它可为负载提供大电流脉冲放电。
研究了气液混合两相体中线线电极脉冲放电现象。
The pulse discharge phenomena of gas-liquid mixture in wire-wire gap are studied.
脉冲放电止裂后，可对带有裂纹的表面进行强化处理。
The experiment shows that fusion welding reinforcement could proceed on the surface with crack of the die after crack arresting.
实验结果表明，脉冲放电清洗是去除轻杂质的有效方法。
It was shown that pulse discharge cleaning is a effective method in removing light impurities.
讨论了脉冲放电工艺参数对涂层形成与涂层硬度的影响。
The effect of the pulse discharging parameters on the formation and hardness of the TiC coating was investigated.
高压强流脉冲放电技术就其实质而言，就是能量的压缩。
The essence of high voltage and large current discharge technology is energy compression.
文中变换放电能量和放电次数进行了有限次脉冲放电研究。
Limited continuous pulse experiment is taken with changing the discharge energy and the discharge times.
文中提出一种用于测量周期高压窄脉冲放电能量的新方法。
In this paper, a new measurement method for periodic high - voltage marrow pulse spark energy is proposed.
本文对尖-板电极水中脉冲放电产生的活性粒子进行了研究。
Using needle-to-plane electrodes plasma discharge in water, active species generated has been studied in this paper.
本文作者在国内率先对液相脉冲放电沉积技术进行了试验研究。
The author has made an experimental researches firstly on a new technology called EDC (electric discharge coating).
通过“针—板—针”电极放电实验证实了上述串联脉冲放电过程。
The electro-pulse discharge process was verified by a set of pin-plane-pin electrode device.
表面脉冲放电以电子崩过程发生，并在聚乙烯膜表面形成导电通道。
The pulse discharge took placed as an electron avalanche along the electric channels formed on the surface.
成像清晰度的提高，为脉冲放电成像技术在工程上的应用奠定了基础。
The increase of image resolution can bring a brilliant prospects for the application of pulse discharge imaging technique in the engineering area.
同时利用高速摄影仪和压力传感器研究水中高压脉冲放电的压力特性。
The pressure characteristics of pulse discharge in water are investigated by using high speed photography and pressure sensor.
采用复变函数方法求解了脉冲放电瞬间裂纹尖端的温度场和热应力场。
The complex function method is used to solve the temperature field and thermal stress field around the crack tip at the moment when the pulse current is switched on.
井下强电流脉冲放电解堵技术是一种有效的物理法油、水井增产增注技术。
Plug removal by downhole pulse discharge of strong current is an effective physical stimulation method for producers and injectors.
讨论了电磁热裂纹止裂时脉冲放电瞬间的电流、温度和热应力的耦合关系。
The coupling of current, temperature and stress has been proposed in crack arresting by the electromagnetic heat effect at the moment when a pulse current is switched on.
实验结果表明，水介质中爆炸丝脉冲放电诱导金属等离子体推进是可行的。
The experimental result indicates it realized that the metallic plasma is used in propulsion by metallic wires exploding in water medium.
使用理论和实验的方法研究水中脉冲放电的机制，目前已经获得了很大的进展。
Much insight has been gained by using theoretical and experimental methods to study the mechanism of pulsed discharge in water .
考察了多种因素对高压脉冲放电低温等离子体法降解废水中4 -氯酚的影响。
Effects of some factors were studied on the degradation of 4 chlorophenol in wastewater by pulsed high voltage discharge plasma.
建立了一个理论模型描述了高重复率脉冲放电金属蒸气激光中的电泳动力学过程。
A theoretic model has been established to describe the cataphoresis dynamics in high repetition rate pulsed discharge metal vapor lasers.
计算结果表明，脉冲放电加大了微粒的湍流掺混程度，使微粒的静电捕集效率降低。
The results of calculation show that the turbulent mixing of particulate is increased with pulse corona discharge, so the collection efficiency of particulate is decreased.
我们正在研究液体中脉冲放电的各种新颖的应用以及研究这个复杂现象的基础物理过程。
We are working on several different novel applications of pulsed discharge in liquid and studying the basic physics of this complicated phenomenon.
本文首先简述了脉冲放电回路中三电极火花间隙的工作原理，并推导出其电阻的表达式。
In this paper, the work principle of spark gap with three electrodes in pulsed circuit is presented briefly and then the expression of its resistance is given.
指出了在单次脉冲放电时，可能出现多次击穿，且每次击穿的通道呈高频振荡和跳跃状态。
The view is that several breakdown times can be generated during one pulse time. Besides this, every breakdown path shows high frequency generation and jump.
电容器脉冲放电进行超高能率热处理是细化金属晶粒尺寸、提高材料力学性能的有效方法。
The super-high rate heat treatment with electro-pulsing is considered an effective method to refine crystalline and improve mechanical properties of metals.
文中介绍了由直流高压电路、脉冲放电电路和一级脉冲磁压缩电路组成的铜蒸气激光器电源。
The supply power of copper vapor laser (CVL) consisting of DC high voltage circuit, pulse discharge circuit and one stage magnetic pulse compression circuit is introduced here.
建立了一个反映纵向脉冲放电激励铜蒸气激光动力学过程的自洽物理模型并进行了数值求解。
A self_consistent physical model describing the kinetic process of the longitudinal pulsed discharge_excited copper vapor laser was established, and numerical solutions of the model were obtained.
建立了一个反映纵向脉冲放电激励铜蒸气激光动力学过程的自洽物理模型并进行了数值求解。
A self_consistent physical model describing the kinetic process of the longitudinal pulsed discharge_excited copper vapor laser was established, and numerical solutions of the model were obtained.
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