论文部分内容阅读
高分子薄膜去润湿是近年国内外表界面研究领域的热点.孔增长动力学作为高分子薄膜去润湿动力学的重要组成部分,对其进行深入研究,不仅可以促进人们对高分子薄膜去润湿过程的理解,而且可为高分子表界面图案化设计提供理论依据.近年来,有关去润湿孔增长动力学的理论、实验和计算机模拟工作很多,并且取得了较大的进展.本文综述了这一领域最为重要的研究工作,分析了理论预言与现有实验结果偏离的原因以及由此而呈现的重要问题,并对这一领域的研究方向进行了展望.
Wetting of macromolecule film is a hotspot in the field of surface and surface research in recent years.However, pore growth kinetics, as an important part of the dehumidification kinetics of macromolecule films, can not only promote the dehumidification of macromolecule films, Wet process, but also provide a theoretical basis for the design of the polymer surface interface design.In recent years, there are many theories, experiments and computer simulations about the growth kinetics of the wetting hole, and great progress has been made. The most important research work in this field is analyzed. The reasons why the theoretical predictions deviate from the existing experimental results and the important problems presented by them are analyzed. Finally, the research directions in this field are prospected.