Predicting the depletion of chromium in two high temperature Ni alloys
Author:
Publisher
Elsevier BV
Subject
General Materials Science,General Chemical Engineering,General Chemistry
Reference17 articles.
1. Service conditions and their influence on the oxide scale formation on metallic high temperature alloys for the application in innovative combustion processes;Teneva;Materials and Corrosion,2006
2. Oxide scale formation on Al containing Ni–Cr-based high temperature alloys during application as flame tube material in recirculation oil burners;Ackermann;Materials and Corrosion,2008
3. Oxidation behaviour of selected wrought Ni base high temperature alloys when used as flame tube material in modern blue flame oil burners;Ackermann;Corrosion Science,2007
4. Die Oxydation von Kobalt–Chrom–Kohlenstoff-Legierungen;El Dahshan;Kobalt,1974
5. Oxidation und Aufkohlung hochlegierter Werkstoffe für Crackrohre- Teil2: Das Aufkohlungsverhalten in sauerstoff und kohlenstoffhaltigen Atmosphären hoher Kohlenstoffaktivität;Ledjeff;Werkstoffe und Korrosion,1980
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