarization, coupled with magnetic loss from Fe nanoparticles, balances dielectric/magnetic losses, improves impedance matching, and enhances attenuation. This work provides a novel strategy for low-frequency EMW absorbers by integrating MOF-on-MOF-derived architectures with temperature-programmed regulation.
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Zhang et al. (2026) studied this question.
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