1) Young equation
润湿方程
2) wetness degree
润湿程度
1.
Through the Thermodynamics analysis,it is concluded that judging the wetness degree by the decrease of Gibbs-Energy cause many misunderstand and is limited.
通过热力学分析,用表面自由能降低来判断润湿程度有一定局限性,甚至会引起误解。
3) wetting course
润湿过程
1.
Some basic theories were discussed in the paper,such as surface tension,surface free energy,wetting courses and conditions.
论述了固体表面润湿性的有关理论基础,包括表面张力、表面自由能、润湿过程及其条件。
5) dewetting evolution
退湿润过程
1.
The pattern of dewetting evolution of polystyrene thin films on SiO2/Si substrate is observed by optical video microscopy and atomic force microscopy.
采用光学显微镜和原子力显微镜观测了光滑SiO2衬底上聚苯乙稀薄膜的退湿润过程。
6) lubrication equation
润滑方程
1.
Based on a simpler rectangular seal section model,the corresponding lubrication equation and elastic equation was derived,the oil film thickness and oil film pressure distribution were calculated by iterative algorithm.
基于矩形断面密封圈这一简化模型 ,首次推导了具体的润滑方程和弹性变形方程 ,运用迭代算法计算了油膜厚度和油膜压力分布 ,并讨论了几个密封系统参数对油膜厚度的影响 ,对于得到预期的弹流润滑效果具有指导意义。
2.
Based on the modified film thickness,the effect of surface roughness on pressure distribution,dimensionless load and torque in the course of the chemical mechanical polishing(CMP) was analyzed by the general lubrication equation and the modified lubrication equation with centrifugal force.
在新膜厚方程的基础上分析了一般润滑方程及带离心项的润滑方程对化学机械抛光(CMP)过程中抛光液的压力分布以及无量纲载荷和转矩的影响。
补充资料:润湿方程
分子式:
CAS号:
性质:界面化学的基本方程之一。它是描述固气、固液、液气界面自由能γsv,γSL,γLv与接触角θ之间的关系式,亦称润湿方程,表达式为:γsr=γSL=γLvCOSθ。该方程适用于均匀表面和固液间无特殊作用的平衡状态。
CAS号:
性质:界面化学的基本方程之一。它是描述固气、固液、液气界面自由能γsv,γSL,γLv与接触角θ之间的关系式,亦称润湿方程,表达式为:γsr=γSL=γLvCOSθ。该方程适用于均匀表面和固液间无特殊作用的平衡状态。
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