The surface activity of different zinc alloys was evaluated in wet scCO(2). The zinc coating surface chemistry governed the corrosion product formation. On zinc and Zn-Al coatings, the Al2O3 layer prevented growth of corrosion products. A Zn-Al-Mg coating showed high initial reactivity due to active Zn-Mg phases. An electrogalvanized coating was very active due to a high ratio of exposed, less dense planes. In a Zn-Fe coating, several Zn-Fe phases were susceptible to wet scCO(2) at the same time, triggering the sacrificial effect of Zn. Wet scCO(2) is a convenient medium to assess the early-stage corrosion of metal coatings.acceptedVersionPeer reviewe
Atmospheric corrosion of galvanized steel is a well-known subject: many experimental results, intern...
Atmospheric corrosion of galvanized steel is a well-known subject: many experimental results, intern...
In a wet supercritical carbon dioxide atmosphere, carbon dioxide is dissolved into water and causes ...
The surface activity of different zinc alloys was evaluated in wet scCO(2). The zinc coating surface...
The surface activity of different zinc alloys was evaluated in wet scCO(2). The zinc coating surface...
The atmospheric corrosion of zinc samples exposed at 25 test sites with different climatic and pollu...
The main topics of this paper are the study of major factors affecting the growth of the zinc coatin...
A specific type of Zinc-Rich Paint was scratched and exposed in salt fog chamber for various exposur...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
Acomparative study on the anticorrosive behaviour of 55%Aluminum-Zincalloy and Zinc hot-dip coated c...
The humid tropical climate parameters and airborne salinity are generally considered important facto...
Acomparative study on the anticorrosive behaviour of 55%Aluminum-Zincalloy and Zinc hot-dip coated c...
Galvanizing as a process of zinc coating of base material is still the most widely used technology ...
Acomparative study on the anticorrosive behaviour of 55%Aluminum-Zincalloy and Zinc hot-dip coated c...
Atmospheric corrosion of galvanized steel is a well-known subject: many experimental results, intern...
Atmospheric corrosion of galvanized steel is a well-known subject: many experimental results, intern...
In a wet supercritical carbon dioxide atmosphere, carbon dioxide is dissolved into water and causes ...
The surface activity of different zinc alloys was evaluated in wet scCO(2). The zinc coating surface...
The surface activity of different zinc alloys was evaluated in wet scCO(2). The zinc coating surface...
The atmospheric corrosion of zinc samples exposed at 25 test sites with different climatic and pollu...
The main topics of this paper are the study of major factors affecting the growth of the zinc coatin...
A specific type of Zinc-Rich Paint was scratched and exposed in salt fog chamber for various exposur...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
Acomparative study on the anticorrosive behaviour of 55%Aluminum-Zincalloy and Zinc hot-dip coated c...
The humid tropical climate parameters and airborne salinity are generally considered important facto...
Acomparative study on the anticorrosive behaviour of 55%Aluminum-Zincalloy and Zinc hot-dip coated c...
Galvanizing as a process of zinc coating of base material is still the most widely used technology ...
Acomparative study on the anticorrosive behaviour of 55%Aluminum-Zincalloy and Zinc hot-dip coated c...
Atmospheric corrosion of galvanized steel is a well-known subject: many experimental results, intern...
Atmospheric corrosion of galvanized steel is a well-known subject: many experimental results, intern...
In a wet supercritical carbon dioxide atmosphere, carbon dioxide is dissolved into water and causes ...