The formation rate of ozone due to the point-to-plate pulsed high-voltage corona discharge was calculated with electronic collision theory.
采用电子碰撞理论计算了点面式高压脉冲电晕放电过程中的臭氧产生速率。
The polypropylene surface modification is researched using plasma generated by capacitance-coupled RF glow discharge and by high voltage corona discharge.
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 most advanced and successful methods of corona surface treatment are based on a principle of high voltage discharge in air.
目前最先进和成功的方法的电晕表面处理是基于原则的高电压放电在空气中。
Corona discharge: this is a non-thermal discharge generated by the application of high voltage to sharp electrode tips.
电晕放电：这是一个非热放电产生的应用高电压急剧电极秘诀。
The polarity of impulse voltage and the polarity of insulator surface electric charge can affect the corona initial time of insulator, the change time - interval and the corona current.
外拖冲击电压的极性与绝缘子表面电荷极性是否相同会影响绝缘子的电晕起始时刻、由流注向先导的转变时间间隔和流注电晕电流。
Reasonable matching of wafer and wire: the advanced matching of wafer improves average voltage in electric field and current density of wafer corona, which the dedusting efficiency is higher.
板线匹配更合理。先进的板匹配，有效地提高了电场平均电压和板电晕电流密度，收尘效率更高。
Corona is a typical physics process that may occur in the gas-insulated system of a high voltage apparatus.
电晕放电是高电压设备中的一种典型的具有危害性的物理过程。
The survival rate of Pseudomonas aeruginosa measured against voltage, corona power and the time of treatment.
测定了绿脓杆菌的存活率和电压、电晕功率及处理时间的关系。
The effect of insulator surface charges on DC corona initial voltage and V-I characteristic in non-uniform field is studied.
研究了固体绝缘表面电荷对不均匀电场直流电晕起始电压、伏安特性的影响。
It was obtained through experiment and simulation that positive DC corona inception voltage and corona ion current under different air pressure and humidity conditions.
文中通过实验测量和模拟计算，得到了不同气压湿度下的正直流电晕起始电压和电晕离子电流。
It is theoretically testified in this paper that the breakdown voltage is in direct proportion to the electron mean energy of pulsed corona plasma in a coaxial-electrode system.
通过理论推导得到脉冲电晕放电等离子体的电子平均能量(用电子温度表示)与同轴电极系统中的击穿电压有成正比的关系。
At the same temperature, the higher the voltage between the two electrodes, the bigger the corona wind intensity.
在相同温度下，两个电极之间电压越高，电晕风强度越大。
Corona surface treatment with high voltage discharge modifies only the surface characteristics without affecting material bulk properties.
电晕表面处理与高电压放电修改只是表面特性在不影响材料的大量财产。
The corona inception voltage produced by negative polarity increased at first and then decreased, and corona characteristic has little changes.
负极性电晕起晕电压先升高后降低，电晕特性变化很小。
Generates high voltage in a needle shape electrode, and causes a corona discharge in the sink and at the point, generations a large number of ions.
产生高电压的电极针形状，并引起电晕放电水槽和点上，几代人了大量的离子。
In addition, the influence of altitude on corona onset voltage of busbar is also discussed, and altitude correction method used in the project is suggested in this paper.
文中还针对海拔对管母线起晕电压的影响进行了讨论，给出了工程适用的海拔校正方法。
Distributing of electric field intensity and voltage current characteristic inside and outside corona layer are educed.
推导了电晕层内外的电场强度分布和伏安特性。
In this paper, the characteristics of corona current with high voltage of a single insulator is studied in different methods.
用不同方法实验研究单个绝缘子电晕特性的结果表明绝缘子本身状态决定了电晕特性。
By using this kind of shielding effects, the electric current density distribution can be improved, the back-corona can be reduced and the high voltage and low current state can be obtained.
利用电晕线支撑部分和屏蔽管的静电屏蔽效应，可以改善电除尘器板电流密度分布，减弱反电晕，并可得到高电压低电流的安全运行状态。
This paper elaborates theoretically the corona current characteristics of insulator strings under high voltage application and verifies them by experiment.
因此研究高海拔地区输电线路导线电晕特性、放电机理及其影响因素具有重要的学术意义和工程应用价值。
The utility model relates to an electric element, particularly an element which can generate corona discharge under the action of a high frequency electric field or a high voltage.
本实用新型涉及一种电气元件，特别是在高频电场或高压作用下能够产生电晕放电的元件。
The utility model relates to an electric element, particularly an element which can generate corona discharge under the action of a high frequency electric field or a high voltage.
本实用新型涉及一种电气元件，特别是在高频电场或高压作用下能够产生电晕放电的元件。
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