本文对研制的减粘功能表面与水的润湿性进行了探讨。结果表明,表面复合材料和表面涂层材料与水的接触角较常用的金属材料显著提高;各种材料的接触角与粗糙度的关系并不完全符合cosθ_γ=γcosθ的规律,当粗糙度提高到一定程度,将使表观接触角增大,其机制与粗糙表面润湿模型和表达式相吻合。 In this paper, the wetting properties of visco-functional surface and water were studied. The results show that the contact angles of surface composites and surface coating materials with water are significantly higher than those of metal materials. The contact angle and roughness of various materials do not completely accord with the law of cosθγ = γcosθ. When the roughness is increased to To a certain extent, the apparent contact angle will increase, and its mechanism is consistent with the rough surface wetting model and expression.