An atmospheric corrosion monitor has been developed which allows monitoring of time-of-wetness and corrosion behavior in outdoor exposure. This device is being used in exposure studies in Southern California and has also been applied to laboratory studies of atmospheric corrosion, in which the effects of salt particles, gaseous pollutants, impurities in rust, temperature, and relative humidity are evaluated.

Subject
Atmospheric corrosion, Galvanic anodes, Correlation, Corrosion rate, Density, Corrosion products, Pollutants, Roofs, Equipment, Rust, Galvanic current, Relative humidity, Concentration cells
© 1977 National Association of Corrosion Engineers
1977
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