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Oxygen‐containing functional groups have high potential to excite polarization loss. The nature and mechanism of the polarization loss brought on by oxygen‐containing functional groups, however, remain unclear. In this study, metal‐organic framework precursors are in situ pyrolyzed to produce ultrathin carbon nanosheets (UCS) that are abundant in oxygen functional groups. By altering the pyrolysis...
Microwave Absorption
In article number 2302633, Zhengjun Yao, Jintang Zhou, Ping Chen, and co‐workers utilize protonation engineering and solvent thermodynamic modulation strategies to controllably design sheet‐like self‐assembled nanoflowers. The controlled design of the synthetic routes results in structures with multiple heterogeneous interfaces, abundant defects and vacancies. A correlation model...
Correlating metal–organic framework (MOF) synthesis processes and microwave absorption (MA) enhancement mechanisms is a pioneer project. Nevertheless, the correlation process still relies mainly on empirical doctrine, which hardly corresponds to the specific mechanism of the effect on the dielectric properties. Hereby, after the strategy of modulation of protonation engineering and solvothermal temperature...
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