2) loss factor
介电损失
1.
The data characteristics ofcell passive electrical physiological properties were analyzed by dielectric spectroscopy,Cole-Cole plots,loss factor and loss tangent.
利用细胞介电谱、Cole-Cole图、介电损失和损耗角正切分析了蛙血液细胞的被动电生理特性的数据特征。
3) electron loss
电子损失
1.
Electron loss processes of Cl q+ in collision with helium atom were studied experimentally in energy range from 2 MeV to 8 MeV.
用反冲离子飞行时间 散射离子位置灵敏符合技术及多参数获取系统测量了 2MeV～ 8MeV的氯离子撞击氦原子 ,伴随氯离子电子损失过程氦的双、单重电离相对截面比 ;及氦原子被电离伴随的氯离子的双、单电子损失相对截面比。
4) energy loss
电能损失
1.
Its electrical energy loss is compared in theory with the existing single-end feeding system with AT-parallel only in the section posts and its advantages are obvious, furthermore, the protection and control system of its feed sections is analyzed.
针对同相AT牵引供电系统,提出了一种采用全并联AT的双边供电(或多电源供电)的牵引网供电方式,对其电能损失在理论上与现有的AT分区所并联的单边供电系统进行了比较,优越性显而易见,并进一步对其供电臂的保护控制方案进行了分析。
2.
From annual operation cost and energy loss the writer derives optimal conductor section for an electrical power distrbution line and calculates the optimal supply radius subject to the rate voltage fall in the paper.
文章从电力线路的年运行费用和电能损失两个方面求导出配电线路的最佳导线截面，然后根据电压降作为控制条件，求取最佳的供电半径。
5) corona loss
电晕损失
1.
In order to accurately and long-termly measure corona loss of single circuit test line in our country s UHV AC test base, and research the regularity of UHV AC transmission line corona loss in our country, a corona loss monitoring system is designed and developed.
为了实现我国特高压交流试验基地单回试验线段电晕损失的长期准确测量及电晕损失规律,设计研制了一套电晕损失监测系统。
2.
By taking 750 kV Lanzhoudong-Pingliang double circuit transmission line as example,the parameters to be considered in design are calculated under different phase-order arrangement of double circuit transmission line with vertical-arranged circuit,such as conductor surface field strength,ground electric field,radio interference,audible noise,corona loss and .
本文以750kV兰州东—平凉同塔双回输电线路为例,计算了同塔双回、每回竖直排列线路各种相序排列方式线路的导线表面场强、地面电场、无线电干扰、可听噪声、电晕损失、反击跳闸率等线路设计时需要重点考虑的参数。
3.
Therefore, annlysising on the electronics corona loss of the different structure transmission line have the important economic efficiency and the social efficiency.
因此,对不同结构的输电线路进行电晕损失分析计算具有重要的经济效益和社会效益。
6) outage cost
停电损失
1.
Research on customer outage cost assessment and its evaluation method in urban electric power network;
城市电网用户停电损失估算及评价方法研究
2.
Research on estimation methods of power outage cost in rural power network;
农村电网停电损失估算方法研究
3.
On the one hand, the customers hope for higher reliability with less money to reduce their outage costs; on the other hand, it is difficult for the supply department to enhance the power supply s reliability because of the limit of money and technology.
一方面用户希望在经济的前提下得到可靠度高的供电，以降低其停电损失；而另一方面，供电部门在提高供电可靠性上受着资金和技术的限制。
补充资料：灰失失
1.悻然﹑失望貌。
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