1.
Calculation of ohm loss efficiency for millimeter wave reflector antennas
毫米波反射面天线欧姆损耗效率的计算
2.
High-pressure output comes from efficiency-oriented“ no nonsense” design.
高压输出根据高效率、耗损设计。
3.
High-pressure output comes from efficiency-oriented“no nonsense”design.
高压输出根据高效率、低耗损设计。
4.
Loss Model and Efficiency Optimization Control Scheme of Linear Induction Motor
直线异步电动机的损耗模型与效率优化控制
5.
Research for Reducing the Losses of High Efficiency (IE2) Electric Motors and Premium Efficiency (IE3) Electric Motors
符合IEC高效(IE2)、超高效(IE3)效率等级的电动机降低损耗措施的研究
6.
Failure due to normal deterioration or mechanical wear, the probability of which increases with usage.
由于正常损耗或机械磨损而产生的失效，其概率随使用时间而增加。
7.
full-excitation plate dissipation
全激励板极功率损耗
8.
insertion loss versus frequency characteristic
插入损耗－频率特性曲线
9.
Measurement of loss and efficiency for large AC electrical machines by the calorimetric method
GB/T5321-1985用量热法测定大型交流电机的损耗及效率
10.
reorganize(a process,an industry,etc)in order to increase efficiency and reduce waste
（为提高效率、降低损耗而）改进（工序、产业等）; 使合理化
11.
Research into High Efficiency and Low Wire Wear Machining Technology of WEDM-HS;
高速走丝电火花线切割高效率低损耗加工技术研究
12.
Low-Loss LED Driver Improves a System’s Green Footprint by Boosting Efficiency and Extending Battery Life
低损耗LED驱动器通过提高效率、延长电池寿命加快系统的绿色进程
13.
Online Efficiency Optimization of Stator-doubly-fed Doubly Salient Motor Based on Loss Modle
基于损耗模型的定子双馈电双凸极电机在线效率优化实验研究
14.
The high-speed and good closeness have greatly reduced the energy losses, effectively controlled environment and raised efficiency.
高速和良好的密闭性使门极大的降低了能量损耗,有效控制环境,提高效率及效益.
15.
Less power loss and minimum thermal effect to peripheral components.
功率损耗低,对周边设备的热影响低.
16.
Analysis and solution:Loss of high power spot welding machine
大功率点焊电源损耗分析及解决方案
17.
It shows that the Inertia displacement of mechanical drive system is used as the qulity index of mechanical drive and measurement of no-Load loss or transfer efficiency of mechanical drive system.
并指出惯性位移量可作为机械传动系统的质量指标和传动系统的空载损耗或传递效率的量度。
18.
The removal of the iron teeth in the armature leaves more room for armature copper, which lowers the losses and improves machine efficiency.
在电枢中去除铁刷将会给铜电枢留下更多的空间，从而降低损耗，提高机械效率。