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Rapidly Grown IBAD LiPON Films with High Li-Ion Conductivity and Electrochemical Stability

机译:快速生长的IBAD LiPON膜,具有高的锂离子电导率和电化学稳定性

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摘要

LiPON films have been produced by nitrogen ion beam assisted deposition (IBAD) of thermally evaporated Li_3PO_4. This process allowed us to rapidly deposit X-ray amorphous LiPON films with densities close to that of the handbook value for Li_3PO_4, high ionic conductivity (1.6 X 10~(-6) S/cm), electronic conductivity smaller than 8 X 10~(-13) S/cm, and an electrochemical stability window of over 6.0 V. These properties, combined with the high deposition rates that can be achieved with this process (>1.0 nm/s), make it an attractive candidate for industrial production of LiPON thin films for Li-ion batteries.
机译:LiPON膜是通过热蒸发的Li_3PO_4的氮离子束辅助沉积(IBAD)生产的。此过程使我们能够快速沉积X射线非晶LiPON膜,其密度接近Li_3PO_4的手册值,高离子电导率(1.6 X 10〜(-6)S / cm),电子电导率小于8 X 10〜 (-13)S / cm,以及超过6.0 V的电化学稳定性窗口。这些特性,加上该工艺可实现的高沉积速率(> 1.0 nm / s),使其成为工业生产的有吸引力的候选材料用于锂离子电池的LiPON薄膜的制造。

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