The given study overview the results obtained for Co–W alloys electrodeposited from gluconate bath. Namely, the influence of different parameters (the concentration of the bath components, pH, temperature, cathodic current density, volume current density, hydrodynamic conditions, insoluble and soluble anodes) on the rate of electrodeposition and microhardness of the coatings has been investigated. The given research determine the conditions ensuring high deposition rate, microhardness and bath efficiency. It was shown, that the deposition rate, tungsten content and microhardness reach the maximum values at pH 6.5, regardless on the concentration of bath components. Also, it was detected the macroscopic size effect of microhardness, which is...
The leveling power of gluconate and citrate electrolytes used to obtain the Co-W and Fe-W alloys was...
Ni-W alloy coatings are electrodeposited with direct and pulse current using gluconate bath at pH5. ...
Co–P alloy coatings were electrodeposited with pulse current using gluconate bath and characterized ...
The given study overview the results obtained for Co–W alloys electrodeposited from gluconate bath. ...
The effects the anode material has on the rate of electrodeposition (current efficiency) and microha...
Electrodeposition of Co-W alloy coatings has been carried out with DC and PC using gluconate bath at...
Effects of addition of P to Co-W coatings from gluconate bath using direct current (DC) and pulse cu...
The mapping of structural, magnetic, and mechanical properties of Co–W coatings galvanostatically el...
Co-W alloy coatings were deposited with direct current (DC) and pulse current (PC) electrodeposition...
Electrodeposited Co-W alloy coatings are considered as one of the potential replacements for convent...
In this study, we verified the influence of tungsten (W) concentrations and current density for the ...
Traditional hexavalent hard chrome coatings produced from chromium trioxide are providing reasonable...
The process of ternary Co-W(Mo)-Zr alloys deposition on a copper substrate from pyrophosphate-citrat...
Theoretical and practical studies of tungsten alloys with iron group metals continue to be carried o...
Direct current electrodeposition of Co-P alloy coatings were carried out using gluconate bath and th...
The leveling power of gluconate and citrate electrolytes used to obtain the Co-W and Fe-W alloys was...
Ni-W alloy coatings are electrodeposited with direct and pulse current using gluconate bath at pH5. ...
Co–P alloy coatings were electrodeposited with pulse current using gluconate bath and characterized ...
The given study overview the results obtained for Co–W alloys electrodeposited from gluconate bath. ...
The effects the anode material has on the rate of electrodeposition (current efficiency) and microha...
Electrodeposition of Co-W alloy coatings has been carried out with DC and PC using gluconate bath at...
Effects of addition of P to Co-W coatings from gluconate bath using direct current (DC) and pulse cu...
The mapping of structural, magnetic, and mechanical properties of Co–W coatings galvanostatically el...
Co-W alloy coatings were deposited with direct current (DC) and pulse current (PC) electrodeposition...
Electrodeposited Co-W alloy coatings are considered as one of the potential replacements for convent...
In this study, we verified the influence of tungsten (W) concentrations and current density for the ...
Traditional hexavalent hard chrome coatings produced from chromium trioxide are providing reasonable...
The process of ternary Co-W(Mo)-Zr alloys deposition on a copper substrate from pyrophosphate-citrat...
Theoretical and practical studies of tungsten alloys with iron group metals continue to be carried o...
Direct current electrodeposition of Co-P alloy coatings were carried out using gluconate bath and th...
The leveling power of gluconate and citrate electrolytes used to obtain the Co-W and Fe-W alloys was...
Ni-W alloy coatings are electrodeposited with direct and pulse current using gluconate bath at pH5. ...
Co–P alloy coatings were electrodeposited with pulse current using gluconate bath and characterized ...