The high-voltage electric bridge method improved is another accurate and convenient method to measure DBD plasma discharge power, owing to it can effectively eliminate the effect of equivalent capacitance in discharge gap.
经过改进的高压电桥法能有效地排除放电间隙等效电容的影响，使它成为另一种能够准确、方便测量DBD等离子体放电功率的方法。
The methods of the disperse fluorescence, temporal-resolved spectrum and spatial-resolved spectrum were used to study the excited dissociation kinetics of N2/H2O gas in the pulsed streamer discharge plasma at the standared atmospheric pressure (1.013×105 Pa).
采用色散荧光光谱、时间分辨光谱和空间分辨光谱方法，在标准大气压(1.013×105 Pa)下，对以N2气为载气的H2O蒸气脉冲流光放电等离子体激发解离反应动力学过程进行了实验研究。
Methods We used electromagnetic field of high frequency as excitation source for plasma, vacuumized the instrument, pumped in the peroxide, maintained the pressure in the instrument within a certain range, and then applied magnetic RF electric field, causing glow discharge and generating ambiplasma.
采用高频电磁场作为等离子激发源，先将灭菌腔体内抽真空，通入过氧化氢气体，使得腔体内压力保持在一定范围内，然后施加射频电场，发生辉光放电，产生等离子体。
For the special discharge shape of cold slender plasma source in low pressure, it remains some difficulty in the diagnosis of its characteristics.
低频低气压长位型冷等离子体的放电位型比较特殊，诊断起来有一定的难度，目前对放电机理的研究还不够。
In this paper, the conversions of both greenhouse gases through corona discharge of cold plasma reaction at ambient temperature and atmospheric pressure were carried out.
本论文利用电晕放电冷等离子体反应技术转化温室气体，在常压。。。
With this modified vacuum arc deposition apparatus, the effects of filter duct magnetic field on cathodic arc discharge and plasma transport are studied.
在此情况下对磁过滤管道磁场对MEVVA源阳极阴极以及磁过滤管道阴极 2个回路弧放电以及磁过滤管道等离子体传输效率的影响进行了实验研究。
ZSM two-drum pulse low net work of the screen, pulp pressure from the top of the screen to cut into the screen, the two fall in the middle drum sieve, sieve in the drum inside and outside of the pressure difference and the dual-rotor rotary-wing together, qualified fiber Through the inside and outside the drum screen after screen to the body at the bottom of the pool, and then by the good plasma discharge tube machine, the screen remained in the dark between the flow of rough slurry residue by the rotor and driven together to drum sieve under the tailings from the slot after the Slag discharge pipe.
ZSM双鼓式低脉冲网前筛工作时，纸浆从压力筛的上部切向进入筛体，流到两个筛鼓中间，在筛鼓内外的压力差及双旋翼转子的共同作用下，合格纤维通过内、外筛鼓后汇集到筛体底部，然后经良浆管排出机外，留在筛鼓之间的粗渣受到浆流和旋翼的推动，汇聚到筛鼓下的尾渣槽后从排渣管排出。
There`s also a power control unit, a plasma container unit, a cargo transportation container and a battery charge/discharge unit.
还有电源控制单元，plasma容器单元，货物传送容器单元和电池充放电单元。
Ti surface modified layer was fabricated on stainless steel substrate at 950℃ by double glow discharge plasma surface alloying process, and then puting the titanizing sample in GSL-1600X high-temperature furnace and carrying out thermal oxidation at 750℃, TiO2 of rutile modified layer was formed on stainless steel.
利用双层辉光离子渗金属技术，在不锈钢表面形成渗Ti层，渗金属温度为950℃，然后将渗钛试样置于GSL-1600X真空管式高温炉进行热氧化形成金红石型TiO2改性层，氧化温度为750℃。
In the second part, a computer-aided simulation approach is proposed to analyze carbon migration in the double-glow discharge plasma surface alloying process.
