Electroplating and characterization of Zn–Ni, Zn–Co and Zn–Ni–Co alloys

The Formation of Passive Layers on Zinc Based Platings

“…The Zn reflection (101) was the highest of zinc, in ZnFe and ZnFeCo coating indicating preferred orientation of this phase. 32 The pattern of the ZnFeCo coating was very different. The intensity of Zn (101) became the strongest.…”

Corrosion characteristics of ZnNiCo ternary alloy electrochemically deposited by using different anodes

“…Dosadašnja istraživanja su pokazala da trojne legure ZnNiCo u odnosu na dvojne legure cinka i elemenata trijade gvožđa [1][2][3][4][5][6][7] imaju veću otpornost prema korozionim procesima [8,9]. Antikorozione karakteristike zaštitnih prevlaka zavise od različitih faktora.…”

“…Literaturni podaci daju vrijednosti iskorištenja struje za hloridna kupatila od 90 % do 98 % a za sulfatne elektrolite od 72,88 % do 86,22 % u zavisnosti od primjenjene gustine struje taloženja, koncentracije metalnih jona u elektrolitu i dodataka [8,18,20,21].…”

“…[24] Rezultati Eliaza i dr. (Eliaz et al), [8] pokazuju da vrijednosti gustine struje korozije za dvojne prevlake Zn-Ni deponovane iz hloridnih kupatila iznose 14,9-39,5 µA cm …”

Electrodeposition of Cobalt Rich Zn-Co alloy Coatings from Citrate Bath

“…Table 4 presents the experimental values obtained for 2θ and d of the main lines observed for both experiments. Since some phases observed in the electrodeposited Zn-Co alloys were not identified by the available XRD pattern databases 42 , it was also used the literature references 10,43,44 to identify the experimental lines obtained from both experiments.…”