1) freezing-water conductivity
覆冰水电导率
1.
The 50% discharge voltage (U50) will decrease with the increasing of the freezing-water conductivity (γ20) and the ice amount (m).
结果表明:覆冰将导致复合绝缘子的正、负操作冲击特性下降,且随着覆冰水电导率γ20、覆冰质量m的增加,50%放电电压U50下降。
2) iced conductor
覆冰导线
1.
The wind tunnel tests on the aerodynamic characteristics of heavily iced conductors are carried out when severe gallop happens.
针对驰振发生时的特大厚度覆冰进行覆冰导线模型的风洞测试 。
2.
Comparing the static and the dynamic aerodynamic characteristics of two kind of typical models of iced conductors the adaption of the quasi static hypothesis was estimated.
针对我国电力线路严重驰振区的实际情况进行了覆冰导线群的动态气动力特性测试。
3.
The systematic tests have been carried out on the aerody-namic characteristics of typical iced conductors of bundled electric powertransmission lines,Effects of the interaction of wakes, the thicknessof ice and the wind velocity on thc aerodynamics characteristics are ana-lyzed.
本文工作针对电力线路严重驰振区的实际情况，系统地进行了三分裂覆冰导线的气动力特性测试。
3) Conductor icing
导线覆冰
1.
Micro-landform and micro-climate could exert great influence on conductor icing.
微地形微气候对导线覆冰有很重大的影响。
4) water conductivity
水电导率
1.
This paper discusses some effective methods in controlling water conductivity of PET cyclotron.
文章讨论了PET回旋加速器水冷却系统中有效控制水电导率的方法。
5) wire ice coating
电线覆冰
1.
Based on the analysis of meteorological factors in different geological and altitude environments,the forecast modeling of wire ice coating is set up.
以广西冰冻灾害重灾区资源县为研究对象,结合电力部门对电线覆冰的灾情调查,分析气象因素对不同地形、不同海拔高程的电线覆冰的影响,建立电线覆冰高程的预测模型,为电线覆冰预报和风险区划提供参考,并对气象部门与电力部门加强合作预防电线覆冰提出建议。
2.
The meteorological conditions of wire ice coating in northeastern Yunnan in January and February of 2008 are analyzed.
通过对2008年1-2月云南滇东北电线覆冰(雨凇)气象条件的分析,得到:①2008年云南滇东北雨凇持续时间是有气象记录以来最长是的一年,所造成的电线覆冰灾害非常严重的;②雨凇持续时间与ENSO有密切对应关系;③2008年滇东北电线覆冰期间昆明准静止锋异常活跃,是最重要的影响天气系统;④2008年滇东北的电线覆冰是在气温偏低、降水偏小、风速不大(或静风)及空气较为潮湿的气象条件下发生的。
6) energized icing
带电覆冰
1.
The UHV icing test issues are solved including energized icing, high-altitude low-pressure environment, large-capacity power supply and the climate laboratory in UHV AC test base is built.
为此,在介绍了国内外覆冰实验室及覆冰试验技术现状并解决了超特高压覆冰试验所面临的带电覆冰、高海拔低气压环境、大容量试验电源等问题后建成了特高压交流试验基地环境气候实验室。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条