本论文的第二部分采用计算机模拟的方法定量地讨论双辉渗过程中的碳迁移规律。
Carbon migration plays an important role in double-glow discharge plasma surface alloying technology not only in theoretical but also in application perspectives.
碳迁移对于双辉渗技术的理论研究与实际应用都具有很重要的意义。
The pseudospark discharge process mainly consists of Townsend process, plasma formation, hollow cathode effect and main discharge induced by field emission.
赝火花开关初始放电过程主要由汤森放电过程、等离子体形成、空心阴极效应和场致发射引发主放电组成；等离子体形成和空心阴极效应对赝火花开关的发展导通具有至关重要的作用。
A thin layer of the low temperature plasma due to glow discharge in air was produced on the planar surface of designed electrode plates which is used on the surface of aerocraft. The relationship between the quantity of the plasma and the radiation can be utilized. The optical characteristics of the produced plasma were measured in experiment with a grating spectrograph system. The spectrum can be achieved at the same time.
本文在自行设计的用于飞行器表面的放电电极板上实现辉光放电，产生出一薄层的低温等离子体，利用放电所产生辉光等离子体的量与光谱辐射强度间存在的对应关系，通过光栅单色仪对沿面放电的辉光等离子体进行了光谱测量，获得了其光谱谱线。
In the thesis, the films bonding configurations, the effect of structures on dielectric property, and the relationship between films structure and discharge plasma behavior are analyzed.
我们研究小组从2003年起在国际上率先将环结构的十甲基环五硅氧烷反应源与微波电子回旋共振等离子体技术相结合，开展了基于孔隙的低介电常数SiCOH薄膜的研究。
In a long time bombardment of plasma, impurity levels remain to be low enough not to affect plasma discharge, which is important to ensure Tokamak routine operation.
石墨材料的抗轰击能力及抗溅射能力都比较好，在长时间等离子体轰击情况下，由石墨材料产生的杂质足够低，不影响等离子体放电，基本上满足装置正常运行的要求。
The general EUV sources, discharge produced plasma and laser produced plasma, were compared in many respects.
对国际上普遍采用的两种EUV光源：放电等离子体源和激光等离子体源进行了多方面比较。
In order to make clear and understand the parameter nature of the high-pressure glow discharge plasma, by the spectroscopic diagnostic technique, the plasma parameters are measured.
而且它们的伏-安特性具有正的微分电阻系数，能够很方面地构成大的放电阵列，而不用分立镇流电阻和放电隔离。
The plasma synthetic processes and advanced oxidation processes induced by glow discharge electrolysis in aqueous solution were reviewed.
分析了溶液中辉光放电等离子体过程中水分子在等离子体层、等离子体-溶液界面和主体溶液中的反应历程；介绍了水溶液体系中辉光放电等离子体电解引发的等离子体合成反应和高级氧化反应；对有机溶剂体系中的辉光放电等离子体电解反应进行了介绍。
The many strengths of the shield include considerable reduction of plasma rf potential, which strongly interferes plasma evaluation, decrease of discharge current of the coil, damping of the differential magnetic field signal, and negligible influence on the plasma power absorption as proved by argon optical spectroscopy.
结果表明，屏蔽板的使用不仅极大地降低了干扰等离子体参量测量的等离子体射频电位，而且也降低了线圈中的放电电流和等离子体中的轴向微分磁场信号强度，但Ar等离子体的发射光谱表明，法拉第屏蔽的采用对等离子体功率吸收的影响不大。
The ions N2(superscript +, N(superscript +) transport process in cathode sheath of nitrogen cylinder hollow cathode discharge plasma is studied using Monte Carlo simulation.
采用蒙特卡罗模型对氮空心阴极放电等离子体鞘层离子N2(上标+、N的输运过程进行了模拟研究，计算了阴极鞘层中氮离子N2(上标+、N的能量及角分布的空间变化和粒子密度及平均能量随放电参数的变化规律。