Metal Surface Modification for Obtaining Nano- and Sub-Nanostructured Protective Layers

机译：金属表面改性以获得纳米和亚纳米结构的保护层

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摘要

Regularities of the phase protective layer formation in multicomponent systems involving inhibitors with different mechanism of protective action have been investigated. It was shown that optimization of the composition of the inhibition mixture allows to obtain higher protective efficiency owing to improved microstructure of the phase layer. It was found that mechanism of the film formation in the presence of NaNO2-PHMG is due to deposition of slightly soluble PHMG-Fe complexes on the metal surface. On the basis of the proposed mechanism, the advanced surface engineering methods for obtaining nanoscaled and sub-nanostructured functional coatings may be developed.

机译：已经研究了涉及具有不同保护作用机理的抑制剂的多组分体系中相保护层形成的规律。结果表明，由于改善了相层的微观结构，抑制混合物的组成的优化允许获得更高的保护效率。已经发现，在NaNO 2 -PHMG存在下的成膜机理是由于在金属表面上沉积了微溶的PHMG-Fe络合物。基于提出的机理，可以开发用于获得纳米级和亚纳米结构功能涂层的高级表面工程方法。

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期刊名称 Nanoscale Research Letters
作者
Volodymyr Ledovskykh; Yuliya Vyshnevska; Igor Brazhnyk; Sergiy Levchenko;
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作者单位

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年(卷),期 2017(12),-1
年度 2017
页码 186
总页数 6
原文格式 PDF
正文语种
中图分类生化遗传学;生化药理学;
关键词
Metal protection Surface engineering Pitting corrosion Isomolar series Complexes Phase layers;

机译：金属保护;表面工程;点蚀;等摩尔系列;配合物;相层;

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专利

1. Metal Surface Modification for Obtaining Nano- and Sub-Nanostructured Protective Layers [J] . Volodymyr Ledovskykh, Yuliya Vyshnevska, Igor Brazhnyk, Nanoscale Research Letters . 2017,第1期

机译：金属表面改性以获得纳米和亚纳米结构的保护层
2. Ceramic reinforced metal matrix nano- and micro-composite layers produced by combined laser melt injection technology and thermochemical surface treatment [J] . Viktoria Jano Materials science forum . 2015,第期

机译：激光熔喷技术与热化学表面处理相结合的陶瓷增强金属基纳米和微复合层
3. Modification of carbon nanotube surfaces with precious metal and transition metal oxide nanoparticles using thin silica layers [J] . Takenaka Sakae, Mikami Daisuke, Tanabe Eishi, Applied Catalysis, A. General: An International Journal Devoted to Catalytic Science and Its Applications . 2015,第Null期

机译：使用薄二氧化硅层用贵金属和过渡金属氧化物纳米粒子修饰碳纳米管表面
4. Composition modifications and heat treatment procedures for obtaining higher emission coefficients of alumina surface layers on FeCrAI alloys [C] . S.G. Gopalakrishnan, P. Huczkowski, J. Pernpeintner, European corrosion congress;EUROCORR 2011 . 2012

机译：在FeCrAI合金上获得更高的氧化铝表层发射系数的成分修改和热处理程序
5. Polymer surface modification: Chemical surface modification, layer-by-layer adsorption, and surface reconstruction. [D] . Chen, Wei. 1997

机译：聚合物表面改性：化学表面改性，逐层吸附和表面重建。
6. In situ nano- to microscopic imaging and growth mechanism of electrochemical dissolution (e.g. corrosion) of a confined metal surface [O] . C. Merola, H.-W. Cheng, K. Schwenzfeier, 2017

机译：局限金属表面的电化学溶解（例如腐蚀）的原位纳米到显微成像和生长机理
7. Metal Surface Modification for Obtaining Nano- and Sub-Nanostructured Protective Layers [O] . 2017

机译：金属表面改性以获得纳米和亚纳米结构的保护层
8. Modifications of the Surface Properties of Metals by Oxide Overlayers: 2, Pt Deposited on a Preoxidized Zr(0001) Surface [R] . Bardi, U. , Ross, P. N. 1986

机译：氧化物覆盖层对金属表面性质的改变：2，pt沉积在预氧化的Zr（0001）表面上

Metal Surface Modification for Obtaining Nano- and Sub-Nanostructured Protective Layers

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