branch loss meaning in Chinese

分枝损耗

The two main elements are analyzed in detail : coupling loss and y - branch loss
我们对这其中的最主要因素耦合损耗和y分支结构损耗进行了详细地分析。
Loss in the device includes coupling loss , y - branch loss , electrode absorbing loss and material loss
调制器的损耗包括耦合损耗， y分支结构损耗，电极吸收损耗及材料的散射损耗等等。
For coupling loss , the method to reduce this loss is pointed out without changing other structural parameters decided by the above requirements . y - branch loss is analyzed by bpm ( beam propagation method )
对于耦合损耗，指出了在不改变前面结构参数(因为它们的设计是根据半波电压和单模要求设定的)情况下，实现小耦合损耗的方法。
In chapter three , a back / forward sweeps based on branch loss for power flow is presents , which is credited with simple program , good numerical value stability , small ems memory and rapid calculation
第三章介绍了基于支路网损的配电网前推回推潮流算法，该算法编程简单，数值稳定性好，占用内存小，计算速度快，并且收敛性和收敛速度均优于牛顿法。