orbits

英 [ˈɔːbɪts] 美 [ˈɔːrbɪts]

n.  (天体等运行的)轨道; (人、组织等的)影响范围，势力范围
v.  沿轨道运行; 围绕…运动
orbit的第三人称单数和复数

柯林斯词典

  1. N-COUNT （天体等运行的）轨道
    An orbit is the curved path in space that is followed by an object going round and round a planet, moon, or star.
    1. Mars and Earth have orbits which change with time...
      火星与地球的运行轨道随着时间而变化。
    2. The planet is probably in orbit around a small star.
      这颗行星可能正环绕着一颗小恒星运行。
  2. VERB 环绕…的轨道运行
    If something such as a satellite orbits a planet, moon, or sun, it moves around it in a continuous, curving path.
    1. In 1957 the Soviet Union launched the first satellite to orbit the earth.
      1957年，苏联发射了第一颗绕地卫星。
  3. N-SING （影响所及的）范围，领域，圈子
    The orbit of a particular person, group, or institution is the area over which they have influence.
    1. In the late 1970s Laos fell within the orbit of Vietnam and the Soviet Union.
      20世纪70年代末，老挝被纳入了越南和苏联的势力范围。
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双语例句

  1. The Earth orbits in an ellipse.
    地球轨道呈椭圆形。
  2. Mars and Earth have orbits which change with time
    火星与地球的运行轨道随着时间而变化。
  3. They knew each other by sight, but their orbits not touch.
    他们彼此面熟，但没有接触往来。
  4. Inside a charged, rotating black hole there are regions where photons can survive in stable periodic orbits.
    带电荷的、旋转的黑洞中，光子能够在一些区域内幸存，并且进行稳定的、周期性轨道运行。
  5. The new IAU planet definition mentions orbits.
    国际天文学联合会在行星的新定义中将轨道作为一项衡量标准。
  6. As Earth orbits the sun, its tilted axis always points in the same direction.
    地球在围着太阳旋转时，其倾斜轴总是在同一个方向。
  7. The concepts of penetrating and non-penetrating orbits must be modified.
    必须修改贯穿式轨道和非贯穿式轨道的概念。
  8. Abstract: all orbits by which targets can be covered are described according to the longitude of ascending node.
    文摘：以升交点经度的范围来描述所有能覆盖到目标的轨道。
  9. The orbits of these stars were perturbed by the passings of a comet.
    这些行星轨道被扫过的彗星打乱了。
  10. How Bohr brought the graininess into the atom, with electrons hopping between orbits in quantum jumps.
    玻尔如何利用量子跃迁过程中电子在轨道之间来回跳跃，来揭示原子的多微粒结构；
  11. It's the gravitational attraction between the sun and the planets that sustains the planets in elliptical orbits around the sun.
    那是太阳和行星之间的万有引力。维持着众行星围绕在太阳四周的椭圆轨道上。
  12. A newfound planet orbits the wrong way, backward compared to the rotation of its host star.
    一颗新发现的行星在轨道上运动方向上错误，和其宿主恒星的自传反方向。
  13. The planets occupy orbits that are regularly spaced according to a pattern first noticed by bode.
    行星动行的轨道在空间的位置是有一定规则的，波特首先注意到了这种规律性。
  14. It's even conceivable they can find a moon orbiting a planet that orbits a double star.
    它甚至可以设想，他们可以找到一个月球轨道的行星轨道的一个双星。
  15. The moon orbits around the earth; the planets are orbiting the sun.
    月亮绕地球转；行星正绕太阳转。
  16. Using the theory of frontier molecular orbits, this article explains clearly stereoselectivity through the examples of electrocyclic reactions.
    本文通过电环化反出实例，应用前线轨道理论清楚地解释了该反应中的高度立体选择性问题。
  17. Today, I will talk to you about elliptical orbits and Kepler's famous laws.
    今天我们要讨论，行星轨道，和著名的开普勒定律。
  18. We'll talk about this much later when we deal with orbits and with Kepler's Law.
    在谈到轨道和开普勒定律时，我会详细介绍这一点的。
  19. Most planetary orbits are not circles but ellipses.
    大多数行星的轨道不是圆的而是椭圆的。
  20. The orbits of the planets are ellipses with the sun at one focus.
    行星的轨道是以太阳作为焦点之一的椭圆。
  21. The wave involves the synchronization of stellar orbits.
    密度波牵涉到恒星轨道的同步化。
  22. The existence and relevant theorems of Homoclinic orbits for another generalized Lienard system are obtained.
    本文得到了另一广义系统，的同宿轨的存在条件及其相关定理。
  23. The planets occupy regular orbits in the space.
    行星运行的轨道空间位置是有一定规则的。
  24. It is very far away particularly in eccentric orbits orbit.
    它非常遥远，特别是它沿偏心轨道运行。
  25. Mars, Venus and the other planets move in eccentric orbits.
    火星、金星及其他行星沿不正圆的轨道运行。
  26. Other enumeration problems lead us to the study of orbits of permutation groups.
    其它的计数问题引导我们去研究置换群的轨道。
  27. We will deal with orbits in great detail in a few weeks circular orbits and elliptical orbits.
    几周后我们将具体探讨轨道问题，圆形轨道与椭圆轨道。
  28. The satellite orbits the earth in its regular orbit.
    卫星在它的固定轨道里绕地球飞行。
  29. These equations can be used to design various adjoint orbits simply and rapidly.
    利用这些方程可以迅速设计出各种伴随轨道。
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