Investigation of Microscopic Solid-Liquid-Vapor Contact and Its Advanced Function at Nanostructured Surface

固-液-气界面特性，如表面润湿性，可通过分子相互作用和界面处的纳米结构来控制，这被称为莲花效应。为了改善纳/微器件的传热传质性能，本文采用分子动力学模拟和微观观察相结合的方法，研究了纳/微器件表面的微观润湿特性和固-液-气界面附近的接触模式.

The solid-liquid-vapor interface characteristics, such as surface wettability are controllable by the molecular interaction and the nanostructures at the interface which are well known as the lotus effect. In this study, the molecular dynamics simulation and the microscopic observation are carried out to investigate the microscopic wetting characteristics at the nanostructured surface and the contacting mode in the vicinity of the solid-liquid-vapor interface in order to improve th e heat and mass transfer performance of nano/micro devices.