DECORATION OF 3D NICKEL AND COPPER SURFACES WITH METALLIC NANOPARTICLES AND NANOSTRUCTURES BY GALVANIC REPLACEMENT. MINIREVIEW

G. І. Zozulia, M. Shepida, Ç. Güçlüten, О. Kuntyi
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Abstract

The effectiveness of the galvanic replacement method for decorating a porous surface with metal nanoparticles and nanostructures is considered. It is shown that depending on the functional purpose, foam, porous, and dendritic metal 3D substrates are mainly used for modification by galvanic replacement. In particular, these are nickel and copper substrates on which noble metals are deposited. The peculiarities of the formation of nanosized deposits on porous copper and nickel surfaces depending on the structure of the latter and the conditions of galvanic substitution are given. The main areas of their application are specified.
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通过电镀置换法用金属纳米颗粒和纳米结构装饰三维镍和铜表面。MINIREVIEW
研究考虑了电镀置换法在多孔表面装饰金属纳米颗粒和纳米结构的有效性。研究表明,根据不同的功能目的,泡沫、多孔和树枝状金属三维基底主要用于电镀置换改性。特别是在镍和铜基底上沉积贵金属。本文介绍了在多孔铜和镍表面形成纳米沉积物的特殊性,这取决于后者的结构和电镀置换的条件。还明确了其主要应用领域。
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