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Elektrolityczne powłoki kompozytowe Zn-Ni+Ni otrzymywano w warunkach galwanostatycznych, przy zastosowaniu katodowej gęstości prądu j = 15-30 mAźcm2. Badano wpływ gęstości prądu osadzania na morfologię, skład fazowy, powierzchniowy skład chemiczny oraz odporność korozyjną otrzymanych powłok. Badania strukturalne powłok Zn-Ni+Ni wykonano metodą dyfrakcji promieni rentgenowskich. Morfologię powierzchni...
Ni+W+Si and Ni+W+Mo+Si composite coatings were obtained by electrodeposition of crystalline nickel from an electrolyte containing suspension of suitable metallic and non-metallic components (W, Mo and Si). These coatings were obtained under galvanostatic conditions, at the current density of jdep. = 0.100 A cm-2 and at the temperature of 338 K. For comparison the Ni coating was also obtained and investigated...
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