repulsion

英 [rɪˈpʌlʃn]

美 [rɪˈpʌlʃn]

n.  嫌恶感; 强烈的反感; 憎恶; 排斥力; 斥力

复数：repulsions　

GRETEM8医学

BNC.25014 / COCA.24076

牛津词典

noun

• 嫌恶感；强烈的反感；憎恶
  a feeling of very strong dislike of sth that you find extremely unpleasant
• 排斥力；斥力
  the force by which objects tend to push each other away
  1. the forces of attraction and repulsion
     引力和斥力

柯林斯词典

• N-UNCOUNT 厌恶;憎恶;反感
  Repulsionis an extremely strong feeling of disgust.
  1. She gave a dramatic shudder of repulsion.
     她恶心得直发抖。
• N-UNCOUNT 排斥力;推斥力
  Repulsionis a force that pushes two things apart, such as the force that there is in magnets.
  1. ...the electric repulsion between charged electrons.
     带电电子之间的电荷斥力

英英释义

noun

• the act of repulsing or repelling an attack
  Synonym:standoff
• intense aversion
  Synonym:repugnancerevulsionhorror
• the force by which bodies repel one another
  Synonym:repulsive force

双语例句

• He even seemed to get some thrill or satisfaction out of her repulsion for him.
  他好像从她对自己的冷漠中得到了刺激，或者满足。
• This is the repulsion, not the repulsion.
  这是斥力，不是斥力。
• Matter, it may be said, is impossible: for it is the unity of attraction and repulsion.
  可以说，物质是不可能的，因人物质是引力与斥力的统一。
• By this electric repulsion and attraction he was able to counterbalance the influence of gravity.
  通过这种电的排斥和吸引，他能够将重力的影响抵销。
• Activity was begun and maintained by the law of attraction and repulsion: positive and negative, attracting each other and repelling themselves, maintained the form and action of all things.
  活动是由吸引和排斥法则启动和维护的：正和负、互相吸引和排斥，维持着一切事物的形式和行动。
• The repulsion between the electrons makes it energetically more favorable for the electrons to avoid each other.
  电子间的排斥有力地促使电子反应回避。
• In and near the Milky Way, attraction wins, but beyond a certain distance, repulsion does.
  在银河系内部以及邻近区域，引力强过斥力；但超过了某个距离，斥力便占优势。
• The competition between Coulomb repulsion and disorder produces a Coulomb glass which is an amorphous insulator.
  库仑排斥与无序之间的竞争导致了一种特殊非晶绝缘体的出现，我们称之为库仑玻璃。
• Electrostatic repulsion occurs between identical charges:-and-, or+ and+.
  静电排斥发生于相同的电荷之间；＋与＋，或－与－。
• The interaction between two surfaces is the result of repulsion and attraction forces.
  两个表面间的相互作用是由于吸引力和排斥力作用的结果。