Study of Advanced Functional Coatings and their Applications

目前的涂料包括传统的液体版本和更环保的粉末涂料。它们在工业和日常生活中被广泛使用。近几十年来，对不同涂层功能的需求引起了越来越多的关注，并促使RAgents和允许的试剂用量。申请人提出了一种平台型方法，可以为大多数类型的功能涂层提供解决方案。从他早期工作的结果来看，这种方法比目前的技术水平更具优势。对于使用颗粒状功能助剂的涂层，一种新型的流态化等离子体处理方法在粒子分散性、相容性和助剂与成膜材料之间的化学结合方面显示出无与伦比的增强作用；对于使用液态功能助剂的涂层，多孔基涂层方法被证明提供了一种有效的方法来打破可选择的功能助剂范围和允许的助剂用量的限制。

Current coatings include conventional liquid versions and more environmentally friendly powder coatings. They are widely used in industry and in daily life. In recent decades, the need for different coating functions from the end applications has drawn increasing attention and prompted Ragents and the allowable agent dosages.The applicant proposed a platform-type approach which could provide solutions to these problems for most types of functional coatings. From the results of his early work, this approach demonstrated advantages over the current state of art. For coatings employing particulate-form functional agents, a novel fluidized plasma treatment of the agents showed incomparable enhancements in particle dispersion, compatibility and chemical bonding between the agents and the film-forming materials; for coatings using liquid-form functional agents, a porous-base-coat approach was proven to offer an efficient way to break the limits to the range of selectable functional agents and the allowable agent dosages.