水力

They utilized water for producing electric power.

他们利用力发电。

We can transmute water power into electrical power.

我们能将力变成电力。

The hydrolic power station stands at the junction of two rivers.

力发电站在两条河流的汇合处。

In the19th century waterpower was widely utilized to generate electricity.

在19世纪人们规模使用力来发电。

Hydel power projects, with storage facilities, provide peak time support to the power system.

具有蓄能力的力发电项目可以系统提供峰期支撑。

The paper introduces the application of hydraulic cyclones in tailing filling,grading,and prethickening.

介力旋流器在尾矿充填、分级、预浓缩工艺中的产应用。

This machine uses the hydroelectric power.

这台机器使用的是力发电的能量。

Borehole hydromining is a kind of safe and efficient new mining method .

钻孔力采煤是一种既安全、又能极地提高资源利用率的新的采矿方法。

The result indicates that great differences,which have significant influence on the aqua-plants,exist in the evapotranspire,the bio-mass,the root density and the root length.

研究的结果表明，不同植物的蒸散量、物量、根密度和根长存在较的差异，这些差异植物的泌氧性能、碎石床人工湿地的力负荷率、氮磷去除效果和有机污染物的降解有重要的影响。

Based on analyzing hydraulic stepout and heating power stepout took place in hot water heating system indoor, the improvement plan is presented in this paper.

分析室内热采暖几种系统中经常出现的力失调、热力失调问题，并提出相应的策意见。

Hydraulic classification is a effective way of controlling grain size and compon ent in production of quartzy grain.Hydraulic classification has high requiremen t to stability of feed.

力分级是石英砂产中控制粒度和成分的有效手段,给料的稳定性要求较高。

The in situ rock stress prevents the rise of confined water and water inrush for thick floor aquifuge,but for thin floor aquifuge the in situ rock stress wo.

介力压裂应力测量的原理和现场测量结果,论述煤层底板隔层带的阻机理和承压沿煤层上升的机理,以及原岩应力、压与裂隙扩展的关系。

A large amount of research results showed that plants show isohydric behavior when the plant hydraulic and chemical signals cooperate to promote the stomatal regulation of leaf water potential.

当植物力信号和化学信号共同作用促进气孔叶势的调节时，植物叶势的调节表现为等行为。

The ZSJL Water Motor Alarm consists of a turbine shell, a vane wheel, a transmission shaft, a dabber, a rocker arm, a clapper, an alarm seat and a support shaft etc.

ZSJL型穿墙力警铃是由轮机壳体、叶轮、传动轴、芯轴、转臂、铃锤、警铃座、支撑轴等组成。

The experimentation inspected the infection of hydraulic load, organic load, ammonic nitrogen load, the ratio of gas and water, the height of filling to removal efficiency of COD and ammonic nitrogen.

本试验以自配活污为试验用,考察力负荷、进有机负荷和氨氮负荷、气比、填料层高度曝气物滤池处理COD和氨氮效果的影响。