Publications by authors named "Dingwen Yin"
Achieving high shielding effectiveness in electromagnetic shielding materials relies heavily on high conductivity, yet simultaneously enhancing the absorption loss remains a persistent challenge. Consequently, the study successfully creates efficient electromagnetic shielding composite films with a unique grape-like bunch structure of hollow nanosilver (HCAF) through layer-by-layer assembly. The utilization of poly(dopamine) (PDA) to anchor nanosilver granules (AgNPs) onto cellulose nanofibers (CNF) results in the formation of CNF@PDA@AgNPs.
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- Silicon-based anode materials are promising due to their high energy density, but challenges like volume changes and SEI instability limit their use.
- Researchers developed a core-shell structure using silicon nanoparticles and titanium dioxide to manage volume changes and enhance stability.
- The addition of silver nanowires improved conductivity, resulting in the SiNPs@TiO/AgNWs composite achieving a high discharge capacity of 3524.2 mAh·g for lithium-ion batteries, offering a new approach for developing efficient anodes.