介绍了几种可控型并联电抗器的工作原理并分析了其优缺点。
Working principles for some kinds of controllable shunt reactor are introduced, and their advantages and shortcomings are analyzed.
支路电抗、电流和功率等参数的计算是多并联支路型可控电抗器分析设计的关键。
It is the key-point that the branch-parameters, such as reactances, currents, power and etc., are calculated for the controllable reactor of multiply parallel branch type.
研究多并联支路型可控电抗器的工作模式是设计制造多并联支路型可控电抗器的基础。
Investigating the operation mode is the foundation of design and manufacture of a controllable reactor with multiple parallel branches.
采用分段映射和傅立叶级数的分析方法对并联型可控饱和电抗器的谐波特性进行了详细分析。
This paper proposes an ontology mapping model based on fragment mapping, which decomposes ontology, and then does fragment mapping.
采用分段映射和傅立叶级数的分析方法对并联型可控饱和电抗器的谐波特性进行了详细分析。
This paper proposes an ontology mapping model based on fragment mapping, which decomposes ontology, and then does fragment mapping.
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