Li pre-doping of amorphous silicon electrode in li-naphthalene complex solutions

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Abstract

To compensate a large initial irreversible capacity (Qirr) of silicon electrode, a novel Li pre-doping technique using Linaphthalene complex/tetrahydrofuran solutions was developed. Li was successfully doped to amorphous silicon nano-flake particles, and the doping level of Li was easily controlled by adjusting naphthalene concentration. A large Qirr of the pristine electrode (1200mAhg?1) was almost completely compensated after pre-doped in 0.1 moldm?3 Li-naphthalene solution for 1 h. In addition, no harmful effects of pre-doping on cycleability were observed.

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Yoshida, S., Masuo, Y., Shibata, D., Haruta, M., Doi, T., & Inaba, M. (2015). Li pre-doping of amorphous silicon electrode in li-naphthalene complex solutions. In Electrochemistry (Vol. 83, pp. 843–845). Electrochemical Society of Japan. https://doi.org/10.5796/electrochemistry.83.843

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