脉冲放电

用脉冲放电等离子体同时脱除烟气中的NOx和SO2

Simutaneous removal of no_x ano so_2 from flue gas by plasma of pulse discharge

液相脉冲放电制备TiC金属陶瓷涂层

Preparation of TiC Coating by Pulse Discharge in Liquid

模拟N2-氧碘化学激光器混合气体脉冲放电实验研究

Study of Pulsed Discharge of Gases Simulated in N_2-Chemical Oxygen-Iodine Laser

（SO2，N2）气体中脉冲放电SO发射光谱测量实验研究

The Experimental Study of Emission Spectrum of SO Fragment by the Pulse Corona Discharge in the SO 2 , N 2 Gas Mixture

液相脉冲放电沉积TiC陶瓷涂层的滑动磨损性能研究

Study on Sliding Abrasion Properties of TiC Ceramic Layer with Liquid Pulse Sediment

含灰含水烟气的脉冲放电脱除NO和NOx的研究

Investigation on the Removal of NO and NO_x from Flue Gas Using a Pulsed Corona Discharge Accounting for Flyash and Humidity Effects

结果发现：在较低温度下，高压脉冲放电等离子体与CoSZM5之间存在着协同效应。

It is found the cooperative effect between the high voltage pulse discharging plasma and Co-SZM-5 is existed under the lower temperature .

TiO2催化高压脉冲放电等离子体降解2,4-二硝基苯酚

Degradation of 2,4-Dinitrophenol by High Voltage Pulse Discharge Plasma Combined with TiO_2

烟气净化用ns级高压脉冲放电系统

High Voltage Nanosecond Pulse Discharge System for Removing SO_2 and NO_x in Flue Gas

M2高速钢脉冲放电强化的氮气保护与增强作用

Protection and Enhancement Effects of N_2 on Pulse Discharge Strengthening of High Speed Steel M2

采用较高幅度的ns脉冲放电时，发现了指纹放电中存在丝状放电的痕迹。

When the use of the nanosecond pulse with higher amplitude , the filamentary discharge was discovered .

气液两相脉冲放电体系不但可以产生·OH、H2O2等活性物种，还生成了很强的紫外辐射光。

Active species like OH radicals , H_2O_2 , et al could be generated in gas-liquid pulsed streamer system , and strong UV radiation appeared simultaneously .

HL-1装置长脉冲放电的初步分析

On the nature of long discharges in the HL-1 TOKAMAK

对脉冲放电烟气脱硫的实验研究与理论分析表明，SO2的脱除主要取决于NH3与SO2热化学反应；

The removal of SO 2 from flue gas by pulsed corona discharge in presence of ammonia was experimentally investigated .

接着对RSD脉冲放电电路设计进行了研究：直接式预充和谐振式预充。

Then , researched on the design of RSD pulse discharge circuit : Direct Triggering Circuit and Resonant Triggering Circuit .

脉冲放电过程中产生紫外流光能够诱导TiO2的光催化活性，从而提高苯酚的降解效率。

The ultraviolet streamer produced by pulsed discharge could induce the photocatalysis activity of TiO_2 and therefore improve the phenol degradation rate .

仿真和实验研究了基于RSD的脉冲放电主回路参数与输出电流波形的关系。

The relationships between the parameters of pulse discharge main loop and the output current waveforms are studied by simulations and experiments .

通过化学方法检测了水中脉冲放电产生的H2O2，通过拍摄照片研究流注长度的变化。

Hydrogen peroxide is measured by chemical method in pulsed discharge in distilled water . Variation of the length of streamer is researched by taking photos .

研究结果表明，采用较小幅度的ns脉冲放电技术，不仅提高了指纹图像的清晰度，而且也实现了大气中的辉光放电。

The research results shows that by using the lower amplitude ns pulse , the fingerprint image definition was improved , and the atmosphere pressure glow discharge was obtained .

为了获得CH分子束及其相关特性，以氦气为载气，利用直流脉冲放电技术产生了CH分子束。

The CH molecular beam was generated by DC pulsed discharging methane seeded in helium in the supersonic expansion to study the generation and features of CH molecular beams .

孔径小、比表面积大的Al2O3颗粒能更好地提高CFC113的转化率，并从脉冲放电粒子荷电等机理出发分析，原因在于局部电晕场较多较强、吸附能力较高。

Al_2O_3 pellets with smaller pore and larger surface area enhance CFC-113 conversion better , which is due to their more and stronger local corona fields and higher absorption ability .

对实验室所用的几种电极进行了脉冲放电实验，从而获得了TEACO2激光器的放电参数与输出特性，并对这些结果进行了比较和分析。

Using these electrodes in our laboratory , pulsed discharge experiments were carried out on TEA CO_2 laser , so discharge performance and output characteristics were obtained , and the results of the experiments on these electrodes were compared and analyzed .

本文研究了脉冲放电时间对X光预电离XeCl脉冲雪崩放电激光器激光和荧光特性的影响。

The effects of pulse discharge duration on the laser and fluorescence characteristics of X-ray preionized XeCl pulse avalanche discharge laser hare been investigated ia this paper .

纵向脉冲放电的Ne-CuBr紫外激光参量的数值研究

Numerical study on parameters for a longitudinal pulsed discharge Ne-CuBr UV laser

这些优异的壁条件导致了多发弹丸注入、低混杂波电流驱动（LHCD）和长脉冲放电等物理实验的重大进展。

The excellent wall conditions lead to great progresses in the experiments such as the multi-shoot pellet injection , LHCD and long pulse discharges .

高电压脉冲放电由于其本身的特点，可形成高电压、瞬时大电流，其放电电流的上升时间可小于1ns，便伴随有强电磁辐射，形成静电放电电磁脉冲。

High voltage pulse discharge will cause transient high voltage , large current , and great electromagnetic radiation .

催化还原与等离子体联合脱硫工艺先利用还原剂CO在催化剂和合适反应条件下将SO2还原为S单质，残余的SO2经脉冲放电等离子体进一步处理。

In the process , CO acts as the reductant , SO2 is selectively reduced to elemental sulfur under catalyst and suitable conditions , and the residual SO2 will be disposed by the pulsed discharge plasma . This technics has its own advantages .

从可靠性、效率、比冲等多因素综合考虑，脉冲放电固体（如Teflon）推进剂电磁推进器是一种比较理想的选择；

If the reliability , efficiency and impulse effects were considered comprehensively , the electric magnetic propulsion in electric impulse discharge with solid propellant is the ideal choice ( such as Teflon ) .

NO如直接排放会引起酸雨、光化学烟雾等一系列大气环境问题，采用高压脉冲放电等离子体活化NH3还原去除NO，这种新方法结合了脉冲放电等离子体技术和催化还原技术的优点来提高NO的去除率。

If nitric oxide ( NO ) emitted directly cause acid rain , smog and other air pollution . In this study , activation of NH3 and catalytic reduction of NO by high voltage pulse discharging plasma .

研究中同时采用ZL-2脉冲放电装置，完成了冷作模具钢模具中裂纹的电磁热止裂。

In research , the experimental of crack arrest in cold die is applied by using equipment of ZL-2 .