The study investigates the influence of nickel and magnesium additions to AA1050 aluminium alloy on the alloy electrochemical behaviour in sodium hydroxide and nitric acid solutions under conditions relevant to industries that use alkaline etching as a standard surface treatment procedure and to the lithographic and electronic industries where surface convolution is assisted by pitting in nitric acid. Nickel is shown to be incorporated into second phase particles, which mostly consisted of Al3Fe and α-(AlFeSi) phases, resulting in enhanced cathodic activity on the aluminium surface. In contrast, the addition of magnesium to the alloy had negligible influence on the etching and pitting behaviour
Surface and near-surface microstructures of alkaline etched AA2099-T8 aluminum alloy have been chara...
The low density and good mechanical properties make magnesium and its alloys attractive construction...
The effect of Al3+ on the cathodic current efficiency deposit morphology crystallographic orientatio...
The surface of Aluminum alloy AA 2014 was modified by electrochemical deposition of Ni and its effec...
The surface of Aluminum alloy AA 2014 was modified by electrochemical deposition of Ni and its effec...
Aluminium possesses a standard electrode potential which is more negative than that of steel (-1.66 ...
The high strength:weight ratio of magnesium alloys makes them an ideal metal for automotive and aero...
Impurities present in the sulfate electrolyte during nickel electrodeposition influence the electrow...
Introduction: Aluminum is the leader metal in non-ferrous metallurgy due to its lightness, high st...
Magnesium (Mg) and its alloys are known for their high chemical reactivity. This property often pose...
Impurities present in the sulfate electrolyte during nickel electrodeposition influence the electrow...
Electrodeposition on aluminium alloy substrates often is often difficult in producing a coating with...
We have grown barrier anodic coatings on samples of aluminum alloy with different elemental surface ...
AbstractElectroless deposition is an autocatalytic chemical technique to deposit a layer of metal on...
AbstractThe demand of lightweight structural materials is growing in automobile industry for energy ...
Surface and near-surface microstructures of alkaline etched AA2099-T8 aluminum alloy have been chara...
The low density and good mechanical properties make magnesium and its alloys attractive construction...
The effect of Al3+ on the cathodic current efficiency deposit morphology crystallographic orientatio...
The surface of Aluminum alloy AA 2014 was modified by electrochemical deposition of Ni and its effec...
The surface of Aluminum alloy AA 2014 was modified by electrochemical deposition of Ni and its effec...
Aluminium possesses a standard electrode potential which is more negative than that of steel (-1.66 ...
The high strength:weight ratio of magnesium alloys makes them an ideal metal for automotive and aero...
Impurities present in the sulfate electrolyte during nickel electrodeposition influence the electrow...
Introduction: Aluminum is the leader metal in non-ferrous metallurgy due to its lightness, high st...
Magnesium (Mg) and its alloys are known for their high chemical reactivity. This property often pose...
Impurities present in the sulfate electrolyte during nickel electrodeposition influence the electrow...
Electrodeposition on aluminium alloy substrates often is often difficult in producing a coating with...
We have grown barrier anodic coatings on samples of aluminum alloy with different elemental surface ...
AbstractElectroless deposition is an autocatalytic chemical technique to deposit a layer of metal on...
AbstractThe demand of lightweight structural materials is growing in automobile industry for energy ...
Surface and near-surface microstructures of alkaline etched AA2099-T8 aluminum alloy have been chara...
The low density and good mechanical properties make magnesium and its alloys attractive construction...
The effect of Al3+ on the cathodic current efficiency deposit morphology crystallographic orientatio...