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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

        • A182yr. old, restored, water wheel powered mill, and museum.
          有182年的历史,是一所重修的水车动力磨坊和博物馆。
        • The invention of the wheel has been pivotal for technology in general, setting the foundation for future developments such as the water wheel, the cogwheel, and the spinning wheel.
          车轮的发明对于技术的总体发展至关重要,为未来的进一步发展,如水车、齿轮、纺车的发明奠定了基础。
        • Water wheel is a big wheel with blades around the rim.
          水轮车轮子很大,轮缘周围装有叶片。
        • 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 water wheel, also called rotary wheel, was the best and broadest irrigating tool in ancient China.
          水车,又称翻车,是我国古代使用最广泛、效用最好的农业灌溉机械。
        • Study on De-excitation Simulation of No-load Water Wheel Generator
          水轮发电机空载灭磁仿真研究
        • The pressure of the water turns this wheel, and this is used to make electric power.
          水压使轮子转动,这种动能被用来发电。
        • In this paper, the saturated synchronous reactance is calculated by the finite element method for the large water wheel type generator with fractional slot stator winding.
          采用有限元法计算了定子为分数槽绕组的大型水轮发电机饱和同步电抗。
        • 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。
        • 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。