We investigated the metal ion concentration effects on film composition of Fe-W alloy plating and tungsten deposition on the iron group metal cathode. Tungsten was deposited at a limited atomic ratio to iron group metals. Tungstate ions can be reduced to a metallic state on the iron group metal cathode by complexing with citrate ions
Small quantities of certain addit ion agents wil l prevent the codeposition of tungsten with iron, n...
Electrochemical deposition, structure, and properties of Fe-W alloys are studied, as well as their s...
Ferrous tungsten (Fe-W) electrodeposited thin film properties have been studied for different curren...
The investigation of Fe-W alloys is growing in comparison to other W alloys with iron group metals d...
The impact of the anode material on the rate of electrodeposition of Fe-W alloy coatings from a citr...
Lately the interest in tungsten and iron group metal (Me-W) alloys has grown because of enhanced ele...
The effect of the anode material on the rate of electrodeposition of Fe-W alloy coatings from a citr...
The metallic coatings have their importance in the protection of structures against corrosion, gaini...
Due to the presence of tungsten, Fe-W alloys can be applied as anticorrosive coatings. However, the ...
The electrodeposition of Fe–Co–W alloys was examined using a rotating cylinder Hull (RCH) cell and c...
Department of Chemical Engineering, Center for Sciences and Technology, Universidade Federal da Para...
The electrodeposition of Fe–Co–W alloys was examined using a rotating cylinder Hull (RCH) cell and c...
Principles of three component Iron-Cobalt-Tungsten alloys electrodeposition from complex Fe (III) ba...
We investigated the feasibility of long-term, continuous electroplating using an Fe-W alloy bath. Wh...
Fe–W alloys containing ~23–30 at.% tungsten were electrodeposited from citrate–ammonia solutions at ...
Small quantities of certain addit ion agents wil l prevent the codeposition of tungsten with iron, n...
Electrochemical deposition, structure, and properties of Fe-W alloys are studied, as well as their s...
Ferrous tungsten (Fe-W) electrodeposited thin film properties have been studied for different curren...
The investigation of Fe-W alloys is growing in comparison to other W alloys with iron group metals d...
The impact of the anode material on the rate of electrodeposition of Fe-W alloy coatings from a citr...
Lately the interest in tungsten and iron group metal (Me-W) alloys has grown because of enhanced ele...
The effect of the anode material on the rate of electrodeposition of Fe-W alloy coatings from a citr...
The metallic coatings have their importance in the protection of structures against corrosion, gaini...
Due to the presence of tungsten, Fe-W alloys can be applied as anticorrosive coatings. However, the ...
The electrodeposition of Fe–Co–W alloys was examined using a rotating cylinder Hull (RCH) cell and c...
Department of Chemical Engineering, Center for Sciences and Technology, Universidade Federal da Para...
The electrodeposition of Fe–Co–W alloys was examined using a rotating cylinder Hull (RCH) cell and c...
Principles of three component Iron-Cobalt-Tungsten alloys electrodeposition from complex Fe (III) ba...
We investigated the feasibility of long-term, continuous electroplating using an Fe-W alloy bath. Wh...
Fe–W alloys containing ~23–30 at.% tungsten were electrodeposited from citrate–ammonia solutions at ...
Small quantities of certain addit ion agents wil l prevent the codeposition of tungsten with iron, n...
Electrochemical deposition, structure, and properties of Fe-W alloys are studied, as well as their s...
Ferrous tungsten (Fe-W) electrodeposited thin film properties have been studied for different curren...