论文部分内容阅读
表面工程技术包括材料或产品的表面制备、涂层系统设计、涂覆施工、质量评价等一整套技术,其应用范围涉及各类有机、无机、金属材料及其工业产品。为适应大规模工业生产的需要,各种优质、高效、节能节材、省资源和减少环境污染的表面工程新技术应运而生,同时,随着真空、离子、激光等新技术的应用和现代表面分析测试手段的进步,赋予各种表面功能特性的功能涂层技术向更深、更广的领域迅速发展。因而,表面工程技术的应用为众多工业国家所关注,国民经济建设中的传统工程系统如基础结构工程、工业冷凝系统、化工反应系统等在采用表面工程技术解决其装饰、防腐、耐磨、润滑等方面都有
Surface engineering technology includes the surface preparation of materials or products, coating system design, coating construction, quality evaluation and a set of technologies, its scope of application involves a variety of organic, inorganic, metallic materials and industrial products. In order to meet the needs of large-scale industrial production, a variety of high-quality, efficient, energy-saving materials, provincial resources and reduce environmental pollution surface engineering new technologies came into being, with the vacuum, ion, laser and other new technologies and modern Advances in surface analysis and testing methods have led to the rapid development of functional coating technology that gives various surface functional properties to deeper and broader fields. Therefore, the application of surface engineering technology is of concern to many industrial countries. The traditional engineering systems in national economy construction such as infrastructure engineering, industrial condensation system and chemical reaction system are in the use of surface engineering technology to solve the problems of decoration, corrosion protection, wearability and lubrication And so on