Ultra-light MXene aerogel/wood-derived porous carbon composites with wall-like “mortar/brick” structures for electromagnetic interference shielding
Renewable porous biochar and 2D MXene have attracted significant attention in high-end
electromagnetic interference (EMI) shielding fields, due to unique orderly structures and
excellent electrical conductivity (σ) value. In this work, the wood-derived porous carbon
(WPC) skeleton from natural wood was performed as a template. And excellent conductive
and ultra-light 3D MXene aerogel was then constructed to prepare the MXene aerogel/WPC
composites, based on highly ordered honeycomb cells inner WPC as a microreactor. Higher …
electromagnetic interference (EMI) shielding fields, due to unique orderly structures and
excellent electrical conductivity (σ) value. In this work, the wood-derived porous carbon
(WPC) skeleton from natural wood was performed as a template. And excellent conductive
and ultra-light 3D MXene aerogel was then constructed to prepare the MXene aerogel/WPC
composites, based on highly ordered honeycomb cells inner WPC as a microreactor. Higher …
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