1. Spectrum measurement and calculation of electron temperature in glow discharge with equivalent electric potential.
大气压氩气介质阻挡放电中的电子激发温度。
2. 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。
3. Ningbo Double Glow Electric Appliance Co., Ltd. is located in Yuyao, Zhejiang Province town, covers an area of 50 mu, building area of 15000 square meters.
宁波双辉电器有限公司座落于浙江省余姚市泗门镇，占地50余亩，建筑面积15000余平方米。
4. The data between electric current and workable feed gas is obtained on the basis of DC glow discharge.
本文在直流辉光放电的实验基础上，得到了电流密度与可加工原料量的最佳组合数据。
5. Because of the high discharge current, the thickness of this region is very thin, the electric filed is much higher than that of the cold cathode glow discharge.
由于大电流放电效应，使得阳极位降区厚度很薄，因而相对于常规辉光放电而言，阳极区的电场强度比较高。
6. The technological parameter of surface composite diffusion coating or brazing included working air pressure, glow voltage, arc electric current, diffusion coating time, distance between composite target and work piece, brazing temperature and heat preservation time, which had influence over surface alloying and brazing.
陶瓷或金属表面复合渗镀的以及钎焊的工艺参数，如工作气压、辉光电压、电弧电流、渗镀时间、复合靶与工件之间的距离、焊接温度和保温时间等，对表面合金化和钎焊造成影响。
7. Two other flat-panel displays are the gas plasma display, which uses electric current to cause gases to glow, and the electro-luminescent display, which is similar to gas plasma but has layers of phosphor rather than gas.
另外两种平面监视器是气体等离子监视器和电致发光监视器，前者用电流使气体发出辉光，后者与气体等离子体相似，但激发的是若干磷光体层而不是气体。
8. electric glow是什么意思
8. Two other flat-panel displays are the gas plasma display, which uses electric current to cause gases to glow, the electro-luminescent display ELDwhich is similar to gas plasma and, but has layers of phosphor rather than gas.
另外两种平面监视器是气体等离子监视器和电致发光监视器，前者用电流使气体发出辉光，后者与气体等离子体相似，但激发的是若干磷光体层而不是气体。
9. Fire hazard testing for electric and electronic products Test methods Glow-wire test methods General
GB/T5169.10-1997电工电子产品着火危险试验试验方法灼热丝试验方法&总则
10. " Electric discharge lamp, or vapor lamp: Lighting device consisting of a transparent container within which a gas is energized by an applied voltage and made to glow. "
“放电灯，亦称蒸气灯，一种照明器件，由一透明外壳构成，其中的气体被外加电压激发而发光。”
11. Of or designating an ion, the anion, that is attracted to a positive electrode. Electric discharge characterized by a cathode fall that is small compared with that in a glow discharge.
阴离子的属于或表明离子，阴离子的；对阳电极有吸引力的与辉光放电相比，阴极位降相对较低的放电形式。
12. Contact with electricity or electric discharge power grid-glow tube
触电或接触放出的电流强信号栅控辉光放电管
13. Electric discharge characterized by a cathode fall that is small compared with that in a glow discharge.
与辉光放电相比，阴极位降相对较低的放电形式。
14. We lodged and proved through experiments that the distance between glow discharging electrode and the surface of electric-optic crystal will affect the distribution of plasma density near crystal''s surface, and come into affect the voltage of half wave for the first time.
提出并通过实验初步验证了等离子体放电电极与晶体表面的相对位置对晶体表面等离子体密度分布的影响，并进而影响电光开关半波电压大小的问题。
15. A series of spectral lines of emissive spectrum with relative intensity in double glow discharge of equivalent electric potential under different processing parameters using SII-IV type holographic concave grating monochrometer has been acquired.
用SII-IV型全息凹面光栅单色仪对各种工艺参数条件下双层辉光等电位放电的发射光谱的相对强度进行了测量，获得一系列光谱谱线。
16. We adopt strong electric ionization (E/n > 400 Td) glow discharge to produce hydroxide radical on molecular level.
采用了强电场（E/n>400Td）电离辉光放电方法，在分子层次上加工成羟基。
17. The electrode structure in the double glow ion diffusion metallizing technology include plate electrode, hollow cathode electrode, non-equal electric potential cathode electrode and compound electrode.
通过对双层辉光离子渗金属技术的基本电极结构研究认为：电极结构可分为平板型、空心阴极型、不等电位空心阴极型和复合型等四种形式；
18. Experiment results show that ionization electric field intensity, power density and ionization energy density have limited influence upon plasma transport rate in a order of magnitude in the stream or glow discharge area of corona discharge.
实验结果表明：在电晕放电的流光或辉光放电区域，电离电场强度、注入功率密度、电离能密度等参量对等离子体输运项的影响程度仅在1个数量级内；在电离能密度达到0.4mJ。
19. danci.edu.pub
19. Numerical Simulation of Static Electric Field in Double Glow Discharge and Edge Effect in Vacuum
双辉光放电静电场数值模拟及场分布边角效应分析
20. Diagnosis of radio frequency glow discharges with electric probe
射频辉光放电等离子体的电探针诊断