After it had been decided that aluminum was to be used as a corrosion-resistant material with good heat transfer properties, it was desired to determine the operating conditions to be used in the water-cooled Handford plant in order to avoid danger of corrosion penetration of thin aluminum parts. The studies here reported were undertaken with the object of determining these conditions by investigating the effects of all the known variables which might influence the corrosion behavior of aluminum in a water-coolded plant at HEW. The addition of hydrogen peroxide to the testing solutions was the only effort made to simulate special conditions at the plant
Aluminium alloy 5083 is commonly used in the ships and boats in the marine environment and susceptib...
The effects of dissolved oxygen, pH and temperature on the rate of initiation and growth of pitting ...
This paper reports on a laboratory study of erosion-corrosion on aluminum surfaces in high temperatu...
A literature survey and experimental results from investigations of aluminum corrosion under both st...
The corrosion of 8081 and X-8001 aluminum alloys and the resultant formation of an adherent corrosio...
An investigation into the corrosion of aluminium in flowing near-neutral water at 50 C is reported. ...
A corrosion testing program designed to estimate the potential service life of aluminum alloys used ...
The corrosion behaviour of aluminum in hydrochloric, nitric, sulfuric and phosphoric acids was inves...
Aluminum alloys are used as heat exchangers in air separation plants that are operated at cryogenic ...
Electrochemical study of aluminum corrosion in boiling high-purity water includes an equation relati...
Tests were performed on aluminum alloys to evaluate their behavior in high-temperature, high-pressur...
A new type of jet-in-slit testing apparatus for a specimen, chilled with a peltier element, was deve...
Aluminum powder when ball milled with secondary particles will corrode in water releasing hydrogen. ...
This work aimed to study the corrosion behavior of 5182 aluminum alloy (Al-Mg), widely used in the e...
Aluminum is of interest for use in heat exchangers and for some structural components in a steam wat...
Aluminium alloy 5083 is commonly used in the ships and boats in the marine environment and susceptib...
The effects of dissolved oxygen, pH and temperature on the rate of initiation and growth of pitting ...
This paper reports on a laboratory study of erosion-corrosion on aluminum surfaces in high temperatu...
A literature survey and experimental results from investigations of aluminum corrosion under both st...
The corrosion of 8081 and X-8001 aluminum alloys and the resultant formation of an adherent corrosio...
An investigation into the corrosion of aluminium in flowing near-neutral water at 50 C is reported. ...
A corrosion testing program designed to estimate the potential service life of aluminum alloys used ...
The corrosion behaviour of aluminum in hydrochloric, nitric, sulfuric and phosphoric acids was inves...
Aluminum alloys are used as heat exchangers in air separation plants that are operated at cryogenic ...
Electrochemical study of aluminum corrosion in boiling high-purity water includes an equation relati...
Tests were performed on aluminum alloys to evaluate their behavior in high-temperature, high-pressur...
A new type of jet-in-slit testing apparatus for a specimen, chilled with a peltier element, was deve...
Aluminum powder when ball milled with secondary particles will corrode in water releasing hydrogen. ...
This work aimed to study the corrosion behavior of 5182 aluminum alloy (Al-Mg), widely used in the e...
Aluminum is of interest for use in heat exchangers and for some structural components in a steam wat...
Aluminium alloy 5083 is commonly used in the ships and boats in the marine environment and susceptib...
The effects of dissolved oxygen, pH and temperature on the rate of initiation and growth of pitting ...
This paper reports on a laboratory study of erosion-corrosion on aluminum surfaces in high temperatu...