电晕放电

直流正极性下导线电晕放电特性及影响因素的研究

Research on DC Positive Corona Discharge Characteristics of Conductors and Its Affecting Factors

多针对板电晕放电装置优化及甲醛去除研究

Optimization of Multi-Needle to Plane Corona Discharge Device and Study on Formaldehyde Removing

脉冲电晕放电等离子体OH自由基发射光谱研究

Optical Study of OH Radicals Produced by Pulsed Corona Discharge Plasma

空气电晕放电中的OH自由基发射光谱

Emission Spectra of Hydroxyl Radical Generated in Air Corona Discharge

短脉冲电晕放电消除NOx的实验研究

The experiments and researches on removing no_x with short pulse corona discharges

添加剂对电晕放电烟气脱硝效率和NOx转化影响

Effect of additives on NO_x removal and transformation by pulsed corona discharge

电晕放电自由基簇射过程中臭氧和NOx的生成

Formation of ozone and NO_x during corona discharge radical shower

正脉冲电晕放电中OH、O自由基浓度的数值模拟

Numerical Simulation of OH 、 O Radicals in a Positive-pulsed Corona Discharge Plasma

脉冲电晕放电脱硝中N2O生成的研究

Nitrous Oxide Formation during NO_x Removal by Pulsed Corona Discharge

GIS电晕放电监测

Detection of Corona Discharge in GIS

基于UV光谱技术的高压电晕放电检测

Detection of High-Voltage Corona Based on UV Spectrum Technology

电晕放电法制备载Pt纳米碳管阵列的研究

Template-synthesis of Pt-doped carbon nanotube arrays via corona discharge

SEM照片显示经电晕放电处理后纤维表面的粗糙度增加。

SEM photomicrographs revealed that the surface roughness of the fibers increases after the corona discharge .

空气中脉冲电晕放电N2（C~3∏u-B~3∏g）发射光谱的实验研究

Experimental study of emission spectrum of N_2 ( C ~ 3 ∏ u-B ~ 3 ∏ g ) by the pulse corona discharge in the air

脉冲电晕放电降解气态污染物VOCs的实验研究

Experiment Investigation of Pulse Corona Discharge Decompose Gaseity Pollution VOCs

文本研究了用电容耦合RF辉光放电和高压电晕放电产生的等离子体对聚丙烯材料表面改性。

The polypropylene surface modification is researched using plasma generated by capacitance-coupled RF glow discharge and by high voltage corona discharge .

结果表明脉冲流光电晕放电消除H2S是有效的。

The results show that the pulsed streamer corona is effective to remove H2S .

利用脉冲流光电晕放电消除臭气硫化氢H2S。

The pulsed streamer corona have been used to remove odor ( H2S ) .

并在潮湿空气中测量了正脉冲电晕放电的放电电压及放电频率对激发态OH自由基相对布居的影响。

The effects of the positive pulse peak voltage and frequency on the relative population of the OH radicals produced in the humid air have also been investigated .

从自由基的产生、SO2和NOx的脱除以及它们之间相互影响方面着手，对电晕放电烟气同时脱硫脱硝过程进行了深入的分析。

The radical formation , simultaneously removal process of SO2 and NOx , and influence each other were discussed .

直流电晕放电单环VOC降解特性的实验研究

Experimental Investigation on DC Corona Discharge for the Decomposed Characteristics of Monocycle VOC

在此基础上，对n2激发电子态c3∏u的有效振动温度随负脉冲电晕放电的峰值电压、样品气压的变化进行了实验研究。

The change tendency of available vibrational temperature of N_2 C3 ∏ _u excited state with discharge voltage and sample pressure is studied .

EHD喷雾电晕放电现象研究

Study of the Corona Discharge in the EHD Spraying

烟气中的水蒸气不仅对电晕放电的VI特性产生影响，而且提高NOx的脱除效率。

The vapor in the flue gas not only affects the V-I characteristic of the corona discharge , but also enhances the NO_x removing efficiency .

对阴极在阴极射线管，尤其是X射线管内的对阴极电极多针对板式负电晕放电电极间距确定

An electrode that is the target in a cathode - ray tube , especially in an x - ray tube . Determination of Clearance between Electrodes of Multi-needle to Plate for Negative Corona Discharge

空气中的电弧放电可以产生NO。空气电晕放电中的OH自由基发射光谱

The concentration of NO2 and the ratio of NO2 / ( NOx ) must be as little as possible for the medical application of NO. Emission Spectra of Hydroxyl Radical Generated in Air Corona Discharge

电晕放电在O2浓度较低的烟气条件下更容易发生；高浓度的O2条件更利于NO的氧化；

Low concentration of O2 makes corona discharge be more likely to happen while high concentration of O2 makes the oxidization of NO easier .

得到了电晕放电H2O、NH3活化装置设计方法：①电极结构选择多针&板电极结构，针电极和板电极平行。

The design methods of the water & NH3 activation equipment is : ( 1 ) Multi-needle electrode configuration was selected and the needles are paralleled to the plate electrodes .

在脉冲电晕放电条件下，用等离子体化学反应方法研究了原位H2O2的合成，考察了一些主要的参数对HO2产量的影响。

The in situ synthesis of H_2O_2 has been studied by using plasma chemical reaction under pulsed corona dis - charge , and the effects of some main parameters on H_2O_2 yield were also studied .

利用XPS、ATR-FTIR等手段来研究DMF预溶胀涤纶经电晕放电处理后的表面结构性能。

The surface structural properties of DMF pretreated PET fabric treated by corona discharge are studied through XPS , ATR - FTIR .