repulsion
英 [rɪˈpʌlʃn]
美 [rɪˈpʌlʃn]
n. 嫌恶感; 强烈的反感; 憎恶; 排斥力; 斥力
复数:repulsions
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- the forces of attraction and repulsion
引力和斥力
- the forces of attraction and repulsion
柯林斯词典
- N-UNCOUNT 厌恶;憎恶;反感
Repulsionis an extremely strong feeling of disgust.- She gave a dramatic shudder of repulsion.
她恶心得直发抖。
- She gave a dramatic shudder of repulsion.
- 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.- ...the electric repulsion between charged electrons.
带电电子之间的电荷斥力
- ...the electric repulsion between charged electrons.
英英释义
noun
- the act of repulsing or repelling an attack
- intense aversion
- the force by which bodies repel one another
双语例句
- The researchers'experiments also identified specific molecules on myelin that triggered such repulsion.
实验还发现了髓鞘上的触发这种抑制(作用)的特殊分子。 - 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。 - We must conclude that when the distance between the molecules is very small, there is force of repulsion.
我们必须断定当分子间距离很小时,就存在互相排斥的力量。 - 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。 - Repulsion force Electrical energy has to do with pushing and pulling by electric charges.
排斥力,斥力,推斥力电能与电荷的吸引和排斥有关。 - And this is a very high number because it depends upon electron-electron repulsion.
这个数很大,因为这取决于电子电子之间的排斥力。 - Coulomb repulsion imposes the need for high temperature.
库仓斥力增添了对高温的需求。 - 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 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。 - 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-。