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97435 Experimental Study of the Erosion-Corrosion of Copper and Copper- Nickel Alloys Using a Submerged Impinging Jet

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An experimental method is described for the electrochemical and visual monitoring of erosion corrosion of copper and copper-nickel alloys in a synthetic sea water environment. An impinging jet cell was designed to accommodate electrochemical instrumentation and video microscopy equipment. A combination of electrochemical techniques includlng corrosion potential monitoring and impedance spectroscopy are utilized.

Product Number: 51300-97435-SG
ISBN: 97435 1997 CP
Author: Paul T. Wojcik, Mark E. Orazem
Publication Date: 1997
Industry: Science of Corrosion
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An experimental method is described for the electrochemical and visual monitoring of erosion corrosion of copper and copper-nickel alloys in a synthetic sea water environment. An impinging jet cell was designed to accommodate electrochemical instrumentation and video microscopy equipment. A combination of electrochemical techniques includlng corrosion potential monitoring and impedance spectroscopy are utilized to investigate the state of the system and the reactivity of the electrode surface. Digital images of the electrode surface are acquired in-situ to provide a visual record of the events occurring on the electrode surface. Key Words: Corrosion, Impinging Jet, Impedance Spectroscopy, copper

An experimental method is described for the electrochemical and visual monitoring of erosion corrosion of copper and copper-nickel alloys in a synthetic sea water environment. An impinging jet cell was designed to accommodate electrochemical instrumentation and video microscopy equipment. A combination of electrochemical techniques includlng corrosion potential monitoring and impedance spectroscopy are utilized to investigate the state of the system and the reactivity of the electrode surface. Digital images of the electrode surface are acquired in-situ to provide a visual record of the events occurring on the electrode surface. Key Words: Corrosion, Impinging Jet, Impedance Spectroscopy, copper

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