1) power line
输电线;高压电线
2) High-voltage transmission line
高压输电线
1.
Taking into account the characteristic of the high-voltage transmission line, this paper discusses the basic principle of the eddy current testing method.
结合高压输电线的特点 ,在论述了电涡流检测方法的基本原理之后 ,进一步论述了差动式检测线圈的电涡流检测原理与方法。
3) high voltage transmission line
高压输电线
1.
3-D simulation of electric fields for high voltage transmission lines over buildings;
跨越建筑物的高压输电线三维电场仿真
2.
The application research of VR-GIS technology on the route selection of the high voltage transmission lines——A case of the 500kv voltage transmission line form Kangding to Chongzhou;
VR-GIS技术在高压输电线选线中的应用研究——以康定-崇州500kv送电线路为例
3.
The domestic electric and magnetic fields (EMF) of three different locations, between 5 Hz～100 kHz, caused by the nearby high voltage transmission line, are examined with a PMM 8053A General Purpose Field Meter, which has the ability of timing measurement and data output, together with Probe EHP-50A.
为了解高压输电线对于附近居民电磁环境的影响,采用具有定时测量及数据输出功能的PMM 8053A General Purpose Field Meter,配合EHP-50A型探头在5Hz～100kHz频率范围内实地测量了3个地区高压输电线附近居民室内电、磁场分布并分析了高压输电线附近不同类型居民住宅室内电、磁场的分布特点和不同建筑物对工频电、磁场的屏蔽效能。
4) high voltage transmission lines
高压输电线
1.
People are paying increasing attention to the influence of electromagnetic field of such high voltage and ultra-high voltage transmission lines.
随着我国电力工业的发展和城镇规模的不断扩大,进入城镇的输电线路电压等级不断提高,高压、超高压输电线路电磁污染对城市以及长期居住在沿线附近居民的影响引起了社会各方面的关注。
2.
Large commercial softwares are uaually used to analyze high voltage transmission lines in the engineering application for its dynamic responses under the wind load,and so on.
为了确定高压输电线在风载等外力作用下的动力学响应,工程应用中常常通过大型商用软件来进行分析。
6) HV transmission line
高压输电线路
1.
A fault location algorithm for HV transmission line based on two-terminal asynchronous data;
基于双端不同步采样数据的高压输电线路故障测距
2.
Mechanism and solution of air discharge on HV transmission lines;
高压输电线路空气放电机理及其对策
3.
Single-phase adaptive reclose based on wavelet packet energy entropy for HV transmission lines
基于小波包能量熵判别的高压输电线路单相自适应重合闸
补充资料：输电（outputcurrent）
输电（outputcurrent）
用超导导线输送直流电流，由于无阻就无能耗，输电量也高。设想可将超导线在安置的超流环境中埋在地下成为超导电缆。现时不少高温超导体其临界温度在液氮温度以上，可将此类超导线放入液氮杜瓦管中来输电，但长距离输电目前尚不现实，期待超过室温超导材料的发现和实用化才行。
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