plasma cathode
英 [ˈplæzmə ˈkæθəʊd]
美 [ˈplæzmə ˈkæθoʊd]
网络 等离子体阴极
双语例句
- Eu atomic and ionic fluorescence spectrometry in microwave plasma torch discharge excited by high current microsecond pulsed hollow cathode lamp ( HCMP HCL MPT AFS/ IFS) was studied.
文中用微波等离子体炬作离子／原子化器，强短脉冲供电空心阴极灯作激发源，进行了稀土元素的离子／原子荧光检测。 - The bipolar flow caused by the negatively charged metal grains from a microsecond plasma opening switch ( POS) and the movement of the plasma made of the POS cathode material are considered to be responsible for the degradation of POS opening performance.
指出微秒传导时间等离子体断路开关（POS）阴极释出的荷电金属微粒引起的双极流和阴极等离子体扩张运动可能显著降低开关的断路性能； - Diamond-like carbon ( DLC) films with and without Ti underlayer were prepared with complex plasma arc of DC magnetic separation and pulsed cathode.
利用直流磁分离及脉冲阴极双激发源等离子弧薄膜沉积装置制备了含Ti底层和无Ti底层的类金刚石碳薄膜（DLC）； - From the experimental results of plasma potential and substrate floating potential of pulsed filtered cathode arc deposition system, the change of grounded state of the arc source influences greatly the substrate floating potential and plasma potential.
通过测量脉冲磁过滤阴极弧等离子体沉积系统中的基片台悬浮电位，发现了弧源接地方式对基片台悬浮电位与等离子体电位影响很大。 - Paste plasma aluminizing by hollow cathode discharge
空心阴极辉光放电膏剂离子渗铝 - Atomic/ Ionic Fluorescence in Microwave Plasma Torch Discharge with Excitation of High Current and Microsecond Pulsed Hollow Cathode Lamp: Ca Atomic/ Ionic Fluorescence Spectrometry
空心阴极灯激发的微波等离子体炬原子/离子荧光光谱研究&钙的原子/离子荧光光谱 - In this paper, the moving characteristics of cathode spots in reverse polarity soft plasma arc, the-distribution of cathode spots, current distribution and voltage distribution, the influence of energy produced cathode spots on distribution of arc energy are studied.
本文探讨了反极性弱等离子弧阴极斑点游动特性。对阴极斑点、电弧电流与电弧电压三者分布之间关系，阴极斑点能量对电弧能量分布的影响进行了研究。 - The characteristics, mechanism, discharge process parameter and the properties of permeation layer of plasma electrolytic cathode saturation technique were described. The problems existing in electrolytic anode saturation technique were also discussed. The application prospect of plasma electrolytic saturation technique in solution was put forward.
介绍了阴极等离子体电解渗透技术的工艺特点、试验机理、放电过程参数及其渗透层的性能，讨论了阳极等离子体电解渗透技术存在的问题，展望了液相等离子体电解渗透技术的应用前景。 - A direct current plasma spray gun was designed in which separation sections were set between anode and cathode to restrict the large-scale diffluence of arc.
在此基础上，设计了一种直流等离子体喷枪，采用在阳极和阴极中间设置隔离段的方法来限制电弧的大尺度分流。 - Plasma from orifice of cavity cathode runs, directly, to the surface to be treated and then forms an alloying layer on the substrate.
从空腔阴极孔隙处发出的等离子气氛，直接奔向并作用于待渗镀表面，进而形成渗镀合金层。 - The results show that the new plasma cathode e-gun can take the place of material cathode e-gun, especially in plasma filled microwave tubes.
该结果表明该新型等离子体阴极电子枪可以取代材料阴极作为大电流、长脉冲电子束源，特别适用于等离子体加载微波管。 - In addition, compared with the case of the stainless steel cathode, the plasma expansion velocity for the carbon fiber cathode is slower and the pulse duration of output microwave can be widened by using the carbon fiber cathode.
此外和金属阴极相比较，处理后碳纤维阴极具有较慢的等离子体膨胀速度（≤1cm/μs）并使该实验用微波源具有较宽的微波脉冲输出（≥200ns）。 - The behavior of ions in cathode sheath on the condition of plasma nitriding is simulated by Monte Carlo method and the effects of plasma on the cathode surface are analyzed according to the results of simulation.
