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Optimized performance of silicon‐ionic‐ liquid lithium‐ion batteries through the implementation of a new electrode‐microgeometry. The incorporation of 1D silicon nanowires into the cyclized‐polyacrylonitrile‐based electrode‐architecture allows for greatly improved active material utilization, higher rate capabilities, and reduced interfacial reactions.
A novel and facile method was successfully developed to fabricate wafer-scale Si nanowire arrays with well-controlled sizes through the in-situ porous anodic alumina (PAA) template-assisted wet-etching process. The diameter and filling ratio (inter-wire spacing) of the as-prepared Si nanowires are determined by the size and density of pores in the in-situ PAA templates, which can be tailored independently...
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