1) loop connection of electromagnetism
电磁合环
2) Electromagnetic Environment
电磁环境
1.
Constructing the Simulation Platform of Electromagnetic Environment Stress for Reliability Testing of Machining Center;
加工中心可靠性测试电磁环境应力仿真平台的构建
2.
Study on electromagnetic environment under AC transmission lines of different towers;
不同塔型交流输电线路的电磁环境分析
3.
Discussion on necessity of substation electromagnetic environment protection district;
设置变电站电磁环境影响防护控制区的必要性探讨
3) electromagnetic loop network
电磁环网
1.
Schemes of breaking electromagnetic loop networks for Anhui Power Grid during 2008～2015;
安徽电网2008～2015年电磁环网的解环方案
2.
A general decision strategy for opening electromagnetic loop networks is proposed with consideration of power system security,short ciricuit capacity,economy and management requirements as well as planning constraints.
基于安全稳定、短路电流水平、经济性、运行管理和电网规划的考虑,提出了电磁环网开环研究的决策方法和实施步骤,针对"十一五"广西500 kV/220 kV电网与南方主网架的相互影响,应用所提出的方法,通过典型算例,介绍了广西电网电磁解环目标和具体方案的研究过程。
3.
This paper discusses current situations of the 500 kV/ 220 kV electromagnetic loop network operation in Anhui power grid,and countermeasures adopted for improvement of the safety and stability.
论述了安徽电网现阶段500 kV/220 kV电磁环网运行情况及提高各电网安全稳定性所采取的对策,对电网分层分区运行进行了研究,阐述了安徽电网分层分区的紧迫性,提出了安徽电网分层分区的初步规划和长远设想,对安徽电网建设的长期目标提出了建议。
4) electromagnetic open ring
电磁解环
1.
Based on analysis of the inter-action between the Guangxi 500 kV/220 kV power grid and the China southern main grid,the proposed scheme is applied to the studies of the electromagnetic open rings in Guangxi Power Grid.
基于安全稳定、短路电流水平、经济性、运行管理和电网规划的考虑,提出了电磁环网开环研究的决策方法和实施步骤,针对"十一五"广西500 kV/220 kV电网与南方主网架的相互影响,应用所提出的方法,通过典型算例,介绍了广西电网电磁解环目标和具体方案的研究过程。
5) electromagnetic ring network
电磁环网
1.
The problem of 500/220 kV electromagnetic ring network function becomes more and more serious.
"十一五"期间湖南电网发展迅速,500/220kV电磁环网运行问题日益突出。
2.
It s feasible that hydropower be transmitted with500kV and220kV voltage,and it s necessary to ensure the power network security and stability with500kV/220kV high/low voltage electromagnetic ring networks.
为保证西部水电电能的安全稳定送出,研究表明送出采用500kV和220kV二级电压是适宜的,且近期送出网络保持500kV/220kV高低压电磁环网合环运行是必要的。
6) EM environment
电磁环境
1.
The bulk capacity and relatively smaller ROW is the priority of UHV,while the EM environment caused by the higher voltage was also the focus of the society.
特高压电网在提高输电能力、减小输电线路走廊的同时,也因其高电压所带来的电磁环境问题而引起社会的关注。
2.
To get the EM environment of the HVDC transmissions lines and give some reference for the coming ±800 kV HVDC transmission system,four of the whole five ±500 kV operating HVDC systems are investigated.
为考虑我国直流特高压输电工程的电磁环境保护问题,调查了国内已有4条±500 kV高压直流输电线路电磁环境。
3.
This article measured the EM environment in this frequency band, gave the measurementresults and figures, and compared the measurement results.
5GHz频段范围内家庭的电磁环境进行了分析,给出了单个家庭住宅和多个家庭住宅的典型应用场景图。
补充资料：合环
1.犹周围。
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