1.
Causes of the Energy Losses in the Distribution Network and the Major Countermeasures to Decrease Losses
配电网电能损耗的原因与主要降损措施
2.
The technolgy solutions for reducing the loss of the electric energy in the realty management
物业管理中降低电能损耗的技术措施
3.
A Calculation of Energy Losses with Consideration of Corona Losses and Harmonic Energy Losses in 500kV Grids;
计及电晕和谐波的500kV电力网电能损耗计算
4.
The Transmission Energy Loss Allocation System Based on a Dynamic Power Flow Algorithm;
基于动态潮流的输电电能损耗分摊管理系统
5.
Study on Forecast and Decomposition of Grid Energy Loss Index;
电力网电能损耗指标预测与分解的研究
6.
Error Analysis of Widely Used Electric Energy Loss Calculation Methods
电能损耗近似计算常用方法的误差分析
7.
Test and Analysis of the Characteristics of the Harmonic Amplified and Electric Energy Loss for Parallel Capacitor Set;
并联电容器回路谐波放大及电能损耗特性的测试与分析
8.
The Dielectric Properties of CaCu_3Ti_4O_(12) with Low-loss Dielectrics Doping;
低损耗介质掺杂的CaCu_3Ti_4O_（12）介电性能研究
9.
A much smaller power loss occurs in the cable when energy is transmitted at high voltage.
用高压输送电能时，沿输电线的功率损耗小得多。
10.
Having the excellent electrical performances, low losses and a capacitance of a slight variation with both temperature and frequency.
电性能优良，损耗小，电容量随温度和频率变化小。
11.
Synthesis of Ni-Zn Ferrite by Sol-Gel Method and Its Electromagnetic Loss Property
溶胶-凝胶法制备镍锌铁氧体及其电磁损耗性能
12.
The energy loses encountered in ferromagnetic cores are essentially of two groups: hysteresis losses and eddy-current losses .
铁心中的能耗分为两部分：磁滞损耗和涡流损耗。
13.
high-frequency dielectric loss measuring instrument
高频电介质损耗测量仪
14.
A timer can set the charging period to prevent the carbon stacking and the wear of electrode.
电极与工作物放电时之时间设定功能，可防积碳及防电极损耗。
15.
Measurements of the electrical properties of transmitting tubes - Measuring methods of high frequency loss for interelectrode insulators
GB/T3789.18-1991发射管电性能测试方法电极间绝缘体高频损耗的测试方法
16.
Study of Starter/Generator Performance and Loss of Switched Reluctance Motor in ISAD System;
开关磁阻电机ISAD系统中起动发电性能和损耗的研究
17.
Power can be transmitted over a great distance with practically negligible loss if it is carried by electric current.
用电流输送动力，几乎能以微不足道的损耗把它送到很远的地方去。
18.
FEM Analysis on Eddy Current Losses in the Permanent Magnets and Its Influence on the Machines Performance;
永磁体涡流损耗的有限元分析及其对电机性能的影响研究