阴极电泳树脂性能研究

进行了阳极电泳树脂和阴极电泳树脂的抗蚀性对比实验，从理论和实验两方面研究两类电泳树脂的防腐机理，结果表明阴极电泳树脂具有很强的抗蚀能力．

FEVE氟碳树脂的技术进展

介绍了氟烯烃-烷基乙烯基酯共聚树脂、氟-丙树脂、电泳氟碳树脂的制备、分类、性能、特点和改进措施等;讨论了实现涂膜低污染的途径,并简述了自洁型、弱溶剂型、高固体分、水性、粉末等环境友好的氟碳树脂。

铝材表面处理技术发展回顾与展望

本文全而回顾了铝材表面处理技术的发展历程;介绍了国外采用的各种先进技术与装备;说明了我国铝材表面处理技术的现状及与国外先进水平的差距。同时对未来十年铝材表面处理技术的发展方向进行了展望,并对我国这一行业的技术发展提出了一些建议。

铝合金亮黑色涂层工艺

铝合金阳极氧化染黑色以后,采用电泳透明树脂封闭工艺,提高了膜层均匀性和光亮度。介绍了所应用的工艺流程,对重点工序做出了必要的说明,重点分析了生产中常出现的典型故障产生的原因,最后提出了不合格膜层退除的方法。

Optimizing electrophoretic deposition conditions for enhancement in electrical conductivity of carbon fiber/carbon nanotube/epoxy hybrid composites

The effectiveness of optimizing electrical conductivity of carbon fiber/carbon nanotube （CNT）/epoxy hybrid composites via Taguchi method was demonstrated. CNTs were induced on carbon fabric by electrophoretic deposition （EPD） technique. The essential deposition parameters were identified as l） the deposition time, 2） the deposition voltage, 3） the mass fraction of CNTs in suspension, and 4） the distance between the electrodes. An experimental design was then performed to establish the appropriate levels for each factor. An orthogonal array of L9 （34） was designed to conduct the experiments. Electrical conductivity results were collected as the response. The relative influences of design parameters on the response were discussed. Using the model, signal to noise （S/N） ratio and response characteristics for the optimized deposition parameter combination were predicted. The results show clearly that the optimum condition of electrophoretic deposition （EPD） process improves the electrical conductivity of carbon/epoxy hybrid composites.