Assembling sub-10 nm silicon particles into dense sub-10 nm-pore superstructures yields silicon anodes with high tap density, fast SEI stabilization, and about 80% capacity retention over 400 full-cell cycles.
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Highly Stable Silicon Anodes Enabled by Sub-10 nm Pores and Particles
Assembling sub-10 nm silicon particles into dense sub-10 nm-pore superstructures yields silicon anodes with high tap density, fast SEI stabilization, and about 80% capacity retention over 400 full-cell cycles.