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Molecular tailoring and engineering of polymer-based materials for marine corrosion and metal ion detection applications

机译:用于海洋腐蚀和金属离子检测应用的聚合物基材料的分子剪裁和工程

摘要

Corrosion is a long-lasting and challenging issue to modern industrial activities,udespecially to marine and offshore industries. In fact, the costs related to corrosion andudcorrosion prevention is a significant part of the gross national product in the world.udDue to the increasing demand for marine transportation and oil and gas exploitation,udsolving the technological difficulties relevant to corrosion protection is absolutelyudessential. Epoxy resins have become one of the most widely used polymers in coatingudapplications. However, common epoxy resins show undesirable water moisture affinity,udwhich may lower their performance as anticorrosion coatings. Therefore, a series ofudpolysiloxane derivatives have been synthesized and blended with epoxy resins asudadditives. The resulting material has been investigated by various chemicaludcharacterizations and numerical simulation of the cathodic protection system, calledudBEASY. As a result, various analyses confirmed that the performance of epoxy resinudcoatings in terms of corrosion protection was greatly enhanced.
机译:对于现代工业活动,尤其是对海洋和海上工业,腐蚀是一个长期存在的挑战性问题。实际上,与腐蚀和防腐蚀相关的成本已成为世界国民生产总值的重要组成部分。由于海洋运输和油气开采的需求不断增长,解决与腐蚀防护相关的技术难题已成为当务之急。绝对必需的。环氧树脂已成为涂料 ud应用中使用最广泛的聚合物之一。但是,普通的环氧树脂显示出不希望的水湿亲和力,这可能会降低其作为防腐涂料的性能。因此,已经合成了一系列 ud聚硅氧烷衍生物,并与环氧树脂作为 udadditives共混。通过各种化学 udcharizations和数值模拟的阴极保护系统,称为 udBEASY,研究了所得材料。结果,各种分析证实,在防腐方面,环氧树脂/外涂层的性能大大提高。

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  • 作者

    Feng Jinghan;

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  • 年度 2014
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