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07222 Remote Corrosion Sensors for Measurement of Corrosion Rates and Detection of Corrosion under Coatings

Picture for 07222 Remote Corrosion Sensors for Measurement of Corrosion Rates and Detection of Corrosion under C
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Product Number: 51300-07222-SG
ISBN: 07222 2007 CP
Author: Ashok Kumar, Jeremy Hale, Larry D. Stephenson, and John N. Murray
Publication Date: 2007
$0.00
$20.00
$20.00
Corrosion rate measurement can reveal which areas of a structure need immediate maintenance and which ones will need maintenance later, as well as allow an optimal maintenance schedule to be developed. A new stamp-sized corrosion sensor allows measurement of corrosion rates based on wellestablished LPR (Linear Polarization Resistor) technology, which outputs an exact corrosion rate for the structure on which it is placed. The corrosion rate data can be monitored continuously or stored in a data collection node, to which 8 sensors are attached, and downloaded periodically. This sensor technology is being evaluated in the laboratory under various simulated corrosive field conditions. The sensor is being considered for corrosion monitoring applications on structures for mission critical equipment on military installations in severely corrosive environments. Results of laboratory experiments on the sensitivity of the sensor to the onset of corrosion on the substrate and projections for its applicability in the field will be discussed.
Corrosion rate measurement can reveal which areas of a structure need immediate maintenance and which ones will need maintenance later, as well as allow an optimal maintenance schedule to be developed. A new stamp-sized corrosion sensor allows measurement of corrosion rates based on wellestablished LPR (Linear Polarization Resistor) technology, which outputs an exact corrosion rate for the structure on which it is placed. The corrosion rate data can be monitored continuously or stored in a data collection node, to which 8 sensors are attached, and downloaded periodically. This sensor technology is being evaluated in the laboratory under various simulated corrosive field conditions. The sensor is being considered for corrosion monitoring applications on structures for mission critical equipment on military installations in severely corrosive environments. Results of laboratory experiments on the sensitivity of the sensor to the onset of corrosion on the substrate and projections for its applicability in the field will be discussed.
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