锂离子电池硅基负极比容量提升的研究进展
余晨露(
), 田晓华, 张哲娟(), 孙 卓
), 田晓华, 张哲娟(), 孙 卓
Research progress of specific capacity improvements of silicon-based anodes in lithium-ion batteries
Chenlu YU(), Xiaohua TIAN, Zhejuan ZHANG(), Zhuo SUN
), Xiaohua TIAN, Zhejuan ZHANG(), Zhuo SUN
图7. 微米级硅碳复合材料团聚结构的制备原理。(a) 用于气溶胶处理的硅纳米颗粒和聚合物(PAA)前体溶液；(b) 气溶胶诱导团聚形成的纳米硅与PAA(mSi-PAA)的超结构复合材料；(c) 碳涂层/煅烧后的团块结构硅碳复合材料(mSi-C)
Fig.7. Formation process of agglomerate structured semimicro-size silicon-carbon (mSi-C) composite. (a) precursor solution of silicon nanoparticles and polymer (PAA) for aerosol process, (b) super structured composite of silicon nanoparticle and PAA (mSi-PAA) constructed by aerosol process induced agglomeration, (c) agglomerate structured silicon carbon composite (mSi-C) after carbon coating/calcination
