Using the free-potential electrode corona preionization technique, a compact, rugged, stable and reliable device has been achieved.
该激光器采用可伐-玻璃封接和自由电位板电晕预电离技术。
This fl at region would be misidentified as the compensation point of potential electrode corresponding to the actual grounding resistance of substation, and bring huge error.
该平坦段可能会被误认为对应于真实接地电阻的补偿点位置，导致测量结果出现巨大误差。
The potential of a corroding surface in an electrolyte relative to a reference electrode under open-circuit conditions.
在断路情况下，在与基准电极相关的电解液中，表面受到侵蚀的潜在可能性。
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