静止励磁
excitation cfp───励磁cfp
write static───静态写入
static discharge───静电放电
static electricity───n.[电磁]静电；静位觉；n.静位觉
dissipate static───消散静电
excitation transfer───激发移动；激发转移
daphnetin excitation───瑞香素激发
excitation pattern───兴奋型
static line───防静电接地线；固定拉绳；静压操纵管路，强制开伞拉绳
With the bus fed static excitation system, based on field-test data and using frequency domain analysis, the hysteretic characteristics of excitation system wer.───以自并励励磁系统为例，根据实测数据利用频域分析，得到励磁系统滞后特性。
In this paper the structure and operation of a static excitation system which was imported form Italy for320MW turbogenerator set are presented.───本文介绍了从意大利引进的320 MW燃煤机组静态励磁系统的结构特点和运行情况。
Permanent magnetic device. as a new type patent device, is used to ensure the hydroelectric generator to start its static excitation more reliably and more quickly.───永磁装置是一种用于使水轮发电机静止励磁系统可靠快速起励的新型专利装置。
The failure of crystal brake-tube in the static excitation system is one of common failures. The reasons of causing such failure are many.───静止励磁系统中晶闸管损坏是其常见故障之一，但造成晶闸管损坏的原因很多。
The Problems in Design and Application of Self Shunt Static Excitation System in Generators.───发电机自并励静止励磁系统在设计、选型和应用中应注意的问题…
Investigation on the Realization Plan of Low-voltage and Over- current Protection for Static Excitation Generator───静态励磁发电机低压过流保护实现方案的探讨
Effect of Operational Parameters on Bus Fed Static Excitation System Hysteretic Characteristics───运行参数对自并励励磁系统滞后特性影响的研究
Analysis and countermeasures of faults in static excitation device of synchronous generator───同步发电机静止励磁装置的故障分析与处理
Discussion of Characteristics and Defects of Generator Static Excitation System───发电机静止励磁系统特点及存在问题的探讨
Permanent magnetic device. as a new type patent device, is used to ensure the hydroelectric generator to start its static excitation more reliably and more quickly.
With the bus fed static excitation system, based on field-test data and using frequency domain analysis, the hysteretic characteristics of excitation system wer.
The system adopts SVPWM method with over modulation function and use static excitation at the first period of working time.