采用阳极弧放电等离子体制备了高纯铁纳米粉末。
Pure Fe nanopowders were prepared successfully by method of anodic arc discharging plasma.
利用阴极真空弧放电技术能够产生高密度的金属等离子体。
A high dense metal plasma can be produced by using cathodic vacuum arc discharge technique.
图七微等离子弧放电催化装置简图 （ 1。 电源；
Illustration of micro plasma catalysis equipment ( 1. powersupp ly;
本文报导了用直流碳弧放电方法制备的多层碳纳米管的拉曼光谱。
We present a Raman scattering study of multi wall carbon nanotubes prepared by DC arc discharge method.
等离子体源离子注入装置由脉冲负高压源系统、热阴极弧放电系统、真空室及样品台、真空系统和监测系统等五部分组成。
The plasma source ion implantation device consists of pulsed negative high voltage power, hot cathode arc discharge system, vacuum chamber and target stage, vacuum system and monitor system.
微弧氧化技术是将铝合金置于电解液中通电使其表面产生微弧放电，而在铝合金表面原位生长一层陶瓷膜的表面处理技术。
It is a technology that ceramic film is formed in condition of hyperthermia and heavy pressure produced by micro-plasma on aluminum alloy in given electrolyte.
根据电离气体中性化条件，初步探讨了在低气压下空心阴极电弧放电的引弧过程，分析了影响低气压下空心阴极电弧放电引弧电压的因。
Aslo the paper has dealed with the mechanism of the hollow cathode vacuum arc discharge and analyzed the starting arc process according to the neutralizing theory of ionized gas.
阴极弧斑在磁场中的运动机理。最后讨论了气压对弧斑运动的影响，解释了阳极弧斑放电特征。
In the end, the mechanism of the pressure effects on the spots motion and the anode spots characteristics were discussed.
介绍了阴极弧斑放电的基本特征。
The characteristics of cathode spots arc were introduced in this paper.
实验结果表明，附加超声振动能改善放电间隙状态，减少短路、拉弧现象，提高了材料的去除率。
Experimental results show that the discharging gap is improved and the frequency of short circuit is reduced when ultrasonic vibration is added.
在电弧稳定燃烧的过程中，液体被电弧的高温所加热，在弧柱周围形成气泡，为电弧提供了一个气体氛围的放电环境。
During the steady arc discharge course, liquid is heated up by the hot arc plasma, so a gas bubble is formed around the arc column and affords a gaseous environment for arc discharge.
研制了一种能够检测真空灭弧室内部放电的超声波的传感器。
A sensor detected ultrasonic wave during the discharge in vacuum quenching pot has been developed.
多弧离子镀技术是离子镀技术的一种改进方法，它是把弧光放电作为金属蒸发源的表面涂层技术。
Multi-Arc Ion plating technology is an improved method of Ion plating and it is a surface coating technology that uses arc as the fountain of vaporizing.
对放电中出现的破裂不稳定现象作了观测，并用表面探头观察了放电中的单极弧。
Disruptive instabilities of the discharge have been observed. Unipolar arcs are investigated with surface probes.
紫铜电极相比石墨电极能有效避免拉弧现象，产生稳定的电火花放电；
The copper dressing electrode is preferred to plumbago one as it will result in unstable discharge between the two electrodes.
在火花试验装置上进行爆炸试验，得到本质安全复合电路的放电波形，发现电弧电压基本维持在最小建弧电压，而电容电流随着电路参数的不同而发生振荡。
It was found that when the capacitive ignition occurred, arc voltage will keep minimum arcing voltage, but arc current possibly attenuates in sinusoidal form with different circuit parameters.
应用两种形式的励磁线圈，实测了五种型号的真空灭弧室内气体压强与磁控放电离子电流的关系曲线，并对试验结果进行了理论分。
Two types of exciting coils have been used to obtain the relationship of the internal pressures and the ionic currents of magnetron discharge for 5 types of vacuum interrupter.
该设备以大功率球形短弧气体放电氙灯为光源，设计了合理的光学聚焦系统、冷却系统及供电系统。
A sphere large-power short arc xenon lamp is used as the light source of this equipment. Deep ellipsoidal optical focusing system, cooling system and power source are designed reasonably.
不像卤素灯泡，高强度放电（藏）灯没有一个灯丝，但创造轻，由弧之间的两个电极。
Unlike Halogen lamps, High-Intensity-Discharge (HID) lamps don't have a filament but create light by the arc between two electrodes.
试验表明该装置体积小、质量轻、引弧能力强，实现了无火花放电器引弧。
The volume of the unit is small and the weight is light and the starting arc is strong. The starting arc of not spark is realized.
用于低压交流回路的断路器，由于在过零换向电压不能满足再次阴极放电起弧的需要，因此具有容易灭 弧的优点。
In breakers for operation in low-voltage ac circuits, advantage is taken of the voltage required to establish a cathode spot.
等离子弧喇叭，又名等离子动态喇叭，是一种通过电晕放电或电弧改变空气压力发声的喇叭。
A plasma arc loudspeaker or plasma-dynamic loudspeaker is a loudspeaker that creates sound by varying air pressure through a corona discharge or electric arc.
等离子弧喇叭，又名等离子动态喇叭，是一种通过电晕放电或电弧改变空气压力发声的喇叭。
A plasma arc loudspeaker or plasma-dynamic loudspeaker is a loudspeaker that creates sound by varying air pressure through a corona discharge or electric arc.
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