本文运用改进的蒙特卡罗技术，研究了横向磁场对氦气直流辉光放电阴极区电子输运过程的影响。
With improved Monte Carlo technique, the influence of a transverse field on the electron transport parameters in the cathode region of a DC glow discharge is studied.
通过在基片的下方放置磁铁，在放电空间中引入了纵向的磁场梯度。
A longitudinal gradient magnetic field was introduced into the discharge space by placing a permanent magnet under the substrate.
介绍了弧光放电等离子体与梯度磁场相结合来处理植物种子这一新兴的等离子体生物技术。
Using arc discharge plasma combined with gradual magnetic field to treat seeds is a new plasma biological technology.
工件放入线圈中不动，线圈在放电瞬间产生脉冲阻尼衰减磁场，使工件失去磁性。
Add the workpiece fixed in the coil, coil discharge at the moment have a damping pulse magnetic field decay, so that the loss of magnetic parts.
阴极弧斑在磁场中的运动机理。最后讨论了气压对弧斑运动的影响，解释了阳极弧斑放电特征。
In the end, the mechanism of the pressure effects on the spots motion and the anode spots characteristics were discussed.
脉冲磁场是由储能电容器通过六个触发真空开关对线圈放电产生的。
Pulsed magnetic field is produced by capacitors discharge through six triggered vacuum switches to coils.
讨论了雷云对地放电过程中的雷电流的特性，解释了非周期雷电流产生的电磁场的特性，并用一个雷电流实例进行了分析说明。
The feature of electromagnetic wave produced on discharge process from thundercloud to ground is discussed. A non-cycle lightning current model is built to explain it.
放电为磁场激励型，稳定的等离子体由电磁场所维持，空间电荷产生的静电场引起荷电粒子的双极扩散。
A steady state plasma is maintained by electromagnetic field and ambipolar diffusion of charged particles is caused by electrostatic field of space charge.
为了实现这个目标，就需要深入研究液体电弧放电过程中碳纳米材料的生长机理，各种电弧放电参数和外加磁场对其影响。
To achieve this objective, in-depth study is needed on the growth mechanism of carbon nano-materials by arc discharge in liquid and the effect of various arc parameters and external magnetic fields.
消防联动控制设备应符合GB16806 - 1997标准的要求。检测项目有：静电放电；辐射电磁场；电快速瞬变脉冲群。
Integrated fire control equipment meets the requirements of GB16806-1997. The test items include Electrical transient bursts, Electrostatic discharge, and Radiated electromagnetic fields.
火灾报警控制器应符合GB4717-1993 标准的要求。检测项目有：静电放电；辐射电磁场；电快速瞬变脉冲群。
Control and indicating equipment (c. i. e) meets the requirements of GB4717-1993. The test items include Electrical transient bursts , Electrostatic discharge , and Radiated electromagnetic fields.
由大电流对负载高压放电产生的脉冲强磁场磁场强度高，随时间变化剧烈。
The magnetic strength of high pulse magnetic field is high and changes acutely along with time.
在相同条件下，相比传统结构的ICPS，渐变结构可以获得更高的Q值，并能激发出更强大的电场及磁场，提高了微波功率源到电感感应放电能量的转换效率。
Under same condition higher Q value and stronger field can be obtained by the gradient ICPS, which raises efficiency in converting the source power to field power.
日本是ESD(静电放电)危害问题比较严重的国家，日本学者对ESD电磁场进行了比较全面的研究。
The hazards of ESD are severity in Japan, so Japanese scholars have conducted comprehensive research on ESD EM-fields.
日本是ESD(静电放电)危害问题比较严重的国家，日本学者对ESD电磁场进行了比较全面的研究。
The hazards of ESD are severity in Japan, so Japanese scholars have conducted comprehensive research on ESD EM-fields.
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