温度是电弧的重要物理特性之一。
Temperature is one of the important physical features of electric arc.
本文评述了直流电弧放电机理。
The mechanism on direct current arc discharge has been reviewed in this paper.
一种物质中产生电弧时，光就产生了。
When an electric arc is produced in the material, light is produced.
大多数现代电弧炉都是直接电弧式的。
同时，热区气体吸收了大量电弧能量。
从小电流到大电流都可以保持稳定电弧。
Stable electric arc can be ensured from undercurrent to high current.
介绍了电弧喷涂技术的原理和技术特点。
Theories and specialties are given about arc spraying technology.
以电弧电压和焊接电流为采集的信号源。
应用程序可能会看到电弧。
进而提出了估算电弧模型中参数的方法。
Further, a method for estimating the model parameters is proposed.
电力系统潜供电弧有补偿情况的试验研究。
The Test Research on Secondary Arc of the Line with Compensation in the Power System .
电弧推力强、防粘。
进一步考虑了电弧电阻较大时，电弧炉系统对供电网的影响。
Then it considers the influence when the arc resistance is large.
本研究工作对水下焊接电弧物理及焊接冶金的研究有参考价值。
This research is significant and valuable to the study of underwater welding arc physics.
并且指出正确设计电源外特性，是获得较强电弧穿透力的途径。
Obtaining the way of power source of the strong arc force was clearly shown.
通过实验验证，证明该系统监测电弧短路具有很高的准确性和快速性。
The system is proved by experiment to be of high accuracy and high speed.
在冶炼工业的电弧炉中有效地控制电极电流，对于电弧炉正常运行至关重要。
Its very important to control the electrode current of arc furnace.
因此对SF6封闭式组合电器各气室因内部电弧引起的压力、温度场研究，成为研究的重点。
Therefore the pressure and temperature distribution in SF6 GIS become the focus of the research.
因此对SF6封闭式组合电器各气室因内部电弧引起的压力、温度场研究，成为研究的重点。
Therefore the pressure and temperature distribution in SF6 GIS become the focus of the research.
应用推荐