... anode inverse peak voltage 阳极反向峰值电压 anode forward peak voltage 阳极正向峰值电压 anode voltage drop 阳极降 ; 屏极电压降 ...
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在这一区域内，阳极位降、阳极位降区厚度主要由放电电流和气体压强所决定。
In this region, its thickness and potential fall are mainly determined by discharge current and gas pressure.
研究阳极电阻变化规律，找出在现有的技术条件下降低阳极压降的途径，对降低槽电压、降低能耗有重要意义。
It is very important for both decrease of cell's voltage and energy consumption if the approaches to decrease the anode's voltage drop can be found.
与现场测试对比，认为随着阳极消耗，电阻、压降都随之下降。
Compared with measure results, it was known that along with anode consumed, anodic resistance and voltage-drop became more and more small.
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