1.
Relation between line loss rate and voltage loss of power lines
线路的线损率与工程设计中电压损失的关系
2.
Discussion on the Power Distribution Methods of High-rise Residential Buildings from the Perspective of Voltage Loss
从电压损失的角度探讨高层住宅的配电方式
3.
The Causes of Voltage Loss in High Capacity Battery and Its Solution
大容量蓄电池电压损失原因分析及对策
4.
Counter measures and suggestions are forwarded specifically for prevention from voltage loss of power supply system and for the synthetic control of power energy quality.
分别就防止牵引供电系统电压损失和电能质量综合治理问题提出了相应的对策和建议。
5.
Quantitative Evaluation of Voltage Sag and Load-Loss Cost Allocation;
电压凹陷的定量评价与失电损失分摊
6.
Calculation and Analysis of Corona Loss on UHV Transmission Line;
特高压输电线路电晕损失的分析计算
7.
The Research on Corona Loss Measurement System of AC Ultra-high Voltage Test Line;
特高压交流试验线段电晕损失测量系统的研究
8.
Higher voltage cables, which carry lower currents, lose less power, but the average is around 1 per cent loss.
电压越高的电缆输送的电流强度就越小，损失的能量也就越少，但一般而言能量损失大约1％左右。
9.
Methods of measurement of value of dielectric loss tangent for power cables (high voltage alternating current bridge method)
GB/T767-1965电力电缆介质损失角正切值测量方法(交流高压电桥法)
10.
Discussion About Loss of Electrostatic Energy by Capacitors are Connected in Parallel From the Viewpoint of Voltage;
从电压的观点讨论电容器并联所引起的静电能损失
11.
Analysis of Grading Capacitor tanδ Expansion for High Voltage Circuit Breaker
高压断路器断口均压电容器介质损失角增大原因分析及解决措施
12.
Corona Losses Calculation of UHV/EHV AC Transmission Lines
超/特高压交流输电线路电晕损失的数值仿真研究
13.
It can not require a pressure loss.
它不会造成压力损失。
14.
pressure-loss operated deluge valve
压力损失动作的雨淋阀
15.
loss of head due to entrance
管进口段的压头损失
16.
loss of head due to pipe fitting
管道配件的压头损失
17.
head of fluid frictinal loss
流体摩擦阻力损失压头
18.
resistance head
阻力压头(用压头表示的阻力损失)