1) Lennard-Jone pair potential
Lennard-Jone作用势
2) Lennard-Jones potential
Lennard-Jones势
1.
We neglect the off-diagonal elements in the coupled potential terms and fit the Morse potential to the Lennard-Jones potential by making them being equal to each' other at the zero and deepest points.
本文用一种新的方法求解A+BC体系的转动非弹性散射问题,即在径向耦合方程的势能耦合项中只取对角项,并用Morse势拟合Lennard-Jones势,从而可得去耦合径向方程的两个解集。
2.
By analysis of the double Wigner-Seitz model and the classic Lennard-Jones potential,the Hamaker medium amendatory factors for f.
通过分析双Wigner-Seitz模型同经典Lennard-Jones势,推导出Hamaker介质修正系数,对Hamaker可加性假设和均质材料假设进行了修正,同时修正了Hamaker提出的用连续方法计算微观物质间相互作用力的表达式,对斥力进行了分析,将微观连续介质的应用范围从单纯引力范围扩大到了斥力范围,从而对目前Hamaker理论在工程实际中存在的问题给予了解释。
3) Lennard-Jones potential
Lennard-Jones势能
1.
Based on the classically elastic theory and the Lennard-Jones potential law,the elastic model of adhesive contact is established to investigate such problems as adhesion,contact and deformation in micro-mechanical systems,and the variations with the gap between two spheres of the adhesive force,deformation and contact radius are obtained.
为研究微机械系统中的黏着、接触和变形等微观现象,基于经典弹性理论和Lennard-Jones势能定律建立了弹性球-球黏着接触模型,得到了黏着力、球面变形量及接触半径随两球体间距的变化规律。
4) interaction potential energy
作用势能
1.
The relational curves between hematite and quartz,between hematites and between quartzs without and with mycobacterium phlei between the total interaction potential energy VT and the interparticle distance h were respectively obtained by theory calculation.
通过理论计算分别得到了在无草分枝杆菌存在时赤铁矿与石英颗粒、赤铁矿颗粒之间、石英颗粒之间以及在有草分枝杆菌存在时赤铁矿颗粒之间的总作用势能VT与颗粒距离h的关系曲线,并对曲线进行了分析。
5) EAM potential function
EAM作用势
1.
The results indicate that the EAM potential function can well d.
模拟采用EAM作用势，计算了不同温度，不同冷却速度下Cu的偶相关函数。
6) interaction potential
作用势
1.
Quantum chemical ab initio calculation with base set STO 4 31G indicates that the interaction between CH 4 and coal surface is anisotropy and the maximum interaction potential (or adsorption potential) is 2.
依据所提出的煤表面原子簇模型 ,量子化学从头计算 (STO 4 31G)表明甲烷分子与煤表面相互作用是各向异性的 ,最大作用势 (吸附势 )为 2 。
补充资料：村村势势
1.犹言土头土脑。
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