1) straight losses
直线损耗
2) line loss
线路损耗
1.
After the reliability and security of distribution network are ripe day by day, it becomes an important work to reduce the line loss for distribution network.
在配电网安全性和可靠性日渐成熟后,降低线损变成配电网的一项重要工作,而大部分线路损耗是在10 kV以下的配电线路上。
2.
Lower line loss is an important work for power supply section.
降低线损是供电部门的一项重要工作,而大部分线路损耗是在10kV以下的配电线路上。
3.
From four aspects of the reduction of the line losses,the economic operation of the transformers,the increase of the power factor for loss reduction and the compensation of the reactive power,this paper discusses how to improve and increase the economical efficiency of the power supply system for increasing the utilization efficiency of the electric energy.
从降低线路损耗、变压器经济运行、提高功率因数达到节能降损及无功补偿4个方面论述了如何改进和提高供电系统的经济性,以提高电能的利用效率。
3) winding loss
线圈损耗
1.
Research on AC winding loss reduction technique for high-frequency power inductor by MMF design consideration;
设计磁压以减小高频电感器线圈损耗技术的研究
2.
The Design of 30kVA Three-phase Inverter and Analysis of Inductor Winding Loss;
30kVA三相逆变器模块设计及电感线圈损耗的分析和计算
3.
A new concept of litz copper foils is proposed to reduce AC winding losses of high frequency power transformer in high current low voltage switch-mode power supply.
通过建立一维涡流模型,对新型双绞铜箔进行交流损耗分析,分析结果表明铜箔绞绕方案能有效减小线圈损耗。
4) cable waste
线缆损耗
5) line wastage
线路损耗
1.
It also makes a comparative study of some indicators,such as the terminal voltage,line wastage and the power supply profit,in the present system and the system with the new solution.
提出一种重负荷长线路远距离供电的解决方案,并对采用该方案前后供电线路的末端电压、线路损耗、供电综合效益等指标做了详细分析,对方案实施中遇到的技术问题如变压器防止过电压措施、运行结线方式、升压站的继电保护配置逐一做出分析,并提出相应的解决办法。
6) feed line loss
馈线损耗
1.
The computation of microstrip array antenna gain must include the feed line loss to achieve the reliable precision,so a method is proposed for calculating the overall loss of mm-wave microstrip array antenna.
微带阵列天线增益的计算必须计入微带线损耗才有可靠精度,为此提出了一种计算毫米波微带天线阵整体馈线损耗的方法,导出了256元并馈阵、192元串并馈阵的损耗计算表达式,计算值与现有实测值相比较证实了本方法的有效性。
补充资料：介质损耗角正切试验(见电容率与损耗因数试验)
介质损耗角正切试验(见电容率与损耗因数试验)
dielectric loss tangent test
)!eZh.sunhooJ一002匕engq一e sh一yon介质损耗角正切试验(dieleetri。1055 tangenttest)见电容率与损耗因数试验。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条