GAS CORROSION OF TITAN IN CARBON TETRACHLORIDE
Abstract
Commercially pure titanium is widely used only at moderately high temperatures (up to 773 K). Studying the gas corrosion of titanium and its alloys in chlorine-containing environments is important, as various aggressive environments are among the potential uses of titanium. Titanium is believed to be resistant to wet chlorine gas (>0.9% H2O). In dry chlorine at room temperature, titanium corrodes at a rate exceeding 10 g/(m2∙h), and ignition of the metal is possible. There are no data on the gas corrosion of titanium in other chlorine-containing environments.
About the Authors
V.F. GoryushkinRussian Federation
Yu.V. Bendre
Russian Federation
Ya.V. Tonkushin
Russian Federation
N.A. Soskova
Russian Federation
E.A. Budovskikh
Russian Federation
References
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Review
For citations:
Goryushkin V., Bendre Yu., Tonkushin Ya., Soskova N., Budovskikh E. GAS CORROSION OF TITAN IN CARBON TETRACHLORIDE. Bulletin of the Siberian State Industrial University. 2013;(1):25-28. (In Russ.)











