- 更多网络例句与闪络相关的网络例句 [注：此内容来源于网络，仅供参考]
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The change and development of LC is one of the main decisive factors of flashover.
覆冰与污秽绝缘子串的闪络均是由泄漏电流引起的，泄漏电流的变化与发展是决定闪络的主要因素之一。
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It is directive for precautions on windage discharge and as a reference for transmission line designing.
选择有代表性的间隙和工况进行雨水条件下导线-杆塔操作冲击闪络试验，得出了空气间隙的冲击闪络特性的变化规律，为现场防风偏放电和输电线路设计提供理论指导。
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According to the accidents caused by windage yaw occurred in recent years, the characteristics and reasons of flashover caused by windage yaw are analyzed.
针对近年来频繁发生的风偏闪络事故，分析了风偏闪络的特点和原因，从风偏角计算中分析各因素对计算值的影响。
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Dependence of flashover voltage on several physical factors, that is applied voltage waveform, predischarge conditioning, geometry shape and length, geometry area, dielectric material, surface treatment, magnetic field effects and multilayer high gradient insulator technology, are expatiated.
文中系统总结了目前高压真空绝缘闪络特性的实验研究成果，具体阐述了几种典型实验模型及研究方法，以及几种重要物理因素，即绝缘材料介电常数、绝缘体几何形状及长度、施加电场波形、绝缘体表面处理、绝缘体几何面积、绝缘体预放电处理、磁场作用、多层高梯度绝缘技术等等，对真空绝缘闪络特性的影响。
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Two kinds of silicon samples with distinct surface treatment, i. e., one surface was chemically etched and the other was unetched, were used to investigate the characteristics of leakage current and surface flashover of semiconductor under impulse voltage in vacuum. The experimental results showed that the surface conditions of samples affected these characteristics greatly. Before flashover, the Ohmic current was observed for unetched samples and the space charge limited current for etched samples, respectively. Meanwhile both samples showed quite different flashover tracks, and the surface-etched samples displayed a much higher onset voltage of flashover.
对采用和未采用表面化学腐蚀处理的半导体硅在冲击电压下的实验表明（参见 Zhang et al ， Applied Physics Letters， 2002），试品的表面状况对其泄漏电流和沿面闪络特性有着很大的影响：在沿面闪络之前，未经处理试品的泄漏电流表现为 Ohm 性电流，而表面处理过的试品表现为空间电荷限制电流特性；同时两类试品表面的闪络通道也表现出不同的特征，而采用表面化学腐蚀处理可以明显提高其沿面闪络电压。
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It is put forward that the icing stress product, defined as the product of the ice-layer conductivity and the ice layer weight per centimeter of dry arc distance can be taken as a characteristic parameter to indicate the effect of ice accretions and contaminants on the flashover voltage.
例3：本文分析了覆冰XP-70绝缘子长串的交流闪络特性，并提出覆冰水电导率r20 (换算到20 ℃时的值)与覆冰量w(每片绝缘子上的平均覆冰量)的积δ0可作为表征覆冰和污秽对绝缘子串最低闪络电压影响的特征量。
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Shock characteristic ; gas discharge ; lightning flashover ; flashover voltage ; flashover path ; circuit model
冲击特性；气体放电；雷击闪络；闪络电压；闪络路径；电路模型
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Based on a great of laboratory investigation carried out on the AC flashover performance of several types of insulators in the multi-function artificial climate chamber of Chongqing University, this paper studies systematically the AC flashover performance of several type of insulators and puts forward a flashover voltage correction method for the atmospheric environment at altitude of 3500 m above, and discusses the flashover process and mechanism of the iced insulator.
本文在国内外现有研究成果的基础上，通过大量的人工气候室模拟试验研究和理论分析，对海拔3500 m以上地区覆冰和污秽绝缘子的交流闪络特性及闪络电压的校正方法进行了系统研究，并对覆冰合成绝缘子的闪络过程和机理进行了初步探讨。
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Laboratory investigations on the flashover performances of polluted five types of typical porcelain and glass insulators were carried out in the climate chamber. Based on the test results, this paper analyzes and calculates the flashover voltage, the voltage gradient and the valid creepage distance of the five types of insulators.
为此在人工雾室中对5种典型结构的瓷和玻璃绝缘子的污闪特性进行了试验研究，根据试验结果分析和计算了5种典型绝缘子的闪络电压、闪络电压梯度、有效爬电系数。
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According the result of experiment, the air pressure have effect on flashover voltage, the relationship of the flashover voltage and the number of insulator is linearity, and the change of potential distributing after insulator iced is the main reason why the outer insulation characteristic of iced insulator string declined.
试验研究结果表明，气压对覆冰绝缘子长串的闪络电压影响的特征指数与污秽绝缘子一致，覆冰可认为是一种特殊的污秽形式；在试验研究的串长范围内，闪络电压与串长成线性关系；绝缘子串覆冰以后的电位分布的变化是覆冰绝缘子串外绝缘特性下降的主要原因，但覆冰绝缘子串的局部电弧发展成完全闪络所需的时间比污秽绝缘子长，且受冰层的融化和冰凌状态的影响严重。
- 更多网络解释与闪络相关的网络解释 [注：此内容来源于网络，仅供参考]
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flashover voltage：闪络电压
flashover distance 闪络距离 | flashover voltage 闪络电压 | flat 平的
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flashover distance：闪络距离
flashover 闪络 | flashover distance 闪络距离 | flashover voltage 闪络电压
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flashover characteristic：闪络特性
961. flashover 闪络, A plasma arc initiated by some event such as lightning. | 962. flashover characteristic 闪络特性 | 963. flashover distance 闪络距离
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sparking potential：闪络电压
?? 闪络 flashover | ???? 闪络电压 sparking potential | ??? 纤维 fibre
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Insulator arc-over：绝缘子闪络; 绝缘子闪络
insulator ==> 绝缘体,绝缘子=>絶縁物,絶縁体,碍子(がいし) | insulator arc-over ==> 绝缘子闪络,绝缘子闪络 | insulator arcing horn ==> 绝缘子角形避雷器,绝缘子灭弧角
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low-frequency flashover voltage：低频闪络电压
low-frequency dry-flashover voltage 低频干闪络电压 | low-frequency flashover voltage 低频闪络电压 | low-frequency wet-flashover voltage 低频湿闪络电压
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flash-over ground current：闪络接地电流
flash-over contact ==> 闪络接触 | flash-over ground current ==> 闪络接地电流 | flash-over ground relay ==> 闪络接地继电器
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flash-over voltage：闪络电压
flash-over test 闪络试验 | flash-over voltage 闪络电压 | flash-over 闪络
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flash-over test：闪络试验
flash-over relay 闪络接地继电器 | flash-over test 闪络试验 | flash-over voltage 闪络电压
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flash-over test：高压闪络试验,闪络试验
flash-over protection ==> 防止飞弧 | flash-over test ==> 高压闪络试验,闪络试验 | flash-photometry ==> 闪光光度学