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07378 Measurement of Cumulative Localized Corrosion Rate Using Coupled Multielectrode Array Sensors

Picture for 07378 Measurement of Cumulative Localized Corrosion Rate Using Coupled Multielectrode Array Sensors
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Product Number: 51300-07378-SG
ISBN: 07378 2007 CP
Author: Lie Yang and Xiaodong Sun
Publication Date: 2007
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Cumulative localized corrosion rate and cumulative maximum localized corrosion rate factors are introduced for corrosion monitoring using coupled multielectrode array sensor probes. Maximum localized corrosion rate is the corrosion rate on any of the electrodes of a probe that has the highest corrosion rate at a given moment of time. Cumulative maximum localized corrosion rate is the corrosion rate of the electrode that has been corroded the most in a given time period. The cumulative maximum localized corrosion rate is directly related to the corrosion damage (maximum localized corrosion depth); the maximum localized corrosion depth equals the integration of the cumulative maximum localized corrosion rate. Maximum localized corrosion rate should be used for process control purposes, but cumulative maximum localized corrosion rate should be used to evaluate the localized corrosion effect on metal damage.
Cumulative localized corrosion rate and cumulative maximum localized corrosion rate factors are introduced for corrosion monitoring using coupled multielectrode array sensor probes. Maximum localized corrosion rate is the corrosion rate on any of the electrodes of a probe that has the highest corrosion rate at a given moment of time. Cumulative maximum localized corrosion rate is the corrosion rate of the electrode that has been corroded the most in a given time period. The cumulative maximum localized corrosion rate is directly related to the corrosion damage (maximum localized corrosion depth); the maximum localized corrosion depth equals the integration of the cumulative maximum localized corrosion rate. Maximum localized corrosion rate should be used for process control purposes, but cumulative maximum localized corrosion rate should be used to evaluate the localized corrosion effect on metal damage.
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