interface resistance

Electrochemical impedance spectra ( EIS) measurements revealed that with the DOL pretreatment lithium electrode had lower and more stable interface resistance during the storage in electrolyte for a long time.

电化学阻抗谱（EIS）分析表明，当金属锂电极长时间浸泡在电解液中时，经过DOL预处理的锂电极与未经处理的锂电极相比，具有更低、更稳定界面阻抗。

After having studied the accumulator cell SOC several forecast technique, proposed that using the battery terminal voltage and the interface resistance union forecast accumulator cell SOC the method, this method may enhance the forecast the precision.

研究了蓄电池SOC的几种预测方法后，提出利用电池端电压与内阻联合来预测蓄电池SOC的方法，该方法可以提高预测的精度。