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Metal corrosion high temperature gaseous environment

It has been established that salts can deposit or form on metals during gas-metal reactions. Molten layers could then develop at high operating temperatures. Consequently, the laboratory testing of corrosion resistance in molten salts could yield valuable results for evaluating resistance to some high-temperature gaseous environments. [Pg.1122]

See other pages where Metal corrosion high temperature gaseous environment is mentioned: [Pg.145] [Pg.130] [Pg.1339] [Pg.139] [Pg.140] [Pg.218] [Pg.414] [Pg.108] [Pg.114] [Pg.221] [Pg.164] [Pg.62] [Pg.122] [Pg.226] [Pg.197] [Pg.435] [Pg.172] [Pg.301] [Pg.73] [Pg.82] [Pg.481] [Pg.222] [Pg.574] [Pg.602] [Pg.611] [Pg.937] [Pg.514] [Pg.319] [Pg.661]

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Corrosion corrosive environment

Corrosion environments

Corrosion metals

Corrosion, metallic

Corrosive environment temperature

Environment Temperature

Gaseous environment

High corrosion

High temperature environments

High-temperature corrosion

Metals metal environments

Metals temperatures

Metals, corrosion environment