1) plasma channel configuration
放电通道位形
1.
The conception of plasma channel configuration and its balance are put forward.
提出放电通道位形和位形平衡的概念 。
2) discharge channel
放电通道
1.
Research on dielectric breakdown and discharge channel in powder-mixed EDM;
混粉电火花加工介质击穿及放电通道位形研究
2.
Investigation on the voltage-current characteristics of the YAG laser guiding discharge channel;
YAG激光诱导放电通道伏安特性研究
3.
The researches of energy distribution,translation of discharge channel and electrode material erosion during discharge in electrical discharge machining are analyzed in detail.
从电火花加工过程中的能量分配、放电通道变化、通道热源以及电极材料蚀除4个方面,就目前国内外的研究现状以及所涉及的关键技术进行了详尽的综述。
3) plasma channel
放电通道
1.
s: In this paper, the plasma channel configuration balance model of UEDM (ultrasonic vibration aided electrical discharge machining) in gas was established, which took the effect of ultrasonic vibration and gas flowing at high pressure and high velocity into account.
综合考虑了超声振动和高压高速流动的气体介质对超声振动辅助气体介质电火花加工放电通道的影响,建立了超声振动辅助气体介质电火花放电通道位形平衡模型,并简要解释了放电通道特性对材料抛出过程的影响机理。
2.
Based on the wave characteristics of plasma channel and with the consideration of diffusion effects of plasma, this paper focuses attention on the research of the electrical discharge machining(EDM) mechanism.
基于放电通道的波动特性 ,并考虑放电通道中等离子体的双极扩散效应 ,对电火花加工机理进行了研究 。
4) multi-channel discharge
多通道放电
5) micro-discharge channel
微放电通道
1.
Spatial distributions of the intensity of luminescence and the vibrational temperature of single micro-discharge channel in air dielectric barrier discharge
空气介质阻挡放电单个微放电通道发光强度及振动激发温度的空间分布
6) Two channels glow discharge
双通道辉光放电
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