cathode glow

cathode glow的基本解释

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[电] 阴极辉

与cathode glow相关的网络例句 [注：此内容来源于网络，仅供参考]

Large current glow discharge has a strong tendency to transform to arc discharge. This paper focuses our attention on the factors affecting the stability of large current hot cathode glow discharge. The research results show that the cathode temperature, the cathode surface state and the size and place disposition between cathode and anode have influences on the stability of glow discharge, respectively.

大电流辉光放电具有较强的向弧光放电转化趋势，本文研究了影响大电流热阴极辉光放电稳定工作的因素，结果表明，阴极温度、表面形貌、阴阳极位置和尺寸配置关系等对辉光放电的稳定性均有不同程度的影响。

The key difference between hot cathode glow discharge and conventional cold cathode glow discharge is that the cathode is in a hot state with the temperature about 700～1600℃ in a hot cathode glow discharge.

热阴极直流辉光放电区别于常规冷阴极辉光放电的关键之处在于，在辉光放电过程中，阴极处于700-1600℃的"热"状态，并且放电电流大，工作气压高。

The key difference between hot cathode glow discharge and conventional cold cathode glow discharge is that the cathode is in a hot state with the temperature about 700～1600℃ in a hot cathode glow discharge.

热阴极直流辉光放电区别于常规冷阴极辉光放电的关键之处在于，在辉光放电过程中，阴极处于700-1600℃的&热&状态，并且放电电流大，工作气压高。

与cathode glow相关的网络解释 [注：此内容来源于网络，仅供参考]

cathode glow：阴极辉光

cathode glow 阴极光辉 | cathode glow 阴极辉光 | cathode grid 阴极栅

cathode glow：阴板电辉

cathode follower 阴极跟随器 | cathode glow 阴板电辉 | cathode heater 阴极加热器

cathode glow：阴极电辉

cathode follower 阴极输出放大器阴极跟随器 | cathode glow 阴极电辉 | cathode layer effect 阴极层效应

cathode glow：阴极光辉

cathode follower 阴极输出器 | cathode glow 阴极光辉 | cathode glow 阴极辉光

cathode glow space：阴极辉光区

middle shore 中间斜支撑 | cathode glow space 阴极辉光区 | hydraulic oil pump 液压油泵