An enhancement of lithium ionic intercalation and conduction performance of lithiated-organo-iron-tantalum oxide (Li_αFeTa_xO_yC_z) films has been accomplished by the addition of organo-lithium oxides (LiO_yC_z) into organo-iron-tantalum oxide (FeTa_xO_yC_z) films using an atmospheric pressure plasma jet (APPJ) at various mixed concentrations of lithium tert-butoxide [(CH₃)₃COLi] and tantalum ethoxide [Ta(OC₂O₅)₅] precursors. The rapid deposition of Li_αFeTa_xO_yC_z films onto polished stainless steel substrates at short exposed durations of 38–41 s with an APPJ has been investigated. The APPJ-polymerized Li_αFeTa_xO_yC_z films have noticeable Li⁺ ionic intercalation/deintercalation performance at 200 reversible cycles in a 1-M LiClO₄-propylene carbonate electrolyte as analyzed by both potential sweep and potential step in situ Li⁺ ionic intercalation. The Li⁺ ion intercalated and deintercalated charges are significantly improved from 5.70 and 5.20 mC/cm² for FeTa_xO_yC_z film to 8.11 and 7.51 mC/cm² for Li_αFeTa_xO_yC_z films, respectively. The Li⁺ ionic conduction performance of FeTa_xO_yC_z film is slightly enhanced from 107 × 10⁻¹⁰ to 118 × 10⁻¹⁰ S/cm for Li_αFeTa_xO_yC_zfilm, as verified by electrochemical impedance spectroscopy in the devices of polyethylene terephthalate (PET)/indium tin oxide (ITO)/NiO_x/FeTa_xO_yC_z/NiO_x/ITO and PET/ITO/NiO_x/Li_αFeTa_xO_yC_z/NiO_x/ITO.

的锂化-有机-铁-氧化钽的锂离子嵌入和传导性能的提高（栗_α FETA _X ö _ý Ç _Ž）膜已通过添加有机锂氧化物（LIO的完成_ý Ç _Ž）转换成有机铁_-使用常压等离子体射流（APPJ）在叔丁醇锂[（CH ₃）₃ COLi]和乙醇钽[Ta（OC ₂ O ₅）_5的各种混合浓度下制备氧化钽（FeTa _x O _y C _z）膜]前体。锂的快速沉积_α FETA _X ö _ý Ç _Ž在与APPJ的38-41小号短持续时间暴露到膜抛光不锈钢基材进行了研究。所述APPJ聚合栗_α FETA _X ö _ý Ç _Ž膜具有显着的李⁺离子嵌入/脱嵌在200个可逆循环的性能1-M的LiClO ₄ -丙烯碳酸盐电解质作为分析通过原位李两者电位扫描和电位阶跃⁺离子嵌入。FeTa的Li ⁺离子嵌入和脱嵌电荷分别从5.70和5.20 mC / cm ²显着提高_X ø _ý Ç _Ž膜8.11和7.51的MC /厘米²为锂_α FETA _X ö _ý Ç _Ž膜，分别。李⁺ FETA的离子传导性能_X ö _ý Ç _ž膜稍微从107增强 ×  10 ^-10至118  ×  10 ^-10  S / cm的锂_α FETA _X ö _ý Ç _Ž膜，如通过电化学阻抗谱验证聚对苯二甲酸乙二醇酯（PET）/氧化铟锡（ITO）/ NiO的设备_X / FETA _X ö _ý Ç _ž /的NiO _X / ITO和PET / ITO /的NiO _X /锂_α FETA _X ö _ý Ç _ž /的NiO _X / ITO。