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Article
Structural state and tribological properties of Co-P coatings
The structural state and the tribological properties of electrochemical Co-P coatings with a concentration of phosphorus of 1.5–20 at % have been studied. It has been found that, in the Co-P coatings with phos...
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Article
Infrared Spectroscopy of Ultrablack Films Based on Electrodeposited Ni–P Alloys
Ultrablack films produced by etching electrodeposited Ni–P (5.5 at% P) coatings in an oxidizing medium were studied by infrared spectroscopy. It was shown that nickel phosphates and pyrophosphates of different...
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Article
Electroplated cobalt-boron alloys: Formation and structure features
Co-B alloys containing 3–22 at % boron were produced by electroplating from a cobalting bath containing sodium decahydro-closo-decaborate as a source of boron. Alloys containing 3–8 at % boron are found to be mix...
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Article
Structure and tribological behavior of Ni-B and Co-B galvanic coatings
The structure and tribological properties of Ni-B and Co-B galvanic coatings with boron concentration from 4 to 20 at % are investigated. The coatings containing over 8 at % B are shown to have amorphous struc...
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Article
Chemical composition, structure, and properties of electrochemically deposited cobalt-boron coatings
Polycrystalline and amorphous cobalt-boron coatings were electrochemically deposited. The effect of the boron content and heating temperature on the physicomechanical properties of the coatings was studied. A ...
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Article
Electrochemically Deposited Zinc-Nickel Alloys
The mechanism of formation of a zinc-nickel alloy under the conditions of normal and anomalous electrochemical codeposition (accompanied by enrichment of the deposit with nickel or zinc) were studied. The mann...
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Article
Deposition, Structure, and Properties of Electroplated Zinc Coating Alloyed with Cobalt
Specific features of deposition, structure, physicomechanical (microhardness, wear resistance), corrosion-protective, and electrical properties of an electrochemical zinc-cobalt coating containing 0.05 to 28 w...