repulsive force

英 [rɪˈpʌlsɪv fɔːs]

美 [rɪˈpʌlsɪv fɔːrs]

网络  斥力; 排斥力; 推斥力; 原子间排斥力

英英释义

noun

• the force by which bodies repel one another
  Synonym:repulsion

双语例句

• The influence of molecular repulsive force in the properties of real gas was discussed through the analysis with Van der Weals equation.
  通过分析范德瓦尔斯方程的体积修正项在几个典型实验中所起的作用，讨论分子斥力对实际气体性质的影响。
• Magnetic levitation force or magnetic repulsive force is an objective and strong force, which may play some role in mineralizations of Au as well as nonferrous metals.
  磁斥力（又称磁悬浮力）在地学中的应用正在受到越来越多的关注。
• Dark energy is a mysterious repulsive force that opposes gravity, causing the universe to expand.
  暗能量是一种神秘的与万有引力相反的排斥力，它使宇宙膨胀。
• Partial charge of the hydrophilic group was neutralized, the repulsive force was weakened, and the intermolecular ordered structure was strengthened because of the addition of sodium chloride.
  无机盐电解质的加入，中和了亲水基的部分电荷，削弱了吸附层中的静电排斥力，分子间的有序结构得到了加强，使得表面活性剂分子间相互吸引作用增强，表面活性增强。
• The repulsive force of compound macromolecular was stronger, thus inhibited the casein gathering of precipitation, enhancing the stability of the system.
  所形成复合大分子间斥力加大，从而抑制了酪蛋白的聚集沉淀，增强了体系的稳定性。
• Dark energy is a repulsive force opposing gravity. It is thought to influence how dark matter clumps together.
  暗能量是与引力相反的一种斥力。有人认为它们影响着暗物质如何聚集。
• In electrostatic field, the charges on the isolated conductor surface are repelled by the other charges, which is defined as surface repulsive force discussed in this paper.
  静电平衡条件下，孤立带电导体表面任意一点的电荷处于其它电荷激发的电场中，因此受到其它电场斥力的作用，此力即为文章所讨论的表面张力。
• Simple teaching aids using coins is introduced. The experiments in mechanic, magnetic and optic, such as surface tension of water, electrostatic repulsive force, electromagnetic induction, magnetization, magnetic shielding and total reflection of light, are demonstrated with coins.
  介绍了用硬币做简易教具，演示水的表面张力、静电排斥斥力、电磁感应、磁化、磁屏蔽及光的全反射现象等力学、电磁学和光学实验。
• This cation feels the repulsive force of the cation over here.
  这一个阳离子受到了来自，另一阳离子的排斥力。
• Concerning the local minimum problem and goals no reachable with obstacle nearby problem, an improved artificial potential field method is proposed, through the change of the potential field function of repulsive force.
  鉴于该方法存在目标点不可达和局部最小的缺点，本文给出了改进人工势场路径规划方法，通过改变斥力势场函数的方法来解决传统人工势场法中的缺点。