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The unique structure of very‐fine Sn nanoparticles (≈8 nm) embedded in porous spherical carbon network (denoted as 8‐Sn@C), which is prepared on page 214 by L. Jiao, J. Chen, and co‐workers using an aerosol spray pyrolysis method, can effectively suppress the volume fluctuation and particle aggregation of tin during prolonged sodiation/desodiation process and thus show high performance as anode of...
Designed as a high‐capacity, high‐rate, and long‐cycle life anode for sodium‐ion batteries, ultrasmall Sn nanoparticles (≈8 nm) homogeneously embedded in spherical carbon network (denoted as 8‐Sn@C) is prepared using an aerosol spray pyrolysis method. Instrumental analyses show that 8‐Sn@C nanocomposite with 46 wt% Sn and a BET surface area of 150.43 m2 g−1 delivers an initial reversible capacity...
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