读知识>英语词典>centripetal翻译和用法

centripetal

英 [ˌsentrɪˈpiːtl]

美 [senˈtrɪpɪtl]

adj.  向心的

GRE医学

BNC.37767 / COCA.32336

牛津词典

    adj.

    • 向心的
      moving or tending to move towards a centre

      英英释义

      adj

      • tending to move toward a center
        1. centripetal force
      • of a nerve fiber or impulse originating outside and passing toward the central nervous system
        1. sensory neurons
        Synonym:receptivesensory(a)
      • tending to unify
          Synonym:unifying(a)

        双语例句

        • Centripetal force and tangential force or centrifugal force and tangential force could be used as a strain analysis method.
          用向心力和切向力或离心力和切向力进行胁变分析是可行的。
        • A lot of strange phenomena of UFOs are caused by this centripetal force.
          很多UFO的奇怪现象都是由这一向心力引起的。
        • According to the theories of new economic geography ( NEG), agglomeration and dispersion in Dongguan are the dynamic equilibria of centripetal forces and centrifugal forces.
          依据新经济地理理论框架,东莞产业集聚和产业转移是向心力和离心力动态均衡的结果。
        • So as to enhance the cohesion of the enterprise and centripetal forces.
          从而提升企业的凝聚力和向心力。
        • R and therefore, you require centripetal acceleration towards the center& that is non-negotiable.
          所以你需要,This,v,equals,omega,rv=ω,向心加速度,依然毫无商量余地。
        • And that centripetal acceleration D is a must for this object to reach that point D.
          这个向心加速度,对这个物体达到点,来说是必须的。
        • I'm going to make a connection between centripetal acceleration and perceived gravity The way that you perceive gravity.
          现在我要把向心加速度,和能被感知到的重力联系起来,来看看我们是如何感知重力的。
        • A small ball is making circular motion at the uniform velocity, the centripetal force has suddenly increased, it is proved that the small ball will generally make a spiral motion.
          详细讨论了当向心力突然增大后,原来作匀速圆周运动的小球其运动轨迹的变化情况,证明了小球将作螺线运动。
        • Today, with the centripetal force of the club to a paradise, I see a beautiful paradise.
          今天随向心力俱乐部去了一个世外桃源,我看到了一个最美的天堂。
        • The centripetal and centrifugal forces acting in opposition to each other keep our planet in her orbit.
          向心力和离心力互相对峙的缘故,遂能使行星在轨道上行动。