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The electrodeposition of Zr-Ti alloy has been studied in molten fluoride system consisting of fluorides of both zirconium andtitanium dissolved in FLINAK(KF:NaF:LiF=42.0:11.5:46.5 mol).A coherent dense deposit of the alloy with a smooth sur-face is obtained on different material substrates.X-ray diffraction has demonstrated that the alloy deposit is a Ti-Zr solid solu-tion with Ti mainly and its preferred orientation is strongly along Ti[110]direction.The properties of the deposit are better thanthose of a pure zirconium coating.The optimum operating parameters are a temperature of about 800℃,a current density lessthan 40mA/cm~2,a solution about 15wt% ZrF_4 and 15wt% K_2TiF_6.in FLINAK as well as pure zirconium as anode material.
The electrodeposition of Zr-Ti alloy has been studied in molten fluoride system consisting of fluorides of both zirconium and titanium dissolved in FLINAK (KF: NaF: LiF = 42.0: 11.5: 46.5 mol). A coherent dense deposit of the alloy with a smooth sur- face -face is obtained on different material substrates. X-ray diffraction has demonstrated that the alloy deposit is a Ti-Zr solid solu-tion with Ti mainly and its preferred orientation is strongly along Ti [110] direction.The properties of the deposit are better thanthose of a pure zirconium coating. the optimum operating parameters are a temperature of about 800 ° C, a current density of about 40mA / cm ~ 2, a solution about 15wt% ZrF_4 and 15wt% K_2TiF_6.in FLINAK as well as pure zirconium as anode material.