The breakdown voltage of air gap increases with the electrode spacing increasing.
电极间距增大后，气隙的击穿电压增大。
The results revealed that under the same conditions, hydrogen evolution potential and voltage gradient were affected by the electrode materials and the electrode spacing.
实验结果表明，在相同条件下，氢的析出电压和电压梯度受电极材料和电极间距的影响。
The copper electrode couple preparation step prepares the copper electrode couples with a plurality of micrometers of relative spacing by a yellow-light photolithography process.
铜电极偶制备步骤，为利用黄光微影制程制作出相对间距为数微米的铜电极 偶。
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