否则，从电池电极吸取的电流将会在电极的内阻上产生电压降并可能使电池极化。
Otherwise, the current drawn from the cell electrodes will cause a voltage drop across the internal resistance of the electrode and may polarize the cell.
使用发泡镍可降低电极的极化，改善电池的大电流放电性能。
The polarization of electrode decreased and the heavy load discharge performance of battery were improved by using foamed nickel.
质子交换膜燃料电池双极板导流场的不同区域极化研究可以诊断导流场工程设计的合理性。
The study of different area polarization of bi-polar plate flow field PEM fuel cell could be a very good diagnosing tool to verify the engineering design of flow field of bi-polar plate.
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