放电距离

词组短语

arcing distance

与放电距离相关的网络例句 [注：此内容来源于网络，仅供参考]

At last, the data obtained in the experiments are analyzed using fuzzy mathematics tools, and results prove that the capacitance between discharge and flashover can be calculated by the acoustic signal and fuzzy discursion is very effectual. It indicated that we offered the detecting way not only being able to be used to carry out online detecting on the insulator, but also making correct judgement to the contamination level of insulator.

通过对模糊推理的深入研究以及对高电压线路绝缘子污秽放电特点的细致分析，发现模糊推理的方法对绝缘子污秽试验数据分析和处理十分有效，通过声信号可以定量地判断出此时距离发生污闪的裕度大小，这说明文中提供的声学检测法不仅能够用来对绝缘子进行在线检测，而且还能正确判断绝缘子污秽程度。

Furthermore, with the increase of air gap spacing, the transition from the homogeneous to filamentary discharge is related to the fluctuation of discharge current.

随着空气间隙距离的增加，均匀放电向丝状放电的转化与电流脉冲波动相关。

By means of lots of lightning impulse tests for the MOA with series gap, the distance of series gap and the position of piercing electrode are determined.

通过对该避雷器进行大量的雷电冲击放电试验，确定了间隙距离和安装位置。

With this data, we can calculate the resistance, conductivity, ionization voltage and discharge current parameters. This may help us to comprehend more about the electric discharge phenomena.

经由此研究，不但可得碳棒电极间距大小与电压之关系为非直线性，进而获得控制维持电弧持续放电之距离，可应用於金银等电极间或以水等介质作放电的研究。

And it is systematically investigated about the influence of some parameters variations on the discharge. These parameters are secondary electron emission coefficient, the permittivity and thickness of dielectric layer, the length of gas gap and gas pressure.

对充He的AC PDP单元的多脉冲放电特性进行了模拟研究，并对保护膜的二次电子发射系数、电介质层厚度和相对介电常数以及气体间隙距离与压力等参量对放电特性的影响进行了系统全面而详细地分析讨论。

An apparatus simulating the discharge in AC PDP cell is thus designed. It consists of a driving power, discharge cell and vacuum system. Measuring are made possible on the working voltage and stability of dielectric protective film made from different materials with a variety of different processes. The secondary electron emission property can thus be properly reflected. Examinations are also the gas species, mixture composition ratio and pressure, discharge gap, etc., with reference to the discharge characteristics in AC PDP.

该装置由驱动电源、放电室及真空系统组成，能够模拟AC PDP的工作条件和过程，可用来测量AC PDP工作过程中用不同材料、方法及工艺制成的保护膜的工作电压、稳定性等，从而衡量保护膜的二次电子发射性能，还可用来测量AC PDP放电单元内所充气体的种类、混合比例、压力以及放电间隙的距离等参数对AC PDP放电特性的影响。

Vehicle headlamp provided with a metal halide lamp comprising a discharge vessel surrounded with clearance by an outer envelope and having a ceramic wall which encloses a discharge space containing xenon and an ionizable filling, wherein in said discharge space two electrodes are arranged whose tips have a mutual interspacing EA so as to define a discharge path between them, wherein the discharge vessel has an internal diameter Di at least over the distance EA, and wherein Di is smaller than or equal to 2 mm and the relation EA/Di is smaller than 6, with the special feature that said vehicle headlamp has not more than one band-shaped light-absorbing coating laterally of the discharge path.

一种配置金属卤化物灯的车辆前灯包括：放电容器，其被外壳有间隙地包围，其具有陶瓷壁，所述陶瓷壁封闭包含氙和可电离填充物的放电空间，其中两个电极布置在所述放电空间内，所述电极末端具有相互间隔EA，因而在它们之间定义放电路径，其中放电容器至少沿着距离EA具有内径Di，其中Di小于或等于2mm，以及关系式EA/Di小于6，其特征在于，所述车辆前灯放电路径的侧向方向具有至多一条带状光吸收涂层。

From several aspects such as grounding,preventing induced voltage and discharge counterattacking,safety distance and insulated isolation,power source linkage and access control,fire control channel and equipments,safety illumination,the questions and measures should be noticed in designing of safety system in high-voltage te...

从接地、防止感应电压和放电反击、安全距离和绝缘隔离、电源联锁和门禁系统、消防通道和消防设施以及安全照明等方面，详细叙述了高压试验厅安全系统设计中需要注意的问题和应采取的相应措施。

The study on spectrum analysis of arc sound signal has showed that a signature band of 5-10kHz of sound wave would be generated before fault s arc take place, which is strong in intensity and variable in both width and center depending on arcing electrodes, space between electrodes, and discharge volt age.

早期弧声的功率谱分析表明，故障电弧发生之前，在可听波段产生5kHz~10kHz的电弧声，其带宽和中心频率与电极形状、放电距离、放电电压等试验条件有关。

In this paper, the construction of simple nitrogen laser is herebyintroduced; The relationship between distance of spark gap and discharge voltage, outputenergy of the nitrogen laser and discharge voltage, have been studied experimentally.

介绍了一种简易氮分子激光器的构造；实验研究了火花隙距离与放电电压的关系和激光器输出能量与放电电压的关系。

与放电距离相关的网络解释 [注：此内容来源于网络，仅供参考]

creepage discharge：潜流放电,沿面放电

爬电电流,漏电电流 creepage current | 潜流放电,沿面放电 creepage discharge | 爬行距离 creepage distance

arc discharger：电弧放电器

arc discharge 电弧放电 | arc discharger 电弧放电器 | arc distance 放电距离

spar varnish：清漆

spanishing effects谷污效应 | spar varnish清漆 | spark gap火炬放电距离

Striking Distance：起弧距离

striking distance of lightning 闪电放电距离 | striking distance 起弧距离 | string 楼梯斜梁

striking distance of lightning：闪电放电距离

strike team 灭火战斗队 | striking distance of lightning 闪电放电距离 | striking distance 起弧距离

arciform：拱状的, 弓形的

arciform vein | 弓状静脉 | arciform | 拱状的, 弓形的 | arcing distance | 火花间隙, 放电距离

arcing fault：电弧故障,闪[弧]络故障

弧距,放电距离 arcing distance | 电弧故障,闪[弧]络故障 arcing fault | 发弧闪络 arcing flashover

arcing contact：灭弧触点

arcing 形成电弧 | arcing contact 灭弧触点 | arcing distance 放电距离

arcing distance：放电距离

arcing contact 灭弧触点 | arcing distance 放电距离 | arcing earth 电弧接地

arcing distance：火花间隙, 放电距离

arciform | 拱状的, 弓形的 | arcing distance | 火花间隙, 放电距离 | arcing gas | 电弧气体