Results 201 to 210 of about 24,403 (257)
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Galvanic Corrosiveness of Soil Waters
Transactions of the American Institute of Electrical Engineers, 1945Results are presented of a study of the relation of pH of soil waters to galvanic action between couples of lead, copper, iron, and carbon. Galvanic-cell tests were made using as electrolytes actual soil waters or soil extracts from 31 locations at which trouble had been experienced.
Howard S. Phelps, Frank Kahn
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Galvanic Corrosion Risk of Using Galvanized A325 Bolts in Corrosion-Resistant Steel Bridges
Journal of Bridge Engineering, 2019This experimental study was the first to evaluate the galvanic corrosion risk of using galvanized ASTM A325 Type I bolts with ASTM A1010 steel girders in the construction of A1010 steel bridges. The emerging construction of A1010 steel bridges is intended to extend the service life of bridges and reduce the need for maintenance under atmospheric ...
Zhang, Jieying +2 more
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1988
Description Tutorial manual on galvanic corrosion; includes articles from industry, introductory and theoretical articles. Twenty-three papers divided into five sections: theory; computer prediction; testing and control; environments; and industries.
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Description Tutorial manual on galvanic corrosion; includes articles from industry, introductory and theoretical articles. Twenty-three papers divided into five sections: theory; computer prediction; testing and control; environments; and industries.
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Galvanic and Deposition Corrosion
Materials Performance, 2023Corrosion engineers are familiar with the galvanic series,1 which lists “noble” and “active” metals, and with galvanic corrosion— often referred to as two-metal or dissimilar-metal corrosion. They may well have encountered examples of galvanic corrosion during their field or plant work.
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Galvanic Corrosion Risk Mapping
Corrosion, 2019Galvanic corrosion is a major problem impacting aerospace platform design, retrofit, and maintenance. MIL-STD-889 provides guidance on dissimilar material selection based on the corrosion potential of materials in flowing seawater. This standard provides a general guide for materials selection, but contains a limited material database and does not ...
Kristen S. Williams +1 more
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Atmospheric Galvanic Couple Corrosion
Corrosion, 1955Tests designed to provide fundamental information explaining the behavior of galvanic couples in the atmosphere are reported. The purpose is to permit prediction of their probable relative behavior. Measurements of weight losses of couples in a marine, an industrial and a severe tropical atmosphere are reported.Tests involving thin sheet electrode ...
K. G. Compton +2 more
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Galvanic corrosion of selected dental alloys
Journal of Oral Rehabilitation, 2001Samples prepared from three different amalgam brands were coupled to two gold alloys and orthodontic brackets. In the resulting galvanic cells, the amalgam coupled to gold were anodic, exhibiting galvanic current densities about one order of magnitude higher than the uncoupled corrosion current densities of 0·2–0·5 μA.
J, Karov, I, Hinberg
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Galvanic Corrosion on Automobiles
1988Automobile manufacturers utilize a variety of metals to build a product that meets numerous functional and cosmetic demands. Since the auto environment is highly corrosive, they must consequently deal with galvanic corrosion problems. This paper describes some of the galvanic couples on automobiles, such as trim on painted auto-body steel, dissimilar ...
R Baboian, G Haynes, R Turcotte
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2003
Two dissimilar metals, A and C, subject to corrosion in the same electrolyte, normally are at different corrosion potentials, (ea)corr and (ec)corr. The electrode system metal C/solution/metal A then is a galvanic cell with the open-circuit voltage $$ \Delta \varepsilon = (\varepsilon _c )_{corr} - (\varepsilon _a )_{corr} $$ (11.1) We choose
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Two dissimilar metals, A and C, subject to corrosion in the same electrolyte, normally are at different corrosion potentials, (ea)corr and (ec)corr. The electrode system metal C/solution/metal A then is a galvanic cell with the open-circuit voltage $$ \Delta \varepsilon = (\varepsilon _c )_{corr} - (\varepsilon _a )_{corr} $$ (11.1) We choose
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Galvanic Corrosion of Aluminum
Corrosion, 1979Laboratory tests were carried out to compare the electrochemical characteristics of galvanic couples made of aluminum alloys (1050, 5086, 2024, and 7075) with other metals (plain steel, Type 316 stainless steel, titanium) in tap water and in artificial sea water.
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