哪位高手帮忙翻译一下这段电气专业英语,谢谢啦最好别直接用翻译软件来翻译,要是能我就不上这来了.召唤高手 谢谢了The great utility of symmetrical cal components is that, for most types of network elements

哪位高手帮忙翻译一下这段电气专业英语,谢谢啦最好别直接用翻译软件来翻译,要是能我就不上这来了.召唤高手 谢谢了The great utility of symmetrical cal components is that, for most types of network elements
哪位高手帮忙翻译一下这段电气专业英语,谢谢啦
最好别直接用翻译软件来翻译,要是能我就不上这来了.召唤高手 谢谢了
The great utility of symmetrical cal components is that, for most types of network elements, the symmetrical components are independent of each other. In particular, balanced impedances and rotating machines will draw only positive sequence currents in response to positive sequence voltages. It is thus possible to describe a network in terms of sub-networks, one for each of the symmetrical components. These are called sequence networks. A completely balanced network will have three entirely separate sequence networks. If a network is unbalanced at a particular spot, the sequence networks will be interconnected at that spot. The key to use of symmetrical components in handling unbalanced situations is in learning how to formulate those interconnections.

哪位高手帮忙翻译一下这段电气专业英语,谢谢啦最好别直接用翻译软件来翻译,要是能我就不上这来了.召唤高手 谢谢了The great utility of symmetrical cal components is that, for most types of network elements
对大多数类型的网络部件,对称分量之间的相互独立体现了它们的实用性.尤其是在平衡抗阻和旋转机械遇到正序电压后产生正序电流的时候体现得更为明显.因此,可以用分网图来表示网络部件,与对称分量一一对应.这就构成了相序网络图.一个完美的平衡网络由三个完全独立的相序网络图构成.如果出现不平衡网络,相序网络图将会在此处出现相互干扰的情况.使用对称分量来控制不平衡网络的关键就在于学会调理并阻断不平衡网络中的干扰.