1) electrostatic repulsion
静电斥力
1.
In order to study the structures which are affected by the electrostatic repulsion,a dynamical equation system is presented to describe the structure of a super slender elastic rod affected by electrostatic repulsion.
由于DNA分子之间存在静电斥力能防止弹性杆之间相互穿越,与普通弹性杆不一样。
2.
Based on the achievements andthe fact that the electrostatic repulsion in DNA can notably affects itsstructure, a Kirchhoff equation and its Euler quaternion representation aregiven in this paper as structural models for studying the super slender elasticrods with electrostatic repulsion.
本文在这些成果的基础上，针对DNA分子带有静电且静电斥力对其结构有较显著影响这一特点，在刚性截面、线性本构关系等基本假定成立的条件下建立了存在静电斥力作用的超细长弹性杆的Krichhoff方程和欧拉四元数的平衡方程。
2) electrostatic repulsive-force
静电排斥力
1.
A structure of micro actuator based on electrostatic repulsive-force is presented to achieve a vertical stroke.
为了消除静电塌陷对静电吸引力微驱动器冲程的限制,设计了一种基于静电排斥力的纵向微驱动器实现结构,其可动电极和固定电极在工作过程中互相远离,可以从根本上解决静电塌陷问题,且冲程不受牺牲层厚度的限制;借助Maxwell2D软件,采用数值仿真方法,研究了微驱动器结构参数对静电排斥力大小的影响。
3) electrostatic repulsive force
静电斥力效应
4) electrostatic repulsion
静电排斥
1.
As a result of this electrostatic repulsion, the viscosity of the mixed solution which has excessive ionic surfactant is close to or even lower than the pure polymer solution viscosity.
静电排斥作用是影响疏水改性聚合物和表面活性剂之间疏水作用的一个重要因素。
补充资料：斥力
1.物体之间互相排斥之力﹐和引力相反。带同性电荷的物体之间﹑同性磁极之间有这种作用力存在。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条