Electrolytic co-deposition

Description and Different Parameters for Eiectroiytic Co-Deposition Techniques 9.3.1 [Pg.308]

The prepared microcapsules were added into normal nickel-plating or copper-plating baths to determine how they would co-deposit with the metal ions, the effects of different types of metal ion, and the process parameters required for co-deposition. [Pg.308]

Copper-plating Conditions Nickel-plating Conditions [Pg.308]

Emulsion containing microcapsules As appropriate Emulsion containing microcapsules As appropriate [Pg.308]

Dalbay N, Kadirgan F (1991) Electrolytically Co-deposited platinum palladium electrodes and their electrocatalytic activity for ethylene-glycol oxidation - a synergistic effect. Electrochim Acta 36(2) 353-356... [Pg.126]

Electrolytic Co-Deposition of Polymer-Encapsulated (Microencapsulated) Particles... [Pg.297]

The electrolytic co-deposition of metals with microcapsules provides excellent wear resistance, corrosion resistance, and self-repairing characteristics, these being due to release of the core materials from the liquid microcapsules. [Pg.298]

Microcapsules prepared with silicone resin or lube oil as the core and PVA as the wall were incorporated into the copper-plating bath (for composition, see Table 9.2), and electrolytic co-deposition was carried out at current densities (D(J of 10,... [Pg.313]

Furthermore, the strength of the waU materials and the different factors associated with electrolytic co-deposition kinetics play additional roles in the development of composite coatings with predetermined properties. Hopefully, future research projects wiU lead to the practical application of liquid microcapsules to improve the properties of metal plating coatings by using this novel technique of electrolytic co-deposition in a variety of aspects. [Pg.341]

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