文中采用无源探针对由等离子弧梯度电压和等离子鞘层电压构成的等离子反翘(等离子云)电压进行检测。
A non power supply probe was developed to detect the plasma cloud voltage, which consists of plasma arc voltage gradient and plasma sheath voltage.
介绍了一种新型的智能混合式无弧交流接触器。
A new type of intelligent hybrid arcless AC contactor was introduced.
介绍无外接电源轻便引弧器的组成部分及工作原理。
The paper describes the component parts and the mechanism of portable arc striking apparatus without outside power.
采用直流开关电器与电力电子器件相结合方式，设计并实现了能够实现无弧通断的直流混合开关电器。
By linking the DC relay contactor with power electronic device, the DC hybrid switch apparatus without switching arcing was designed and accomplished.
快速无弧化的电力电子调压技术取代传统的机械式调压技术，是该领域的发展趋势。
The development trend in this field is that mechanical voltage regulation technology is replaced by quick and arc less power electronic voltage regulating technology.
该方法将化简范围扩展到了带抑止弧的无回路的网或网的局部。
This method can be applied to Petri nets or subnets with inhibitor arcs and acyclic.
内容涉及基本原理、实验装置及加工参数对弧柱特性、切口宽度、切口角、无渣切速的影响规律。
The basic principle, test device, and the regularity of cutting parameters affecting to the arc characteristics, kerf width, kerf Angle, and dross free cutting speeds are dealt with.
算法输出结果为最大链图，该图仅对统计可分的弧进行定向，对统计不可分的弧保留无向的特性。
The output of the algorithm is largest chain graph, which just orienting the statistical distinguishable edges, keep the indistinguishable edges undirected.
从而，大幅度提高了智能化可通信无弧电动机起动器的电寿命，完善了智能化可通信无弧电动机起动器的技术性能与功能。
So electrical endurance of Intelligent No-Arc Motor Starter With communication Function is enhanced greatly, the operation dependability and performance indexes improve greatly.
根据旋弧弧根处熔化液池的受力分析，在理论上建立了能描述旋弧喷溅侵蚀特性的函数关系式。此理论关系表明，在无外磁场作用下，液池中心受力最大，将形成中心喷溅；
According to the analysis of the applied forces on the molten poor at arc root the theoretical function in which the arc erosion of metal droplet ejection can be characterized was founded.
其中，等离子体无油点火燃烧器具有引弧快、燃烧效率高、适应性广的优点；
Plasma combustion produces electric are quickly, has high thermal efficiency, features extensive adaptability;
其中，等离子体无油点火燃烧器具有引弧快、燃烧效率高、适应性广的优点；
Plasma combustion produces electric are quickly, has high thermal efficiency, features extensive adaptability;
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