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Formation of Self-Assembled Anticorrosion Films on Different Metals

机译:在不同金属上形成自组装的防腐薄膜

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摘要

The review will first discuss shortly the phenomenon of corrosion and enroll some general possibilities to decrease the rate of this deterioration. The stress will be laid upon the presentation of anticorrosive self-assembled molecular (SAM) layers as well as on the preparation technology that is a simple technique, does not need any special device, and can be applied on different solids (metals or non-metals) alone or in combination. The paper groups the chemicals (mainly amphiphiles) that can develop nanolayers on different pure or oxidized metal surfaces. The history of the self-assembled molecular layer will be discussed from the beginning of the first application up to now. Not only the conditions of the nanofilm preparation as well as their characterization will be discussed, but the methods that can evaluate the corrosion-inhibiting efficiency of the SAM layers under a corrosive environment will be demonstrated as well.
机译:审查将首先讨论腐蚀的现象,并注册一些一般可能性来降低这种恶化的速度。压力将在呈现防腐自组装的分子(SAM)层以及作为简单技术的制备技术上铺设,不需要任何特殊装置,并且可以应用于不同的固体(金属或非金属)单独或组合。该纸张将化学品(主要是两亲物)组成,可在不同纯或氧化金属表面上发育纳米层。自组装的分子层的历史将从第一申请的开始讨论到现在。不仅将讨论纳米丝制剂的条件以及它们的表征,但也可以证明可以评估SAM层在腐蚀性环境下的腐蚀抑制效率的方法。

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