arcing time
英 [ˈɑːkɪŋ taɪm]
美 [ˈɑːrkɪŋ taɪm]
飞弧时间，闪络时间
双语例句
- Method to detect arcing time of circuit breaker
一种断路器开断燃弧时间检测新方法 - Breaking Test of Critical Arcing Time of the SF_6 Circuit Breaker with Constant Contact Travel
SF6断路器定开距灭弧室临界燃弧时间的开断试验与分析 - Owing to the modification the said heat treatment furnace works better than before with stable power supply quality, reliable arc extinguishing operation, shortened arcing time, reduced nitriding duration and higher nitriding quality of the workpieces.
通过改造，该热处理炉的供电质量稳定，灭弧动作可靠，打弧时间缩短，氮化时间减少，工件氮化质量提高。 - And the analysis results show short arcing times corresponding short vacuum gap can reduce arcing energy the contact is subjected to, decrease the recovery time and minimize contact erosion.
分析结果表明短燃弧时间可以减少燃弧期间输入触头系统的电弧能量，有利于缩短真空间隙的介质恢复时间，减少开关触头的电磨损。 - The result shows that both of the models are coincided with each other in the following three parameters: minimum arcing voltage, current drop rate at the moment of discharge and discharge time.
指出两者在反映最小建弧电压、放电瞬间的电流下降率和放电时间这3个参数上是一致的。 - The CO2 welding process needs the special external characteristic and dynamic characteristic of power source for there are alternately arcing time and short circuiting time at the period of short-circuiting CO2 welding.
在采用短路过渡方式的CO2焊过程中，短路和燃弧过程交替发生，因此它对电源的外特性和动特性有特殊的要求。 - Application of Monte Carlo Method in Computation of Probability Characteristic of Arcing Time Difference
蒙特卡罗法在求解燃弧时间差概率特性中的应用 - The model was used to relate the ablation to the arcing parameters such as current and time in the interruption.
给出了开断过程中数值计算喷口烧蚀量的方法，计算并分析了烧蚀量与电弧电流及燃弧时间的关系。 - Introduction to calculation of recovery voltage in short line fault ( SLF) and theoretical analysis of the interrupter in various arcing time.
介绍开断近区故障（SLF）时恢复电压的计算和灭弧室在不同燃弧时间下的理论分析。 - Characteristics of Probability Distribution of Arcing Time Difference for HV Circuit Breakers when Short-Circuit Currents Containing only AC Component
短路电流中只有交流分量时的交流高压断路器燃弧时间差的概率分布特性 - Determination of Arcing Time Difference during Short Line Fault Breaking for SF_6 Circuit Breaker
SF6断路器开断近区故障时燃弧时差的确定 - According to the characteristics of the DC electric arc, this paper chooses the metal sheet arcing chamber and designs metal sheet, at the same time analyses magnetic field distribution of the arcing chamber when the metal sheet are composed of different materials.
根据直流电弧的熄弧特点，本文选择了金属栅片灭弧室，并对金属栅片进行了设计，分析了金属栅片选用不同材料时，灭弧室内的磁场分布情况。 - Based on local micro-arc discharge and thermal cycling mechanism, the arcing time t_a and the cooling time t_c were defined. Large-arc discharge phenomenon is caused by a lack of cooling time.
基于微区电弧放电和热循环机理，结合负载电压波形定义了燃弧时间ta和冷却时间tc，认为大弧现象是由tc不足造成。 - The relationships between the flux density and such parameters as arcing time, arc diameter, arc root position and mass variation are given.
给出不同分断速度下，燃弧时间、弧根位置分布、质量转移等电弧及电腐蚀参数与吹弧磁场的关系。 - The arcing time information including arc duration, metallic phase duration and gaseous phase duration is extracted from the contact voltage waveform.
利用触点电压数据提取电弧时间信息，包括燃弧时间、金属相时间和气相时间。