本文利用MonteCarlo方法对离子渗氮条件下氢氮等离子体阴极鞘层中的氢氮离子的行为进行了模拟。并根据模拟结果对等离子体对阴极表面的作用进行了分析。 - A new technique of TiN multi-permeation layers composed of diffusion and deposition layers on the surface of carbon steel by using plasma point discharge, hollow cathode effect and reactive vapor deposition at the same time are introduced.
介绍了一种同时利用等离子尖端放电、空心阴极效应和反应气相沉积技术，在碳钢表面形成具有扩散层和沉积层的TiN复合渗镀层新工艺技术。 - To discuss plasma cathode gun s at last.
最后讨论一下等离子体阴极电子枪。 - When the great pulsed discharge current flew through plasma generator, the variation of cathode potential rose up to about 800 V. The main part of the cathode potential is induced from the equivalent serial inductor of the cables connected with the cathode.
等离子体发生器大电流放电情况下，发生器阴极电位浮动可达800V。这种电位浮动主要是由连接阴极和高压地的通流回路的等效串联电感引起。 - A discussion on the emission mechanism of plasma induced field emission cathode
等离子体场发射阴极发射机理的探讨 - The main purpose of this paper is to introduce the structure and functions of plasma powder surfacing gun with cathode powder feeding.
本文主要对一种具有新的送粉方式&阴极内送粉的等离子堆焊枪的结构和性能进行了一定的探讨。 - Experimental Study of the Plasma Cathode Electron Gun
等离子体阴极电子枪的实验研究 - An electron gun with a plasma spray lab_6 cathode
等离子喷涂硼化镧阴极电子枪 - Mechanism Research of Plasma Boronizing by Hollow Cathode Discharge
膏剂空心阴极放电离子渗硼机理研究 - Plasma Surface Alloying of pasty Agent Method by Hollow Cathode Discharge
涂渗剂空心阴极放电离子渗金属 - This paper adopted air plasma spray ( APS) to fabricate the electrolyte and cathode on the support of anode.
采用大气等离子喷涂法在阳极支撑上制备了电解质与阴极。 - A Preliminary Work on the Plasma Powder Surfacing Gun with Cathode Powder Feeding
阴极内送粉等离子枪的初步探讨 - A new aluminizing method, the paste plasma aluminizing by hollow cathode, was developed.
文中提出了一种新的渗铝方法-辉光加热膏剂渗入法，将涂有渗铝膏剂的试样置于阴极空腔中，在辉光放电作用下实现离子渗铝。 - The properties of the cathode fall region are discussed by applying one dimensional model of non equilibrium plasma region adjacent to an electric arc cathode.
采用一维非平衡等离子体模型讨论了阴极区的等离子体性质，阴极区被分为电离区和空间电荷区。 - This paper describes the experimental results of which the concept of plasma cathode is initially applied to the solid cathode plasma torch of heavy power DC arc.
描述了首次将等离子体阴极概念运用到大功率直流大弧流实心阴极等离子体炬的实验结果。 - The magnetic field not only affects the discharge characteristics, plasma distribution and cathode sputtering target of the etching rate, but also seriously restricted the target life, target utilization and at the same time affect the stability of the experiment and repeatability during sputtering.
指出了磁场不仅影响着溅射时放电特性、等离子体分布、溅射速率和阴极靶材的刻蚀，而且严重制约了靶的使用寿命和靶材的利用率，同时也影响了实验的稳定性和重复性。 - In contrast to the positive plasma jet, there are some specific features in the plasma jet driven by a negative pulse. The notable features are the existence of a narrow cathode fall region near the tip electrode and the absence of quasi-neutral ionized channels.
而在负脉冲驱动下，等离子体射流中没有准中性区域的存在，且在阴极附近存在着一个非常窄的阴极位降区。 - To solve this problem, a new method experiment is designed: DC pulsed hollow cathode discharge plasma is applied in nitriding processing. The tube-shaped specimen serves as cathode and plasma is generated inside.
为了解决管件内表面的渗氮问题，本实验设计了直流脉冲空心阴极离子渗氮的新方法，将管件作为设备的阴极，直接在管件内部产生等离子体，对管件内表面进行渗氮。