超防锈复合瓷膜 CERAMIC COATING 连续式光辉渗碳淬火炉 CONTINUOUS BRIGHT CARBURIZING QUENCHING FURNACE 连续式光辉?
基于707个网页-相关网页
添加剂对离心SHS陶瓷复合钢管组织结构和性能的影响 - TNMSC 关键字: 离心；自蔓延高温合成；陶瓷涂层；添加剂[gap=1642]Key words: centrifugal; SHS; ceramic coating; additive
基于461个网页-相关网页
文章详细信息 关键词： 微弧氧化;;陶瓷膜层;;应用 [gap=437]Keywords: microarc oxidation;ceramic coating;application
基于32个网页-相关网页
fired ceramic coating 烧成陶瓷涂料 ; 烧结陶瓷涂料
composite ceramic coating 复合陶瓷涂层
black ceramic coating 黑色陶瓷膜
reinforced ceramic coating 加固陶瓷层
glass-type ceramic coating 玻璃质陶瓷涂层
V-ceramic Coating 特种陶瓷涂层
type ceramic coating 玻璃质陶瓷涂层
PCVD ceramic coating PCVD陶瓷涂层
glassy ceramic coating 玻璃质陶瓷涂层
Changing the composition and structure of interface and enhancing the adhesion of ceramic coating by means of increasing ionization ratio and ion implantation or ion spattering were intruduced. The mechanism of improving ad-hesion of ceramic coating was discrssed.
介绍采用增加离化率、离子注入、离子照射作为辅助手段,改变界面组成与结构,以提高PVD法制备的陶瓷涂层(薄膜)附着性,并阐明了改善涂层附着性的机理。
参考来源 - 离子对PVD法陶瓷涂层附着性的作用An uniform and density green ceramic coating was prepared on AZ91D Mg alloy surface by micro-arc oxidation.
用微弧氧化的方法,用碱性电解质体系在AZ91D镁合金基体上获得了颜色均匀、致密性好的绿色陶瓷层。
参考来源 - 镁合金微弧氧化绿色陶瓷膜的形成工艺研究In this paper, the ceramic coating was studied to be prepared on stainless steel base. The purpose of this study is to improve the properties of stainless steel to resist wear, corrosion and oxidation in high temperature.
本课题的目的旨在不锈钢表面加涂无机保护涂层,提高不锈钢的抗高温氧化性,耐磨性和防腐蚀性。
参考来源 - 高温耐磨防腐抗氧化陶瓷涂层的研究It is pointed out that ceramic coating is both of economical and feasible since components made of complete ceramics are not mature in water power transmission.
指出在整体工程陶瓷元件应用于水压传动尚不成熟的情况下，使用陶瓷涂层技术是经济可行的。
参考来源 - 期刊学术社区·2,447,543篇论文数据，部分数据来源于NoteExpress
The results indicate that ceramic coating can greatly improve the corrosion resistance of matrix in various corrosive media.
结果表明，陶瓷涂层能大幅度提高基体在各种腐蚀介质中的耐蚀性。
The results indicate that the ceramic coating films increase drastically the lifetime of the substrate metal in corrosive media and oxidizing atmosphere.
分析试验结果表明，这些陶瓷涂层大幅度提高了基底金属在腐蚀介质及氧化环境中的寿命。
It has always been one of the key research directions in the material field at home and abroad to form solid nanometer ceramic coating on the surface of metallic material.
在金属材料表面形成牢固的纳米结构陶瓷涂层一直是国内外材料领域重点研究的方向之一。
应用推荐