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Evaluation of sheet and foil samples of two Cr2O3- and two Al2O3-forming alloys - tested for 360 days in air + 10 vol. % H2O at 760oC and 871oC. Alloys were ranked on weight change behavior and metal recession measurements, average internal penetration, and maximum internal penetration.
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Effects of H2O and SO2 on oxidation in a CO2 environment. Experiments at 1 and 25 bar at 700° to 800°C in CO2, CO2+10%H2O and CO2+10%H2O+0.1%SO2. Alloys S30409, N07230, N07208 and superalloy N07247 exposed. Reaction products were characterized.
Clear water repellents are penetrating or film-forming coatings formulated to protect porous substrates by reducing the penetration of liquid water. Penetrating water repellents enter the pore structure of the substrate and deposit their water repellent component on the walls of the pores. Film-formers deposit their water repellent component on the surface of the substrate.
Moisture problems are prevalent all over North America, almost independent of climate. With an understanding of moisture in concrete and the various test methods available to quantify that moisture, simple strategies to mitigate moisture problems can be employed. But a strategy cannot be employed if the moisture problem is never quantified. This presentation identifies the various types of moisture issues present day in and day out and outlines the methods available to discover hidden moisture conditions.