五五字典>英语词典>water wheel翻译和用法

water wheel

英 [ˈwɔːtə(r) wiːl]

美 [ˈwɔːtər wiːl]

n.  水轮

电力

柯林斯词典

  • (水力推动的)水轮,水车
    Awater wheelis a large wheel which is turned by water flowing through it. Water wheels are used to provide power to drive machinery.

    英英释义

    noun

    • a wheel that rotates by direct action of water
        Synonym:waterwheel
      1. a wheel with buckets attached to its rim
          Synonym:waterwheel

        双语例句

        • Through simulation on velocity modulation system of water wheel generator, indicated control effect of this control mode surpassed the conventional PID control.
          通过对水轮机调速系统进行仿真,表明了该控制方式控制效果优于常规PID控制。
        • An analysis of the main brush feeding system of the water wheel brushing machine
          轮对水轮磨刷机主刷进给系统分析
        • So there is a plethora of tourist attractions such as water wheel parks, silk museums and umpteen massive statues.
          因此就有了过量的旅游景点,像水轮公园,丝绸博物馆,大量巨大的石雕等。
        • A large and efficient version of a water wheel used to drive an electric generator.
          水轮的大的有效率的样式用来驱动发电机。
        • The water wheel local measure system is mostly composed of total station, digital camera and relevant software.
          介绍了主要由全站仪、数码像机及相应软件组成的水轮机转轮现场测量系统。
        • After having measured some 3D control points by total station, the digital close range photogrammetry and surveying the vance of water wheel can be made.
          在全站仪测定一定数量的3维控制点后,利用数码像机进行近景摄影测量,加密测绘水轮机转轮叶片。
        • The gaudiest and most improbable water wheel the world has ever seen.
          世界上从未见过的最艳丽、最奇异的水车。
        • Synthetic calculation for the ventilation and heating of large water wheel generator
          大型水轮发电机通风发热综合计算
        • The Feasibility Research of Water Wheel Locale Measure System
          水轮机转轮现场测量系统可行性研究
        • In the past, when the heating problem of a large water wheel generator was concerned, the temperature field was individually solved regardless of the interactions among thermal source, ventilation structure, temperature and its distribution.
          以往在进行大型水轮发电机发热分析时,都是孤立地求解温度场,而很少考虑热源及通风结构与温度及其分布之间的相互影响。