The breakdown voltage of the single air-gap discharge was lower than that of the double airgap discharge.
发生单气隙放电时气隙的击穿电压要比双气隙放电时气隙的击穿电压小。
The installation of a Watts air gap with the drain line terminating above a floor drain will handle any normal discharge or nuisance spitting through the relief valve.
连接通向地漏的排泄管的美国瓦茨气隙的安装将有助于处理通过安全阀排出的任何正常排放或有害的泄漏。
The discharge should be funneled through a Watts air gap fitting piped to a floor drain.
这种排放应该通过美国瓦茨气隙连接件用管道引到地漏处。
Normal discharge and nuisance spitting are accommodated by the use of a Watts air gap fitting and a fabricated indirect waste line.
采用美国瓦茨气隙连接件和预制导向水管线，可能会伴随正常的排放和有害的喷溅。
Measurements of stray field within the plasma region and magnetizing curve of the iron core were made in a model device with variation of air gap size and under load and unload discharge conditions.
模拟实验给出了不同气隙情况下，空载和负载放电时，等离子体区的杂散场和铁芯磁化曲线测试结果。
The discharge should be funneled through a watts air gap fitting piped to a floor drain.
排放应该成漏斗状通过美国瓦茨气隙连接件管道引到地漏上。
The installation of a Watts air gap with the drain line terminating above a floor drain will handle any normal discharge or nuisance spitting through the relief valve.
安装带着排放管道的美国瓦茨气隙，其排放管道的终端位于地漏的上方，用于处理通过安全阀的任何正常排放或有害喷溅。
The discharge at the top of icicle is one of the main factors influencing flashover voltage when the air gap amid the sheds of ice-covered insulators is not bridged.
覆冰绝缘子伞裙间隙未桥接时，冰凌尖端的放电是影响绝缘子闪络电压的主要因素之一。
Using a new electrostatic discharge (ESD) simulation and testing set-up, we investigated the characteristics of air ESD at a fixed gap distance.
为更好地研究空气式静电放电，利用新型ESD模拟测试系统研究了固定间隙的空气式静电放电特性。
Furthermore, with the increase of air gap spacing, the transition from the homogeneous to filamentary discharge is related to the fluctuation of discharge current.
随着空气间隙距离的增加，均匀放电向丝状放电的转化与电流脉冲波动相关。
According to the theory of robustness, this paper takes a robustness processing in air gap discharge test data when the up-down method is employed.
通过引入稳健性理论，对升降法空气间隙放电试验数据进行了稳健性处理。
To the discharge in the air gap, with the increase of applied voltage, the discharge area is larger, and the time interval is smaller, and discharge pulses frequency is higher.
对于间隙中的放电情况，施加电压越高，放电区域越大，放电时间间隔越小，放电脉冲频率越高；电压进一步升高，放电转化为稳定的辉光放电。
To the discharge in the air gap, with the increase of applied voltage, the discharge area is larger, and the time interval is smaller, and discharge pulses frequency is higher.
对于间隙中的放电情况，施加电压越高，放电区域越大，放电时间间隔越小，放电脉冲频率越高；电压进一步升高，放电转化为稳定的辉光放电。
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