论文标题
没有年轻方程的内在润湿性的预测
The Prediction of Intrinsic Wettability without Young's Equation
论文作者
论文摘要
当前的工作采用了绝对光滑的表面和晶格结构表面，以区分液体和固体颗粒不同组合的内在润湿性与微观颗粒室内作用之间的关系。采用绝对平滑表面有助于消除任何特定的表面特征，因此可以深入了解液态液体凝聚力和液固粘附力之间竞争表达的基础上的内在润湿性。进一步的引入晶格结构揭示了涉及各种界面特性的可能性，并表明现实表面的复杂特征（拓扑或化学组成）可能会引入某种偏差，以使其对固体流体能量比和接触角之间的线性关系引入某种偏差。当前工作中引入的方法的预测潜力需要更多的确认，但是它确实提供了一种可能的年轻方程式解决方案来预测接触角。
The current work employed absolutely smooth surface and lattice structure surface to distinguish the relationship between intrinsic wettability of different combinations of liquid and solid particles and the microscopic interparticle actions. The adopting of absolute smooth surface facilitates the eliminating of any specific surface characteristics and consequently give an insight into the determination of intrinsic wettability on the foundation of the express of competition between liquid-liquid cohesion force and liquid-solid adhesion force. Further the introduction of lattice structure reveals the possibility of involving various interfacial properties, and indicate that the complex characteristics of realistic surfaces (either topology or chemical composition) may introduce some kind of deviation to the linear relationship between solid-fluid energy ratio and contact angle. The prediction potential of the method introduced in present work need more confirmation, but it does provide a possible Young's-equation-free solution to predict contact angle.
