电气工程(Electrical Engineering简称EE)是现代科技领域中的核心学科之一,更是当今高新技术领域中不可或缺的关键学科。例如正是电子技术的巨大进步才推动了以计算机网络为基础的信息时代的到来,并将改变人类的生活工作模式等等。以下为“电气工程专业英语词汇”。一起来学习吧!

  牐牨涞缯 transformer substation

  牐犛来磐步电机:Permanent-magnet Synchronism Motor

  牐犚觳降缁:Asynchronous Motor

  牐犎绕组变压器:three-column transformer ThrClnTrans

  牐犓绕组变压器:double-column transformer DblClmnTrans

  牐牴潭ù联电容补偿fixed series capacitor compensation

  牐犓回同杆并架 double-circuit lines on the same tower

  牐牭セ无穷大系统 one machine - infinity bus system  牐

  牐犂磁电流:magnetizing current

  牐牪钩ザ degree of compensation

  牐犑去同步 loss of synchronization

  牐犠盎容量 installed capacity

  牐犖薰Σ钩 reactive power compensation

  牐牴收锨谐时间 fault clearing time

  牐牸限切除时间 critical clearing time

  牐犌啃欣磁 reinforced excitation

  牐牪⒘电容器:shunt capacitor

  牐 下降特性 droop characteristics

  牐犗呗凡钩テ LDC(line drop compensation)  牐

  牐牭缁学 Electrical Machinery

  牐犠远控制理论 Automatic Control Theory

  牐牭绱懦 Electromagnetic Field

  牐犖⒒原理 Principle of Microcomputer

  牐牭绻ぱ Electrotechnics

  牎〉缌ο低澄忍分析 Steady-State Analysis of Power System

  牐牭缌ο低吃萏分析 Transient-State Analysis of Power System

  牐牭缌ο低臣痰绫;ぴ理 Principle of Electrical System's Relay Protection

  牐牭缌ο低吃件保护原理 Protection Principle of Power System 's Element

  牐牭缌ο低衬诓抗电压 Past Voltage within Power system

  牐犇D獾缱蛹际趸础 Basis of Analogue Electronic Technique

  牐犑字电子技术 Digital Electrical Technique

  牐牭缏吩理实验Lab. of principle of circuits

  牐牭缙工程讲座 Lectures on electrical power production

  牐牭缌Φ缱踊础Basic fundamentals of power electronics

  牐牳叩缪构こ蘃igh voltage engineering

  牐牭缱幼ㄌ馐导鵗opics on experimental project of electronics

  牐牭缙工程概论Introduction to electrical engineering

  牐牭缱拥缁集成系统electronic machine system

  牐牭缌Υ动与控制Electrical Drive and Control

  牐牭缌ο低臣痰绫; Power System Relaying Protection